18331698. MAGNETIC THRUST BEARING SYSTEMS simplified abstract (General Electric Company)
Contents
MAGNETIC THRUST BEARING SYSTEMS
Organization Name
Inventor(s)
Ravindra Shankar Ganiger of Bengaluru (IN)
David Raju Yamarthi of Bengaluru (IN)
MAGNETIC THRUST BEARING SYSTEMS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18331698 titled 'MAGNETIC THRUST BEARING SYSTEMS
The abstract describes a magnetic thrust bearing system, including a thrust disc with magnets and thrust pads with opposing poles to create magnetic forces for bearing support.
- Thrust bearing system with a thrust disc protruding radially from a shaft, featuring magnets and thrust pads for magnetic support.
- The thrust disc includes a first magnet with poles at opposite sides, while the thrust pads have magnets with poles facing the disc to generate magnetic forces.
- The opposing poles of the magnets on the thrust disc and pads create repelling forces to support the shaft and reduce friction.
- The design allows for stable and efficient thrust bearing operation in various applications requiring rotational support.
Potential Applications: - Industrial machinery - Automotive systems - Aerospace technology
Problems Solved: - Minimizing friction in rotating machinery - Enhancing stability and efficiency of thrust bearings
Benefits: - Improved performance and longevity of rotating equipment - Reduced maintenance and downtime due to lower friction levels
Commercial Applications: - Bearings for electric motors - Turbomachinery components - Precision instruments
Questions about Magnetic Thrust Bearing Systems: 1. How do magnetic thrust bearing systems compare to traditional mechanical bearing systems? 2. What are the key factors to consider when implementing magnetic thrust bearings in different applications?
Frequently Updated Research: - Ongoing studies on optimizing magnetic thrust bearing designs for specific industrial applications.
Original Abstract Submitted
Magnetic thrust bearing systems are disclosed. Examples disclosed herein include a thrust bearing system comprising a thrust disc protruding radially outward from a shaft, the thrust disc including a first magnet, the first magnet including a first pole at a forward side of the thrust disc and a second pole at an aft side, a first thrust pad positioned on the forward side, the first thrust pad including a second magnet adjacent to a first surface of the first thrust pad, the first surface facing the thrust disc, the second magnet including a third pole, the third and first pole having the same polarity, and a second thrust pad including a third magnet adjacent to a second surface of the second thrust pad, the second surface facing the thrust disc, the third magnet including a fourth pole, the fourth and second pole having the same polarity.
