30 results about "Crate" patented technology

The utility model discloses a kind of assembled wooden boxes, including first side plate, second side plate and connecting assembly, and first side plate and second side plate are fixed as assembled wooden box by connecting assembly and are spliced together. Two installation parts of vertical adjacent are provided on connecting assembly, and the outside of two second side plates of corresponding respectively is provided with, and with first side plate detachably fixed connection. Installation part includes first clamping part of side vertical setting, driving member is movably provided on installation part, driving member drives and connects second clamping part, the insertion gap for second side plate insertion is formed between first clamping part and second clamping part, and second clamping part is relatively close or far from first clamping part by the activity of driving member to drive. Second clamping part makes the stroke far from first clamping part by opening driving member, and second side plate can be released, and simultaneously, first side plate and connecting assembly are also using detachable fixed connection, so that the disassembly of assembled wooden box is more convenient.

A heating, ventilation, and air conditioning (HVAC) backpack for modular animal crate is disclosed. The HVAC is configured to provide a climate-controlled environment within the modular animal crate. The HVAC backpack includes a framework that supports the components of the HVAC unit and mounting to the modular crate. The HVAC backpack may include a control module with a touchscreen display to receive control inputs for operation of the HVAC unit and provide a visual display of conditions within the modular crate. One or more sensors carried by the HVAC backpack monitor air quality delivered to the modular animal crate. The control module may include alerting the user to conditions within the crate. A communications module allows for remote control operation of the HVAC backpack and receiving alerts to conditions within the modular crate.

This utility model discloses a steel-strapped wooden crate board processing equipment, comprising: a board support platform for supporting the board; two pressing components respectively disposed on the sides of two adjacent edges of the board support platform; each pressing component includes: a lower pressing platform for supporting the edge of the board; a pressing drive device fixedly disposed above the lower pressing platform; and several lower pressing blocks driven by the pressing drive device to move up and down. By setting two pressing components, two adjacent edges of the board can be pressed simultaneously, allowing the nail-like structure of the steel strip to be inserted into the board, thus fixing the steel strip to the board. This design allows the connection between the steel strip and the board to be completed by repeating the pressing process only twice, effectively improving processing speed and facilitating rapid production in factories.

Gripping device for crates having a first abutment and a second abutment in contact with two panels of a crate that are adjacent and perpendicular to one another. A first presser, in the active position, is able to press on the free edge of the first panel, exerting an operating thrust along at least the main direction, and a second presser, in the active position, is able to press on the free edge of the second panel, exerting an operating thrust along at least the main direction. A first cursor, in the operating position, is able to engage with the first panel, to prevent a movement of the first panel along the main direction, and a second cursor, in the operating position, is able to engage with the second panel, to prevent a movement of the second panel along the main direction.

A container (1) configured for transporting a commodity, comprising a base (3) extended by a side face (2), the base (3) and the side face (2) being arranged to define an interior zone, the base (3) comprising at least one discharge opening (5) configured to allow the discharge of a liquid from the interior zone, characterized in that the at least one discharge opening (5) is at least partially surrounded by a protective wall (6), said protective wall (6) being traversed by at least one discharge channel (41, 42), and a top of said protective wall (6) extending towards the interior zone at a first distance from the base (3), the first distance being strictly greater than zero. Figure 3

This utility model belongs to the field of apple feeding technology, and in particular to a feeding device for an apple sorting machine. It includes a base, a horizontal plate on top of the base, and a lifting assembly for raising and lowering the horizontal plate. Two vertical plates are symmetrically fixed to the top of the horizontal plate, and a U-shaped plate is positioned between the two vertical plates. Rotating shafts are fixed to both side walls of the U-shaped plate, and each rotating shaft is rotatably connected to the side wall of the adjacent vertical plate via bearings. This utility model, by setting up a base, horizontal plate, lifting assembly, vertical plates, U-shaped plate, rotating shafts, drive assembly, placement slot, and clamping assembly, can clamp and fix apple crates to the horizontal plate, and can raise and deflect the apple crates, thereby allowing the apples in the crates to be poured into the sorting machine. This eliminates the need for manual labor to pour the apples into the sorting machine, thus reducing the labor intensity of workers and providing good performance.

An experimental miniature pig farrowing crate includes a farrowing crate, a slatted floor, a fixed enclosure, a feeding trough, a ramp, a movable enclosure, a fixing frame, and locking rods. The ramp is connected to the front of the farrowing crate, which has a storage cavity inside. A discharge pipe is located at the rear of the farrowing crate and communicates with the storage cavity. The discharge pipe is connected to a nut via a threaded connection. The fixed enclosure is connected to the upper part of the farrowing crate. The front of the fixed enclosure is connected to a main enclosure door via a shaft, and the sides of the fixed enclosure are connected to secondary enclosure doors via shafts. The fixed enclosure is connected to the feeding trough, which is connected to the farrowing crate. The feeding trough has a water trough and a feed trough. A sow activity area is located in the middle of the farrowing crate, and piglet activity areas are located on both sides of the farrowing crate. The farrowing crate has an installation groove that is adapted to the slatted floor and is connected to the slatted floor.

Stormwater management systems, methods, and apparatus for containing and filtering runoff may be provided. In one implementation, a stormwater management crate for managing stormwater runoff may be provided. The stormwater management crate may include a top plate having a first plurality of support column attachments and one or more support column assemblies located below the top plate; the one or more support column assemblies being affixed to the top plate at the support column attachments. The stormwater management crate may further include an intermediate plate may be located below the top plate and above the bottom plate. The intermediate plate may have a third plurality of support column attachments. The intermediate plate may be lightweight and may weigh less than one or both of the top plate and the bottom plate.

A crate can include a base panel that defines a bottom surface of the crate and a plurality of side panels extending upwardly from the base panel to define an interior cavity of the crate. The crate can further include an adjustable leg that can be moveably coupled to the base panel. The adjustable leg can be configured to move relative to the base panel between a stored configuration, wherein the adjustable leg is substantially parallel with the base panel, and an extended configuration, where the adjustable leg extends away from the plurality of side panels.

The utility model relates to a combined nested type fruit plastic carrying frame which comprises a mother frame and child frames, the frame opening edges of the mother frame and the child frames are provided with turned-over edges, the frame bottoms and the side walls of the mother frame and the child frames are provided with meshes, the depth of the mother frame is larger than the height of the child frames, and the two child frames can be exactly arranged in the mother frame side by side. A certain gap exists between the frame opening flange of the sub-frame and the inner wall of the mother frame; a positioning groove is formed in each side wall of each sub-frame, and a positioning bulge matched with the positioning groove in each side wall of each sub-frame is formed on each side wall of the mother frame. The combined nested type fruit plastic carrying frame facilitates classified storage of fruits during picking or sorting, and two kinds of fruits can be combined and packaged through the combined nested type fruit plastic carrying frame, so that packaging and transferring are facilitated; the two sub-frames can be used for containing the same fruits so as to reduce extrusion among the fruits, meanwhile, metering is convenient, separated carrying is convenient, and labor intensity is reduced. The child frame is placed in the mother frame stably, and the child frame can go in and out of the mother frame smoothly.

1. Name of the product in this design: Pet Airline Crate. 2. Purpose of this design: for pet transport, and also suitable for placing pets during carrying or other transportation. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

Aspects of the present invention relate to an order fulfillment system. The order fulfillment system may include one or more product guidance areas. A given product guidance area may include a plurality of product storage devices, each holding a plurality of products, and a product transfer device capable of operating to transfer products from among the plurality of products into a shipping container. The order fulfillment system may include an autonomous mobile robot (AMR). A given AMR may move to a shipping container delivery system to receive a shipping container. The AMR may then move the shipping container to the product transfer device to receive the products. The AMR may then move to at least one location for further processing of the shipping container. Conveniently, the order fulfillment system can be combined with a production system. In a configuration where the product storage device is a universal crate, if the universal crate is empty, the universal crate is returned to the production system and refilled with products.

Cargo Box and Coupling System. The invention relates to new logistics and combined transport systems scaled to the city level, enabling the inclusion of river transport in last-mile delivery. To this end, the invention relies, firstly, on a multimodal cargo box (1) equipped with corner attachments allowing the box to be joined with two other identical boxes to form a single unit (100) with a footprint comparable to a standard shipping container. Secondly, it relies on a coupling system for last-mile delivery of the cargo box, comprising a linkage system for attaching it to a vehicle and a receiving structure for securing the cargo box. This structure includes a guidance system with at least one stop and / or guide cones to aid in positioning the cargo box on the vehicle. (See Fig. 7 for abbreviated version.)

This utility model discloses a framing machine for splitting stacked material crates into individual material crates. It includes a frame, a movable support slidably connected to the frame, a support cylinder mounted on the frame for driving the movable support vertically, a transfer cylinder mounted on the frame for driving the movable support horizontally, and a mechanical gripper mechanism mounted on the movable support that can both hold the stacked material crates and split them into individual material crates. The support cylinder, transfer cylinder, and mechanical gripper mechanism work together to transfer the stacked material crates from the material crate conveyor line to the individual material crate conveyor line for framing. This utility model uses a combined structure of frame, movable support, support cylinder, transfer cylinder, and mechanical gripper mechanism to achieve the framing function, reducing the labor intensity of production workers and improving production efficiency. This utility model is suitable for use when it is necessary to split stacked material crates into individual material crates.

1. Name of this design product: Pet Transport Crate (Upgraded Version). 2. Purpose of this design: For taking pets out. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the key design points: Design 1 3D diagram 1. 5. Design 1 is designated as the basic design.

The utility model relates to pet aviation technical field discloses foldable pet aviation case, including lower cover, the top of lower cover is provided with upper cover, the top of lower cover is installed with folding mechanism, folding mechanism is used for the folding of this device, the top left side of lower cover is installed with the opening and closing mechanism, the opening and closing mechanism is used for the switch of this device, the opening and closing mechanism includes two second frames, two second frames are installed in the top front and rear end of lower cover respectively, the middle part of second frame is fixedly connected with the baffle, when needing to fold the box body, the square buckle of rotating upper cover front and rear end, the sliding multiple clamping plate makes it with the clamping block of first frame and second frame top separate, then will two first frame with two second frame respectively fold to the inside, after folding, the square buckle on the upper cover is engaged with the clamping groove, realizes the folding of device, and it is convenient to store.

This application discloses a compact, reusable, heavy-duty wooden crate, including a frame structure. The frame structure includes a square-shaped bottom module and a top module arranged at intervals. The top module includes a first crossbeam, a second crossbeam, and at least two sets of first connectors arranged along the length of the top module. Along the length of the top module, the first connectors are all connected via the first crossbeams. Along the width of the top module, each set of first connectors is connected via a second crossbeam. The bottom module includes a third crossbeam and at least two sets of second connectors arranged along the length of the bottom module. The second connectors correspond to the first connectors. Along the width of the bottom module, each set of second connectors is connected via the third crossbeam. The two ends of a connecting column are respectively connected to the upper and lower aligned first and second connectors, thus fixing the bottom and top modules. This disclosed embodiment uses a frame structure to assemble the wooden crate, reducing the labor intensity and installation difficulty of crate assembly.

This utility model discloses a silver sheet assembly for new energy batteries, including silver sheets for connectors and a packaging box. The packaging box includes an upper box and a lower box, with antistatic pearl cotton inside. The antistatic pearl cotton is coated with antistatic liquid. Insert rods and insertion holes are respectively provided on the contacting end faces of the upper and lower box bodies. Each of the upper and lower box bodies has a locking block fixedly installed on the lower edge of its left side and a locking groove on its right side. After installation, the combination of the two locking blocks matches the combination of the two locking grooves. Positioning grooves are provided on the top and bottom surfaces near the edges of both the upper and lower box bodies. The packaging box also includes a retaining block. This application, by setting up a packaging box, encapsulates the silver sheets for connectors. The antistatic pearl cotton eliminates static electricity, and the packaging box provides protection, shortening the steps before loading into the wooden crate and saving on production processes.

This invention relates to the field of intelligent conveying technology, specifically an intelligent fruit crate delivery and obstacle avoidance system based on an omnidirectional mobile robot. The system includes a spatiotemporal fusion mapping module, a rolling temporal path optimization module, a distributed cooperative path encoding module, a trajectory tracking and torque compensation control module, a visual servo fine-tuning placement module, and a task closed-loop self-checking log module. The system performs spatiotemporal fusion mapping on the operating environment information to obtain a dense temporal environment map; performs rolling temporal optimization on the motion state to obtain a continuous curvature smooth path; performs consistent encoding on the cooperative path information to obtain conflict-free path instructions; performs torque compensation adjustment on the intelligent fruit crate delivery path to obtain a stable crate delivery state; performs visual servo fine-tuning on the target robot to obtain a zero-impact crate placement result; and performs a state self-check on the zero-impact crate placement result to obtain a closed-loop task execution log. This invention can improve the efficiency of obstacle avoidance in intelligent fruit crate delivery.

The application provides a kind of enclosure box base, including hollow pallet, and the top wall of pallet is provided with a plurality of first recesses recessed to one side of the cavity to form the first stop edge, and the bottom wall of the pallet is provided with a plurality of second recesses recessed to one side of the cavity to form the second stop edge, the first recess and the second recess are arranged along the first direction, the first stop edge and the second stop edge form a placement cavity in the cavity, a steel pipe is inserted into the placement cavity, the outer wall of the steel pipe abuts against the inner wall of the placement cavity, and the application further comprises a sealing end cover for sealing the steel pipe in the placement cavity, the outer wall of the steel pipe abuts against the first stop edge and the second stop edge, so as to limit the movement of the steel pipe in the cavity of the hollow pallet, improve the stability of the steel pipe in the cavity; the steel pipe is arranged along the first direction, so as to strengthen the bending resistance of the hollow pallet in the first direction and improve the carrying capacity of the pallet in extreme environment.

The transport and storage assembly comprises a skip (12) with a rear opening (124), a removable container (13), and rotating guide means that allow the container (13) to be placed in the skip (12) and the container (13) to be removed from the skip (12) by longitudinally moving the skip (12) in rolling and / or sliding contact with the container (13) and by passing the container (13) through the rear opening (124) of the skip (12). Fig. 1

The utility model provides a kind of packing wooden box of quick dismounting, it is related to packing container technical field, comprising: lifting base, the upper position of lifting base is installed a set of butt joint frame in corner, the upper position of lifting base is installed a set of transverse plate and side plate, the upper position of transverse plate and side plate is installed a sealing cover, transverse plate and side plate are mutually spliced in right angle shape, the bottom position of sealing cover is also installed a set of butt joint frame in corner. Through the structure design of slot type splicing, spring clamping locking, the tool-free assembly and disassembly of wooden box are realized, the splicing slot of butt joint frame is clamped with the edge of transverse plate and side plate, preliminary fixation of box frame can be completed without bolt;The stable block of quick locking structure can be smoothly inserted through the hole position of butt joint frame and transverse plate, cooperate with the automatic clamping of the inclined surface of locking block and stop block, overall locking can be completed within a few minutes by one person;The problem of traditional wooden box is solved by bolt and pin stability.

The present disclosure relates to the field of pet supplies, and in particular, to a door lock for a pet crate. The door lock for a pet crate provided in the present disclosure includes a crate body provided with a door opening at a side of the crate body; a door body connected to a side of the crate body adjacent to the door opening; and a locking assembly connected to the door body.

The utility model discloses a kind of foldable edge strips applied to fence box, it is related to fence box edge strip technical field, including first half strip, the side of first half strip is equipped with second half strip, the other side of the back of first half strip is connected with the other side of the front of second half strip by connecting soft film, the side of the back of first half strip and the side of the front of second half strip are evenly provided with insertion tube, the top of two insertion tubes is equipped with jack, the inside of two jack is penetrated by insertion rod, the bottom of two insertion rods is equipped with through-hole, the inside of through-hole is inserted with limit rod, the side wall of first half strip is provided with first magnetic attraction piece, the side wall of second half strip is provided with second magnetic attraction piece. The utility model is provided with a series of structures, to reduce the storage space occupied by edge strip after completing use, more convenient for the storage of edge strip, can improve the stability of this folding edge strip after unfolding connection.

1. Name of the product in this design: Pet Airline Crate. 2. Purpose of this design: for pet transport, and also suitable for placing pets during carrying or other transportation. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

This utility model provides a duck unloading device for a transport truck, belonging to the field of transportation and unloading technology. It effectively solves the problems of low unloading efficiency and high labor intensity for workers in current duck unloading trucks. The technical solution includes an unloading pallet mounted on the truck bed, a limit plate above the unloading pallet, a top plate on the side of the limit plate facing the rear of the truck bed, a loading pallet on the unloading platform that docks with the unloading pallet, a displacement component connected to the unloading pallet, a pressing component between the top plate and the limit plate, and an electric winch connected to the side of the loading pallet away from the truck bed via a traction rope. The beneficial effect of this utility model is that it provides a duck unloading device that can quickly unload duck crates from the truck bed.

This utility model relates to the technical field of pomelo processing equipment, and discloses a stacking and palletizing device for pomelo placement crates. The device includes a main body, with a belt conveyor and a gripping robotic arm fixedly connected to the top of the main body. A forklift arm slot is provided on the right side of the top of the main body. In this utility model, the belt conveyor, gripping robotic arm, and double stacking and palletizing components enable efficient transport and precise transfer of pomelo placement crates. The gripping robotic arm automates the handling and gripping, cooperating with the belt conveyor to transport the placement crates between two symmetrical stacking and palletizing components. An electric lifting rod drives the lifting seat and stacking guard to rise and fall. A guide sleeve and guide rod frame work together to ensure accuracy. A positioning slider slides within a positioning groove to enhance stability. An electric telescopic rod drives the palletizing claws to lift and stack the crates. Guide rollers reduce friction, and anti-slip pads prevent slippage. These structures ensure stable stacking, uniform force distribution, and prevent tipping, thus improving stacking quality and efficiency.