Abstract: The present invention provides an intelligent system for warehouse fulfillment operators, including a supplier intelligent management module for providing supplier numbers, a warehouse intelligent management module for providing operator information and operator level information, and an operator intelligent management module for retrieving the operator information and the operator level information and generating the most suitable operator through artificial intelligence computation to prevent warehouse personnel from choosing suboptimal operators and to enhance warehouse management efficiency.

Abstract: An intelligent warehouse storage bin allocation system includes a goods information unit having goods information; a warehouse information unit having storage bin information; a data transmission unit for receiving and transmitting the goods information and the storage bin information to an intelligent computing unit for generating a goods label unit and a storage bin label unit; a storage unit for storing content of the goods label unit and the storage bin label unit; and a terminal unit having an acquiring unit, a display unit, an instruction unit, and a comparison unit. When the comparison unit determines a match between the goods label unit and the storage bin label unit, the terminal unit displays a shelving-approved command and a specified warehouse position for the goods. Through this system, effective and precise intelligent allocation of goods during the shelving and retrieval processes can be achieved, improving work efficiency.

Abstract: The present invention provides an artificial intelligence warehouse management transshipment system, including a transshipment goods unit, a terminal unit, a data transmission unit and a management unit. The management unit has an artificial intelligence computing unit and a transshipment order integration unit. The data transmission unit sends the content of the transshipment goods unit acquired by an acquiring unit of the terminal unit to the artificial intelligence computing unit. After artificial intelligence computation, the artificial intelligence computing unit generates a plurality of transshipment orders each corresponding to each batch of transshipment goods. The transshipment order integration unit can consolidate related ones of the plurality of transshipment orders into a single delivery order. Through the delivery order, the transshipment goods with the same attributes can be loaded into the same container and transported in the same trip, eliminating the need for round-trip delivery.

Abstract: An AI-assisted document organization system includes an internet equipment, an identification equipment, a processing unit which is matched and connected to the internet equipment and the identification equipment. The processing unit includes a central processor, an artificial intelligence software and a document organization software. The document organization software includes document organization goals which include automatic document classification and identification, artificial intelligent data extraction, automatic data verification, automatic approval verification, compliance and regulatory compliance, document tracking and control, automatic reporting, and notification. The central processor drives the artificial intelligence software. The processing unit acquires document data through the identification equipment.

Abstract: The present disclosure provides a logistics pre-arrival declaration system and the operating method thereof. The declaration system connects the user device and the customs declaration system through the Internet. The declaration system includes a declaration form generating interface module, a form-checking and comparing unit and a database group. The database group includes a marine shipping database, a product database, an exporter database, an importer database, a marine shipping company database and a freight forwarding agency database. Users upload the marine shipment information to save in the database group of the system. When the user executes the declaration form generating interface module, the system fills the data of the database group into the generated form in the declaration form generating interface module. The users only require confirming that the content of the generated form is correct, and the declaration form can be uploaded to the customs declaration system.

Abstract: The present disclosure provides a logistics pre-arrival declaration system and the operating method thereof. The declaration system connects the user device and the customs declaration system through the Internet. The declaration system includes a declaration form generating interface module, a form-checking and comparing unit and a database group. The database group includes a marine shipping database, a product database, an exporter database, an importer database, a marine shipping company database and a freight forwarding agency database. Users upload the marine shipment information to save in the database group of the system. When the user executes the declaration form generating interface module, the system fills the data of the database group into the generated form in the declaration form generating interface module. The users only require to confirm that the content of the generated form is correct, and the declaration form can be uploaded to the customs declaration system.

Abstract: A logistics warehouse operating system applied to a buyer is provided. The system is set up in a server and includes an order placing module, a work order module, an incoming stock module, and an outgoing stock module. Through the system, the buyer can quickly create orders and accurately input its own needs in each module, so that the seller can process them quickly and accurately respond and process the order from the buyer.

Abstract: A logistics warehouse operating system applied to a buyer is provided. The system is set up in a server and includes an order placing module, a work order module, an incoming stock module, and an outgoing stock module. Through the system, the buyer can quickly create orders and accurately input its own needs in each module, so that the seller can process them quickly and accurately respond and process the order from the buyer.

Abstract: An operating end export operation system for logistics includes transmission linked an order module, a booking operation module, a transmission module, a processing module, a display module, and a recording module. The operating end export operation system communicates with a client end communication tool, a shipping company booking system and a shipping end communication tool. The booking operation module receives the multiple orders with product information, and transmits the product information of each order to the shipping company booking system for booking. After completing the booking, the shipping company booking system transmits a booking information containing the customs requirement to the transmission module which then transmits the booking information to the processing module, the recording module and the shipping end communication tool. The processing module receives the booking information and sends a dispatch order for pickup to the display module.

Abstract: An intelligent logistics truck scheduling system includes a truck service section for receiving client demand. The truck service section includes a demand judgment module and a network module. A truck scheduling section performs data transmission with the truck service section. The truck scheduling section includes a truck company database, an idle truck monitoring module, a truck distance judgment module, a truck selection module, and a truck assignment module. A truck tracking section performs data transmission with the truck service section. A storage service section performs data transmission with the truck service section. The storage service section includes a storage demand judgment module. The intelligent logistics truck scheduling system can quickly dispatch trucks and drivers, and meet needs of storage demands of the clients.

Abstract: A logistics quotation system and operation method for the customer end include a form module, an upload module, a quotation module and a confirmation module, the form module includes a list section, a filling section and an inquiry section, the upload module It is connected with the operation end system and includes a transmission section. The quotation module includes a sorting display section and a selection section. The confirmation module is connected with the operation end system and includes a confirmation section and an order transmission section. Through the operation of each module, a system that allows customers to automatically calculate the amount that matches the transportation mode after providing the inquiry demand, and to agree to the quotation online. Compared with the previous technology, the present invention greatly reduces the wasteful cost of intermediate and lengthy procedures, and provides customers with a faster and more accurate quotation system.

Abstract: A logistics quotation system applied to operation end and a method for operating the same, wherein the system includes a work order module, a transportation matching module, a calculation module and a quotation module. The work order module includes an order receiving section and a writing section. The transportation matching module is connected to a transportation database and includes a reading section and a matching section. The calculation module includes a calculation section. The quotation module is connected to the customer end. By operation of each of the modules, the information of the customers is processed by computers and automatically calculated to obtain the required operation amounts which are sent to the customer end. Compared with the previous technology, the system greatly reduces the possibility of manual errors and the cost of intermediate procedures, and also simplifies steps for the consumers and operators.

Abstract: An intelligent logistics truck scheduling system process includes a demand judgement step, a truck scheduling, container lifting and delivery step, a storage judgement step, and a billing and payment step. Compared to the previous truck scheduling systems, most of the steps have been changed to automation. This improves the efficiency of the truck scheduling system in operation by reducing the need for human communication through various means such as email, phone, and text messages with clients, truck companies, and drivers for coordinating truck pickup times and locations repeatedly.

Abstract: An automated logistics transshipment management system is provided. The automated logistics transshipment management system includes a shipper module, a shipping information module, a transshipment processing module, a customs declaration module and a bill of lading module and a customer module.

Abstract: An automated logistics transshipment management system is provided.

Abstract: Disclosed are a methionine adenosyltransferase inhibitor represented by formula (I), a preparation method thereof and an application thereof in the pharmaceutical field, wherein R1, R2, R3 and A are as defined in the description and claims.

Abstract: A Ni-rich ternary cathode material, a preparation method and application thereof are disclosed. The method for preparing a Ni-rich ternary cathode material includes: using a Ni—Co—Mn ternary cathode material as a precursor and a metal boride as a modifier, adding a lithium-derived material, heating for a sintering, to prepare the Ni-rich ternary cathode material.

Abstract: A USB type-C female connector includes an inner and an outer iron case, a terminal set, a plastic member, and a middle steel plate. The terminal set includes a terminal set A and a terminal set B. The terminal set A and terminal set B are in an upper and a lower terminal groove, respectively; the middle steel plate is in the middle steel plate slot. The plastic member is in the inner iron case; the inner iron case is in the outer iron case. The grounding terminal and the power terminal are formed of highly conductive copper material having a 0.20 to 0.30 mm thickness and a conductivity over 80%. The tongue plate area of the second terminal foot set A and second terminal foot set B facing the middle steel plate is thinned by 0.02 mm, improving impedance and optimizing insertion loss and return loss.

Abstract: A Ni-rich ternary cathode material, a preparation method and application thereof are disclosed. The method for preparing a Ni-rich ternary cathode material includes: using a Ni—Co—Mn ternary cathode material as a precursor and a metal boride as a modifier, adding a lithium-derived material, heating for a sintering, to prepare the Ni-rich ternary cathode material.

Abstract: A fixing structure includes a base, a supporting assembly coupled to the base, a top cover rotationally coupled to the supporting assembly, and a limiting assembly arranged on the supporting assembly. The limiting assembly limits a rotation angle of the top cover relative to the base.