Jun porcelain body glaze formula mixing system and method

Abstract

The invention discloses a Jun porcelain body glaze formula mixing system and method. The system comprises a data management module, a formula calculation module, a body glaze performance calculation module and a system maintenance module. The invention also discloses the Jun porcelain body glaze formula mixing method. The system has high stability, accuracy, openness, expandability and maintainability, helps the scientific research personnel in a factory to rapidly prepare the formula, coordinates with a manager to make the formula preparation operation and can calculate to generate a novel formula and perform formula validation and optimization in a multi-angle mode, a formula which is unsuitable for production is avoided, the experimental cost is reduced, the investment is saved, the waste is avoided, the calculation and design period is shortened, the comprehensive performance of the novel formula is improved, the pursuit of the optimal investment cost is ensured, and the system and method have important theoretical significance and high social benefits.

Description

technical field [0001] The invention belongs to the field of ceramic manufacturing and computer technology, and relates to a system and method for formulating a glaze material for Jun porcelain blanks. Background technique [0002] Jun Porcelain is one of the five famous kiln porcelains in the Song Dynasty in my country. It is famous for its unique kiln transformation art. Jun porcelain needs to go through more than 70 processes from material collection, crushing to design, grouting, repairing, spinning, butt jointing, glazing, firing, etc. The firing of Jun porcelain is not only related to mud, glaze, fuel, Furnace temperature, atmosphere, the level of temperature, the weight of reducing atmosphere, the length of firing time and other internal factors are related, and it is also closely related to external natural conditions such as season, climate and wind direction. Even with the development of modern science and technology today, improving the yield of Jun porcelain is ...

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the lack of theoretical and method guidance in the formulation and design of Jun porcelain blank glaze in the prior art, and the traditional experience method for many years often involves waste of resources and low yield, the present invention provides a Jun porcelain blank Glaze formula blending system, the system has stability, accuracy, openness, scalability, maintainability, can help factory scientific research personnel to quickly prepare formulas, assist managers to do formula blending work, and can calculate from multiple angles Generating new formulas, formula verification and optimization, avoiding formulas that are not suitable for production, reducing experimental costs, saving investment and avoiding waste, shortening the calculation and design cycle, improving the comprehensive performance of new formulas, and ensuring the pursuit of optimal investment costs will be of great importance. Theoretical significance and social benefits

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