18185965. Electric Machine Frame Fastenerless Covers simplified abstract (ABB SCHWEIZ AG)
Contents
Electric Machine Frame Fastenerless Covers
Organization Name
Inventor(s)
William E. Martin of Greenville SC (US)
John M. Zedek of Simpsonville SC (US)
Electric Machine Frame Fastenerless Covers - A simplified explanation of the abstract
This abstract first appeared for US patent application 18185965 titled 'Electric Machine Frame Fastenerless Covers
The patent application describes an electric machine with a unique design for easy assembly and maintenance.
- The machine consists of a stator with inner and outer surfaces, a rotor inside the stator, and a shaft connected to the rotor.
- A frame is integrated with the stator, and a fastenerless cover is fixed to the frame without the use of fasteners.
- The frame's outer surface matches that of the stator, simplifying the construction and maintenance process.
- This design allows for quick and easy access to the internal components of the machine for servicing or repairs.
- The absence of fasteners reduces the risk of damage and simplifies the overall assembly process.
Potential Applications: This innovative design could be used in various electric machines, such as motors, generators, or other rotating equipment.
Problems Solved: The design addresses the challenges of traditional electric machines by simplifying the assembly and maintenance processes.
Benefits: The fastenerless cover and integrated frame design improve accessibility and reduce the time and effort required for maintenance tasks.
Commercial Applications: This technology could have significant implications in industries that rely on electric machines, such as manufacturing, automotive, or renewable energy.
Questions about the Technology: 1. How does the fastenerless cover improve maintenance procedures? 2. What are the potential cost savings associated with this design?
Original Abstract Submitted
An electric machine includes: a stator with an outer and an inner surface; a rotor disposed inside the inner surface of the stator and configured to rotate about an axis of rotation; a shaft oriented along and configured to rotate about the axis of rotation of the rotor and operably connected to the rotor; a frame integrated with the stator such that an outer surface of the frame is identical to the outer surface of the stator or a frame disposed outside the stator; and at least one fastenerless cover fixed to the outer surface of the frame without the use of fasteners.
