In this competitive world everyone is busy in their official works and other personal works so that they don't have sufficient time to complete other works at home such as plant watering and other works. Everybody is also interested in making their work automated. Automation of the home, housework or household activity is called Home automation. People may be interested in control of lighting, control of air conditioner and heating appliances, security locks of gates and doors and other systems. Home automation helps to provide improved convenience, comfort, energy efficiency and security. Home automation plays a vital role in the life of the elderly and disabled. They can be more independent and lead good quality of life who might otherwise require caregivers or institutional care. With the popularity and familiarity of smart phones and tablets among common people the concept of home automation has been increased greatly in recent years and also giving a great relief to the caregivers. The integration of Internet of Things with Home Automation has added to the functionality of Home Automation. The main motivation for this project is to give the elderly people, handicapped and patients a safe and independent living by providing the tap automation in the smart home. In this project we are also showing how the taps present in the home, office, shops etc. can be controlled through internet by the android mobile devices using arduino board and other electronic devices. A low-cost smart home environment for remotely monitoring and helping the elderly people and patients in their everyday life activities is presented here.
ABSTRACT
The objective of this work is to devise an intelligent and autonomous Valve ON OFF Control system that operates based on the real time Valve Status. The IoT enabled controller allows the control the MOTOR and VALUES remotely in the extraordinary situations. The system is built as a low-cost model as compared to the earlier reported Motor control systems using different wireless modules. The IoT feature in the present system can be an additional advantage as the user, from anywhere in the world, based on any forecast of thunderstorm can seize the watering process from a remote area, in the process saving a lot of water and preventing the motor overloading. This work proves the possibility of replacing conventional valves with the smart control with IoT capability at relatively lower cost.
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