54 results about "Transporter" patented technology

A system is disclosed including a transporter, having a top load bearing surface or bed, and four wheeled articulating legs, that may be operated by a single user / operator, and can be lowered or raised by changing the lengths or angles of its legs while maintaining the transporter bed level. The legs that may be folded up to be loaded onto or unloaded from a truck bed, or a stationary platform, by a single operator while carrying heavy load. The loading and unloading process is assisted by various safety brakes that prevent accidental slippage of the transporter off the truck bed. The legs' angles are changed using a dual-threaded lead screw. The transporter further includes two edge detectors on the front-end and the rear-end to detect the edge of the truck bed automatically, and prepare the folding of the transporter legs for loading onto the truck bed.

An apparatus is disclosed. The apparatus includes an external conveyor and a storage area. The external conveyor is configured to convey baggage to and from the storage area. The baggage can be sorted to the storage area by a lateral sorter and a vertical sorter. The baggage is conveyed by a storage area conveyor from a front of the storage area to a back of the storage area.

The technical solution relates to the field of transportation, and more particularly to auxiliary devices and methods for collecting data for machine learning using vehicles such as, for example, a personal transporter. What is proposed is a method for collecting data for machine learning. A need exists to speed up the preparation of data suitable for machine learning and thus reduce the time taken to prepare machine learning models trained on big data. The technical result achieved by the claimed technical solution, in addition to providing a product and / or process which fulfils its intended purpose, is that of increasing the speed of preparation of data suitable for machine learning, including increasing the speed of preparation of big data which can be used for machine learning. In certain aspects of the invention, a further technical result achieved is that of also improving road traffic safety.

1. Name of the designed product: transport vehicle (cruise). 2. Use of the designed product: the designed product is used for transporting goods. 3. Design points of the designed product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

The invention relates to a conveyor system designed for integration with a transporter system, specifically at an unloading position where the track is vertically oriented. The conveyor system comprises an unloading station featuring a plurality of parallel endless loop conveyors, which are spaced apart to define gaps that accommodate fingers of a carrier rack from the transporter system. A supporting structure maintains the alignment and stability of the conveyors, while a drive mechanism ensures synchronous operation. As the carrier rack descends vertically along the track at the unloading station, its fingers pass through the gaps, allowing the conveyors to engage and transfer the product from the carrier rack to the conveyor system. This configuration facilitates efficient and stable unloading of products, enhancing the overall efficiency of the integrated system.

This invention relates to lifting devices. In particular, the invention relates to a lifting device and to a loading accessory. The lifting device includes attachment means configured to attach onto a support structure to define an anchor point; a loading accessory for engaging a load to be displaced; and a lifting mechanism connected to the attachment means at one end and to the loading accessory at the other end, the lifting mechanism selectively operable to operate in a first lifting mode as a single degree of freedom lever about the anchor point and in a second lifting mode as a horizontally stabilised loading lift. The loading accessory includes a lifting device as described; and a conveyor on an upper surface of the support structure to facilitate movement of a load on the surface of the support structure.

A electronic apparatus manufacturing apparatus includes at least two transporters transporting process products, a processor performing a manufacturing process on a process product transported by at least one of the at least two transporters, a processor measurer disposed on the processor to measure a processor vibration of the processor, and a controller calculating a processor frequency response of the processor based on the processor vibration and adjusting a velocity and a position of each transporter and / or a number of transporters arranged in one area among the at least two transporters based on the processor frequency response.

To provide a heat treatment apparatus capable of continuously heat-treating a workpiece.SOLUTION: The heat treatment system includes a conveyance path 10 connected annularly, a plurality of carriers 5 moving along the conveyance path 10, a carry-in station, a carry-out station, one or a plurality of heat treatment stations 11, 12, 13, and a moving means 16 for moving the carriers 5. The plurality of carriers 5 are connected and all the carriers 5 are integrally moved. The heat treatment stations 11, 12, 13 have heat treatment devices 40, 60, 61 and a transfer device 7. A work is mounted on a carrier 5 at a carry-in station, the carrier 5 is moved to heat treatment stations 11, 12, 13, the work is transferred from the carrier 5 to a heat treatment device by a transfer device 7, the work is heat-treated, the work is returned to the carrier 5 by the transfer device 7, the carrier 5 is moved to a discharge station, and the work is carried out.SELECTED DRAWING: Figure 3

A method includes providing, by server computer to a service provider, an onboarding interface for onboarding a service provider to accept returns initiated by end users and from a plurality of available transporters, and then receiving, by the server computer, selections from the service provider regarding different options for processing returns via the onboarding interface. The server computer can receive a plurality of return orders for a plurality of items from a plurality of end users. and process the return orders according to the stored and selected options.

The utility model provides an anti-blocking device of an embedded scraper transporter, which comprises a shell, two opposite sides of the shell are respectively provided with an open groove, the shell is provided with a movable frame, the movable frame is provided with two baffles, the two baffles are respectively arranged on the two opposite sides of the shell, the movable frame is further provided with a connecting rod, the shell is further provided with a fixed frame and a handle, and the fixed frame is provided with a connecting rod. When the handle rotates, the connecting rod drives the movable frame to ascend and descend on the shell and enables the baffle to be close to or far away from the opening of the groove, and when the handle rotates till the rotating connection rod abuts against the face, far away from the movable frame, of the fixed frame, the baffle and the groove are staggered. The utility model further provides the embedded scraper transporter which comprises the anti-blocking device of the embedded scraper transporter. The embedded scraper transporter solves the technical problem that an existing embedded scraper transporter is inconvenient to clean blocked materials, and has the technical effects that the blocked materials can be conveniently taken out, and the operation is simple.

This utility model relates to the field of intelligent parking technology, and in particular to a transporter that uses friction wheels for transmission and rollers for conveying. It includes a lateral moving platform with a power transmission control component, a storage platform on one side of the lateral moving platform, a storage roller fixedly connected to the upper part of the storage platform, and an elastic rubber baffle fixedly connected to the upper part of the storage platform. The elastic rubber baffle includes a hollow column, a compression spring fixedly connected to the upper part of the inner side of the hollow column, a guide column fixedly connected to the lower part of the compression spring, a collection box fixedly connected to the upper part of the guide column, a ramp at the upper end of the collection box, a groove at the bottom of the collection box, a push-pull box slidably connected to the inner side of the groove, and rotating brush assemblies rotatably connected to both sides of the upper end of the collection box. In this utility model, the elastic rubber baffle, by its own elasticity, reduces the risk of roller rotation being obstructed due to foreign objects and scratching the vehicle chassis, ensuring the reliability of the transporter's operation and vehicle safety.

The application discloses a method for determining a safe passage for quick loading and unloading of a large transporter, which fully considers the influence of external environment and the safety limit conditions of the quick loading and unloading object, realizes quick measurement of the safe passage width, and provides reasonable and reliable core data for quick loading and unloading scheme making. Compared with the traditional multiple experiment determination, the method has higher universality and safety. In actual application, the efficiency of loading and unloading of the transporter can be greatly improved.

According to the storage equipment for storing and taking the articles through the article taking device with the telescopic forks, a transporter moving along a roadway is provided with the article taking device 1 capable of ascending and descending along a guide column, the article taking device 1 comprises two transverse fork transverse moving frames capable of oppositely translating in a reciprocating mode along a base frame guide rail, and the two transverse fork transverse moving frames are each provided with a transverse fork 121 which is used for bearing and transferring the articles and overhangs oppositely. And each group of transverse forks 121 are mutually staggered and inserted, and can independently and slightly ascend and descend to alternately bear articles. Any group of extending transverse forks 121 can be inserted into a shelf comb table 4 of a goods shelf to take and place goods. The transporter can also be provided with two groups of oppositely arranged longitudinal forks 311 to be inserted into the notches on the transverse forks 121 and to transfer and temporarily store the articles. Compared with the prior art, the transmission mechanism is simpler, the storage space utilization rate is higher, and the storing and taking speed is higher.

The mechanical automated warehouse (20) comprises: - at least two horizontal fixed supports for holding in position a plurality of boxes (21) comprising products to be conveyed, each horizontal fixed support at a certain height being referred to as "fixed support"; - at least one conveyor (27) configured for supporting the horizontal movement of at least one box, each conveyor being positioned at a conveying height different from the height of each fixed support, at least one conveyor being positioned between two horizontal fixed supports; and, - at least one mobile carriage (23) equipped with a picking head (39) and a motor (34, 38) for moving the picking head, the at least one mobile carriage (23) being configured to pick up a single box at the box support, to move the single box vertically upwards to the conveying height, and to mechanically connect the moved box to the conveyor placed at the conveying height.

An example transporter includes: a chassis with a locomotive assembly; a first basket supported on the chassis, the first basket configured to collect items for an order; an item sensor configured to detect the items; a picking arm supported on the chassis and having a second basket extending from the picking arm, the picking arm configured to engage the items and draw the items into the second basket; and a processor configured to: in response to detecting the target item by the item sensor, move the picking arm to position the second basket to receive the target item; control the picking arm to engage the target item and draw the target item into the second basket; and control the second basket to deposit the target item into the first basket.

The invention relates to an assembly (5) for transferring a plurality of goods holders (106) from a first (1) storage and retrieval system to at least one second (2) storage and retrieval system. The assembly (5) comprises a receptacle (10) for holding a plurality of goods holders (106) in a stack, a guideway (15) connecting the first (1) storage and retrieval system and the second (2) storage and retrieval system and a transporter (20) in engagement with the guideway (15), wherein said transporter (15) is configured to transfer the receptacle (10) along the guideway (15) between the first (1) and the at least one second (2) automated storage and retrieval system. The invention further relates to a method for transferring in one go a plurality of goods holders (106).

A carrier for a sample holder includes a frame defining a holding space to receive the sample holder. The frame is configured to enclose the sample holder at least partially on a plurality of sides. The frame is configured to enable visual inspection of at least a sample area of the sample holder. The frame includes at least one handling structure configured to be engaged by a handling device.

A control device according to the present disclosure is used in a delivery system that uses a transporter for accommodating a carriage on which an article is loaded in a cargo chamber and delivering the carriage to deliver the article to an accommodation chamber in which multiple carriages are disposed. The control device includes a storage section configured to store correspondence information in which identification information on the article, identification information on the carriage on which the article is loaded, and information on a disposition position of the carriage disposed in the accommodation chamber are associated with each other, and a management control section configured to manage a movement of the article by using the correspondence information.

Systems and methods provide a supply of consumables to a processing instrument that uses one or more consumables for each of a plurality of processes performed by the instrument. The system includes a loading drawer holding a carrier for receiving a plurality of consumables, and an input module for holding the carrier supporting the plurality of consumables thereon and presenting the consumables for access to an instrument. The conveyor comprises a vertical elevator and a transverse actuator for vertically and transversely moving the lift platform and for transporting the carrier on the lift platform between the loading drawer and the input module, between the loading drawer and the one or more retainers, or between the input module and the one or more retainers, and consumables are supported or not supported on the support frame. The carrier includes parallel support rails for holding the plurality of receiver units and holding tabs for holding the units on the support rails.

1. The name of the design product: crawler transport vehicle (XN800). 2. The use of the design product: used for material transportation in complex terrain such as muddy and rugged terrain. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The present disclosure provides an autoclave comprising a conveyor fixed to a floor of the autoclave, the conveyor having a length and a first edge and a second edge, wherein the conveyor comprises a plurality of rollers. The autoclave includes a first cart rail and a second cart rail fixed to the floor of the autoclave, the first cart rail and second cart rail spanning an internal length of the autoclave, wherein the first cart rail and the second cart rail are located exterior to the first and second edges of the conveyor. An autoclave cart is positioned above the conveyor on the first cart rail and the second cart rail, wherein the autoclave cart comprises an elevated platform, a frame supporting the elevated platform, and a plurality of wheels connected to the frame, wherein the plurality of wheels engages with the first cart rail and the second cart rail.

The invention relates to the technical field of special vehicle driving, and particularly discloses a transporter control method, device and equipment based on a visual multitask network, and the transporter control method comprises the steps: obtaining an actual measurement image of a monitoring camera which is arranged at the bottom of a supporting leg and is used for monitoring the road direction, inputting a final multitask cooperation model, and finally, outputting a full-picture depth map and a lane line segmentation map by the multi-task collaborative model. Calculating the transverse offset of the bottom of the support leg based on the lane width and the lane line segmentation map, and if the transverse offset is greater than zero, controlling the bottom of the support leg to tend to the transverse center of the lane based on the transverse offset; meanwhile, the lane lines of the lane line segmentation map are integrated into the full-picture depth map to obtain a drivable area, and if an unspecified obstacle exists in the drivable area, the transporter is controlled to decelerate or stop, and an alarm is given out. According to the transporter control method, the transporter control device and the transporter control equipment, obstacle detection is carried out on the non-specific obstacles, obstacle detection and lane segmentation work in parallel, and the cooperation efficiency is high.

A sample transport system has a carrier configured to hold a sample tube for a sample to be transported and mixed, a transporter configured to support the carrier, a guide portion configured to impart motion to the carrier on the transporter and deliver the carrier to a destination location, and a controller. The controller is configured to identify instructions associated with the sample, the instructions including a movement profile configured to cause mixing of the sample, communicate with the guide portion to cause the carrier to follow the movement profile on the transporter to cause mixing of the sample and deliver the sample to the destination location.

This invention relates to the field of AGV (Automated Guided Vehicle) warehousing robot technology, and discloses an intelligent AGV warehousing robot, including a flatbed transporter and a controller; a walking mechanism; the walking mechanism is mounted on the flatbed transporter and is used to drive the flatbed transporter to move and transport stored goods; a locking mechanism is disposed between a hydraulic cylinder and a stabilizing mechanism, and can selectively lock or release the stabilizing mechanism relative to the hydraulic cylinder to prevent or allow the extension and retraction of the piston rod. This invention, through the sliding cooperation between the guide post and guide sleeve of the stabilizing mechanism, can guide the piston rod to extend and retract in a straight line, effectively avoiding radial offset during piston rod extension and retraction, and extending the service life of the hydraulic lifting mechanism; furthermore, the locking mechanism adopts two sets of staggered U-shaped locking frames, which achieve synchronous movement through gear and rack transmission, resulting in high locking reliability and effectively preventing accidental extension and retraction of the piston rod from causing displacement of the walking wheel position.

Example bulkheads for enclosed cargo transporters (e.g., trailers, trucks, reefers, and containers) are disclosed. An example bulkhead includes a first panel and a second panel adjoining the first panel to define a partition that includes a first lateral edge along the first panel and a second lateral edge along the second panel. The partition has a partition width extending from the first lateral edge to the second lateral edge. A harness is structured to extend beyond the partition width. The harness includes a breakaway fastener assembly that renders the bulkhead in an operative configuration and a restorable breakaway configuration. The breakaway fastener assembly is to couple to the partition when the bulkhead is in the operative configuration, and the breakaway fastener assembly to decouple from the partition when the bulkhead is in the restorable breakaway configuration.

A feeding device (1) for feeding a stack (2) of standing flat-folded boxes to a receiving station, the feeding device comprising a conveyor track (30) having a flat support plane (3) adapted to support the stack, wherein the conveyor track (30) comprises at least two rows of teeth (5, 6, 7), wherein each row of teeth (5, 6, 7) comprises a plurality of spaced-apart teeth (17) adapted to support the stack (2) of flat-folded boxes, wherein the teeth (17) can be positioned in an upright position or a folded position, and wherein the feeding device (1) comprises a guide track (24) arranged along the support plane (3) and adapted to hold the teeth (17) in a selected position, and wherein the guide track (24) ends at an end region (15) of the conveyor track (30) such that the teeth (17) are not supported at the end region (15). The invention has the advantage that stacks of flat-folded boxes can be continuously merged at a discharge region.