Intelligent logistics management method for acquiring cargo state information in real time

Abstract

The invention relates to an intelligent logistics management method for obtaining cargo state information in real time, and the method comprises the steps: determining the logistics branch informationcorresponding to a cargo in a cargo state information query request and a target vehicle for transporting the cargo through the real-time communication between a logistics company management center and a logistics branch managed by the logistics company management center; after the target vehicle negotiates automatic start switching of the idle communication frequency band with the logistics company management center, enabling the target vehicle to send the state information of the goods corresponding to the goods state information query request to the logistics company management center in the switched optimal idle communication frequency band; and enabling the logistics company management center to feed back the cargo state information sent by the target vehicle to a legal requester ofthe cargo state information query request, so that the actual requirement of the requester for querying the cargo state information in real time is met.

Description

technical field [0001] The invention relates to the field of logistics, in particular to an intelligent logistics management method for acquiring cargo status information in real time. Background technique [0002] After the logistics company and its branches receive the goods that the sender needs to send, the logistics company will number each goods to form a cargo order number, and enter the cargo order number and corresponding cargo information into the logistics company Logistics company management center. When the logistics vehicle carries these goods to the recipient's address, the logistics company usually requires the logistics vehicle to turn on video monitoring and positioning to ensure that the remote logistics company management center can monitor the vehicle video and real-time location of the vehicle in real time. [0003] In order to meet the needs of checking the status information of the goods contracted by the logistics company and its branches during tra...

AI Technical Summary

Problems solved by technology

[0004] However, the existing logistics company management center often updates the status of each cargo according to a certain update time interval, and does not provide video information about the cargo in the vehicle of the transport vehicle

Such a logistics management method obviously cannot meet the needs of users to query and obtain cargo status information in real time, and there is a lag in updating cargo status information, and the cargo status information provided by the logistics company management center is too simple to satisfy users' desire to query and grasp the status of cargo in real time. The real need for real-time status video inside the vehicle cabin

[0005] In addition, the existing traditional logistics management method is often that the logistics vehicle transporting the goods communicates with the logistics branch company it manages first, and the logistics branch company first obtains the cargo status information, and then the logistics branch company sends the obtained cargo status information to Logistics company management center, there is no communication between the logistics company management center and the logistics vehicles that transport the goods

Obviously, the cargo status information needs to be transferred through the logistics branch, which to a certain extent causes the deviation between the cargo status information obtained by the logistics company management center and the current cargo status information, and cannot ensure that the logistics company management center is the first. Time to obtain real-time status information of the goods

[0006] Not only that, when transferring data between logistics vehicles transporting goods and logistics branches, during the actual transportation process of logistics vehicles, logistics vehicles may pass through different geographical locations and various types of roads such as expressways, ordinary roads or mountain roads. Roads, and the communication environment of logistics vehicles in different locations is also quite different, resulting in very limited or even shortage of communication frequency bands around logistics vehicles, resulting in unsmooth communication between logistics vehicles and logistics branches, and it is difficult to timely and quickly Send data about the status information of the goods to the logistics branch

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