Automatic generation method of cable component optimizing structure of mechanical and electrical product

Abstract

An automatic generation method of a cable component optimizing structure of a mechanical and electrical product is characterized in that a wiring space of the mechanical and electrical product to be wired is discretized and preprocessed to obtain discrete points in the wiring space, giving the discrete points weight values according to usability by the usability weight method, introducing the weights into a genetic algorithm evaluation function, solving cable structures by the genetic algorithm evaluation function, using the initialized clustering method according to the characteristics of the cable structures to ensure the initialized clustering theory that all cable structures can be covered. On this basis, hybrid mutation operation of the algorithm is modified, and lethality of hybridized individuals is reduced by introducing secondary hybridization. In addition, local convergence of the algorithm is avoided by the elitism selection strategy, and the ideal cable structure of the mechanical and electrical product is obtained. The automatic generation method solves the field of research and development of the mechanical and electrical products, labor and material source waste and low efficiency caused by too much dependency on experience in cable design are avoided, and the algorithm is efficient and feasible.

Description

technical field [0001] The invention belongs to the technical field of computer-aided design and artificial intelligence. The invention relates to a method for optimizing the cable structure in the design of electromechanical products, specifically a three-dimensional model structure based on the mechanical design of electromechanical products and the wiring relationship of electrical design. Automatic generation method of cable optimization structure for electromechanical products based on genetic algorithm. Background technique [0002] Cables play the role of transmitting electric energy, signals, and realizing electromagnetic conversion in electromechanical products. Therefore, the layout of cables is an important part of the design and development process of electromechanical products. Generally speaking, cables are divided into single cables, flat belts, cable bundles and other forms according to the layout form. Among them, by bundling multiple cables, a cable bundle ...

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Problems solved by technology

[0007] The purpose of the present invention is to solve the problem of optimizing the cable structure of electromechanical products by inventing a method for automatically generating the cable optimization structure of electromechanical products based on the genetic algorithm based on the three-dimensional model structure of the mechanical design of the electromechanical product and the wiring relationship of the electrical design. Structural optimization problems in the design process of cables for electromechanical products

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