CN103781259B - A kind of wireless lighting control system and Intelligent lightening device - Google Patents

Abstract

The invention discloses a wireless lighting control system and an intelligent lighting device, including an initialization controller, an intelligent lighting network bridge and an intelligent lighting device; a TCP/IP Webserver micro-control unit is arranged in the intelligent lighting network bridge and connected to a router, and the The intelligent lighting bridge acts as a TCP/IP network server; at the same time, the ZigBee coordinator micro-control unit is placed in the intelligent lighting bridge, which has a high degree of integration; the more critical thing is to add an initialization controller, which can be covered by ZigBee signals Within the range, control the smart device to which the ZigBee wireless module belongs with a priority higher than that of the smart lighting bridge. Cooperate with the ZigBee network device function buttons and TCP/IP network device function buttons on the smart bridge, through a special system network processing mechanism. It solves the defect that the intelligent lighting equipment cannot selectively join the new network when the intelligent lighting bridge fails.

Description

A wireless lighting control system and intelligent lighting device

technical field

The invention relates to ZigBee short-distance wireless network technology, TCP/IP network transmission control technology, a wireless lighting control system and an intelligent lighting device based on ZigBee and LED color management.

Background technique

Chinese patent CN201947492U discloses a centralized control home lighting control system, the system includes a lighting fixture and a light remote control device, wherein the light remote control device includes a mobile phone, a home network bridge, and a wireless coordinator; the home network bridge has a WiFi wireless module and a ZigBee module; The lamp holder of the lighting fixture is equipped with a ZigBee module; the mobile phone is wirelessly connected to the WiFi wireless module of the home network bridge; the ZigBee module of the home network bridge is connected to the wireless coordinator; The command signal of the mobile phone reaches the ZigBee module in the lamp socket of the lighting fixture through the WiFi wireless module of the home network bridge, the ZigBee module of the home network bridge, and the wireless coordinator in order to control the lighting fixture. The existing smart lighting equipment of this centralized home lighting control system generally does not have a reset button or a self-powered system. Generally, there are two logical problems: 1. If the lighting equipment is connected to a home network bridge A After that, every time the device is powered on, it can only be connected to the home network bridge A, so that if the home network bridge A fails and is damaged, the lighting device will not be able to join the new network bridge; , that is, the network bridge A, B or C is automatically selected through a certain mechanism, which can avoid the occurrence of the above situation, but it is conceivable that the neighbor’s house also buys a lighting bridge, and the lighting equipment of your own home will be selected indiscriminately. It is also inappropriate to be controlled by the lighting bridge of the neighbor's house.

Contents of the invention

Technical problem to be solved: Aiming at the deficiencies of the prior art, the present invention proposes a wireless lighting control system and an intelligent lighting device. Under the condition that the lighting equipment does not need a self-power supply system, it solves the problems existing in the prior art due to the intelligent lighting equipment. The lack of a reset button in the smart lighting device caused the technical defect that the smart lighting equipment could not selectively join the new smart bridge after the original smart bridge failed.

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

A wireless lighting control system and an intelligent lighting device, including an intelligent lighting bridge, an intelligent lighting device and an initialization controller;

The intelligent lighting bridge is provided with a TCP/IP Webserver micro-control unit, a ZigBee coordinator micro-control unit and a bridge antenna module; the TCP/IP Webserver micro-control unit is connected to Ethernet through a router, and completes the TCP/IP Protocol stack realization and the erection of Webserver application server; Described ZigBee coordinator micro-control unit is connected with TCP/IP Webserver micro-control unit, and described ZigBee coordinator micro-control unit completes lifting and coordination of ZigBee network as the coordinator of ZigBee network Work; the ZigBee coordinator microcontroller unit transmits ZigBee network signals outwards through the bridge antenna module;

An Ethernet device network access control switch is provided on the intelligent lighting bridge, and an Ethernet terminal is arranged around the intelligent lighting bridge, and the Ethernet terminal and the intelligent lighting bridge are in the same local area network; the Ethernet device After the network access switch is pressed, the intelligent lighting bridge repeatedly broadcasts and sends messages to all Ethernet terminals in the LAN. After receiving the message, the Ethernet terminal returns a response message. TCP/IP network connection of network terminal;

The intelligent lighting network bridge is also provided with a ZigBee device network access control switch, and after the ZigBee device network access control switch is pressed, the intelligent lighting network bridge sends out a network connection invitation signal within a set time;

Described initialization controller is provided with ZigBee wireless control chip and described ZigBee wireless control chip of controller antenna module lifts another ZigBee network and outwardly transmits ZigBee network signal by controller antenna module; Set on the described ZigBee wireless control chip There are pairing control buttons and initialization control buttons; after the pairing control buttons are triggered, the ZigBee wireless control chip sends out a pairing invitation signal through the controller antenna module; after the initialization control buttons are triggered, the ZigBee wireless control chip sends out a pairing invitation signal through the controller antenna module Transmitting an initialization command signal;

The intelligent lighting device comprises a ZigBee wireless module, an LED driver module and an LED light board; the intelligent lighting device is connected to a power supply through the LED driver module, and the LED driver module delivers the voltage supplied by the power supply to the ZigBee wireless module after being modulated and the LED light board are used for powering on; the ZigBee wireless module is used for receiving signals sent through the ZigBee network;

The intelligent lighting device includes a non-initial state and an initial state; if the intelligent lighting device has joined the ZigBee network, it is in a non-initialized state. After the intelligent lighting device is powered on in the non-initialized state, the ZigBee wireless module automatically finds and joins the previously added ZigBee network and under the control of the ZigBee protocol, keep its own network address in the ZigBee network unchanged; if the intelligent lighting device has not joined any ZigBee network or the ZigBee wireless module is in the initialization state after receiving the initialization command; in the initialization state , when the smart lighting device receives the network invitation signal, it will join the ZigBee network that transmits the signal; after the ZigBee wireless module receives the initialization command signal from the ZigBee network where it is located, the smart lighting device will leave the originally joined ZigBee network and become initialized. state;

No matter what state the smart lighting device is in, when the ZigBee wireless module receives the pairing invitation signal sent by the initialization controller, the smart lighting device will join the ZigBee network raised by the ZigBee wireless control chip to pair with the initialization controller and is only subject to initialization Controller control.

Functionally, the intelligent lighting bridge implements a TCP/IP web server on the Ethernet, and exists as a coordinator in the ZigBee network. The initialization controller has no connection with the smart lighting bridge, and can be paired with any smart lighting device that has joined or not joined the smart lighting bridge. After the pairing is completed, the smart lighting device can be initialized by pressing the initialization button. This function solves the problem that the smart lighting device cannot join other bridges in case the smart lighting bridge fails.

Further, in the present invention, after the initialization controller sends out the pairing invitation, it selects a smart lighting device with the closest distance or a preset smart lighting device for pairing. Setting such a pairing mechanism facilitates the operator to pair the intelligent lighting device to be controlled with the initialization controller.

Preferably, in the present invention, the smart lighting device that has been successfully paired sends out a flashing light to confirm that the pairing is successful. Give the operator a feedback signal, indicating that the pairing operation is successful.

More specifically, in the present invention, the intelligent lighting bridge is connected to a router through an RJ45 network port or a wireless interface. Both the RJ45 network port and the wireless port are commonly used network connection ports, which can be connected to the router conveniently and quickly.

Further, in the present invention, the TCP/IP Webserver micro-control unit and the ZigBee coordinator micro-control unit are connected through any one of serial port, I2C, and SPI, and communicate through a set communication protocol. The bridging work between the TIP/IP network and the ZigBee network is realized through the above method.

More specifically, in the present invention, the color management function button is also provided with the color management function button in the described initialization controller, and the chroma, brightness and saturation color buttons are arranged in the color management function button, and the color management function button is connected to the ZigBee The wireless control chip sends light modulation signals to the outside. When the intelligent lighting device is successfully paired with the initialization controller, it will be controlled by the initialization controller. At this time, with the color management function button, you can directly control the different attributes of the light of the smart lighting device through the initialization controller; and the color management function The corresponding control software of the buttons is the prior art in the art.

Further, in the present invention, after the ZigBee wireless module receives the light modulation signal transmitted from the ZigBee network, the ZigBee wireless module sends a PWM modulation signal to the LED light board to change the lighting properties of the LED light board. Both the intelligent lighting bridge and the initialization controller here can send out light modulation signals to control the intelligent lighting device 3 in the same network. The ZigBee wireless module inside the intelligent lighting device controls the working mode of the LED lamp board is the prior art in this field.

A wireless lighting control system and a control method for an intelligent lighting device, including the following two processes:

Process 1. The smart lighting device joins the ZigBee network raised by the smart lighting bridge: After the smart lighting device is powered on, according to its own state, if it is in a non-initialized state, it will continue to search for the smart lighting bridge that it has joined before. The ZigBee network until it successfully finds and joins and is controlled by the intelligent lighting bridge; if it is in the initialization state, once it receives the network invitation signal, it will join the ZigBee network that transmits the network invitation signal and is controlled by the ZigBee network that lifts the network invitation signal. Smart lighting bridge for the network;

Process 2: Pairing between the intelligent lighting device and the initialization controller: during process 1, the initialization controller sends a pairing invitation signal to the intelligent lighting device, and the intelligent lighting device receives the pairing invitation signal regardless of whether it has joined ZigBee The network is disconnected from the original network and paired with the initialization controller and controlled by the initialization controller; after that, once the initialization controller sends an initialization command signal to the intelligent lighting device, the intelligent lighting device becomes the initialization state after receiving the initialization command signal, No longer controlled by the initialization controller.

Beneficial effect:

The present invention discloses a high-efficiency networking discovery mechanism for smart home lighting, including ZigBee smart lighting devices and Ethernet devices to identify and pair smart lighting bridges, etc., and finally realizes a smart device with forced reset, real-time network access, and automatic selection. Lighting networking mechanism;

In the present invention, the coordinator of the ZigBee network, that is, the ZigBee coordinator micro-control unit is placed inside the intelligent lighting bridge instead of existing as a separate device, and the integration degree is high;

In the intelligent lighting bridge, a TCP/IP protocol is raised by a micro control unit with TCP/IP protocol MAC layer, and a TCP/IP physical layer chip is connected, directly connected to the router through the RJ45 interface or wirelessly, and Use the intelligent lighting bridge as a TCP/IP network server instead of a router to provide application services based on the TCP/IP protocol for other Ethernet terminals such as mobile phones, tablets, etc.;

What is more critical is to add an initialization controller, which is a ZigBee network device independent of the intelligent lighting bridge. After pairing with a ZigBee wireless module at a short distance, it can be in the ZigBee signal coverage area with priority higher than The smart lighting bridge controls the smart device to which the ZigBee wireless module belongs, and performs operations including initialization and smart device control. Therefore, when the smart lighting device does not include a built-in self-power supply system, relying on the control mechanism of the initialization controller, It cleverly solves the defect that the intelligent lighting equipment cannot selectively join the new network when the intelligent lighting bridge fails. The dependence between the intelligent lighting equipment and the intelligent lighting bridge is reduced, so that the intelligent lighting equipment can still be used normally even when the intelligent lighting bridge fails.

Description of drawings

Fig. 1 is the overall framework of device of the present invention;

Fig. 2 initializes the hardware architecture of the controller;

Figure 3 The hardware architecture of the intelligent lighting bridge;

Figure 4 is a schematic diagram of the function of the initialization controller;

Figure 5 is a schematic structural diagram of an intelligent lighting device;

Fig. 6 is a diagram of the connection relationship between the ZigBee module of the intelligent lighting device, the LED driver module and the LED lamp;

Fig. 7 is a flowchart of the ZigBee network where the intelligent lighting device joins the intelligent lighting bridge;

Figure 8 is a flow chart of pairing an intelligent lighting device with an initialization controller.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings.

As shown in Figure 1, a wireless lighting control system and an intelligent lighting device, including an intelligent lighting bridge 2, an intelligent lighting device 3 and an initialization controller 1;

As shown in Figure 3, described intelligent lighting bridge 2 is provided with TCP/IP Webserver micro-control unit 21, ZigBee coordinator micro-control unit 22 and bridge antenna module 23; Described TCP/IP Webserver micro-control unit 21 passes RJ45 network port 24 is connected with router 4, then connects into Ethernet 6 by router 5, and completes the realization of TCP/IP protocol stack and the erection of Webserver application server; Described ZigBee coordinator micro-control unit 22 and TCP/IPWebserver micro-control unit 21 is connected through the SPI bus and communicates through the set communication protocol, and both are powered by the power module 27, and the conversion between the TCP/IP protocol and the ZigBee protocol is completed here. The ZigBee coordinator micro-control unit 22 as the coordinator of the ZigBee network completes the lifting and coordination work of the ZigBee network; the ZigBee coordinator micro-control unit 22 transmits the ZigBee network signal through the bridge antenna module 23 .

The intelligent lighting bridge 2 is provided with an Ethernet device network access control switch 25, and the periphery of the intelligent lighting bridge is provided with an Ethernet terminal 5, and the Ethernet terminal 5 and the intelligent lighting bridge are in the same local area network; After the Ethernet device network access switch is pressed, the intelligent lighting bridge 2 repeatedly broadcasts and sends messages to all Ethernet terminals 5 in the local area network. After receiving the message, the Ethernet terminal 5 returns a response message. When the intelligent lighting bridge 2 receives the response Complete the TCP/IP network connection between Ethernet terminal 5 and Ethernet terminal 5 after the information. The intelligent lighting bridge 2 is connected to the Ethernet 6 through the router 4, and is used as a network terminal in the Ethernet 6, and the network parameters such as IP addresses are assigned by the router 4. Functionally, it is a TCP/IP network server, serving as a server for other Ethernet terminals. 5 Such as mobile phones, tablets, etc. provide applications based on TCP/IP protocols such as HTTP, TELNET and other application layer services.

The intelligent lighting bridge 2 is also provided with a ZigBee device network access control switch 26. After the ZigBee device network access control switch 26 is pressed, the intelligent lighting network bridge 2 sends out a network access invitation signal within a set time.

As shown in Figure 2, ZigBee wireless control chip 13 and controller antenna module 14 are provided in the described initialization controller 1, and described ZigBee wireless control chip 13 lifts another ZigBee network after being powered by built-in battery 15 and passes controller Antenna module 14 outwardly transmits ZigBee network signal; Described ZigBee wireless control chip 13 is provided with pairing control button 11 and initialization control button 12; ZigBee wireless control chip 13 passes controller antenna module 14 to Send out a pairing invitation signal, and after the initialization controller 1 sends out the pairing invitation, select the nearest intelligent lighting device 3 for pairing; after the pairing is completed, the initialization controller 1 can directly control the intelligent lighting device 3, There is a color management function button 16, the color management function button 16 is connected to the ZigBee wireless control chip 13 to transmit light modulation signals through it, specifically including chroma, brightness, saturation color buttons, and the lighting of the intelligent lighting equipment can be directly controlled by these buttons. properties, and of course other function keys can be added as required to be connected to the ZigBee wireless control chip 13.

After the initialization control button 12 is triggered, the ZigBee wireless control chip 13 transmits an initialization command signal to the outside through the controller antenna module 14 .

As shown in Figures 5 and 6, the intelligent lighting device 3 includes a ZigBee wireless module 33, an LED driver module 32 and an LED lamp board 34, wherein the ZigBee wireless module 33 and the LED driver module 32 are embedded in the lamp base of the intelligent lighting device 3 31, the lamp base here needs to be made of non-metallic material or leave a certain gap to ensure that the built-in ZigBee wireless module 33 can send and receive signals normally. Here, the LED lamp board 34 is used as a light source, and a mixed-color lampshade 35 is set to form uniform and variable light. Described intelligent lighting device 3 is connected to power supply by LED driver module 32, and described LED driver module 32 is delivered to ZigBee wireless module 33 and LED light panel 34 after the voltage supplied by power supply is used for electrification; Said ZigBee wireless module 33 is used to receive signals sent through the ZigBee network, such as after the ZigBee wireless module 33 receives the light modulation signal transmitted by the ZigBee network, the ZigBee wireless module 33 will send a PWM modulation signal to the LED light board 34 to change the lighting of the LED light board 34 Attributes. Both the intelligent lighting bridge 2 and the initialization controller 1 here can send light modulation signals to control the intelligent lighting device 3 in the same network.

The intelligent lighting device 3 includes a non-initial state and an initial state; if the intelligent lighting device 3 has joined the ZigBee network, it is in a non-initialized state. After the intelligent lighting device 3 is powered on, the ZigBee wireless module 33 automatically finds and joins in the non-initialized state. The ZigBee network that has joined in the past keeps its own network address in the ZigBee network under the control of the ZigBee protocol. The intelligent lighting bridge 2 can transmit light modulation signals to the intelligent lighting device 3 to control the intelligent lighting device 3; If the device 3 has not joined any ZigBee network or the ZigBee wireless module 33 is in the initialization state after receiving the initialization command; in the initialization state, when the intelligent lighting device 3 receives the network invitation signal, it joins the ZigBee network that transmits the signal; ZigBee After the wireless module 33 receives the initialization command signal from the ZigBee network where it is located, the intelligent lighting device 3 leaves the original ZigBee network and enters the initialization state. Since the intelligent lighting bridge 2 can send an initialization command signal, the initialization controller 1 can also send an initialization command signal, so as long as the intelligent lighting device 3 is controlled by a certain intelligent lighting bridge 2 and the intelligent lighting bridge 2 sends an initialization Command signal, the intelligent lighting device 3 becomes the initialization state, similarly as long as the intelligent lighting device 3 is paired with a certain initialization controller 1 and the initialization controller 1 sends the initialization command signal, the intelligent lighting device 3 becomes the initialization state.

No matter what state the smart lighting device 3 is in, when the ZigBee wireless module 33 receives the pairing invitation signal, the smart lighting device 3 that has been successfully paired will send out a flashing light to confirm that the pairing is successful, and the smart lighting device 3 will be added to the ZigBee wireless control chip 13. The ZigBee network is paired with the initialization controller 1 and is only controlled by the initialization controller 1. That is, when the initialization controller 1 is held close to a smart lighting device 3 within 2 meters, the smart lighting device can be paired and controlled with a higher priority than the smart lighting bridge 2 .

As shown in Figure 4, there are three smart lighting devices A, B, and C in the figure and they were all added to the smart lighting bridge 2. Now if you need to re-control the smart lighting device A, you need to hold the initialization controller 1 Get close to the smart lighting device A, press the pairing control button 11, after the pairing is completed, the smart lighting device A is disconnected from the original smart lighting bridge 2, and joins the ZigBee wireless control chip 13 in the initialization controller 1. The network is controlled by the initialization controller, but at this time the other two intelligent lighting devices are not paired with the initialization controller 1 and are still in the ZigBee network raised by the original intelligent lighting bridge 2 .

In the present invention, aiming at the actual situation of the intelligent lighting home network, an initialization controller 1 is added, which is a controller with high authority and reset function, which can realize the control of the intelligent lighting equipment when the intelligent lighting bridge fails. When the device of the present invention works specifically, it mainly has two work processes according to different situations, which are the control methods of the device, as shown in Fig. 7 and Fig. 8 respectively.

As shown in FIG. 7 , it is a flow chart of adding the smart lighting device 3 to the ZigBee network of the smart lighting bridge. After the intelligent lighting device 3 is powered on, it is judged whether it is in the initialization state or in the non-initialization state. If it is judged to be in the initialization state, it waits for the invitation of the intelligent lighting bridge 2, and then joins the inviting intelligent lighting bridge 2 and receives the invitation. Controlled by the intelligent lighting bridge 2; if it is judged to be in a non-initialized state, it will automatically search for the previously added intelligent lighting bridge 2, and if it can find the previously added intelligent lighting bridge 2 at this time, it will automatically join and continue to be controlled by If the original intelligent lighting bridge 2 cannot find the original intelligent lighting bridge 2 at this time, it will continue to search for the original intelligent lighting bridge 2 until the original intelligent lighting bridge 2 is found.

As shown in FIG. 8 , it is a flow chart of pairing the intelligent lighting device 3 with the initialization controller 1 . When the intelligent lighting device 3 is powered on, if the initialization controller 1 does not issue a pairing invitation at this time, the original network status will remain unchanged; if the initialization controller 1 has issued a pairing invitation at this time, for example, the original intelligent lighting network Bridge 2 fails. At this time, the indicator light 28 on the smart network bridge 2 will display abnormally. It is necessary to use the initialization controller 1 to control the smart lighting device 3 to re-select to join the new smart lighting bridge 2. If the pairing invitation sent is in Within the preset range, for example, within 2m, the smart lighting device 3 is successfully paired with the initialization controller 1 at this time and confirmed by blinking. The intelligent lighting device 3 disconnects the original ZigBee network of the intelligent lighting bridge 2 and is controlled by the initialization controller 1, and then the initialization controller 1 sends an initialization command to the intelligent lighting device 3, then the state of the intelligent lighting device 3 is changed to In the initialization state, after that, it is no longer controlled by the initialization controller, and then it turns to the working situation in the initialization state in Fig. 6 .

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also possible. It should be regarded as the protection scope of the present invention.

Claims (7)

1. the wireless lighting control system controlling Intelligent lightening device, it is characterised in that: include intelligent lighting bridge (2), Intelligent lightening device (3) and initialization controller (1)；

It is provided with TCP/IP Webserver micro-control unit (21), ZigBee in described intelligent lighting bridge (2) to coordinate Device micro-control unit (22) and bridge antenna module (23)；Described TCP/IP Webserver micro-control unit (21) It is connected into Ethernet (6) by router (4), and completes the realization of ICP/IP protocol stack and Webserver application service The erection of device；Described ZigBee coordinator micro-control unit (22) and TCP/IP Webserver micro-control unit (21) Connecting, described ZigBee coordinator micro-control unit (22) completes ZigBee net as the coordinator of ZigBee-network Lifting and co-ordination of network；Described ZigBee coordinator micro-control unit (22) passes through bridge antenna module (23) To emission ZigBee-network signal；

Described intelligent lighting bridge (2) is provided with ethernet device networking and controls switch (25), described intelligent lighting bridge Periphery is provided with ethernet terminal (5), and described ethernet terminal (5) and intelligent lighting bridge are co-located in same LAN； Rear intelligent lighting bridge (2) pressed by described ethernet device networking switch, and in LAN, all ethernet terminals (5) are no Disconnected repeated broadcast sends message, and ethernet terminal (5) returns response message, when intelligent lighting net after receiving this message Bridge (2) completes ethernet terminal (5) and is connected with the TCP/IP network of ethernet terminal (5) after receiving response message；

Being additionally provided with the networking of ZigBee equipment on described intelligent lighting bridge (2) and control switch (26), described ZigBee sets After standby control switch (26) that networks is pressed, intelligent lighting bridge (2) networks to emission within the time set and invites Signal；

ZigBee wireless control chip (13) and controller Anneta module (14) it is provided with in described initialization controller (1), Described ZigBee wireless control chip (13) lifts another ZigBee-network and by controller Anneta module (14) To emission ZigBee-network signal；Described ZigBee wireless control chip (13) is provided with pairing and controls button (11) Button (12) is controlled with initializing；Described pairing controls ZigBee wireless control chip (13) after button (11) triggers Pairing invitation signal is sent out by controller Anneta module (14)；After described initialization controls button (12) triggering ZigBee wireless control chip (13) passes through controller Anneta module (14) to emission initialization command signal；

Described Intelligent lightening device (3) comprises ZigBee wireless module (33), LED drive module (32) and LED Lamp plate (34)；Described Intelligent lightening device (3) is connected to power supply by LED drive module (32) and powers, described LED drive module (32) flows to ZigBee wireless module (33) and LED after power supply institute voltage supplied being modulated Plate (34) is used for being energized；Described ZigBee wireless module (33) is for receiving the letter sent by ZigBee-network Number；

Described Intelligent lightening device (3) comprises non-initial state and original state；Described Intelligent lightening device (3) is if adding Entered ZigBee-network and be then in non-initial state, under non-initial state after Intelligent lightening device (3) energising ZigBee wireless module (33) Automatic-searching also adds the ZigBee-network being previously joined the control at Zigbee protocol In being maintained at ZigBee-network under system, own net address is constant；Described Intelligent lightening device (3) was not if adding any ZigBee-network or ZigBee wireless module (33) are then in init state after receiving initialization command；Just Under beginning state, after Intelligent lightening device (3) receives networking invitation signal, i.e. add the ZigBee transmitting this signal Network；After ZigBee wireless module (33) receives the initialization command signal that the ZigBee-network at self place transmits, Intelligent lightening device (3) departs from the ZigBee-network of former addition and becomes init state；

No matter which kind of state Intelligent lightening device (3) is in, when ZigBee wireless module (33) receives by initializing After the pairing invitation signal that controller (1) sends, Intelligent lightening device (3) i.e. adds ZigBee wireless control chip (13) The ZigBee-network lifted and initialization controller (1) carry out pairing and are only controlled by initialization controller (1)；

The control of above-mentioned Intelligent lightening device includes following two processes:

Process one, Intelligent lightening device (3) add the ZigBee-network that intelligent lighting bridge (2) is lifted: described After Intelligent lightening device (3) energising, according to oneself state, if being in non-initial state, then constantly look for adding in the past The ZigBee-network that the intelligent lighting bridge (2) entered is lifted is until successfully searching out and adding and be controlled by this intelligence Illumination bridge (2)；If being in init state, invite when just adding this networking of transmission upon receipt of networking invitation signal In the ZigBee-network of signal and be controlled by the intelligent lighting bridge (2) lifting this ZigBee-network；

Process two, Intelligent lightening device (3) match with initialization controller (1): during process one is carried out, Described initialization controller (1) sends pairing invitation signal, described Intelligent lightening device (3) to Intelligent lightening device (3) Regardless of whether have been added to ZigBee-network and all disconnect legacy network and control with initializing after receiving this pairing invitation signal Device processed (1) pairing is also controlled by initialization controller (1)；The most once initialization controller (1) is to intelligent lighting Device (3) sends initialization command signal, and described Intelligent lightening device (3) becomes after receiving initialization command signal Init state, is no longer controlled by initialization controller (1).

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: Described initialization controller (1) sends after pairing invites, an Intelligent illumination device (3) that chosen distance is nearest or A pre-set Intelligent lightening device (3) is matched.

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: The Intelligent lightening device (3) of successful matching sends flashing light and confirms successful matching.

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: Described intelligent lighting bridge (2) is connected with router (4) by RJ45 network interface or wave point.

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: Described TCP/IP Webserver micro-control unit (21) and ZigBee coordinator micro-control unit (22) by serial ports, In I2C, SPI, any one mode connects, and is communicated by the communication protocol set.

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: Color management functionality button (16), described color management functionality button (16) it is additionally provided with in described initialization controller (1) In be provided with colourity, brightness, heavy shade button, described color management functionality button is connected to ZigBee wireless control chip (13) lamplight modulation signal it is sent out.

The wireless lighting control system of control Intelligent lightening device the most according to claim 1, it is characterised in that: After described ZigBee wireless module (33) receives the lamplight modulation signal that ZigBee-network transmission comes, ZigBee is wireless Module (33) sends PWM modulation signal to LED lamp panel (34) and changes the illumination attributes of LED lamp panel (34).