18 results about "Logistics center" patented technology

An inventory management method and a system are provided. An inventory management method according to one embodiment of the present disclosure is a method performed by a computing device, comprising: receiving a first request order quantity of a first logistics center for a product of a first inventory management unit and a second request order quantity of a second logistics center for a product of the first inventory management unit; receiving the storage capacity status of each of the first logistics center and the second logistics center and identifying the first logistics center whose storage capacity has been exceeded; subtracting a multiple value of the minimum transfer unit quantity of the product of the first inventory management unit from the first request order quantity and obtaining a first quantity; summing the first quantity and the second request order quantity and obtaining a second quantity that can be allocated to the second logistics center; and rounding the second quantity to a multiple value of the minimum transfer unit quantity and obtaining a final transfer quantity to be transferred to the second logistics center, wherein the second logistics center may be a logistics center whose storage capacity has not been exceeded.

This application discloses a box-packing device based on logistics transfer, including a conveying assembly. The conveying assembly includes a conveying mechanism at the top, with multiple sets of conveyor belts below the conveying mechanism moving in the opposite direction. A box-stabilizing mechanism is provided at the discharge port of the conveying mechanism. The device also includes a transfer assembly, which includes a transfer tray positioned near the discharge port of the conveying mechanism. A receiving rack is arranged in a circular array on the transfer tray, with a receiving groove on one side of the receiving rack. A limiting mechanism is provided inside the receiving groove, and a pushing mechanism and a lifting mechanism are provided inside the receiving rack. Thus, by placing the conveying mechanism at the top, combining it with multiple sets of conveyor belts below for flow diversion, and using a transfer tray with a circular array of receiving racks for box transfer, vertical space is effectively utilized. This device can significantly reduce the floor area occupied by traditional horizontal conveyor belt layouts, improve site utilization, and thus optimize the overall operational efficiency of the logistics center.

A logistics center system is provided. A logistics center system according to one aspect of the present specification comprises a first space in which an internal temperature is set to a first temperature, a second space in which an internal temperature is set to a second temperature which is higher than the first temperature, a control space formed between the first space and the second space, and a conveying means for conveying logistics between the first space, the control space, and the second space, wherein the internal temperature of the control space is set to a third temperature which is a temperature between the first temperature and the second temperature.

The present invention relates to a side loading / unloading dock leveler that is connected to a wing body truck in a logistics center or warehouse to compensate for the height difference between the loading space and the building, thereby increasing the efficiency of loading and unloading during logistics operations. This side loading / unloading dock leveler includes a fixed frame part installed in a groove of a side wall forming a floor surface on the upper side, a movable plate part pivotably hinged to the upper side of the fixed frame, a cylinder part that makes the movable plate part parallel to the fixed frame part when the piston rod advances and makes the movable plate part perpendicular to the fixed frame part when the piston rod retracts, and a control part connected to the cylinder part to supply hydraulic pressure to the cylinder part to advance or retract the piston rod.

The present invention relates to a system (1) which provides security and traceability of devices (2) by tracking devices (2), finding lost devices (2), detecting the use of devices (2) outside the authorized area and preventing the use of unauthorized devices (2) through a private network that will be established in industrial factories, production facilities, logistics centers and similar large-scale enterprises that require data privacy.

The present application belongs to the field of multi-robot path planning, and specifically relates to a double-layer multi-robot path planning method based on state search and priority. The algorithm uses a deep-first search guided iteration framework in the upper layer to provide full-view planning, and uses a priority-based method in the lower layer to avoid obstacles. Meanwhile, the lower layer search adds a turning penalty factor in the single-robot path cost function to reduce the number of turns; combines priority inheritance and expands the time window considered when avoiding conflicts to reduce the number of conflicts; and pre-processes the map to search out narrow passages, which are regarded as mutual exclusion quantities, and only allow one robot to pass through to avoid the situation of avoiding after entering the passage. The present application has wide application value and can meet various tasks and constraint conditions, and has many practical applications in flexible manufacturing systems such as intelligent workshops, logistics centers, automated warehouses and the like. The present application has important significance for improving system efficiency and reducing system cost.

A method performed by an electronic device according to an embodiment of the present disclosure may comprise the steps of: identifying one or more products associated with a target logistics center; identifying, from among the one or more products, at least one first product for which an emergency flag is set and at least one second product for which the emergency flag is not set; and setting an emergency track for the at least one first product and setting a normal track for the at least one second product.

1. The name of the design product: multifunctional telescopic arm forklift. 2. The use of the design product: used for loading and unloading, stacking and transferring goods in construction, port, factory, logistics center and other occasions. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1. 5. The bottom of the design product is not easily visible or invisible during use, and the top view is omitted.

A real-time credit evaluation and automated inventory-backed loan screening system based on logistics performance data is initiated. The real-time credit evaluation and automated inventory-backed loan screening system based on logistics performance data according to an embodiment of the present invention comprises: a data collection unit that collects incoming volume, incoming unit price, outgoing volume, selling unit price, inventory quantity, and inventory turnover rate in real time from a logistics center WMS; a data processing unit that calculates daily estimated sales revenue, cash conversion cycle, and inventory health indicators from the collected data; a credit evaluation unit that calculates a credit rating by summing the scores of six evaluation items—sales stability, profitability, inventory health, cash flow, business diversification, and growth potential—based on the calculated indicators; an inventory evaluation unit that selects inventory with a holding period of 90 days or less and a turnover rate of 80% or more of the industry average, and calculates the collateral value by applying a discount rate to the lower of the purchase price and market price of the selected inventory; and a loan screening unit that automatically calculates a loan limit based on the calculated credit rating and collateral value. The gist of the configuration is to include a risk monitoring unit that detects abnormal fluctuations in shipment volume, inventory volume, and margin rate in real time and generates an alarm after the loan is executed.

This invention discloses an intelligent sorting control system for unmanned warehousing, relating to the field of intelligent sorting technology. The invention includes a sorting mechanism with an infeed mechanism and a sorting mechanism on one side. Through a high-speed conveying system of the infeed mechanism, goods can be quickly transported from trucks to the infeed hopper. This method achieves automated guidance for all types of goods, regardless of size or weight, ensuring accurate positioning of goods upon entering the system. Through the rotation mechanism of the infeed hopper, goods are accurately delivered to the appropriate sorting channel, laying a solid foundation for subsequent sorting operations. The system has multiple sorting channels, each capable of processing different categories of goods in parallel. This parallel sorting method enables the simultaneous processing of multiple items, significantly improving sorting efficiency. Especially during peak hours, the system ensures no bottlenecks occur, maximizing the processing capacity of the logistics center.

According to one embodiment, an electronic transport device for transporting an item container in a fulfillment center may be provided, the electronic transport device comprising: a driving unit; a power supply module; at least one electromagnet disposed on the top surface of the electronic transport device and configured to attach to the item container; a transceiver; a plurality of scanners configured to scan a code symbology; and a processor, wherein the processor controls the driving unit, the power supply module, the at least one electromagnet, the transceiver, and the plurality of scanners such that, when a transport request signal for the electronic transport device is received from a server through the transceiver, the electronic transport device moves to a first position corresponding to first position information included in the transport request signal, is coupled to the bottom surface of the item container located at the first position by using the at least one electromagnet, and moves to a second position to which the item container is to be transported.

1. The name of the design product: unattended self-service terminal (outdoor self-service machine). 2. The use of the design product: applied to bulk commodity warehouse logistics freight turnover center, mineral exploration and processing, energy production base and material transfer site, grain warehouse logistics center, chemical industry, building materials industry, manufacturing industry, intelligent parking lot, port logistics transportation, cement enterprise bulk logistics, intelligent barrier, etc. Scene, can be realized on the outdoor unattended self-service terminal, such as scanning code in and out, check-in operation, voucher printing, document voucher recycling, information inquiry, card in and out, card receiving and sending, etc. Service. 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 relates to a method and apparatus for managing inventory in a logistics center. Specifically, it relates to a method and apparatus for managing inbound and outbound shipments to a logistics center in order to maintain a constant quantity of inventory in the logistics center. According to one embodiment of the present disclosure, an inventory management method and apparatus may be provided, comprising the steps of: obtaining a total scheduled inbound quantity of a first product to a logistics center; obtaining a storage quantity of the first product allocated to each of a plurality of space modules constituting the logistics center; determining a first scheduled inbound quantity of the first product for a first space module among the plurality of space modules; and determining a second scheduled inbound quantity of the first product for a second space module among the remaining space modules excluding the first space module. In this case, the first space module may be the space module with the smallest storage quantity of the first product among the plurality of space modules, and the second space module may be the space module with the smallest storage quantity of the first product among the remaining space modules.

This utility model discloses a multi-generation temperature control system based on waste heat and cold storage and geothermal sources. It includes a cold storage waste heat recovery and utilization unit, a geothermal source unit, and a waste heat recovery and utilization unit. The cold storage waste heat recovery and utilization unit includes a first pipe, a second pipe, and multiple ventilation branch pipes connected to the first and second pipes, all buried beneath the cold storage. The first pipe, second pipe, and ventilation branch pipes absorb the cold energy from the cold storage floor. The geothermal source unit utilizes the soil and passing air for heat exchange. The combination of the geothermal source unit and the cold storage waste heat recovery and utilization unit provides cooling for the passageway and ambient temperature logistics center. During summer operation, it can lower the temperature of the ambient temperature logistics center and also cool the passageway, ensuring its temperature remains within the required range. In winter, the waste heat from the cold storage refrigeration system and geothermal energy are used to heat the air in the pipes, providing high-temperature hot air to the ambient temperature logistics center, achieving temperature control and waste heat utilization, thus saving energy and reducing emissions.

The application relates to the technical field of logistics shipment, in particular to an adjustable logistics shelf which comprises two oppositely arranged mounting frames, the mounting frame is a U-shaped frame composed of two spaced and oppositely arranged angle steels and a square rod connecting the end portions of the two angle steels, a plurality of layers of placing platforms are horizontally arranged between the two mounting frames, the placing platform is composed of a plurality of mutually detachably connected placing plates, the side wall of the placing plate is provided with a connecting structure, two placing plates are detachably connected through the connecting structure, accommodating grooves are formed at both ends of the end face of the placing plate, a connecting plate is rotatably arranged in the accommodating groove, the end portion of the connecting plate is hinged to the end wall of the accommodating groove, a mounting hole is formed in the plate face of the connecting plate, the mounting hole is communicated with the two plate faces of the connecting plate, a plurality of connecting holes are spaced apart from each other on the two surfaces of the angle steel of the mounting frame which are perpendicular to each other, the connecting plate is detachably connected with the mounting frame through the mounting hole and the connecting hole by using bolts and nuts, and the space utilization rate of the logistics center is improved.

This invention provides an information processing system, information processing method, and program for efficiently and appropriately counting the number of packages. [Solution] In a counting system in which a server device 101 and a client terminal 102 are connected in a communicative manner, the server device 101 is connected in a communicative manner to the client terminal 102 and has the function of detecting pallets from captured images and counting the number of pallets, and storing and managing data such as captured images and the number of pallets. It also transmits various data to the client terminal 102 in response to requests from the client terminal 102. The client terminal 102 is an information processing device such as a personal computer and acquires and manages captured images and the number of pallets from the client terminal 102 at each logistics center.

The utility model provides a kind of multilayer automatic ice pushing device, more specifically, it relates to ice pushing device technical field, including rack main body, rack main body adopts vertical multilayer frame structure, independent ice pushing unit is equipped in each layer frame, each layer ice pushing unit layer contains horizontally arranged ice pushing support;Gear transmission group and linear guide mechanism are independently symmetrically provided on each layer ice pushing support, the linear guide mechanism is fixed in frame through layering two sides;The utility model is designed by rack main body and adopts vertical multilayer frame structure, each layer frame integrates independent ice pushing unit, realizes space stereoscopic operation mode, compared with traditional single-layer ice pushing device, the structure makes unit time ice delivery capacity increase by several times, effectively meet the high-flux ice delivery demand of cold-chain logistics center, large food processing plant and other scenes, while multilayer frame adopts standardization module design, can be flexibly stacked to 5-8 layers according to site height, significantly improve space utilization.

The application discloses a kind of express package transfer's grabbing device, belong to express package transfer technical field, including bottom plate, the lower end corner of the bottom plate is fixed with brake wheel by bolt, the upper end of bottom plate is welded with guardrail, the side center position of bottom plate is fixed with package grabbing mechanism by bolt, and the side of guardrail is rotatably connected with door plate fixing mechanism;The package grabbing mechanism includes mounting plate one, the package grabbing mechanism is set in the application, integrates lifting assembly, rotating assembly, telescopic component and adjustable grabbing component, breaks the limitation of traditional fixed clamping structure, can be flexibly adjusted height, angle, telescopic distance and the opening amplitude of clamping plate, perfect adaptation different size, shape express package, clamping force adjustable, avoid package damage or slip, realize package automation clamping and transfer, substantially improve operation flexibility and transfer efficiency, adapt to the diversified, efficient transfer demand of logistics center.