Flywheel gluing system and motor rotor production device

Abstract

The invention relates to the technical field of motor rotor production. The flywheel gluing system comprises a first positioning working table and a flywheel gluing device; the first positioning working table includes a fixing frame, a second air cylinder, a spline shaft, a jacking cone disk, a first belt transmission assembly, a positioning base, a positioning pinch plate, a glue collecting bucket collecting assembly, a rotating connecting sleeve and a first motor; and the flywheel gluing device comprises a second rotating air cylinder installation frame, a second rotating air cylinder, a rotating arm, a third linear rail shifting assembly, a second air cylinder and a first glue scraping machine. The flywheel gluing system has the advantages that flywheel gluing is uniform, glue cannot drip into a working area, and the glue bonding effect is better.

Description

technical field [0001] The invention relates to the technical field of motor rotor production, in particular to the field of magneto rotor assembly. Background technique [0002] The magneto rotor uses the electric motor to drive the flywheel to rotate at high speed, and when needed, the flywheel drives the generator to generate electricity, so that energy is used efficiently. The rotor of the magneto mainly includes a flywheel, a guard ring, a magnetic tile and a pole cover, and some processes in this process also involve a glue coating process. The assembly process is to apply glue to the inner wall of the flywheel after feeding the flywheel, then install the retaining ring and magnetic tiles, and install the outer wall of the pole cover in the flywheel after applying glue. The deficiencies of the existing assembly equipment are: 1. The steel flywheel is heavy, and the existing flywheel feeding device needs to use power input, which not only has high cost but also has low...

AI Technical Summary

Problems solved by technology

The deficiencies of the existing assembly equipment are: 1. The steel flywheel is heavy, and the existing flywheel feeding device needs to use power input, which not only has high cost but also has low feeding stability and accuracy; 2. The outer wall of the flywheel is thin and difficult to clamp, The flywheel and the pole cover need to be glued. The existing glue coating equipment uses the glue head to move the workpiece to be stationary. Not only is the glue applied unevenly, but the glue is easy to mess up on other parts, and there will be dust on the surface of the workpiece before glue coating. , directly applying glue will affect the firmness of the joint; after the glue is applied, some glue drops will fall into the work area, which needs to be cleaned regularly, which is inconvenient to operate; Affect the processing efficiency; 4. During the assembly process, the magnetic tile is easily affected by the gravitational force, which leads to disorder, and there are problems of difficult assembly and low efficiency; 5. The outer ring of the pole cover has a flange, and the inside and outside are flat cylindrical surfaces, and the pole cover structure Difficulty in distributing materials due to special

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