Dual Sensing Pulse Diagnosis Instrument

Abstract

A dual-sensing pulse diagnosis apparatus consists of a displacement sensing unit, a pulse pressure sensing unit, a mechanical finger unit and a data processing unit. The data processing unit has complete record of pulse diagnosis specialists' clinical experience including pulse feeling technique, pulse sensation of fingers, pulse condition estimate etc.. The mechanical finger unit can feel pulse automatically by copying the pulse pressing motion of Chinese Physician's forefinger, medius and ring finger, and the data processing unit can perform statistics, analysis and estimate on the data obtained from the displacement sensing unit and pulse pressure sensing unit. In this case, the dual-sensing pulse diagnosis apparatus provides the function of copying Chinese Physician's pulse feeling instantly, so that pulse diagnosis procedure can be standardized and a standard pulse diagnosis teaching platform can be formed. Moreover, the dual-sensing pulse diagnosis apparatus can digitalize Chinese Physician's pulse feeling experience and enable physicians to publish their clinical data of pulse diagnosis.

Description

technical field [0001] The invention relates to a dual-sensing pulse diagnosis instrument, in particular to the function of instantly duplicating the pulse of a doctor. When the pulse diagnosis instrument automatically takes the pulse, it can copy the doctor's experience of taking the pulse and obtain the pulse information of the experience. A pulse diagnosis platform that digitizes diagnosis experience. Background technique [0002] Quantification of traditional Chinese medicine pulse diagnosis has been carried out in China, Japan, Korea and the Western world for more than 40 years, and has accumulated considerable results starting from a single device. This patent suggests the feasibility of quantifying pulse diagnosis, but it is a single-point pulse-taking method, and the available pulse information is extremely limited. On this basis, the mechanism of the pulse condition is further discussed. For example, Taiwan Invention Patent Publication No. 176587 proposes the pulse...

AI Technical Summary

Problems solved by technology

[0007] Based on the above-mentioned patent documents and academic discussions, it can be seen that there are three common shortcomings of existing pulse diagnosis instruments: first, it is impossible to present, observe and record the fingering and the feeling of pressing the pulse (pulse condition) under the finger in the process of taking the pulse by a Chinese doctor in real time. down

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