CPS architecture oriented to intelligent cotton spinning production

Abstract

The invention provides a CPS architecture oriented to intelligent cotton spinning production. The CPS architecture includes a sensing entity layer, a connection communication layer, a knowledge fusion layer, and a decision control layer. The sensing entity layer senses each entity of a physical world. The connection communication layer transmits the data of all entities in the physical world to an information world. The knowledge fusion layer fuses all resources required by a cotton spinning production cycle and the big data of an environment, analyzes and establishes a digital twin model. The decision control layer, by mining reliable data, forms knowledge based on cotton production, determines a variety of control decision, and commands the various entities of the physical world to work together. The CPS architecture takes the data of the whole process of cotton spinning production as a main line, takes the intelligent sensing as a core, uses the network and massive calculation as a basis, deeply integrates the calculation, communication and control, and realizes the intelligentization of the cotton spinning production process, and provides theoretical support for aspects of high-efficiently configuring various resources, optimizing a production process and improving production efficiency.

Description

technical field [0001] The present invention relates to a CPS (cyber-physical fusion system) framework, in particular to a CPS framework oriented to an intelligent cotton spinning production process with complex processes. Background technique [0002] The textile industry is a traditional manufacturing industry. The cotton spinning industry is the most important basic industry and the largest industry in the entire textile industry. It is necessary to actively promote intelligent manufacturing and accelerate industrial transformation and upgrading. How to promote the integration of traditional cotton spinning production and intelligent technology to realize industrial transformation is a major problem facing cotton spinning production. [0003] First of all, promote intelligent cotton spinning production in the face of the global textile industry pattern and the domestic consumer market. At present, the textile industry is facing the double test of "re-industrialization" i...

AI Technical Summary

Problems solved by technology

Although the cotton spinning industry has been continuously improving and enhancing the degree of automation and intelligence of its production equipment, and the connection and response capabilities between various processes, there are large differences in process continuity technology.

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