Published Paper Details:

This project aims to design, develop, and implement a ceiling fan safetysystem using logic gatetechnologyto prevent suicides byhanging. Recognizingtheriskposed byceiling fans in such tragicevents, this project focuses on enhancinghousehold safety through technological innovation. The system integrates weight and motion sensors into the fan, enabling it to detect abnormal conditions indicative of potential suicideattempts.These sensors feed dataintoa logic gatecircuit, which processes the inputs to make real-time decisions regarding the fan's operation. The development process involved creating a robust logic gate circuit usingAND,OR,andNOTgates toensureaccuratedecision-making.Acontrol unitwas designedtointerpretthelogicgate outputs,triggeringsafetymechanismssuchas deactivatingthefan or soundingalarmswhen dangerous conditionsaredetected.To ensure the system's reliability and effectiveness, multiple fail-safes and redundancies were implemented. Additionally, a user- friendly interface was developed for monitoring and managing the system, providing timely alerts and notifications. Extensive testing and validation were conducted to ensure the system's performance under various conditions and environments, ensuring it meets allrelevant safetystandards andregulations. Theproject also involved planning for thedeployment andmaintenance of the system in residentialand commercialsettings, ensuring easeofinstallation andlong-termreliability. In conclusion,theceiling fan safety system effectively enhances household safety by preventing its misuse for suicide attempts. The comprehensive design, rigorous testing, and user-centric interface make it a viable solution for reducing such risks, underscoring the critical role of technology in promoting safety and well-being in domestic environments. The project's scope covers not only the immediate implementation but also long-term maintenance and regulatorycompliance, ensuring sustainable and widespread application