CORE AND COIL COMPONENT

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Inventor(s)

CORE AND COIL COMPONENT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240258002 titled 'CORE AND COIL COMPONENT

The abstract describes a patent application for a core that includes a winding core, a first flange at one end, and a second flange at the other end. The winding core has surfaces on opposite sides, as well as side surfaces intersecting the main surfaces. The first flange also has surfaces on opposite sides, with side surfaces intersecting the main surfaces and an inner-side end surface connected to the winding core.

The core includes a winding core, first and second flanges, and various surfaces for structural support.
The winding core and flanges have specific surface configurations for stability and functionality.
The inner-side end surface of the first flange features a unique inclined surface for enhanced structural integrity.
The core design aims to improve the overall performance and durability of the core in various applications.
The patent application focuses on the innovative design and construction of the core for specific industrial uses.

Potential Applications: - Electrical transformers - Motors and generators - Industrial machinery - Automotive components

Problems Solved: - Enhanced structural stability - Improved performance in demanding applications - Increased durability and longevity

Benefits: - Greater efficiency in energy transfer - Reduced maintenance and replacement costs - Enhanced overall performance in various industrial settings

Commercial Applications: Title: Innovative Core Design for Enhanced Industrial Performance This technology can be utilized in various industrial sectors such as electrical engineering, automotive manufacturing, and machinery production. The innovative core design offers improved performance and durability, making it a valuable component in demanding industrial applications.

Questions about the technology: 1. How does the unique inclined surface of the first flange contribute to the overall structural integrity of the core? 2. What specific industrial applications can benefit the most from the enhanced design of this core technology?

Original Abstract Submitted

a core includes a winding core, a first flange at a first end portion of the winding core, and a second flange at a second end portion of the winding core. the winding core has first and second surfaces on opposite sides, and first and second side surfaces intersecting the first and second surfaces and on opposite sides. the first flange has first and second surfaces on opposite sides, first and second side surfaces intersecting the first and second surfaces and located on opposite sides, an inner-side end surface connected to the first end portion of the winding core, and an outer-side end surface on an opposite side from the winding core. the inner-side end surface of the first flange has a first inclined surface between the first surface of the winding core and the first surface of the first flange.