Automatic external laminating method and automatic external laminating device of motor stator core

Abstract

The invention discloses an automatic external laminating method and an automatic external laminating device of a motor stator core. The device comprises a working table (1), robots (3), centering tables (11), a laminating location table (2) and punching sheet material discs (5), wherein the laminating location table (2) is arranged in the center of the working table (1); the working table (1) is equally divided into three parts; each part is provided with one robot (3); tail end suction discs (4) are arranged at the ends of the robots (3); and the centering tables (11), the punching sheet material discs (5), iron sheet material discs (7), waste material discs (8), ventilation slot plate material discs (9) and compensating sheet material discs (10) are arranged around the robots (3). According to the method and the device, laminating of the core is accomplished by mechanical, automatic and standard movement, so that an error caused by a human factor is effectively reduced; a dust-free requirement of a laminating environment can be ensured; and the laminating efficiency can be improved.

Description

technical field [0001] The invention relates to the field of production and manufacture of generator stator cores, in particular to an automatic outer stacking method and device for motor stator cores. Background technique [0002] The iron core is an important part of the generator stator, and its quality plays a vital role in the performance of the generator, so very strict requirements are put forward for its manufacturing process. [0003] In China, the manual production method is generally adopted in the stacking operation of the generator stator core, that is, outside the generator base, the punching sheet, iron sheet, ventilation slot plate and compensation sheet are manually stacked into a certain order and quantity. A segment, and then hoist the different segments into the machine base to form a whole. From the analysis of published and published technical literature, Yu Ping published in "Dongfang Electric" No. 3, 2005 "Analysis of Generator Stator Core External P...

AI Technical Summary

Problems solved by technology

[0004] 1) Manually repeat the same action to stack very thin (not greater than 0.5mm) punches to a height of 6-7 meters, which is labor-intensive;

[0005] 2) One unit only allows a group of operators (about 2-4 people) to stack up, and it works in a single thread, and the production cycle is long;

[0006] 3) The technical level and work responsibility of the operators are different, and it is easy to make mistakes in stacking and stacking, and the error rate is high

[0007] Since the lamination process requires dust-free operation, and the lamination and compaction processes are carried out alternately, it is easy for the operator to be in high-intensity work for a long time. On the one hand, it brings personal safety problems, and on the other hand, the lamination process is uncontrollable. And the problem that the lamination quality cannot be guaranteed

Images