Machining scheduling method for porcelain calcination process based on ant colony optimization

Abstract

The invention discloses a scheduling method for a porcelain calcination process based on ant colony optimization. As to a calcination link in the large-batch porcelain production process, a batch production scheme for porcelain production is obtained by adopting a coding / decoding mechanism and an optimization strategy of an ant colony algorithm, so that the production efficiency is greatly improved and the production cost is reduced. The method simultaneously gives a program development scheme under the JSP (Java Server Page) environment, so that the algorithm can be efficiently implemented for different practical problems, and then production schemes are obtained.

Description

technical field [0001] The invention belongs to the field of ceramic calcination, and specifically relates to a processing scheduling method for a ceramic calcination process based on ant colony optimization. Background technique [0002] As early as the Neolithic Age in my country more than 6,000 years ago, pottery-making techniques were produced, especially in the Yellow River Basin, where the Longkou Culture, Majiayao Culture, and Yangshao Culture emerged. Since the development of my country's ceramic technology, the technological improvement has been huge, and the energy consumption and environmental pollution have become worse and worse. The ceramic industry has always been recognized by the national environmental protection department as a high energy consumption and high pollution industry, and the punitive tax rate reaches 69.7%. Many enterprises are facing a huge crisis in reducing energy consumption. The main energy consumption of the ceramic process occurs in the...

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Problems solved by technology

In this process, the capacity of the kiln is fixed, but the volume of each porcelain body is not fixed, and different batching schemes can obtain different calcination times. In the past, most enterprises did not find a reasonable batching scheme, which led to the occurrence of porcelain calcinations. The high energy consumption, high calcination cost, long calcination time and low processing efficiency have virtually increased the production cost of the enterprise and caused considerable pollution to the environment.

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