Electronic wrist strap for living body wearing detection through vital signs

Abstract

The invention discloses an electronic wrist strap for living body wearing detection through vital signs. The electronic wrist strap comprises a wrist strap (1) and a vital sign detection device (2) arranged on the wrist strap (1), wherein the vital sign detection device (2) comprises a vital sign sensor (21), a main control chip (22) and a radio frequency chip (23); the vital sign sensor (21) is close to a human wrist and is used for sensing and outputting a vital sign detection signal; the main control chip (22) is used for receiving the vital sign detection signal, computing vital sign data according to a default strategy and obtaining living body state data based on the judgment; and the radio frequency chip (23) is used for receiving the vital sign data and / or the living body state data and forwarding the data to an upper computer. The electronic wrist strap is an RFID (radio frequency identification) product in the medical industry, can acquire the vital sign information of patients in real time and can provide the patient related information to medical workers any time any where via an RFID internet of things platform.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an electronic wristband for detection of living body wearing through vital signs. Background technique [0002] The traditional method of collecting data on the basic characteristics of the human body is usually measured item by item by special instruments, and then the recorded data is summarized, and finally an assessment of the health status is made. This method cannot obtain first-hand physical sign data in real time and quickly, and the measurement process is cumbersome and time-consuming. [0003] At present, human physiological and physiological telecommunication sensing technologies have emerged, including invasive detection and non-invasive detection. Invasive detection implants physiological sensors into the body, and long-term use may cause the risk of sensor misplacement in the body. Therefore, more non-invasive detection is used in the market, usually infrared detect...

AI Technical Summary

Problems solved by technology

Invasive detection implants physiological sensors into the body, and long-term use may cause the risk of sensor misplacement in the body

Therefore, more non-invasive detection is used in the market, usually by infrared detection. Generally, infrared proximity detection or temperature detection is used to judge the wearing situation, which cannot directly represent the living state, and it is prone to misjudgment.

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