A method for handling data relating to an agricultural machine. The method includes enabling an access to the data relating to an operation of the agricultural machine via at least one user interface, and automatically determining on a person-specific basis which access is enabled for a specific person via a data system.
Blowing the process air (38) successively through an injection nozzle (28) and a receiving nozzle (30) into a diffusor (32) that opens out in the seed store area (4), wherein between the injection nozzle (28) and the receiving nozzle (30) there is an opening (34) which leads towards the negative-pressure chamber (10) and through which air (46) from the negative-pressure chamber (10) is drawn into the air stream of the process air (38), produces a particularly effective and energy-efficient system for generating a differential pressure (P3 - P2), which can be used for the seed singulation.
The invention relates to a seed coulter assembly (1) for a sowing machine, comprising a rocker (2) equipped with a coulter disc (4), which rotates about a rotational axis (3), for producing a sowing groove, a seed boot (9), which is arranged adjacently to the coulter disc (4), for spreading seeds and/or fertilizer into the sowing groove, and a depth guide roller (5), which is arranged parallel to the coulter disc (4) and is rotatably mounted on an eccentric lever (27) which can be pivoted about the rotational axis (3), wherein the height of the depth guide roller (5) can be adjusted relative to the coulter disc (4) by means of an adjustment device (11), and the adjustment device (11) comprises a lever arm (12), one end (13) of which engages on a shaft (28) that is coaxial to the rotational axis (3) in a rotatably fixed manner and the other end (14) of which can be brought into engagement with one of a plurality of recesses (15) arranged on the rocker (2). The lever arm (12) has a first lever arm section (16), one end of which engages on the shaft (28) in a rotationally fixed manner and the free end of which has a pivot axis (17) which is oriented transversely to the rotational axis (3) and about which a second lever arm section (18) of the lever arm (12) can be pivoted for locking and unlocking purposes.
The invention relates to a distributing device for an agricultural working device (10) for discharging granular solids from at least one storage container (16) to at least one dispensing unit (20) by means of a conveyor system (18), in particular a pneumatic conveyor system, comprising a housing (32), wherein the housing (32) has at least one storage container-side feed opening (42, 44), at least one conveyor opening (72) for granular solids, and at least one turning outlet (74). According to the invention, at least one rotary slide (50, 52) is arranged in the housing (32) in order to guide the granular solids, wherein the rotary slide (50, 52) is designed to be switchable between a conveyor position and a turning position by being rotated about a rotational axis (60), in particular a vertical rotational axis, and the granular solids are guided from the at least one feed opening (42, 44) to the conveyor opening (72) in the conveyor position and to the turning outlet (74) in the turning position.
The invention relates to a housing (32) for a distributing device for an agricultural working device (10) for discharging granular solids from at least one storage container (16) to at least one dispensing unit (20) by means of a conveyor system (18), in particular a pneumatic conveyor system, wherein the housing (32) has at least one storage container-side feed opening (42, 44), at least one conveyor opening (72) for granular solids, and at least one turning outlet (74). According to the invention, at least one slide (50, 52) is arranged in the housing (32) in order to guide the granular solids, and the housing (32) is designed in multiple parts, in particular at least two symmetrical sub-bodies (38, 40).
The present invention relates to a drill coulter assembly (1) for a seed drill, comprising a rocker arm (2) on which a coulter disc (4), rotating about a rotational axis (3), is arranged to produce a drill furrow and on which a drill shoe (9), arranged adjacently to the coulter disc (4), is arranged to spread seed and/or fertiliser into the drill furrow, the drill shoe (9) being mounted so as to be pivotable about a pivot pin (11) located adjacently to the coulter disc (4), the pivot pin (11), viewed in the direction of travel (FR), being oriented so as to be inclined downwards at an inclination angle (16) towards the drill furrow.
12 - Véhicules; appareils de locomotion par terre, par air ou par eau; parties de véhicules
37 - Services de construction; extraction minière; installation et réparation
Produits et services
(1) Agricultural machines and power driven implements for agriculture, ploughs, underground packers, harrows, centrifugal harrows, drilling machines, seedbed combinations, grubbers, machines for loosening soils, overload safety devices other than for land vehicles.
(2) Vehicles, appliances for transport in the country. (1) Installation and assembly of agricultural implements, machines and vehicles; repair and maintenance of agricultural machines, implements and vehicles.
12 - Véhicules; appareils de locomotion par terre, par air ou par eau; parties de véhicules
37 - Services de construction; extraction minière; installation et réparation
Produits et services
Agricultural machines and power driven implements for agriculture, ploughs, underground packers, harrows, centrifugal harrows, drilling machines, seedbed combinations, grubbers, machines for loosening soils, overload safety devices other than for land vehicles. Vehicles, appliances for transport in the country. Installation and assembly of agricultural implements, machines and vehicles; repair and maintenance of agricultural machines, implements and vehicles.
The invention relates to a spreading machine (2) for spreading seed and/or fertiliser comprising multiple coulter tools (10) arranged on a coulter frame (4) orientated transverse to the working direction (A) for depositing the seed and/or fertiliser in the soil, wherein each coulter tool (10) is articulatedly connected with a first end (26) of at least one control arm (24) extending in the working direction (A) of the spreading machine (2) and pivotally moving in the vertical direction, the control arm (24) is articulatedly connected by a second end (28) to the coulter frame (4) and/or to a frame console (54) arranged on the coulter frame (4), and the control arm (24) is articulatedly connected via a first mounting point (36) to a first end (32) of a hydraulic cylinder (30) serving as an adjustment drive, which is articulatedly supported by a second end (34) via a second mounting point (38) on the coulter frame (4) and/or the frame console (54), wherein a respective mounting interface (46) from the hydraulic cylinder (30) to the coulter frame (4), the frame console (54) or the control arm (24) is formed at the mounting points (36, 38). According to the invention, the spatial position of the first mounting point (36) in relation to the coulter frame (4) and/or the frame console (54) and/or the spatial position of the second mounting point (38) in relation to the control arm (24) can be varied, so that a different angle of attack of the hydraulic cylinder (30) to the control arm (24) and coulter frame (4) and/or frame console (54) is set with the same angular position of the control arm (24) relative to the coulter frame (4) and/or the frame console (54).
The present invention relates to a soil cultivation device (1), in particular a rotary harrow (2), comprising a frame (3a) on which rotationally driven soil cultivation tools (10) and, downstream thereof, a rolling unit (14) are arranged, wherein a substantially bar-like levelling element (15), the height of which is adjustable by an actuating mechanism (12), is arranged in the region between the soil cultivation tools (10) and the rolling unit (14), wherein, on the soil cultivation device (1), there is arranged a first sensor arrangement (23) comprising at least one sensor (25, 26, 27, 30), which sensor arrangement is designed and configured to detect a material excess occurring within the working width of the soil cultivation device (1), and a second sensor arrangement (24) comprising at least one sensor (29), which sensor arrangement is designed and configured to detect a work result generated by the soil cultivation device (1), wherein a control unit (21) assigned to the soil cultivation device (1) is designed and configured to evaluate the data received from the first sensor arrangement (23) and the second sensor arrangement (24) and, depending on the evaluation, to generate control signals for setting the soil cultivation tools (10), the levelling element (15) and/or the rolling unit (14).
The present invention relates to a soil-working implement (1), in particular a rotary harrow (2), comprising a frame (3a), arranged on which are rotationally driven soil-working tools (10) and a roller unit (14) arranged downstream thereof, wherein a levelling element (15) which is substantially in the form of a beam and is adjustable in height by an actuating system (20) is arranged in the region between the soil-working tools (10) and the roller unit (14), wherein arranged on the levelling element (15) and/or above the levelling element (15) is at least one sensor arrangement (22, 28), which is designed and set up to detect a soil material flow (18) occurring within the working width of the soil-working implement (1), wherein a control unit (21) assigned to the soil-working implement (1) is designed and set up to evaluate the data received from the at least one sensor arrangement (22, 28) and, in dependence on the evaluation, generate control signals for the setting of the levelling element (15) by the actuating system (20).
A01B 33/02 - Instruments d'ameublissement à outils rotatifs entraînés dont les outils sont montés sur un arbre horizontal, perpendiculaire au sens de la marche
A01B 49/02 - Machines combinées à plusieurs outils de travail de la terre de nature différente
A01B 63/24 - Outils ou supports d'outils réglables en position par rapport au bâti
A01B 33/06 - Instruments d'ameublissement à outils rotatifs entraînés dont les outils sont montés sur un arbre vertical ou presque vertical
12.
METHOD FOR DETECTING THE STATE OF SOIL-CULTIVATING TOOLS ON A SOIL-CULTIVATING DEVICE
The present invention relates to a method for detecting the state of soil-cultivating tools (3) on a soil-cultivating device (1) which is moved and/or driven by a vehicle (14), wherein the soil-cultivating tools (3) are arranged on a carrier frame (2) of the soil-cultivating device (1), wherein, during operation, the soil-cultivating device (1) can be transferred between a first position, in which the soil-cultivating tools (3) are in engagement with soil (B) to be cultivated, and a second position, in which the soil-cultivating tools (3) are raised, wherein by means of an imaging sensor device (9) on the soil-cultivating device (1), the soil-cultivating tools (3) are detected such that image data generated by the sensor device (9) are transmitted to a control device (11) for evaluation by means of a comparison algorithm (15), wherein, in order to detect the state of the soil-cultivating tools (3), the actual state data (23) determined by means of the comparison algorithm (15) are compared with target state data (21) of the soil-cultivating tools (3) stored in the control device (11).
A01B 33/02 - Instruments d'ameublissement à outils rotatifs entraînés dont les outils sont montés sur un arbre horizontal, perpendiculaire au sens de la marche
A01B 33/12 - Disposition des outilsÉcrans de protection des outils
A01B 35/06 - Autres machines pour le travail de la terre à outils non rotatifs à traction animale ou mécanique à outils souples
A01B 49/02 - Machines combinées à plusieurs outils de travail de la terre de nature différente
A01B 63/111 - Réglage de la profondeur de travail des instruments
A01B 76/00 - Parties constitutives ou accessoires des machines ou instruments agricoles non prévus dans les groupes
G05B 19/4065 - Contrôle du bris, de la vie ou de l'état d'un outil
G01N 21/95 - Recherche de la présence de criques, de défauts ou de souillures caractérisée par le matériau ou la forme de l'objet à analyser
The present invention relates to an agricultural system comprising a soil cultivation device (1), a vehicle and a control apparatus (7), wherein the soil cultivation device (1) has tools (3) arranged on a carrier frame (2), and a first sensor apparatus (8) and at least one second sensor apparatus (9), wherein the first sensor apparatus (8) comprises a sensor system (8a, 8b), arranged on the soil cultivation device (1), for estimating the speed of a material volume (16) moved by at least one of the tools (3), - wherein the at least one second sensor apparatus (9) comprises a sensor system (12, 13), arranged on the soil cultivation device (1), for estimating a speed difference between the soil cultivation device (1) and the moved material volume (16), - wherein the control apparatus (7) generates control commands, depending on the evaluation for estimating an actual operating state, in order to visualise an operating state change which deviates from a target operating state and/or to suggest and/or automatically adapt setting parameters, to be changed, of the soil cultivation device (1) and/or of the vehicle.
A roller ring (8) for a roller (3,4) of a soil-tillage apparatus (1) comprises two rotationally symmetrical body halves (9) arranged opposite one another. Each body half (9) has a flange-shaped profile portion (10) extending in the radial direction (R), against which the body halves (9) abut over the entire surface. At least one profile portion (10) is divided into an inner contact portion (12) as well as an adjoining outer edge portion (13). The body halves (9) are at least partially connected by means of a substance-to-substance bond (15) radially on the inner side of the contact portion (12).
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically driven or moved agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, ploughs, general-purpose ploughs, turn-about ploughs, mounted ploughs, semi-mounted ploughs, mouldboard ploughs, disc ploughs, land packers, rollers, sowers [machines], drilling machines, single seed sowing machines, seed drill combinations, harrows, disc harrows, rotary harrows, milling cutters, rotors, cultivators, compact disc harrows, motorised cultivators and looseners, strip-till equipment, Field sprayers, fertiliser spreaders, row fertiliser spreaders, implements for depositing fertiliser, implements for weed killing, harrows, hoes, cutting hoes, crust breakers, agricultural machines with automatic steering apparatus or guided tools; positioning devices, Pressure adjusters, power or weight transmission units for the aforesaid goods or tools therefor; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Software, Electronic control, regulating and monitoring units, more specifically Location determining and storage apparatus, electronic camera systems, power measuring apparatus, position measuring apparatus, plant detecting systems, typing systems for plant properties, electronically controlled steering and positioning systems or pressure adjusters, power or weight transmission units, operating and display apparatus and portable computers and software for agricultural purposes; The aforesaid goods being parts and/or fittings for agricultural machines and implements, included in class 9. Storage, including temporary, of data in computer databases and technical data analysis relating to agricultural plant cultivation, in particular ground cultivation, sowing, fertilisation, plant protection and stock management, soil characteristic data, machine data, process data, sowing data, harvesting data, plant data, weather and climate data on agricultural land and the surrounding environment; Commissioning, adjustment, service support, updates, upgrades and parameterisation of computer software in the field of agricultural plant cultivation.
The present invention relates to an agricultural tillage implement (1), comprising a vertically adjustable support (3) on which at least one tillage unit (2) is arranged by means of a four-bar linkage (6), which tillage unit comprises a tillage tool (4) and a depth-guidance means (5) arranged adjacently to the tillage tool (4), wherein: the support (3) is articulated to a frame (9) of the tillage implement (1) by means of a link mechanism (8) that has an upper link (10, 33) and a lower link (11); a link (21) is arranged on the support (3) and extends towards the depth-guidance means (5); the link (21) comprises at its free end (22) an articulation point (23) lying in the contact area (28) of the depth-guidance means (5), in which articulation point a coupling element (24) is articulated by one end; the coupling element (24) is articulated by its other end in an articulation point (25, 36) that is arranged so as to be spaced apart above the articulation point (23) of the link (21) and is fixed relative to the articulation point (23) arranged on the link (21).
The invention relates to a steering method for an agricultural machine (10) which follows a guide vehicle (30) driving along a guide lane (RF) during a road trip. In order to enable an agricultural machine to follow a guide vehicle as precisely as possible during a road trip with little technical effort, it is provided according to the invention that with the steering method: ¨ inertial measurements (MA1, MA2, MA3) that correspond at least to a multidimensional acceleration are determined (S120) by at least one inertial measuring device (11, 31, 41), wherein the first inertial measurements (MA1) are determined by a first inertial measuring device (11) arranged on the agricultural machine (10), wherein at least first kinematics data based on the first inertial measurements (MA1) and that describe the kinematics of the agricultural machine (10) are detemiined (S140), ¨ lane information at least partly based on the determined inertial measurements (MA1, M A2, M A3) and relating to the guide vehicle (20) is determined (S160) and the first kinematics data are compared (S200) with this, ¨ depending on the result of the comparison, steering commands (Li, L2) are automatically determined (S220) for at least one steerable axle (14, 15) of the agricultural machine (10) in order to steer the agricultural machine (10) in a manner adapted to the guide lane (RF), and ¨ the agricultural machine (10) is automatically steered (S240) by the steering commands (L1, L2).
The invention relates to a steering method for an agricultural machine (10) which follows a guide vehicle (30) driving along a guide lane (RF) during a road trip. In order to enable an agricultural machine to follow a guide vehicle as precisely as possible during a road trip with little technical effort, it is provided according to the invention that with the steering method:
inertial measurements (MA1, MA2, MA3) that correspond at least to a multidimensional acceleration are determined (S120) by at least one inertial measuring device (11, 31, 41), wherein the first inertial measurements (MA1) are determined by a first inertial measuring device (11) arranged on the agricultural machine (10), wherein at least first kinematics data based on the first inertial measurements (MA1) and that describe the kinematics of the agricultural machine (10) are determined (S140),
lane information at least partly based on the determined inertial measurements (MA1, MA2, MA3) and relating to the guide vehicle (20) is determined (S160) and the first kinematics data are compared (S200) with this,
depending on the result of the comparison, steering commands (L1, L2) are automatically determined (S220) for at least one steerable axle (14, 15) of the agricultural machine (10) in order to steer the agricultural machine (10) in a manner adapted to the guide lane (RF), and
the agricultural machine (10) is automatically steered (S240) by the steering commands (L1, L2).
The present invention relates to an agricultural implement for soil cultivation, said implement comprising: a frame (3) which has at least one tool frame (4); a plurality of soil tools (5), in particular harrow tines, which are pivotably mounted on the at least one tool frame (4); and a pretensioning device (7) for pretensioning the soil tools (5) by means of a pretensioning force, the pretensioning device (7) having at least two fluid-filled pretensioning elements (8), each pretensioning element having a piston rod (10) connected to at least one piston chamber (9), and each piston rod (10) being associated with at least one soil tool (5). According to the invention, the piston rods (10) of the at least two pretensioning elements (8) are positioned next to one another, in particular directly next to one another, in a cylinder housing (11), and the piston chambers (9) of the piston rods (10) can be fluidically connected to one another.
A metering device for an agricultural machine for outputting granular solids from at least one storage container to at least one dispensing unit by means of a conveyor system has a metering housing, and at least one inflow opening and at least one discharge opening for the granular solid. The metering housing forms a metering chamber on the inside. Between the metering chamber and the conveyor system a conveyor device rotating about a rotary axis is arranged. The conveyor device comprises at least one first rotary slide valve with at least one first opening for controlling the inflow and/or discharge of the granular solid into the or out of the conveyor device.
The invention relates to an agricultural spreading machine (1) comprising a spreading device (3) for applying liquid or granular material, which spreading device comprises a frame (2) and blades (4) for spreading the material, which blades are arranged on the frame in at least one row. The blade comprises a first material guide (5) for applying granular material, wherein a second material guide (6) for applying liquid material is provided, which second material guide is integrated into the first material guide.
The present invention relates to a soil-working apparatus (1), comprising a support frame (3), on which a plurality of soil-working tools (6) are arranged next to one another in at least one row (5, 5a, 5b, 5c), beyond which, as seen looking in a working direction (FR), a levelling means (7) is arranged on the support frame (3), wherein the levelling means (7) comprises a flat and inherently flexible flattening element (8), which extends over an entire working width (AB) of the soil-working apparatus (1) and extends substantially perpendicularly to the soil to be levelled and rests on the soil by its free end.
The present invention relates to a sowing machine with an arrangement, fastened to a frame (2), of a sowing coulter (3) and a fertiliser coulter (4) arranged in front of the sowing coulter in the working direction (A), having a depth guide means (5) that is assigned to the fertiliser coulter and is designed as a supporting wheel rotating on an axle (7), which is arranged laterally offset with respect to the fertiliser coulter, wherein the fertiliser coulter and the sowing coulter are designed and arranged on the frame in such a way that the lowest point of the fertiliser coulter in the vertical direction lies at the same depth or lower than the lowest point of the sowing coulter in the vertical direction during operation of the sowing machine, and the fertiliser coulter and the support wheel are so designed and arranged on the frame in relation to each other that the lowest point of the sowing coulter in the vertical direction lies at the same depth or lower than the lowest point of the support wheel in the vertical direction during operation of the sowing machine.
The invention relates to a pneumatic conveyor device (4) for conveying granular material, in particular seeds and/or fertilizer, comprising at least one fan (5) with at least one outlet (10) connected to at least one main air supply line (11) into which an air volume flow (12) generated by a fan (5) flows, wherein the at least one main air supply line (11) opens into an air inlet (13) of an air distributing device (14) in order to control the air volume flow (12), wherein the air distributing device (14) has an even number of air outlets (15), each of which is connected to a connection line (L1, L2, L3,..., L8) connected to a metering device (16) for supplying the granular material, and the air distributing device (14) is designed as a cylindrical housing (17) with a rotary valve (18) arranged therein, said rotary valve being designed to change the outlet cross-section of the air outlets (15) in order to manipulate the supplied air volume flow (12) for transporting the granular material coming from the respective metering device (16).
The invention relates to an agricultural machine (1) having a central part (3) and a support device (8), wherein tool frames (5, 6) extend in a transport position along a central part (2), wherein depth guide elements (7) are arranged on the support device (8) so as to at least partly support or receive the weight of the tool frames (5, 6).
The invention relates to an agricultural implement (1), the depth guide elements (17) of which can be pivoted relative to the implement (1) via a hinge unit (18), but are automatically locked in the working position by the dead weight of the implement (1) bearing down on the depth guide means and are secured so as to prevent a pivoting movement.
A roller for agricultural soil cultivation has at least one support body rotatably mounted about an axis of rotation and multiple compaction rings arranged spaced apart from one another next to one another on the support body and intermediate rings arranged between adjacent compaction rings. At least two intermediate rings have a different diameter and/or a different width.
The invention relates to an agricultural implement (1) having a large working width, it being possible to pivot the booms (5) and (6) of said agricultural implement upwards and forwards from a working position into a transport position via a tilt axis (9) and pivot axes (10), wherein work tool planes (8) of the booms (5) and (6) having work tools (7) mounted thereon have an upwardly aligned orientation in the transport position and are positioned at an acute angle (α) obliquely to a centre plane (3).
The invention relates to a method for performing driving route optimization in field cultivation having at least one cultivation step in which a predefined cultivation area (21) is driven through by an agricultural machine (10) in accordance with a driving route (F1-F5) containing a plurality of parallel lanes (Si-Ss), wherein the driving route (Fi-Fs) is able to be characterized by an orientation (Ai, A2) of the lanes (Si-Ss), a positioning (1D-1-P4) that defines positions of all of the lanes (Si-Ss), and an order (Ri- Rs) in which the lanes (Si-Ss) are driven through, wherein Li for at least one cultivation step, an automatic optimization of the order (Ri-Rs) is performed (S150) for each of a plurality of combinations of in each case an orientation (Ai, A2) and a positioning (1D-1-P4) by ascertaining, from a plurality of orders (Ri-Rs), an order (Roo) that is optimum for this combination in accordance with a defined optimization criterion for performing driving route optimization; E for at least one cultivation step, an automatic optimization of the driving route (F-i- Fs) is performed by ascertaining (S100), from the plurality of combinations, incorporating the optimum order (Roo) ascertained for the respective combination, a combination that is optimum in accordance with the optimization criterion and that corresponds to an optimum driving route (F00) for this cultivation step; and E control data (D) for controlling at least one agricultural machine (10) during a cultivation step are generated (S230) automatically, wherein the control data represent the optimum driving route (F00). In order to allow optimized agricultural cultivation of a predefined cultivation area, provision is made, according to the invention, for the plurality of combinations to contain different combinations of a single orientation (Ai, A2) with different positionings (Pi-P4).
The invention relates to methods for performing driving route optimization in field cultivation having a plurality of cultivation steps, wherein in each cultivation step a predefined cultivation area (21) is driven through by an agricultural machine (10) in accordance with a driving route (F1-F5) containing a plurality of parallel lanes (Si-Ss), wherein the driving route (Fi-Fs) is able to be characterized by an orientation (Ai, A2) of the lanes (Si-Ss), a positioning (1D-1-P4) that defines positions of all of the lanes (Si- Ss), and an order (Ri-Rs) in which the lanes (Si-Ss) are driven through, wherein the orientation (Ai, A2) is the same for all cultivation steps, wherein - for a plurality of cultivation steps, in each case an automatic optimization of the order (Ri-Rs) is performed (S150) for each of a plurality of combinations of in each case an orientation (Ai, A2) and a positioning (1D-1-P4) by ascertaining, from a plurality of orders (Ri-Rs), an order (Roo) that is optimum for this combination in accordance with a defined optimization criterion for performing driving route optimization, wherein in each case combinations with corresponding orientation are taken as a basis for all cultivation steps; - an automatic optimization of the driving routes (Ei-Fs) for each cultivation step is performed by ascertaining (S100), from the plurality of combinations, incorporating the optimum order (Roo) ascertained for the respective combination, a combination that is optimum in accordance with the optimization criterion and that corresponds to an optimum driving route (F00) for this cultivation step, wherein the orientation (Ai, A2) of the optimum driving routes (F00) is the same for all cultivation steps; and - control data (D) for controlling at least one agricultural machine (10) during each of the cultivation steps are generated (S230) automatically, wherein the control data represent the optimum driving route (F00). In order to allow optimized agricultural cultivation of a predefined cultivation area in multiple cultivation steps, provision is made, according to the invention, for the optimization criterion to take into consideration each of the cultivation steps, such that the driving route (Ei-Fs) for the respective cultivation step is optimized on the basis of all cultivation steps.
A method is provided for performing driving route optimization in field cultivation having at least one cultivation step in which a predefined cultivation area (21) is driven through by an agricultural machine (10) in accordance with a driving route (F1-F5) containing a plurality of parallel lanes (S1-S5), wherein the driving route (F1-F5) is able to be characterized by an orientation (A1, A2) of the lanes (S1-S5), a positioning (P1-P4) that defines positions of all of the lanes (S1-S5), and an order (R1-R5) in which the lanes (S1-S5) are driven through.
A method is provided for performing driving route optimization in field cultivation having a plurality of cultivation steps. In each cultivation step a predefined cultivation area is driven through by an agricultural machine in accordance with a driving route (F1-F5) containing a plurality of parallel lanes (S1-S5). The driving route (F1-F5) is able to be characterized by an orientation (A1, A2) of the lanes (S1-S5), a positioning (P1-P4) that defines positions of all of the lanes (S1-S5), and an order (R1-R5) in which the lanes (S1-S5) are driven through.
The present invention relates to a roller for agricultural soil cultivation, having at least one supporting body (18), which is mounted rotatably about an axis of rotation (22), and a plurality of compression rings (24), which are arranged next to one another and spaced apart from one another on the supporting body (18), for compressing the soil, and intermediate rings (26, 28) arranged between adjacent compression rings (24), wherein at least one first intermediate ring (26) and one second intermediate ring (28) are provided with different diameters (d1, d2) and/or different widths (b1, b2). According to the invention, the roller (10) has at least one ring unit (36) which comprises at least one compression ring (24) and at least one, in particular second, intermediate ring (26, 28), the intermediate ring (26, 28) being connected to at least one adjacent compression ring (24) with a material bond or being formed integrally with the compression ring (24).
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
A01B 33/02 - Instruments d'ameublissement à outils rotatifs entraînés dont les outils sont montés sur un arbre horizontal, perpendiculaire au sens de la marche
34.
AGRICULTURAL MACHINE FOR SPREADING GRANULAR SOLIDS
The invention relates to an agricultural machine for spreading granular solids, in particular seeds, comprising: a pneumatic conveying system for conveying the granular solids out of at least one solids tank (2) to a number of output units (4); a compressed-air-generating device (3), which is connected to a conveying airflow line (13) and a metering airflow line (6); wherein a supply line (8) branches from the metering airflow line (6) to each output unit (4); wherein a switching element (9) is arranged in each supply line (8) and the conveying airflow line (13) extends in series through the switching elements (9).
09 - Appareils et instruments scientifiques et électriques
16 - Papier, carton et produits en ces matières
21 - Ustensiles, récipients, matériaux pour le ménage; verre; porcelaine; faience
25 - Vêtements; chaussures; chapellerie
Produits et services
Podcasts, Especially, in relation to the following fields: Agriculture, in particular on the subject of agricultural technology; Downloadable podcasts; Audio visual recordings; Downloadable multimedia files; DVDs (sound, images); Audio - video compact discs; Downloadable audio files; Sound recording carriers; USB flash drives. Printed matter, and stationery and educational supplies; Books; Calendars; Note books; Stationery; Ball pens; Pencils; Handkerchiefs of paper; Postcards; Posters made of paper; bags for packaging, wrapping and storage of paper, cardboard or plastic; Pouches of paper, cardboard or plastic for packaging, wrapping and/or storage purposes. Tableware, cookware and containers; Cups; Mugs; Glasses. Clothing; Outerclothing, In particular polo shirts, Hooded sweatshirts, Jackets [clothing]; headgear (especially caps), Visor caps; Waist belts.
36.
PIVOTING APPARATUS FOR AN AGRICULTURAL SOIL WORKING DEVICE
The present invention relates to a pivoting apparatus for tool holders and/or soil working elements of a soil working device having a base frame, in particular for working row crops, the pivoting apparatus being in the form of a parallelogram and being movable between a first position for working the soil and a raised second position, and a first support rail arranged on the base frame and a second support rail which can pivot relative to the first support rail, and an upper brace and a lower brace, the upper and the lower braces being arranged substantially one above the other and articulatedly linking the first and second support rails, the braces each being mounted pivotably in the support rails in an upper and a lower bearing point. According to the invention, the distance between an upper bearing point and a lower bearing point at least of one support rail can be varied.
The present invention relates to an agricultural working implement with a frame and running gear arranged on the frame, wherein the running gear comprises at least one first partial running gear and second partial running gear which are arranged substantially next to one another in a direction of travel and each have at least one wheel, wherein the at least one wheel of the first partial running gear is arranged on a first axial line and the at least one wheel of the second partial running gear is arranged on a second axial line, wherein the first axial line and the second axial line are arranged at an axial distance from each other in the direction of travel of the working implement, wherein at least one third partial running gear is arranged between the first and second partial running gears, wherein the third partial running gear has at least one third axial line with at least one wheel arranged thereon, and is arranged height-adjustably on the running gear by means of a hydraulic servomotor. According to the invention, the third partial running gear is arranged in such a manner that the third axial line, in particular in a working position and/or a transport position of the working implement, is arranged between the first axial line and the second axial line.
A01B 63/22 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments à traction animale ou mécanique avec roues réglables par rapport au bâti à commande hydraulique ou pneumatique
A01C 23/00 - Dispositifs distributeurs spécialement adaptés pour répandre le purin ou d'autres engrais liquides, y compris l'ammoniaque, p. ex. réservoirs de transport ou voitures arroseuses
B62D 61/12 - Véhicules à moteur ou remorques, caractérisés par la disposition ou le nombre de roues et non prévus ailleurs, p. ex. quatre roues disposées en losange avec un nombre variable de roues en contact avec le sol, p. ex. avec certaines roues disposées plus haut que les autres ou avec des roues rétractables
A01M 7/00 - Adaptations ou aménagements particuliers des appareils de pulvérisation de liquides aux fins couvertes dans la présente sous-classe
An agricultural vehicle (1) with a frame (2) and transport running gear (3) is proposed, wherein the transport running gear (3) has at least one central wheel (4) and at least two outer wheels (5), at least the two outer wheels (5) being assigned to a common braking axle or to individual braking axles (12), and the at least one central wheel (4) being assigned to an unbraked auxiliary axle (6), the unbraked auxiliary axle (6) being arranged on the transport running gear (3) height-adjustably by means of a servomotor (7). The agricultural vehicle (1) has at least one hydraulically driven discharge device (8) with a drive (10), the discharge device being connected to a hydraulic pressure source (9), both the drive (10) of the discharge device (8) and the servomotor (7) being connected directly fluidically to the same pressure source (9).
A01B 63/22 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments à traction animale ou mécanique avec roues réglables par rapport au bâti à commande hydraulique ou pneumatique
A01C 23/00 - Dispositifs distributeurs spécialement adaptés pour répandre le purin ou d'autres engrais liquides, y compris l'ammoniaque, p. ex. réservoirs de transport ou voitures arroseuses
A01M 7/00 - Adaptations ou aménagements particuliers des appareils de pulvérisation de liquides aux fins couvertes dans la présente sous-classe
B62D 61/12 - Véhicules à moteur ou remorques, caractérisés par la disposition ou le nombre de roues et non prévus ailleurs, p. ex. quatre roues disposées en losange avec un nombre variable de roues en contact avec le sol, p. ex. avec certaines roues disposées plus haut que les autres ou avec des roues rétractables
A metering device for an agricultural machine for outputting granular solids out of at least one storage container to at least one dispensing unit by means of, in particular, a pneumatic conveyor system, has a metering housing. The metering housing comprises at least one mounting flange on the storage container-side and/or conveyor system-side as well as at least one inflow opening and at least one discharge opening for the granular solid. The at least one mounting flange is formed as polygon or circular.
The present invention relates to a tool-carrier unit (1) for a towed row-dependent soil-working device for removing and chopping weeds, nurse crops or the like between cultivated plants (4) planted in rows, comprising a plurality of soil tools (8) assigned to individual plant rows (PR), which soil tools are arranged on a main frame (2) of the tool-carrier unit (1), wherein the soil tools (8) each have a knife (10), which can be cyclically pivoted about a pivot axis (18) extending perpendicularly to the ground (B) by an actuator (13) and is positioned to have one end below the pivot axis (18), wherein the pivot axis (18) of a relevant soil tool (8) is positioned above the relevant plant row (PR) in order to substantially collinearly follow a planting line (23) of the relevant plant row (PR), wherein, when in the pivoted-in position, the knife (10) engages by its free end (28) with the soil (B) between two cultivated plants (4) and, immediately before reaching a cultivated plant (4), adopts a pivoted-out position in which an imaginary chord (29) connecting both ends (27, 28) of the knife (10) is oriented substantially in parallel with the plant row (PR).
A01B 39/08 - Autres machines spécialement destinées au travail du sol sur lequel poussent des cultures à outils rotatifs
A01B 39/16 - Autres machines spécialement destinées au travail du sol sur lequel poussent des cultures à fonction particulière pour le travail en vignobles, vergers ou similaires
A01B 39/19 - Sarcleuses à tige, c.-à-d. sarcleuses à tiges rotatives entraînées sous la surface du sol
A01B 39/18 - Autres machines spécialement destinées au travail du sol sur lequel poussent des cultures à fonction particulière à sarcler
A01B 41/04 - Machines à éclaircir les plants (démarieuses) à outils rotatifs
The invention relates to a method for automatically repositioning a soil working tool, in particular a rotary plow, which moves at a speed, between a first working position and a second working position. The method has the steps of lifting the soil working tool into a lifted position by means of a lifting mechanism in the first working position, repositioning the soil working tool in the lifted position from the first working position into the second working position by means of a repositioning device, and lowering the soil working tool from the lifted position in the second working position by means of the lifting mechanism. According to the invention, it is determined whether the lifting mechanism has exceeded a working point of the lifting mechanism, whether the lifting mechanism has exceeded a rotational point of the lifting mechanism above the working point, and whether the speed has exceeded a minimum speed in order to start the repositioning process of the soil working tool.
The present invention relates to a tool carrier unit (1) for a towed row-dependent soil cultivation device, comprising a main frame (3) on which are arranged so as to be height adjustable, on at least one frame (6) arranged parallel to and at a lateral distance from the main frame (3), at least one protection element (7), in particular protection disc, and a soil tool (8) downstream thereof, in particular a hoe element, wherein: at least one of the frames (6) has a first frame element (9) and a second frame element (10); the first frame element (9) is arranged on the main frame (3) and extends substantially perpendicular to the longitudinal axis of the main frame (3); the second frame element (10), on which the protection element (7) and the soil tool (8) are arranged, extends perpendicular to the first frame element (9) and is guided in a relatively movable manner in the longitudinal direction (x) in a guide region (16) within the first frame element (9); the soil tool (8) is arranged so as to be height adjustable on the second frame element.
The invention relates to a reversible plow (1), comprising an attachment tower (2) with attachment points (3) for adapting the reversible plow (1) to a towing vehicle and comprising a plow frame (4) which supports plow elements (5) that rotate to the right on one side and plow elements (5') that rotate to the left on the opposite side and which can be rotated about a rotational axis (6) relative to the attachment tower (2) by means of a rotating device (8) actuated by a rotating cylinder (7), wherein annular chambers (21) and a piston chamber area (22) of the rotating cylinder (7) are connected to a first controller (25) and a first valve unit (26) by means of feed lines (23, 24) in order to actuate a rotational movement, the rotational movement is limited by adjustable inclination stops (16), and two hydraulic cylinders (17) which form the inclination stops (16) are provided on the attachment tower (2) in order to limit the rotational movement, said hydraulic cylinders limiting the movement path of the rotating cylinder (7).
09 - Appareils et instruments scientifiques et électriques
12 - Véhicules; appareils de locomotion par terre, par air ou par eau; parties de véhicules
35 - Publicité; Affaires commerciales
37 - Services de construction; extraction minière; installation et réparation
38 - Services de télécommunications
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically driven or movable implements, namely self-propelled, autonomous, drawn or wearable machines and implements for harvesting, ground cultivation, sowing, fertilisation, plant protection, inventory maintenance or weed killing, mowing, harvesting, tedding, turning, raking, transport of harvested goods; Mechanical equipment for use in agriculture; Machines of all kinds for use in agriculture; Drawn or fitted agricultural implements, especially Bailing machines, Agricultural means of transport, Harvesting machines, Turners, Swathers, Excavators or Tillage instruments, Sowers [machines], Implements for the application of fertilisers, implements for the application of plant protection preparations, implements for inventory maintenance, implements for weed killing; Combinations of the aforesaid goods, parts, components and/or and fittings for any and/or all the aforesaid goods, especially, Control apparatus, The aforesaid goods included in class 7; Autonomous, mobile or self-propelled agricultural machines, in particular harvesting machines [tractor-drawn agricultural implements]. Software, in particular for operating autonomous agricultural machines, implements or vehicles and/or software for download for engine control mechanisms for deployment and use in, in particular autonomous, agricultural machines, implements and vehicles; Electronic controlling, regulating and monitoring units, in particular location, data recording, data transmission and/or storage apparatus, electronic camera systems, force measuring apparatus, mass or volume flow rate measuring apparatus, position measuring apparatus, plant detecting systems, type identification systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and sensors for recording machine, plant, rooting, application, harvesting and climate data, operating and display apparatus, data recording stations and portable computers and communications apparatus; Software for remote access to autonomous agricultural vehicles and/or engine control mechanisms therefor; Software for diagnosis, servicing and maintenance for autonomous agricultural vehicles, Especially Computer software for remote telecommunication; including the aforesaid goods For agricultural purposes, The aforesaid goods being parts and/or fittings for agricultural machines, in particular, autonomous machines and implements, The aforesaid goods included in class 9. Vehicles, in particular autonomous and/or self-propelled agricultural vehicles and autonomous, mobile or self-propelled agricultural machines, in particular tow trucks; Superstructures, drives, parts and/or fittings for the aforesaid goods, included in class 12. Organisation and evaluation of data in computer databases in connection with agricultural crop cultivation, in particular for ground cultivation, harvest, sowing, fertilisation, plant protection, mowing, harvesting, tedding, turning, raking, transport of harvested goods, weather and climate data and inventory maintenance on agricultural lands; Provision of space on web-sites for advertising goods and services; Consultancy and information in relation to the aforesaid services, included in this class; Company management; Advertising; Marketing and promotion services; Consumer information; Retailing and wholesaling relating to mechanical equipment for agriculture, machines and machine tools for use in agriculture, motors and drive units, parts and accessories for all of the aforesaid goods; Retailing and wholesaling in relation to information technology and audiovisual apparatus, optical apparatus and equipment, amplifiers and correctors, safety, security, protective and signalling apparatus and equipment, navigation, orientation, positioning, tracking and mapping apparatus, measuring, detecting and monitoring instruments, devices and regulators, parts and fittings for all of the aforesaid goods; Data management services, namely collating of data in computer databases, Systemization of information into computer databases, Data search in computer files for others, Computerized file management, Updating and maintenance of data in computer databases; Providing of an online marketplace for buyers and sellers of spare parts and services, in particular in the field of autonomous land machines; Providing of an online marketplace for buyers and sellers of spare parts and services, in particular in the field of autonomous land machines; Storing of data in computer databases in connection with agricultural crop cultivation, in particular for harvest, ground cultivation, sowing, fertilisation, plant protection and inventory management, mowing, harvesting, tedding, turning, raking, transport of harvested goods, soil property data, machine data, process data, application data, harvesting data, plant data, weather and climate data on agricultural lands and their surroundings. installation, Assembly, fix and Maintainance services, in relation to the following goods: Agricultural machines and implements, land vehicle, Vehicles, apparatus and Equipment, For agricultural use. Providing of access to data and transmission of data in and from databases in connection with agricultural crop cultivation, in particular for harvest, ground cultivation, sowing, fertilisation, plant protection and inventory management, mowing, harvesting, tedding, turning, raking, transport of harvested goods, soil property data, machine data, process data, application data, harvesting data, plant data, weather and climate data on agricultural lands and their surroundings; transmission of information and data via online services, Via the internet, In particular online services for providing of digital content; Providing of access to software for operating autonomous vehicles and/or controlling engine control mechanisms by remote access; Transmission of information on-line; Providing access to online databases; Providing of access to an online platform for the distribution of spare parts and services, in particular in the field of autonomous land machines; Providing of access to an online platform for the distribution of software goods, digital content and videos for downloading and streaming. Operation [hosting] of an online platform for the distribution of spare parts and services, in particular in the field of autonomous land machines; Operation [hosting] of an online platform for the distribution of software goods, digital content and videos for downloading and streaming; Online updating and maintenance of software; Providing of an online platform for remote monitoring and/or remote regulation of machines; Scientific and technological services and research, Industrial research and analysis, design and development of computers and computer programs (software), Technical or crop cultivation analysis, Development of data bases, Technical or crop cultivation information and consultancy, EDP consultancy, Including via the Internet; The aforesaid services in the field of agricultural crop cultivation, in particular for harvest, ground cultivation, sowing, fertilisation, plant protection and inventory management, mowing, harvesting, tedding, turning, raking, transport of harvested goods on agricultural lands and their surroundings; Maintenance, updating, upgrading and parameterisation of software and computer programs in the field of agricultural plant cultivation; Telemetry [remote measurement].
45.
AGRICULTURAL SOWING MACHINE WITH A CONVEYOR LINE WITH A VARIABLE LENGTH
The present invention relates to an agricultural sowing machine having a machine frame and a plurality of drill units moveably arranged next to one another on the machine frame and seed separating devices, wherein the drill units comprise at least furrow opener, a conveying line for conveying the seeds from the seed separating device to a placement zone with a dispensing opening arranged near the ground and a pressure element, the at least one furrow opener, the dispensing opening and the pressure element being arranged in this operating sequence relative to one another in the drill unit and the seed separating device, without a mechanically rigid connection to a component of a drill unit, is moveably connected to the machine frame.
The invention relates to a roller ring (8) for a roller (3, 4) of a soil-tillage apparatus (1), comprising two rotationally symmetrical body halves (9) situated opposite one another, wherein each body half (9) has a flange-like profile portion (10), extending in a radial direction (R), at which the body halves (9) abut one another over the entire surface thereof, wherein at least one profile portion (10) is divided into an inner contact portion (12) and an outer edge portion (13) connected thereto, wherein the body halves (9) are connected radially on the inner face of the contact portion (12) at least in part by an integrally bonded connection (15).
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
47.
ROLLER RING FOR A ROLLER BODY OF A SOIL-TILLAGE DEVICE
The invention relates to a roller ring (8) for a roller (3, 4) of a soil-tillage apparatus (1), comprising two rotationally symmetrical body halves (9) situated opposite one another, wherein each body half (9) has a flange-like profile portion (10), extending in a radial direction (R), at which the body halves (9) abut one another over the entire surface thereof, wherein at least one profile portion (10) is divided into an inner contact portion (12) and an outer edge portion (13) connected thereto, wherein the body halves (9) are connected radially on the inner face of the contact portion (12) at least in part by an integrally bonded connection (15).
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
The present invention relates to a soil tillage implement having soil tillage tools in particular tine-type tools such as wing share cultivator tines or goosefoot share cultivator tines, and a centre longitudinal axis, wherein the soil tillage implement comprises a number n of soil tillage tools, which are arranged in one or more tool rows following one another in the working direction and oriented transversely to the working direction, and comprises a number s of disc tools which are arranged in one or more disc rows following one another in the working direction and oriented transversely to the working direction and located in the working direction in front of the soil tillage tools. The soil tillage tools comprise at least a first tool region and a second tool region and the first tool region, through its exposed arrangement, is subjected to greater wear than the second tool region. The invention furthermore relates to a method for producing such a soil tillage implement.
The present application relates to a soil tillage implement (10) having soil tillage tools (12), in particular cultivator tines, wherein the soil tillage implement (10) comprises a frame (14) in order to arrange the soil tillage tools (12) in multiple tool rows (16.1 . . . 16.4) following one another in the working direction (A) oriented transversely to the working direction (A), and a running gear (18) having at least one main wheel (20.1, 20.2) which is spaced apart from a centre longitudinal axis (22) transversely to the working direction (A) by a lateral wheel distance (dr). The running gear (18) is arranged within the frame area in such a manner that with respect to the working direction (A) in front of and preferably behind the running gear (18) as well as to the left and right of the running gear (18) at least one soil tillage tool (12) is arranged. According to the invention, all soil tillage tools (12), which are arranged in the tool row (16.1) located furthest in front of the running gear (18) in the working direction (A), have a lateral tool distance (dw) from the centre longitudinal axis (22) that is smaller than or equal to the lateral wheel distance (dr).
The present application relates to a soil tillage implement (10) having soil tillage tools (28), in particular disc tools, which are arranged in multiple tool rows (30.1 . . . 30.3) following one another in the working direction (A) and which are oriented transversely to the working direction (A), and having a running gear with at least one main wheel (20.1, 20.2), which is spaced apart from a centre longitudinal axis (22) transversely to the working direction (A) by a lateral wheel distance (dr). Here, the running gear is arranged with respect to the soil tillage tools (28) in such a manner that with respect to the working direction (A) in front of and to the left and right of the running gear at least one soil tillage tool (28) is arranged. All soil tillage tools (28) which are arranged in the tool row (30.1) located furthest in front of the running gear in the working direction (A) have a lateral tool distance (dw) from the centre longitudinal axis (28) that is smaller than or equal to the lateral wheel distance (dr).
The present invention relates to a roller (10) for the agricultural cultivation of soil, comprising at least one support unit (18) which is rotatably mounted about an axis of rotation and a plurality of mutually spaced compaction rings (24) arranged next to one another on the support unit and intermediate rings (26, 28) arranged between adjacent compaction rings (24). According to the invention, at least two intermediate rings (26, 28) have a different diameter and/or a different width.
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
A01B 29/06 - Rouleaux comportant des dispositifs accessoires particuliers
The present invention relates to a roller (10) for the agricultural cultivation of soil, comprising at least one support unit (18) which is rotatably mounted about an axis of rotation and a plurality of mutually spaced compaction rings (24) arranged next to one another on the support unit and intermediate rings (26, 28) arranged between adjacent compaction rings (24). According to the invention, at least two intermediate rings (26, 28) have a different diameter and/or a different width.
A01B 29/04 - Rouleaux à surface non lisse constituée par des anneaux ou des disques rotatifs libres, ou à saillies ou à nervures ménagées sur le corps du rouleauRouleaux tasseurs
53.
RETROFITTING KIT TO BE MOUNTED ON AN AGRICULTURAL IMPLEMENT
The present invention relates to a retrofitting kit (3) having electrical and/or electronic components to be mounted on an agricultural implement (4), which can be mounted on/attached to a tractor (2) and which is operated in combination therewith.
A01B 63/12 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments montés sur tracteurs à manœuvre électrique
G05B 19/042 - Commande à programme autre que la commande numérique, c.-à-d. dans des automatismes à séquence ou dans des automates à logique utilisant des processeurs numériques
The present invention relates to a metering device for an agricultural machine for applying granular solid matter from at least one storage container to at least one dispensing unit by means of a particularly pneumatic conveying system, comprising a metering housing, the metering housing having at least one storage container-side and/or conveying system-side fastening flange, at least one feed opening and at least one outlet opening for the granular solid matter. According to the invention, the at least one fastening flange has the shape of a polygon or circle.
The present invention relates to a metering device (10) for an agricultural machine for applying granular solid matter from at least one storage container (14) to at least one dispensing unit (16) by means of a conveying system (18), comprising a metering housing (20), at least one feed opening (24) and at least one outlet opening (26) for the granular solid matter. The metering housing, on its interior, forms a metering chamber (28), and a conveying device (32) is arranged between the metering chamber and the conveying system and rotates about an axis of rotation (30). According to the invention, the conveying device comprises at least one first rotary valve (34) having at least one first opening (36) for controlling the infeed and/or outlet of the granular material to or from the direction of conveyance.
The present invention relates to a metering device for an agricultural machine for applying granular solid matter from at least one storage container to at least one dispensing unit by means of a particularly pneumatic conveying system, comprising a metering housing, the metering housing having at least one storage container-side and/or conveying system-side fastening flange, at least one feed opening and at least one outlet opening for the granular solid matter. According to the invention, the at least one fastening flange has the shape of a polygon or circle.
The present invention relates to a metering device (10) for an agricultural machine for applying granular solid matter from at least one storage container (14) to at least one dispensing unit (16) by means of a conveying system (18), comprising a metering housing (20), at least one feed opening (24) and at least one outlet opening (26) for the granular solid matter. The metering housing, on its interior, forms a metering chamber (28), and a conveying device (32) is arranged between the metering chamber and the conveying system and rotates about an axis of rotation (30). According to the invention, the conveying device comprises at least one first rotary valve (34) having at least one first opening (36) for controlling the infeed and/or outlet of the granular material to or from the direction of conveyance.
In order to ensure a smooth running with a cost-efficient embodiment of its structural design, an agricultural device (1) has a frame (10) comprising a middle section (10a) and can be connected to a hauler by means of a mounting region (19) of the frame (10). The agricultural device further comprises a first support wheel (20), which is supported relative to the frame (10) by means of a first support mechanism, and a second support wheel (30), which is supported relative to the frame (10) by means of a second support mechanism. The agricultural device is characterized in that the first support and second support mechanism are coupled to one another and are in contact with an energy storage, so that the first support wheel (20) and the second support wheel (30) can be positioned relative to the frame (10) under force control so as to be aligned.
A01B 63/22 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments à traction animale ou mécanique avec roues réglables par rapport au bâti à commande hydraulique ou pneumatique
A01B 63/00 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles
59.
AGRICULTURAL MACHINE AND METHOD FOR OPERATING AN AGRICULTURAL MACHINE
The invention relates to an agricultural machine (1, 2) comprising at least one hydraulic adjustment device (8), wherein - the adjustment device (8) comprises at least one hydraulic cylinder (12), - the adjustment device (8) is hydraulically connected to a regulating unit (15), by means of which, in order to act on the adjustment device (8), a first hydraulic pressure can be adjusted and/or a first volumetric flow can be supplied or discharged, said pressure and/or volumetric flow being used to convert the adjustment device (8) to a first position and keep the adjustment device in the first position, and - the adjustment device (8) is hydraulically connected to an actuation unit (18), by means of which, in order to act on the adjustment device (8), a second hydraulic pressure can be adjusted and/or a second volumetric flow can be supplied or discharged in order to override the regulating unit (15), said pressure and/or volumetric flow being used to convert the adjustment device (8) to a second position and keep the adjustment device in the second position. A safety means (22) with a hydraulic pressure- or volumetric flow-limiting or -blocking effect is arranged in the hydraulic connection between the adjustment device (8) and the regulating unit (15), said limiting or blocking effect of the safety means (22) being initiated or being activatable upon actuating the actuation unit (18).
A01B 63/10 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments montés sur tracteurs à manœuvre hydraulique ou pneumatique
60.
Fertilizer and depth guide means with trailing in-line seeder
A seed drill having a frame, to which at least one seeding coulter and a fertiliser coulter arranged upstream of the seeding coulter in a working direction are connected. The seeding coulter and the fertiliser coulter are each assigned depth control.
37 - Services de construction; extraction minière; installation et réparation
Produits et services
Agricultural machinery and mechanically driven or moving
equipment for agriculture, in particular for soil
preparation, sowing, fertilising, plant protection or weed
control, in particular sowing implements, ploughs, bed
ploughs, rotary ploughs, mounted ploughs, semi-mounted
ploughs, ploughs, disc ploughs, ground packers, rollers,
sowing machines, seed drills, precision seed drills, sowing
combinations, seed bed combinations, harrows, milling
machines, rotors, cultivators and looseners, striptillers,
field sprayers, fertiliser spreaders, row fertiliser
spreaders, fertiliser placement equipment, weed removal
equipment, hoeing equipment, cutting coulter hoes, roller
hoes, combs; the aforementioned goods as self-propelled,
autonomous, towed or carried machines for soil preparation,
sowing, fertilising or plant protection and weed removal;
mechanically driven or moved tools or wearing parts [machine
parts] for soil cultivation, material spreading or weed
removal, in particular cutting tools, crushing tools,
shares, wing shares, discs, concave discs, tines, spreading
plates, guide plates, plough tools, rigid or spring-loaded
tool holders, tool bearings; combinations, parts and/or
accessories of all the abovementioned goods, as far as
included in this class. Installation and assembly of agricultural equipment,
machinery and vehicles; repair and maintenance of
agricultural machinery, equipment and vehicles, including
replacement of their spare and wearing parts.
62.
Method for planning the working of an agricultural field
A method for planning the cultivation of an at least quadrangular area of an agricultural field is presented. The area has edge sections between its corners, including a first edge section and a second edge section. The second edge section is arranged opposite of and oblique to the first edge section. A plurality of first working paths and a plurality of second working paths are determined. A lane that runs at least partially along the first working paths and the second working paths and along which an agricultural machine is to be moved over the area is determined. A plurality of turning points along the lane at which the machine is steered is determined, such that the lane runs less along the first working paths and further along the second working paths as the distance from the first edge section increases.
The present invention relates to a method for determining a turning radius of a trailer attached to a towing vehicle and moved by the latter, comprising a computing unit, which is connected to a measuring sensor system, which transmits sensor data about current movements of the trailer to the computing unit, and which sensor data is considered by the computing unit for the determination of the turning radius. The invention also relates to a trailer, which is equipped with a device, which uses a method of this type.
The invention relates to an agricultural sowing machine (2) with a machine frame (4), a plurality of seed metering devices (6), which are arranged next to one another on the machine frame, and drill units (8). The drill units have at least one furrow opener (10), a conveyor line (14) for conveying the seed from the seed metering device to a depositing zone (30) with a dispensing opening (16) arranged near the ground, and a press wheel (12), and the at least one furrow opener, the dispensing opening, and the press wheel are arranged in the drill unit in said operational sequence relative to one another.
The invention relates to an agricultural sowing machine (2) with a machine frame (4), a plurality of drill units (8), which are movably arranged next to one another on the machine frame (4), and seed metering devices (6). The drill units have at least one furrow opener (10), a conveyor line (14) for conveying the seed from the seed metering device to a depositing zone with a dispensing opening arranged near the ground, and a press element (12), and the at least one furrow opener, the dispensing opening, and the press element are arranged in the drill unit in said operational sequence relative to one another. The seed metering device is movably connected to the machine frame without a mechanically rigid connection to a component of a drill unit, and the conveyor line (14) is designed to have a variable length between the seed metering device and the dispensing opening in that the conveyor line is made of an elastic material at least in one section (26).
The invention relates to an agricultural sowing machine (2) with a machine frame (4), a plurality of drill units (8), which are movably arranged next to one another on the machine frame (4), and seed metering devices (6). The drill units (8) have at least one furrow opener (10), a conveyor line (14) for conveying the seed from the seed metering device (6) to a depositing zone with a dispensing opening (16) arranged near the ground, and a press element (12), and the at least one furrow opener (10), the dispensing opening (16), and the press element (12) are arranged in the drill unit (8) in said operational sequence relative to one another. The seed metering device (6) is movably connected to the machine frame (4) without a mechanically rigid connection to a component of a drill unit (8), and the conveyor line (14) is composed of tubular sections (26, 27) which are designed to be movable into one another in a telescoping manner in at least one section (30), wherein the section (30) of telescoping tubes (26, 27) which can be moved into one another is located in the lower half of the conveyor line (14).
A01C 7/20 - Éléments de semoirs pour guider et déposer les graines
A01B 61/04 - Dispositifs ou pièces des machines ou instruments agricoles pour éviter un effort excessif des points de fixation des outils de travail aux flèches ou bâtis
67.
AGRICULTURAL SOWING MACHINE WITH A CONVEYOR LINE WITH A VARIABLE LENGTH
The invention relates to an agricultural sowing machine (2) with a machine frame (4), a plurality of drill units (8), which are movably arranged next to one another on the machine frame (4), and seed metering devices (6). The drill units (8) have at least one furrow opener (10), a conveyor line (14) for conveying the seed from the seed metering device (6) to a depositing zone with a dispensing opening (16) arranged near the ground, and a press element (12), and the at least one furrow opener (10), the dispensing opening (16), and the press element (12) are arranged in the drill unit (8) in said operational sequence relative to one another. The seed metering device (6) is movably connected to the machine frame (4) without a mechanically rigid connection to a component of a drill unit (8), and the conveyor line (14) is composed of tubular sections (26, 27) which are designed to be movable into one another in a telescoping manner in at least one section (30), wherein the section (30) of telescoping tubes (26, 27) which can be moved into one another is located in the lower half of the conveyor line (14).
A01C 7/20 - Éléments de semoirs pour guider et déposer les graines
A01B 61/04 - Dispositifs ou pièces des machines ou instruments agricoles pour éviter un effort excessif des points de fixation des outils de travail aux flèches ou bâtis
The invention relates to a ground processing device (10) comprising ground processing tools (12), in particular cultivator tines, wherein the ground processing device (10) has a frame (14) in order to arrange the ground processing tools (12) in multiple tool rows (16.1...16.4) over the frame surface, said tool rows being arranged successively in the working direction (A) and orientated transverse to the working direction (A), as well as a chassis (18) with at least one main wheel (20.1, 20.2) which is spaced apart from a central longitudinal axis (22) by a lateral wheel distance (dr) transverse to the working direction (A). The chassis (18) is arranged within the frame surface in such a way that, relative to the working direction (A), at least one ground processing tool (12) is arranged in front of and preferably behind the chassis (18), as well as to the left and right of the chassis (18). According to the invention, all ground processing tools (12) that are arranged in the tool row (16.1) lying furthest in front of the chassis (18) in the working direction (A) have a lateral tool distance (dw) from the central longitudinal axis (22) that is less than or equal to the lateral wheel distance (dr).
The invention relates to a soil working device (10) comprising soil working tools (28), in particular disc tools, which are arranged in multiple tool rows (30.1...30.3) that follow one another in a working direction (A) and are aligned transversely to the working direction (A), and a chassis with at least one main wheel (20.1, 20.2) which is arranged at a distance from the central longitudinal axis (22) by a lateral wheel spacing (dr) transversely to the working direction (A). The chassis is arranged relative to the soil working tools (28) such that at least one soil working tool (28) is arranged in front of as well as to the left and the right of the chassis with respect to the working direction (A). All of the soil working tools (28) arranged on the tool row (30.1) lying farthest in front of the chassis in the working direction (A) have a lateral tool spacing (dw) from the central longitudinal axis (28) which is less than or equal to the lateral wheel spacing (dr).
A01B 21/08 - Herses à outils rotatifs non entraînés à disques ou outils similaires (pulvériseurs)
A01B 49/02 - Machines combinées à plusieurs outils de travail de la terre de nature différente
A01B 59/042 - Dispositifs particuliers pour l'attelage des animaux ou des tracteurs aux machines ou instruments agricoles pour machines tirées ou poussées par tracteurs dont les moyens de traction sont disposés à l'arrière du tracteur
The invention relates to a ground processing device (10) comprising ground processing tools (12), in particular cultivator tines, wherein the ground processing device (10) has a frame (14) in order to arrange the ground processing tools (12) in multiple tool rows (16.1...16.4) over the frame surface, said tool rows being arranged successively in the working direction (A) and orientated transverse to the working direction (A), as well as a chassis (18) with at least one main wheel (20.1, 20.2) which is spaced apart from a central longitudinal axis (22) by a lateral wheel distance (dr) transverse to the working direction (A). The chassis (18) is arranged within the frame surface in such a way that, relative to the working direction (A), at least one ground processing tool (12) is arranged in front of and preferably behind the chassis (18), as well as to the left and right of the chassis (18). According to the invention, all ground processing tools (12) that are arranged in the tool row (16.1) lying furthest in front of the chassis (18) in the working direction (A) have a lateral tool distance (dw) from the central longitudinal axis (22) that is less than or equal to the lateral wheel distance (dr).
The present invention relates to a soil-working device having soil-working tools, in particular tine tools such as wing-share cultivator tines or duckfoot-share cultivator tines, and having a center longitudinal axis. The soil-working device has a number n of soil-working tools, which are arranged in one or more tool rows, which follow one another in the working direction and are oriented perpendicularly to the working direction, and a number s of disk tools, which are arranged in one or more disk rows, which follow one another in the working direction and are oriented perpendicularly to the working direction and lie in front of the soil-working tools in the working direction. The soil-working tools have at least a first tool region and a second tool region, and the first tool region wears more intensely than the second tool region because of the exposed arrangement of the first tool region. The invention further relates to a method for producing a soil-working device of this type.
The invention relates to a soil working device (10) comprising soil working tools (28), in particular disc tools, which are arranged in multiple tool rows (30.1...30.3) that follow one another in a working direction (A) and are aligned transversely to the working direction (A), and a chassis with at least one main wheel (20.1, 20.2) which is arranged at a distance from the central longitudinal axis (22) by a lateral wheel spacing (dr) transversely to the working direction (A). The chassis is arranged relative to the soil working tools (28) such that at least one soil working tool (28) is arranged in front of as well as to the left and the right of the chassis with respect to the working direction (A). All of the soil working tools (28) arranged on the tool row (30.1) lying farthest in front of the chassis in the working direction (A) have a lateral tool spacing (dw) from the central longitudinal axis (28) which is less than or equal to the lateral wheel spacing (dr).
A01B 21/08 - Herses à outils rotatifs non entraînés à disques ou outils similaires (pulvériseurs)
A01B 49/02 - Machines combinées à plusieurs outils de travail de la terre de nature différente
A01B 59/042 - Dispositifs particuliers pour l'attelage des animaux ou des tracteurs aux machines ou instruments agricoles pour machines tirées ou poussées par tracteurs dont les moyens de traction sont disposés à l'arrière du tracteur
The present invention relates to a soil-working device having soil-working tools, in particular tine tools such as wing-share cultivator tines or duckfoot-share cultivator tines, and having a center longitudinal axis. The soil-working device has a number n of soil-working tools, which are arranged in one or more tool rows, which follow one another in the working direction and are oriented perpendicularly to the working direction, and a number s of disk tools, which are arranged in one or more disk rows, which follow one another in the working direction and are oriented perpendicularly to the working direction and lie in front of the soil-working tools in the working direction. The soil-working tools have at least a first tool region and a second tool region, and the first tool region wears more intensely than the second tool region because of the exposed arrangement of the first tool region. The invention further relates to a method for producing a soil-working device of this type.
09 - Appareils et instruments scientifiques et électriques
35 - Publicité; Affaires commerciales
38 - Services de télécommunications
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machinery and equipment, in particular for soil
cultivation, sowing, fertilising, plant protection and crop
care; parts and/or accessories of the above goods. Electronic control, regulation and monitoring units, in
particular location determination, data acquisition, data
transmission and/or storage devices, electronic camera
systems, sensors for recording machine data, plant data,
soil data, application data, harvest data and climatic data,
operating devices and display devices, data acquisition
stations as well as mobile computers and communication
devices; software; aforesaid goods for agricultural purposes
or for use with agricultural machines and implements, so far
as included in this class. Collating, systematisation and compilation of data in
computer databases in connection with agricultural crop
production, in particular for soil cultivation, sowing,
fertilisation, plant protection, weather and climate data as
well as crop care on agricultural lands. Provision of access to data and transfer of data to and from
computer databases in connection with agricultural crop
production, in particular for soil cultivation, sowing,
fertilisation, plant protection and crop care, soil property
data, machine data, process data, application data, harvest
data, plant data, weather and climate data on agricultural
land and in its surroundings. Scientific and technological services and research,
industrial analysis and research services, design and
development of computer hardware and software, preparation
of technical or agronomic analyses, installation and/or
maintenance of database software, technological or agronomic
information and advice as well as IT consultancy services,
including on-line services; the aforementioned services
relating to agricultural plant production, in particular for
soil preparation, sowing, fertilisation, plant protection
and crop care on agricultural land and in the surroundings
thereof; maintenance, updating, upgrading and
parameterisation of software and computer programs in the
field of agricultural crop production; storage of data in
computer databases in connection with agricultural crop
production, in particular for soil cultivation, sowing,
fertilisation, plant protection and crop care, soil property
data, machine data, process data, application data, harvest
data, plant data, weather and climate data on agricultural
land and in its surroundings.
37 - Services de construction; extraction minière; installation et réparation
Produits et services
Agricultural machinery and mechanically driven or moving
equipment for agriculture, in particular for soil
preparation, sowing, fertilising, plant protection or weed
control, in particular sowing implements, ploughs, bed
ploughs, rotary ploughs, mounted ploughs, semi-mounted
ploughs, ploughs, disc ploughs, ground packers, rollers,
sowing machines, seed drills, precision seed drills, sowing
combinations, seed bed combinations, harrows, rotary
harrows, milling machines, rotors, cultivators and
looseners, striptillers, field sprayers, fertiliser
spreaders, row fertiliser spreaders, fertiliser placement
equipment, weed removal equipment, hoeing equipment, cutting
coulter hoes, roller hoes; the aforementioned goods as
self-propelled, autonomous, towed or carried machines for
soil preparation, sowing, fertilising or plant protection
and weed removal; tools or wearing parts for soil
cultivation, material spreading or weed removal, in
particular cutting tools being parts of machines, crushing
tools, shares, wing shares, discs, concave discs, tines,
spreading plates, guide plates, plough tools, rigid or
spring-loaded tool holders, tool bearings; combinations,
parts and/or accessories of all the above mentioned goods,
as far as included in this class. Advertising, marketing and sales promotion, public relations
work, product demonstrations and presentations, in
particular for agricultural implements, tools, machines and
their parts and/or accessories. Installation and assembly of agricultural equipment,
machinery and vehicles; repair and maintenance of
agricultural machinery, equipment and vehicles, replacement
of spare and wearing parts.
76.
RETROFITTING KIT TO BE MOUNTED ON AN AGRICULTURAL IMPLEMENT
The invention relates to a retrofitting kit (3) which includes electric and/or electronic components and is to be mounted on an agricultural implement (4) that can be mounted on/attached to a tractor (2) and is operated in combination with the tractor (2).
The invention relates to a retrofitting kit (3) which includes electric and/or electronic components and is to be mounted on an agricultural implement (4) that can be mounted on/attached to a tractor (2) and is operated in combination with the tractor (2).
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically-driven or moving devices for agriculture, in particular for tillage, sowing, fertilisation, plant protection, stock management or weed removal, in particular spreading devices, sowing devices, distributors, sprayers, field sprayers, fertilisers, mechanical or pneumatic spreading devices, centrifugal spreading devices, devices for weed removal or pest control, choppers; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Electronic control and, regulating and monitoring units, software, in particular electric and electronic systems for location and storage devices, force measuring devices, quantity measuring devices, weighing devices, position measuring devices, plant recognition systems, typing systems for plant properties, electronically-controlled steering and positioning systems, operating and display devices as well as mobile computers and software for agricultural purposes or as parts and/or accessories for agricultural machines and devices, included in class 9. Storing, including temporary, and data analysis in and from computer databases or computer systems in connection with agricultural crop cultivation, in particular for soil cultivation, sowing, fertilisation, crop protection and stock management, soil property data, machine data, process data, application data, harvesting data, plant data, weather and climate data on agricultural lands and their surroundings; Commissioning, adjustment, maintenance, repair, updating, upgrading and parameterisation of software of computer systems in the field of agricultural crop cultivation.
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically-driven or moving devices for agriculture, in particular for tillage, sowing, fertilisation, plant protection, stock management or weed removal, in particular spreading devices, sowing devices, distributors, sprayers, field sprayers, fertilisers, mechanical or pneumatic spreading devices, centrifugal spreading devices, devices for weed removal or pest control, choppers; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Electronic control and, regulating and monitoring units, software, in particular electric and electronic systems for location and storage devices, force measuring devices, quantity measuring devices, weighing devices, position measuring devices, plant recognition systems, typing systems for plant properties, electronically-controlled steering and positioning systems, operating and display devices as well as mobile computers and software for agricultural purposes or as parts and/or accessories for agricultural machines and devices, included in class 9. Storing, including temporary, and data analysis in and from computer databases or computer systems in connection with agricultural crop cultivation, in particular for soil cultivation, sowing, fertilisation, crop protection and stock management, soil property data, machine data, process data, application data, harvesting data, plant data, weather and climate data on agricultural lands and their surroundings; Commissioning, adjustment, maintenance, repair, updating, upgrading and parameterisation of software of computer systems in the field of agricultural crop cultivation.
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically-driven or moving devices for agriculture, in particular for tillage, sowing, fertilisation, plant protection, stock management or weed removal, in particular spreading devices, sowing devices, distributors, sprayers, field sprayers, fertilisers, mechanical or pneumatic spreading devices, centrifugal spreading devices, devices for weed removal or pest control, choppers; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Electronic control and, regulating and monitoring units, software, in particular electric and electronic systems for position-fixing and storage apparatus, force measuring apparatus, weighing apparatus, position measuring apparatus, plant detection systems, typing systems for plant properties, electronically-controlled steering and positioning systems, operating and display devices as well as mobile computers and software for agricultural purposes or as part and/or accessories for agricultural machines and devices, included in class 09. Storing, including temporary, and data analysis in and from computer databases or computer systems in connection with agricultural crop cultivation, in particular for soil cultivation, sowing, fertilisation, crop protection and stock management, soil property data, machine data, process data, application data, harvesting data, plant data, weather and climate data on agricultural lands and their surroundings; Commissioning, adjustment, maintenance, repair, updating, upgrading and parameterisation of software of computer systems in the field of agricultural crop cultivation.
81.
AGRICULTURAL DEVICE HAVING AN ARTICULATED SHAFT DRIVE
The invention relates to an agricultural device having articulated shaft drive. The invention relates to an articulated shaft arrangement (5) for the drive of an agricultural device, wherein, by combination of a first articulated shaft (6) in W-flexion arrangement and a second articulated shaft (7) in Z-flexion arrangement having a movable bearing unit (8) having an intermediate shaft (16), a uniform rotational motion between the PTO shaft (4) of a drive unit (3) and the input shaft (10) of the agricultural device is achieved even while travelling a curve.
09 - Appareils et instruments scientifiques et électriques
35 - Publicité; Affaires commerciales
38 - Services de télécommunications
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
(1) Agricultural machinery and equipment, in particular machinery and equipment for soil cultivation, machinery and equipment for sowing, machinery and equipment for fertilising, machinery and equipment for plant protection and machinery and equipment for crop care; parts and/or accessories of the above goods.
(2) Electronic control, regulation and monitoring units, in particular Global Positioning System [GPS] transmitters and receivers, data processing apparatus, namely computers apparatus and instruments for recording, transmitting, reproducing or processing sound, images or data, namely cameras, measuring sensors for machine data, plant sensors in the nature of bio sensors, infrared sensors, measuring sensors, odor sensors, soil data sensors in the nature of bio sensors, infrared sensors, measuring sensors, moisture sensors, odor sensors, application data sensors being measuring sensors, harvest data sensors being measuring sensors and climatic data sensors in the nature of thermal sensors, humidity sensors, pollutant sensors, dewing sensors, computer operating systems and electronic displays, namely computer display monitors, mobile data terminals, mobile computers and communication instruments and communication apparatus, namely, radio transmitters and receivers, mobile data transmitters and receivers, the aforesaid goods for agricultural purposes or for use with agricultural machines and implements; computer software, communication software, utility software, and sensory software for operating and controlling agricultural machinery and equipment, in particular machinery and equipment for soil cultivation, machinery and equipment for sowing, machinery and equipment for fertilising, machinery and equipment for plant protection and machinery and equipment for crop care, the aforesaid goods for agricultural purposes or for use with agricultural machines and implements (1) Collating, systematisation and compilation of data in computer databases in connection with agricultural crop production, in particular for soil cultivation data, sowing data, fertilisation data, plant protection data, weather data and climate data as well as crop care data on agricultural lands.
(2) Provision of access to data and transfer of data to and from computer databases, namely, providing access to databases, in connection with agricultural crop production, in particular for soil cultivation data, sowing data, fertilisation data, plant protection data and crop care data, soil property data, machine data, process data, application data, harvest data, plant data, weather data and climate data on agricultural land and in its surroundings.
(3) Scientific and technological research in the field of agriculture and horticulture, industrial analysis and research services in the field of agriculture and horticulture, design and development of computer hardware and software, preparation of technical or agronomic analyses, namely technical project studies in the field of agricultural crops, soil cultivation, seeding, weeding, cropcare, installation and maintenance of database software, providing technological agronomic information and advice as well as computer technology consultancy services, also provided on-line; the aforementioned services relating to agricultural plant production, in particular for soil preparation services, sowing services, fertilisation services, plant protection services and crop care services on agricultural land and in the surroundings thereof; maintenance services, updating services, upgrading and parameterisation services of software and computer programs in the field of agricultural crop production; storage of data in computer databases in connection with agricultural crop production, in particular for soil cultivation data, sowing data, fertilisation data, plant protection data and crop care data, soil property data, machine data, process data, application data, harvest data, plant data, weather data and climate data on agricultural land and in its surroundings.
09 - Appareils et instruments scientifiques et électriques
35 - Publicité; Affaires commerciales
38 - Services de télécommunications
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machinery and power-operated equipment, in particular for soil cultivation, sowing, fertilising, plant protection and crop care; component and replacement parts and fittings of the above goods Electronic control, regulation and monitoring units, in particular location determination, data acquisition, data transmission and/or storage devices, electronic camera systems, sensors for recording machine data, plant data, soil data, application data, harvest data and climatic data, operating devices being electronic controllers and display devices being computer display screens, data acquisition stations being data processors, as well as mobile computers and communication transmission devices; downloadable and recorded software for operating and controlling agricultural machinery and implements; aforesaid goods for agricultural purposes or for use with agricultural machines and implements Collating, systematisation and compilation of data in computer databases in connection with agricultural crop production, in particular for soil cultivation, sowing, fertilisation, plant protection, weather and climate data as well as crop care on agricultural lands Provision of access to data and transfer of data to and from computer databases by telecommunications in connection with agricultural crop production, in particular for soil cultivation, sowing, fertilisation, plant protection and crop care, soil property data, machine data, process data, application data, harvest data, plant data, weather and climate data on agricultural land and in its surroundings Scientific and technological services, namely, agricultural or agronomic research; scientific and technological research; industrial analysis and research services; design and development of computer hardware and software; scientific research, namely, preparation of technical and agronomic analyses; installation and/or maintenance of database software; providing technological and scientific agronomic information and advice as well as IT consultancy services, including on-line services; the aforementioned services relating to agricultural plant production, in particular for soil preparation, sowing, fertilisation, plant protection and crop care on agricultural land and in the surroundings thereof; maintenance, updating, upgrading and parameterisation of software and computer programs in the field of agricultural crop production; storage of electronic data in computer databases in connection with agricultural crop production, in particular for soil cultivation, sowing, fertilisation, plant protection and crop care, soil property data, machine data, process data, application data, harvest data, plant data, weather and climate data on agricultural land and in its surroundings
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically driven or moved agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, ploughs, general-purpose ploughs, turn-about ploughs, mounted ploughs, semi-mounted ploughs, mouldboard ploughs, disc ploughs, land packers, rollers, sowers [machines], drilling machines, single seed sowing machines, seed drill combinations, harrows, disc harrows, rotary harrows, milling cutters, rotors, cultivators, compact disc harrows, motorised cultivators and looseners, strip-till equipment, Field sprayers, fertiliser spreaders, row fertiliser spreaders, implements for depositing fertiliser, implements for weed killing, harrows, hoes, cutting hoes, crust breakers, agricultural machines with automatic steering apparatus or guided tools; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Software, electronic controlling, regulating and monitoring units, in particular location determining and memory apparatus, electronic camera systems, force measuring apparatus, position measuring apparatus, plant detecting systems, typing systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and software for agricultural purposes; The aforesaid goods being parts and/or fittings for agricultural machines and implements, included in class 9. Storage, including temporary, of data in computer databases and technical data analysis relating to agricultural plant cultivation, in particular ground cultivation, sowing, fertilisation, plant protection and stock management, soil characteristic data, machine data, process data, sowing data, harvesting data, plant data, weather and climate data on agricultural land and the surrounding environment; Commissioning, adjustment, service support, updates, upgrades and parameterisation of computer software in the field of agricultural plant cultivation.
09 - Appareils et instruments scientifiques et électriques
12 - Véhicules; appareils de locomotion par terre, par air ou par eau; parties de véhicules
Produits et services
Agricultural machines and mechanically driven or moved agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, ploughs, general-purpose ploughs, turn-about ploughs, mounted ploughs, semi-mounted ploughs, mouldboard ploughs, disc ploughs, land packers, rollers, sowers [machines], drilling machines, single seed sowing machines, seed drill combinations, harrows, disc harrows, rotary harrows, milling cutters, rotors, cultivators, compact disc harrows, motorised cultivators and looseners, strip-till equipment, field sprayers, fertiliser spreaders, row fertiliser spreaders, fertiliser placement implements, weed killing implements, harrows, choppers, bladed cutting hoes, crust breakers; Agricultural machines with automatic steering apparatus or guided tools; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Software, electronic controlling, regulating and monitoring units, in particular location determining and memory apparatus, electronic camera systems, force measuring apparatus, position measuring apparatus, plant detecting systems, typing systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and software for agricultural purposes; The aforesaid goods being parts and/or fittings for agricultural machines and implements, included in class 9. Agricultural vehicles or mobile agricultural machines; Superstructures, parts and/or accessories for the aforesaid goods, included in class 12.
09 - Appareils et instruments scientifiques et électriques
12 - Véhicules; appareils de locomotion par terre, par air ou par eau; parties de véhicules
Produits et services
Agricultural machines and mechanical or moving agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, sowing implements, spreading implements, spraying implements, field sprayers, fertilising implements, implements for weed killing or pest control, choppers, harrows; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Electronic control, regulating and monitoring units, Software, In particular apparatus for determining location and memory apparatus, Electronic warfare systems, Force measuring apparatus, mass or volume flow rate measuring apparatus, position measuring apparatus, plant detecting systems, type identification systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and software, all the aforesaid goods for agricultural purposes or as parts and/or fittings for agricultural machines and apparatus, Included in class 09, Being excluded from protection: Light barriers, Access and entry control systems. Agricultural vehicles and autonomous, mobile or self-propelled agricultural machines; Superstructures, drives, parts and/or fittings for the aforesaid goods, included in class 12, Other than pneumatic tyres and inner tubes for vehicle wheels and treads for retreading tyres.
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically driven or moved agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, ploughs, general-purpose ploughs, turn-about ploughs, mounted ploughs, semi-mounted ploughs, mouldboard ploughs, disc ploughs, land packers, rollers, sowers [machines], drilling machines, single seed sowing machines, seed drill combinations, harrows, disc harrows, rotary harrows, milling cutters, rotors, cultivators, compact disc harrows, motorised cultivators and looseners, strip-till equipment, Field sprayers, fertiliser spreaders, row fertiliser spreaders, implements for depositing fertiliser, implements for weed killing, harrows, hoes, cutting hoes, crust breakers, agricultural machines with automatic steering apparatus or guided tools; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Software, electronic controlling, regulating and monitoring units, in particular location determining and memory apparatus, electronic camera systems, force measuring apparatus, position measuring apparatus, plant detecting systems, typing systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and software for agricultural purposes; The aforesaid goods being parts and/or fittings for agricultural machines and implements, included in class 9. Storage, including temporary, of data in computer databases and technical data analysis relating to agricultural plant cultivation, in particular ground cultivation, sowing, fertilisation, plant protection and stock management, soil characteristic data, machine data, process data, sowing data, harvesting data, plant data, weather and climate data on agricultural land and the surrounding environment; Commissioning, adjustment, service support, updates, upgrades and parameterisation of computer software in the field of agricultural plant cultivation.
09 - Appareils et instruments scientifiques et électriques
42 - Services scientifiques, technologiques et industriels, recherche et conception
Produits et services
Agricultural machines and mechanically driven or moved agricultural implements, in particular for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing, in particular dispensing devices, ploughs, general-purpose ploughs, turn-about ploughs, mounted ploughs, semi-mounted ploughs, mouldboard ploughs, disc ploughs, land packers, rollers, sowers [machines], drilling machines, single seed sowing machines, seed drill combinations, harrows, disc harrows, rotary harrows, milling cutters, rotors, cultivators, compact disc harrows, motorised cultivators and looseners, strip-till equipment, Field sprayers, fertiliser spreaders, row fertiliser spreaders, implements for depositing fertiliser, implements for weed killing, harrows, hoes, cutting hoes, crust breakers, agricultural machines with automatic steering apparatus or guided tools; The aforesaid goods being self-propelled, autonomous, drawn or mounted machines for ground cultivation, sowing, fertilisation, plant protection, stock management or weed killing; Combinations, parts and/or fittings for the aforesaid goods, included in class 7. Software, electronic controlling, regulating and monitoring units, in particular location determining and memory apparatus, electronic camera systems, force measuring apparatus, position measuring apparatus, plant detecting systems, typing systems for plant properties, electronically controlled steering and positioning systems, operating and display systems and portable computers and software for agricultural purposes; The aforesaid goods being parts and/or fittings for agricultural machines and implements, included in class 9. Storage, including temporary, of data in computer databases and technical data analysis relating to agricultural plant cultivation, in particular ground cultivation, sowing, fertilisation, plant protection and stock management, soil characteristic data, machine data, process data, sowing data, harvesting data, plant data, weather and climate data on agricultural land and the surrounding environment; Commissioning, adjustment, service support, updates, upgrades and parameterisation of computer software in the field of agricultural plant cultivation.
In order to ensure smooth operation and economical implementation of the design of an agricultural device, said agricultural device (1) has a frame (10) having a center portion (10a) and can be connected to a tractor by means of an attachment region (19) of the frame (10). The agricultural device also comprises a first support wheel (20), which is supported relative to the frame (10) by means of a first support mechanism, and a second support wheel (30), which is supported relative to the frame (10) by means of a second support mechanism. The agricultural device is characterized in that the first and second support mechanisms are coupled to each other and are connected to an energy store so that the first support wheel (20) and the second support wheel (30) can be correspondingly extended relative to the frame (10) in a force-controlled manner.
A01B 63/22 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments à traction animale ou mécanique avec roues réglables par rapport au bâti à commande hydraulique ou pneumatique
B66F 9/06 - Dispositifs pour lever ou descendre des marchandises volumineuses ou lourdes aux fins de chargement ou de déchargement se déplaçant, avec leurs charges, sur des roues ou sur un dispositif analogue, p. ex. chariots élévateurs à fourche
In order to ensure smooth operation and economical implementation of the design of an agricultural device, said agricultural device (1) has a frame (10) having a center portion (10a) and can be connected to a tractor by means of an attachment region (19) of the frame (10). The agricultural device also comprises a first support wheel (20), which is supported relative to the frame (10) by means of a first support mechanism, and a second support wheel (30), which is supported relative to the frame (10) by means of a second support mechanism. The agricultural device is characterized in that the first and second support mechanisms are coupled to each other and are connected to an energy store so that the first support wheel (20) and the second support wheel (30) can be correspondingly extended relative to the frame (10) in a force-controlled manner.
A01B 63/22 - Dispositifs ou agencements de levage ou de réglage pour machines ou instruments agricoles pour instruments à traction animale ou mécanique avec roues réglables par rapport au bâti à commande hydraulique ou pneumatique
B66F 9/06 - Dispositifs pour lever ou descendre des marchandises volumineuses ou lourdes aux fins de chargement ou de déchargement se déplaçant, avec leurs charges, sur des roues ou sur un dispositif analogue, p. ex. chariots élévateurs à fourche
The invention relates to a hydraulic adjusting device for an agricultural tilling machine which comprises a first pressure medium supply (1) for providing a pressurized pressure medium, at least one first work section (4), and a second work section (5). The first and second work section (4, 5) have at least one first and second cylinder (6, 7). Each of the cylinders (6, 7) is designed to be double-acting and has a hydraulic connection on the cylinder piston side and a hydraulic connection on the cylinder ring side. A connection line (11) which is exposed to the pressure by a first interruptible connection (14) hydraulically connects the ring side of the at least one first cylinder (6) to the piston side of the at least one second cylinder (7) such that the pistons of the cylinders (6, 7) can each be brought into an end position by applying pressure. In the end position, a quantity of the pressurized pressure medium fills the volume defined by the connection line (11) and by a part of at least one of the cylinders (6, 7) such that the pistons of the cylinders (6, 7) are coupled together by said quantity and the position of the cylinders relative to each other is fixed when the interruptible connection (14) is interrupted.
The application relates to a tillage implement (110) intended to be attached to an agricultural machine, having a frame (12), which has two frame parts (12.1, 12.2, 12.3) arranged adjacently and transversely with respect to a direction of travel (F) of the tillage implement, wherein the frame (12) can be repositioned by at least one actuator (14.1, 14.2, 14.3, 14.4) between a working position and a transport position, by at least one of the frame parts (12.1, 12.2, 12.3) being tiltable between a lowered position and a raised position about an axis of rotation (16.1, 16.2), in order to have a smaller extension of the tillage appliance (10) transverse to the direction of travel (F) in the transport position than in the working position. The frame parts (12.1, 12.2, 12.3) each have at least one tilling tool (18) and are each assigned at least one distance determining device (20, 22) for determining a distance of the tool (18) from the ground or a penetration depth of the tool (18) into the ground, and, according to the invention, the tilling implement (10) is configured to raise or lower at least one of the frame parts (12.a, 12.2, 12.3) by means of the actuator (14,1, 14,2, 14.3) in such a way that the distance or the penetration depth assumes a oredetermined value.
The present invention relates to a sowing machine (2) having a frame (4) to which at least one drill colter (6) and a fertilizer placement unit (8) arranged in front of the drill colter (6) in the direction of operation are connected, the drill colter (6) and the fertilizer placement unit (8) being each associated with a depth guide means.
The present invention relates to a sowing machine (2) having a frame (4) to which at least one drill colter (6) and a fertilizer placement unit (8) arranged in front of the drill colter (6) in the direction of operation are connected, the drill colter (6) and the fertilizer placement unit (8) being each associated with a depth guide means.
The invention relates to a soil-working device having an overload protection means, in the case of which overload protection means rebound energy is reduced after the soil-working device returns from an overload position to the working position.
A01B 61/04 - Dispositifs ou pièces des machines ou instruments agricoles pour éviter un effort excessif des points de fixation des outils de travail aux flèches ou bâtis
A01B 21/08 - Herses à outils rotatifs non entraînés à disques ou outils similaires (pulvériseurs)
E02F 3/24 - Roues excavatricesÉléments excavateurs des rouesEntraînement des roues
E02F 3/26 - Dispositifs de sécurité ou de commande
37 - Services de construction; extraction minière; installation et réparation
Produits et services
(1) Agricultural machinery and mechanically driven or moving equipment for agriculture, in particular for soil preparation, sowing, fertilising, plant protection or weed control, combination of aforementioned machinery and equipment, in particular sowing implements, ploughs, bed ploughs, rotary ploughs, mounted ploughs, semi-mounted ploughs, ploughs, disc ploughs, ground packers, rollers, sowing machines, seed drills,precision seed drills, sowing combinations, seed bed combinations, harrows, rotary harrows, milling machines, rotors, cultivators and looseners, striptillers, field sprayers, fertiliser spreaders, row fertiliser spreaders, fertiliser placement equipment, weed removal equipment, hoeing equipment, cutting coulter hoes, roller hoes, the aforementioned goods as self-propelled, autonomous, towed or carried machines for soil preparation, sowing, fertilising or plant protection and weed removal, all of the aforesaid goods being parts for soil preparation machinery, sowing machinery, fertilising machinery, plant protection machinery and weed control machinery, structural parts and fittings of all the above-mentioned goods; tools and wearing parts for soil cultivation, material spreading and weed removal tools being crushing tools, shares, wing shares, discs, concave discs, tines, spreading plates, guide plates, plough tools, rigid or spring-loaded tool holders, tool bearings, all of the aforesaid goods being parts for soil preparation machinery, sowing machinery, fertilising machinery, plant protection machinery and weed control machinery, structural parts and fittings of all the above-mentioned goods. (1) Advertising, marketing and sales promotion services, public relations work, product demonstrations and presentations for others in the field of agricultural equipment, in particular for tools, machines and their structural parts and fittings.
(2) Installation and assembly of agricultural equipment, machinery and vehicles; repair and maintenance of agricultural machinery, equipment and vehicles, replacement of spare and wearing parts.
37 - Services de construction; extraction minière; installation et réparation
Produits et services
Agricultural machinery and mechanically driven or moving equipment for agricultural use for soil preparation, sowing, fertilizing, plant protection or weed control, namely, machines for sowing seeds, ploughs, bed ploughs, rotary ploughs, mounted ploughs, semi-mounted ploughs, disc ploughs, machines for ground packing, rollers, sowing machines for applying agricultural seeds, seed drills, precision seed drills, tractor-towed harrows, tractor towed rotary harrows, rotary tillers being agricultural machines; machines in the nature of cultivators and soil looseners, striptillers being agricultural machines that produce tilled rows for crops, power-operated field sprayers, power-operated fertilizer spreaders, power-operated row fertilizer spreaders, fertilizer placement equipment in the nature of fertilizer applicators, weed removal equipment in the nature of weeding machines, machines in the nature of hoeing implements, cutting coulter hoes, and roller hoes, seed bed combinations consisting of soil tillage tools for seedbed preparation, and sowing combinations consisting of agricultural machines for tilling soil and seed application; all of the aforementioned goods being self-propelled, autonomous, towed or carried machines for soil preparation, sowing, fertilizing or plant protection and weed removal; power-operated tools and wearing machine parts for soil cultivation, material spreading or weed removal, namely, cutting tools being parts of machines, crushing tools, shares, wing shares, discs, concave discs, tines, spreading plates, guide plates, plough tools, rigid or spring-loaded tool holders, tool bearings; combinations, parts and fittings of all the above mentioned goods Advertising, marketing and sales promotion, public relations, and product demonstrations and presentations of agricultural implements, tools, machines and their parts and accessories of others Installation and assembly of agricultural equipment, machinery and vehicles; repair and maintenance of agricultural machinery, equipment and vehicles; replacement of spare and wearing parts of agricultural equipment, machinery and vehicles
The invention relates to a method for determining a turning radius of a towed vehicle attached to a towing vehicle and moved by same, using a computing unit which is connected to a measuring sensor system that transmits sensor data about current movements of the towed vehicle to the computing unit, said data being taken into account by the computing unit for the determination of the turning radius. The invention also relates to a towed vehicle which is equipped with a device using such a method.
The invention relates to a method for determining a turning radius of a towed vehicle attached to a towing vehicle and moved by same, using a computing unit which is connected to a measuring sensor system that transmits sensor data about current movements of the towed vehicle to the computing unit, said data being taken into account by the computing unit for the determination of the turning radius. The invention also relates to a towed vehicle which is equipped with a device using such a method.
09 - Appareils et instruments scientifiques et électriques
Produits et services
Agricultural machinery and machine driven or moved
implements for agriculture, in particular for soil
cultivation, seeding, fertilizing or crop-protection, in
particular as selfpropelled, drawn or carried machines and
implements, in particular spreading implements, distribution
implements, ploughs, conventional ploughs, reversible
ploughs, mounted ploughs, semi-mounted ploughs, mould board
ploughs, disc ploughs, plough adjustment systems,
subsoilers, rollers, seed drills, precision seeders,
combined seeders, seedbed combinations, harrows, disc
harrows, tine harrows, rotary harrows, rotary cultivators,
rotors, cultivators, implements for row crop cultivation,
harrow implements, weeding implements; field crop sprayers,
fertilizer spreaders, row fertilizer spreaders,
point-of-pull adjustment devices, force or weight
transmission devices, connection devices between tractor and
implement; combinations, parts and/or accessories of the
above-mentioned goods included in this class; except tyres,
crawler tracks and their accessories. Electronic control, regulation and monitoring units for
agricultural purposes, geolocation and storage devices for
agricultural purposes, force measuring devices for
agricultural purposes, position measuring devices for
agriculturalpurposes, electronic control units for
agricultural purposes, display devices as well as mobile
computers for agricultural purposes, included in this class.
