Device and method for automatically searching unbalanced point position after vertical dynamic balance detection

Abstract

The invention discloses a device and method for automatically searching an unbalanced point position after vertical dynamic balance detection. The device includes a rack, an electrical control system,and a display system; a 360-degress dial is arranged on a working table surface of the rack; a clamp is coaxially arranged on the 360-degress dial; the clamp and the 360-degress dial are connected toa drive device; the drive device is connected to the electrical control system; and a photoelectric sensor is arranged near the 360-degress dial. The device and method can uses a servo system to automatically rotate a workpiece to find an unbalanced angle position, uses the sensor to determine a zero point position, may quickly search an unbalanced position point and quickly move the point to a weight removing position, is quick in searching speed, is high in position searching precision, can completely and automatically move to the weight removing position, is high in universality, can achieve various dynamic balance detections and weight removing operations, may reduce manual operation errors, can improve the removing accuracy, can improve the balancing efficiency, and can improve the product quality.

Description

technical field [0001] The invention relates to the technical field of metal processing, in particular to a device and method for finding the position of an unbalanced point after an opposing dynamic balance detection. Background technique [0002] After the dynamic balance detection of the workpiece, generally we need to manually rotate the impeller to the corresponding angle value according to the unbalanced angle value obtained from the dynamic balance detection to find the unbalanced position point, and then remove the weight of the unbalanced position. This method of manually rotating the impeller to find the angle is to judge directly with the eyes, find the angle value on the dial that is consistent with the measured angle value, and the scale line corresponds to the angle line on the workpiece, which is determined as the angle line where the unbalanced point of the workpiece is located. This line is at the edge of the workpiece where the unbalanced point is located. ...

AI Technical Summary

Problems solved by technology

In this way, the search position is prone to errors, and the effect is relatively poor. It is difficult to meet the product accuracy requirements in fine processing.

Especially in the process of removing the weight of the workpiece, various problems will arise. For example, the commonly used devices and methods are all manually operated. In the process of manually finding the angle, it is difficult to achieve accurate accuracy by general manual operation. The angle value will eventually affect the accurate result of removing the unbalance, so the manual rotation of the workpiece to find the unbalance position has a large error, which is very troublesome

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