Portable breath analysis device system and a method thereof
The present invention relates to a portable breath analysis device system and a method thereof that helps healthy nutrition and weight loss by allowing for detecting the intolerant foods by means of analyzing the respiratory gases received from the person's breath. The present invention particularly relates to a portable breath analysis device system and a method thereof that simultaneously and instantaneously measures acetone, ammonia, nitric oxide, ethanol, carbon monoxide, and hydrogen gases in the breath of a person, that allows for monitoring and regulating a person's carbohydrate (sugar), fat, and protein consumption with a computer-based method by transferring the data obtained from these measured gases to a mobile device.
1 . A portable breath analysis system that helps healthy eating and weight loss by analyzing respiratory gases taken from a person's breath, characterized in that, comprises;
A breath measuring device having a blowing mouthpiece that allows a user to blow his/her breath, that measures Carbon Monoxide (CO), Nitrogen Dioxide (NO2), Ethanol (C2H5OH), Hydrogen (H2), Ammonia (NH3), Methane (CH4), Acetone (C3H6O) gases simultaneously and instantaneously, a gas sensor for measuring the gases in the breath, a breath chamber, in which the blown breath is transmitted to the gas sensor, an electronic circuit card that configured to wireless transmission of received data to a mobile device and gives the user warnings of the breath measuring device, a button that configured to the breath measuring device to be switched on and off and to start receiving data, a charge input port that allows the breath measuring device to be charged, and an air outlet opening that allows an exhaled breath to exit the breath measuring device,
A server that analyzes the data received by the breath measuring device via the mobile device, and configured to personal metabolism and fat burning rate from breath analysis, missing or excess nutrients in a nutrition program, a determination of foods that cause digestive problems and their removal from a diet, that configured to creation of a personalized nutrition plan and monitoring its effectiveness in line with data obtained, that sends analysis results back to the mobile device and displays the results, analyzes, and special nutrition plan on the mobile device,
The mobile device that transmits gas data received from the breath measuring device to the server, that takes the analysis results and the nutrition plan created by the server and displays it to the user through its interface.
2 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Carbon Monoxide (CO) gas in a range of 1-1000 ppm.
3 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Nitrogen Dioxide (NO2) gas in a range of 0.05-10 ppm.
4 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Ethanol (C2H5OH) gas in a range of 10-500 ppm.
5 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Hydrogen (H2) gas in a range of 1-1000 ppm.
6 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Ammonia (NH3) gas in a range of 1-500 ppm.
7 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Methane (CH4) gas in a range of >1000 ppm.
8 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the breath measuring device comprises the gas sensor measuring Acetone (C3H6O) gas in a range of >0.10 ppm.
9 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, it comprises the mobile device that allows monitoring a carbohydrate (sugar), fat, and protein consumption of the person by receiving this data from the server by means of transmitting the data obtained from the gases measured by the breath measuring device to the server.
10 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the user warnings of the breathe measuring device given to the user by the electronic circuit card are a charge status and on-off status information of the breath measuring device.
11 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the mobile device configured to be a smart phone, a laptop, a tablet, a smart watch, a smart wristband, wearable glasses.
12 . The portable breath analysis system of the breath analysis system according to claim 1 , characterized in that, the mobile device is preferably a smartphone.
13 . An analysis method of the breath analysis system according to claim 1 , in order to analyze the data and create the nutrition plan, the server comprises the process steps of,
Wirelessly transmitting the received data to the mobile device after the breath measuring device receives the data, and transmitting the received data to the server by the mobile device;
Analyzing the data received by comparing it with reference values by the server, and evaluating changes in hunger-fullness or repeated daily measurements by the server;
Preparing a nutrition program according to the results of the analysis in line with the received data by the server;
Offering menu samples as a recommendation to the user in terms of feeding according to the analysis result in line with the received data by the server;
Offering a suggestion to the user as the result of the analysis performed according to the received data by the server;
Sending the analysis results, suggested nutrition program, menu samples and suggestions back to the mobile device by the server,
Displaying results, analysis, and custom nutrition plan from the mobile device interface.
14 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of offering a suggestion to the user as the result of the analysis performed according to the received data by the server, it comprises the process step of,
offering a suggestion such that “you may have an intolerance (digestive insufficiency) to a food you consume today, it would be beneficial to talk to your doctor/dietician” by the server if the hydrogen gas in the breath is high,
displaying the suggestion offered by the server with the mobile device interface.
15 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of offering a suggestion to the user as the result of the analysis performed according to the received data by the server, it comprises the process step of;
offering a suggestion to the user that he/she does not burn fat and that he/she should reduce carbohydrates by the server if ketone gas does not increase in the measurement as the result of the analysis,
transmitting this suggestion to the user via the interface by the mobile device.
16 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of offering menu samples as a recommendation to the user in terms of feeding according to the analysis result in line with the received data by the server, it comprises the process step of;
Offering menu samples by the server in accordance with nutritional recommendations to reduce carbohydrate consumption, if a ketone level is lower than 20,
Offering a nutritional program and appropriate menu examples to protect the ketone level is above 50 by the server if the ketone level is above 50,
Displaying the suggestion offered by the server with the mobile device interface.
17 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of analyzing the data received by comparing it with reference values by the server, and evaluating the changes in hunger-fullness or repeated daily measurements by the server, it comprises the process step of,
Suggesting the user to reduce their protein consumption by the server if increased NH3 is detected in the breath of someone with a high protein intake,
Displaying the suggestion offered by the server with the mobile device interface.
18 . The analysis method of the breath analysis system according to claim 13 , in the process step of offering menu samples as a recommendation to the user in terms of feeding according to the analysis result in line with the received data by the server, the server provides menu recommendations with low protein to the user via the mobile device if increased NH3 is detected in the breath.
19 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of offering a suggestion to the user as the result of the analysis performed according to the received data by the server; the server informs the user via the mobile device that he/she has a digestive problem against the foods he/she consumes during the last meal when increased H and methane are detected in the breath compared to a hunger level.
20 . The analysis method of the breath analysis system according to claim 13 , characterized in that, in the process step of offering a suggestion to the user as the result of the analysis performed according to the received data by the server; the server advises the user via the mobile device that it is recommended that you review the foods you consume during a meal and talk to an expert if increased H or methane gas is detected after the meal.