Position detection device and method thereof

Abstract

The invention provides a position detection device and method thereof. A position detection device comprises a plurality of intersecting regions which consist of a plurality of conductive strips to form a plurality of intersecting regions, wherein a depressed intersecting region is formed when depressed conductive strips electrically contact with each other. The contact position and the total impedance can be determined based on the depressed intersecting region, wherein the total impedance is the shunt impedance of all the depressed intersecting regions.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows users to easily locate specific areas within their handheld devices without having to manually input data like numbers. It uses multiple sensors with wide strip widths to cover large surface regions while still being able to accurately identify small presses. Additionally, this technology helps reduce interference between signals from neighboring buttons when they are adjacent. Users may use these techniques to control how many times they want them up (such as scrolling through documents).

Problems solved by technology

Technological Problem: Current solutions used for pressure -position recognition involve multiple sensors placed next to each other on top of another plate called a reference plane. These systems require precise timing synchronization among these sensor devices, making them difficult to use without errors caused during operation. Additionally, they often rely heavily upon expensive materials like gold powder to achieve accurate results despite being hit accidentally.

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