Wearable telescopic conductive cloth and manufacturing method thereof

Abstract

The present invention discloses a wearable telescopic conductive cloth. A conductive cloth body is elastic cloth and is used for making smart clothes. The surface of the conductive cloth body is provided with a first area for sticking a sensor, a second area for sticking a chip-type battery, and a third area for printing a connection circuit. A connection circuit at the surface of the third area comprises a soft rubber layer, a silver glue circuit layer, an auxiliary circuit layer, an insulation protection layer and a waterproof layer sequentially stacked on the surface of the conductive clothbody. The soft rubber layer is made of soft rubber with elasticity, and a rubber body on a first surface is in contact with the conductive cloth body and is immersed in a fiber gap of the conductivecloth body. A circuit of the silver glue circuit layer is drawn from silver glue and is arranged on a second surface of the soft rubber layer. The auxiliary circuit layer, the insulation protection layer and the waterproof layer sequentially cover the silver glue circuit layer. The conductive cloth provided by the invention is not easily broken when the conductive cloth is stretched, and the normal electrical connection between the sensors can be effectively ensured.

Description

technical field [0001] The invention relates to the technical field of a conductive cloth body used for printed circuits, in particular to a wearable stretchable conductive cloth and a manufacturing method thereof. Background technique [0002] Smart clothing is a kind of intelligent equipment that installs various sensors on clothes to detect human heartbeat, brain wave, body temperature, muscle and other information in real time. It can be widely used in medical treatment, sports training, outdoor activities, etc. [0003] Most of the existing smart clothing production technologies are in the experimental stage, and the technology is not mature enough. The smart clothing produced is often prone to sensor failure. Among them, one reason is that the good contact between the sensor and the skin on the surface of the human body leads to detection failure; the other reason is that because the clothes have certain stretch properties, the circuits printed on the clothes often suf...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing smart clothing production technologies are in the experimental stage, and the technology is not mature enough. The smart clothing produced is often prone to sensor failure.

Among them, one reason is that the good contact between the sensor and the skin on the surface of the human body leads to detection failure; the other reason is that because the clothes have certain stretch properties, the circuits printed on the clothes often suffer Pulling causes the circuit printed on the circuit to break, resulting in the inability to transmit the detection signal

[0004] At present, the problem of poor contact between sensors and the surface of the human body can be solved to a certain extent by using fabrics with good stretchability to make smart clothing. However, this makes the lines printed on the fabrics more likely to break.

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