Non-invasive urine online detection system and method for establishing prediction model

Abstract

The invention discloses a non-invasive urine online detection system. The non-invasive urine online detection system comprises a spectrum acquisition module which is used for obtaining full-spectrum data and fragment-type spectrum data of urine to be detected, a user intelligent terminal module, a health data platform and a spectral data intelligent analysis platform which comprises a data analysis module and an algorithm management module and is used for analyzing spectral data, establishing the prediction model and obtaining health index data, the data analysis module is used in cooperationwith the spectrum acquisition module, so that the accuracy of modeling is improved. A human body physiological condition and trend non-invasive technology based on the urine online detection system isprovided, has the advantages of being simple, convenient and fast to operate, accurate in result, sanitary, environment-friendly, low in cost and capable of achieving remote nursing, and has quite good application prospect in the intelligent home and intelligent aged provision fields.

Description

technical field [0001] The field relates to a urine detection system, in particular to a non-invasive technology based on the physiological conditions and trends of human body in the non-invasive urine online detection system. Background technique [0002] With changes in society and people's attitudes towards life, China has rapidly entered an aging society. By the end of 2016, the elderly population had reached 240 million. Considering the current situation of my country's medical industry / elderly care industry, home care / community care for the aged will be the general trend. The health of the elderly has become the focus of family and society attention, and real-time tracking of their health status and health information management will become an important health service demand in an aging society. [0003] At present, a variety of elderly care information solutions have also emerged as the times require, such as call for assistance, health remote services, active care, ...

AI Technical Summary

Problems solved by technology

[0009] First, the traditional urine routine examination requires individuals to send qualified urine samples to professional hospitals for analysis, and obtain relevant data through professional biochemical instrument testing and artificial microscope observation. The operation is cumbersome and requires professional equipment and personnel;

[0010] Second, most of the portable household urine testers use dry chemical reagent test strips. Users need to collect urine samples by themselves, which is inconvenient to use. There are certain errors in the user's identification of the color of the test strips, the results are inaccurate and the data cannot be recorded for a long time;

[0011] Third, most of the detection devices in existing integrated smart toilets use dry chemical reagent test paper, which has the following disadvantages: the use of test paper for detection is firstly a consumable, and secondly, using this method requires placing and deriving the specific structure of the test paper, which leads to mechanical and electronic problems. The structural design is complex, the cost is high, and the system error rate is high; dry chemical reagent test paper cannot be stored for a long time in a humid and high-salt toilet environment

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