Manufacturing method of adhesive type iron core of motor

Abstract

The invention relates to a manufacturing method of an adhesive type iron core of a motor, comprising the following steps: 1. blanking stamping pieces of the iron core into stamping blank piece and matching the dimension of the stamping piece and the overall dimension of the iron core; 2. carrying out cleaning to the blank piece of the stamping piece and deburring; 3. gluing to the blank piece of the stamping piece, laminating and curing into a rough blank of the iron core; 4. cleaning the residue glue of the rough blank of the iron core; and 5. adopting a line cutting manner to process the shape and the edge of a tooth slot to the rough blank of the iron core. The manufacturing method does not carry out stamping to the stamping piece of the iron core, can simplify the structure of adhesiveand laminated mold, reduce the workload of demolding, cleaning and deburring, and can realize low labor intensity, high working efficiency and good product quality.

Description

technical field [0001] The invention relates to a manufacturing method of an adhesive iron core of a motor. Background technique [0002] At present, the manufacturing method of the existing motor adhesive type iron core comprises the following steps: one, first process the shape and tooth grooves of the iron core punching sheets that constitute the motor adhesive type iron core (generally adopt punching die punching forming); 2. Clean and deburr the formed iron core punches; 3. Glue and laminate the iron core punches in the iron core gluing and laminating die, and then solidify them into a whole. [0003] But there is following problem in the manufacturing method of existing motor adhesive type iron core: [0004] 1. It is impossible to completely match the shape and alveolar boundaries of the iron core punched sheets after gluing and lamination, and there will often be misalignment between the sheets such as the shape and the alveoli, which is not conducive to subsequent ...

AI Technical Summary

Problems solved by technology

[0004] 1. It is impossible to completely match the shape and alveolar boundaries of the iron core punched sheets after gluing and lamination, and there will often be misalignment between the sheets such as the shape and the alveoli, which is not conducive to subsequent embedding. , The implementation of the heat-shrinking iron core process of the machine base often leads to the quality of the glued iron core not meeting the requirements

[0005] 2. The structure of the glued and laminated mold requires precision and complexity, and it is difficult to remove the mold after glued and laminated; at the same time, the shape of the iron core and the tooth grooves are often caused by the laminated iron core. The glue between the sheets overflows, and it is difficult to clean up the overflowed glue after demoulding. If it is not cleaned up, it will also affect the implementation of subsequent processes (inserting wire, heat-fitting iron core, etc.), and the demoulding and cleaning work is labor-intensive. ,low efficiency

[0006] 3. Due to the limited adhesive force between the iron core punching sheets of the iron core, when processing the shape and tooth grooves of the glued and laminated iron core, if conventional machining methods (such as milling , planing, inserting, turning, etc.), in the process of processing, the cutting force of the machining method is often too large, resulting in excessive burrs in the iron core, which will not only increase the workload of cleaning and deburring, but also increase the labor intensity. , and will reduce its working efficiency; too much cutting force may even cause cracks between the iron core punching sheets, and after the iron chips are cracked, it is difficult to repair them, which will affect the performance of the product and eventually lead to the Iron core scrap

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