This paper focuses on implementing Microcontroller based "Smart locking system". Programmable Mic... more This paper focuses on implementing Microcontroller based "Smart locking system". Programmable Microcontrollers are used in order to perform required operation. The research survey includes the current technology/scenario of locking system. This helmet locking system is implemented to assure that the rider wears a helmet before rides the bike. Just in case the user takes out the helmet from the lock but doesn't wear it, the helmet is installed with two-step verification by implementing a limit switch in the helmet and communicate with the system wirelessly. It also assures that the bike speed doesn't cross a threshold limit and if at all the speed exceeds the pre-set limit there is an intimation and the rider is asked to slow down. Ultra-sonic sensor, limit switch sensor, speed sensor, rotary sensor and LCD are used as components. RF transmitter and RF Receiver are used for exchange of information. Carbon di oxide sensor is implemented to the exhaust which gives the percentage of the unburnt fuel. As a result, the bike ride becomes safer than before.
This paper focuses on implementing Microcontroller based "Smart locking system". Programmable Mic... more This paper focuses on implementing Microcontroller based "Smart locking system". Programmable Microcontrollers are used in order to perform required operation. The research survey includes the current technology/scenario of locking system. This helmet locking system is implemented to assure that the rider wears a helmet before rides the bike. Just in case the user takes out the helmet from the lock but doesn't wear it, the helmet is installed with two-step verification by implementing a limit switch in the helmet and communicate with the system wirelessly. It also assures that the bike speed doesn't cross a threshold limit and if at all the speed exceeds the pre-set limit there is an intimation and the rider is asked to slow down. Ultra-sonic sensor, limit switch sensor, speed sensor, rotary sensor and LCD are used as components. RF transmitter and RF Receiver are used for exchange of information. Carbon di oxide sensor is implemented to the exhaust which gives the percentage of the unburnt fuel. As a result, the bike ride becomes safer than before.
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IJIRAE Published Papers by Chetan Santi