Control method of shiatsu type pulse-taking instrument

Abstract

The invention discloses a shiatsu type pulse-taking instrument and a control method. The method comprises the steps that firstly, the pulse-taking instrument with a plurality of fingerstall sensors is used for collecting and obtaining light, moderate and heavy voltage output signals of finger cun-guan-chi of a collected person; secondly, the pulse-taking instrument transmits the light, moderate and heavy voltage output signals to a computer; thirdly, the computer converts the light, moderate and heavy voltage output signals into light, moderate and heavy pulse-taking pressure values, compares the light, moderate and heavy pulse-taking pressure values with a preset light, moderate and heavy pulse-taking pressure range, and carries out corresponding operation on the light, moderate and heavy pulse-taking pressure values according to comparison results; fourthly, the computer saves the comparison results and operation results obtained after operation is carried out on the light, moderate and heavy pulse-taking pressure values. The control method has the advantages that when individual palpation, simultaneous palpations with three fingers of shiatsu type cun-guan-chi pulse conditions and a light, moderate and heavy pulse-taking method of individual palpation and simultaneous palpations with three fingers are studied, the cun-guan-chi pulse-taking pressure can be stably and objectively expressed, and thus data can be compared in different situations in the future.

Description

technical field [0001] The invention relates to the technical field of traditional Chinese medicine pulse diagnosis, in particular to a control method of an acupressure pulse diagnosis instrument. Background technique [0002] In the existing medical technology, the acquisition of the pulse signal is generally obtained by the original pulse signal through the sensor. Now the signal obtained by the sensor is mainly based on the pulse map. In recent years, the collection of pulse waves has mainly developed in the direction of three parts. However, in modern medicine, when detecting the three parts of the pulse at home and abroad, the current pressure is mainly marked with weight g, but in fact the same gravity can be different because of the different force-bearing areas of the sensor. Different pressures are produced; therefore, this method of expressing pulse pressure in g has only relative meaning and cannot be simulated or compared between different sensors. And the rese...

AI Technical Summary

Problems solved by technology

In recent years, the collection of pulse waves has mainly developed in the direction of three parts. However, in modern medicine, when detecting the three parts of the pulse at home and abroad, the current pressure is mainly marked with the weight g, but in fact the same gravity can be different because of the difference in the force-bearing area of ​​the sensor. produce different pressures; therefore, this method of expressing pulse pressure in g is only relative and cannot be simulated or compared between different sensors

Moreover, the study did not involve single-click and total-click

Clinical practice shows that there are differences in the pulse signal when the pulse taking method is single-pressed and always pressed.

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