A urinometer and a method for calculating the urination rate applied to the detection of intra-abdominal pressure

Abstract

The invention provides a urine speed calculation method applied to intra-abdominal pressure detection. The method includes: acquiring first urine speed corresponding to a first time period and secondurine speed corresponding to a second time period; acquiring the average value of the first urine speed and the second urine speed to obtain second corrected urine speed which is corrected urine speedcorresponding to the second time period; acquiring third measured urine speed corresponding to a third time period, and acquiring the average value of the second corrected urine speed and the third measured urine speed to obtain third corrected urine speed which is corrected urine speed corresponding to the third time period. By the method, the real urine speed of a testee at a specific moment can be acquired, and the real state of the testee at the specific moment can be reflected.

Description

technical field [0001] The present invention relates to the medical field, in particular to a urometer and a method for calculating the urine velocity for intra-abdominal pressure detection, wherein the urometer uses the method for calculating the urine velocity to calculate the real urine velocity of a test subject at a specific time. Background technique [0002] Urinary velocity refers to the amount of urine excreted through the urethra per unit time, that is, the speed of urination. Because the urine velocity is a simple and non-invasive parameter, the urine velocity can be used to directly observe the test subject's urination status in the medical field, that is to say, the urination velocity is a quantitative index for evaluating the urination status. [0003] In the field of medical testing, the measurement of urinary velocity is of great significance for obtaining other physical health parameters of the test subject. For example, when the urine velocity is low, it m...

AI Technical Summary

Problems solved by technology

[0004] The way to measure the urine rate in the prior art is to measure the urine volume in a certain period of time, and divide the weight of the urine by the time to obtain the urine rate in this period of time. However, in some cases, the tester does not only need the test period The tester needs to obtain the urine rate of the subject at a specific moment. For example, the tester may need to obtain the time for the bladder to produce a certain weight of urine according to the urine rate, and the tester needs to know the time period during which the urine is produced. The urine rate of the tester, however, due to the different conditions of the body of the tester at each moment, the urine rate information measured in a single time may not reflect the real urine rate of the tester very accurately, which is when the tester uses The urine rate obtained from the previous test is not accurate when used in the subsequent test

[0005] To sum up, the biggest problem with the existing technology for measuring urine rate is that it cannot obtain the real urine rate of the testee at a specific time, so it cannot reflect the real situation of the testee

The urine rate measurement method in the prior art can only obtain the urine rate within a short period of time, but cannot obtain the urine rate of the test subject within a specific time, and the tester can only use approximate measured values ​​for specific time applications, Thus affecting the treatment of medical testing, the mild ones will affect the health parameters of the testees, and the severe ones may lead to medical accidents of the testees

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