CN202587540U

CN202587540U - Intelligent lamp control system

Info

Publication number: CN202587540U
Application number: CN2012202334111U
Authority: CN
Inventors: 司海飞; 杨忠; 陈博文; 杨延庆; 许锐
Original assignee: Jinling Institute of Technology
Current assignee: Jinling Institute of Technology
Priority date: 2012-05-23
Filing date: 2012-05-23
Publication date: 2012-12-05
Anticipated expiration: 2022-05-23

Abstract

The utility model relates to an intelligent lamp control system. The intelligent lamp control system comprises an outer infrared inductor, an outer photosensitive inductor, PNP triodes, relays, inner photosensitive inductors, a one-chip microcomputer and lighting lamps, wherein the outer infrared inductor is connected with an interface of the one-chip microcomputer, the outer photosensitive inductor is connected with the interface of the one-chip microcomputer through a non-gate circuit, each base electrode of the PNP triodes is connected with interfaces of the one-chip microcomputer, the relays correspond to positions of corresponding alternating current contactors, the inner photosensitive inductors are connected in series with the lighting lamps and lamp control switches, the lighting lamps are embedded with the inner photosensitive inductors, and the alternating current contactors are connected with the inner photosensitive inductors and the lighting lamps. According to the intelligent lamp control system, the inner photosensitive inductors are embedded in the lighting lamps to detect whether a field lighting degree achieves a human comfort degree to control opening or closing of the lighting lamps, so unnecessary lamps can be automatically turned off, and purposes of human vision protection and energy saving are achieved, moreover, identification cameras and one-chip microcomputers are further provided by the utility model, so the number of people in the area can be identified by the identification cameras, and inner programs of the one-chip microcomputers determine whether the lighting lamps are turned off or not.

Description

A kind of intelligent lighting control system

Technical field

The utility model relates to normal lighting apparatus field, particularly intelligent lighting control system.

Background technology

Along with the development of the world today, the raising of living standards of the people, People more and more is paid attention to environmental protection; Energy-saving and emission-reduction have become matter of utmost importance, and the classroom often someone will learn within it as the main place of student's study; But its interior number is not necessarily a lot of when reviewing one's lessons on the net, and the classroom is very big again, if a lamp standard-sized sheet; And the limited meeting of the people who reviews one's lessons electricity wasting very if cry out a classroom then can to interfere with one's studies too much because of the people people who reviews one's lessons, usually can be forgotten after the student has reviewed one's lessons in addition and turn off the light; Cause classroom lamp to open an evening, thereby cause very big waste, therefore be badly in need of a kind of can be according to personnel's situation in the classroom; Automatically close unnecessary light, or open light automatically, thereby be issued to vision protection and energy savings purpose intelligence lamp in the situation that need not manual operation.

The utility model content

To above problem, the utility model is surveyed on-the-spot illuminance and whether is reached the switch that the comfortable illumination of people is controlled lamp through on light fixture, embedding the light-inductive device; Thereby can close unnecessary light automatically, or open light automatically, thereby reach the purpose of vision protection and energy savings; For reaching this purpose, the utility model provides a kind of intelligent lighting control system, and said intelligent lighting control system comprises outer infrared inductor, outer light-inductive device, PNP triode, relay, interior light-inductive device, single-chip microcomputer and illuminating lamp; Said outer infrared inductor is installed on the door with outer light-inductive device; Said outer infrared inductor links to each other with one-chip machine port, and said outer light-inductive device links to each other with one-chip machine port through not circuit, and said PNP triode has 2-7 individual corresponding with classroom intraoral illumination lamp number; Said each PNP transistor base links to each other with one-chip machine port; Said each PNP transistor emitter links to each other with corresponding relay, said each PNP transistor collector ground connection, and said relay is corresponding with corresponding A.C. contactor position; Light-inductive device and illuminating lamp and lamp control switch are connected in series in said; Said illuminating lamp embeds has interior light-inductive device, and said A.C. contactor links to each other with illuminating lamp with interior light-inductive device, and said corresponding A.C. contactor is connected on live wire and the zero line.

Further improvement as the utility model; Also be connected with single-chip microcomputer and identification camera between light-inductive device and illuminating lamp and the lamp control switch in said; This patent can through identification camera identification should the zone in number, confirm by the single-chip microcomputer internal program whether illuminating lamp need close again.

Further improvement as the utility model is connected with fuse between said relay and the live wire, when the excessive fuse of electric current can blow automatically, circuit is played a protective role.

The utility model is measured the number in the inlet chamber through infrared inductor outside the place, doorway embeds; The light-inductive device judges whether and need turn on light outside the place, doorway embeds; Then the number signal and the signal of whether need turning on light are sent into single-chip microcomputer, if need turn on light by the closure of Single-chip Controlling relay, and then the control A.C. contactor is closed; Confirm luminous lamp switch by the interior light-inductive device that links to each other with illuminating lamp according to illuminance afterwards; The utility model also is provided with identification camera and single-chip microcomputer, can through identification camera identification should the zone in number, confirm by the single-chip microcomputer internal program whether illuminating lamp need close again.

Description of drawings

Fig. 1 is that this patent circuit connects sketch map;

Fig. 2 is that this patent most preferred embodiment circuit connects sketch map;

Member among the figure is:

1, outer infrared inductor; 2, outer light-inductive device; 3, PNP triode;

4, relay; 5, interior light-inductive device; 6, fuse;

7, single-chip microcomputer; 8, illuminating lamp; 9, A.C. contactor;

10, lamp control switch; 11, single-chip microcomputer; 12, identification camera.

Embodiment

Below in conjunction with accompanying drawing and embodiment utility model is done detailed explanation:

The utility model is through embedding the light-inductive device on light fixture; Survey on-the-spot illuminance and whether reach the switch that the comfortable illumination of people is controlled lamp; Thereby can close unnecessary light automatically, or open light automatically, thereby reach the purpose of vision protection and energy savings.

Provide circuit to connect sketch map a kind of intelligent lighting control system shown in Fig. 1 circuit as a kind of specific embodiment the utility model of the utility model; Said intelligent lighting control system comprises outer infrared inductor 1, outer light-inductive device 2, PNP triode 3, relay 4, interior light-inductive device 5, single-chip microcomputer 7 and illuminating lamp 8; Said outer infrared inductor 1 is installed on the door with outer light-inductive device 2, and said outer infrared inductor 1 links to each other with single-chip microcomputer 7 ports, and said outer light-inductive device 2 links to each other with single-chip microcomputer 7 ports through not circuit; Said PNP triode 3 has 3 to count corresponding with classroom intraoral illumination lamp 8; Said each PNP triode 3 base stage link to each other with single-chip microcomputer 7 ports, and said each PNP triode 3 emitter link to each other said each PNP triode 3 grounded collector with corresponding relay 4; Said relay 4 is corresponding with corresponding A.C. contactor 9 positions; Light-inductive device 5 is connected in series with illuminating lamp 8 and lamp control switch 10 in said, and said illuminating lamp 8 embeds has interior light-inductive device 5, and said A.C. contactor 9 links to each other with illuminating lamp 8 with interior light-inductive device 5; Said corresponding A.C. contactor 9 is connected on live wire and the zero line; Be connected with fuse 6 between said A.C. contactor 9 and the live wire,, circuit played a protective role when the excessive fuse 6 of electric current can blow automatically.

Provide circuit to connect sketch map a kind of intelligent lighting control system shown in Fig. 2 circuit as a kind of best specific embodiment the utility model of the utility model, said intelligent lighting control system comprises outer infrared inductor 1, outer light-inductive device 2, PNP triode 3, relay 4, interior light-inductive device 5, single-chip microcomputer 7 and illuminating lamp 8, and said outer infrared inductor 1 and outer light-inductive device 2 are installed on the door; Said outer infrared inductor 1 links to each other with single-chip microcomputer 7 ports; Said outer light-inductive device 2 links to each other with single-chip microcomputer 7 ports through not circuit, said PNP triode 3 have 3 several corresponding with classroom intraoral illumination lamp 8, said each PNP triode 3 base stage link to each other with single-chip microcomputer 7 ports; Said each PNP triode 3 emitter link to each other with corresponding relay 4; Said each PNP triode 3 grounded collector, said relay 4 is corresponding with corresponding A.C. contactor 9 positions, and said interior light-inductive device 5 is connected in series with illuminating lamp 8 and lamp control switch 10; Also be connected with single-chip microcomputer 11 and identification camera 12 in said between light-inductive device 5 and illuminating lamp 8 and the lamp control switch 10; This patent can through identification camera 12 identification should the zone in number, confirm by single-chip microcomputer 11 internal programs whether illuminating lamp 8 need close again, owing to required precision is not high; Therefore 12 need of this identification camera identify that to people's face identification gets final product; So can too highly not influence cost, said illuminating lamp 8 embeds has interior light-inductive device 5, and said A.C. contactor 9 links to each other with illuminating lamp 8 with interior light-inductive device 5; Said corresponding A.C. contactor 9 is connected on live wire and the zero line; Be connected with fuse 6 between said relay 4 and the live wire,, circuit played a protective role when the excessive fuse 6 of electric current can blow automatically.

The utility model work is following to be judged whether and need be turned on light by the outer light-inductive device 2 of place, doorway embedding earlier; Embed outer infrared inductor 1 by the place, doorway again and measure the number in the inlet chamber, then the number signal and the signal of whether need turning on light are sent into single-chip microcomputer 7, if need turn on light by the closure of single-chip microcomputer 7 control relays 4; And then control A.C. contactor 9 closures; Confirm illuminating lamp 8 switches by the interior light-inductive device 5 that links to each other with illuminating lamp 8 according to illuminance afterwards,, be lower than some by the roughly quantity of people's face in identification camera 12 these zones of identification as if number again and then do not open if need open; Thereby can be according to personnel's situation in the classroom; Automatically close unnecessary light, or open light automatically, thereby be issued to the purpose of vision protection and energy savings in the situation that need not manual operation.

The above; It only is the preferred embodiment of the utility model; Be not to be the utility model to be done the restriction of any other form, and, still belong to the utility model scope required for protection according to any modification or equivalent variations that the technical spirit of the utility model is done.

Claims

1. intelligent lighting control system; Said intelligent lighting control system comprises outer infrared inductor (1), outer light-inductive device (2), PNP triode (3), relay (4), interior light-inductive device (5), single-chip microcomputer (7) and illuminating lamp (8); Said outer infrared inductor (1) and outer light-inductive device (2) are installed on the door; It is characterized in that: said outer infrared inductor (1) links to each other with single-chip microcomputer (7) port; Said outer light-inductive device (2) links to each other with single-chip microcomputer (7) port through not circuit; Said PNP triode (3) has 2-7 individual corresponding with classroom intraoral illumination lamp (8) number, and said each PNP triode (3) base stage links to each other with single-chip microcomputer (7) port, and said each PNP triode (3) emitter links to each other with corresponding relay (4); Said each PNP triode (3) grounded collector; Said relay (4) is corresponding with corresponding A.C. contactor (9) position, and said interior light-inductive device (5) is connected in series with illuminating lamp (8) and lamp control switch (10), and said illuminating lamp (8) embeds has interior light-inductive device (5); Said A.C. contactor (9) links to each other with illuminating lamp (8) with interior light-inductive device (5), and said corresponding A.C. contactor (9) is connected on live wire and the zero line.

2. intelligent lighting control system according to claim 1 is characterized in that: also be connected with single-chip microcomputer (11) and identification camera (12) between light-inductive device (5) and illuminating lamp (8) and the lamp control switch (10) in said.

3. intelligent lighting control system according to claim 1 and 2 is characterized in that: be connected with fuse (6) between said A.C. contactor (9) and the live wire.