Device for detecting concavity and convexity of wheel flange faces

Abstract

A device for detecting the concavity and convexity of wheel flange faces is composed of a rack (1), a jacking air cylinder (2), lower guide pillars (3), a lifting table (4), a supporting pillar (5), an inner ring adjusting air cylinder I (6), an inner ring guide rail (7), an inner ring adjusting air cylinder II (8), an inner ring sliding block I (9), an inner ring sliding block II (10), an electric cylinder I (11), an electric cylinder II (12), a detection strip I (13), a detection strip II (14), a piezoelectric sensor (15), an outer ring adjusting air cylinder I (16), an outer ring adjustingair cylinder II (17), an outer ring guide rail I (18), an outer ring guide rail II (19), an outer ring sliding block I (20), an outer ring sliding block II (21), an electric cylinder III (22), an electric cylinder IV (23), a detection strip III (24), a detection strip IV (25 ) and the like. The device can be applied to 100% detection of whether flange faces are concave or not in automatic production. The device has the advantages of being advanced in technology, stable and efficient, high in automation degree and the like.

Description

technical field [0001] The invention relates to the technical field of wheel detection, in particular to a device for detecting whether the flange surface of a wheel is concave. Background technique [0002] The flange surface of the wheel involves the fit during installation, and the process requires that the flange surface must be concave and not convex. In actual production, the commonly used detection methods are manual knife-edge sampling inspection or three-coordinate sampling inspection, which cannot meet the 100% detection in automatic continuous production. Based on this situation, this patent provides a device for quickly checking whether the flange surface of the wheel is concave. It can be used for 100% detection in automated production. Contents of the invention [0003] The purpose of the present invention is to provide a device for quickly inspecting the unevenness of the flange surface of the wheel, which can be used for 100% detection in automatic product...

AI Technical Summary

Problems solved by technology

In actual production, the commonly used detection methods are manual knife-edge sampling inspection or three-coordinate sampling inspection, which cannot meet the 100% detection in automatic continuous production. Based on this situation, this patent provides a device for quickly checking whether the flange surface of the wheel is concave. Enables it to be used for 100% inspection in automated production

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