COIL COMPONENT

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Inventor(s)

COIL COMPONENT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240258009 titled 'COIL COMPONENT

The abstract describes a coil component that distinguishes between positive and negative positional differences between turns of wires in different layers based on their relative positions.

The coil component is configured to detect the positional difference between turns of wires in different layers.
Positive directional differences are defined when a turn of a second wire is on one side of a turn of a first wire, while negative directional differences are defined in the opposite case.
The coil component includes areas for positive and negative directional differences to account for the relative positions of the turns of wires.
Non-contact turns in the second wire ensure that there is no contact with any wire from one end.

Potential Applications: - Electrical transformers - Inductors in electronic circuits - Electric motors

Problems Solved: - Accurate detection of positional differences between wire turns - Improved efficiency in coil components

Benefits: - Enhanced performance in electrical devices - Precise control of magnetic fields - Increased reliability in coil components

Commercial Applications: Title: Advanced Coil Components for Enhanced Electrical Devices This technology can be used in various industries such as electronics, automotive, and power generation for improved efficiency and performance in electrical devices.

Questions about Coil Components: 1. How does the coil component differentiate between positive and negative positional differences? The coil component defines positive and negative positional differences based on the relative positions of turns of wires in different layers. 2. What are the potential benefits of using this coil component in electrical devices? Using this coil component can lead to enhanced performance, precise control of magnetic fields, and increased reliability in various electrical devices.

Original Abstract Submitted

a coil component configured such that if a certain turn of a second wire in the second layer is on a second end portion side of a turn of a first wire in the first layer of the same number as the certain turn, a direction of a positional difference is defined as a positive direction, and if in an opposite case, a direction of a positional difference is defined as a negative direction, a coil component includes a positive-direction positional difference area having a positional difference in the positive direction between turns of the first and second wires and a negative-direction positional difference area having a positional difference in the negative direction between turns of the first and second wires. the turns of the second wire include non-contact turns with which any wire is not in contact from a first end portion side.