HCPS-based human-computer interaction assembly quality detection method for longitude and latitude instrument type satellite-borne laser coarse pointing mechanism

In the assembly process of the rough-pointing mechanism of the satellite-based laser communication terminal, a human-computer collaboration method based on HCPS is adopted to build a human-computer interactive assembly quality detection framework for the theodolite-based laser rough-pointing mechanism, which solves the problem of lack of standardized detection and information sharing during the assembly process, and achieves efficient and accurate assembly quality detection and improves assembly success rate.

CN119648036AActive Publication Date: 2025-03-18ZHEJIANG UNIV
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Patent Information

Application Number
CN202411692552.3
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-11-25
Publication Date
2025-03-18
Estimated Expiration
2044-11-25

AI Technical Summary

Technical Problem

In the assembly process of the rough-pointing mechanism of the satellite-borne laser communication terminal, there is a lack of standardized detection procedures and effective information sharing and feedback mechanisms, resulting in a low assembly efficiency and success rate.

Method used

Using HCPS-based human-computer collaboration method, the human-computer interaction quality detection framework for the human-computer interaction assembly is constructed by realizing the interconnection and interaction of human space, information space and physical space in the design, manufacturing and assembly stages. The framework includes the generation and storage of design schemes, matching of production tasks and skills, diverse interaction patterns and adaptive strategies, and quality assessments at the assembly and inspection stages.

Benefits of technology

Through this framework, the efficiency and accuracy of the CPM human-computer interactive assembly quality is ensured, the intelligence level and success rate of the assembly process are improved, the probability of assembly errors is reduced, and the laser pointing accuracy is achieved.

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Abstract

The invention relates to the technical field of quality detection, and discloses an HCPS-based human-computer interaction assembly quality detection method for a longitude and latitude instrument type satellite-borne laser coarse pointing mechanism, and the method comprises the steps: generating a design scheme based on design requirements in a design stage; in the manufacturing stage, the similarity of production tasks and the skill level of manufacturing personnel are evaluated, the tasks are matched with corresponding skills through strategy transfer, the AI technology is combined, diversified interaction modes are adopted, feedback of the manufacturing personnel is continuously collected, and a self-adaptive strategy of man-machine interaction is implemented; incremental learning based on events or historical data is autonomously carried out through a man-machine cooperation system; in the assembling stage, when the equipment is used for assembling the coarse pointing mechanism in the physical space, the quality of all components is checked before assembling based on the support of the information space; in the detection stage, a test work station is arranged to counteract the gravity influence of the mechanical structure, multiple parameters are measured, and the assembly quality is determined according to the corresponding detection principle. The CPM assembly quality detection based on man-machine cooperation is used for ensuring the precision.
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