A small motor assembly table

Abstract

The invention discloses a small electromotor assembly stand, comprising an electromotor assembly overturning operation platform and an electromotor assembly stator setting rotating table, wherein the electromotor assembly overturning operation platform comprises an overturning rack base, an overturning rack, an overturning hydraulic oil cylinder and a stretching oil cylinder, the overturning rack is fixedly arranged on supporting plates on the two sides of the overturning rack base by pin rolls, the overturning hydraulic oil cylinder is arranged on the overturning rack base, the upper end of the overturning hydraulic oil cylinder is connected with the overturning rack, first guide rails are arranged on a bottom plate of the overturning rack, sliding plates are arranged on the first guide rails, stator supporting seats are arranged on the sliding plates which are connected with the stretching oil cylinder arranged on the overturning rack, the electromotor assembly stator setting rotating table comprises a rotating disc base, a rotating disc, second guide rails and a central shaft, the rotating disc is arranged on the central shaft, a plurality of second guide rails are radially and uniformly arranged on the rotating disc, and the second guide rails are in horizontal butt joint with the first guide rails. The small electromotor assembly stand is simple in structure, lower in cost and convenient to operate, the assembly efficiency is effectively improved, and the labor intensity is reduced.

Description

technical field [0001] The invention relates to a motor assembly platform device, in particular to a small motor assembly platform. Background technique [0002] At present, small motors with a power level of tens of kilowatts and a weight of hundreds of kilograms have been widely used in various industries, with a huge market and many manufacturers. However, there are still some manufacturers whose production facilities are relatively backward in the field of manufacturing, and the degree of automation of the equipment is not high. The rotor is directly moved into the horizontal stator for assembly. Although this method does not need to move the motor stator, it is easy to cause damage to the stator winding and damage the bearing during assembly, and the operation of aligning the rotor to the center is extremely inconvenient. If the vertical assembly method is used, the above problems can be effectively overcome, but the motor stator needs to be turned over 90° so that the...

AI Technical Summary

Problems solved by technology

However, there are still some manufacturers whose production facilities are relatively backward in the field of manufacturing, and the degree of automation of the equipment is not high. Move the rotor directly into the horizontal stator for assembly. Although this method does not need to move the motor stator, it is easy to cause damage to the stator winding and damage the bearing during assembly, and the operation of aligning the rotor to the center is extremely inconvenient

However, if the vertical assembly method is adopted, the above-mentioned problems can be effectively overcome, but the motor stator needs to be turned over 90° so that the open end of the motor is vertically upward during assembly. However, there are also problems such as inconvenient operation, high labor intensity and low efficiency.

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