CN201174801Y

CN201174801Y - Real-time lamp control system of building model

Info

Publication number: CN201174801Y
Application number: CNU2008200285364U
Authority: CN
Inventors: 刘涌
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-03-10
Filing date: 2008-03-10
Publication date: 2008-12-31
Anticipated expiration: 2018-03-10

Abstract

The utility model relates to a real-time light control system for a building model, which comprises a power supply, a hollow building model, a plurality of controlled lamps arranged inside the building model and a control circuit. The control circuit comprises a computer, a power distribution box and a communication cable connected with the computer and the power distribution box; and the power distribution box comprises a transformer bank and a plurality of relay arrays. The real-time light control system solves the technical problems that the prior light control system of the building model can not carry out on-off and bright-dark control in real time according to the user requirement; the real-time light control system adopts an idea of modularized design and uses a plurality of relay arrays to control the on-off of a plurality of lamps; a user can carry out program control to the controlled lamps of the building model through the set computer program; and the real-time light control system is convenient to use and control by the user and is also convenient to detach, maintain, transport and mark.

Description

The real-time lighting control system of BUILDINGS MODELS

Technical field

The utility model relates to a kind of lighting control system, relates in particular to a kind of BUILDINGS MODELS lighting control system.

Background technology

Existing BUILDINGS MODELS lighting control system is in BUILDINGS MODELS inside light fixture to be set, and light normal bright or flicker in energising back beautifies effect to reach.But,, need the lighting control system of BUILDINGS MODELS to carry out real-time break-make and light and shade control, but existing BUILDINGS MODELS lighting control system can't satisfy user's needs according to user's needs for reaching special display effect.

Summary of the invention

The utility model purpose is to propose the real-time lighting control system of a kind of BUILDINGS MODELS, and it has solved the technical problem that existing building model lighting control system can not carry out the control of break-make and light and shade in real time according to user's needs.

The technical solution of the utility model device is:

The real-time lighting control system of a kind of BUILDINGS MODELS, comprise power supply 2, hollow BUILDINGS MODELS 8, be arranged on a plurality of controlled light fixture 9, the control circuit of BUILDINGS MODELS 8 inside, its special character is, described control circuit comprises computer 1, distribution box 5 and the communication cable that connects computer 1 and distribution box 5, described distribution box 5 comprises transformer group 4 and a plurality of relay array 6, described each relay array 6 includes a plurality of relays, and described each relay all connects at least one controlled light fixture 9.

Above-mentioned transformer group 4 comprises one or more in 2V transformer, 3V transformer, 6V transformer, the 15V transformer.

Above-mentioned controlled light fixture 9 comprises light-emitting diode and/or rice bubble.

Above-mentioned light-emitting diode comprises 2V light-emitting diode and 3V light-emitting diode.

Above-mentioned 2V transformer is in parallel with corresponding a plurality of 2V light-emitting diodes by a relay array 6; Described 3V transformer is in parallel with corresponding a plurality of 3V light-emitting diodes by a relay array 6; Described 6V transformer is in parallel with corresponding a plurality of meters bubbles by a relay array 6; Described 15V transformer is in parallel with corresponding a plurality of 3V light-emitting diodes by four relay arrays 6.

Above-mentioned distribution box 5 is provided with a plurality of multi-core sockets 7, is used for the electric-connected socket of distribution box 5 and controlled light fixture 9; Described each multi-core socket 7 is connected with a relay array 6.

Adopt RS485 interface 3 to carry out communication between aforementioned calculation machine 1 and the distribution box 5.

The advantage of the utility model device is:

1, the user can carry out program control to the controlled light fixture in the BUILDINGS MODELS by the computer program that sets, and the user also can carry out in real time control arbitrarily to the controlled light fixture in the BUILDINGS MODELS by the computer program display interface, is user-friendly to and controls.

2, the utility model has adopted the transformer of different output voltages, and the light fixture of different brightness of may command and light intensity makes the controlled light fixture of BUILDINGS MODELS that break-make control and flicker control not only be arranged, and can also carry out light and shade control, and control mode is versatile and flexible.

3, the utility model has adopted modular design method, uses a plurality of relay arrays to control the break-make of many group light fixtures, and the fault of one of them relay array can not influence the use of other relay arrays, convenient for maintaining, long service life.

4, be provided with a plurality of multi-core sockets between distribution box and the controlled light fixture, adopt direct pluggable mode, be convenient to dismounting, maintenance, transportation and mark.

Description of drawings

Fig. 1 is the utility model structural representation;

Wherein: 1-computer, 2-power supply, 3-RS485 interface, 4-transformer group, 5-distribution box, 6-relay array, 7-multi-core socket, 8-BUILDINGS MODELS, the controlled light fixture of 9-.

Embodiment

Referring to Fig. 1,2 kinds of lamps, LED high brightness diode and Mi Pao have been used in the control of model lamp.The LED diode is divided into 2 kinds: 2V drives and 3V drives lamp, unidirectional conducting.The rice bubble is a kind: 6V drives, two-way admittance.Existing situation is that 2 transformers drive 2V LED; The 3V transformer drives 3V LED; The 6V transformer drives the rice bubble; The 15V transformer drives 4 diodes, the 100 Ω resistance of connecting.Model lamp control distribution box adopts the RS485 interface, and blind terminal called mode is switched 2V with relay, 3V, and 6V, the 15V power supply reaches the purpose of point-to-point control.

Multi-pin connector is as power end; Adopt direct pluggable mode, be convenient to dismantle, keep in repair, transport and make marks.4 core plugs are convenient to discern power supply and ground wire as common port (black/ash).Colour of insulated conductor identification.2V (red), 3V (Huang), 6V (orchid), 15V (in vain) adopt different colour of insulated conductor compactings, are convenient to identification and error protection.Ground wire should be grey or black hinders so that distinguish and get rid of admittedly.The conducting situation that is used for the control relay array has the indicator light prompting.

Claims

1, the real-time lighting control system of a kind of BUILDINGS MODELS, comprise power supply (2), hollow BUILDINGS MODELS (8), be arranged on BUILDINGS MODELS (8) inner a plurality of controlled light fixture (9), control circuit, it is characterized in that: described control circuit comprises computer (1), distribution box (5) and the communication cable that connects computer (1) and distribution box (5), described distribution box (5) comprises transformer group (4) and a plurality of relay array (6), described each relay array (6) includes a plurality of relays, and described each relay all connects at least one controlled light fixture (9).

2, the real-time lighting control system of BUILDINGS MODELS according to claim 1 is characterized in that: described transformer group (4) comprises one or more in 2V transformer, 3V transformer, 6V transformer, the 15V transformer.

3, the real-time lighting control system of BUILDINGS MODELS according to claim 1 and 2 is characterized in that: described controlled light fixture (9) comprises light-emitting diode and/or rice bubble.

4, the real-time lighting control system of BUILDINGS MODELS according to claim 3 is characterized in that: described light-emitting diode comprises 2V light-emitting diode 3V light-emitting diode.

5, the real-time lighting control system of BUILDINGS MODELS according to claim 4 is characterized in that: described 2V transformer is in parallel with corresponding a plurality of 2V light-emitting diodes by a relay array (6); Described 3V transformer is in parallel with corresponding a plurality of 3V light-emitting diodes by a relay array (6); Described 6V transformer is in parallel with corresponding a plurality of meters bubbles by a relay array (6); Described 15V transformer is in parallel with corresponding a plurality of 3V light-emitting diodes by four relay arrays (6).

6, the real-time lighting control system of BUILDINGS MODELS according to claim 5 is characterized in that: described distribution box (5) is provided with a plurality of multi-core sockets (7), is used for the electric-connected socket of distribution box (5) and controlled light fixture (9); Described each multi-core socket (7) is connected with a relay array (6).

7, the real-time lighting control system of BUILDINGS MODELS according to claim 6 is characterized in that: adopt RS485 interface (3) to carry out communication between described computer (1) and the distribution box (5).