Health control, tracking and warning system used in vehicles

Abstract

The invention relates to the health control, tracking and warning system used in vehicles, which reduces the rate of involvement in accidents due to health-related problems experienced by vehicle users, servants and passengers while driving, continuously monitors the health status of the vehicle user, servants and passengers through sensors located on the handlebars, steering arm, control panel, joystick, control panel, joystick, steering wheel, steering column, steering wheel, seat belt, armrest and / or handrest, can be both fitted and assembled, and thus can be applied to furniture and / or work machines.

Description

[0001] Health Control, Tracking and Warning System Used in Vehicles

[0002] TECHNICAL FIELD

[0003] The invention relates to the health control, tracking and warning system used in vehicles, which reduces the rate of involvement in accidents due to health-related problems experienced by vehicle users, employees and passengers while driving, continuously monitors the health status of the vehicle user, employees and passengers through sensors located on the handlebars, steering arm, control panel, joystick, control panel, joystick, steering wheel, steering column, steering wheel, seat belt, armrest and / or handrest, can be both fitted and assembled, and thus can be applied to furniture or work machines.

[0004] PRIOR ART

[0005] Nowadays, accidents may occur due to heart attacks or other health problems in the vehicle, and this affects the life safety of both the driver, other vehicle users and those in the vehicle. Some of the existing systems have software that can detect whether there is a health problem from the movements of the person driving the vehicle, but there is no system that checks the health of the driver or passengers in the vehicle without driving, directs the situation or gives suggestions before the driver's condition worsens. Today's vehicles have inadequate health conditions and lack of control. The existence of health problems of the vehicle user before driving causes problems while driving and being involved in accidents.

[0006] As a result of the research conducted in the literature, a Turkish patent application with application number "2023 / 018305" and the invention title "AUTONOMOUS IN-VEHICLE DRIVER HEALTH CONTROL SYSTEM AND METHOD" was encountered. The subject application is a driver health control system that is integrated into the autonomous vehicle and communicates with the on-board computer comprising; an ultrasonic motion sensor that monitors the movements of the vehicle user, an ultrasonic motion sensor that detects when the user is immobilised, a pulse oximetry sensor that monitors the pulse of the vehicle user and detects when the pulse is at a critical level, GPS, which determines the current position of the vehicle and the location of the nearest health institution, a processor that communicates with all these elements and generates output according to the incoming data and sends a command to the vehicle computer with location information to move to the nearest health institution if the user's health condition is poor. However, in the mentioned application, there was no evidence of a system that continuously monitors the health status of the vehicle user, passengers or employees by means of sensors located on the handlebar, steering wheel, control panel, control lever, control panel, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest and / or handrest, which reduces the rate of involvement in accidents due to health problems experienced by the vehicle user during vehicle use.

[0007] As a result, the abovementioned problems and the problems that cannot be solved in the light of the state of the art have made it necessary to make an improvement in the relevant technical field.

[0008] BRIEF DESCRIPTION OF THE INVENTION

[0009] The present invention is related to a health control, tracking and warning system in order to eliminate the abovementioned disadvantages and to bring new advantages to the relevant technical field.

[0010] The main purpose of the invention is to reduce the rate of involvement in accidents due to health-related problems experienced by the vehicle user, employees and passengers while the vehicle is running / stopping, and to continuously monitor the health status of the vehicle user, employees and passengers by means of sensors located on the handlebar, steering wheel, control lever, control panel, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest and / or handrest.

[0011] In order to fulfil all the aforementioned purposes and all the purposes that will arise from the detailed description below, the present invention is a health control, tracking and warning system used in vehicles that reduces the rate of involvement in accidents due to health-related problems experienced by the vehicle user during vehicle use, and continuously monitors the health status of the vehicle user, employees and passengers by means of sensors located on the handlebars, steering wheel, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, , seat belt, armrest and / or handrest, characterized in that, it comprises the following; pulse sensor which is located on the handlebar, rudder, control panel, joystick, control lever, joystick, steering wheel, steering column, driving wheel, seat belt, armrest or handrest; through which heart rate and heart rate variability are measured, gas sensor 1 for detecting and measuring carbon monoxide gas by means of infrared waves, gas sensor 2 that detects and measures carbon monoxide gas by generating an electric current when the gas undergoes a redox reaction on an electrode surface thanks to the cell thereon, glucose sensor measuring glucose in sweat or interstitial fluid, temperature sensor measuring body temperature, a pressure sensor that measures ambient pressure, an artificial intelligence- supported / unsupported tissue analysis sensor that measures potential heavy metal excesses, bio-availability of minerals, trace elements, vitamins and oxidative stress (biochemical parameters in the body) on the body in real time, an alcohol sensor that determines the amount of alcohol in the blood from the alcohol content in the air in the breath, oxygen saturation sensor that measures oxygen saturation in the blood with fingertip sensed data, which are located on the handlebar, rudder, control panel, joystick, control lever, joystick, steering wheel, steering column, driving wheel, seat belt, armrest or handrest, camera / cameras located on the vehicle, taking photos and / or videos of the driver and passenger, located at an angle to see the eyes of the driver and passenger, the cloud system on which the data received from the aforementioned sensors are collected in order to ensure that they are transmitted to mobile devices and / or mobile devices of the doctor, driver or passenger relatives, wired / wireless connection that allows the information received from the sensors to be transmitted to the screens in the vehicles, wireless communication unit on the vehicles, used for displaying the information received from the sensors, using various communication technologies such as screen, WiFi, Bluetooth, mobile data, which is connected via wireless communication technology or cable and wired / wirelessly connected with the sensors, communicating with the cloud system and transmitting the information received from the sensors to the relevant mobile devices and / or screens in the vehicles, an analysis application that receives data from any, some or all of the pulse sensor, gas sensor 1 , gas sensor 2, glucose sensor, temperature sensor, skin response sensor, pressure sensor, tissue analysis sensor, alcohol sensor, camera / cameras, oxygen saturation sensor and connected to the cloud system through which these data are transmitted, compares the data received by means of artificial intelligence software run within the artificial intelligence software with the measured previous data and / or the data of a healthy individual and analyses the measured values, creates warnings to the driver according to the results of the analysis that the driver should not drive, that it is not appropriate to drive, that it can be acted upon in case of suggestion, that it can use the vehicle, and ensures that the warnings and driver and / or passenger health values are communicated to the driver, employees and / or passengers via mobile devices and / or screens. The health control, tracking and warning system used in vehicles can operate with or without integration with vehicle systems.

[0012] In order to understand the advantages of the present invention with its structure and additional elements, it shall be evaluated with the following defined figures. BRIEF DESCRIPTION OF FIGURES

[0013] Figure 1 is a representative illustration of the health control, tracking and warning system used in the inventive vehicles.

[0014] The figures are not required to be scaled and the details which are not necessary for understanding the present invention may be neglected. Moreover, the elements that are at least substantially identical or have at least substantially identical functions are shown by the same number.

[0015] REFERENCE NUMBERS

[0016] 1. Pulse sensor

[0017] 2. Gas sensor 1

[0018] 3. Gas sensor 2

[0019] 4. Glucose sensor

[0020] 5. Temperature sensor

[0021] 6. Skin response sensor

[0022] 7. Pressure sensor

[0023] 8. Tissue analysis sensor

[0024] 9. Alcohol sensor

[0025] 10. Camera

[0026] 1 1 . Cloud system

[0027] 12. Wireless communication unit

[0028] 13. Screen

[0029] 14. Cable

[0030] 15. Analysis application

[0031] 16. Oxygen saturation sensor

[0032] DETAILED DESCRIPTION OF THE INVENTION

[0033] In this detailed description, health control, tracking and warning system of the present invention is described by means of examples only for clarifying the subject matter such that no limiting effect is created.

[0034] Health control, tracking and warning system used in vehicles comprises the following; pulse sensor (1 ), gas sensor 1 (2), Gas sensor 2 (3), glucose sensor (4), temperature sensor (5), skin response sensor (6), pressure sensor (7), tissue analysis sensor (8), alcohol sensor (9), camera (10), cloud system (11 ), wireless communication unit (12), screen (13), cable (14), analysis application (15), oxygen saturation sensor (16). A heart rate sensor (1 ) is a sensor located on the handlebars, steering wheel, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest or handrest, through which the heart rate and heart rate variability are measured. Gas sensor 1 (2), which is a sensor located on the handlebars, steering wheel, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest or handrest, detects and measures carbon monoxide gas. Gas sensor 1 (2) is the NDIR (infrared) or MOS sensor. Gas sensor 2 (3) is a sensor located on the handlebar, steering wheel, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest or handrest, which detects and measures carbon monoxide gas by generating an electric current by means of a cell on the surface of an electrode when the gas undergoes a redox reaction. Gas sensor 2 (3), is preferably MQ-7. Glucose sensor (4) is a sensor that measures glucose in sweat or interstitial fluid and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Temperature sensor (5) is a sensor that measures body temperature and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Skin response sensor (6) is a sensor that measures electrical conductivity and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Pressure sensor (7) is a sensor that measures ambient pressure and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Tissue analysis sensor (8) a sensor that measures potential heavy metal excesses on the body, biochemical parameters in real time and comprehensively with or without artificial intelligence support, bioavailability of minerals, trace elements, vitamins and oxidative stress (biochemical parameters in the body) in real time and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Alcohol sensor (9) is a sensor that detects the amount of alcohol in the blood from the alcohol content in the air in the breath, and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest. Camera (10) is an optical device on the vehicle which takes photographs and / or videos of the driver or passenger and which is positioned at an angle to the driver's or passenger's eyes. The cloud system (1 1 ) is an internet-connected storage area on which data from the aforementioned sensors are collected to be transmitted to mobile devices and / or mobile devices of doctors, drivers, and passenger relatives. The wireless communication unit (12) is a unit that uses various communication technologies such as WiFi, Bluetooth, and mobile data, communicates with the cloud system (11 ) and transmits the information received from the sensor to the relevant mobile devices and / or screens (13) in vehicles. The screen (13) is the interface on the vehicle, used for displaying the information received from the sensors, connected via wireless communication technology or cable (14) and connected to the sensors via cable (14). The cable (14) is the transmission element that allows the information received from the sensors to be transmitted to the screens (13) in the vehicles. The analysis application (15), which contains the data received from the sensors and the cloud system (11 ) to which these data are transmitted, compares the data received by means of the artificial intelligence software running in it with the measured previous data and / or the data of a healthy individual and analyses the measured values, according to the results of the analysis, is an application that provides information to the driver for not to drive by measuring the health data, also provides information to the passengers and employees by measuring their health data, generates warnings that they can be acted upon in case of a suggestion, use the vehicle or the values of the passenger, and ensures that warnings and driver health values are communicated to drivers, passengers and / or passengers via mobile devices or screens (13). Oxygen saturation sensor (16) is a sensor that measures blood oxygen saturation (SpO2) with data sensed from the fingertip and is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest.

[0035] With the health control, tracking and warning system used in vehicles, various sensors are connected to armrests, handrests, seat belts, handlebars, steering arms, control panel, control lever, control panel, joystick, steering wheel, driving wheel, steering handle, wheel in all vehicles (air-sea-sea-road-railway) in order to prevent existing problems and the health data of the driver / employee / passenger is collected with the information received from these sensors and health status notification is made via electronic devices and / or the health information received by the analysis application (15) containing artificial intelligence software is analyzed and the driver / employee / passenger is informed whether there is a risky situation for driving / traveling with a comment on the mobile application and / or in-vehicle screens (13). The analysis application (15) analyses the sensor information it receives through the software therein and interprets the same with artificial intelligence and notifies the users that the driver should stop the vehicle or the passenger should be taken to the hospital before the situation worsens.

[0036] In addition, with the invention, the information received from the sensors can be displayed directly on the digital screens (13) of the vehicles and / or transmitted to the cloud system (1 1 ) and transmitted to all desired persons / institutions. In addition to being displayed directly on the screen (13), the information can be processed by the artificial intelligence in the analysis application (15) and shared as audio / written / visual / electronic comments to the user. In this case, the information from all sensors is interpreted and the analysis result is shared with the user. The information received from the camera (10), the information received from the sensors placed on the handlebars, rudder, control panel, control lever, joystick, steering handle, steering wheel and driving wheel, armrest or handrest is evaluated and / or interpreted by artificial intelligence and the result is transmitted to the user.

[0037] Heart rate and heart rate variability (HRV), glucose (sugar) value in sweat or interstitial fluid, blood oxygen saturation (SpO2) with fingertip sensed data, body temperature, electrical conductivity of the skin, value of ambient pressure, value of carbon monoxide, potential heavy metal excesses, minerals, real-time measured values of bioavailability levels, trace elements, vitamins and oxidative stress, and when exhaled, body information, which is the value of the amount of alcohol in the blood from the alcohol ratio in the air in the breath, is received and information is sent to the user via mobile application and / or in-vehicle communication equipment / display (13) with the sensors to be placed on the vehicle handlebar, steering wheel, control panel, control lever, control panel, joystick, steering arm, steering handle, steering arm, driving wheel, armrest or handrest, and when the vehicle user touches the handlebar, steering wheel, control panel, control panel, control lever, control panel, joystick, driving wheel, steering handle, steering arm, armrest or handrest or wheel, thanks to the artificial intelligence in the analysis application (15), warnings about driving or passengers and employees can be shared with the users in audio / written / visual / electronic form.

[0038] With the sensors placed on the vehicle seat belt, when the vehicle user puts on the seat belt, heart rate and heart rate variability, carbon monoxide value body information is received and information is sent to the user via mobile application and / or in-vehicle communication equipment / screen (13) and warnings about vehicle use-use or passengers and employees are also shared with users thanks to artificial intelligence.

[0039] Depending on the medical value, warnings / notifications may be made to the driver, passenger or employees that they should not drive, that it is not appropriate for them to drive, that action can be taken upon recommendation, or that they can drive the vehicle. If the non-driving or travel status notification is higher than the medical equivalent of the measured value, a warning is given. If it is not appropriate to drive and the measured value is moderate or low according to the medical result, a warning is given and the recommendation is continued. Warning that it can act in case of a recommendation, the recommendation is made by evaluating the medical result of the measured value. The warning that the driver can drive the vehicle will not have any obstacle to the medical value of the measured value. The recommendation is continued and the vehicle is available for use. These driving cases are adjusted through the artificial intelligence software in the analysis application (15). In our invention, artificial intelligence renews itself every moment and analyzes the information and makes decisions in the most appropriate way.

Claims

CLAIMS1. A health control, tracking and warning system used in vehicles, which reduces the rate of involvement in accidents due to health-related problems experienced by vehicle users, employees and passengers while driving, continuously monitors the health status of the vehicle user, employees and passengers through sensors located on the handlebars, steering arm, control panel, joystick, control panel, joystick, steering wheel, steering column, steering wheel, seat belt, armrest and / or handrest, characterized by comprising;• a tissue analysis sensor (8) which is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest, measures biochemical parameters in the body in real time and comprehensively.

2. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising;• a pulse sensor (1 ) which is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest,- through which the heart rate and heart rate variability are measured.

3. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising;• an alcohol sensor (9) which is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest,- detects the amount of alcohol in the blood from the alcohol content in the air in the breath.

4. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a glucose sensor (4) which is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest,- measures glucose in sweat or interstitial fluid.

5. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising an oxygen saturation sensor (16) which is located onthe handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest,- measures blood oxygen saturation with fingertip data.

6. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a gas sensor 1 (2) for detecting and measuring carbon monoxide gas by means of infrared waves and / or a gas sensor 2 (3) for detecting and measuring carbon monoxide gas by generating an electric current when the gas undergoes a redox reaction on an electrode surface by means of a cell located thereon, which are located on the handlebar, steering wheel, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, seat belt, armrest or handrest.

7. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a temperature sensor (5) which measures the body temperature, is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest.

8. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a skin response sensor (6) which measures the electrical conductivity of the skin, is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest.

9. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a pressure sensor (7) which measure the ambient pressure, is located on the handlebars, steering wheel, rudder, control panel, control lever, joystick, steering wheel, steering handle, driving wheel, armrest or handrest.

10. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a camera (10) on the vehicle, which takes photos and videos of the driver or passenger and is at an angle to see the driver's and passenger's eyes.

11. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a cable (14) that enables the information received from the sensors to be transmitted to the screens (13) in the vehicles.

12. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising said screen (13) located on the vehicle, used to display the information received from the sensors, connected via wireless communication technology or cable (14), and connected to the sensors wired (14) or wirelessly.

13. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a wireless communication unit (12) that uses various communication technologies such as WiFi, Bluetooth, mobile data, software technologies and transmits the information received from the sensors to the relevant mobile devices or screens (13) in the vehicles.

14. The health control, tracking and warning system used in vehicles according to claim 1 , characterized by comprising a cloud system (1 1 ) on which data received from sensors is collected to ensure transmission to mobile devices and / or mobile devices of doctors, drivers and passengers' relatives.

15. The health control, tracking and warning system used in vehicles according to claim 14, characterized by comprising an analysis application (15) that receives data from any, some or all of a pulse sensor (1 ), gas sensor 1 (2), gas sensor 2 (3), glucose sensor (4), temperature sensor (5), skin response sensor (6), pressure sensor (7), tissue analysis sensor (8), alcohol sensor (9), camera (10), oxygen saturation sensor (16), and connected via cloud system (11 ) to which the data is transmitted, compares the data received through the artificial intelligence software run in the vehicle with the measured previous data and / or the data of a healthy individual, analyses the measured values, generates warnings to the driver according to the results of the analysis that he / she should not drive, that it is not appropriate to drive, that he / she can act in case of suggestion, that he / she can use the vehicle, and enables the warnings and driver and / or passenger health values to be transmitted to the driver, employees and passengers via mobile devices or screens (13).

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