Adjustable anti-pollution device special for dialysis

Abstract

The invention discloses an adjustable anti-pollution device special for dialysis, which can prevent the pollution of dialysis fluid. The adjustable anti-pollution device comprises a left semicircular plate and a right semicircular plate, wherein a chute is formed in the upper surface of the left semicircular plate; a sliding shaft is designed on the lower surface of left lower corner of the right semicircular plate, is positioned in the chute and is connected with the chute in a sliding mode; a left semicircular hole is formed in the left semicircular plate; a right semicircular hole is formed in the right semicircular plate; the left semicircular hole corresponds to the right semicircular hole; a left pipe-fixing semi-fastener is movably connected to the left semicircular hole through a pin shaft; a right pipe-fixing semi-fastener is movably connected to the right semicircular hole through a pin shaft; the left pipe-fixing semi-fastener corresponds to the right pipe-fixing semi-fastener; and corresponding magnets are respectively inlaid in the free ends of the left pipe-fixing semi-fastener and the right pipe-fixing semi-fastener.

Description

technical field [0001] The invention relates to a medical product, in particular to an adjustable special antifouling device for dialysis. Background technique [0002] Maintenance hemodialysis is one of the important alternative treatments for patients with end-stage renal failure. It can not only improve the quality of life of patients, but also prolong the life of patients. It has been widely used clinically. The incidence rate is high. In daily work, the bucket containing the dialysate is easy to cause cross-infection during the treatment process. The dialysate is still used by the previous patient. The barrels containing the dialysate are generally 20L barrels with a diameter of 4-5cm. The mouth of the barrel is open. When using, the medical staff directly insert the suction tube When entering the bucket, the health personnel wipe the machine, and the pollutants are easily dropped into the bucket to cause dialysate pollution. When the nurses are operating on and off th...

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Problems solved by technology

[0002] Maintenance hemodialysis is one of the important alternative treatments for patients with end-stage renal failure. It can not only improve the quality of life of patients, but also prolong the life of patients. It has been widely used clinically. The incidence rate is high. In daily work, the bucket containing the dialysate is easy to cause cross-infection during the treatment process. The dialysate is still used by the previous patient. The barrels containing the dialysate are generally 20L barrels with a diameter of 4-5cm. The mouth of the barrel is open. When using, the medical staff directly insert the suction tube When entering the bucket, the health personnel wipe the machine, and the pollutants are easily dropped into the bucket to cause dialysate pollution. When the nurses are operating on and off the machine or the machine is alarming, it is easy to drop blood into the bucket, especially when newcomers enter the department. If the operation is unskilled, it is easy to cause blood to splash on the machine outside through the vascular access. Sometimes the dialysate is contaminated without being discovered, and the next patient on the machine can easily get infected through the dialysate. The prevalence and outbreak of infectious diseases in dialysis centers have caused physical and mental harm to patients, increased the economic pressure and psychological pressure of patients, and some patients even committed suicide, resulting in bad consequences

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