Intelligent color changing garment

Abstract

The invention discloses an intelligent color changing garment. The intelligent color changing garment is composed of a wrist pulse sensor (1), a PCB (2), a garment body (3) and a varnished wire (4). The garment body (3) comprises an ink layer (31), a fabric layer (32) and a heating layer (33). The ink layer (31), the fabric layer (32) and the heating layer (33) are sequentially connected from exterior to interior. The wrist pulse sensor (1) is fixedly connected between the fabric layer (32) on the inner side of the wrist and the heating layer (33). The wrist pulse sensor (1) comprises a signal processor (11) and a photoelectric probe (12). The intelligent color changing garment can detect the heartbeat state of a human body, the heartbeat state is displayed on the garment, the garment is safe and visualized, and a human monitoring system and the garment are effectively combined.

Description

technical field [0001] The invention relates to the technical field of structural design and application of color-changing clothing, and in particular provides an intelligent color-changing clothing. Background technique [0002] ECG monitoring and mobile medical systems have matured, but the research on combining clothing still needs to be further explored. Based on the principle that heart rate and pulse are consistent, clothing design with ECG monitoring function is based on clothing, and combined with ECG monitors, it has a special role in the field of human medicine. The early heart rate monitoring clothing can only monitor the heart rate and cannot reflect the data and other information through the electrocardiogram. This type of clothing is divided into two types: touch-type and non-touch-type. There have been many successful cases of touch-type heart rate monitoring clothing, but non-touch-type is still in the research and development stage. In 1990, Carnegie Mello...

AI Technical Summary

Problems solved by technology

The current research frontiers of foreign scholars mainly focus on the application of sensing, the development of smart yarns and the combination with clothing: Gi-Soo Chung and Hee-Cheol Kim ] et al. have developed a digital smart yarn, using this yarn to make clothing, embedding biosensors into the clothing as a whole, and the measurement result of the heart rate value measured is equivalent to the heart rate value directly measured by the sensor; Hakyung Cho and Joohyeon Lee conducted research on the selection and location of sensors in ECG monitoring clothing and clothing style design, and designed the clothing into two layers: the inner layer and the outer layer, hiding the sensors in the inner layer of the clothing. From the perspective of the outer layer of clothing, compared with ordinary clothes There is no obvious change, but it has special functions without affecting the wearing comfort of the clothing, and uses conductive fabric to transmit signals

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