Advanced Wireless Lighting and Alarm System Design by Artem Aginskiy et al.
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The Lumen Alarm & Lighting System offers innovative wireless control for room lighting and automatic management based on occupancy. This energy-efficient system includes a control panel with a backlit LCD, pushbuttons, and an alarm clock feature, as well as LED light bulbs that can dim based on user preferences. Priced at $300 for the control panel and $213 for the light bulbs, it has completed rigorous testing and debugging, enhancing user experience with customizable settings. Future developments include multicolored bulbs and improved communication methods.
Advanced Wireless Lighting and Alarm System Design by Artem Aginskiy et al.
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Presentation Transcript
Lumen alarm & Lighting System Artem Aginskiy, Grayson Carr, Yinuo James Chen, Andrew McDowell
Our Product • Wireless control of room lighting • Automatic control of lights according to room occupancy, programmed alarms • Manual dimming • Energy efficient • Cost: $300 for control panel, $213 for light bulbs
Design • Two components • Control panel unit • Backlit LCD, pushbuttons, buzzer, motion detector • Alarm clock functionality • Standard electrical outlet • Light bulb units • High power LEDs • Standard light sockets
Status • Completed: • Wireless testing • LED Connections • Control panel hardware • Control panel menus • In Progress: • Integration and debugging
Previous Problems LED power supply too long Solution: Cut in half LEDs overheat Solution: Bought heat sinks, built a spotlight array
Recent Problems Real Time Clock not running: Solution: Created new control panel Pushbuttons not cycling through menu: Solution: Grounded, fixed coding error Debugging taking long time: Solution: Modularized code
Control Panel Unit • Alarm clock functionality • User-configurable settings • Clock with coin cell backup • LCD user interface • Serial connection to computer for debugging
Light Bulb Unit • Uses six high power LEDS • Interacts wirelessly with control unit • Flashes upon alarm • Plugs into standard light bulb socket • Dims LEDs through PWM (0 to 1.5W)
Light Bulb Test Unit • Serial connection to computer • LCD debugging output • Plugs into standard light bulb socket • Power: • 1.032 Watts at 0.12 Amps • 9.233 Watts at .98 Amps
Future Work • Multicolored LED light bulbs • Allow user adjustable colors • Powerline communication instead of wireless • Eliminates wireless interference • Improves indoor range • Photocell for ambient light sensing • Provide automated light dimming