AI Patent Summary

Patent Document
#20260228144
SYSTEM-ON-A-CHIP (SOC) DEVICE WITH SECONDARY PROCESSOR FOR COLLECTION OF EXTERNAL DEVICE DATA
Abstract
This SoC design incorporates a dedicated secondary processor to efficiently collect data from external devices. This secondary processor acquires, stores in its own memory, and then transmits the external device data to the primary memory, all without interrupting the primary processor, thereby enhancing the overall system's performance and responsiveness.
AI Analysis & Synthesis
Patent Classification & AI Product Mapping
Authoritative patent classification definitions mapped to real-world technology domains and commercial product categories.
CPC G06F3/00
Confidence: Medium
Official Definition
Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
PHYSICS > COMPUTING OR CALCULATING; COUNTING > ELECTRIC DIGITAL DATA PROCESSING
AI Technology & Product Mapping
Technology Domain:
Human-Computer Interfaces & Input Devices
Product Category:
Computer Peripherals & Input Interfaces
Plain-English Summary:
General systems and methods for transferring data into or out of a computer through input and output devices.
Relation to Claims:
The patent relates generally to converting physical user interactions (touch/force) into data that can be processed by a computer system.
CPC G06F3/01
Confidence: High
Official Definition
Input arrangements or combined input and output arrangements for interaction between user and computer
PHYSICS > COMPUTING OR CALCULATING; COUNTING > ELECTRIC DIGITAL DATA PROCESSING
AI Technology & Product Mapping
Technology Domain:
Human-Computer Interaction (HCI)
Product Category:
Touch Panels & Control Surfaces
Plain-English Summary:
User interface devices and technologies that allow humans to interact directly with computing systems.
Relation to Claims:
The patent discloses a touch sensor and touch panel used for user actuation, directly enabling user-to-computer interaction.
CPC G06F3/03
Confidence: Medium
Official Definition
Arrangements for converting the position or the displacement of a member into a coded form
PHYSICS > COMPUTING OR CALCULATING; COUNTING > ELECTRIC DIGITAL DATA PROCESSING
AI Technology & Product Mapping
Technology Domain:
Position & Displacement Sensing
Product Category:
Displacement Sensors & Input Dials
Plain-English Summary:
Mechanisms that translate physical movement, position, or displacement into digital signals.
Relation to Claims:
The patent involves detecting physical deformation and changes in physical shape or displacement of a flexible coil to indicate touch actuation.
CPC G06F3/041
Confidence: High
Official Definition
Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
PHYSICS > COMPUTING OR CALCULATING; COUNTING > ELECTRIC DIGITAL DATA PROCESSING
AI Technology & Product Mapping
Technology Domain:
Touch Sensing & Digitizer Technologies
Product Category:
Touch Screens & Touch Pads
Plain-English Summary:
Touch screens or touch pads classified by the specific technology used to convert touch into electrical signals.
Relation to Claims:
The patent directly claims an inductive touch sensor and touch panel acting as a digitizer to detect touch inputs.
CPC G06F3/046
Confidence: High
Official Definition
Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means by electromagnetic means
PHYSICS > COMPUTING OR CALCULATING; COUNTING > ELECTRIC DIGITAL DATA PROCESSING
AI Technology & Product Mapping
Technology Domain:
Inductive & Electromagnetic Touch Sensing
Product Category:
Inductive Touch Panels & Force Sensors
Plain-English Summary:
Touch screens or touch pads that use electromagnetic or inductive principles to detect touch locations.
Relation to Claims:
The patent specifically relies on changing inductance values within a flexible coil caused by physical deformation from applied force to detect touch actuation.