Mechanical product design method and system

Abstract

The embodiment of the present application provide a mechanical product design method and a system thereof, By inputting the design index parameters of the mechanical product to be designed to the artificial agent, the design action is optimized according to that design index paramete by the artificial agent, so as to realize the purpose of automatically generating a design model of a mechanical product conforming to the design index parameter, and thereby, the present application can realize the sharing of the design experience of the mechanical product, and can make the establishment of the design model of the mechanical product faster and more efficient.

Description

technical field [0001] The embodiments of the present application relate to the design and development technology of mechanical products, in particular to an artificial intelligence-based mechanical product design method and system. Background technique [0002] Usually mechanical products include structural mechanics products and fluid mechanics products. Among them, the circuit case is a kind of structural mechanics product. Specifically, the circuit case is a physical structure, which mainly includes support, heat dissipation, plating, connection, fixing and The accessory device is the outermost structural part of a complete circuit entity. The current design of the circuit case mainly has the following problems: First, the current design process of the circuit case is fragmented and is all realized by manual operation. Due to the wide variety of circuit casings and cumbersome structural design diagrams, the manual operation method not only easily leads to errors in the d...

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Problems solved by technology

[0002]Usually mechanical products include structural mechanics products and fluid mechanics products, among which, the circuit housing is a kind of structural mechanics products, specifically, the circuit housing is a physical structure , mainly includes support, heat dissipation, plating, connection, fixing and auxiliary devices, and belongs to the outermost structural part of a complete circuit entity. The current circuit shell design mainly has the following problems: First, the current circuit shell design The process is fragmented and all are realized by manual operation. Due to the wide variety of circuit casings and cumbersome structural design drawings, the manual operation method not only easily leads to errors in the design of the circuit casing, but also has the problem of low work efficiency.

In addition, highly relevant data will be generated during the model design process. However, there is currently no system and method that can automatically learn the laws of the data generated during the design process, resulting in low work efficiency and low efficiency in the design of current fluid mechanics products. The problem of long development cycles

[0004] In summary, since different types of mechanical products in the prior art have common design characteristics, there is no system and method that can specify how to automatically realize the design of mechanical products Automated design, and how to improve the above problems is the technical problem to be solved in this application

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