A conveyor includes a housing, a moveable conveyor member, and a cover. The moveable conveyor member is moveably attached to the housing. The cover is rotate-ably attached to the housing at a pivot point between a closed position covering the moveable conveyor member and an open position uncovering the moveable conveyor member. The cover includes a counter-weight with the counter-weight and a center-of-gravity of the cover located at opposing sides of the pivot point.
A conveyor includes a housing, a moveable conveyor member, and a cover. The housing includes a trough. The moveable conveyor member is disposed within the trough. The cover is moveably attached to the housing between a closed position covering the trough and an open position uncovering the trough. The cover includes an inner surface having a curvature matching the curvature of an outer surface of the moveable conveyor member.
B65G 33/12 - Screw or rotary spiral conveyors for fluent solid materials with screws formed by straight tubes or drums having internal threads, or by spiral or helical tubes
A conveyor includes a container and a cover. A plurality of upper latches each include an upper hook. A plurality of lower latches each include a lower hook. A plurality of brackets are fixedly attached to the container and are disposed along the container, where each bracket is configured to pivotally support each lower latch at a pivot point. A rigid linkage member couples the body portion of each lower latch. Urging in a first direction at any point along linkage member causes each lower hook to simultaneously disengage from the upper hook to unlock the cover. The pivot point is arranged such that the weight of the body portion and the linkage member cause the lower hooks to be urged against the upper hooks to lock the cover to the container, in the absence of a force applied to the linkage member in the first direction.
09 - Scientific and electric apparatus and instruments
Goods & Services
Electrically and electronically operated machines for
slicing, forming, dispensing, arranging and proportioning
meat. Electrically and electronically operated weighing machines.
A conveyor belt is formed from a loop of material having opposite first and second side edges, and which when laid flat has opposite planar surfaces extending between the first and second edges. First and second sealing protrusions extend outwardly from the outer surface of the loop of material and extending continuously around the outer surface of the loop of material, In use, the sealing protrusions contact a hopper of a food patty forming machine to prevent the leakage of food material from the hopper.
A food product slicing apparatus includes a tray configured to support food product blocks. A cavity is provided for receiving unsliced ends of food product blocks, and a removal member is used to eject the ends from the cavity. Upper and lower drive assemblies are provided for moving the blocks to a slicing station. The height of the upper drive assembly is adjustable relative to the lower drive assembly. A plurality of output conveyors receive stacks of sliced food product from the slicing station. The output conveyors are parallel and convey the stacks of sliced food product along linear and parallel paths.
A deboning machine according to some embodiments of the disclosure includes a housing, a separation chamber and auger. The housing has a passageway and ports for expelling meat and bone. The separation chamber is mounted in the passageway, and the auger extends through said separation chamber and the housing. An engagement structure provided on the housing and separation chamber engage with a camming action to provide a space between the separation chamber and the auger. During engagement, the auger is held stationary and the separation chamber is rotated relative to the auger.
Systems, apparatuses, and methods for forming and texturing a comestible product are provided. In one aspect a machine includes a product hopper adapted to receive comestible product, and a product forming and texturing assembly. The assembly includes a plate defining a product opening therein, and a texturing unit coupled to the plate and including a plurality of projections extending therefrom into the product opening to form indentations in comestible product positioned in the product opening. The machine also includes a knock-out mechanism adapted to engage comestible product positioned in the product opening in order to dislodge the comestible product from the product opening. The assembly is moveable between a first position, in which comestible product is adapted to be introduced into the product opening from the product hopper, and a second position, in which the knock-out mechanism is adapted to engage the comestible product positioned in the product opening.
Orifice plates, grinding machines, and method of using the same are provided that can process a material. In one aspect, an orifice plate includes multiple orifices, at least one of which has two tapered segments aligned with and operably connected to each other and that taper downwardly from respective outer portions to inner portions. An intermediate bore may connect to minimum diameter portions of each of the tapering segments so that the tapering segments are connected to each other by way of the intermediate bore.
An automated casing removal system for removing the casing of encased food products supported on a support frame. An inclined surface on the support frame has a staging area onto which encased food product is loaded. The staging area has a cutting member moveable along a portion of the length of the staging area, and a stop mechanism downstream from the cutting member on the inclined surface. The stop mechanism extends within a plane which intersects the inclined surface to prevent the food product from moving down the inclined surface. The staging area has retaining member upstream of the stop mechanism which retains the casing to unravel the casing from the food product as the food product rolls down the inclined surface when the stop mechanism is removed.
Separation chambers, deboning machines, and methods of operating the same are provided. In one aspect, a separation chamber for a compression-type deboning machine includes a body defining an internal cavity therein having a frusto-conical shape. A central longitudinal axis of the body extends from a first opening of the cavity near a first end of the body to a second opening of the cavity near a second end of the body. The first opening is larger than the second opening. The separation chamber also includes a plurality of perforations defined through the body from an inner surface of the body to an outer surface of the body. Each perforation includes a perforation axis extending longitudinally through a center of the perforation. The perforation axes of the plurality of perforations are transverse to a radial axis extending perpendicular to the central longitudinal axis of the body.
Deboning machines and methods of operating deboning machines are provided. In one aspect, a deboning machine includes a housing, a bearing supported by the housing, a separation chamber supported by the housing and including perforations defined through the separation chamber from an interior surface to an exterior surface, an auger including a shaft and a flute formed about the shaft with the auger extending through the separation chamber and the flute adapted to be positioned a working distance from the interior surface of the separation chamber. The deboning machine also includes a retainer rotatably supported by the bearing with the auger extending through the retainer, a nut rotatably coupled to a threaded portion of the auger and rotation of the moves the flute relative to the separation chamber to establish the working distance between the flute and the interior surface of the separation chamber.
Dual foods pump arrangement that includes a pump manifold, two food pumps, and a rotary valve element removably located within the manifold. The rotary valve element is operated to selectively direct the flow of food product from the two food pumps in alternating fashion through a single manifold outlet. The food pumps are driven by servo actuated cylinders. A tool is provided for lifting the valve element from the manifold that includes a pivotal removal bar that can be attached to a top of the valve element.
A patty-displacing end portion is provided for a plunger for a food patty-molding apparatus, the apparatus comprising an apparatus frame, a mold plate, the plunger and a heating element. The mold plate has at least one cavity and is mounted to move with respect to the frame in a direction to position the cavity between a fill position wherein the cavity is filled with food product material to form a molded patty, and a molded patty knockout position. The plunger is arranged to move vertically into the cavity to dislodge or knock the molded patty out of the cavity. The plunger has a body and raised formations or standoffs extending down from the body, the raised formations being numbered and positioned to be spread out over the body. The number and position of the raised formations provides a decreased contact pressure on the patty being dislodged.
A sheet interleaver is provided for a slicing machine that includes a slicing plane for slicing an elongated food product and a sheet of web material beneath the elongated product. The interleaver includes a supply of web material, a drawing station, and a feed station. A tensioning station is disposed between the supply of web material and the drawing station to maintain the tension of the web material at a pre-determined tension. A web accumulation station is between the drawing station and the feed station to provide a slackened length of web material within an acceptable range of slack between the drawing station and the feed station. The supply of web material is disposed on a spool which rotates about a cylindrical shaft. The cylindrical shaft has a braking mechanism which protrudes from the shaft to generate a frictional force against the spool.
B26D 5/00 - Arrangements for operating and controlling machines or devices for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
A rotary molding system for molding food products, mold cavities formed when a mold shell rotates mold shapes disposed along the mold shell into a fill position between a fill plate and a wear plate. Molded food products are removed from mold cavities using knock-out cups, the use of air pressure, or the use of a vacuum source disposed below the mold cavity, without the need to slow the rotation of the mold shell. Knock-out cups may be used with a heating system to reduce accumulation of unwanted materials on the knock-out cups. The rotary molding system can also be used to form products with contoured surfaces. A smart tagging system can be used to ensure that compatible sets of mold shells and knock out cups are being used. A vacuum region may be disposed upstream of the fill position to remove air within the mold cavity prior to filling.
The food product: machine with a food supply, a rotary food pump connected to the food supply, a molding mechanism having a mold plate and a knockout drive, and a mold plate reciprocating between a fill and a discharge position. The knockout drive reciprocates a knockout plunger to discharge molded food products from the mold plate, the mold plate being reciprocated between a cavity fill position and a cavity discharge position. The machine includes a manifold connected an outlet of the food pump and having an outlet passageway connected to an inlet of the molding mechanism for filling the cavity of the mold plate. The machine can further include a fill plunger system for increasing the fill pressure of the food mass prior to filling the mold cavities. Plungers extend into the manifold to displace food mass volume and increase the pressure in the manifold.
A high speed food article slicing machine with a slicing station, a moveable frame supporting a food article feed mechanism frame, a food article gate, and a safety guard system for detecting an intrusion into the machine. Food articles are loaded onto a lift tray and raised to a staging position where food articles are in contact with a food article gate. The lift tray is located inline with the food article feed paths such that lateral shifting of food articles into the feed paths is not needed. Food article grippers, individually driven along feed paths by an overhead conveyor, move food articles over the food article gate towards the slicing station. The food article gate functions to assist in removal of food article end portions. The slicing machines utilizes a horizontally radiating laser intrusion detector to shut down systems when an unwanted intrusion is sensed.
A method for weighing sliced products to generate product batches of a pre- determined weight. A slicer slices products which are disposed onto a slice scale located beneath the output end of the slicer. An intermediate weight is measured at a pre-determined point in the slicing process. The intermediate weight information is used to calculate the minimum number of completion slices, based on thicknesses of the slices, needed to meet the target weight. The competed draft is transferred to a check sale where a final draft weight is measured and compared to a sum of the intermediate weight and the weight of the completion slices. Comparison of the weight is used to adjust slicing parameters for more precise targeting of the desired weight of the next draft. Completion slices may be adjusted in thickness to minimize the giveaway weight.
A card dispensing system for dispensing cards along a conveying surface which conveys sliced products downstream of a slicer for packaging the sliced products. A hopper contains a stack of cards which are withdrawn from the hopper by a suction force provided via at least one suction cup. The suction cup is moveable vertically to retrieve and remove the card from the hopper. The suction cup is moveable laterally to move the card into a receiving position where a card clamp on a clamp carriage arrives to receive the card. Suction force on the card is released when the card clamp clamps down on the card. The clamp carriage moves the card from the receiving position to the staging position where a nip engages with the card to feed the card through a junction in the conveyor line just as a food product passes over the junction.
An apparatus for acquiring a profile of a food product for use in subsequent processing of the food product includes a scanning area and one or more product drives for driving a product through the scanning area in a longitudinal direction. The system uses lasers, cameras, and a control system to calculate a first profile of the first surface at multiple positions along a length of the first surface as the product is driven through the scanning area.
A weight correction system for a slicing apparatus includes a weigh scale that weighs a draft of slices output from a slicer, a laser device arranged above the drafts of slices from the slicer, and a control that assigns a weight to each draft of slices, compares the weight to a pre-selected acceptable weight and determines a correction indicator representative of the number of slices to be added to or subtracted from each draft. The control commands the laser device to project the correction indicator onto a top slice of the draft. The laser device can project the correction indicator onto the draft as the draft is moving on a conveyor, or the laser device projects the correction indicator onto the drafts when the drafts are stationary, such as when the drafts are stationary in a packaging station.
A food handling system having a food product positioning system, vacancy reduction system, and a fill and packaging system. The positioning system has a controller for receiving data captured by a sensor and for instructing an alignment robot to move a food product to a destination position. The controller is capable of signaling the robot of the vacancy reduction system to move the food product from the food product parking station to fill a vacant food product position on the main conveyor. The shuttle packaging system includes the main conveyor for transporting food products in a longitudinal direction, a supply of open top containers displaced along a longitudinal direction and movable in the longitudinal direction into a filling station. The shuttle system includes a shuttle robot for moving food products from the main conveyor to an open top container in the filling station.
A high speed slicing apparatus and a weighing and classifying conveyor combination that provides plural advantages in productivity by enhancing portion control and yield, food hygiene by implementing an automated cleanup position, etc., and operation by employing a laser food article end detection system. The invention provides a mechanism and method for slicing multiple food articles, independent of feed rate, and the ability to weigh each product group from each food article to achieve optimal weight control and yield of each food article.
A high speed slicing apparatus and a weighing and classifying conveyor combination that provides plural advantages in productivity by enhancing portion control and yield, food hygiene by implementing an automated cleanup position, etc., and operation by employing a laser food article end detection system. The invention provides a mechanism and method for slicing multiple food articles, independent of feed rate, and the ability to weigh each product group from each food article to achieve optimal weight control and yield of each food article.
A sheet interleaver for a food patty-molding machine provides a multiple cavity mold plate reciprocating between a mold cover and a top plate. The interleaver includes hoppers for holding sheets, a sheet applicator that has a vacuum transfer shuttle with a receiving vacuum bar that is slidable between a sheet receiving position and a sheet dispensing position, and a sheet transfer device that has at least three suction cups arranged spaced apart to grip each sheet from a hopper to remove a single sheet with each cycle from a hopper and depositing the sheet on a vacuum transfer shuttle. The interleaver also includes a precise position controlled motor and a drive train that is driven by the precise position controlled motor. The drive train can drive the sheet applicator and/or the sheet transfer device.
B65B 25/08 - Packaging slices or specially-shaped pieces of meat, cheese, or other plastic or tacky products between layers or strips of sheet or web material, e.g. in webs folded to zig-zag form
A grinding machine has a shearing chamber that includes one or more edges that provide fulcrum points against which frozen block of material, such as frozen blocks of meat, can be held against during a reduction or shearing process. The edges may be arranged to limit the advancement of reduced blocks of material to provide more control on the size of the ground material that is ultimately output by the grinding machine. The grinding machine may also include an expansion zone into which reduced blocks can be temporarily held to accommodate volume increases during the reduction process. A feed screw advances the frozen blocks through the shearing chamber and includes pressure flighting to help shear material from the frozen blocks. The feed screw may include a knife holder that provides support for a knife held therein against the lateral forces experienced by the knife as the knife shears material adjacent the orifice plate.
A system includes a high speed reciprocating mold plate patty-forming machine and a downstream patty presser. The high speed patty forming machine provides patties at a high production speed onto an output conveyor portion. The patty presser includes an upper conveyor having an upper endless belt. The upper conveyor is located above the output conveyor, wherein facing belt surfaces of the upper and lower endless belts define a path between the upper and lower conveyors. The upper conveyor has a tilted section such that a first clearance at an input to the path is equal to or greater than a thickness of the patties and a second clearance at an outlet of the inlet length is less than a thickness of the patties at the input of the path. A shuttle conveyor is arranged at, the output of the path and delivers patties to an indexing packaging machine.
The invention provides a patty-forming machine with many improvements The machine includes a servo motor mold plate mechanism with improved swing links and reducer. The machine also includes a servomotor dnven knockout apparatus wherein the servomotor dnves a cam and lever arrangement. A food system uses an integrated and compact motor and gearbox assemblies to dnve the feed screws, and modular bearing assemblies on the shafts of the feed screws. The feed screws have heavy wall thickness flights. A sealed drum motor housed in the dnve roller dnves the hopper conveyor. The food system utilizes independent sensing means for indicating whenever the moldable food material accumulated at said one end of the hopper exceeds a given level. The cooling system with two fans and automatically closing dampers is improved and its placement and arrangement within the machine is optimized to save space and improve circulation.
An apparatus for modifying reciprocating mold plate patty-forming machine is provided, wherein a mold plate for a smaller machine may be fit into a larger machine. The apparatus includes a drawbar configured to mount the smaller mold plate and modified wider spacers to meet the smaller mold plate within the larger machine. Either a first mold plate having a first set of keyholes or a second mold plate having a second, different, set of keyholes is mounted to a single patty-forming machine. The apparatus also includes first and second sets of adapters and a drawbar for connection to driving rods of the patty-forming machine drive system. The first set of adapters has keys corresponding to the first set of keyholes in the first mold plate, the second set of adapters has keys corresponding to the second set of keyholes and both sets of adapters are selectively attachable to the drawbar.
A mold plate for use in a reciprocating mold plate patty-forming apparatus includes a flat body having a plurality of cavities for forming patties. The flat body has a fill side face and an opposite face. A grid pattern of grooves is formed on the second face extending longitudinally and laterally on the second face. The pattern extends a lateral distance that is about equivalent to an overall patty cavity field width. Longitudinal and lateral slots that penetrate though a thickness of the mold plate and flow connect fill side pressure and meat with the pattern of grooves on the second face to balance the pressure on the opposite faces of the flat body.
Industrial food processing machines, namely, machines for
slicing food products for packing and packaging in
commercial quantities, and parts therefor.
Industrial electric food processing machines, namely, machines for slicing food products for packing and packaging in commercial quantities, and parts therefor
37.
VARIABLE DIMENSIONED SEPARATION CHAMBER FOR FOOD PROCESSOR
A separation chamber particularly suited for meat processing is configurable to have various feed and discharge end diameters and/or chamber length. The separation chamber may also have configurable cutting perforations.
A food product alignment device for a conveyor includes a plurality of upright pins that act in pin pairs to align respective food products that approach the pin pairs on a moving conveyor. Particularly for round food products or food product stacks, a misaligned round food product will slightly pivot on the moving conveyor when contacting a first pin to be evenly positioned between the two pins of the respective pin pair. The pins are retractable to a position beneath the conveyor after the food products are aligned to allow the aligned food products to continue proceeding on the conveyor.
B65G 47/29 - Devices influencing the relative position or the attitude of articles during transit by conveyors arranging the articles, e.g. varying spacing between individual articles during transit by a single conveyor by temporarily stopping movement
A sheet interleaver is provided for a slicing machine that includes a slicing plane for slicing an elongated food product and a sheet from web material beneath the elongated product. The interleaver includes a supply of web material, a drawing station, a feed station, and a controller. The drawing station has a first driver for drawing web material from the supply. The feed station has a second driver for receiving web material from the drawing station and driving the web material through a cutting nip into the slicing plane. The controller is in signal-communication with at least one of the first and second drivers to drive web material at select differential speeds by the first and second drivers such that tension between the drawing station and the feed station is controlled to allow a slackened length of web material between the drawing station and the feed station.
A sealing arrangement is provided for a product weigh scale for a food processing apparatus the weigh scale including a support for supporting a product, a member that carries the support, and a weight sensor that senses vertical load on the member. The sealing arrangement includes a seal surrounding the member beneath the support, the seal having a first sealing surface configured to be sealed against a cabinet, and a second sealing surface. The seal is movable between an inactive position wherein the second sealing surface is out of contact with the support and a sealing position wherein the second sealing surface seals against the support. The seal includes a stationary part having the first sealing surface and a sliding part having the second sealing surface.
A sheet interleaver is provided for a slicing machine that includes a slicing plane for slicing an elongated food product and a sheet from web material beneath the elongated product. The interleaver includes a supply of web material, a drawing station, a feed station, and a controller. The drawing station has a first driver for drawing web material from the supply. The feed station has a second driver for receiving web material from the drawing station and driving the web material through a cutting nip into the slicing plane. The controller is in signal-communication with at least one of the first and second drivers to drive web material at select differential speeds by the first and second drivers such that tension between the drawing station and the feed station is controlled to allow a slackened length of web material between the drawing station and the feed station.
Food processing machines, namely, machines for molding,
stacking, scoring, and rolling hamburgers, steaks and other
molded food products, and parts therefor.
A stacking conveyor for receiving slices cut from a food loaf or slab includes a frame, an endless belt conveying surface, a carrier, a plurality of pins, and a motive mechanism. The endless belt conveying surface is supported by the frame. The carrier is arranged beneath the top surface of the endless belt conveying surface. The plurality of pins protrude upward from the carrier, each of the pins having a sharp top end. The motive mechanism is configured for raising the carrier to elevate the top ends of the pins above the top surface of the endless belt conveying surface to receive and impale a first slice of a stack. The pins are then retracted beneath the conveying surface.
(1) Food processing machines, namely, machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products, and parts therefor.
(1) Food processing machines, namely, machines for molding hamburgers, turkey burgers, sausage patties, and other molded food products, namely, meat burgers and meat patties, and parts therefor.
Electric food processing machines, namely, machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products, and parts therefor
Electric food processing machines for use in commercial food processing, namely, machines for molding hamburgers, turkey burgers, sausage patties and other molded food products, and parts therefor
49.
ANGLED FILL PORTS AND SEAL-OFF-ARRANGEMENT FOR PATTY-FORMING APPARATUS
A food patty molding machine has a reciprocating mold plate. A fill plate, interposed in the fill passage immediately adjacent the mold plate, has a multiplicity of fill orifices throughout an area aligned with the mold cavity when the mold plate is in its fill position. The fill orifices define paths through the fill plate, wherein the paths have an inlet portion perpendicular to a fill side face of the mold plate connected to an outlet portion that is obliquely angled to a fill side face of the mold plate. A movable seal-off stripper plate having a multiplicity of fill openings aligned one-for-one with the fill orificesis interposed in the fill passage immediately adjacent the face of the f plate opposite the mold plate. The stripper plate is movable along a path transverse to the mold plate path between a fill location and discharge location.
A loaf end trimming station for a high speed food loaf slicing machine, includes a frame, a first knife and a second knife spaced apart along the frame and oriented in positions corresponding to a lead end trimming location and a trailing end trimming location of a food loaf. The trimming station includes a loaf cutting support for receiving the loaf, and a motive mechanism to move the loaf cutting support toward the knives to trim ends off of the loaf. The trimming station includes a loaf staging support, wherein the loaf cutting support deposits the loaves on the loaf staging support after being trimmed by the knives. The loaf staging support is tiltable between a staging position to collect trimmed loaves and a loading position to deliver trimmed loaves to the high speed food loaf slicing machine.
A mechanism and method is provided for controllably loading multiple food loaves into the slicing station of a continuous slicing machine. The parallel loaves that are engaged by a common loaf feed drive or side-by-side, independent loaf feed drives are engaged by the loaf feed drive or drives simultaneously such that the interface or seam between a preceding loaf and a trailing loaf in different loaf feed paths are located substantially at the same location during slicing of two side-by-side loaf streams. A clamp device is provided that clamps multiple food loaves when loaded to move along the parallel food loaf paths together, wherein the clamp device can be released once the multiple food loaves are simultaneously engaged by the loaf feed drive.
Food processing machines; machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products; machines for slicing food products; parts and fittings for the aforementioned goods.
Food processing machines, namely, machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products, and machines for slicing food products, and parts therefor
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Machines and machine tools; comestible forming machines; component parts for comestible forming machines; mould plates used by comestible forming machines to form comestibles; comestible slicing systems; motors and engines; machines coupling and transmission components. Computer hardware and computer software; computer software used in slicing systems; user and instruction manuals provided in electronic form. Research, design and consultancy services relating to computer hardware, software, machines and machine tools; provision of information in the fields of computer hardware, software, machines and machine tools; computer programming; support and maintenance services for computer software.
(1) Food processing machines, namely, machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products, and parts therefor
FOOD PROCESSING MACHINES, NAMELY, MACHINES FOR MOLDING, STACKING, SCORING, AND ROLLING HAMBURGERS, STEAKS AND OTHER MOLDED FOOD PRODUCTS, AND PARTS THEREFOR
FOOD PROCESSING MACHINES, NAMELY, MACHINES FOR MOLDING, STACKING, SCORING, AND ROLLING HAMBURGERS, STEAKS AND OTHER MOLDED FOOD PRODUCTS, AND PARTS THEREFOR
Food processing machines; machines for molding stacking, scoring, and rolling hamburgers, steaks and other molded food products; parts and fittings for the aforementioned goods.
Food processing machines, particularly including machines for molding, stacking, portioning, cutting, scoring, rolling and kneading hamburgers, steaks and other molded food products; parts of such machines.
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Machines and machine tools; comestible forming machines; component parts for comestible forming machines; mould plates used by comestible forming machines to form comestibles; comestible slicing systems; motors and engines; machine coupling and transmission components. Computer hardware and computer software; computer software used in slicing systems; user and instruction manuals provided in electronic form. Research, design and consultancy services relating to computer hardware, software, machines and machine tools; provision of information in the fields of computer hardware, software, machines and machine tools; computer programming; support and maintenance services for computer software.
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Machines and machine tools; comestible forming machines; component parts for comestible forming machines; mould plates used by comestible forming machines to form comestibles; comestible slicing systems; motors and engines; machine coupling and transmission components, but not including any of the aforesaid goods for use in the production, transport, distribution and commercial supply of electric power. Computer hardware and computer software; computer software used in slicing systems; user and instruction manuals for all the aforesaid goods provided in electronic form; none of the aforementioned goods for use in the production, transport, distribution and commercial supply of electric power. Research, design and consultancy services relating to computer hardware, software, machines and machine tools; provision of information in the fields of computer hardware, software, machines and machine tools; computer programming; support and maintenance services for computer software, but not including any such services for use in the production, transport, distribution and commercial supply of electric power.
MACHINE PARTS, NAMELY, SLICING BLADES FOR USE IN COMESTIBLE SLICING SYSTEMS; COMESTIBLE SLICING SYSTEMS COMPRISING A MACHINE FOR SLICING COMESTIBLES AND SLICING BLADES AND CONVEYORS FOR TRANSPORTING SLICED COMESTIBLES SOLD AS A UNIT
food processing machines, namely, machines for molding, stacking, scoring, and rolling hamburgers, steaks and other molded food products, and machines for slicing food products, and parts therefor
09 - Scientific and electric apparatus and instruments
Goods & Services
electrically and electronically operated machines for slicing, forming, dispensing, arranging and proportioning meat electrically and electronically operated machines for weighing meat
09 - Scientific and electric apparatus and instruments
Goods & Services
electrically and electronically operated machines for slicing, forming, dispensing, arranging and proportioning meat electrically and electronically operated weighing machines
(1) Food processing machines, namely machines for molding, stacking, scoring, and rolling, hamburgers, steaks, and other molded food products, and parts and accessories therefor.
