Automatic peritoneal dialysis system

Abstract

The invention discloses an automatic peritoneal dialysis system. The automatic peritoneal dialysis system at least consists of a liquid path controller with a cooperation mode and a heater with a cooperation mode and an independent working mode, wherein the liquid path controller and the heater are provided with connection confirmation. The heater and the liquid path controller are in an online cooperation mode for automatic treatment when being connected with each other, the internal space of a box body of the heater at least can contain the liquid path controller, the liquid path controller can be placed into the internal space of the heater to be carried in an integrated storage mode when not being used for treatment, and when the liquid path controller is used for treatment, the liquid path controller and the heater are separately and electrically connected to cooperate and participate in automatic treatment. According to the automatic peritoneal dialysis system, the household automatic peritoneal dialysis treatment process can be more safely, trustingly, more simply, more easily and more economically developed by the aid of the automatic peritoneal dialysis system.

Description

technical field [0001] The invention relates to the field of peritoneal dialysis, in particular to an automatic peritoneal dialysis system. Background technique [0002] Peritoneal dialysis (peritoneal dialysis, PD) is a dialysis method that uses the body's own peritoneum as a dialysis membrane, referred to as peritoneal dialysis; through the dialysate poured into the peritoneal cavity and the plasma components in the capillaries on the other side of the peritoneum, solutes and water are exchanged. The exchange of the metabolites and excess water retained in the body can be removed, and the nutrients necessary for the human body can be supplemented through the dialysate; through continuous renewal of the dialysate, the purpose of kidney replacement or supportive treatment can be achieved. Dialysis patients can be treated manually or with an automatic peritoneal dialysis machine, and manual treatment will take up more time during the day. [0003] Peritoneal dialysis patient...

AI Technical Summary

Problems solved by technology

[0004] The automatic peritoneal dialysis machine will face the technical problem of failure of various components and parts during use. This failure will bring risks to the patient's continued treatment. For this In case of failure, the safest conventional control measure is "notice and stop processing", which is the most conservative approach that is preventable and controllable. Although such control measures keep the bottom line of safety, it does not allow patients to continue The treatment had serious effects

[0005]Example: the power module of the automatic peritoneal dialysis machine fails (but other modules are intact, such as "heating module and fluid circuit control module"), the existing conventional risks The management control measures are "notify and stop processing", and the failure of a module will cause its associated intact modules to also be in a shutdown state. The current common risk management control measures do reduce the risk of patients, but there is no reduction While taking risks, there are technical solutions that can use other intact modules to support continued treatment

[0006]In fact, during the use of the automatic peritoneal dialysis machine, it is extremely low probability that a certain part or part of multiple modules will fail at the same time. It is common for a certain component or part on a module to fail. When a certain component or part on a certain module fails, the control measures such as shutting down and processing are contrary to active treatment.

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