Honda motor co., ltd. (20240331916). INDUCTOR simplified abstract
Contents
INDUCTOR
Organization Name
Inventor(s)
INDUCTOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240331916 titled 'INDUCTOR
The objective of the patent application is to adjust the magnetic resistance at each coil mounting part to the desired level. The inductor consists of a core and coils, with coil mounting parts extending in the y direction and arranged in the x direction. Coils are externally fitted around each coil mounting part, with the end faces on the z− direction side of the coil mounting parts aligned in the z direction. The cross-sectional area of the coil mounting parts varies in the y direction.
- The invention focuses on adjusting magnetic resistance at each coil mounting part.
- The inductor includes a core, coils, and coil mounting parts arranged in a specific configuration.
- Coils are fitted externally around each coil mounting part.
- The end faces of the coil mounting parts are aligned in the z direction.
- Varying cross-sectional areas of the coil mounting parts in the y direction.
Potential Applications: - Electrical engineering - Magnetic field control systems - Inductor design and manufacturing
Problems Solved: - Precise adjustment of magnetic resistance - Enhanced control over inductor performance - Optimization of magnetic field strength
Benefits: - Improved efficiency in electrical systems - Customizable magnetic resistance levels - Enhanced inductor performance
Commercial Applications: Title: "Advanced Magnetic Resistance Adjustment Technology for Inductors" This technology can be utilized in various industries such as electronics, automotive, and telecommunications for optimizing magnetic field control and enhancing overall system efficiency.
Questions about the technology: 1. How does this innovation improve the performance of inductors in electrical systems? 2. What are the key factors to consider when adjusting magnetic resistance levels in coil mounting parts?
Original Abstract Submitted
the objective is to adjust the magnetic resistance at each coil mounting part to the desired level. the inductor includes a core and coils. the core includes the coil mounting parts extending in the y direction and arranged in the x direction. the coils are externally fitted around each coil mounting part. the positions of the end faces on the z− direction side of the coil mounting parts are aligned in the z direction. the position of the end face on the z+ direction side of at least a predetermined coil mounting part and the position of the end face on the z+ direction side of another coil mounting part are different from each other in the z direction. the cross-sectional area of the predetermined coil mounting part and the cross-sectional area of another coil mounting part are different from each other when viewed in the y direction.
