Fabric structures that store and release bio-information

TWM688545UActive Publication Date: 2026-10-11刘美芳
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Patent Information

Application Number
TW115206254
Authority / Receiving Office
TW · TW
Patent Type
Utility models
Current Assignee / Owner
Filing Date
2026-07-03
Publication Date
2026-10-11
Estimated Expiration
2036-07-02

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    Figure TWG2TB001916136_003
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Abstract

This invention provides a fabric structure for storing and releasing bio-information, comprising a fabric body, longitudinal porous fiber yarns, and transverse porous fiber yarns. The longitudinal and transverse porous fiber yarns are interlaced within the fabric body, and each longitudinal porous fiber yarn possesses both silicon dioxide and titanium dioxide structures. Therefore, when the fabric body is worn by the human body, the silicon dioxide and titanium dioxide structures contained in the longitudinal and transverse porous fiber yarns enable the storage and release of bio-information, and can generate the desired resonance to amplify the bio-information, thereby obtaining better basic and functional information detection values.
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Claims

1. A fabric structure for storing and releasing biological information, comprising at least: a fabric body having a first sleeve portion, a second sleeve portion, and a third sleeve portion, the second sleeve portion and the third sleeve portion communicating with the first sleeve portion; a plurality of longitudinal porous fiber yarns disposed on the fabric body, each longitudinal porous fiber yarn having a plurality of chambers and each chamber being filled with a plurality of silicon dioxide structures and a plurality of titanium dioxide structures respectively; and a plurality of transverse porous fiber yarns disposed on the fabric body, each transverse porous fiber yarn interlacing with each longitudinal porous fiber yarn, each transverse porous fiber yarn having a plurality of chambers and each chamber being filled with a plurality of silicon dioxide structures and a plurality of titanium dioxide structures respectively.

2. The fabric structure for storing and releasing biological information as described in claim 1, wherein the second sleeve portion and the third sleeve portion are connected and disposed on the upper sides of the first sleeve portion, so that the fabric body forms the upper body fabric body.

3. The fabric structure for storing and releasing biological information as described in claim 1, wherein the second sleeve portion and the third sleeve portion are connected and disposed on both sides of the bottom of the first sleeve portion, so that the fabric body forms the lower half of the fabric body.

4. The fabric structure for storing and releasing biological information as described in claim 1, wherein each longitudinal porous fiber yarn is a synthetic fiber.

5. The fabric structure for storing and releasing biological information as described in claim 1, wherein each transverse porous fiber yarn is a synthetic fiber.

6. The fabric structure for storing and releasing biological information as described in claim 1, wherein each silicon dioxide structure is a submicron-sized silicon dioxide grain.

7. The fabric structure for storing and releasing biological information as described in claim 1, wherein each titanium dioxide structure is a submicron-sized titanium dioxide grain.