Surface runout detection tool for diamond roller

Abstract

The invention discloses a surface runout detection tool for a diamond roller. The tool comprises a base. Support frames are arranged on both sides of the base. An adjustment top bar is arranged on thesupport frame on one side. A rotation top bar is arranged on the support frame on the other side. A multi-link assembly is arranged on the base. A detection meter is arranged on the multi-link assembly. A runout detection bar is arranged on the detection meter. A ball head bar is arranged at the end part of the runout detection bar. According to the surface runout detection tool for the diamond roller, the overall structure is optimized; the tool is convenient to operate; the work efficiency is improved; the ball head bar is arranged at the end part of the runout detection bar; the ball headdiameter of the ball head bar needs to be several times larger than the gap of diamond particles, so that in a detection process the parts embedded in the gap of diamond particles are reduced as muchas possible; detection surface runout caused by non-circularity is reduced; and the detection precision and accuracy are improved.

Description

technical field [0001] The invention relates to the technical field of arc surface runout detection, in particular to a surface runout detection tool of a diamond roller. Background technique [0002] The diamond roller is installed on the dressing device of the grinding machine, trims the ordinary ceramic grinding wheel or CBN grinding wheel, and then grinds the parts after the grinding wheel is formed, so that the outline, accuracy and size of the diamond roller are copied to the surface of the processed part through the grinding wheel; The operation is simple, the technical requirements for the operators are low, the processed products have good consistency in precision, and the quality is stable, which can significantly improve production efficiency and product quality, reduce manufacturing costs, and realize grinding automation; compared with traditional single-point diamond point dressing In comparison, the production efficiency is high, and the surface quality and pre...

AI Technical Summary

Problems solved by technology

[0002] The diamond roller is installed on the dressing device of the grinding machine, trims the ordinary ceramic grinding wheel or CBN grinding wheel, and then grinds the parts after the grinding wheel is formed, so that the outline, accuracy and size of the diamond roller are copied to the surface of the processed part through the grinding wheel; The operation is simple, the technical requirements for the operators are low, the processed products have good consistency in precision, and the quality is stable, which can significantly improve production efficiency and product quality, reduce manufacturing costs, and realize grinding automation; compared with traditional single-point diamond point dressing In comparison, the production efficiency is high, and the surface quality and precision of the parts are higher, which is suitable for high-precision and mass production; after the diamond roller is produced, the surface runout of the outer circle needs to be detected, and the existing detection device is relatively simple. Moreover, the end of the detection rod is mostly a needle-point structure. Since the surface of the diamond roller is relatively dense diamond particles, the use of ordinary probes will continue to jump between the gaps in the diamond particles, resulting in a large range of detection readings. The precision and accuracy of detection has had an impact

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