Quality testing system for friction discs

Abstract

The invention discloses a quality testing system for friction discs. The quality testing system consists of a first defect detection device, a second defect detection device, an internal tooth stick distance detection device, a thickness and flatness detection device, and a controlling and managing machine, wherein the first defect detection device, the second defect detection device, the internal tooth stick distance detection device and the thickness and flatness detection device are sequentially arranged, and the controlling and managing machine is used for controlling the whole testing system to work; a feeding manipulator is arranged at the front end of the first defect detection device; a discharging manipulator is arranged at the tail end of the thickness and flatness detection device; a moving and overturning manipulator which is used for completing the overturning operation of the friction discs in a moving process is arranged between the first defect detection device and the second defect detection device; moving manipulators are arranged between the second defect detection device and the internal tooth stick distance detection device, and between the internal tooth stick distance detection device and the thickness and flatness detection device. The detection of the friction plates on scratches, patches, foreign matters in grooves, broken blocks, grooving traces, center distances of internal tooth sticks, flatness and thickness can be completed at the same time; unmanned automated operation can be realized, a false detection rate generated due to the weariness of staff is reduced, the production efficiency is improved, and the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of inspection, in particular to a friction lining quality inspection system. Background technique [0002] The existing friction plate inspection is to use manual inspection, the specific method is: [0003] (1) Flip and move the friction plate by hand, and check the surface defects of the friction plate by visual inspection; [0004] (2) Use a mechanical device and a caliper to measure the rod center distance between the inner teeth; [0005] (3) Use calipers or dial indicators to manually measure the thickness of the friction lining, and the inspection does not involve flatness measurement. [0006] Manual detection methods have disadvantages such as low inspection efficiency and increased false detection rate due to fatigue of personnel. The friction plate quality inspection system can improve the efficiency of friction plate inspection, and there is no problem of increased false detection rate due to ...

AI Technical Summary

Problems solved by technology

[0006] The manual detection method has disadvantages such as low inspection efficiency and increased false detection rate due to fatigue of personnel

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