ROTARY ELECTRIC MACHINE

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Inventor(s)

ROTARY ELECTRIC MACHINE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240258852 titled 'ROTARY ELECTRIC MACHINE

Simplified Explanation: The patent application describes a rotor design that includes a magnet unit, a magnet holder, a fixing block, and a magnet fixing tool. The magnet holder has a holder main body, an outer peripheral engagement portion, and a holder receiving portion. The magnet unit features inner and outer peripheral tapered surfaces, with the outer surface being caught by the holder and the inner surface being caught by the fixing block.

The rotor design includes a magnet unit, magnet holder, fixing block, and magnet fixing tool.
The magnet holder consists of a holder main body, outer peripheral engagement portion, and holder receiving portion.
The magnet unit has inner and outer peripheral tapered surfaces, with the outer surface caught by the holder and the inner surface caught by the fixing block.

Key Features and Innovation:

Unique magnet holder design with outer peripheral engagement portion.
Tapered surfaces on the magnet unit for secure attachment.
Inclined inner peripheral surface to face the axial gap.

Potential Applications: This rotor design could be used in various motor applications, such as electric vehicles, industrial machinery, and appliances.

Problems Solved: The design provides a secure and stable attachment for the magnet unit within the rotor, ensuring efficient motor operation.

Benefits:

Improved stability and performance of the rotor.
Simplified assembly process for the motor components.

Commercial Applications: This technology could be applied in the manufacturing of electric vehicles, industrial motors, and household appliances to enhance their efficiency and performance.

Prior Art: Readers can explore prior patents related to rotor designs, magnet holders, and fixing blocks in the field of motor technology.

Frequently Updated Research: Stay informed about the latest advancements in rotor design, magnet attachment methods, and motor efficiency research.

Questions about Rotor Design: 1. How does the magnet holder contribute to the stability of the rotor design? 2. What are the potential industrial applications of this innovative rotor technology?

Original Abstract Submitted

a rotor includes a magnet unit, a magnet holder, a fixing block, and a magnet fixing tool. the magnet holder includes a holder main body, an outer peripheral engagement portion, and a holder receiving portion. the magnet unit has an inner peripheral tapered surface and an outer peripheral tapered surface. in the magnet unit, the outer peripheral tapered surface is in a state of being caught by the outer peripheral engagement portion. the inner peripheral tapered surface is inclined with respect to the motor axis to face an axial gap. the inner peripheral tapered surface is caught by the fixing block. in the fixing block, the block tapered surface is in a state of being overlapped with the inner peripheral tapered surface.