The full-color colored lights of digital LED
The utility model belongs to a kind of light fixture, the especially a kind of color of the changed light that is utilized digital technology control by light emitting diode and the lamp of brightness.
Existing domestic lighting light fixture is broadly divided into incandescent lamp, fluorescent lamp and electricity-saving lamp etc., these lamps can be used as general illumination, but the light that is sent all is monochromatic light, when needing to change the color of light, usually utilize the color of front glass to come variable color, not having to have dynamic color change.Therefore, give people's sensation relatively more dull, incompatible with modern life.
The purpose of this utility model is a kind of brand-new full-color colored lights of digital LED of design, and the color of this lamp can constantly change, thereby heightens the enjoyment for people's life.
Technical characterictic of the present utility model is that the end in a shell is equipped with circuit board, and the other end is equipped with lens, and the LED bundle pipes is installed in the centre, and shell opens wide near an end of bundle pipes.
Its another feature is that IC is connected with infrared ray sensor and power amplifier respectively, connects lampion on power amplifier again in the control circuit on being connected in circuit board.
The utility model has the advantages that common incandescent lamp is luminous by tungsten filament, the color that changes front glass changes the color of light, and LED full color etc. directly adopt red, turquoise LED to make up to change light source color, thereby can be combined into hundreds of thousands kind color; Secondly, the full-color colored lights of used LED is solid-state cold light source, durable degree height, usually can reach more than ten ten thousand hours service life, and have obvious energy-saving effect, complete when bright its power consumption very low, the reaction speed of the full-color colored lights of the 3rd LED is fast, but summary responses, the Fast transforms color, and available infrared controller is regulated.
Fig. 1 is a structure chart of the present utility model.
Fig. 2 is a circuit block diagram of the present utility model.
Fig. 3 is an ES of the present utility model.
As shown in Figure 1: the blind end in a shell 3 is equipped with a circuit board 2, open end at shell 3 is equipped with set of lenses 5, LED bundle pipes 4 is installed in the centre, and 1 among the figure is power line, and circuit board 2, bundle pipes 4 and power line 1 utilize lead to interconnect respectively.The light scioptics that LED in the bundle pipes 4 sends expose to required occasion.
Among Fig. 2, single-chip microcomputer is connected with infrared ray sensor and power amplifier respectively, and power amplifier is connected with lampion again.
In Fig. 3, single-chip microcomputer is an IC, C wherein
2~C
3Be electric capacity.
Power amplifier is by power tube P
1~P
3, current-limiting resistance R
1~R
8Form, be used to drive interface.
Infrared sensor is U
1, be used for perception and control signal, wherein C
1Be electric capacity.
Lampion comprises LED bundle pipes L
1~L
3, set of lenses constitutes, and is used for luminous lighting.
During work, connect power supply, light the red, green, blue luminous tube, be in state of a control, can utilize IR remote controller that the brightness of RGB light is regulated respectively, color that conversion is different and brightness.