Lighting system simulating sunrise and sunset
OwnerShi Youl Nohinventor
Life of this patent
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Abstract
Disclosed is a lighting system simulating sunrise and sunset, which can control a desired luminous intensity and color temperature to be turned on or off on a wanted time in an easier manner by employing a remote controller for transferring a remote signal, a controller for controlling the on and off condition of the luminous intensity and color temperature of a stabilizer based on the remote signal transferred from the remote controller and a self stacked signal, and a liquid crystal display device for displaying the luminous intensity and the color temperature on a graphic screen to easily identify the result of the aforementioned control.
Claims11
A lighting system simulating sunrise and sunset, comprising:
- a remote controller for transmitting a remote signal;
- a mi-com main controller for controlling an input signal thereof and said remote signal of said remote controller;
- a graphic liquid crystal display (LCD) device for graphically displaying a luminous intensity and a color temperature controlled by said mi-com main controller;
- a power supplier including a relay for supplying a D.C. power to said mi-com main controller and turning on or off an A.C. power supply under the control of said mi-com main controller;
- a plurality of illuminators for illuminating at said luminous intensity and color temperature controlled by said remote signal of the remote controller and said input signal of said mi-com main controller;
- an auxiliary remote controller for transmitting a remote signal;
- a mi-com auxiliary controller for controlling an input signal thereof and said remote signal of said auxiliary remote controller;
- an auxiliary graphic LCD device for graphically displaying a luminous intensity and a color temperature controlled by said mi-com auxiliary controller;
- an auxiliary power supplier including a relay for supplying a D.C. power to said mi-com auxiliary controller and turning on or off an A.C. power supply under the control of said mi-com auxiliary controller;
- and
- a plurality of auxiliary illuminators for illuminating at said luminous intensity and color temperature controlled by said remote signal of said auxiliary remote controller and said input signal of said mi-com auxiliary controller.
Dependencies are inferred from the claim text.