Freight regulation and control system

Abstract

The invention discloses a freight regulation and control system. The system comprises an order receiving module, a vehicle tracking module, a vehicle goods statistics module, a vehicle dispatching analysis module and a task sending module. According to the system, the vehicle dispatching analysis module extracts a goods sending place according to goods sending information obtained by the order receiving module; and a current position and a goods loading state of each vehicle are queried in combination with the vehicle tracking module and the vehicle goods statistics module, so that a vehicle relatively close to the goods sending place and capable of meeting requirements corresponding to the goods sending information is preferentially selected to run to the goods sending place for loading goods. According to the system, freight vehicles are unitively monitored and dispatched, so that the utilization efficiency of the vehicles can be improved and the waste caused by no full utilization of the vehicles is avoided; and the speed of the vehicles running to the goods sending place can be increased, so that the freight efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of freight monitoring, in particular to a freight control system. Background technique [0002] In the current society, with the development of transportation, the freight business is becoming more and more busy. In the existing technology, the vehicle management organization generally uses the form of manual sending and receiving information to realize the regulation of freight vehicles, that is, the management personnel of the vehicle management centers in various places estimate the number of idle vehicles through the receipt and delivery task documents received, and then load the goods to the load capacity. The driver of the vehicle whose space meets the delivery requirements sends a text message informing him to go to the delivery location for cargo transportation. When there is currently no vehicle that meets the delivery requirements, the management personnel will postpone the received task order unt...

AI Technical Summary

Problems solved by technology

[0003] The above control methods have the following disadvantages: (1) The manual control method consumes a lot of manpower and resources, and is prone to subjective errors such as idling vehicles forgot to register, which leads to inaccurate reference data for control; (2) The control efficiency is low, resulting in receipt and delivery Not in time; (3) It is difficult for the volume of a single task to match the cargo space of the vehicle, resulting in waste of vehicle use

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