Nephrological peritoneal dialysis device

Abstract

The invention discloses a nephrological peritoneal dialysis device. The interior of the rubber belt is divided into a temperature control chamber and a storage chamber, a heating pipe is arranged inside the temperature control chamber, a battery box is arranged at the top of the rubber belt, the battery box is provided with a battery inside, the top of the rubber belt is provided with a water inlet, one side of the water inlet is provided with a first rubber plug, The top end of the rubber belt is provided with a first connecting rigid pipe, the inner side of the first connecting rigid pipe isprovided with a threaded structure, A first dialysis catheter is provided at the bottom end of the first connecting rigid tube, the bottom end of the first dialysis catheter is provided with a supporting hard tube, One side of the rubber belt is provided with a water outlet, one side of the water outlet is provided with a second rubber plug, the top end of the box body is provided with a second dialysis conduit, one end of the second dialysis conduit is provided with a second connecting rigid pipe, the outside of the second connecting rigid pipe is provided with a screw structure, the secondconnecting rigid pipe can be screwed with the first connecting rigid pipe, and an air bag is arranged inside the box body. The invention is comfortable to use, not easy to fall off, drift, fixed firmly, and not easy to plug.

Description

technical field [0001] The invention relates to a dialysis device, in particular to a peritoneal dialysis device for nephrology. Background technique [0002] At present, when patients are treated for renal failure clinically, most of them insert dialysis tubes in the patient's abdomen for dialysis treatment. However, the front end of the existing dialysis tubes is easy to drift in the abdominal cavity, which adds a lot of work to the medical staff. Difficulty, the existing dialysis positioners all adopt a single-point fixation method. This single-point fixation method can ensure that the flexible tube inserted into the abdominal cavity does not move when the patient does not move. However, for children who move uncontrollably The swaying of the tail of the lower hose with the single-point fixed point as the fulcrum will also cause sway to the end of the hose inserted into the abdomen, so the stability of the hose in the abdominal cavity cannot be guaranteed. The structure ...

AI Technical Summary

Problems solved by technology

[0002] At present, when patients are treated for renal failure clinically, most of them insert dialysis tubes in the patient's abdomen for dialysis treatment. However, the front end of the existing dialysis tubes is easy to drift in the abdominal cavity, which adds a lot of work to the medical staff. Difficulty, the existing dialysis positioners all adopt a single-point fixation method. This single-point fixation method can ensure that the flexible tube inserted into the abdominal cavity does not move when the patient does not move. However, for children who move uncontrollably The swaying of the tail of the lower hose with the single-point fixed point as the fulcrum will also cause sway to the end of the hose inserted into the abdomen, so the stability of the hose in the abdominal cavity cannot be guaranteed. The structure is surrounded, and the dialysis hole on the dialysis tube is easily blocked, which can easily lead to obstruction of dialysate drainage. If blockage occurs, the old tube needs to be pulled out and a new one needs to be replaced. This not only increases the financial burden of the patient, but also causes more damage to the patient. much pain

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