Designing an Automatic Air Freshener Robot

Automatic fragrance Our project philosophy is to create an automatic fragrance robot. The robot follows the path created by the colored tape along the board and holds pH paper and liquids of various pH levels. After immersing the paper in liquid and changing the color, the robot detects what color it is and reacts accordingly. If the smell is "smelly", choose to spray a fragrance. Its sole purpose is to detect 'smell' and to spray a fragrance as this is its sole purpose.

With VTHacks, my team has created a series of Internet fragrances controlled by laptops or mobile phones. We separate each automatic fragrance and connect them to the center of Spark. We used HTTP calls from the web application to adjust the time and interval at which fragrances are sprayed. In our team, one person is in charge of the server and the other is responsible for building a physical fragrance box. I am responsible for creating a web application to connect to the server. During Hackathon, we are always fighting time. Therefore, setting a deadline for our progress is important to our success. We began making separate parts of setting up an HTTP server, creating a dashboard UI, and connecting fragrances to the Spark Core. We plan to complete most tasks by the end of the night. Understanding our deadlines will help us to manage our own work individually

Automatic fragrance Our project philosophy is to create an automatic fragrance robot. The robot follows the path created by the colored tape along the board and holds pH paper and liquids of various pH levels. After immersing the paper in liquid and changing the color, the robot detects what color it is and reacts accordingly. If the smell is "smelly", choose to spray a fragrance. - There is no definition of everybody's robot. In the international standard ISO 8373, "robot" is defined as an automatic control, reprogrammable multi-purpose manipulator programmable over three axes. These manipulators can be fixed or moved for industrial automation applications. This definition applies to the main focus of ISO, industrial robots, but it does not focus much on other fields. Joseph Engelberger, a pioneer in the industrial robot field, says, "Robots can not be defined, but they can be understood by looking at robots."