Intelligent closestool with automatic urinalysis function and control system thereof

Abstract

The invention relates to an intelligent closestool with an automatic urinalysis function. The intelligent closestool comprises a urine sampling device, an automatic test paper outlet device, a liquiddropping device, a detection device, a transverse horizontal-moving device and a test paper receiving and station adjusting device, wherein the urine sampling device is arranged at the bottom of a closestool lid; the automatic test paper outlet device is arranged in a chamber or on a water tank and comprises a test paper storage device for storing test paper strips and a test paper feeding device,and the test paper feeding device is used for receiving test paper on the lower portion of the test paper storage device and then conveying the test paper to an original station through step-type motion; the liquid dropping device is provided with a liquid dropping pipe communicating with a sampling pipe; the detection device is provided with an image collecting mechanism for photographing the test paper generating color reaction after liquid dropping is conducted; the transverse horizontal-moving device drives the liquid dropping device to conduct even liquid dropping in sequence on the testpaper strips at a liquid dropping station and drives the detection device to sequentially complete local photographing at a detection station on the test paper strips after color reaction; and the test paper receiving and station adjusting device adjusts the positions of the test paper at the original station, the liquid dropping station and the detection station. The intelligent closestool is novel in structural design, diversified in detection components, easy to operate and high in detection precision.

Description

technical field [0001] The invention relates to the field of intelligent urine testing toilets, in particular to an intelligent toilet for automatic urine testing and a control system thereof. Background technique [0002] In the medical field, multiple parameters are usually required to diagnose diseases, and most of these parameter data come from the detection of samples. Due to the simplicity of urine sample collection, urine testing has been widely used in the detection of clinical diseases as an auxiliary detection method. [0003] At present, traditional urine testing can only be performed by professionals in hospitals, resulting in patients not being able to obtain timely progress of the disease, and even life-threatening in severe cases. Therefore, the intelligent toilet of automatic urine test that can be used at home is developed and promoted. However, the smart toilets currently on the market have problems such as single detection components, inability to exchan...

AI Technical Summary

Problems solved by technology

However, the smart toilets currently on the market have problems such as single detection components, inability to exchange information with external devices, and the need for manual analysis of detection results, resulting in poor applicability, complicated operation, and low detection accuracy.

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