Breath detection device for disease prediction and breath detection system

Abstract

The invention provides a breath detection device and breath detection system for disease prediction, belongs to the field of smell detection, is used for detecting breath of a user and predicting diseases, and is characterized in that the breath detection device comprises an air blowing port allowing the user to blow air; the air inlet channel is connected with the air blowing port; a health smell identification information storage unit; a disease odor identification information storage unit; a screen storage unit; an input display unit; the smell detection part is arranged at the end, away from the air blowing opening, of the air inlet channel; the smell value processing part is used for processing the current smell value to generate smell identification information; a similarity calculation unit; the similarity calculation part is used for calculating a plurality of disease similarities if the health similarity is greater than a health similarity threshold value, the comparison judgment part is used for judging whether the disease similarities are greater than a disease similarity threshold value or not, and the comparison judgment part is used for judging whether the disease similarities are greater than the disease similarity threshold value or not. And the input display part displays the disease type corresponding to the disease smell identification information judged by the comparison judgment part.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes how a special tool called this device helps people who are sick or unhealthed about feeling ill from bad breaths. It uses various techniques like sound analysis (SA) to identify specific foulings on human skin caused by bacteria such as staphylococci, pseudomonads, yeast spores, etc., while still being able to distinguish different types of harmful substances found inside them through olfactory sensors. These devices use these signals to create identifiers - odour values stored within memory units – that help predict potential future symptoms based upon previous ones. By comparing those indicators against databases containing known abnormalities, users could make informed decisions when getting home without having to visit hospitals regularly due to its ability to provide accurate data over longer periods of time.

Problems solved by technology

Technological Problem: There currently exist methods requiring specialized training before being able to diagnose illnesses accurately due to their lacking distinctive odors caused by various factors such as environmental pollution, food intake, lifestyle habits like eating too much saltiness, alcohol consumption, stress levels, etc., without making them hard-to-distinguish between different types of sicknesses.

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