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Apple Inc. Patent for Piezoelectric Sensor with Resonating Microstructures

Favicon for changeflow.com USPTO Patent Grants - Diagnosis & Surgery (A61B)
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Summary

The USPTO has granted Apple Inc. a patent for a piezoelectric sensor system utilizing resonating microstructures to detect and amplify biological vibrations. The patent, filed in 2021, aims to improve the identification of specific biological signals for potential use in medical devices.

Published by USPTO on changeflow.com . Detected, standardized, and enriched by GovPing. Review our methodology and editorial standards .

What changed

The United States Patent and Trademark Office (USPTO) has granted Apple Inc. a patent (US12582332B2) for a novel piezoelectric sensor system. This system incorporates tuned microstructures designed to resonate at specific frequencies, mechanically amplifying signals before processing. The technology is intended to enhance the identification of particular types of biological vibrations detected by the sensor, potentially for use in diagnostic or surgical applications.

This patent grant represents a new intellectual property asset for Apple Inc. in the area of sensor technology. While patents do not impose direct regulatory obligations on other entities, they can influence product development and market competition within the medical device and technology sectors. Companies developing similar sensor technologies should be aware of this granted patent to avoid potential infringement issues.

Archived snapshot

Mar 27, 2026

GovPing captured this document from the original source. If the source has since changed or been removed, this is the text as it existed at that time.

← USPTO Patent Grants

Piezoelectric sensor with resonating microstructures

Grant US12582332B2 Kind: B2 Mar 24, 2026

Assignee

Apple Inc.

Inventors

Yindar Chuo, Zijing Zeng

Abstract

A sensor system may have a force sensor formed from a piezoelectric film. The piezoelectric film may comprise a number of tuned microstructures that are configured to resonate at a particular frequency. In accordance with the tuning of the microstructures, frequency signals corresponding to the microstructure resonance may be mechanically amplified before being processed by associated processing electronics. The processing electronics may be configured to identify a type of biological vibration detected by the force sensor.

CPC Classifications

A61B 5/1102 A61B 5/6891 A61B 7/003 A61B 2562/028 A61B 2562/066 A61B 2562/18 H10N 30/1051 H10N 30/302 G01H 11/08

Filing Date

2021-06-23

Application No.

17355442

Claims

18

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Named provisions

Abstract CPC Classifications

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Last updated

Classification

Agency
USPTO
Published
March 24th, 2026
Instrument
Notice
Legal weight
Non-binding
Stage
Final
Change scope
Minor
Document ID
US12582332B2

Who this affects

Applies to
Medical device makers Manufacturers
Industry sector
3345 Medical Device Manufacturing
Activity scope
Medical Device Development Sensor Technology
Geographic scope
United States US

Taxonomy

Primary area
Healthcare
Operational domain
Product Development
Topics
Medical Devices Intellectual Property

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