Supply chain information management system and management method

Abstract

The invention provides a supply chain information management system and management method, relating to the field of information management. The invention aims to solve the problem that a single time delivery process is irreversible, a delivery process is repeated, and cargos can be not subjected to distinguished delivery according to requirement in one time of delivery in a present cargo delivery method is solved. According to the supply chain information management system and management method, firstly the cargos are classified before loading, the cargos are classified according to approximation areas, then a suitable path is planned according to the distribution of the cargos, after the classification, the loading is planned according to a sequence, a cargo corresponding to a firstly pass site is loaded at last so as to rapidly unload the cargo. And, in order to find a suitable vehicle to carry out cargo transfer in the delivery process, the loaded cargos need to be described carefully such that the accommodation space and load-carrying capability of other vehicles can be judged conveniently. The supply chain information management system and management method are especially suitable for the information management in the delivery process of medical system medicines or apparatuses.

Description

technical field [0001] The present invention relates to the field of information management. Background technique [0002] With the development of the Internet of Things and emerging communications, e-commerce has gradually emerged. Many e-commerce platforms, such as Taobao, Tmall, and JD.com, have gradually become large-scale, and they are likely to replace traditional business models. [0003] The basic operation mode of this kind of e-commerce platform is that merchants purchase products directly or indirectly from manufacturers (suppliers), and customers purchase products from merchants registered on the platform through computers or smart devices connected to the network. Distributors (such as: Zhongtong, etc.) deliver to the city where the customer is located, and deliver it to the customer step by step, or on the contrary, the delivery link from the customer to the merchant. [0004] With the improvement of the e-commerce platform for many years, the current customer...

AI Technical Summary

Problems solved by technology

[0005] 1. The irreversible problem of a single delivery process: In a delivery process, no matter whether the merchant ships to the customer or the customer ships to the merchant, if the merchant or customer repents during the delivery process, the delivery process cannot be terminated. abort and return to

Due to the existence of this irreversibility, the logistics cost is wasted

[0006] 2. The problem of repeated distribution routes: In the distribution process, the distribution station distributes according to the level of the receiving point. For example, the goods sent to Guiyang City from other places will be delivered to the distribution center in the center of Guiyang first, and then the goods will be divided into different categories. into a certain number of points, and then transported to the next area, and so on, until it is delivered to the user

But in fact, in the process of delivery from other places to the center of Guiyang, at least one of the low-level delivery stations passed through one of the districts, and due to insufficient levels, the routes were repeated, resulting in waste of logistics costs

[0007] 3. It is impossible to differentiate the delivery of goods according to demand in one delivery process: this problem is especially obvious for items used in medical systems (such as: hospitals)

For example, some urgently needed medicine needs to be delivered urgently, but at present, it can only be delivered step by step according to the procedure of one delivery, and once it enters the logistics procedure, it is impossible to make secondary adjustments to the goods, that is, in this process, the goods It will not be able to dynamically adjust according to needs (such as: speeding up, etc.)

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