Urban mineral reverse supply chain collaborative integrated management system

Abstract

The invention relates to the technical field of urban mineral reverse supply, and discloses an urban mineral reverse supply chain collaborative integrated management system which can effectively improve the speed of urban mineral recycling. The management system comprises an order management module used for receiving appointment scrapping information and performing quotation according to the appointment scrapping information, the order management module is further used for generating a mineral product order according to the appointment scrapping information, and the mineral product order comprises appointment time, a mineral product type, a mineral product weight, a delivery address and a delivery person contact way; the consignment management module is used for generating a logistics order according to the mineral product order and distributing a logistics vehicle according to the logistics order so as to transport the mineral products to a centralized disassembly point for disassembly; the acceptance management module is used for carrying out acceptance on the mineral products transported to the centralized disassembly point; the disassembly management module is used for disassembling qualified mineral products after acceptance inspection and classifying parts after the mineral products are disassembled; and the settlement module is used for carrying out settlement on the logistics vehicle according to the logistics order.

Description

technical field [0001] The invention relates to the technical field of reverse supply of urban minerals, in particular to a coordinated and integrated management system for the reverse supply chain of urban minerals. Background technique [0002] Urban minerals include recyclable steel, non-ferrous metals, precious metals, and plastics produced during industrialization and urbanization and contained in waste mechanical and electrical equipment, wires and cables, communication tools, automobiles, home appliances, electronic products, metal and plastic packaging, and waste , rubber and other resources. As an energy-carrying, cyclical, and strategic secondary resource, urban minerals have significant resource-saving and environmental-friendly characteristics. Increasing the recycling of urban minerals is an effective way to alleviate resource bottlenecks and reduce environmental pollution. It is also an important part of developing circular economy and cultivating strategic em...

AI Technical Summary

Problems solved by technology

Among them, the traditional family workshop-style recycling enterprises do not have advantages in terms of scale, economy and the quantity of recycled resources, and the traditional family workshop-style recycling enterprises have relatively poor technical equipment. Recycling available resources will not only cause waste of resources, Moreover, it will cause secondary damage to the ecological environment; large-scale recycling companies have strong funds, a vast market and advanced recycling equipment technology, and have strong competitiveness. There is no management system that can coordinate and integrate the reverse supply chain of urban minerals

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