A method for identifying direction of automobile suspension spring

Abstract

The invention discloses a method for identifying the direction of an automobile suspension spring, which includes: a large head driving mechanism drives the large head mechanism to advance to the end position of the large end, and a small head linear drive mechanism drives the small end mechanism to move to the end position of the small end; The head rotation driving mechanism drives the small head mechanism to rotate so that the small head stopper against the top end surface of the suspension spring pushes the suspension spring to rotate. When the sensor of the small head rotation drive mechanism detects that the torque increases, the small head The head rotation drive mechanism drives and stops the drive; the suspension spring is sent to the strong pressure equipment; the big head drive mechanism drives the big head mechanism to return to the initial position of the big head, and the small head linear drive mechanism drives the small head mechanism to return to the initial position of the small head, and the small head rotates The driving mechanism drives the directional recognition mechanism to return to the initial angle; the directional recognition mechanism of the automobile suspension spring disclosed in the present invention can recognize the suspension spring, which is not only more suitable for automatic production, but also can quickly replace the directional module .

Description

technical field [0001] The invention relates to the field of spring production methods, in particular to the field of automobile suspension spring identification, and specifically shows an automobile suspension spring identification method. Background technique [0002] In recent years, with the rapid development of social economy, various products are constantly improving in the direction of high performance, high stability, high efficiency and multi-function. For example, in the spring production process, in order to improve the accuracy and efficiency of recognition, it is necessary to carry out recognition processing on suspension springs. [0003] The spring recognition mechanism at the present stage has no recognition function, but the spring is artificially placed on the recognition station, and the spring has a large deviation in the position of the recognition machine, which causes the recognition process to be unstable in improving the performance of the spring. S...

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Problems solved by technology

[0003] The spring recognition mechanism at the present stage has no recognition function, but the spring is artificially placed on the recognition station, and the spring has a large deviation in the position of the recognition machine, which causes the recognition process to be unstable in improving the performance of the spring. Accelerate the damage of the die head of the recognition machine, and the production efficiency is low

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