A motor shaft core feeding device

Abstract

The invention provides a motor mandrel feed device capable of effectively transporting and positioning a motor mandrel. The motor mandrel feed device comprises a machine base. Supporting frames are arranged on the machine base. A first sliding module is arranged on the supporting frames and provided with a first sliding plate. A material distribution head is arranged on the first sliding plate. The upper end of the material distribution head is connected with a material storage pipe. A material conveying module is arranged on one side of the material distribution head, and a material distribution cylinder is arranged on the other side of the material distribution head. The material distribution cylinder is connected with one end of a material distribution arm, and a material distribution opening is formed in the other end of the material distribution arm. A conveying groove matched with the material distribution arm is formed in the side, pointing to the material distribution arm, of the material conveying module. A discharge port is formed in the lower end of the material conveying module. A second sliding module is further arranged on the machine base and is provided with a second sliding table. Material containing bases are arranged on the second sliding table. By means of the motor mandrel feed device, automation of motor mandrel transportation positioning can be effectively achieved, existing manual operation is replaced, the production efficiency and the certified product rate are greatly increased, the transportation efficiency is high, and positioning is accurate.

Description

technical field [0001] The invention relates to a feeding device, in particular to a motor shaft core feeding device. Background technique [0002] Motor is an indispensable power source in the process of mechanical production and processing, and its application is very extensive. A motor generally consists of a motor casing, a motor shaft core, and a base. Traditional motor assembly relies on manual operations, and this method of work takes a long time, has low production efficiency, unstable products, and consumes a lot of human resources. The cost also increases. Big. The mechanical assembly operation can effectively improve the efficiency and produce stable products, but for such slender parts as the motor shaft core, it will be more difficult to transport and locate. [0003] If the automation of the transportation and positioning of the motor shaft core can be effectively realized, it is a problem discussed in the present invention. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

A motor generally includes a motor casing, a motor shaft core, and a base. Traditional motor assembly relies on manual operations, and this method of work takes a long time, has low production efficiency, unstable products, and consumes a lot of human resources, which also increases the cost. Big

Through mechanical assembly operation, the efficiency can be effectively improved and the output is stable, but for such a slender part as the motor shaft core, it will be more difficult to transport and position

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