Automatic pet food feeder using IoT controlled stepper motor

Rahaime, Muhammad Islah (2022) Automatic pet food feeder using IoT controlled stepper motor. Project Report. Melaka, Malaysia, Universiti Teknikal Malaysia Melaka. (Submitted)

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Abstract

Electric engines are now widely used in a variety of disciplines of design and in all parts of our daily lives. Distinct types of electric engines are designed to satisfy specific needs. The size of the stepper engine control using the Arduino processor through the Internet is now being introduced. The main goal of this study is to plan and control the stepper engine from a far using an Android smart phone application designed for the Internet of Things (IoT), which can regulate the stepper engine's advancement size from a far. The suggested IoT based stepper engine control is approved through continuous execution on the Ardunio board, and the internet page is maintained with the help of online content management. "Android," the world's most well-known versatile stage, is a tool for creating applications that look great and take advantage of hardware capabilities. The advantage of Android is that it is an open-source operating system that is used in a portable application that is a sophisticated mobile phone that can be used as a remote control. For the Internet of Things, remote systems are widely used as a systems administration technology (IOT). They can be used to exchange control instructions and information between machines, despite the fact that they were originally designed for speech communication systems. A lot of people like having all of their gadgets and devices work together so that they can be more convenient, comfortable, and energy efficient. This project is all about making the experience even more personalised for the user by using automation of electronics and IoT. This study came up with a way to feed your pet that is divided into two main parts: measurements and control. The system controls how the stepper motor moves and how much food is in the tank We were able to create a versatile remote stepper thanks to a combination of proprietary software and unique equipment.

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