Automatic three-portion and nine-pulse-taking information acquisition and recognition device and method of MEMS hydraulic transmission touch

Abstract

The invention discloses an automatic three-portion and nine-pulse-taking information acquisition and recognition device and a method of MEMS (Micro Electro Mechanical System) hydraulic transmission touch. The method is characterized in that a hydraulic bionic probe acquires pulse fluctuation, and a pressure transmission medium is water. A microsensor array technology is adopted, and a 24-bit sensor measures the parameter attribute of a pulse wave digit form. The hydraulic probe is fixed by a double-layer band, so that interfere can be eliminated effectively, and the device is comfortable to use. The device integrates wrist, renying and fuyang pulse wave digit form detection, and synchronous and dynamic acquisition of aorta abdominalis, stomach and intestine electrophysiology signals, electrocardial and blood oxygen physiology signals, and the like, the signals are processed and analyzed by an MEMS technology, and a diagnosis result is obtained. The device is provided with a radio emission unit, and the signals can reproduce a pulse wave fluctuation state on a far-end bionic hand through remote reproduction, so that remote visual diagnosis can be achieved, and interaction support between experience of a doctor and datamation information is achieved. The device is provided with a health early-warning system, and sends an early-warning signal for abnormal measurement data.

Description

Technical field [0001] This design belongs to the invention of traditional Chinese medicine medical testing equipment. It involves the three parts of Jiuhou and the method of identifying the pulse information of the stool. Especially related to hydraulic automatic pulse acquisition technology, MEMS embedded technology, Cunkou Sanbu Jiuhou pulse acquisition, defecation pulse acquisition and ambulatory blood pressure, blood oxygen, II lead electrocardiogram, PWV and other parameter characterization, quantitative detection and recognition research fields. Background technique [0002] In the Yellow Emperor's Internal Classic, there are three Nine Hou patrol methods to obtain pulses. Since the difficulty of menstruation, doctors gradually abandoned the patrol method and adopted the method of taking cunkou alone. The operation becomes convenient, but a lot of diagnostic information is lost. The book Treatise on Febrile and Miscellaneous Diseases uses the macroscopic characteristics ...

AI Technical Summary

Problems solved by technology

Some use bionic analog probes, but they are used mechanically to complete various methods of the doctor's three-finger pulse palpation method, and the part of the sensor probe made is too complicated, requiring a lot of adjustments when using it, which is time-consuming and labor-intensive.

There will be higher requirements for the user, and the measurement itself will have a greater impact on the user, thereby affecting the pulse fluctuation state

Some products on the market as medical devices also use pulse wave parameters to diagnose cardiovascular characteristics, but the technology used is still the offset listening method, which measures blood pressure by blocking blood flow, and the wearer will have a strong sense of constriction , and it is impossible to analyze the digit situation attribute of the pulse wave

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