Urine parameter detecting device and urine parameter monitoring system

Abstract

The invention provides a urine parameter detecting device and a urine parameter monitoring system. The device comprises an input pipeline, a pump, a detection container, a detection electrode assembly, an output pipeline and an on-off valve, the input pipeline is used for inputting urine, the pump is arranged on the input pipeline, the input pipeline is connected to the input end of the detectioncontainer, urine is stored in the detection container, the detection electrode assembly is positioned in the detection container and is used for detecting the urine in the detection container, the output pipeline is connected to the output end of the detection container, and the on-off valve is arranged on the output pipeline. The system can monitor the parameters of the urine in real time, can know the loss of electrolytes in human bodies, and is of great medical science significance to achieving the early stage diagnosis and the early stage therapy of diseases.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a urine parameter detection device and a urine parameter monitoring system. Background technique [0002] Urine parameters are important indicators that reflect the dynamic balance of human body fluids and heart and kidney functions. Accurate monitoring of urine parameters is helpful for judging changes in the condition and guiding the formulation of treatment plans. Urine parameter monitoring is an important part of detecting multiple indicators in patients. For critically ill patients, urine parameters can often indicate renal dysfunction before serum creatinine rises. However, for a long time, the accuracy and timeliness of clinical monitoring of urine parameters, an important parameter that can reflect the effective circulating blood volume and kidney function of the human body in a timely manner, is far from enough, let alone safe and automatic monitoring. At present, the c...

AI Technical Summary

Problems solved by technology

However, for a long time, the accuracy and timeliness of clinical monitoring of urine parameters, an important parameter that can reflect the effective circulating blood volume and kidney function of the human body in a timely manner, is far from enough, let alone safe automatic monitoring

At present, domestic clinical urine monitoring for critically ill patients has always been manual intermittent static monitoring, which not only increases the workload of nurses, leads to waste of medical energy, but also increases the risk of urine contact contamination

There may also be phenomena such as failure to measure on time, recording errors, etc., which may cause delays or serious mistakes in clinical judgment

[0003] The above-mentioned intermittent static monitoring can no longer meet the needs of digitalization and informatization of modern clinical medicine. Therefore, a urine parameter detection device and a urine parameter monitoring system that can measure urine parameters in real time are needed

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