CN206817414U

CN206817414U - A kind of intelligent lighting system for IDC computer rooms

Info

Publication number: CN206817414U
Application number: CN201720586262.XU
Authority: CN
Inventors: 何媛媛; 许晓辉
Original assignee: Guangdong Yada Electric Co Ltd
Current assignee: Guangdong Yada Electric Co Ltd
Priority date: 2017-05-24
Filing date: 2017-05-24
Publication date: 2017-12-29
Anticipated expiration: 2027-05-24

Abstract

A kind of intelligent lighting system for IDC computer rooms, IDC computer rooms are divided into the first workspace of deploying servers, and the second workspace of the other equipment such as arrangement air-conditioner host, monitoring display device, in addition to：First lighting unit, it is arranged in the first workspace of IDC computer rooms；Infrared illumination switchs, and is arranged in the first workspace of IDC computer rooms；Second lighting unit, it is arranged in the second workspace of IDC computer rooms；Control module, electrically connected respectively with first lighting unit, infrared illumination switch；Clock module, electrically connected respectively with second lighting unit, control module.IDC computer rooms are divided into multiple workspaces by the utility model by function and equipment arrangement, the lighting condition of whole IDC computer rooms is monitored and analyzed in real time by control module, and timesharing, subregion by control module carry out rational Lighting control to each workspace, realize IDC computer rooms electricity consumption intellectuality and rationalize, improve the efficiency and performance of electricity consumption.

Description

A kind of intelligent lighting system for IDC computer rooms

Technical field

It the utility model is related to a kind of intelligent lighting system for IDC computer rooms.

Background technology

Internet data center (Internet Data Center) abbreviation IDC, its main services include Complete equipment lease, clothes The trustship of business device, Cabinet lease, access via telephone line and network management services etc., are said differently the hosting for just referring to user in electricity Believe in the standard building environment of level (including：Air-conditioning, illumination, humidity, uninterrupted power source, antistatic floor, frame seat in the plane etc.), and Internet is accessed by high-speed data port.

Wherein, illumination is the pith of building environment, and especially IDC computer rooms are usually long-term illumination, are produced therefrom A series of problem：A large amount of light fixtures frequently maintenance and change will bring unsafe factor, the dazzle of lamp can be to long-term work at this Fluorescent tube when personnel in environment bring injury, power consumption can increase operating cost, close on end-of-life without limit for a long time Frequently flash environment and equipment can be polluted, therefore, Lighting Design not only need from illumination, the uniformity, dazzle limitation, These environmentally friendly links such as safety, energy-conservation carry out comprehensive analysis, it is also necessary to accounted for from the angle of energy-conservation, and the weight saved It is exactly to reach the effect of energy-conservation by Automated condtrol illumination to want means.

Utility model content

The purpose of this utility model is overcome the deficiencies in the prior art, there is provided a kind of intelligence photograph for IDC computer rooms Bright control system.

To achieve these goals, the utility model employs following technical scheme.

A kind of intelligent lighting system for IDC computer rooms, IDC computer rooms are divided into the first work of deploying servers Area, and the second workspace of the other equipment such as arrangement air-conditioner host, monitoring display device, in addition to：

First lighting unit, the first workspace of IDC computer rooms is arranged in, for being illuminated to the first workspace；

Infrared illumination switchs, and is arranged in the first workspace of IDC computer rooms, for carrying out human body infrared letter to the first workspace Number monitoring；

Second lighting unit, the second workspace of IDC computer rooms is arranged in, for being illuminated to the second workspace；

Control module, electrically connected respectively with first lighting unit, infrared illumination switch, in the infrared illumination Switch monitors control the break-make of first lighting unit to after human infrared signal；

Clock module, electrically connected respectively with second lighting unit, control module, control module is provided by clock module Timing signal periodically control the break-make of second lighting unit.

Compared with prior art, the beneficial effects of the utility model are as follows：

IDC computer rooms are divided into multiple workspaces by function and equipment arrangement, monitors and analyzes in real time by control module The lighting condition of whole IDC computer rooms, and timesharing, subregion by control module carry out rational Lighting control to each workspace, Realize IDC computer rooms electricity consumption intellectuality and rationalize, improve the efficiency and performance of electricity consumption.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the structural representation of control module of the present utility model.

Fig. 3 is the structural representation of relay circuit of the present utility model.

Fig. 4 is the structural representation of external data access device of the present utility model.

Embodiment

As shown in figure 1, a kind of intelligent lighting system for IDC computer rooms, deploying servers are divided into by IDC computer rooms The first workspace 10, and arrangement air-conditioner host, the second workspace 20 of the other equipment such as monitoring display device, in addition to：

First lighting unit 11, the first workspace 10 of IDC computer rooms is arranged in, for shining the first workspace 10 It is bright；

Infrared illumination switch 12, the first workspace 10 of IDC computer rooms is arranged in, for carrying out human body to the first workspace 10 Infrared signal monitors；

Second lighting unit 21, the second workspace 20 of IDC computer rooms is arranged in, for shining the second workspace 20 It is bright；

Control module 31, electrically connected respectively with first lighting unit 11, infrared illumination switch 12, for described red After outer light switch 12 monitors human infrared signal, the break-make of first lighting unit 11 is controlled；

Clock module 41, electrically connected respectively with second lighting unit, control module, control module is carried by clock module The timing signal of confession periodically controls the break-make of second lighting unit.

A kind of intelligent lighting system for IDC computer rooms of the present utility model, its operation principle are as follows：

For the first workspace, when infrared illumination switch monitors are to human infrared signal, the illumination of control module control first Cell operation；When infrared illumination switch does not monitor human infrared signal, control module controls the work of the first lighting unit to stop Work；

For the second workspace, the timing signal that control module is provided by clock module periodically controls described second to shine The break-make of bright unit.

Therefore, a kind of intelligent lighting system for IDC computer rooms of the present utility model, can be real by control module When monitor and analyze the lighting conditions of whole IDC computer rooms, and timesharing, subregion each workspace is carried out by control module it is reasonable Lighting control, it is intelligent and rationalize to realize the electricity consumption of IDC computer rooms, improves the efficiency and performance of electricity consumption.

Preferably, as shown in Fig. 2 described control module 31 is model PIC24FJ32GA004 single-chip microcomputer.

Preferably, as Fig. 4 control modules 31 are outside using model FM24CL16 serial non-volatile memory conduct The 5th pin and the 6th pin of DAA 32, wherein model FM24CL16 serial non-volatile memory respectively with control 1st pin of module and the connection of the 44th pin.

Preferably, as shown in Fig. 2 the clock module 41 is made up of the clock circuit being connected with control module 31, this when Clock circuit includes the crystal oscillator Y1 being series between the 30th pin of control module and 31 pin, and crystal oscillator Y1 both ends also pass through electric capacity respectively C34 and electric capacity C35 ground connection, electric capacity C34 and electric capacity C35 capacitance are 22pF.

Preferably, as shown in figures 1 and 3, in addition to it is electrically connected with first lighting unit 11, control module 31 Relay circuit 13, the relay circuit includes relay J1, relay J1 first end

O1 electrically connects with city, and relay J1 the second end O2 electrically connects with the first lighting unit, relay J1 magnetic core with Control module electrically connects；When infrared illumination switch monitors are to human infrared signal, control module control relay J1 adhesives, conducting Relay J1 first end O1, the second end O2, the first lighting unit work being attached thereto；Infrared illumination switch does not monitor people During body infrared signal, control module control relay J1 resets, and disconnects relay J1 first end O1, the second end O2, connects therewith The the first lighting unit work connect is stopped

For those skilled in the art, can be obtained according to the structure disclosed in the utility model and principle other each It is kind corresponding to change and deformation, and all these change and deformation belongs to protection category of the present utility model.

Claims

1. a kind of intelligent lighting system for IDC computer rooms, IDC computer rooms are divided into the first work of deploying servers Area, and the second workspace of the other equipment such as arrangement air-conditioner host, monitoring display device, it is characterised in that also include：

Infrared illumination switchs, and is arranged in the first workspace of IDC computer rooms, for carrying out human infrared signal prison to the first workspace Survey；

Control module, electrically connected respectively with first lighting unit, infrared illumination switch, for being switched in the infrared illumination After monitoring human infrared signal, the break-make of first lighting unit is controlled；

Clock module, electrically connected with the control module, the timing signal that control module is provided by clock module is periodically controlled Make the break-make of second lighting unit.

A kind of 2. intelligent lighting system for IDC computer rooms according to claim 1, it is characterised in that：Described Control module is model PIC24FJ32GA004 single-chip microcomputer.

A kind of 3. intelligent lighting system for IDC computer rooms according to claim 2, it is characterised in that：Control mould Block is using model FM24CL16 serial non-volatile memory as external data access device, wherein model 5th pin of FM24CL16 serial non-volatile memory and the 6th pin are connected with the 1st pin of control module and the 44th pin respectively.

A kind of 4. intelligent lighting system for IDC computer rooms according to claim 2, it is characterised in that：When described Clock module is made up of the clock circuit being connected with control module, and the clock circuit includes the 30th pin and 31 for being series at control module Crystal oscillator Y1 between pin, crystal oscillator Y1 both ends are also grounded by electric capacity C34 and electric capacity C35 respectively, electric capacity C34 and electric capacity C35 electricity Capacitance is 22pF.

5. a kind of intelligent lighting system for IDC computer rooms according to any one of claim 1 to 4, its feature exist In：Also include the relay circuit that is electrically connected with first lighting unit, control module, the relay circuit include after Electrical equipment J1, relay J1 first end O1 electrically connect with city, and relay J1 the second end O2 electrically connects with the first lighting unit, after Electrical equipment J1 magnetic core electrically connects with control module；When infrared illumination switch monitors are to human infrared signal, control module control after Electrical equipment J1 adhesives, turn-on relay J1 first end O1, the second end O2, the first lighting unit work being attached thereto；Infrared photograph When bright switch does not monitor human infrared signal, control module control relay J1 resets, disconnection relay J1 first end O1, Second end O2, the first lighting unit work being attached thereto are stopped.