Motor voltage worm and performance testing device

Abstract

The invention relates to a motor voltage worm and performance testing device. The device includes a motor conveying mechanism used for conveying a motor from a feeding station of a production line toa motor transfer station, a motor transfer mechanism used for transferring the motor between different processes, a motor rotor shaft length testing mechanism used for performing length test of an assembled motor rotor shaft, a worm feeding and assembling mechanism used for feeding a worm and assembling the worm and the electronic rotor shaft, and a motor worm adjusting and performance testing mechanism used for adjusting and testing the motor completed by the voltage worm. The device is advantaged in that the assembling operation of the motor worm can be automatically realized, performance detection of the motor rotor shaft and the worm can be further automatically realized, and data of the whole process in the assembling operation is recorded.

Description

technical field [0001] The invention relates to motor production line equipment, in particular to a motor pressing worm and performance testing equipment. Background technique [0002] Motor worm assembly is to assemble the motor worm to the motor rotor shaft, which is an important process in the motor production line. The current motor worm assembly technology mostly uses manual semi-automatic control to operate the cylinder to complete the pressing of the worm. Before pressing, the worm needs to be manually placed on the motor rotor shaft. After the worm is placed, the worker operates the cylinder to complete the pressing of the worm. , After the press-fitting is completed, the motor is manually unloaded to put the motor into the next process on the production line. [0003] The deficiencies and defects of the existing technology are mainly reflected in: when manually placing the worm, if the worm is not placed vertically on the motor rotor shaft due to the carelessness o...

AI Technical Summary

Problems solved by technology

[0003] The deficiencies and defects of the existing technology are mainly reflected in: when manually placing the worm, if the worm is not placed vertically on the motor rotor shaft due to the carelessness of the worker, the rotor shaft is easily deformed or even broken during press-fitting, resulting in the failure of the product. Scrap; when pressing the worm, because it is only a matching press-fit of the worm and the rotor shaft, there is no data monitoring and control during the press-fit process, which can easily lead to unqualified press-fit; due to manual fixing and operation during the press-fit , it is easy to cause injury to the workers; before and after the worm press-fitting is completed, the performance test cannot be introduced in time, and the performance can only be tested after the entire motor is off-line, and it is still spot checks, it is difficult to guarantee the quality of the press-fitting, and at the same time, the reduces the production efficiency of the motor

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