Guiding and error-proofing system for semi-automatic production assembly screwing process

Abstract

The invention discloses a guiding and error-proofing system for a semi-automatic production assembly screwing process. The guiding and error-proofing system comprises a server, a PC host and a displayscreen which are connected in sequence, wherein the PC host is connected with a bottom layer electrical control end, the bottom layer electrical control end comprises a single chip microcomputer, aninfrared camera, an infrared light source and a data interface, the single chip microcomputer and the PC host are connected, and the infrared camera, the infrared light source and the data interface are all connected with the single chip microcomputer. According to the guiding and error-proofing system for the semi-automatic production assembly screwing process, four elements including personnel,technologies, tools and information and included in the screwing process are organically combined, logic guiding, visualized text and picture video demonstration and other aspects are used for comprehensively and three-dimensionally teaching an assembly section in the production process, the error-proof and fool-proof system is achieved, and existing problems that similar processes have high requirements for personnel, errors are prone to occurrence, and no complete data analysis exists are solved.

Description

technical field [0001] The invention belongs to the field of production equipment, and in particular relates to a guiding and error-proofing system for a semi-automatic production, assembly, and screwing process. Background technique [0002] In the field of auto parts assembly industry, electronic product assembly industry, hydraulic product assembly industry, etc., where screw fixing is used, operators have undergone a series of job skills training, relying on their own proficiency and awareness of the process Carry out screwing station assembly. Disadvantages of existing technology: [0003] 1. The assembly of the screwing process still relies on the training of the operator and the personnel's deep understanding of the process, and relies too much on the quality of the personnel; [0004] 2. There is no perfect anti-error and anti-fool hard measures in the screwing process section; [0005] 3. Failure to organically combine accurate process requirements with operating...

AI Technical Summary

Problems solved by technology

[0008] The purpose of the present invention is to provide a guidance and error-proof system for the semi-automatic production and assembly of the screwing process, which organically combines the four elements included in the screwing process, such as personnel, technology, tools, and information, and in the production process Through logical guidance, visual text, picture and video demonstration, etc., the comprehensive and three-dimensional teaching and error-proof and fool-proof system of this assembly section fully solves the problem that this similar process has high requirements on personnel, is prone to errors, and is not complete. Existing problems such as data analysis