Goods delivery data push apparatus and method for informationalized logistics service

Abstract

The present invention relates to a goods delivery data push apparatus and method for informationalized logistics service. The goods delivery data push apparatus comprises a goods delivery data entry device which is used for entering the goods delivery data of goods transported by a vehicle, a vehicle identification device which is disposed on the vehicle and is used for identifying vehicle information, a plurality of vehicle information reading devices which are located at each node on a logistics route and are used for connecting the vehicle identification device to obtain the location of the vehicle, and a push service device which is connected with the goods delivery data entry device and the vehicle information reading devices and is used for receiving the goods delivery data and pushing the location of the goods based on the location of the vehicle. According to the goods delivery data push apparatus and method of the invention, the vehicle information reading devices and the logistics link are combined; and the push service device can precisely push the location of the goods according to the node distribution of the logistics link and association between the vehicle and the goods, and therefore, the smoothness of logistics information interaction can be improved.

Description

technical field [0001] The invention relates to a logistics information technology, in particular to a shipping data push device and method for information logistics services. Background technique [0002] The process of economic development inevitably involves balancing the means of production in various regions. The cross-regional balance of physical means of production naturally involves logistics, and the efficiency of logistics will naturally affect production efficiency, especially in countries or regions with unbalanced regional economic development. The role played by logistics will be even more important. [0003] The logistics process often involves the following processes: the consignee sends instructions—the sender delivers—the intermediate circulation link—the receiver receives the goods—receipt feedback. In the existing logistics process, compared with electronic For the logistics between small business sellers and individual sellers, B2B logistics will have a...

AI Technical Summary

Problems solved by technology

[0003] The logistics process often involves the following processes: the consignee sends instructions—the sender delivers—the intermediate circulation link—the receiver receives the goods—receipt feedback. In the existing logistics process, compared with electronic For the logistics between small business sellers and individual sellers, B2B logistics will have a higher corresponding speed between the sender and the receiver, which makes the communication efficiency in the middle have a greater impact on the final logistics efficiency. Large, because the circulation of information is not very smooth, the information of the goods can only be checked between the consignee and the consignor, and the consignee and consignee are not professional logistics participating organizations, and at the same time have very low This leads to very low efficiency when receiving the goods. The receiver does not know which batch of auto parts is being delivered on which vehicle at any time. Being uncertain and worried and constantly asking the logistics service provider will require the logistics service provider to allocate additional manpower for communication, which will further reduce efficiency

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