Synergetic design method for mechanical and electrical products

Abstract

The invention discloses a synergetic design method for mechanical and electrical products. The method comprises the following steps: (1) determining a design task, and determining a design activity; (2) carrying out modeling on the design process; (3) deciding the design activity; creating a decision template, transferring a knowledge unit and making a decision; (4) controlling the design process,and solving an execution sequence via an algorithm; and (5) outputting results: outputting the execution sequence to complete the design of the mechanical and electrical products. The invention carries out modeling on the synergetic design process and describes the synergetic design activity and a synergetic relationship between the activities in a formalization mode so that the synergetic relationship associated with the design task carried by the design body can be clearly discovered by the design body; in addition, the invention creates a decision process model based on knowledge so that the synergetic decision of synergetic designers is established based on the reliable knowledge and normative flows, thereby improving reliability and the efficiency of decision, optimizing the a synergetic design process model, and improving synergetic efficiency of the design.

Description

Technical field: [0001] The invention belongs to the field of mechanical design and relates to a collaborative design method for electromechanical products. Background technique: [0002] Collaborative design is a design method in which two or more design subjects jointly accomplish a certain design goal with different design contents through a certain information exchange and mutual coordination mechanism. Collaborative design can reduce product development time and save development cost; however, due to the continuous information exchange between design subjects in the process of collaborative design, collaborative design increases the complexity of product development process. Effectively modeling the collaborative design process and making decisions on the design activities in the collaborative design process can realize the optimal control of collaborative design, thereby improving the efficiency of collaborative design. Existing collaborative design modeling methods i...

AI Technical Summary

Problems solved by technology

These methods can express the knowledge needed in the decision-making process, but they all have certain limitations and cannot meet the needs of various knowledge in practice.

Most of the existing decision-making process is an open-loop process without a strict process, and the information obtained after the decision-making cannot be expressed and distributed in a standardized manner, resulting in the decision-making process being arbitrary, not strong in operability, and difficult to trace back after an error occurs

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