Motor rotor plate conveying and stacking equipment

Abstract

The invention discloses motor rotor plate conveying and stacking equipment. The motor rotor plate conveying and stacking equipment is characterized in that a slideway inclined downwards is arranged at the tail end of a conveyor belt, and rotor plate stacking pillars and driving devices fixedly mounted on a rack are arranged at the tail end of the slideway; each rotor plate stacking pillar comprises a guiding body at the upper end and a cylindrical stacking body at the lower end, wherein the guiding body comprises an arc-shaped guide part arranged at the upper part, the lower end of the guide part is fixedly connected with a cylindrical cylinder part, the sectional diameter of the guide part is gradually increased from top to bottom, and the diameter of the cylinder part is consistent with that of the corresponding stacking body; the stacking bodies are fixedly mounted on the rack, and a penetration hole is formed in the central part of each stacking body in the axial direction; power output shafts of the driving devices penetrate the penetration holes to be fixedly connected with the guiding bodies; and the external diameters of the stacking bodies adapt to the apertures of rotor shaft holes of motor rotor plates to be stacked. The motor rotor plate conveying and stacking equipment can realize automatic stacking of the motor rotor plates, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of production equipment for motor rotor slices, in particular to a conveying and stacking equipment for motor rotor slices. Background technique [0002] The motor rotor sheet is an important part of the motor rotor. It is usually stamped by a punching machine. Because the motor rotor sheet is thin, in the production process, it is generally necessary to manually stack the motor rotor sheets punched by the punching machine, and then stack them neatly. A stack of motor rotor slices is transferred to the next process. Since the motor rotor slices are thin, the number of motor rotor slices required by the motor is large, so the production quantity of the motor rotor slices is relatively large. Therefore, manual stacking of the motor rotor slices requires a large amount of labor, heavy labor burden, and low efficiency. In addition, during the manual stacking process, the sharp edges of the motor rotor blades ar...

AI Technical Summary

Problems solved by technology

Due to the thinner motor rotor slices, the number of motor rotor slices required by the motor is large, so the production quantity of the motor rotor slices is relatively large. Therefore, manual stacking of the motor rotor slices requires a large amount of labor, heavy labor burden, and low efficiency.

In addition, during the manual stacking process, the sharp edges of the motor rotor blades are easy to cut the operator's fingers, causing artificial injury to the operator

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