Visual detection machine of automobile lock catch rivet point

Abstract

The invention discloses a visual detection machine of an automobile lock catch rivet point. A conveyer which is taken as a working bench is arranged above a rack. A carrying tool is arranged on the conveyer. A lockset is placed in the carrying tool. A support fine tuning apparatus is installed on a camera fixing support. The camera is fixed on the support fine tuning apparatus. The camera is located above the conveyer. A lens of the camera is directed at the lockset. The camera is connected to an external upper computer through a data line. A detection apparatus is fixed to a side surface of the conveyer. The detection apparatus is connected to an external camera detection system through the data line. The detection apparatus is formed by an infrared probe and an installation table. When the infrared probe detects that the carrying tool is passed, a detection result is emitted to the camera detection system. By using the detection machine of the invention, there are the following advantages that the camera carries out acquisition and analysis on an image of the automobile lock catch rivet point through a visual detection system; simultaneously, influences of a sub-quality product and a man-made factor on product quality are effectively reduced; manpower investment is reduced, work efficiency is increased and detection cost is saved.

Description

technical field [0001] The invention belongs to the technical field of component detection and relates to a visual detection machine for riveting points of automobile lock buckles. Background technique [0002] The car lock is an important safety part of the car. The reliability and stability of its work directly affect the driver's property and even life safety, and the lock detection is an important link to ensure its quality. The size specification of the riveting point directly affects the riveting quality, so the diameter of the riveting point must be guaranteed within a certain size deviation. Since the riveting points are distributed on the surface of the car buckle, and the convex body is short, it is not convenient to clamp for traditional measurement. The traditional method of measuring the riveting point of the lock buckle has the disadvantages of instability and low precision, and it is difficult to achieve the purpose of detection; and the detection efficiency i...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a visual inspection machine for the riveting points of automobile locks, which solves the shortcomings of instability and low precision in the traditional method of measuring the riveting points of locks, and makes it difficult to achieve the purpose of detection

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