Wearable intelligent urinalysis system and urinalysis method

Abstract

The invention discloses a wearable intelligent urinalysis system and a urinalysis method. The system comprises a collecting layer and a test layer, wherein the test layer comprises a test layer body and a plurality of biomarker reaction modules embedded on the test layer body. The system is characterized by also comprising intelligent detection software used for qualitatively or quantificationallyanalyzing the reaction result of the biomarker reaction module; the collecting layer comprises a self locking module and a collecting passage communicating with the biomarker; the self locking modulecomprises a self locking switch and an expansion body; the collection passage is vertically arranged on the expansion body; the water absorption performance of the collection passage is greater thanthe water absorption performance of the expansion body; the test layer is made of hydrophobic materials. Under the condition of no excessive moisture, each biomarker reaction module is enabled to be completely moisturized through little urine; the reaction result accuracy is ensured; meanwhile, the qualitative or quantificational analysis can be performed on the reaction result through the intelligent detection software, so that the detection result is more precise.

Description

technical field [0001] The invention relates to the technical field of medical diagnostic machinery, specifically, a wearable intelligent urine testing system. Background technique [0002] In hospitals, nursing homes or families, most medical workers often use test strips for initial screening of diseases, such as Siemens' Multistix 10SG and Bayer's Multistixor, which play an important role in the initial screening of clinical diseases. However, for (partial) disabled old people and people with constant actions, there will be great inconvenience in the method of using test strips. For this part of people, they often wear diapers, so they will use diapers Combining with test strips seems to be an effective way to detect diseases in body fluids, and this method of body fluid collection is painless and portable. [0003] In the patent US 9131893B2 health diagnosis system and method, the test strip is attached to the outside of the diaper, and the result is analyzed with the s...

AI Technical Summary

Problems solved by technology

In this device, urine must first be absorbed by the expansion body in the self-locking module, and then enter the hydrophilic channel, which may cause the biomarker reaction module to self-lock before it is completely wetted, resulting in biological The marker reaction module cannot develop a color reaction; at the same time, the hydrophilic channel is set horizontally, and the biomarker reaction module is located at the end of the hydrophilic channel, which may also cause urine to fail to flow to the biomarker reaction module, or cannot Evenly wet the biomarker reaction module, resulting in inaccurate reaction; the device can only respond qualitatively to the detection results, and cannot give quantitative reaction results

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