Minimum-energy-consumption-based method for establishing scheduling optimization of brick factory ferry vehicles

Abstract

The invention relates to a minimum-energy-consumption-based method for establishing scheduling optimization of brick factory ferry vehicles. The minimum-energy-consumption-based method comprises the following steps: 1) establishing a topological structure diagram of a brick factory transfer system, and analyzing the operation condition of the ferry vehicles based on a field arrangement diagram; 2)according to actual working conditions, aiming at scheduling of the double ferry vehicles on the same track, establishing double ferry vehicle operation and task distribution constraint conditions; 3) with the minimum energy consumption as an optimization objective function, planning a task execution sequence of the ferry vehicles; 4) analyzing a calculation formula of the variation probability pm and the crossover probability pc in the genetic algorithm; and 5) establishing an improved adaptive pm and pc genetic algorithm according to the calculation of the variation probability pm and the crossover probability pc. The invention provides a method for scheduling optimization of double ferry vehicles in a brick factory by taking the minimum energy consumption as a target, and establishes an improved genetic algorithm capable of solving the mixed integer nonlinear mathematical programming problem, being beneficial to the realization of the automation of the whole brick and tile productproduction line and the improvement of the efficiency.

Description

technical field [0001] The invention relates to the field of intelligent algorithms, in particular to a scheduling optimization method for shuttle buses in brick factories based on minimum energy consumption. Background technique [0002] With the rapid development of social economy, a large number of infrastructure constructions are in full swing, and the manufacturing industry, which was once backward in technology, is gradually moving towards the development of automation and informationization. At present, many brick and tile production lines in China have introduced technologies such as automatic coal blending, water blending, automatic cloth palletizing, and tunnel kiln temperature control, which can greatly improve production efficiency. However, the full automation of the transfer control of the brick and tile production line is still at a relatively low level, and some enterprises still use manual operations, resulting in low production efficiency. The brick and ti...

AI Technical Summary

Problems solved by technology

However, the full automation of the transfer control of the brick and tile product production line is still at a relatively low level, and some enterprises still use manual operations, resulting in low production efficiency

The brick and tile production line needs multiple parallel tracks to realize the drying and roasting of bricks, and the transfer of kiln cars needs to be realized by ferry cars, so the process optimization of kiln cars during transfer and the scheduling of ferry cars are particularly important , once the operation is not smooth, it will greatly affect the efficiency of the entire transport system

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