A conveying roller table used in a fully automatic factory test system for motors

Abstract

The invention provides a conveying roller way used for a motor full-automatic predelivery test system. The conveying roller way used for the motor full-automatic predelivery test system is characterized in that a crawler-type structure formed by connecting electricity transmission conveying boards and common conveying boards is included, the crawler-type structure is driven to carry out cycle operation through a drive unit, a motor working position is formed by N common conveying boards and one electricity transmission conveying board in an end to end mode, at least one motor to be tested is arranged on each motor working position, the power input end of each motor to be tested is connected with the electricity transmission conveying board when tested, at least one section of copper plate groove is formed in the inner side of the crawler-type structure, each section of copper plate groove corresponds to a working section, and when the electricity transmission conveying boards run to the copper plate grooves and make contact with the copper plate grooves, the motor full-automatic predelivery test system carries out electricity transmission control over motors to be tested through the copper plate grooves and the electricity transmission conveying boards. The conveying roller way used for the motor full-automatic predelivery test system has the advantages of being simple in structure, stable in running, high in reliability, capable of adjusting operation speed freely and good in effect, and effectively reducing number of needed operating staff.

Description

technical field [0001] The invention relates to a motor conveying roller table, in particular to a conveying roller table used in a fully automatic factory test system for a motor, and belongs to the technical field of motor manufacturing. Background technique [0002] The motor factory test equipment is one of the necessary production equipment in the motor manufacturing process. Generally, the factory test system has low test efficiency and is difficult to adapt to the production rhythm of the production line. However, through the rhythmic test method, the test area is divided into several working sections. One working section completes one test item. When the motor completes the current working section, it is transported to the next working section for the next test item. In this way, multiple motors can be tested at the same time, which greatly improves the testing efficiency of the motor. However, since the traditional roller line does not have a power transmission syst...

AI Technical Summary

Problems solved by technology

However, since the traditional roller line does not have a power transmission system that follows the movement of the roller line, if a rhythmic test method is to be realized, it needs to be manually wired multiple times according to different test items, and each work section must be arranged manually, otherwise it is still impossible to achieve Efficient testing; moreover, because the traditional roller table line has no position status feedback system, it may cause the phenomenon that the running speed of the roller table line is not synchronized with the output of the test system, and the operator may cause abnormal output due to the asynchronous phenomenon when wiring; at the same time, The traditional roller line system also lacks a corresponding protection system, which is very likely to endanger the personal safety of operators

Moreover, since the traditional roller table line system does not have a protection system for the tested motor, during the test process, if an abnormal situation occurs in one motor, it will affect the motors being tested in other working sections, and the whole test process will be stagnant. Seriously affect production efficiency

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