Pulse condition simulation terminal with fingering collection

Abstract

The invention discloses a pulse condition simulation terminal with fingering collection, relating to the field of traditional Chinese medicinal pulse diagnosis informationization. The pulse condition simulation terminal with fingering collection is characterized by comprising a bionic wrist tissue, a fingering collecting and locating mechanism (5), bionic pulse (6), a shell fixing structure, a signal input and output end and a processing circuit (10), wherein the bionic pulse (6) is placed inside the bionic wrist tissue, the bionic wrist tissue is fixed in a bionic tissue and pulse fixing frame (9) through a bionic tissue and pulse fixing frame cover (7), the bottom of the bionic tissue and pulse fixing frame (9) is connected with a box bottom (111), and a box cover (1) is mounted above the box bottom (111). The terminal accurately simulates the separate beat of the complicated pulses of the cun, guan and chi acupuncture points of a patient, so that a doctor can feel the pulse beat information at the corresponding touch position in real time under different pulse diagnosis fingering methods, thus the virtual position phenomenon is overcome, and the fatigue caused to the hands of the doctor during the long-time pulse palpation process is effectively alleviated.

Description

technical field [0001] The invention relates to the field of informatization of traditional Chinese medicine pulse diagnosis, in particular to a pulse condition simulation terminal with fingering collection. Background technique [0002] As an important heritage of Chinese culture, pulse diagnosis of traditional Chinese medicine has been more and more recognized by the world, and the informatization of traditional Chinese medicine has become an inevitable trend of technological development. Among them, the collection and restoration of pulse conditions has always been a hot spot of concern. At present, most of the restoration of the pulse condition is still in the stage of presenting the pulse condition in the form of an image. The method of determining the diagnosis result through the observation and analysis of the pulse condition waveform is obviously inconsistent with the traditional Chinese medicine pulse-feeling habit, and TCM doctors are even more unable to seek medic...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a pulse condition simulation terminal with fingering collection. Through three large strokes, the structure of high-precision magnetic induction coil and magnetic steel, it can accurately simulate the patient's size, distance and size. Separation and beating of the complex pulses of the three acupoints; through the beating control of the bionic pulse and the positioning of the cantilever beam displacement sensor, the doctor can feel the pulse information at the corresponding touch position in real time under different fingering methods, thereby completing the floating, centering , Shen's diagnosis; through the elastic pre-tightening bodies on the upper and lower sides of the magnetic induction coil, it is ensured that the magnetic induction coil will not touch the magnetic steel and the sudden stop will affect the hand feeling, and it can also effectively overcome the virtual position phenomenon of the bionic pulse jump, thereby Improve the responsiveness of the system; through the wrist bionic skin, radius, hand tendon, subcutaneous tissue and other structures, highly restore the real human wrist structure, make the touch feel more real, and effectively prevent doctors from misdiagnosing due to unreal terminal feel; through specially designed similar The shell structure of the mouse makes the pulse diagnosis more comfortable and can effectively relieve the hand fatigue of the doctor during the long-term pulse diagnosis

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