A multi-position urinary calculus bed

Abstract

The invention provides a multi-position urinary calculus elimination bed, which comprises a bed body host, a bed surface vibration device, a handheld vibration device and a host electric system, wherein the host electric system is connected to the bed surface vibration device by virtue of the bed body host; the handheld vibration device is arranged above the bed surface of the urinary calculus elimination bed; the bed body host comprises a moving component used for realizing multi-axis motion; the moving component comprises a lateral inclination moving mechanism; the bed body host is connected with the bed surface of the urinary calculus elimination bed by virtue of the lateral inclination moving mechanism. The bed body host is connected with the bed surface of the urinary calculus elimination bed by virtue of the lateral inclination moving mechanism, so that the bed body host is capable of assisting lateral inclination control in urinary calculus treatment, and five-axis movement of the urinary calculus elimination bed is realized by virtue of the moving component, so that not only can multi-position adjuvant therapy be realized, but also phase control over a multi-dimensional vibration surface can be realized by virtue of the bed surface vibration device, accurate positioning and treatment for calculus positions can be facilitated and the treatment effect is improved.

Description

technical field [0001] The invention relates to a stone-discharging bed for stone treatment, in particular to a multi-position urinary stone-discharging bed. Background technique [0002] Urinary calculus is a very old disease and one of the common diseases in urology. The traditional treatment methods are open surgery and drug dissolution and stone removal. With the advancement of science and technology, minimally invasive technology has developed rapidly and matured rapidly, and has become the main treatment method for urinary stones. Minimally invasive treatment methods for urinary calculi include percutaneous nephrolithotomy, transureteral nephrolithotomy, transurethral cystoscopic lithotripsy, and extracorporeal shock wave lithotripsy. Among them, extracorporeal shock wave lithotripsy does not require surgery on the patient. It is a non-invasive treatment and is recognized as the first choice for the treatment of urinary calculi. [0003] For larger urinary stones, sh...

AI Technical Summary

Problems solved by technology

Although this will have a certain effect, it is difficult for patients to grasp quantitatively, and it is difficult for the weak and elderly to exercise

[0004] Moreover, the existing stone removal bed also has the following technical problems and defects: 1. The treatment of kidney staghorn calculi that requires multiple position changes has limitations; 2. The existing stone removal machine body is not compatible with the lithotomy position urinary cavity Third, the bed structure of the vibration device of the existing stone removal machine cannot cooperate with the X-ray machine to perform real-time image observation of the stone position through the X-ray; The wheel mechanism realizes vibration, which can only realize the overall one-dimensional vibration of the vibration surface, but cannot realize the phase control and multi-dimensional vibration of the vibration surface

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