CN106658900A - Illumination centralized-control system - Google Patents

Abstract

The invention relates to a lighting centralized control system, which is characterized in that it includes a main controller (7), a memory III (71), an operation terminal (8) and a plurality of area lighting control modules; The main controller (7) is connected to the network, the operation terminal (8) is connected to the main controller (7) through the network, and the main controller (7) is connected to the memory III (71) by bus. The area lighting control module includes an area controller (6) and a plurality of sub-area control modules; each sub-area control module is respectively networked with the area controller (6). The sub-area control module includes a WIFI router (5) and a plurality of gateways (4), and each gateway (4) is respectively connected through a corresponding network terminal (3) and a corresponding switch system (2) bus, and the switch The system (2) and the corresponding luminaire (1) are bus-connected.

Description

A Centralized Lighting Control System

technical field

The invention belongs to the technical field of intelligent lighting, and in particular relates to a centralized lighting control system.

Background technique

In the existing lighting system, there is a regional master switch in each area of each floor, a floor master switch on each floor, and a lighting electrical master switch for the entire building. When there is a problem with the floor lighting system, Or when the lighting system is centrally controlled, managers need to switch the main switch of each floor and each area in turn, which is not very convenient.

The current intelligent lighting system, such as the lighting system based on ZigBee Light Link technology, etc., can be controlled by the user to turn on and off the lights, light intensity, etc., and to achieve different lighting backgrounds and colors through the on and off of different lamps; "Smart", however, these "smart lighting" scenarios mainly focus on home and other applications, and pay less attention to the lighting system management of the entire floor, as well as the lighting needs of different floors and areas at different time periods.

Therefore, consider the centralized management and convenient control of lighting systems in large libraries, teaching buildings, office buildings, office buildings, exhibition halls, docks, warehouses, supermarkets, etc.; and the different areas of large hotels, KTV, coffee shops, Internet cafes, etc. , The lighting background can be changed at any time according to the requirements of the guests. At the same time, at special moments, the entire lighting system can be managed and controlled as a whole. To sum up, it is necessary to design and develop a centralized lighting control system for smart lighting systems.

Contents of the invention

In order to solve the above existing technical problems, the present invention designs a lighting centralized control system, which has strong practicability and high degree of automation, and can embody the advantages of "smart lighting".

In order to solve the above-mentioned technical problems, the present invention adopts the following scheme:

A centralized lighting control system, characterized in that it includes a main controller, a memory III, an operation terminal and a plurality of area lighting control modules; each area lighting control module is respectively connected to the main controller network, and the operation terminal and the The main controller is connected to the network, and the main controller is connected to the memory III bus.

Further, the area lighting control module includes an area controller and a plurality of sub-area control modules; each sub-area control module is respectively connected to the area controller through a network.

Further, a memory II is also included, and the regional controller is connected to the memory II by a bus.

Further, the operation terminal is connected to the area controller through a network to directly control the operation of the area lighting control module.

Further, the sub-area control module includes a WIFI router and a plurality of gateways, each gateway is connected to a corresponding switch system bus through a corresponding network terminal, the switch system is connected to a corresponding lamp bus, and the WIFI router It is respectively connected with each gateway and the regional controller network.

Further, it also includes a memory I, and the WIFI router is connected to the corresponding memory I bus.

Further, the operation terminal is connected to the WIFI router network to directly control the operation of the sub-area control module.

Further, the switch system includes a manual switch, a control circuit, a switch circuit, a button remote switch and an environment detection module, and the button remote switch includes a button remote controller and a receiver; the manual switch and the receiver are respectively connected with the The control circuit is connected to the bus, the control circuit is connected to the corresponding lamp bus through the switch circuit; the control circuit is connected to the corresponding environment detection module and the network terminal bus; the switch circuit is connected to the corresponding network terminal bus connect.

Further, the environment detection module includes a photosensitive sensor, a humidity detection sensor, a temperature detection sensor, a smoke detection sensor, an illumination detection sensor, a buzzer and an environment detection controller; the photosensitive sensor, the humidity detection sensor, the temperature detection sensor, The smoke detection sensor, the illuminance detection sensor, the buzzer and the environment detection controller are respectively circuit connected, and the environment detection controller is respectively connected to the corresponding control circuit and the network terminal through the bus.

Further, the operation terminal includes a smart phone and/or an iPAD and/or a PC and/or a notebook computer.

The lighting centralized control system has the following beneficial effects:

(1) It can not only remotely control the lamps through WIFI, regional controllers, centralized controllers, but also manually control and button remote control lamps, and can also detect the lighting environment system. The lighting centralized control system has the characteristics of strong versatility, high stability, convenient replacement, and high degree of automation. It is suitable for intelligent lighting in existing libraries, teaching buildings, office buildings, shopping malls, supermarkets, Internet cafes, coffee shops, dance halls, etc. The construction and reconstruction of the system are also beneficial to the daily management and monitoring of the lighting system by the specific management personnel and technicians of the lighting system.

Description of drawings

Figure 1: Schematic diagram of the structure of the lighting centralized control system of the present invention;

Figure 2: Schematic diagram of the structure of the area lighting control module in the present invention;

Fig. 3: Schematic diagram of the structure of the neutron area control module of the present invention;

Figure 4: Schematic diagram of the structure of the switch system in the present invention.

Explanation of reference signs:

1—lamp; 2—switching system; 3—network terminal; 4—gateway; 5—WIFI router; 51—storage Ⅰ; 6—regional controller; 61—storage Ⅱ; 7—main controller; 71—storage Ⅲ; 8—operation terminal.

detailed description

Below in conjunction with accompanying drawing, the present invention will be further described:

Fig. 1 shows a centralized lighting control system, including a main controller 7, an operation terminal 8 and multiple area lighting control modules. Each area lighting control module is connected to the main controller 7 by network respectively. The operation terminal 8 controls the operation of each area lighting control module through the main controller 7 . The main controller 7 also has a memory III 71, and the main controller 7 is connected to the memory III 71 by bus.

As shown in FIG. 2 , the area lighting control module includes an area controller 6 and multiple sub-area control modules. Each sub-area control module is connected to the area controller 6 respectively by network. The regional controller 6 also has a memory II 61, and the regional controller 6 and the memory II 61 are bus-connected. The operation terminal 8 can also be connected to the network of the area controller 6 to directly control the operation of the area lighting control module.

As shown in Figure 3, the sub-area control module includes a WIFI router 5 and a plurality of gateways 4, and each gateway 4 is respectively connected to the bus of the corresponding network terminal 3 and the corresponding switch system 2, and the switch system 2 and the corresponding lamps 1 bus connection. The WIFI router 5 also has a memory I51, and the WIFI router 5 is bus-connected to the corresponding memory I51. The WIFI router 5 is connected to multiple gateways 4 and regional controllers 6 respectively. The operation terminal 8 can also be connected to the WIFI router 5 network, and directly operate and control the sub-area control module.

As shown in FIG. 4 , the switch system 2 includes a manual switch, a control circuit, a switch circuit, a button remote switch and an environment detection module. The button remote control switch includes a button remote controller and a receiver. The manual switch and the receiver are respectively connected to the control circuit bus, and the control circuit is connected to the corresponding lamp 1 bus through the switch circuit. The control circuit is connected to the corresponding environment detection module and the network terminal 3 bus; the switch circuit is connected to the corresponding network terminal 3 bus.

The environment detection module includes a photosensitive sensor, a humidity detection sensor, a temperature detection sensor, a smoke detection sensor, an illumination detection sensor, a buzzer and an environment detection controller. The photosensitive sensor, the humidity detection sensor, the temperature detection sensor, the smoke detection sensor, the illuminance detection sensor, the buzzer and the environment detection controller are respectively circuit connected. The environment detection controller is connected to the corresponding control circuit and the network terminal 3 respectively through the bus.

The operation terminal 8 is a smart phone and/or an iPAD and/or a PC and/or a notebook computer and the like.

The first specific implementation mode of the present invention: it is mainly used for WIFI control and management of lamps, such as small area lighting management in homes, coffee shops, Internet cafes, small receptions, dance parties, etc., as well as lamp maintenance, etc. 4.

The operator first operates the operating terminal 8 such as a smart phone, iPAD, PC, and notebook, and selects the network terminal 3 connected to the WIFI router 5 through the network to build a lighting control system. Then, the operator operates the operation terminal 8 to send the relevant operation commands to the corresponding lamps 1 through the WIFI router 5, the gateway 4, and the network terminal 3 through the switch system 2 to perform corresponding operations.

The operator can control individual, some or all lamps 1 connected to the WIFI router 5 on and off, control and adjust the intensity of illumination, and select the color of illumination.

The user can also call the various lighting scene effect modes stored in the memory Ⅰ51, such as "reception, cinema, rest, lighting, bathroom, Internet cafe, coffee shop, dance party, reception, KTV, user-defined", etc., to connect to this WIFI router 5 1. According to the scene mode, control the light on and off, light intensity and light color, and set the timing time to control the time of a certain light effect.

At the same time, during the above working process of this embodiment, the environment detection module of the system works normally, and according to the preset detection threshold, the monitoring data of the photosensitive sensor, humidity detection sensor, temperature detection sensor, smoke detection sensor, and illuminance detection sensor, Detect environmental information such as natural light intensity, humidity, temperature, smog density, and illuminance of lamps 1 around the lamp 1, and send relevant detection results to the corresponding control circuit and network terminal 3, and the control circuit and network terminal 3 perform Judgments such as "alarm", "turn off the light" and "keep the status quo", etc., and the judgment results are sent to the corresponding switch circuit, and the corresponding control of the corresponding lamp 1 is carried out.

All the control processes of the lamps 1 mentioned above are sent by the control circuit to the WIFI router 5 via the network terminal 3 and the gateway 4, and the WIFI router 5 stores the relevant information in the memory I51 for the operation terminal 8 to query.

The user can also use the operation terminal 8 to view, eliminate or change the fault status saved in the lamp 1 , the switch system 2 and the network terminal 3 .

The user can use the operation terminal 8 to edit the lighting state of a specific lamp 1, such as switching time, brightness, color, etc., or edit the lighting status of a specific lamp 1, or part of the lamps 1, or all the lamps 1. After the status is edited according to a certain control law, it will be stored in the memory I51 as the user's lighting mode for the user to call next time.

The user can also use the operating terminal 8 first to edit the user-defined lighting mode, or copy the custom lighting mode to the operating terminal 8, then connect to the WIFI router 5, download it to the memory I 51, and call it by the user.

The second specific implementation mode of the present invention: it is mainly used for area management of floor lighting, such as floor lighting management of office buildings, office buildings, shopping malls, supermarkets, dance halls, theaters, KTV, etc., as well as partition operations of warehouses, docks, etc. For lighting management, see Figure 2 and Figure 4 for details.

The operator first operates the regional controller 6, selects the WIFI router 5 connected to the regional controller 6 through the network, and constructs the regional lighting control system. Then, the operator operates the area controller 6 to send the relevant operation commands to the corresponding lamps 1 through the corresponding WIFI router 5, gateway 4, and network terminal 3 through the switch system 2 to perform corresponding operations. .

The operator uses the area controller 6 to select some lamps 1 under a certain WIFI router 5, control their "on" and "off", adjust the brightness, select the lighting color, read the environmental information around the lamp 1, etc.; After the lighting state of the selected lamp 1 is edited according to a certain control rule, it is stored in the memory II 61 as the user's lighting mode for the user to call next time.

The operator uses the regional controller 6 to select one or several WIFI routers 5, or even all WIFI routers 5, then all the lamps 1 under the selected WIFI router 5 are all selected, and the user can control their " "on" and "off", adjust the brightness, select the lighting color, read the environmental information around the lamp 1, etc.; you can also edit the lighting status of the selected lamp 1 according to a certain control law, and store it in the memory II61 , which is stored as the user's lighting mode for the user to recall next time.

The operator can use the manual switch to manually control the on and off of the lamp 1; the user can also use the button remote controller to remotely control the on and off, the illumination intensity and the light color of the lamp 1.

The operator can call various one-button lighting scene effect modes stored in the memory II61, such as "reception, theater, rest, lighting, bathroom, Internet cafe, coffee shop, dance party, cocktail party, KTV, user-defined", etc. , according to the scene mode, control the lighting on and off, lighting intensity, lighting color, and set the timing time to control the time of a certain lighting effect.

In the above working process of this embodiment, the environment detection module in the switch system 2 detects environmental information such as natural light intensity, humidity, temperature, smog concentration, and illuminance of the lamp 1 around the lamp 1 according to the preset detection threshold, and According to the detection results, the control circuit is driven to perform related operations such as "alarm", "turn off the light", and "keep the original state".

All the control processes of the above lamps 1 are sent by the control circuit to the corresponding regional controller 6 via the corresponding network terminal 3, gateway 4, and WIFI router 5, and store the relevant information in the memory In II61, the user can use the regional controller 6, the main controller 7 and the operation terminal 8 to inquire about the relevant data in the control process.

The operator operates the area controller 6, and can also inquire about the status of each lamp 1, and can reset the status of the lamp 1 after maintenance; it can also download the user-defined lighting mode edited in the main controller 7 and the operation terminal 8, and store to the memory II 61 for the user to recall next time.

The user operates the area controller 6, selects a suitable main controller 7 connected to the operating area controller 6 through the network, and transfers the control right of all lamps 1 to the main controller 7, which facilitates the expansion of the lighting control system.

The third embodiment of the present invention: it is mainly used for the management of the entire lighting system in office buildings, office buildings, shopping malls, supermarkets, dance halls, theaters, KTVs, warehouses, docks, etc. For details, see Fig. 1 and Fig. 4 .

The operator first operates the main controller 7, selects the regional controller 6 connected to the main controller 7 through the network, and constructs a lighting centralized control system. Then, the operator operates the main controller 7, and sends the operation command to the corresponding lamp 1 through the switch system 2 through the regional controller 6, WIFI router 5, gateway 4, and network terminal 3 to perform related operations.

The operator uses the main controller 7 to select a single, some or all lamps 1 under the controller 6 in a certain area, control their "on" and "off", adjust the brightness, and select the lighting color; they can also read the lamps 1 Surrounding environment information, etc.; the lighting state of the selected lamp 1 can also be edited according to a certain control law, and stored in the memory III 71 as the user's lighting mode for the user to call next time.

The operator uses the main controller 7 to select one or several regional controllers 6, or even all the regional controllers 6, then all the lamps 1 under the selected regional controller 6 are all selected, and the user can control the Their "on" and "off", brightness adjustment, selection of lighting color, reading of the environmental information around the lamp 1, etc.; it is also possible to edit the lighting status of the selected lamp 1 according to a certain control law, and in The lighting mode of the user is stored in the memory II 61 for the user to recall next time.

The operator can call various one-button lighting scene effect modes stored in the memory II61, such as "reception, theater, rest, lighting, bathroom, Internet cafe, coffee shop, dance party, cocktail party, KTV, user-defined", etc. , according to the scene mode, control the lighting on and off, lighting intensity, lighting color, and set the timing time to control the time of a certain lighting effect.

In the above-mentioned work process of this embodiment, the environment detection module in the switch system 2 will detect the natural light intensity, humidity, temperature, smoke concentration around the lamp 1, and the environmental information such as the illuminance of the lamp, and the relevant information will be sent by the control circuit. , through the corresponding network terminal 3, gateway 4, WIFI router 5, and regional controller 6, send it to the main controller 7, and store the relevant information in the memory III 71. Afterwards, the user can use the main controller 7 and operate Terminal 8, querying relevant data in the control process.

The lighting centralized control system of the present invention can not only remotely control the on, off, and brightness of lamps through WIFI, regional controllers, and centralized controllers, but also can remotely control lamps manually and by pressing buttons, and can also detect lighting environment information.

The central lighting control system of the present invention has the characteristics of strong practicability, high stability, and convenient replacement. The lighting environment system can also be detected.

According to the design scheme provided by the present invention, the lamps can be remotely controlled through WIFI, regional controllers, and centralized controllers, or can be manually controlled and pressed to remotely control the lamps, and the lighting environment system can also be detected. The lighting centralized control system has the characteristics of strong versatility, high stability, convenient replacement, and high degree of automation. It is suitable for intelligent lighting in existing libraries, teaching buildings, office buildings, shopping malls, supermarkets, Internet cafes, coffee shops, dance halls, etc. The construction and reconstruction of the system are also beneficial to the daily management and monitoring of the lighting system by the specific management personnel and technicians of the lighting system.

Above, the present invention has been exemplarily described in conjunction with the accompanying drawings. Obviously, the realization of the present invention is not limited by the above-mentioned manner, as long as various improvements of the method concept and technical solutions of the present invention are adopted, or the present invention is implemented without improvement. The ideas and technical schemes directly applied to other occasions are within the protection scope of the present invention.

Claims (10)

1. A centralized lighting control system, characterized in that: it includes a main controller (7), memory III (71), an operation terminal (8) and a plurality of regional lighting control modules; each regional lighting control module is connected with the main The controller (7) is connected to the network, the operation terminal (8) is connected to the main controller (7) through the network, and the main controller (7) is connected to the memory III (71) by bus. 2. The lighting centralized control system according to claim 1, characterized in that: the area lighting control module includes an area controller (6) and a plurality of sub-area control modules; each sub-area control module communicates with the area controller (6) Network connection. 3. The lighting centralized control system according to claim 2, characterized in that it further comprises a memory II (61), and the regional controller (6) is connected to the memory II (61) by bus. 4. The lighting centralized control system according to claim 2 or 3, characterized in that: the operation terminal (8) is connected to the area controller (6) in a network to directly control the operation of the area lighting control module. 5. The lighting centralized control system according to claim 2 or 3, characterized in that: the sub-area control module includes a WIFI router (5) and multiple gateways (4), and each gateway (4) passes through the corresponding The network terminal (3) is connected to the corresponding switch system (2) by bus, the switch system (2) is connected to the corresponding lamp (1) by bus, and the WIFI router (5) is respectively connected to each gateway (4), And the network connection of the regional controller (6). 6. The lighting centralized control system according to claim 5, characterized in that it further comprises a memory I (51), and the WIFI router (5) is connected to the corresponding memory I (51) bus. 7. The lighting centralized control system according to claim 5, characterized in that: the operation terminal (8) is connected to the WIFI router (5) in a network to directly control the operation of the sub-area control module. 8. The lighting centralized control system according to claim 5, characterized in that: the switch system (2) includes a manual switch, a control circuit, a switch circuit, a button remote switch and an environment detection module, and the button remote switch includes a button a remote controller and a receiver; the manual switch and the receiver are respectively connected to the control circuit bus, and the control circuit is connected to the corresponding lamp (1) bus through the switch circuit; the control circuit is connected to the phase The corresponding environment detection module is connected to the bus of the network terminal (3); the switch circuit is connected to the bus of the corresponding network terminal (3). 9. The lighting centralized control system according to claim 8, characterized in that: the environment detection module includes a photosensitive sensor, a humidity detection sensor, a temperature detection sensor, a smoke detection sensor, an illumination detection sensor, a buzzer and an environment detection sensor. Controller; the photosensitive sensor, humidity detection sensor, temperature detection sensor, smoke detection sensor, illuminance detection sensor, buzzer and environment detection controller are respectively circuit connected, and the environment detection controller is connected with the corresponding control circuit and The network terminals (3) are respectively connected via the bus. 10. The lighting centralized control system according to claim 1, 2, 3, 6, 7, 8 or 9, characterized in that: the operation terminal (8) includes a smart phone and/or iPAD and/or a PC and /or laptop.