Synchronous motor automatic assembly equipment

Abstract

The invention discloses automatic assembling equipment of a synchronous motor. The automatic assembling equipment of the synchronous motor comprises a synchronous motor positioning groove, a shaft sleeve automatic feeding mechanism, a shaft sleeve automatic compressing mechanism, a pin shaft automatic feeding mechanism, an automatic dowel-pushing mechanism and an electric control system, wherein the shaft sleeve automatic feeding mechanism comprises a shaft sleeve storage silo, a shaft sleeve arrangement groove, a shaft sleeve conveying mechanism and a shaft sleeve positioning groove; the shaft sleeve conveying mechanism is used for conveying a shaft sleeve into the shaft sleeve positioning groove; the shaft sleeve positioning groove is positioned above the synchronous motor positioning groove; the shaft sleeve automatic compressing mechanism comprises a pushing rod and a first driving device used for driving the pushing rod; the pin shaft automatic feeding mechanism comprises a pin shaft storage silo, a pin shaft arrangement groove, a pin shaft conveying mechanism and a pin shaft guide groove; the pin shaft conveying mechanism is used for conveying a pin shaft into the pin shaft guide groove; the pin shaft guide groove is positioned in one side of the synchronous motor positioning groove; the automatic dowel-pushing mechanism comprises a pushing needle and a second driving device used for driving the pushing needle; the electric control system is connected with the first driving device and the second driving device. According to the automatic assembling equipment of the synchronous motor provided by the invention, the labor cost and the labor intensity are reduced, the production efficiency and the product quality are improved, and meanwhile, the production safety is guaranteed.

Description

technical field [0001] The invention relates to equipment for assembling motors, in particular to automatic assembling equipment for synchronous motors. Background technique [0002] The synchronous motor is composed of three parts: a synchronous motor body, a shaft sleeve and a pin shaft, and is used to provide power to the wind deflector of the electric fan. The assembly of the existing synchronous motor is carried out by manual use of simple tools, and the assembly process is as follows: 1), the shaft sleeve is pressed into the motor shaft of the synchronous motor body by hand, so that the two pin holes on the shaft sleeve are aligned with the motor shaft of the synchronous motor body. Align the pin holes on the shaft; 2), put the assembled basic components into the slot of the pin pressing tool; 3), take a pin shaft with the left hand and align it with the small hole, and turn the pin pressing tool with the right hand Falun, the downward power generated by the crankshaf...

AI Technical Summary

Problems solved by technology

High labor cost

[0005] 2), prone to substandard products, unable to guarantee product quality

Manual assembly of synchronous motors is prone to failure to press in place, crooked or unstable impact force to damage the product structure

[0006] 3) There are potential safety hazards in manual operation

The pin shaft is very short, and it is an interference tight fit with the shaft sleeve of the synchronous motor. There is no positioning guide groove, so it is difficult to position by hand, and it is easy to press it by mistake, which poses a safety hazard

[0007] To sum up, the existing assembly methods of synchronous motors have the problems of low efficiency, labor intensity, high assembly costs, inability to guarantee product quality, and serious safety hazards.

Images