Temperature control fabric and wearable object made using temperature control fabric

Abstract

The invention provides a temperature control fabric. The temperature control fabric includes a first conductive woven fabric, a second conductive woven fabric, a third conductive woven fabric, a firstconductive semiconductor film, and a second conductive semiconductor film. When the positive end and negative end of a direct current power supply are electrically connected to the first conductive woven fabric and the second conductive woven fabric separately, the first conductive woven fabric and the second conductive woven fabric are electrically connected to a first connection point and a third connection point which contact the first conductive semiconductor film and the second conductive semiconductor film separately as cold ends, and the third conductive woven fabric is electrically connected to a second connection point and a fourth connection point which contact the first conductive semiconductor film and the second conductive semiconductor film as hot ends, or, the second connection point and the fourth connection point are used as cold ends, and the first connection point and the third connection point are used as hot ends. The cold ends and the hot ends can be used for warming or cooling a living body or an object for different environments and applications.

Description

technical field [0001] The invention relates to a fabric, and in particular to a temperature-controlling fabric that can be used for cooling and a wearable article made using it. Background technique [0002] With the advancement of technology, many industry players are currently trying to add electronic components to clothes to form smart clothes. In addition to measuring the physiological signals of the wearer (user), smart clothing can also be used to generate heat for the wearer. Most smart clothes are composed of chips, yarns, wires (such as enameled wires) and resistors, wherein the wires are embedded or woven in fabrics woven from yarns and connected to the resistors and chips. The wires can be connected to an external power source and allow the external power source to power the resistor and the chip. The chip can include a controller and sensors for measuring physiological signals. When the resistor is powered, it converts the electrical energy into heat to heat ...

AI Technical Summary

Problems solved by technology

[0009] Since the above-mentioned refrigeration devices do not have the characteristics of water washing and anti-tearing, but are simply used in rigid devices, they cannot be used as temperature-controlling fabrics for smart clothing

Furthermore, if the above-mentioned cooling device is directly installed on the smart clothing regardless of whether the cooling device has the characteristics of water washing and anti-tearing, the smart clothing formed will also make the wearer feel a foreign body sensation, which will cause the wearer to feel uncomfortable. good wearing experience

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