The invention relates to a weapon system (1) comprising a weapon (2), in particular a gun, and an alignment device (3), having two spaced-apart elevation alignment axes (4, 5) for aligning the weapon (2) in elevation, wherein the alignment device (3) comprises a spherical plain bearing (6) associated with one elevation alignment axis (4) and a floating bearing (7) associated with the other elevation alignment axis (5) for mounting a weapon receptacle (9) that receives the weapon (2). The invention also relates to a method for aligning the weapon (2) of such a weapon system (1)
The invention relates to a mounting device (10) for mounting a protection element (11), in particular on a military vehicle, said device comprising a mounting element (4) extending along a mounting axis (M), wherein the protection element (11) can be mounted in a mounting plane (M1) via a screw connection (1) with a defined tightening torque (F1), wherein the mounting element (4) has a mounting surface (3) which is offset outwards in an axial direction in relation to the mounting plane (M1), and on which an external load (12) can be mounted via a second screw connection (2) with a second tightening torque (F2), in such a way that the first and second tightening torques (F1, F2) are independent of each other.
The invention relates to a magazine, in particular a propelling charge magazine, comprising a primary magazine (31) and a secondary magazine (32), which are each designed as a propelling charge carousel to receive a plurality of propelling charge modules (40) and/or propelling charge rods (41), and a portioning device (20) for separating the propelling charge rods (41) and for assembling the propelling charge modules (40) and/or propelling charge rods (41), wherein a transfer assembly (10) is provided for the optional transfer of propelling charge modules (40) and/or propelling charge rods (41) from the primary magazine (31) or the secondary magazine (32) to the portioning device (20).
The invention relates to a portioning apparatus for separating stick propellants (41) and for assembling propellant charge modules (40) and/or stick propellants (41) using a portioning unit (21) having a propellant charge receptacle (34), wherein the portioning unit (21) can be linearly moved back and forth into various transfer positions (A1, A2) to receive and dispense propellant charge modules (40) and/or stick propellants (41).
The invention relates to a device for transferring propelling charge modules (40) and/or propelling charge rods (41) from a propelling charge receptacle (33) of a magazine (31, 32) to a propelling charge receptacle (34) of a portioning device (20), wherein a lifting unit (1), which is rotatably mounted about a lifting axis (H), is provided for transferring the propelling charge modules (40) and/or propelling charge rods (41) from a lower propelling charge receptacle (33) of the magazine (31, 32) to a higher propelling charge receptacle (34) of the portioning device (20).
The invention relates to a method for handling propellant charge modules (4) and propellant charge rods (4.1) in a propellant charge magazine (10), comprising the following steps: - introducing a propellant charge rod (4.1), which is made up of several individual propellant charge modules (4), into a propellant charge carousel (1) of the propellant charge magazine (10); - transferring the propellant charge rod (4.1) from the propellant charge carousel (1) into a portioning apparatus (5); - portioning the propellant charge rod (4.1) into one or more individual propellant charge modules (4), and/or into one or more propellant charge rods (4.1), in the portioning apparatus (5); - storing the portioned propellant charge modules (4) and/or the portioned propellant charge rods (4.1) in the propellant charge carousel (1).
The invention relates to a bridge-laying vehicle (10), in particular a military bridge-laying vehicle, for transporting and laying a transportable bridge (1), having a chassis (2) which accommodates the vehicle crew and which has at least one access opening (2.1) on the top side thereof, and having a support arm (4) which, in a transport position (T) above the chassis (2), provides a first support region (A1) for supporting the bridge (1), wherein the support arm (4) at least partially covers at least one access opening (2.1) in the transport position (T), wherein the support arm (4) can swivel in relation to the chassis (2) about a vertical axis (V) from the transport position (T) into a release position (F) in which the support arm (4) does not cover the access opening (2.1).
E01D 15/127 - Portable or sectional bridges combined with ground-supported vehicles for the transport, handling or placing of such bridges or of sections thereof
8.
DETERMINATION OF A FIRE CONTROL SOLUTION OF AN ARTILLERY WEAPON
The invention relates to a method for determining a fire guidance solution of an artillery weapon (2) in indirect ballistic fire to hit a target (5), wherein a changing weapon position (P2) of the weapon (2) and a target position (P5) of the target (5) are taken into consideration as geographical position data.
The invention relates to a method for determining a fire guidance solution of an artillery weapon (2) in indirect ballistic fire to hit a target (5), wherein a changing weapon position (P2) of the weapon (2) and a target position (P5) of the target (5) are taken into consideration as geographical position data.
The invention relates to a programming device (1) for programming of, in particular, large-calibre munition bodies (101), comprising a retaining device (3) to which a programming head (2) for transmitting programming data to the munition bodies (101) is fastened, the programming head (2) being designed as an interchangeable programming head module. The invention further relates to a projectile rammer (100) having a programming device (1) and to a method for programming a munition body (101).
The invention relates to a magazine (1) for storing ammunition bodies (100) having a plurality of adjacently arranged storage spaces (3), wherein a retaining apparatus (4) for retaining an ammunition body (100) is allocated to each of the storage spaces (3) and wherein a conveying device (5) is provided for conveying an ammunition body (100) from a retaining apparatus (4) to an adjacent retaining apparatus (4). The invention furthermore relates to a method for storing ammunition bodies (100) in a magazine (1).
The invention relates to a holding device (4) for munition bodies (100), having two holding shells (4.2, 4.3) which are movable relative to one another and which form a holding region (4.10) in which a munition body (100) can be held, wherein the holding shells (4.2, 4.3) are rotatable (D) about a common axis of rotation, wherein the axis of rotation (D) of the holding shells (4.2, 4.3) runs through the holding region (4.10). Moreover, the invention relates to a magazine having a holding device (4), to a projectile lift (7) having a holding device (4), and to a method for holding munition bodies (100).
The invention relates to a projectile lift (7) for vertically moving ammunition elements (100) between two storage levels (2.1, 2.2, 2.3) of a magazine (1) comprising a receiving tray (7.1) for receiving an ammunition body (100) and a retaining device (4) for retaining the ammunition body (100), wherein the retaining device (4) can vertically lift the ammunition elements (100) away from the receiving tray (7.1). The invention also relates to a magazine (1) comprising a projectile lift (7) and a method for vertically moving ammunition elements (100).
The invention relates to a modular simulation space (1) for simulating a vehicle interior (100), in particular a military vehicle, comprising multiple wall modules (4) for delimiting a simulation region (3) in the simulation space (1), wherein the wall modules (4) have actuators (5) for, in particular translationally, adjusting the position of simulation-region-side wall elements (6) of the wall modules (4) in the simulation space (1).
The invention relates to a protective device for a military vehicle (100) for protecting against repercussions (R) of a distance-active protection system (200) on the vehicle (100). According to the invention, a protective shield (2) can be secured, in particular pivotably, to the vehicle (100) by means of a fastening device (3).
The invention relates to a protective device for a military vehicle (100) for protecting against repercussions (R) of a distance-active protection system (200) on the vehicle (100). According to the invention, a protective shield (2) can be secured, in particular pivotably, to the vehicle (100) by means of a fastening device (3).
The invention relates to a modular military vehicle system, comprising at least one carrier vehicle (1) and at least one functional module (2), which are able to be assembled to form a functional vehicle (10), the basic function of which is defined by the functional module (2). At least two different carrier vehicle types (1.1, 1.2) are provided, in particular a wheeled vehicle module (1.1) having a wheeled chassis and/or a tracked vehicle module (1.2) having a tracked chassis and/or an air-cushion vehicle module (1.3) having an air-cushion chassis. The functional module (2) can be held by all carrier vehicle types (1.1, 1.2).
The invention relates to a method for training a crew member (100) of a vehicle, in particular a military vehicle, in a real training room (200), wherein a purely virtual environment (2) is generated which contains at least one virtual operating device (3); the crew member (100) wears a display device (4) which is secured to the head and is arranged in the visual field of the crew member (100), and the purely virtual environment (2) is displayed to the crew member (100) on the display device (4). The hands (101) of the crew member (100) are displayed in the virtual environment (2) in the correct position, and a real operating device (5), which is assigned to the virtual operating device (3), in the training room (200) provides a haptic feedback during the operation of the virtual operating device (3).
The present invention relates to a real control unit (5) for the simulation of a vehicle control unit (300) from a vehicle interior (1100), particularly of a military vehicle (1000), in a simulation chamber (200), with a position marking system (14) which can be captured by a 3D sensor system (7) for determining the position in the simulation chamber (200).
The invention relates to a method for calibrating a training system (1) for training a crew member of a vehicle in a real training room (200) by means of set-up personnel (100), wherein the set-up personnel (100) wears a display device (4), which is secured to the head and is arranged in the visual field of the set-up personnel (100), of a VR display system, a signal transmitter (3) of the VR display system is used to determine the position of the display device (4), and a purely virtual environment (2) is displayed to the set-up personnel (100) on the display device (4). A coordinate system (B2) of a 3D sensor system (7) for detecting the hands of the crew member and a coordinate system (B1) of the VR display system are calibrated on a common coordinate reference system (B0) during training.
The invention relates to mine protection for protecting a military vehicle from detonating mines, having two armour plates arranged at an angle to one another, the armour plates being engaged with one another by means of a support connection for mutual support in the event of detonation forces occurring.
The invention relates to an ammunition body holding device (1) comprising a holder (2) for holding an ammunition body (6), in particular a projectile (6.1) and/or a propellant (6.2), wherein the holder (2) has at least one expandable holding element (3) for holding an ammunition body (6). The invention also relates to a handling device for holding and/or moving an ammunition body (6) and to a weapon system comprising at least one weapon. The invention also relates to a method for holding an ammunition body (6), in particular a projectile (6.1) and/or a propellant (6.2), using an ammunition body holding device (1) comprising a holder (2).
The invention relates to a propellant portioning device (1) for a propellant (3) which is formed from a plurality of individual propellant modules (2), said device comprising at least one module holder (4.1, 4.2), wherein the module holder (4.1, 4.2) has at least one expandable holding element (5) for holding a propellant module (2). The invention also relates to a propellant handling device (12), to a weapon system, and to a method.
The invention relates to a military tank vehicle (1) having motor-driven vehicle sections (2, 3), wherein a first vehicle section is a main vehicle (2), which comprises in particular a crew compartment (15) for accommodating a crew (100), and wherein a second vehicle section is an auxiliary vehicle (3), which comprises in particular a weapon (4), wherein the main vehicle (2) and the auxiliary vehicle (3) can be coupled together.
The invention relates to a device (1) for loading a barreled weapon (10) with ammunition bodies (2), in particular with artillery projectiles, comprising a rammer for moving an ammunition body (2) along a loading path (L) from a loading position outside of the loading chamber (12) into a rammed position in the loading chamber (12) of the barreled weapon (10), wherein a correction rammer (4) connected downstream of the rammer in the loading path is used to correct ramming errors if necessary. The invention additionally relates to a corresponding barreled weapon (10) and to a method for loading same.
The invention relates to a bridge laying device (2) for laying a bridge (3), in particular a single-piece bridge, comprising a main part (5) for arranging on a load transport vehicle (7), in particular a hook-lift vehicle, a laying arm (12) for setting down the bridge (3), and an extending device (6) for moving the laying arm (12) from a transport position into an extended placing position. The invention additionally relates to a bridge laying system (1) comprising a load transport vehicle (7), in particular a hook-lift vehicle, and a bridge laying device, (2) which can be arranged on the load transport vehicle (7), and to a method for laying a bridge (3), in particular a single-piece bridge, using a bridge laying device (2).
E01D 15/127 - Portable or sectional bridges combined with ground-supported vehicles for the transport, handling or placing of such bridges or of sections thereof
27.
BRIDGE LAYING DEVICE FOR LAYING A BRIDGE, IN PARTICULAR A SINGLE-PIECE BRIDGE
The invention relates to a bridge laying device (2) for laying a bridge (3), in particular a single-piece bridge, comprising a main part (5) for arranging on a load transport vehicle (7), in particular a hook-lift vehicle, a laying arm (12) for setting down the bridge (3), and an extending device (6) for moving the laying arm (12) from a transport position into an extended placing position. The invention additionally relates to a bridge laying system (1) comprising a load transport vehicle (7), in particular a hook-lift vehicle, and a bridge laying device, (2) which can be arranged on the load transport vehicle (7), and to a method for laying a bridge (3), in particular a single-piece bridge, using a bridge laying device (2).
E01D 15/127 - Portable or sectional bridges combined with ground-supported vehicles for the transport, handling or placing of such bridges or of sections thereof
28.
METHOD AND DEVICE FOR ASCERTAINING A TEMPERATURE, AND METHOD AND DEVICE FOR JOINING PROPELLANT CHARGE MODULES
The invention relates to a method and a device for ascertaining the temperature of a propellant charge (22) and to a method and a device for carrying out a joining movement in order to join propellant charge modules (2) so as to form a propellant charge (22), comprising a method or a device for ascertaining the temperature of a propellant charge (22), wherein a sensor head (4) which is designed to be movable relative to the propellant charge (22) is at least temporarily arranged in a cavity (7) of the propellant charge (22); and the temperature of the propellant charge (22) is ascertained at least while the sensor head (4) is arranged in the cavity (7) of the propellant charge (22).
The invention relates to a method and system for representing a computer-generated simulation environment (24) simulating a real environment (10), comprising a data base (22) having data for geo-specific imaging of the real terrain (15) and the real objects (16) located in the terrain (15), wherein the data describes at least one surface course (30) of the real environment (10), wherein the method comprises the following method steps: i) capturing real-time images (27) of at least one part of the real environment (10) with at least one capturing device (14, 19); and ii) representing at least one part of the simulation environment (24) on a display (3, 4), wherein one part of the representation is formed by the real-time images (27) or is derived from the real-time images (27).
The invention relates to a method and system for operating a display device (20) having a display element (21) arranged in the field of vision (2) of the user (22) for displaying virtual image contents (10), displayed overlaying actual image contents (11), comprising the following method steps: determining a position (14) and a viewing direction (15) of the user (22) in an actual environment (1); positioning at least one virtual object (19) in an object position (16) of a computer-generated simulation environment (13) that depicts the actual environment (1) in a geo-referenced, in particular geo-specific manner; determining a virtual position (14.2) and viewing direction (15.2) by transferring the determined position (14) and viewing direction (15) into the simulation environment (13); calculating a virtual image content (10) as a portion of the virtual object (19) in simulation environment (13) that is visible from the virtual position (14.2) and in the virtual viewing direction (15.2); calculating an overlay position (18) of the virtual image content (10) on the display element (21) based on the object position (16) and the virtual position (14.2) and viewing direction (15.2); displaying at least one virtual image content (10) on the display element (21).
G06T 19/00 - Manipulating 3D models or images for computer graphics
G09B 9/00 - Simulators for teaching or training purposes
G09B 9/05 - Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles the view from a vehicle being simulated
31.
METHOD FOR IDENTIFYING AND DISPLAYING CHANGES IN A REAL ENVIRONMENT COMPRISING A REAL TERRAIN AND REAL OBJECTS SITUATED THEREIN
The invention relates to a method for identifying and displaying changes in a real environment (10) comprising a real terrain and real objects situated therein, comprising an evaluation of at least two sets of sensor data recorded at different times during a flight over and/or through the real environment (10), wherein from each set of sensor data the evaluation comprises the production of a computer-generated simulated environment which geospecifically reproduces the real environment, wherein the simulated environment reproduces at least one height profile of the real environment at the time of the recording, and wherein the evaluation comprises at least one comparison of the at least two height profiles of the simulated environments produced, wherein following the evaluation the method also provides a display of at least the result of the comparison of the at least two height profiles of the simulated environments produced.
The invention relates to a method and system for operating a display device (20) having a display element (21) arranged in the field of vision (2) of the user (22) for displaying virtual image contents (10), displayed overlaying actual image contents (11), comprising the following method steps: determining a position (14) and a viewing direction (15) of the user (22) in an actual environment (1); positioning at least one virtual object (19) in an object position (16) of a computer-generated simulation environment (13) that depicts the actual environment (1) in a geo-referenced, in particular geo-specific manner; determining a virtual position (14.2) and viewing direction (15.2) by transferring the determined position (14) and viewing direction (15) into the simulation environment (13); calculating a virtual image content (10) as a portion of the virtual object (19) in simulation environment (13) that is visible from the virtual position (14.2) and in the virtual viewing direction (15.2); calculating an overlay position (18) of the virtual image content (10) on the display element (21) based on the object position (16) and the virtual position (14.2) and viewing direction (15.2); displaying at least one virtual image content (10) on the display element (21).
G06T 19/00 - Manipulating 3D models or images for computer graphics
G09B 9/00 - Simulators for teaching or training purposes
G09B 9/05 - Simulators for teaching or training purposes for teaching control of vehicles or other craft for teaching control of land vehicles the view from a vehicle being simulated
33.
MILITARY SAND BOX SYSTEM AND METHOD FOR OPERATING A MILITARY SAND BOX
The invention relates to a method for operating a military sand box and to a military sand box system, the method comprising the following method steps: imaging simulated surroundings in display surroundings (1), the simulated surroundings imaging real surroundings geo-specifically; capturing at least one object placeholder (6) using a capture arrangement (5); identifying the at least one object place holder (6) and its position and/or orientation in the display surroundings (1); generating at least one virtual object on the basis of the identified object place holder (6); and displaying the at least one virtual object, taking into account the position and/or orientation of the object place holder (6), using at least one display arrangement (3) which is located in the display surroundings (1), has a display element located in the field of view of a user (2) and which is used to display virtual image content superimposed on real image content.
The invention relates to a method for controlling a viewing device (2) arranged on a vehicle (5) in an orientable manner by means of the head movements of a person (4) traveling along, wherein the head movements of the person (4) are sensed by a head movement sensor (3) and are used to produce a head movement signal (K1, K2) dependent on the head movement, wherein a reference sensor (6), which produces a vehicle movement signal (F) dependent on the movement of the vehicle (5), is arranged on the vehicle (5), wherein a differential movement signal (D1, D2) is formed from the head movement signal (K) and the vehicle movement signal (F) as a control variable for the viewing device (2). The invention further relates to a corresponding control system (1) and to a vehicle (5).
The invention relates to a periscope comprising a high out-viewing part (2) and a low in-looking part (3) which are arranged so that they can rotate counter to each other and to each other such that incident light beams (L) via the out-viewing part (2), in a wavelength range (λ1) which can be visible to the human eye, are guided out from the in-looking part (3) for producing a viewing path (S) which is offset in parallel. A data transmission path (Ü) which extends between the out-viewing part (2) and the in-looking part (3) is provided for transmitting data (D) to the outside of the wavelength range (λ1) which is visible to the human eye. The invention also relates to a vehicle (10) comprising a periscope (1) and to a method for transmitting data using a periscope (1).
A method for presenting a computer-generated simulation environment (20) simulating a real environment, having a database that contains the data for the real terrain and for the real objects situated in the terrain, wherein the data are obtained by evaluating photographs taken on a flyover of and/or a passage through the real environment, comprise a geospecific map of the real terrain and/or of the real objects and are stored in a primary memory (9) in the database as raster data, inter alia, wherein a portion of the simulation environment (20) is presented by taking a freely selectable presentation position (16) and/or presentation direction (17) for the presentation of the simulation environment (20) as a basis for transmitting a portion of the database to a presentation memory (11), wherein memory areas (12) having a particular size A, B, C are predefined in the presentation memory (11) and the data to be transmitted to the presentation memory (11) from the database have at least one property matched to the size A, B, C of the predefined memory areas (12) prior to transmission.
The invention relates to a method for preparatory simulation of a military operation in an operational area (10), wherein a sensor carrier (9) flies over and/or drives through the operational area (10), a sensor device (11, 13) arranged on the sensor carrier (9) records sensor data of the operational area (10), a database generator (7) automatically generates, from the sensor data, a database (22) having geo-specific data of the terrain of the operational area (10) and the objects (16) located in the terrain, and a simulation device (8) simulates the military operation in a simulation environment (23) that depicts the operational area (10) based on the database (22).
The invention relates to a method for reproducing a computer-generated, simulated environment (10) that simulates a real environment (1), comprising a database containing the data of the real terrain (3) and real objects (2) that are in the terrain, wherein the data: is obtained from images (19) captured during a flight over and/or a journey through the real environment (1); comprises a geo-specific image of the real terrain (3) and/or the real objects (2); and is stored as raster data in the database. A height raster, which assigns a height value to each raster point (13) of the raster data, is generated from the images (19) and stored in the database. A colour texture is determined, at least for a portion of the surfaces (14) of the simulated environment (10) spanned by raster points (13), by the projection of at least one image (19) onto the generated height raster.
The invention relates to a weapon system, comprising a weapon that is arranged in a directable manner about an elevation axis, wherein the elevation axis (E1) is arranged at a height direction part (3) which is arranged in a directable manner about a second elevation axis (E2).
The invention relates to a support device for supporting a vehicle, in particular a military vehicle (1), the device comprising at least one cushioning telescopic support (11) that has a hydraulically movable piston (12), one side of which is cushioningly supported, by means of a hydraulic circuit (31), relative to a spring accumulator (30), whereas the other side of the piston (12) is supported, by means of a hydraulic circuit (41), relative to a pressure accumulator (40) that counteracts the spring accumulator (30). The invention also relates to a vehicle and a method.
B60S 9/12 - Ground-engaging vehicle fittings for supporting, lifting, or manoeuvring the vehicle, wholly or in part, e.g. built-in jacks for only lifting or supporting by fluid pressure of telescopic type
F41A 23/56 - Arrangements for adjusting the gun platform in the vertical or horizontal position
The invention relates to a sectional lane-supporting bridge comprising a launcher support (14), at least one lane support (1, 2, 101, 102), and an intermediate adapter (7) between the launcher support (14) and the lane support (1, 2, 101, 102). The invention further relates to an apparatus for laying the sectional lane-supporting bridge, comprising a laying arm (8), to a corresponding laying vehicle (100) on which the laying apparatus is arranged, and to a method for laying the bridge using the laying apparatus.
E01D 15/127 - Portable or sectional bridges combined with ground-supported vehicles for the transport, handling or placing of such bridges or of sections thereof
The present invention relates to a head-mountable display device (1), comprising an at least partially transparent display element (4) arranged on the viewing axis (2) of the user (3) and a tracking camera (5) for positioning computer-generated augmented reality content in the display of the display element (4), the light path (6) of the tracking camera (5) extending coaxially to the viewing axis (2) of the user (3).
09 - Scientific and electric apparatus and instruments
37 - Construction and mining; installation and repair services
41 - Education, entertainment, sporting and cultural services
42 - Scientific, technological and industrial services, research and design
Goods & Services
(1) Simulators for training purposes, namely, simulators for the training of soldiers for military purposes and parts of the aforesaid; simulators for steering and controlling vehicles, tanks and weapons and parts of the aforesaid; simulators for military applications and parts of the aforesaid; battle simulators and parts of the aforesaid; fighting simulators and parts of the aforesaid; driving simulators and parts of the aforesaid; firing simulators and parts of the aforesaid; training simulators for education of persons in handling weapons, weapon systems, tanks and military vehicles and parts of the aforesaid; simulator systems for use in military and commercial weapon and vehicle training exercises comprising several linked simulators using multi-dimensional visualizations and simulation and parts of the aforesaid; electric and electronic apparatuses, namely data processing computers systems for recording, transmitting and evaluating simulator and vehicle data and parts of the aforesaid; software and computer hardware for simulators and parts of the aforesaid; software and hardware for creating a virtual reality, in particular in connection with vehicles, tanks and weapons and parts of the aforesaid; computer peripherals, namely, computer mice, computer keyboards, computer monitors, computer printers for simulators; mounts and racks for simulators and parts of the aforesaid (1) Servicing, installation, maintenance, retrofitting, modernizing and repair of simulators, in particular vehicle simulators, tank simulators and weapon simulators
(2) Training and instruction of soldiers regarding the handling of technical apparatus and constructions by using simulators; training and instruction of soldiers; training and instruction of soldiers by using simulators; training and instruction regarding the handling of vehicles, tanks and weapons; organizing and arranging of seminars in the field of military applications
(3) Scientific and technological services, namely, providing technology information, research work and corresponding designer services in the field of military applications; industrial analysis and research services in the field of military applications; design and development of computer hardware and computer software; service engineering in the field of military applications; technical consulting in the field of military applications; design and development of simulators and simulation software; software design; software installation; software maintenance; software updating; computer hardware consulting; computer software consulting; software leasing; services of an EDP programmer; EDP consulting; development of programs for data processing
09 - Scientific and electric apparatus and instruments
41 - Education, entertainment, sporting and cultural services
42 - Scientific, technological and industrial services, research and design
Goods & Services
(1) Simulators for educational purposes, namely, simulators for the education of soldiers in combat training; simulators for steering and controlling vehicles and weapons; simulators for military combat training; battle simulators; fighting simulators; driving simulators; firing simulators; training simulators for education of persons in handling weapons, weapon systems and military vehicles; electric and electronic apparatuses, namely, data processing computer systems, for recording, transmitting and evaluating simulator and vehicle data; software for simulators; software and computer hardware for creating a virtual reality, in particular in the field of military vehicles; parts of aforesaid goods
(2) Simulators for integration into vehicles, in particular into military vehicles, and into weapons, in particular into battle tanks and infantry fighting vehicles; vehicle integrated simulators, in particular for mission preparation, mission procedure and mission post-processing (1) Training and instruction of soldiers regarding the handling of military technical devices and systems by using simulators; training and instruction of soldiers; training and instruction of soldiers by using simulators; training and instruction regarding the handling of vehicles; training and instruction regarding the handling of weapons
(2) Design and development of simulators and simulation software; design of simulation software; simulation software installation; simulation software maintenance; simulation software updating; computer hardware consulting in the field of simulators; computer software consulting in the field of simulators
Extension element for extending a movable bridge (1), inclined drive-on ramps (4) being arranged in the end regions (3) of said bridge. In order to widen the use spectrum even of bridges (1) which are already in use, the extension element (5) can be releasably coupled to the end regions (3) of the bridge (1) via a coupling region (7), thereby making it possible to extend the bridge (1) in a simple and cost-effective manner. The invention further relates to a movable bridge, to a bridge-laying vehicle and to a method for extending a movable bridge (1).
E01D 15/127 - Portable or sectional bridges combined with ground-supported vehicles for the transport, handling or placing of such bridges or of sections thereof
The present invention relates to a tracked vehicle (1) comprising a floor pan (2) and two vibration-damped chain drive assemblies (3) arranged on the sides of the floor pan (2), which are mounted on the floor pan (2) at a mounting point (4) and are braced against the mounting point (4) by a moment support (5), the moment supports (5) being formed by tensile couplings which extend from a coupling point (7) on the floor pan to a coupling point (8) on the drive assembly.
The invention relates to a locking device for locking a weapon barrel (2) with closeable locking pliers (11) for locking the weapon barrel (2), and an actuation element (23) for opening and closing the locking pliers (11), in which the actuation element comprises a locking section (25) for locking the locking pliers (11) in the closed position thereof.
Protection equipment (10) for protecting a target (1) against attacking missiles with a plurality of protection elements (11, 12) that are triggerable individually in order to combat a missile, wherein the protection elements (11, 12) are arranged in such a manner that a triggered protection element (11) may be replaced by a replacement protection element (12) arranged redundantly in relation to the former. The protection equipment may be associated with a vehicle (1). The disclosure includes a method for protecting a target (1) against attacking missiles using the disclosed protection equipment.
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
(1) Software for simulation installations, namely software for controlling and operating simulator systems for use in military and commercial weapon and vehicle training exercises using multi-dimensional visualizations and simulation; software for communication in simulation installations, namely software for simulating radio and intercom transmission in simulator systems for use in military and commercial weapon and vehicle training exercises using multi-dimensional visualizations and simulation; communication software, namely radio and satellite communication software for military applications for transmitting audio communication signals and data; software for simulating on-board voice radio in vehicles. (1) Design, installation and maintenance of software.
50.
METHOD FOR CONTROLLING A DIRECTABLE WEAPON OF A VEHICLE DURING SHOOTING EXERCISES
The invention relates to a method for controlling a directable weapon (4) of a vehicle (1) during shooting exercises, the orientation of a shooting sector (S) in which it is allowed to shoot being determined and the determined orientation being maintained when the vehicle (1) moves.
The invention relates to a protection element for protecting an object from military threats, having an armour plate (2) with a threat side (3) facing a threat and an object side (4) facing the object being protected, a decoupling layer (5) being arranged on the threat side (3) to decouple the impact of a blow on the armour plate in the event of a ballistic strike from the impact of the ballistic object itself on the armour plate.
The invention relates to a buoyancy module (10) comprising a buoyancy body (11) for a, in particular, military vehicle (1), which can be secured to said module for operating the vehicle (1) as a watercraft, also comprising a land driving unit (13) for operating the vehicle (1) as a land vehicle. The invention also relates to a vehicle (1), in particular a military vehicle, comprising a base module (20) in particular for accommodating crew members, also comprising a buoyancy module (10) which can be arranged on said base module for operating said vehicle (1) as a watercraft.
The invention relates to a buoyancy module (10) comprising a buoyancy body (11) for a, in particular, military vehicle (1), which can be secured to said module for operating the vehicle (1) as a watercraft, also comprising a land driving unit (13) for operating the vehicle (1) as a land vehicle. The invention also relates to a vehicle (1), in particular a military vehicle, comprising a base module (20) in particular for accommodating crew members, also comprising a buoyancy module (10) which can be arranged on said base module for operating said vehicle (1) as a watercraft.
The invention relates to a vehicle, in particular an armored vehicle (1), having a motor (2) and a drive axis (3) arranged on the opposite side of a vehicle cell (4) and connected to each other for transferring the drive energy by means of an energy transmission device (5), wherein the energy transmission device extends inside along a side wall (6, 7) of the vehicle cell (4).
B60K 17/22 - Arrangement or mounting of transmissions in vehicles characterised by arrangement, location, or type of main drive shafting, e.g. cardan shaft
B60K 17/342 - Arrangement or mounting of transmissions in vehicles for driving both front and rear wheels, e.g. four wheel drive vehicles having a longitudinal, endless element, e.g. belt or chain, for transmitting drive to wheels
B60K 17/344 - Arrangement or mounting of transmissions in vehicles for driving both front and rear wheels, e.g. four wheel drive vehicles having a transfer gear
The present invention relates to an anti-laser armor for protecting an object (10), particularly a vehicle, against laser weapons. Said anti-laser armor comprises an armor element (2) which can be arranged on the object (10), said armor element (2) being movably arranged in relation to the object (10).
The invention relates to an armor against laser radiation for protecting an object (10), in particular a vehicle, against laser weapons, comprising an armor element (2) that can be arranged onto the object (10), said armor element (2) comprising a plurality of optical active bodies (3, 4, 5) for the impairment of the incident laser radiation. The invention further relates to a method for protecting an object (10), in particular a vehicle, against laser weapons and to a vehicle protected against laser weapons.
The invention relates to an armor against laser radiation for protecting an object (10) against laser weapons by means of an armor element (2), a cooling system (3) being provided for dissipating the heat that has been introduced into the armor element (2) by the laser weapons. The invention further relates to a method for protecting an object (10) against laser weapons and to a vehicle having an armor against laser radiation.
The invention relates to a weapons platform and to a method for operating a weapons platform comprising an undercarriage (7) on which a weapon (4) can be arranged. The undercarriage (7) can be supported in relation to the ground (U) by a hydraulic supporting device (8) for absorbing firing recoil forces, and the supporting device (8) is hydraulically coupled with an energy store (12) for storing the energy absorbed by the supporting device (8).
The invention relates to an amphibious vehicle (1), in particular a military amphibious vehicle, having a trough (2) which accommodates the crew of the vehicle, and a flow duct (10) which extends through the trough (2) and has a water jet drive (12) which is arranged therein and has the purpose of driving the amphibious vehicle (1) when it is travelling on water, wherein at least one end (11) of the flow duct (10) is embodied in such a way that it can be closed off by means of an anti-mine element (14) when the vehicle is travelling on land. In addition, the invention relates to a method for operating an amphibious vehicle (1), in particular a military amphibious vehicle, having a trough (2) which accommodates the crew of the vehicle, and a flow duct (10) which extends through the trough (2) and has a water jet drive (12) which is arranged therein and has the purpose of driving the amphibious vehicle (1) when it is travelling on water, wherein at least one end (11) of the flow duct (10) is closed off by means of an anti- mine element (14)when the vehicle is travelling on land.
The invention relates to an amphibious vehicle (1), in particular a military amphibious vehicle, having a trough (2) which accommodates the crew of the vehicle, and a flow duct (10) which extends through the trough (2) and has a water jet drive (12) which is arranged therein and has the purpose of driving the amphibious vehicle (1) when it is travelling on water, wherein at least one end (11) of the flow duct (10) is embodied in such a way that it can be closed off by means of an anti-mine element (14) when the vehicle is travelling on land. In addition, the invention relates to a method for operating an amphibious vehicle (1), in particular a military amphibious vehicle, having a trough (2) which accommodates the crew of the vehicle, and a flow duct (10) which extends through the trough (2) and has a water jet drive (12) which is arranged therein and has the purpose of driving the amphibious vehicle (1) when it is travelling on water, wherein at least one end (11) of the flow duct (10) is closed off by means of an anti-mine element (14)when the vehicle is travelling on land.
The invention relates to a stowage device for positionally secured stowing an item of equipment, particularly a weapon, on an object (2) having a receiving area (21) for receiving the item of equipment and a mounting area (11) for mounting the stowage device (1) on the object (2), wherein the receiving area (21) and the mounting area (11) are arranged separably from one another via a release mechanism (24).
The invention relates to a military vehicle comprising a frame module (2), a self-supporting, armored driving module (3) for driving the vehicle being mounted on the frame module (2) and being designed as a hull.
The invention relates to an armored vehicle having a vehicle cabin (4) on which a retracting roof (5) is arranged, said retracting roof (5) being arranged such that it can be moved pivotally and linearly relative to the vehicle cabin (4).
F41H 7/02 - Land vehicles with enclosing armour, e.g. tanks
B60J 7/16 - Non-fixed roofsRoofs with movable panels of non-sliding type, i.e. movable or removable roofs or panels, e.g. let-down tops or roofs capable of being easily detached or of assuming a collapsed or inoperative position non-foldable
The invention relates to a weapon station (6) comprising a weapon carriage (8) mounted on a carriage base (7) with an azimuth subassembly (9) that can be rotated in the azimuth direction and with an operating means receptacle (10) arranged in the carriage base (7) and rotationally coupled with the azimuth subassembly (9) for receiving an operating means (11) for the weapon station (6).
Military vehicle (1) having a guide unit (12) for guiding the vehicle (1), selectively a manned guide cabin (13) or an unmanned drone module (14) being usable as the guide unit (12).
The invention relates to a vehicle (1) comprising a weapon carriage (8) which is pivotally mounted on a carriage base (7), the weapon carriage (8) being pivotable from an elevated operating position towards the vehicle side to a lower transport position.
The invention relates to a vehicle, in particular a military vehicle, having a monitor (2) detachably secured to a monitor holder (3), a plurality of monitor holders (3, 4, 5) being provided to which the monitor (2) can be selectively secured. Other subject matter of the invention is a method for operating a vehicle (1), in particular a military vehicle, having a monitor (2) that can be detachably secured to a monitor holder (4), the monitor (2) being selectively secured to various monitor holders (3, 4, 5) in order to create different monitor workstations.
The invention relates to a vehicle, especially a military vehicle, comprising a front section (2) and a rear section (3) and a safety cell (4) arranged between the front section (2) and the rear section (3) and receiving the vehicle crew, the front section (2) and the rear section (3) being connected to each other in the region below the safety cell (4) by means of a protective element (5) which protects the safety cell (4) from the impact of blasts.
A protective device for a lens (2) having a protective hood (3) which protects a lens mount against ballistic effects, the protective hood (3) having a sight opening (4) for the lens (2), and a closing flap (5) for closing the sight opening (4), wherein the closing flap (5) can be rotated relative to the protective hood (3), wherein the rotary axis (D) of the closing flap (5) runs through the lens mount.
A vehicle, in particular, a military vehicle, includes a self-supporting vehicle body (2) and a drive assembly (3) for driving the vehicle. The drive assembly (3) is connected to the vehicle body (2) via an assembly support (6, 7), the assembly support (6, 7) forming a part of the support structure of the vehicle body (2). In a method for mounting a drive assembly (3) in a vehicle (2) that has a self-supporting vehicle body (2), the drive assembly (3) is connected to the vehicle body (2) via an assembly support (6, 7) and the assembly support (6, 7) forms a part of the support structure of the vehicle body (2) in the mounted state.
B62D 21/11 - Understructures, i.e. chassis frame on which a vehicle body may be mounted with resilient means for suspension
B62D 65/10 - Joining sub-units or components to, or positioning sub-units or components with respect to, body shell or other sub-units or components the sub-units or components being engines, clutches or transmissions
71.
DEFORMATION ELEMENT AND METHOD FOR PRODUCING A DEFORMATION ELEMENT
The invention illustrates and describes a deformation element (1) for protecting a device (10) in a vehicle by transforming energy into energy of deformation under the action of a blast, with an upper fastening region (2) to be fastened to the device (10) and a lower fastening region (3) to be fastened to the vehicle, wherein the two fastening regions are connected together via an upper leg (4) and a lower leg (5). To achieve a more compact construction overall and thereby to save space, weight and costs on the vehicle as a whole, it is proposed that the two legs (4, 5) are arranged substantially in a V-shape in relation to one another.
The invention relates to a propellant charge loader (2) for loading propellant charges (8) into a weapon barrel (101) that can be elevated, said loader having a propellant charge receptacle (5) located on an elevation adjustment element (3). Multiple propellant charges (8) can be introduced into the weapon barrel (101) from said loader along a loading direction (A) and the propellant charge receptacle (5) is arranged so that it can carry out a translatory motion in relation to the elevation adjustment element (3) transversely to the loading direction (A). The invention also relates to a weapon (1) comprising a weapon barrel (101) that can be elevated and a propellant charge loader (2) of this type. The invention further relates to a method for loading propellant charges (8) into a weapon barrel (101) that can be elevated, said loader having a propellant charge receptacle (5) located on an elevation adjustment element (3), in which method multiple propellant charges (8) can be introduced into the weapon barrel (101) from said loader along a loading direction (A) and the propellant charge receptacle (5) located on the elevation adjustment element (3) carries out a translatory motion in relation to the elevation adjustment element (3) transversely to the loading direction (A).
The invention relates to a propellant charge loader comprising a feed slide (6) which can be moved linearly along a loading direction (A) in order to feed propellant charges (8) into a loaded position in the loading compartment (103) of a weapon barrel (101), and comprising a retaining element (601) that is movably mounted on the feed slide (6) and that secures the position of the propellant charges (8) in their loaded position. The invention further relates to a weapon comprising a weapon barrel (101) and a propellant charge loader (2) with a feed slide (6) which can be moved linearly in order to feed propellant charges (8) into a loaded position in the loading compartment (103) of a weapon barrel (101), said loader comprising a retaining element (601) that is movably mounted on the feed slide (6) and that secures the position of the propellant charges (8) in their loaded position. A further object of the invention is a method for loading propellant charges (8) into the loading compartment (103) of a weapon barrel (101), in which method the propellant charges (8) are fed by means of a linearly movable feed slide (6) into a loaded position in the loading compartment (103) and a retaining element (601) located on the feed slide (6) is moved, in order to secure the position of the propellant charges (8) in their loaded position.
The invention relates to a device comprising a lift table mechanism (400) for generating a lift motion and a drive (410) for actuating the lift table mechanism. The drive (410) is connected to the lift table mechanism (400) via changeover means in such a way that said mechanism (400) can be both actuated and moved linearly by means of said drive (410). The invention further relates to a propellant charge loader for loading propellant charges (8) into the loading compartment (103) of a weapon (1), said loader comprising a device (4) with a lift table mechanism (400) for generating a lift motion and a drive (410) for actuating the lift table mechanism (400). The loader also comprises a propellant charge receptacle (5) which is connected to the lifting side of the lift table mechanism (400). The drive (410) is connected to the lift table mechanism (400) via changeover means in such a way that said mechanism (400) can be both actuated and moved linearly by means of said drive (410).
Disclosed and described is a device for coupling an attachment (2), in particular a dozer blade, mine roller or mine plough, to a vehicle (3), comprising a pin (6), a pin receptacle (4) which receives the pin, and an explosive device (5) for emergency decoupling. In order to guarantee durable and reliable emergency decoupling of an attachment from a vehicle, the pin for releasing the coupling can be pushed out of the pin receptacle by means of the explosive device.
Disclosed and described is a device for coupling an attachment (2), in particular a dozer blade, mine roller or mine plough, to a vehicle (3), comprising a pin (6), a pin receptacle (4) which receives the pin, and an explosive device (5) for emergency decoupling. In order to guarantee durable and reliable emergency decoupling of an attachment from a vehicle, the pin for releasing the coupling can be pushed out of the pin receptacle by means of the explosive device.
F41H 11/16 - Self-propelled mine-clearing vehiclesMine-clearing devices attachable to vehicles
F41H 11/24 - Self-propelled mine-clearing vehiclesMine-clearing devices attachable to vehicles with ground-penetrating elements, e.g. with means for removing buried landmines from the soil the elements being ploughs
F16B 21/10 - Means without screw-thread for preventing relative axial movement of a pin, spigot, shaft, or the like and a member surrounding itStud-and-socket releasable fastenings without screw-thread by separate parts
F42B 3/00 - Blasting cartridges, i.e. case and explosive
77.
DEVICE FOR COCKING A WEAPON, WEAPON STATION AND METHOD FOR OPERATING A WEAPON
The invention relates to a device for cocking a weapon (11), particularly an automatic weapon, with an axially movable actuating element (2) which can be coupled to a weapon-side cocking element (11.1) in order to cock the weapon (11), wherein a control device (3), via which the actuation element (2) is actuated to secure and release the weapon (11), can be coupled to a weapon-side securing element (11.2). The invention further concerns a weapon station with a weapon (11) and a cocking device, and also a method for operating a weapon (11) which can be cocked via a cocking device (1).
The invention relates to protection equipment (10) for protecting a target (1) against attacking missiles, with a plurality of protection elements (11, 12) which are triggerable individually in order to combat a missile, wherein the protection elements (11, 12) are arranged in such a manner that a triggered protection element (11) is replaced by a replacement protection element (12) arranged redundantly in relation to the latter. The invention furthermore relates to a vehicle (1) with protection equipment (10) and to a method for protecting a target (1) against attacking missiles.
The invention relates to a directional torque stabilizer for providing elevation independent target torque (MR) to a weapon barrel (2) having elevation-dependent gravity torque (MW), comprising a counter-force generator (11) for generating a counter force (FG) counteracting the gravity torque (MW). In order to generate said counter force (FG), said counter force generator (11) comprises a coil spring. The invention also relates to a weapon (1) with a weapon barrel (2) having an elevation-dependent gravity torque (MW) and a directional torque stabilizer (10) of said type.
The invention relates to a weapons platform comprising a directable weapon (13) and a tie-down device (16) for securing the weapon (13), which tie-down device (16) can be transferred from a tie-down position, in which the weapon (13) is secured by said tie-down device (16) into a supporting position, in which the tie-down device (16) forms a support for the weapons platform (10) in relation to the ground beneath. The invention further relates to a military vehicle comprising a weapons platform (10) that has a directable weapon (13), said platform comprising a tie-down device (16) for securing the weapon (13). The tie-down device (16) can be transferred from a tie-down position, in which the weapon (13) is secured by the tie-down device, into a supporting position, in which the tie-down device (16) forms a support for the vehicle (1) in relation to the ground beneath.
The invention relates to a weapons platform comprising an undercarriage (11, 111) and a weapon (13, 113) that is positioned in a directable manner on the undercarriage (11, 111). The undercarriage (11, 111) can be supported in relation to the ground beneath by means of a supporting device (16, 116) that is damped in order to absorb firing recoil forces, the damping characteristics of the supporting device (16, 116) being adjustable in accordance with the firing recoil forces that are to be expected from the weapon (13, 113). The invention also relates to a military vehicle (1) comprising a weapons platform (10, 110) of this type. The invention further relates to a method for operating such a weapons platform (10, 110).
The invention relates to a housing (20) for an auxiliary power generator (10) of a military vehicle (1), having a generator compartment (21) for arranging a generator (11) which is coupled to an auxiliary motor (14), having an energy store compartment (22) for arranging an energy store (12) for starting the auxiliary motor (14) and/or for buffer-storing the energy which is generated by the generator (11), and having a cooling system compartment (23) for arranging a cooling system (13) for cooling the generator (11) and/or the auxiliary motor (14), wherein the generator compartment (21), the energy store compartment (22) and the cooling system compartment (23) are formed separately from one another, and also relates to an auxiliary power generator (10) having a housing (20) of this kind. A further subject of the invention is a military vehicle (1) having an auxiliary power generator (10) of this kind.
B60F 3/00 - Amphibious vehicles, i.e. vehicles capable of travelling both on land and on waterLand vehicles capable of travelling under water
F41H 7/02 - Land vehicles with enclosing armour, e.g. tanks
F41H 7/03 - Air-pressurised compartments for crewMeans for preventing admission of noxious substances, e.g. combustion gas from gun barrels, in crew compartmentsSealing arrangements
83.
HOUSING FOR AN AUXILIARY POWER GENERATOR, AUXILIARY POWER GENERATOR, AND VEHICLE
The invention relates to a housing (20) for an auxiliary power generator (10) of a military vehicle (1), having a generator compartment (21) for arranging a generator (11) which is coupled to an auxiliary motor (14), having an energy store compartment (22) for arranging an energy store (12) for starting the auxiliary motor (14) and/or for buffer-storing the energy which is generated by the generator (11), and having a cooling system compartment (23) for arranging a cooling system (13) for cooling the generator (11) and/or the auxiliary motor (14), wherein the generator compartment (21), the energy store compartment (22) and the cooling system compartment (23) are formed separately from one another, and also relates to an auxiliary power generator (10) having a housing (20) of this kind. A further subject of the invention is a military vehicle (1) having an auxiliary power generator (10) of this kind.
The invention relates to a device for coupling a mounted implement (3), in particular a dozer blade (4) or a mine-clearing plough, to a vehicle (2) with a rotary latch (5), wherein a locking device (10) which acts on the rotary latch (5) under the force of a lever is prestressed in the direction of the locking position of the rotary latch (5) and is releasable for the emergency uncoupling of the mounted implement (3). A mounted implement and a vehicle having at least one such device (1) form further subject matter. Furthermore, an emergency uncoupling method with such a device is described.
F41H 11/24 - Self-propelled mine-clearing vehiclesMine-clearing devices attachable to vehicles with ground-penetrating elements, e.g. with means for removing buried landmines from the soil the elements being ploughs
F41H 11/28 - Self-propelled mine-clearing vehiclesMine-clearing devices attachable to vehicles using brushing or sweeping means or dozers to push mines lying on a surface asideSelf-propelled mine-clearing vehiclesMine-clearing devices attachable to vehicles using means for removing mines intact from a surface
85.
METHOD FOR SYNCHRONOUS REPRESENTATION OF A VIRTUAL REALITY IN A DISTRIBUTED SIMULATION DEVICE
A method for synchronous representation of terrain formed from polygons of a virtual reality on a plurality of display devices of a simulation device, which has a plurality of simulation computers (SR1, SR2) connected to one another via a network which computers store spatial coordinates of the polygons for the terrain, and SR1 generating a change of the terrain. The method has the following method steps: - SR1 generates position data (L) that specifies which region of the terrain was changed; - generates elevation data (H) of the changed region of the terrain; - and transfers the position data (L) and the elevation data (H) via the network to SR2; - a control unit of SR2 selects, on the basis of the position data (L), any polygons of the terrain which are in the changed region; - a tesselator unit divides each of the selected polygons into a plurality of sub-polygons; - a calculating unit calculates the spatial coordinates of the sub-polygons according to the elevation data (H); and - the sub-polygons are displayed on SR2.
The invention relates to a military vehicle having a remote-controllable weapon (2) and a guiding information system (3) for receiving and/or transmitting military guiding data. The military vehicle comprises a work station (5) having a common control device (6) for controlling the guiding information system (3) and the weapon (2). The invention further relates to a corresponding network-based IT system for such a vehicle.
The invention relates to a device for storing ammunition boxes, having a storage space for the positionally secured accommodation of an ammunition box of a first type, having at least one alternative storage space (4) for the positionally secured accommodation of an ammunition box (5) of a second type, wherein the storage space (2) and the alternative storage space (4) at least partly overlap and either the storage space (2) or the alternative storage space (4) can be used as desired. The invention further relates to a vehicle, in particular a military vehicle, having such a device.
The invention relates to a protective element for protection against ballistic missiles (1), comprising an armor plate (13, 15), wherein the armor plate (13, 15) is configured as a perforated plate having several perforations (13.1, 15.1). The invention further relates to a military vehicle having such a protective element (10).
The invention relates to a device and to a method for moving loads inside a vehicle (2), comprising a fastening device (10) to be fastened to the vehicle (2) and a load receiving means (60) that is movably arranged opposite the fastening device (10), wherein the fastening device (10) can be locked into place in a vehicle opening (70). The invention further relates to a vehicle having a device (1) for moving loads inside the vehicle, comprising a fastening device (10) to be fastened to the vehicle and a load receiving means (60) that is movably arranged opposite the fastening device (10), wherein the fastening device (10) is locked into place in a vehicle opening (70). In one step of the method, the fastening device (10) is locked into place in a vehicle opening (70), and in a later step, the load is moved inside the vehicle (2).
B60P 1/54 - Vehicles predominantly for transporting loads and modified to facilitate loading, consolidating the load, or unloading using cranes for self-loading or self-unloading
The invention relates to a vehicle door (1) for armoured vehicles, comprising a locking device (5) arranged on the inner face of the door for locking against unintentional opening under the effect of a blast, wherein the locking device (5) can be removed from the outside when the vehicle door (1) is closed. The invention further relates to a vehicle door structure (1) for armoured vehicles comprising a vehicle door, wherein the vehicle door (1) has a locking device (5) arranged on the inner face of the door for locking on at least one counterpart lock plate (18) against unintentional opening under the effect of a blast, and wherein the locking device (5) or at least one counterpart lock plate (18) can be removed from the outside when the vehicle door (1) is closed.
The invention relates to an amphibious vehicle, in particular military amphibious vehicle, with a first end region (2) and a second end region (3) opposite the latter in the longitudinal direction of the vehicle, wherein the first end region (2) is designed as a land driving front and the second end region (3) is designed as a ship's bow for water travel. The invention furthermore relates to a method for operating an amphibious vehicle (1), wherein the main travel direction of the amphibious vehicle (1) is reversed upon transfer between land travel and water travel.
The invention relates to a threaded spindle comprising a first threaded portion (31) having a first thread pitch and a second threaded portion (32) having a second thread pitch, wherein the first thread pitch is greater than the second thread pitch. The invention relates to a propellant portioning device and a portioning method for separating and combining propellant modules to form propellant portions, comprising a first module holder (61) and a second module holder (62) and also such a threaded spindle.
The invention relates to a cartridge (20) for receiving balancing weights (10), comprising an interior space (21) for storing a plurality of balancing weights (10), the interior space (21) having multiple accommodating shafts (22) for receiving balancing weights (10). The invention further relates to a device (1) for providing balancing weights (10), which comprises a receptacle for accommodating at least two such cartridges.
The invention relates to a device (1) for providing balancing weights (10), comprising a receptacle (3) that can accommodate a plurality of balancing weights (10) of different weight types, said receptacle being provided with a dispensing unit (40) for dispensing a balancing weight (10) of a selectable weight type. The invention further relates to a method for providing balancing weights (10) from a device having a receptacle that can accommodate a plurality of balancing weights (10) of different weight types, wherein a weight type is selected and a corresponding balancing weight is dispensed via the dispensing unit.
The invention relates to a vehicle jump start unit (20) for connecting external electrics (30) to an electrical power supply (10) of a vehicle, wherein a connection module (21), which can be interposed between the vehicle power supply (10) and the external electrics (30) for the adapted connection of the external electrics (30), can be replaceably received in a module receptacle (23). The invention further relates to a vehicle having an electrical power supply (10) and a vehicle jump start unit (20). The invention also relates to a method for operating a vehicle jump start unit (20) for connecting an external electrics (30) to an electrical power supply (10) of a vehicle, wherein a replaceable connection module (21), which can be interposed between the vehicle power supply (10) and the external electrics (30) for the adapted connection of the external electrics (30), can be inserted into a module receptacle (23) of the vehicle jump start unit (20).
The invention relates to a vehicle jump start unit (20) for connecting external electrics (30) to an electrical power supply (10) of a vehicle, wherein a connection module (21), which can be interposed between the vehicle power supply (10) and the external electrics (30) for the adapted connection of the external electrics (30), can be replaceably received in a module receptacle (23). The invention further relates to a vehicle having an electrical power supply (10) and a vehicle jump start unit (20). The invention also relates to a method for operating a vehicle jump start unit (20) for connecting an external electrics (30) to an electrical power supply (10) of a vehicle, wherein a replaceable connection module (21), which can be interposed between the vehicle power supply (10) and the external electrics (30) for the adapted connection of the external electrics (30), can be inserted into a module receptacle (23) of the vehicle jump start unit (20).
The invention relates to a vehicle, in particular a military vehicle, comprising a self-supporting vehicle body (2) and a drive assembly (3) for driving the vehicle. The drive assembly (3) is connected to the vehicle body (2) via an assembly support (6, 7), said assembly support (6, 7) forming a part of the support structure of the vehicle body (2). The invention further relates to a method for mounting a drive assembly (3) in a vehicle (1) that has a self-supporting vehicle body (2), wherein the drive assembly (3) is connected to the vehicle body (2) via an assembly support (6, 7) and the assembly support (6, 7) forms a part of the support structure of the vehicle body (2) in the mounted state.
B62D 65/10 - Joining sub-units or components to, or positioning sub-units or components with respect to, body shell or other sub-units or components the sub-units or components being engines, clutches or transmissions
A weapon, in particular mortar, having a weapon barrel for firing munitions and having a magazine for receiving a plurality of munitions, wherein the magazine for loading the weapon barrel is arranged in front of the muzzle end of said weapon barrel, and an aiming device for aligning a weapon barrel, in particular a mortar, having a magazine for receiving a plurality of munitions, which magazine can be arranged in front of the muzzle end of the weapon barrel, and a method for operating a weapon, in particular a mortar, having a weapon barrel for firing munitions and having a magazine for receiving a plurality of munitions, wherein the munitions are introduced into the barrel from the magazine arranged in front of the muzzle of the weapon barrel.
The invention relates to a swivel coupling for the non-contact transmission of an electrical signal, in particular a VHF signal, having a stator electrode (21) and a rotor electrode (11), which is capacitively coupled to the stator electrode (21) and is rotatable with respect to the stator electrode (21), wherein the stator electrode (21) and/or the rotor electrode (11) are/is segmented. The invention also relates to a vehicle (1) having a signal generator, in particular for VHF signals, and an antenna that is connected to the signal generator, wherein the signal generator and the antenna are connected by means of such a swivel coupling.
The invention relates to an ordnance with a chassis (30) and a tower (10) that is mounted such as to be rotatable with respect to the chassis (30) and that has a closable opening (12), wherein the opening (12) can be closed by a closing element (20) arranged on the chassis (30). The invention also relates to a military vehicle having an ordnance (4), which comprises a chassis (30) and a tower (10) that is mounted such as to be rotatable with respect to the chassis (30) and that has a closable opening (12), wherein the opening (12) can be closed by a closing element (20) arranged on the chassis (30).
