Claims:Claims:

We claim –
1. An automatic safety, sanitization and temperature detection system for mask with triple layer protection.

2. A method as claimed in claim 1, this mask can be used in safety & sanitization purposes with the detection of our body temperature.
3. A method as claimed in claim 1, this mask does not create any radio interference.
4. A method as claimed in claim 1, increasing the voltage above the mentioned requirement can damage the mask.
5. A method as claimed in claim 1, this mask does not create any harmful effect on our body nor on any one around that mask.
6. A method as claimed in claim 1, the electrical parts are not water proof, but yes it can made waterproof in future upgrade.
7. A method as claimed in claim 1, the filters of the mask can be replaced.
8. A method as claimed in claim 1, this mask is safe and suitable for all conditions.
9. A method as claimed in claim 1, this mask should be kept away from fire.
10. A method as claimed in claim 1, this mask can be made more compact in future with nano technology.
, Description:First of all when we power the Arduino board using an USB cable all the components including the ultrasonic sensor, buzzer and the 5V relay gets it power supply. There are three batteries 1st is for powering the Arduino board, ultrasonic sensor, buzzer and the relay 2nd is for powering the sanitizer sprayer machine and 3rd for the temperature detector. After successfully switching it on the ultrasonic sensor (HC-SR04) starts to send ultrasonic waves using the transmitter, after getting any obstruction within a particular distance as mentioned in the programmed it reflects back to the receiver. After the sound comes back it sends signal to the Arduino UNO Board for further processing, after the board processes the signal it triggers the required circuit as mentioned in the program like if the range is in 3ft it will trigger the buzzer and if it is 20cm it will send signal to the 5v relay which is connected with the Arduino board where the common is connected to the negative supply of the secondary battery and the normally open pin is connected to the negative terminal of the sanitizer sprayer machine’s power supply. If the signal which is reflected back from the object is from 3ft it will switch on the buzzer and if it is from 20cm it will switch on the buzzer as well as sanitizer dispenser machine. The sanitizer in the container is converted into mist using a mist maker and then it is released for the sanitization purposes. Now coming to the second part of the mask where we have used a temperature detector for detecting our body temperature whenever we wear the mask. There is a sensor inside the mask which collects our body temperature information whenever the mask get in contact with our body and sends it to the processing and display section for displaying the temperature. This feature is for detecting any changes in our body temperature so that others can take precautions very quickly. There is also a 3 layer filtration system inside the mask which helps in filtration. This is a rechargeable and automatic mask with few innovative features. There is a microUSB port for charging the sanitizer dispenser battery. For better experience we can also use a power bank of 5v with the mask for a long period time working.

Although the present invention has been described keeping in contention with the description given above and the diagrams attached to this document certain changes can be made owing to new ideas and methods. These will be incorporated from time to time to make our invention as feasible as possible solving real life problems.