Automobile timing belt tooth spiral detection tool

Abstract

The invention discloses an automobile timing belt tooth spiral detection tool, comprising a detection disk, detection teeth, detection connection columns, a micro screw column, a dial and a pointer. The detection teeth, the detection connection columns and the micro screw column are mounted in the detection disk. One end of the detection connection columns is mounted on the detection teeth. The other end of the detection connection columns is engaged with the micro screw column. The dial is set at a circle center position of the outer side of the detection disk. The pointer is mounted at the lowest end position of the detection connection column. According to the tool, through design of the detection disk, teeth engagement effect is taken as a detection standard, and the problem that in ause process of a timing belt, life of the timing belt is reduced due to the fact that teeth engagement is incomplete and abrasion is generated in high speed movement is solved.

Description

technical field [0001] The invention relates to the technical field of auto parts detection, in particular to an automobile timing belt tooth spiral detection tool. Background technique [0002] The car timing belt is an important part of the car engine. When the car engine is working, the timing belt's timing transmission drive shaft rotates. The timing belt has teeth, and the teeth cooperate with the car's round teeth to rotate. [0003] The existing technology has long-term technical research on the material of the timing belt of the car, and has been able to choose a wear-resistant and durable belt material, but the upgrade of the material cannot hide the source of wear generated when the timing belt is working, that is, the non-rigid material timing When the belt is in contact with the steel gear, because the teeth of the timing belt cannot fully mesh with the steel gear, it will be worn for a long time under the transmission force and easily damaged. How to improve th...

AI Technical Summary

Problems solved by technology

[0003] The existing technology has long-term technical research on the material of the timing belt of the car, and has been able to choose a wear-resistant and durable belt material, but the upgrade of the material cannot hide the source of wear generated when the timing belt is working, that is, the non-rigid material timing When the belt is in contact with the steel gear, because the teeth of the timing belt cannot fully mesh with the steel gear, it will be worn and easily damaged under the transmission force for a long time

How to improve the blank of the timing belt tooth detection in the detection of auto parts, the failure of the timing belt to fully mesh leads to serious wear and short life is the problem to be solved by the present invention

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