Automatic smart kitchen system using microcontroller

Nur Shahirah , Azeman (2015) Automatic smart kitchen system using microcontroller. Project Report. UTeM. (Submitted)

Text AUTOMATIC SMART KITCHEN SYSTEM USING MICROCONTROLLER 24pages.pdf Restricted to Repository staff only until 1 January 2020. Download (654kB)

Abstract

This project is related to the Automatic Smart Kitchen System by using Microcontroller. The system is designed is to discharge heat and smoke in the kitchen by controlling the speed of air blower. Hence, the speed of air blower can be controlled using PMW (Pulse Width Modulation) waves generated by PIC 16F877A microcontroller based on temperature sensor. It is also part of smart home application where the air blower will gradually increase the speed if the temperature in the surrounding kitchen is increasing. Besides that, the component that made up the temperature sensor is known as LM35 integrated circuit. Moreover, smoke detector (photoelectric sensor) is added to encounter the presence of smoke. This method shows significant improvement in temperature control as the process is functioning without needed support from the human to control all the process. The result obtain from the process shows the temperature is controlled effectively and more accurate. In addition, this finding makes human works become easy and system that automatically controlled and function will be developed. These projects implement PIC 16F877A microcontroller circuit and direct current motor to create the process of removing heat and smoke. The result and analysis of this innovation will describe detail in chapter 4. Furthermore, these projects provide safety purpose for household because alarm is added as a warning alert when in exceed maximum value.

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