Water cooling soft magnet composite material disk type motor

Abstract

The invention discloses a disk type motor taking a soft magnet composite material as a stator, and relates to the technical field of a motor. The motor comprises rotors, a fixed shaft, bearings and astator; the motor adopts the fixed shaft; the motor stator is positioned between a pair of rotor plates; the rotor plates can rotate around the motor fixed shaft; the rotors and the fixed shaft are connected through the bearings; the stator comprises stator iron core modules, coil windings, fixed rings and fixed clamps; each stator iron core module is a columnar module prepared from the soft magnet composite material and having a trapezoidal section; the coil windings are directly wound around the stator iron core modules; the multiple stator iron core modules are arranged into a circular ringshape based on a circumference, and the outer ring and the inner ring of the circular ring are fixed by the fixed rings; and the fixed rings are buckled on the stator iron core modules through the fixed clamps and bolts, so as to enable the circular ring formed by the stator iron core modules to form a stable and firm integrated body. The motor disclosed in the invention adopts water cooling, andis simple in structure, light in weight, high in efficiency, good in cooling effect and suitable for mechanical batch production.

Description

technical field [0001] The invention relates to the technical field of motors, in particular to a water-cooled soft magnetic composite disc motor. Background technique [0002] At present, the stator of a disc motor includes a stator core and a coil winding. Generally, the stator core is wound into a disc shape with a silicon steel sheet, and the coil is slotted on one end face of the disc. The stator of this motor has a simple structure and high efficiency. High, but the stator core processing process is complicated, the processing cycle is long, and when the motor speed is high, the ferromagnetic loss of the silicon steel sheet is very large, which seriously affects the efficiency of the motor. Therefore, in order to further reduce the core loss of the motor, the stator can adopt a coreless structure, which is directly wound by the stator coil and placed in a disc structure. Although this type of motor does not have the loss of the stator core, the stator is an air-core co...

AI Technical Summary

Problems solved by technology

[0002] At present, the stator of a disc motor includes a stator core and a coil winding. Generally, the stator core is wound into a disc shape with a silicon steel sheet, and the coil is slotted on one end face of the disc. The stator of this motor has a simple structure and high efficiency. High, but the stator core processing process is complicated, the processing cycle is long, and when the motor speed is high, the ferromagnetic loss of the silicon steel sheet is very large, which seriously affects the efficiency of the motor

Therefore, in order to further reduce the core loss of the motor, the stator can adopt a coreless structure, which is directly wound by the stator coil and placed in a disc structure. Although this type of motor does not have the loss of the stator core, the stator is an air-core coil , the air gap of the motor is large, the magnetic flux leakage of the magnetic field is relatively large, and the eddy current loss of the air-core coil is relatively large, which is not conducive to designing a high-speed, high-efficiency motor

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