Novel pulse diagnosis instrument

Abstract

The novel pulse diagnosis instrument comprises an instrument body, a pulse condition sensing probe, a sliding block, a processor and a terminal, a switch is arranged at the upper end of the instrument body, a placement area is arranged on one side of the instrument body, the pulse condition sensing probe is arranged over the placement area, and the processor is arranged in the instrument body. By means of the design of the placing area, the comfort degree is higher during diagnosis, pulse condition detection is conducted through the pulse condition sensing probe, the length of the pulse condition sensing probe can be adjusted through the combination of the ultrasonic distance sensor, the pressure sensor, the processor and the telescopic column, and the pulse condition sensing probe can better meet the pressure capable of being borne by the human body; the pulse condition is acquired through the acquisition module, the data is preliminarily analyzed through the data analysis module, and the data is secondarily diagnosed through the data diagnosis module, so that the detection structure is more accurate, the use is convenient, the safety coefficient is high, the detection is more accurate, and the use experience of a user is further optimized.

Description

technical field [0001] The invention relates to the medical field, in particular to a novel pulse diagnosis instrument. Background technique [0002] The diagnostic methods commonly used in Chinese medicine include looking, smelling, asking, and feeling. Among them, pulse diagnosis is one of the important diagnostic methods of Chinese medicine. In traditional Chinese medicine, finger pulse detection relies on tactile, pressure, and vibration receptors to detect pulse information under the condition that the fingertips exert different pressures on the radial artery (ie, floating, medium, and sinking pressures). It includes information such as solstice, rhythm, ups and downs, strength, thickness, hardness, softness, fluency, and difficulty. Therefore, the TCM pulse signal should be understood as a collection of pulse cutting pressure and pulse wave power. [0003] With the continuous development and progress of science and technology, more and more medical devices have been ...

AI Technical Summary

Problems solved by technology

[0004] However, for people with thin wrists, the airbag of the pulse diagnosis instrument cannot fully attach the sensor to the wrist after inflating. For people with too thick wrists, the airbag of the pulse diagnosis instrument will generate greater pressure on the wrist after inflating the sensor. cause wrist discomfort

That is to say, the existing pulse diagnosis instrument has the problem of not being able to adapt well to wrists of different thicknesses.

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