IoT-Integrated Hand-Held Cutting Tool and Skill Training Feedback System
OwnerRodney Tyrell Knightinventor
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Abstract
The present invention relates to an IoT-based handheld cutting tool that provides an advanced training system for vocational and technical skill development. It integrates real-time data analytics, sensor technology, and augmented reality (AR) to deliver adaptive feedback. The system captures detailed performance metrics through multiple sensors, while AR visual guidance and wearable technology ensure comprehensive, real-time feedback. This training approach aims to significantly improve psychomotor skills, promote safety, and enhance overall training efficiency for users.
Claims14
An IoT-enabled handheld cutting tool comprising:
- a plurality of sensors embedded in said tool, said sensors configured to capture detailed motion data during user training sessions, wherein said motion data includes speed, accuracy, and force parameters;
- a central processing unit configured to receive and process said motion data in real-time, and wherein said central processing unit provides an aggregated representation of said motion data through a user interface.
A method for evaluating user performance using an IoT-enabled handheld cutting tool, said method comprising:
- capturing motion data using a plurality of sensors embedded in said cutting tool, wherein said motion data includes speed, accuracy, and force applied during training;
- transmitting said motion data to a central processing unit;
- generating a display representing said motion data, wherein said display includes an aggregated view of multiple performance metrics;
- detecting user input selecting a specific motion parameter and generating an expanded view of said parameter, including detailed insights and system-generated recommendations.
Dependencies are inferred from the claim text.