Automatic torsion detection machine

Abstract

The invention discloses an automatic torsion detection machine which comprises an electric control box and a torsion detection chamber, wherein the torsion detection chamber is arranged at the upper part of the electric control box; cylinders are arranged at the upper part of the torsion detection chamber in a bilateral symmetry manner; the torsion detection chamber is of an upper-and-lower double-layer structure; the upper-and-lower double-layer structure is separated by an up-and-down moving plate from the middle; four top corners of each of the upper and lower surfaces of the up-and-down moving plate are fixed by guide columns; a buffering spring is arranged between two guide columns on the same side arranged on the upper surface of the up-and-down moving plate; a rotating motor is arranged on the bottom surface of the torsion detection chamber; a fixing tool is arranged at the upper part of the rotating motor. By adoption of the automatic torsion detection machine, a special detector does not need to take greater effort to make a test, and only a detection component is mounted in place; therefore, the working intensity of a worker and the requirement on the skill of the worker are reduced, the labor and the detection time are greatly saved, and the detection precision is greatly improved; the manmade error is smaller, and a detection result is stable.

Description

technical field [0001] The invention relates to a detection device for mechanical parts, in particular to an automatic torque detection machine. Background technique [0002] The rotating shaft refers to a kind of parts that will generate torque due to friction during the rotation process of the corresponding parts. Only when the rotating force reaches the specified torque can it rotate. If the torque is lower than the specified torque, it will not rotate. In the current detection of the torque of the rotating shaft, the torque wrench equipped with a detection meter is used to read the rotational torque during the rotation process after being pulled left and right. However, due to manual operation, due to the angle of rotation, operation method and reading error, the final result has a large deviation and the test result is unstable. At the same time, special testers need to spend a lot of effort to achieve Rotation, low efficiency, not suitable for mass inspection in facto...

AI Technical Summary

Problems solved by technology

However, due to manual operation, due to the angle of rotation, operation method and reading error, the final result has a large deviation and the test result is unstable. At the same time, special testers need to spend a lot of effort to achieve Rotation, low efficiency, not suitable for mass inspection in the factory

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