Reversible winding stator core sling structure

Abstract

The invention relates to a reversible winding stator core sling structure. According to the structure, a lifting hook is arranged in the middle of a left-right screw rod, and a handle is arranged at one end of the left-right screw rod. Each supporting frame comprises a vertical section and an arc-shaped section. The positions, on the two sides of the lifting hook, of the left-right screw rod are connected with the ends, away from the arc-shaped sections, of the vertical sections of the supporting frames correspondingly. Supporting frame threaded pipes are arranged at the joints of the supporting frame and the left-right screw rod. T-shaped threaded sleeves are arranged at the ends, close to the arc-shaped sections, of the vertical sections of the supporting frames. The supporting frames onthe two sides are mounted on left section and the right section of the T-shaped left-right screw rod through the T-shaped threaded sleeves and fastened through fastening bolts. The left end and the right end of the T-shaped left-right screw rod are connected with hand wheels through flat keys correspondingly, and fixed shafts are arranged at the positions, away from the inner sides of the vertical sections, of the arc-shaped sections of the supporting frames. Clamping plates are mounted on the fixed shafts. The reversible winding stator core sling structure has the advantages that operation is easy, the process of repeated turnover, carrying and turnover of a winding stator during stator press fitting in the prior art can be replaced, and the labor intensity is effectively reduced; and potential safety and quality hazards and the production cost are reduced. The stator press fitting procedure technological process is optimized, and meanwhile the press fitting quality of an iron core of the winding stator is guaranteed.

Description

technical field [0001] The invention relates to a reversible winding stator core hanger structure, in particular to a winding stator structure for carrying out turnover on the stator during the press-fitting process. Background technique [0002] In the existing technology, the press-fitting of the stator in the motor industry is basically forward pressure, that is, the stator core of the winding is placed in the machine base, and then pressed by a press. There is a winding stator core lying on the turnover tray, which needs to be It is hoisted to the turning table for turning over, making it vertical, and then hoisting through the inner hole or clamping the outer circle, and placing the stator in the inner cavity of the machine base for pressing. The production efficiency of the above-mentioned process in the prior art is low, and the stator It needs to go through three processes: hoisting, turning over, and hoisting before it can be placed in the inner cavity of the machin...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the press-fitting of the stator in the motor industry is basically forward pressure, that is, the stator core of the winding is placed in the machine base, and then pressed by a press. There is a winding stator core lying on the turnover tray, which needs to be It is hoisted to the turning platform for turning over, making it vertical, and then hoisting through the inner hole or clamping the outer circle, and placing the stator in the inner cavity of the machine base for pressing. The production efficiency of the above-mentioned process in the prior art is low, and the stator It needs to go through three processes: lifting-turning-lifting before it can be placed in the inner cavity of the machine base. There are dangers and quality risks in each lifting and turnover

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