Gravel yard vehicle management system and method

Abstract

The invention discloses a gravel yard vehicle management system. The gravel yard vehicle management system comprises a vehicle information identification module, an automatic management module, a service planning module and a user side module. The method using the system comprises the following steps: inputting a sand mining plan of each sand mining point of the sandstone field into the business plan module, and identifying vehicle information of a truck entering the sandstone field through the vehicle information identification module; obtaining a sand mining plan and vehicle information through the automatic management module, conducting distribution as required according to the sand mining plan and the predicted cargo capacity of a truck, distributing tasks to a driver through the userside module, and automatically popping up the tasks to the truck driver through the user side module; the vehicle information recognition module collecting the weight of the truck when the truck is pulled out of the gravel yard, obtaining the actual cargo capacity of the truck through calculation, the automatic management module receiving data transmitted by the vehicle information recognition module, and automatically working out the transportation cost needing to be paid to a truck driver in the gravel yard. The problem that it is difficult to distribute trucks according to the sand mining amount in a gravel yard according to needs is effectively solved.

Description

technical field [0001] The invention belongs to the technical field of sand mining, and in particular relates to a vehicle management system and method for a sand and gravel field. Background technique [0002] Generally, there are multiple sand mining sites in the sand and gravel field. Generally, the daily shipment volume of each sand mining site will often change. The existing sand and gravel field is not fixed due to the daily shipment volume, and the general sand and gravel field Trucks are not fixed, change frequently, and often cannot maximize the use of resources. As a result, trucks in some places cannot be fully loaded, and trucks cannot be delivered in some places. In order to complete production tasks, trucks will be overloaded. Generally, the sand and gravel field solves this kind of problem through human command, but human command is not only inefficient, but also easy to cause confusion, which increases time and labor costs. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the above-mentioned deficiencies in the prior art, the invention provides a vehicle management system and method for sand and gravel field, which solves the problem of difficult distribution of trucks in sand and gravel field

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