Fully integrated intelligent lighting module
View Patent ↗One embodiment of a fully integrated intelligent lighting module with built-in heat sink allows conventional electrodeless discharge lamps, LED, or electrodeless plasma lamps to be converted into intelligent electrodeless discharge lamps or electrodeless plasma lamps [with minimal effort]. Such a module may be comprised of a driver for an electrodeless discharge lamp or electrodeless plasma lamp capable of operating from 120-277V at 50/60 Hz as well as 347V and 480V in different models; a dimming chip; a sensor chip with clock to monitor the time and power used; a ROM module to store the data collected by the sensor chip; on-board non-volatile memory; a wireless communication module; and an external display and programming controls. Such a module allows users who install it into any pre-existing “dumb” light fixture to [quickly and easily] convert that fixture into an “intelligent” one.
1. A fully integrated intelligent lighting module allowing a light fixture to receive information and communicate wirelessly with other fixtures, the module comprising:
a power means to provide electricity to said fixture; and
a micro controller to enable wireless energy-management;
wherein the module is electrically coupleable to any existing conventional lighting fixture;
wherein, when coupled to any conventional lighting fixture, the module is operative to receive and store data associated with a lamp electrically coupleable to the lighting fixture;
wherein the module is operative to transmit any data received and/or stored from a lamp electrically coupled to the lighting fixture to at least one of another fully integrated intelligent lighting module electrically coupled to another lighting fixture and an electronic device communicatively coupled to the module; and, and
wherein the module is operable to receive, store, and transmit data via the lighting fixture independent of the type of lamp coupled thereto.
2. The intelligent lighting module of claim 1 further comprising a sensor.
3. The intelligent lighting module of claim 2 wherein said sensor is a microwave sensor.
4. The intelligent lighting module of claim 2 wherein said sensor is a motion sensor.
5. The intelligent lighting module of claim 1 further comprising a heat sink formed along an external surface of the intelligent lighting module.
6. The intelligent lighting module of claim 1 wherein the module is further configured to receive information from an electronic device in wired communication with the module, enabling the functionality of the module to be upgraded or altered as desired over time.