Apparatus for monitoring human pulse by using an Internet-of-Things sensors

Abstract

The invention provides an apparatus for monitoring human pulse by using Internet-of-Things sensors. The apparatus comprises a body, a wristband, a Chi pulse pressure sensor, a Guan pulse pressure sensor, a Cun pulse pressure sensor and a cloud server, an air bag is arranged in the wristband, the Chi pulse pressure sensor, the Guan pulse pressure sensor and the Cun pulse pressure sensor are installed in the air bag in parallel, the air bag is connected with a mini air pump in the body, analog signal amplifying circuits, A / D (analog to digital) conversion circuits and an MCU (micro control unit) are further arranged in the body, the Chi pulse pressure sensor, the Guan pulse pressure sensor and the Cun pulse pressure sensor are respectively connected to the MCU through the analog signal amplifying circuits and the A / D conversion circuits, a wireless WiFi module, the mini air pump and a human-computer interaction interface installed to the surface of the body are further connected to the MCU, and the MCU performs information transmission with the cloud server through the wireless WiFi module. The apparatus has the advantages of being simple in structure, convenient to operate, saving medical expenses for users, and allowing users to pay attention to health in real time.

Description

technical field [0001] The invention belongs to the technical field of human body pulse condition monitoring, and in particular relates to a device for monitoring human body pulse condition using an Internet of Things sensor. Background technique [0002] Diagnosis of pulse, also called pulse number, plays a vital role in the field of traditional Chinese medicine. Chinese medicine practitioners will diagnose the patient's condition by feeling the fluctuations of the three pulse positions of Cun, Guan and Chi on the wrist of the human body with their fingers. For people who are not in traditional Chinese medicine, pulse diagnosis is a great knowledge, which cannot be effectively learned, or even the way to get started. But if you want to know your health status at all times, it will take time to go to the hospital for pulse diagnosis Queuing up for registration results in the disadvantages of cumbersome procedures, high consumption and long time. This requires a device with e...

AI Technical Summary

Problems solved by technology

For people who are not in traditional Chinese medicine, pulse diagnosis is a great knowledge, which cannot be effectively learned, or even the way to get started. But if you want to know your health status at all times, it will take time to go to the hospital for pulse diagnosis Queuing up for registration results in cumbersome procedures, high consumption, and long time. This requires a device that is easy to operate and obtains pulse results to meet people's needs.

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