Logistics positioning, authenticating and monitoring system and working method thereof

Abstract

The invention relates to a logistics positioning, authenticating and monitoring system and a working method of the logistics positioning, authenticating and monitoring system. The system comprises an embedded terminal on each cargo packaging bag and a cloud service platform arranged on a cloud server of an express company; each embedded terminal is provided with a sole terminal identity identification code and is connected with the cloud service platform through a communication network; when the cargo is delivered, a received/retreated pack bar code is distributed to each cargo randomly by the cloud service platform, and the received/retreated pack bar code as a pack receiving certificate is transmitted to a receiver/sender, then the received/retreated pack bar code can be used for assisting the identity authentication when the pack is received; during whole the transportation process, the cargo is positioned in an uninterrupted way by the embedded terminal through the double positioning functions of a GPS (global position system) and a GSM (global system for mobile communications) base station; the acceleration of the cargo is confirmed through a three-axis acceleration sensor, and is transmitted to the cloud service platform to be stored; images are taken by using a video acquisition unit at regular intervals; and a video differential algorithm is adopted to retain images having sudden scene change in a moving storage unit for evidence taking. The system and the method can be used in the field of express delivery logistics, and the cargo can be delivered more safely and more reliably.

Description

technical field [0001] The present invention relates to a service application system and its working method in the technical field of express logistics, in particular to a logistics positioning certification monitoring system capable of real-time positioning and tracking of goods, authenticating the identity of the recipient, and monitoring the bumpy degree of goods for evidence collection and its working method . Background technique [0002] With the popularization of the Internet, the rise of e-commerce, especially the rapid development of the Internet of Things, the demand and business volume of express delivery are increasing day by day. Correspondingly, people's desire for an efficient and reliable express logistics system and operation method is also increasing day by day. . In the existing express delivery operation mode, users log in to the website of the express company, inquire about the route of the goods and the fixed location such as the transfer station of ar...

AI Technical Summary

Problems solved by technology

This simple operation mode has gradually highlighted its disadvantages when dealing with the increasingly complex express business: 1. It is impossible to know the current geographical location of the goods in real time, and users cannot judge the delivery route, expected time of arrival and the efficiency of the express company , in the case of extremely unequal information, the user's opportunity cost is virtually increased

2. For some areas with intensive delivery and delivery, such as residential areas, business districts or schools, the staff of the express company often need to carry a large number of goods to the distribution point at one time, and contact the recipient by phone to pick up the package. This increases the workload of the courier company's staff and reduces the delivery efficiency of the goods; on the other hand, when the workload is heavy, the courier company's staff often cannot carefully check the relevant information of the goods and the recipient, and it is easy to get the wrong goods, Mistakes and fraudulent claims, etc., lead to disputes

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