Workpiece positioning structure of automobile part detector
A technology for positioning structures and auto parts, applied in workpiece clamping devices, manufacturing tools, etc., can solve the problems of complex manufacturing process, reducing the production and parts inspection efficiency of inspection tools, and high labor intensity in manufacturing inspection tools.
Inactive Publication Date: 2013-03-27
WUXI MACHINE MACHINERY MFG
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[0002] When using the inspection tool to detect auto parts, the auto parts should be placed on the inspection tool. Before the inspection of the parts, the parts should be positioned. When the parts have more holes, the existing positioning method It is to set the positioning hole on the inspection tool corresponding to the part hole, and detect it through the positioning pin. This detection method can better meet the accuracy requirements of the part hole, but its structure and the manufacturing process of the inspection tool are relatively complicated, especially for For some holes that do not require too high precision, the labor intensity of manufacturing inspection tools is high, which reduces the production and testing efficiency of inspection tools and parts.
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[0007] See figure 1 , a workpiece positioning structure of an auto parts inspection tool, which includes a detection simulation block 1, a positioning boss 2 is arranged on the detection simulation block 1 for the position of the workpiece hole 3, and after the workpiece 4 is put into the inspection tool, the detection simulation The positioning boss 2 on the block 1 quickly and conveniently detects and locates the workpiece hole 3, which prevents the false punching of the workpiece hole. When detecting some holes that do not require too high precision, it can reduce the In order to avoid the high labor intensity of manufacturing inspection tools, the production and manufacturing of inspection tools and the detection efficiency of parts are improved.
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The invention provides a workpiece positioning structure of an automobile part detector. When some holes with low requirements on precision are detected, the detection precision is guaranteed, and the labor intensity for manufacturing the detector is high; and the production and manufacturing efficiency of the detector and the detection efficiency of parts are improved. The workpiece positioning structure comprises a detection simulation block and is characterized in that a positioning boss is arranged on the detection simulation block, corresponding to a workpiece hole.
Description
technical field [0001] The invention relates to the technical field of automobile product inspection, in particular to a workpiece positioning structure of an automobile part inspection tool. Background technique [0002] When using the inspection tool to inspect the auto parts, the auto parts should be placed on the inspection tool. Before the inspection of the parts, the parts should be positioned. When the parts have more holes, the existing positioning method It is to set the positioning hole on the inspection tool corresponding to the part hole, and detect it through the positioning pin. This detection method can better meet the accuracy requirements of the part hole, but its structure and the manufacturing process of the inspection tool are relatively complicated, especially for For some holes that do not require too high precision, the labor intensity of manufacturing inspection tools is high, which reduces the efficiency of manufacturing inspection tools and parts in...
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IPC IPC(8): B25B11/00
Inventor 朱建平
Owner WUXI MACHINE MACHINERY MFG