Body position physical therapy calculus removing device

Abstract

A body position physical therapy calculus removing device comprises a support, a hydraulic cylinder, a supporting foot and a supporting base. One end of the support is connected with the supporting base through the supporting foot. The middle portion of the support is connected with the upper end of the hydraulic cylinder. A cam shaft with a cam is arranged on the support. A vibration frame is arranged on the support through a sliding wheel. The sliding wheel on the vibration frame is clamped on a track of the support. A cam shaft with a cam is arranged on the vibration frame. The cam is in contact with a vibration frame cam groove face. A rotating shaft is arranged at the center part of a vibration frame horizontal beam. The upper end of the rotating shaft is connected with a sleeping bed horizontal beam. A locating pin is arranged on the rotating shaft. A sleeping bed can rotate by 360 degrees around the rotating shaft and is fixed through a locating pin. According to the body position physical therapy calculus removing device, by three-dimensional rotating, a human body can be in a stand position, a headstand position, a side-lying position and an oblique-lying position, mechanical vibration is carried out, calculus is vertically aligned with a pelvis outlet, impact power is generated through the effect of a free falling body, human body pain can be relieved, the human body calculus is removed through the physical principle, and using effect is obvious.

Description

Technical field [0001] The invention relates to a human body physical therapy device, in particular to a body position physical therapy stone-removing device. Background technique [0002] Stones in the human body, such as bladder and urinary calculi, can be excreted through running and jumping exercises, while calculus in the kidney can be excreted through running and jumping, or the stones may fall on the lower calyx. For the treatment of calculus in the kidney, headstand exercises or surgery are generally used. The surgical effect is good, but it is more harmful to the human body; handstand exercises are difficult for most people to persist for a long time, and the posture may not be able to discharge the renal pelvis. The best angle is not equipped with a comfortable seismic source that allows the stones to be discharged along the physiological channel, so the effect of stone removal is very poor. Summary of the invention [0003] The purpose of the present invention is to pr...

AI Technical Summary

Problems solved by technology

For the treatment of lower renal calyceal calculus, handstand exercise or surgery is generally used. The operation effect is good, but it is more harmful to the human body; handstand exercise is difficult for most people to persist for a long time, and the posture may not be able to make the stone pass out of the renal pelvis The optimal angle of the stone is not provided, and there is no comfortable source of stone discharge along the physiological channel, so the effect of stone discharge is very poor

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