An electromechanical control vertical and horizontal adjustment pulse diagnosis integrated machine

Abstract

The invention relates to the technical field of electromechanical control, in particular to an electromechanical-control pulse feeling integrated machine capable of being regulated longitudinally and transversely. The electromechanical-control pulse feeling integrated machine comprises a motor transmission translation mechanism, an automatic inflating and deflating mechanism, a base box and three pulse feeling arms. The electromechanical-control pulse feeling integrated machine has the advantages that by the automatic inflating and deflating mechanism and the front arm and the rear arm which are connected in a nested manner, three contact parts which are named Cun, Guan and Chi in traditional Chinese medicine can be regulated, and strength and positions can be transversely regulated accurately; the distance between Cun and Guan and the distance between Guan and Chi can be regulated at the same time by the motor transmission translation mechanism, transverse and longitudinal regulation can be achieved, and the strength and position control in the transverse direction is more accurate.

Description

technical field [0001] The invention relates to the technical field of electromechanical control, in particular to an electromechanical control vertical and horizontal adjustment pulse diagnosis integrated machine. Background technique [0002] With the development of electromechanical technology, it has become a general trend to replace traditional technology with precision electromechanical instruments. Diagnosis of pulse is a traditional diagnostic technology of traditional Chinese medicine. Practitioners have carried out a lot of research work on pulse theory, pulse diagnosis methods, clinical diagnosis and experiments, and made great progress. Up to now, the research on the objectification of pulse condition mainly focuses on the development of pulse condition instrument. [0003] The Cunkou pulse in traditional Chinese medicine is divided into three parts: Cun, Guan, and Chi. Along the direction of the blood vessel, the radial styloid process is used as the mark. The...

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Problems solved by technology

However, it only adjusts vertically (along the direction of the veins), without considering the adjustment of the horizontal direction (direction perpendicular to the veins), which greatly reduces its applicability

[0005] Another example is the Chinese invention patent ZL201410451787.3, which discloses a vertical pressing driver related to pulse condition, including an array pressing sensing probe, a piston, a piston locker, a drive tank, a tension spring, a packaging cover, a gas pipe, and a charging and discharging control device; The device is inflated to increase the pressure of the drive tank, pushing the piston down, and the locking pin clamps the sawtooth of the locking wing under the natural elastic force of the pressure spring, so that the piston is stabilized at a certain set pressure position, realizing "lifting and seeking". "Strength increases the precise control and "seeking" operation for precise layering, but it only adjusts horizontally (perpendicular to the direction along the veins), and does not involve vertical (along the veins) adjustments, which also greatly reduces its applicability ; and it uses air pressure to realize the force control of "lifting, pressing and searching". The three parts of inch, close and ruler need to be controlled separately, which is inconvenient to operate

[0006] After analysis, it is found that the technical problems of the existing technologies including the above patents are: 1) There is no integrated control device for pulse diagnosis that realizes vertical and horizontal adjustment; 2) The force and position of the horizontal adjustment are inaccurate

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