Honda motor co., ltd. (20240331915). REACTOR simplified abstract
Contents
REACTOR
Organization Name
Inventor(s)
Takanori Sakaguchi of Saitama (JP)
REACTOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240331915 titled 'REACTOR
The objective of the patent application is to efficiently suppress the temperature of the hottest parts within the core and within each coil of a reactor.
- The reactor includes a magnetic core with an annular shape, a primary coil unit externally fitted on the core, and a secondary coil unit externally fitted on the core.
- The primary coil unit consists of a primary coil and a primary-side coating that coats the primary coil.
- The secondary coil unit consists of a secondary coil and a secondary-side coating that coats the secondary coil.
- A cooling container houses the core, the primary coil unit, and the secondary coil unit, with a liquid coolant flowing from an inlet towards an outlet to cool the components.
- The liquid level of the coolant is maintained higher than the upper ends of all the core, primary coil, and secondary coil to effectively dissipate heat.
Potential Applications: - Power generation systems - Electrical transformers - Industrial machinery
Problems Solved: - Overheating of core and coils in reactors - Ensuring efficient cooling of critical components
Benefits: - Improved safety and reliability - Enhanced performance and longevity of reactors
Commercial Applications: Title: "Advanced Cooling System for Reactors" This technology can be utilized in power plants, electrical grids, and manufacturing facilities to enhance the efficiency and durability of reactors.
Questions about the technology: 1. How does the cooling container effectively dissipate heat within the reactor?
The cooling container houses the core, primary coil unit, and secondary coil unit, allowing the liquid coolant to flow and maintain a higher level than the components to facilitate heat dissipation.
2. What are the key components of the primary and secondary coil units in the reactor?
The primary coil unit includes a primary coil and a primary-side coating, while the secondary coil unit consists of a secondary coil and a secondary-side coating to ensure efficient operation and cooling.
Original Abstract Submitted
the objective is to efficiently suppress the temperature of the hottest parts within the core and within each coil. the reactor includes a magnetic core having an annular shape, a primary coil unit externally fitted on the core, and a secondary coil unit externally fitted on the core. the primary coil unit includes a primary coil and a primary-side coating that coats the primary coil. the secondary coil unit includes a secondary coil and a secondary-side coating that coats the secondary coil. the reactor further includes a cooling container. the cooling container houses the core, the primary coil unit, and the secondary coil unit. within the cooling container, a liquid coolant flows from an inlet towards an outlet in such that the liquid level of the coolant is higher than the upper ends of all of the core, the primary coil, and the secondary coil.
