Claims:WE CLAIM:
1) An alcohol monitoring system for minimizing accidents comprising of;
a. Monitoring air exhaled by driver with the help of sensor;
b. Placing alcohol sensor at helmet of the driver to detect the alcohol consumption level of driver and heart beat sensor at the handle-bar of the motorbike to monitor the heart beat rate;
c. Processing analog values by the microcontroller with the help of Wi-Fi through internet;
d. Storing the alcohol consumption values to the database of the vehicle user.
2)The alcohol monitoring system for minimizing accidents as claimed in claim 1, wherein the said system monitor death rate of the driver as the deaths due to cardiac arrest while driving is more.
3) The alcohol monitoring system for minimizing accidents as claimed in claim 1, wherein the said system prevents the chances of accident by stopping the vehicle ignition system and stores the alcohol consumption values to the database of the vehicle user.
3) The alcohol monitoring system for minimizing accidents as claimed in claim 1, wherein the said system continually monitors the heart beat rate of the driver with the help of appropriate heart beat rate detection sensor and the data is updated in the database of the website.
4) The alcohol monitoring system for minimizing accidents as claimed in claim 1, wherein the said system informs to their relatives through IoT about the abnormal detections in heart beat rate of the driver.
5) The alcohol monitoring system for minimizing accidents as claimed in claim 1, wherein the said system continuously updates the sensed values from sensors in the vehicle owner’s cloud storage.
, Description:FIELD OF THE INVENTION:
The present invention relates to an alcohol monitoring system. The present invention more particularly to an alcohol & health monitoring system based on IOT.
BACKGROUND OF THE INVENTION:
Drunk driving is a very dangerous behavior because excessive consumption of alcohol
causes distortion in thought pattern of drivers. The investigation conducted by the World Health Organization in 2008 shows that about 50%–60% of traf?c accidents are
related to drunk driving . In present times, the cases of traf?c accident caused by drunk driving has increased rapidly. It has, therefore, become evident that drunk driving does great harm to public security.

The carelessness and unconsciousness of the drunken drivers creates a huge problems to the people on road. In the modern era, Road Safety is considered to be one of the mostly concerned social issues. The habit of drunken driving causes damage to the surroundings and every person around him. The consumption of alcohol results in unconsciousness and fatigue while driving. The Government has taken many preventive measures to avoid drunken drive accidents. In order to minimize the DUI (Driving Under Influence of alcohol) related accidents, Supreme Court has ordered to shut down all the selling points on National and State Highways on Dec 15, 2016. But its effective implementation is not possible due to many social political issues.
So there is a need for a system which can minimize the accidents and monitors the air exhaled by the driver with the help of sensor and update the values through IOT. The system of the present invention helps to prevent accidents effectively. If any alcohol detection is found above the threshold value, then automatically vehicle ignition stops. The system of the present invention helps to monitor death rate of the driver as the deaths due to cardiac arrest while driving is more. If the driver is identified with drunken drive, then the vehicle ignition system stops which makes the drunken driver unable to move the vehicle resulting in accident prevention. And also, if there is any abnormal changes in heart beat rate, then the current status of the driver is send to their friends using IoT.
OBJECTS OF THE INVENTION:
The main object of the present invention is to provide a system which can minimize the accidents and monitors the air exhaled by the driver with the help of sensor and update the values through IOT.
Another object of the present invention is to provide a system which helps to prevent accidents effectively.
Yet another object of the present invention is to monitor death rate of the driver as the deaths due to cardiac arrest while driving is more.
Yet another object of the present invention is to provide a system which identifies the driver, if the driver is identified with drunken drive, then the vehicle ignition system stops which makes the drunken driver unable to move the vehicle resulting in accident prevention.
SUMMARY OF THE INVENTION:
Accordingly, an alcohol & health monitoring system based on IOT is disclosed. An alcohol monitoring system for minimizing accidents comprising of; Monitoring air exhaled by driver with the help of sensor; Placing alcohol sensor at helmet of the driver to detect the alcohol consumption level of driver and heart beat sensor at the handle-bar of the motorbike to monitor the heart beat rate; Processing analog values by the microcontroller with the help of Wi-Fi through internet; and storing the alcohol consumption values to the database of the vehicle user.
DESCRIPTION OF THE DRAWINGS:
Fig 1 is the flowchart for the alcohol & health monitoring system based on IOT.
DETAILED DESCRIPTION OF THE INVENTION WITH RESPECT TO DRAWINGS:
The present invention is an alcohol & health monitoring system based on IOT. The system of the present invention can minimize the accidents and monitors the air exhaled by the driver with the help of sensor and update the values through IOT. The system of the present invention helps to prevent accidents effectively. If any alcohol detection is found above the threshold value, then automatically vehicle ignition stops. The system of the present invention helps to monitor death rate of the driver as the deaths due to cardiac arrest while driving is more. If the driver is identified with drunken drive, then the vehicle ignition system stops which makes the drunken driver unable to move the vehicle resulting in accident prevention. And also, if there is any abnormal changes in heart beat rate, then the current status of the driver is send to their friends using IoT.
In one embodiment, Alcohol sensor is placed at helmet of the driver to detect the alcohol consumption level of driver and heart beat sensor is placed at the handle-bar of the motorbike to monitor the heart beat rate. The results obtained by the sensors are analog values and it is processed by the microcontroller with the help of Wi-Fi through internet. The results obtained from sensors are constantly updated to cloud using IoT. When the resultant values obtained from alcohol sensors attains the threshold limit, then the system prevents the chances of accident by stopping the vehicle ignition system and stores the alcohol consumption values to the database of the vehicle user. The heart beat rate of the driver is also continuously monitored with the help of appropriate heart beat rate detection sensor and the data is updated in the database of the website. In case of any abnormal detections in heart beat rate of the driver, then the current status of the person is informed to their relatives through IoT. The sensed values from sensors are continuously updated in the vehicle owner’s cloud storage.
In another embodiment, alcohol sensor is used to detect the presence of alcohol consumed by the driver. It can sense the alcohol content ranging from 0.04 mg/L to 4 mg/L. It can operate at temperatures between -10’C to 50’C. It requires a minimum power supply.
The air exhaled by the driver is monitored continuously with sensor and updated in the cloud. When the values detected from the sensor attains the threshold limit, then the vehicle ignition system stops resulting in accident prevention.
The heart beat rate of the driver is detected using a heartbeat monitoring sensor. This sensor is attached to the handle-bar of the motorbike. When an abnormal heart beat rate is detected, then the current health status of the driver comprising of his/her heart beat rate is sent to their relatives through IoT.
When the driver is identified with drunken drive, then a signal is provided to the fuel blocker in the vehicle. The fuel supply to the vehicle engine is cut-off, which results the vehicle unable to move. By doing this, we can minimize and prevent accidents due to drunken and drive. The system is with a DC Motor which converts electrical energy to mechanical energy. The current input to the DC Motor depends on the inputs read by the alcohol sensor. If the sensor reads the maximum threshold value, then the supply to the motor is cut-off.
The system of the present invention minimizes and control the accidents made due to drunken and drive. This system continuously monitors the alcohol level consumed by the driver and when, it attains the maximum threshold value then the system stops the ignition system of the vehicle preventing the accidents. Moreover, it also monitors the heart beat rate of the driver frequently. The sensor readings are updated in the cloud from time to time through IoT. Even if the driver tries to escape after committing the accident, the readings in the cloud gives a proof of a major evidence for the police to punish the victim.
In another embodiment, An alcohol monitoring system for minimizing accidents comprising of; Monitoring air exhaled by driver with the help of sensor; Placing alcohol sensor at helmet of the driver to detect the alcohol consumption level of driver and heart beat sensor at the handle-bar of the motorbike to monitor the heart beat rate; Processing analog values by the microcontroller with the help of Wi-Fi through internet; and storing the alcohol consumption values to the database of the vehicle user.