A system and method for optimizing the formation and queuing of procurement vehicles
A vehicle marshalling and vehicle technology, which is applied in the system field of optimizing the procurement vehicle marshalling and queuing, can solve the problems of affecting the rhythm of production and supplying materials, random parking and parking on the road, and low safety factor, so as to facilitate the prediction of waiting time and prevent random stopping and chaos Release and strengthen the effect of control
Active Publication Date: 2020-07-31
WEIER AUTOMATION CO LTD TANGSHAN IRON & STEELGRP
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Problems solved by technology
In the prior art truck management and control operations in the factory, when the purchased trucks enter the factory, it is necessary to manually instruct the driver on the spot how to park, or let the driver park at will and wait.
The problems existing in the existing technology are: the employees of enterprises working in this way are not only in a noisy work area with a low safety factor, but also the vehicles cannot be parked at the best parking space quickly and scientifically to wait for business operations, and the truck driver may arbitrarily Random parking in the factory area causes road blockage, which affects the rhythm of production and supply
Method used
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[0045] Below in conjunction with the accompanying drawings, the present invention will be further described through the embodiments.
[0046] A system for optimizing the formation and queuing of procurement vehicles, including a basic data module, a material freight module, an equipment module, a queuing control module, and a display module. Interaction, the queuing control module and the display module rely on the network and database to connect and interact with each other; figure 1 A schematic diagram of the system architecture is shown. The basic data module contains the required vehicle information, material information, supplier information, and carrier information. The material freight module records the running track, original weight, and vehicle status of the materials loaded on the vehicle from the starting point (supplier) to the end point (factory gate). , Estimated time of arrival at the factory, the equipment module is responsible for the management of scanning ...
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The invention relates to a system and method for optimizing the formation and queuing of purchasing vehicles, and belongs to the technical field of vehicle management and control in enterprise factories. The technical solution is: the basic data module, material freight module and equipment module are respectively connected and interacted with the queuing control module relying on the network and the database, and the queuing control module and the display module are connected and interacted with each other relying on the network and the database. The present invention divides the truck marshalling area, lanes, and parking spaces through the physical area, uses the queuing control method to calculate the parking lanes, parking spaces and parking time of the trucks in the marshalling area, cooperates with the LED display screen, and guides the trucks to quickly park in the most scientific parking spaces. Standardize the queuing management of trucks, prevent truck drivers from parking indiscriminately in the factory, improve work efficiency, and ensure stable and orderly supply of materials. Use SVG and JVectorMap technology to draw the browser display screen of the system, quickly display the queuing status and truck information in the marshalling area, and improve the vehicle management and control level in the enterprise factory.
Description
technical field [0001] The invention relates to a system and method for optimizing the formation and queuing of purchasing vehicles, and belongs to the technical field of vehicle management and control in enterprise factories. Background technique [0002] During the production process, the enterprise needs to purchase raw materials, fuels, auxiliary materials and other materials to meet the production requirements. The common means of transportation for purchasing materials mainly include cars and trains. Because the train runs on the rails, the running route is relatively fixed, while the car is relatively random. In the prior art truck management and control operations in the factory, when the purchased trucks enter the factory, it is necessary to manually instruct the driver on the spot how to park, or let the driver park at will and wait. The problems existing in the existing technology are: the employees of enterprises working in this way are not only in a noisy work...
Claims
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IPC IPC(8): G08G1/14G06Q10/04G06Q10/08
CPCG06Q10/04G06Q10/083G08G1/142
Inventor 张培张坤张申坤魏庆丰胡志菊李玉萍王硕尧王瑞宾张旭
Owner WEIER AUTOMATION CO LTD TANGSHAN IRON & STEELGRP