9 results about "Information logistics" patented technology

The invention provides a medical supply chain multi-level collaborative intelligent order scheduling and tracking method and system. The method comprises the following steps: acquiring node information, inventory batch information and to-be-scheduled order information of a supply chain; the method comprises the following steps: constructing an inter-node material scheduling tendency potential energy matrix, calculating demand potential energy by using an S-type gain function according to the order demand quantity of a medical institution, calculating a node state disturbance value in combination with node historical operation interruption frequency and storage environment compliance data, and calculating the timeliness value of each batch through an exponential decay function according to the stock batch material validity period; synthesizing the three to generate a potential energy matrix; generating order candidate scheduling paths based on the potential energy matrix gradient, accumulating path node state disturbance values to obtain path comprehensive disturbance values, and selecting the path with the minimum value as a scheduling path; scheduling is executed according to the path, the logistics information is tracked in real time, and when the logistics information deviates, the historical operation interruption frequency of related nodes is updated, the node state disturbance value is adjusted, and subsequent order scheduling is optimized.

The application provides a medical supply chain multi-level collaborative intelligent order scheduling and tracking method and system, acquires supply chain node information, inventory batch information and to-be-scheduled order information; constructs a material scheduling tendency potential energy matrix between nodes, calculates demand potential energy by using an S-shaped gain function according to the quantity of medical institution order demand, calculates node state disturbance values in combination with historical operation interruption frequency and storage environment compliance data of the nodes, calculates the time value of each batch by an exponential decay function according to the shelf life of the inventory batch, and generates a potential energy matrix by comprehensively integrating the three; generates an order candidate scheduling path based on the gradient of the potential energy matrix, accumulates the path comprehensive disturbance value of the path node state disturbance value, and selects the minimum value as the scheduling path; performs scheduling according to the path, tracks logistics information in real time, updates the historical operation interruption frequency of the related nodes when the logistics information deviates, adjusts the node state disturbance value, and optimizes subsequent order scheduling.

The invention discloses a logistics business processing method, a computing device and a computer readable storage medium, and the method comprises the steps: S1, responding to the input of logistics inquiry information, through learning a generative model of charging rule information of at least one carrier, outputting logistics quotation information corresponding to the logistics inquiry information, the logistics inquiry information comprises one or more demand characteristics influencing logistics charging; and S2, processing the logistics quotation information according to a preset rule. Therefore, according to the technical scheme of the invention, after the charging rules of one or more carriers are acquired and learned through the generative model, the logistics quotation information can be output according to the logistics inquiry information, so that a logistics demand side is prevented from making contact with each carrier for quotation, and quotation after waiting for the carriers to manually understand the charging rules is avoided; therefore, the manual participation degree of the inquiry process of the logistics business is reduced, and the efficiency of the inquiry process of the logistics business can be improved.

The application relates to the technical field of industrial automation production, and discloses a flexible logistics system, which comprises a front-end management and control subsystem and a rear-end management and control subsystem, and a scene module is used for storing various field models; the field model is used for indicating logistics scene information required when executing a logistics management and control task in various production scenes; the logistics scene information comprises production yield information; a processing module is used for acquiring configuration information input by a user in the front-end management and control subsystem through an interface module; the configuration information is used for indicating various production scenes; according to the configuration information, a target field model is selected in the scene module; according to the target field model and the production yield information, a logistics management and control task is generated; and a target service unit is called to execute the logistics management and control task based on the target field model. The flexible logistics system can quickly adapt to changes of a generated scene and improve the efficiency and accuracy of logistics.

This invention relates to the technical field of industrial manufacturing and production management, and in particular to a multi-factory tire production collaborative scheduling and resource allocation system. The system includes a unified order management center, a data acquisition unit, a data processing and analysis unit, a factory capability twin model unit, a collaborative scheduling and resource allocation unit, an operation interface unit, and a report generation and query unit. The unified order management center is used to collect, parse, and manage all customer orders, forming a unified global order pool. The data acquisition unit includes equipment sensors, logistics sensors, and a manual input terminal. Equipment sensors are installed on production equipment in each factory to collect real-time information on equipment operating status, production parameters, and production progress. Logistics sensors are installed in warehouses and transport vehicles. This system reduces equipment idle time and production cycles, improves the efficiency of tire production, and optimizes resource allocation and production task distribution.

The application provides a UAV land-based electromagnetic take-off and landing transportation method and device and electronic equipment, effectively solving the problem that the existing UAV land-based electromagnetic take-off and landing transportation system cannot provide a high-frequency continuous take-off and landing transportation environment for UAVs in a logistics park. The method comprises the following steps: generating a UAV transportation scheme and generating a flight path sequence according to received order information, various state information of the UAV, site information of the logistics park and real-time airspace information; performing power demand prediction of a direct-current bus based on the flight path sequence to obtain predicted power and predicted power constraints, and outputting a power distribution instruction corresponding to the predicted power; obtaining operation control instructions according to the optimized power distribution instructions and the UAV transportation scheme, and executing the operation control instructions to perform logistics transportation; and collecting operation data generated by the UAV during logistics transportation in real time, identifying abnormal information in the operation data to adjust the logistics transportation of the UAV in real time.

The invention discloses a commodity anti-counterfeiting traceability system and method based on a two-dimensional code and an RFID technology, and relates to the technical field of commodity anti-counterfeiting and logistics traceability. The system comprises a unique two-dimensional code on a commodity, an RFID chip on a transport package, a cloud data center, a logistics scanning terminal and a user checking terminal. The method comprises the following steps: binding a two-dimensional code of a commodity and RFID information of a box body at a cloud end; logistics information is rapidly registered in batches through an RFID reader-writer in logistics; after a user scans the code through a mobile phone, the cloud not only verifies the two-dimensional code, but also judges whether the RFID logistics link associated with the two-dimensional code is integrated or not, so as to serve as an anti-counterfeiting basis. The problems that an existing two-dimensional code anti-counterfeiting system is easy to copy and low in logistics link efficiency are effectively solved, and unification of high-strength anti-counterfeiting, high-efficiency traceability and convenient user inspection is achieved.

The invention provides an unmanned aerial vehicle land-based electromagnetic take-off and landing transportation method and device and electronic equipment. The problem that an existing unmanned aerial vehicle land-based electromagnetic take-off and landing transportation system cannot provide a high-frequency continuous take-off and landing transportation environment for an unmanned aerial vehicle in a logistics garden is effectively solved. The method comprises the steps of generating an unmanned aerial vehicle transportation scheme and a flight path sequence according to received order information, various state information of an unmanned aerial vehicle, site information of a logistics park and real-time airspace information, performing power demand prediction of a direct current bus based on the flight path sequence to obtain predicted power and predicted power constraint, outputting a power distribution instruction corresponding to the predicted power; according to the optimized power distribution instruction and the unmanned aerial vehicle transportation scheme, obtaining an operation control instruction, and executing the operation control instruction to perform logistics transportation; and acquiring operation data generated by the unmanned aerial vehicle during logistics transportation in real time, and identifying abnormal information in the operation data so as to adjust logistics transportation of the unmanned aerial vehicle in real time.

The invention discloses an external order circulation method based on external commodity identification and matching and a supply and marketing platform, and relates to the technical field of ERP systems, and the method comprises the steps: completing the registration and login of an external distribution end ERP; receiving odd-gate joint debugging information sent by the external distribution end ERP, verifying the odd-gate joint debugging information according to the unique identification information, and establishing odd-gate butt joint with the external distribution end ERP after verification succeeds; receiving service data sent by the external distribution end ERP completing the odd gate docking through an odd gate interface, and realizing data interaction processing between the external distribution end ERP and the target supplier according to the service data; according to the application, circulation and timely return synchronization of order information, goods information, logistics information and after-sales order information across different ERP systems of suppliers and distributors are realized, the working efficiency of role customers of both parties and the accuracy of order circulation are improved, and meanwhile, the labor cost is saved.