Two-device welding quality management system based on artificial intelligence technology
A technology of quality management and artificial intelligence, applied in welding equipment, manufacturing computing systems, instruments, etc., can solve the problems that environmental impact and human influence cannot be ruled out, abnormal causes cannot be screened, and welding problems cannot be solved, so as to eliminate the environment and Effect of human influence, reduction of risk of rework, increase of waste cost
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Embodiment 1
[0029] Such as figure 1 As shown, a two-piece welding quality management system based on artificial intelligence technology includes a quality management platform, a personnel selection terminal, and an analysis and detection terminal; wherein, the quality management platform, the personnel selection terminal, and the analysis and detection terminal are mutually connected by two-way communication;
[0030] The quality management platform is equipped with a server, a data acquisition unit, an operation prediction unit, and a welding detection unit, and the server is connected to the data acquisition unit, the operation prediction unit, and the welding detection unit in two-way communication; the operation prediction unit is connected by an environmental analysis unit and The material analysis unit; the welding detection unit is connected with the welder analysis unit and the weld seam analysis unit through communication;
[0031] The quality management platform is used to manage ...
Embodiment 2
[0051] A two-piece welding quality management system based on artificial intelligence technology, including an analysis and detection terminal, an efficiency analysis unit and a controller are installed in the analysis and detection terminal, and the controller and the efficiency analysis unit are connected by two-way communication;
[0052] The efficiency analysis unit is used to analyze the working efficiency of the two machines after welding, set up the same environment, select five welders, and place the two machines welded by the five welders in the same unit for testing, and collect the corresponding units of each two machines and mark them as ZL1, ZL2, ZL3, ZL4, and ZL5 respectively. If the cooling durations of the units corresponding to each of the two devices conform to the range of cooling durations, and the difference between any pair of data in the cooling durations of the units corresponding to the two devices is less than If the difference threshold is determined,...
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