Here we propose an air quality as well as sound pollution monitoring system that allows us to monitor and check live air quality as well as sound pollution in a particular areas through IOT. It is necessary to monitor air quality and keep it under control for a better future and healthy living for all. If system recognizes air quality and confusion issues it alerts experts so they can take measures to control the issue.Īir and sound pollution is a growing issue these days. The sensors team up with microcontroller which shapes this data and transmits it over web.
Structure uses air sensors to distinguish proximity of frightful gasses/blends perceptible all around and constantly transmit this data to microcontroller. Here we propose an air quality and furthermore stable sullying watching system that licenses us to screen and check live air quality and what's more stable tainting in a particular zones through IOT. Components Required:Īir and sound pollution is a creating issue nowadays. We have used low torque servos here but you can use more powerful servos to pick heavy object. You can move these servos by rotating the pots to pick some object, with some practice you can easily pick and move the object from one place to another. This Arduino Robotic Arm can be controlled by four Potentiometer attached to it, each potentiometer is used to control each servo. This setup also looks as a Robotic Crane or we can convert it into a Crane by some easy tweaks. Servos are serving as joints of Robotic arm here. Arduino Uno is programmed to control servo motors. The arm has been built with cardboards and the individual parts have been locked to servo motors. Entire process of construction has been explained in detail below. Entire arm will be designed from some scrap material and servos. In this tutorial, we design an Arduino Uno Robotic Arm. It can also interact with the other IoT appliance inside the home to pretend someone is here! If you want, you can add voice/video call capability on Raspberry Pi so you can talk to your visitor over the phone, or you can add sensor to get alerted when someone tries to break into your house. We can also add USB webcam so our IoT doorbell will take a picture of visitor, upload it using FTP (or you can use the AWS service for storing the image) and attach the link in the email or SMS message sent. Visitors no longer need to call me and simply let the IoT doorbell to do the job, deafness people also benefit using it so they can alert from the vibration of their phone. Once the visitor pressed the doorbell, it will publish and an alert will be sent using the AWS SNS service by Email or SMS, so I know someone is knocking my door, no matter where I am. The main objective is to build the door bell using the IOT technologies so that we can explore the advantage of the Internet of things technology and its features,In this project we are proposing to build an IoT doorbell using Raspberry Pi with the help of the AWS IoT platform.
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