Automatic collection and drainage unit for urine monitoring and bladder irrigation

Abstract

The invention discloses an automatic collection and drainage unit for urine monitoring and bladder irrigation, which comprises a urine dropper and a urine storage bag. A urine dropping speed signal detector is arranged on the urine dropper, a drainage tube is arranged at the lower end of the urine storage bag, an electromagnetic valve is mounted on the drainage tube, the urine dropping speed signal detector is connected with a microprocessor receiving signals of the urine dropping speed signal detector, and the microprocessor is connected with the electromagnetic valve receiving control signals of the microprocessor. The automatic collection and drainage unit for urine monitoring and bladder irrigation is reasonable in structure and capable of draining urine automatically and monitoring urine quantity accurately, and accordingly nursing workload is reduced greatly and pollution in operation is decreased.

Description

technical field [0001] The invention relates to an automatic urine monitoring bladder flushing collector. Background technique [0002] Continuous bladder irrigation is an important treatment method for hematuria to form blood clots after urological prostate, bladder surgery or various reasons. The bladder bleeding can be flushed out of the bladder in time through the irrigation fluid, so as to achieve bladder irrigation, avoid infection and prevent The purpose of blood clot formation in the bladder to block the urinary catheter. If there is a lot of bleeding in the bladder and the time is long, a large amount of flushing and long-term continuous bladder flushing are required. In order to hold a large amount of flushing fluid, many hospitals use large-volume open containers or urine collection bag to collect flushing fluid. And in order to observe the smoothness of flushing, the switch at the end of the urine bag is often released, and the dripping speed in the drip tube of...

AI Technical Summary

Problems solved by technology

And in order to observe the smoothness of flushing, the switch at the end of the urine bag is often released, and the dripping speed in the drip tube of the flushing line is consistent with the dripping speed at the end of the urine bag to judge whether the flushing is smooth, but in fact the dripping speed is not the same Yes, so the accuracy of the observation is not scientific. And it is always open, which is easy to cause retrograde infection. At the same time, the large-volume exposure is placed beside the bed for a long time due to urine and blood-containing drainage fluid, which brings unpleasant odors to the ward , and poor rest environment

And if in order to achieve airtightness, the switch at the end of the urine collection bag is turned off, and because the volume of the urine bag is small, it needs to be discharged or replaced more frequently, which will increase the workload of the nurses

While trying to achieve airtight flushing with a precision urine meter, the operation is still cumbersome

If the urine volume is to be recorded during flushing, a measuring cup is required to measure the flushing liquid, and there is a risk of contamination of the environment by the flushing liquid containing the patient's blood and urine during the measurement operation

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