​Technical Disclosure: Multi-Dimensional Tactile Analysis & Interaction System for Finger-Worn Devices

 Inventor / Originator: Taisuke Michikaze (Project TRANSIA)

Date of Public Disclosure: February 21, 2026

​I. Introduction

​This document serves as a formal public disclosure of a novel technological concept for smart rings and finger-worn wearable devices. Moving beyond passive health monitoring, this system introduces an "Active Analytical Interface" that identifies, records, and evaluates the physical and chemical properties of external objects and human interactions through haptic sensing.

​II. Core Technological Components

​The following claims and descriptions are established as prior art to prevent any third-party patent claims on similar functionalities:

​1. Atomic Material Identification (Tactile Scanning)

The device integrates high-resolution haptic sensors, thermal conductivity probes, and electrical impedance sensors on the outer surface of the ring.

​Verification: Real-time analysis of material purity (e.g., gold, gemstones) and identification of counterfeit goods.

​Organic Analysis: Assessment of food quality, including sugar content, moisture levels, and chemical residues (e.g., in fruits like apples) via pattern recognition of tactile feedback.

​2. Human Sincerity & Trust Evaluation (The Synchronized Handshake)

A dual-sensing mechanism that captures the biometric data of both the wearer and the counterpart during physical contact (e.g., a handshake).

​Analysis: Evaluation of partner reliability and emotional resonance through micro-tremors, pulse synchronization, and galvanic skin response (GSR).

​3. Haptic Skill & Experience Archiving

The system records the kinetic and tactile "memory" of specialized movements, such as musical performances (piano, bass) or artisanal craftsmanship.

​Data Circulation: Converting physical "feel" into transferable data for skill inheritance and cross-border education models.

​4. Kinetic Energy Harvesting

A mechanism that converts ambient vibrations and thermal energy from the user's activities (e.g., cycling, musical performance, sports) into electrical power to ensure an autonomous energy cycle.

​III. Declarations

​This disclosure covers the integration of the aforementioned features into any ring-shaped or finger-worn form factor. Any subsequent patent applications by third parties incorporating these elements shall be considered void of novelty due to this public disclosure.

​Copyright & IP Rights: Project TRANSIA / Taisuke Michikaze.

Strategic Licensing & Partnership Policy:

For a period of one year from this disclosure, I am open to exploring Joint Patent Applications with strategic partners. Following this period, all usage of the technologies described herein will transition to a Licensing Model. Detailed terms are available on the [Licensing Terms Page].

Title: Extension of Scope - AI & Robotic Haptic Interface

​[English]

This invention explicitly includes the application of the disclosed tactile sensing technology to Artificial Intelligence (AI) and Robotics.

​Robot Tactile Integration: Integration into robotic end-effectors (fingers/grippers) to enable material identification and quality control equivalent to or exceeding human capability.

​AI Learning Data: The use of captured tactile data as a training set for machine learning models to digitize the "sense of touch" (Haptic Big Data).

​Remote Avatar Control: Systems that transfer the tactile memory of a human expert to a remote robot for high-precision tasks.