Intelligent manufacturing system for precisely forming high-precision mechanical basic part

Abstract

The invention provides an intelligent manufacturing system for precisely forming a high-precision mechanical basic part, comprising a plurality of electromagnetic induction moulding curing and precise forming devices, an intelligent monitoring system and the like. The intelligent manufacturing system is used for carrying out moulding curing and precise forming as well as automatic de-moulding on the mechanical basic part, and carrying out distribution type online monitoring, display and intelligent optimized control on the technological parameters and state information of each device, including temperature, pressure, time, displacement and the like. According to comprehensive performance requirements on product structure, material, size, working condition, load, application environment and the like, and a product quality condition in the production process, distribution type intelligent monitoring and control can be carried out on the plurality of the electromagnetic induction moulding curing and precise forming devices through wired and wireless communication modules by utilizing a neural network and a genetic algorithm and combining an effective vulcanization process system knowledge base with a historical top-quality product qualification database, thereby improving the qualification rate and the production efficiency of top-quality products; and therefore, the system can not only meet the significant requirement on industrialization of various high-precision mechanical basic parts, but also realize efficient, energy-saving, green and intelligent manufacturing.

Description

technical field [0001] The invention relates to a manufacturing system, in particular to an intelligent manufacturing system of high-performance mechanical basic parts. Background technique [0002] The manufacturing technology of new high-performance engineering composite mechanical basic parts (bearings, seals, gears, couplings, shock absorbers, etc.) The key technical bottlenecks of important issues such as low energy consumption, no pollution, low noise, high precision, high reliability, and long life of equipment. [0003] The traditional manufacturing mode of mechanical parts is an open-loop system, that is, raw materials→industrial production→product use→discarding→discarding into the environment. It is an industrial development model at the cost of consuming a lot of resources and damaging the environment, so the design technology mainly considers the function, quality and cost of the product. [0004] The modern design mode is based on the function of the product ...

AI Technical Summary

Problems solved by technology

These devices can only be operated independently. The operating change curves of various parameters (such as temperature, pressure, displacement, etc.) These parameters are intelligently optimized and adjusted based on performance requirements and product quality in the actual production process, which results in low manufacturing efficiency, unguaranteed quality during mass production, and inability to respond quickly to user needs

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