Intelligent urinalysis monitoring system for kneeling-squatting closestool

Abstract

The invention discloses an intelligent urinalysis monitoring system for a kneeling-squatting closestool. The intelligent urinalysis monitoring system comprises a kneeling-squatting closestool body, wherein the kneeling-squatting closestool body is composed of a bottom basin and pedals on the upper edge of the bottom basin, a sensing pressure plate is arranged on each pedal, a pressure sensor is arranged below the sensing pressure plate, a flow rate sensor is arranged on the front-end surface of the bottom basin, a urine sampling mechanism is arranged behind the flow rate sensor, a urine analyzer and a test paper feeding mechanism are arranged below the bottom basin, the urine sampling mechanism is connected with the urine analyzer, the test paper feeding mechanism is connected with the urine analyzer, a controller is arranged in the urine analyzer, a delay control module is arranged between the urine sampling mechanism and the controller, the flow rate sensor and the pressure sensor are connected with the controller, a wireless transmission module is arranged in the urine analyzer and is connected with an intelligent mobile end, a water flushing pipe is arranged on the edge of the base basin, and a water flushing mechanism is arranged in a water tank, and is connected with the controller. The intelligent urinalysis monitoring system can carry out urine detection on the intercepted midstream urine of a user, and automatic water flushing.

Description

technical field [0001] The invention belongs to the technical field of intelligent toilets, in particular to an intelligent squatting toilet capable of intercepting the user's mid-section urine for urine detection and automatic flushing. Background technique [0002] The toilet is a necessary equipment for people's daily life. The toilet in the traditional sense only has the function of defecation, and its function is single. Urine is a kind of waste produced by the kidneys filtering blood, which contains various metabolic by-products. Testing urine can find various diseases in the urinary system and endocrine system and various problems in metabolic-related systems. Urine testing includes routine analysis of urine, detection of formed components in urine (such as urinary red blood cells, white blood cells, etc.), quantitative determination of protein components, and determination of urine enzymes. Clinical diagnosis, judging curative effect and prognosis have very importan...

AI Technical Summary

Problems solved by technology

The disadvantage of this method is that the container is easily contaminated when collecting urine; at the same time, it is easy to make mistakes during the urine transfer process, resulting in distortion of the test results, and it is necessary to go to the hospital to register and queue up every time

The smart toilets disclosed in the prior art also have this function, but they are all designed for sitting toilets, and the urine test samples are all directly obtained from the first segment of urine, because the composition content of the first segment of urine deviates from that of the urine in the current period. The average value of the content, so the results of the detection reaction have a certain deviation

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