CN204425708U

CN204425708U - LED illumination device and wireless mesh network

Info

Publication number: CN204425708U
Application number: CN201420860423.6U
Authority: CN
Inventors: 徐毅; 孙超群; 沈锦祥
Original assignee: Sengled Optoelectronics Co Ltd
Current assignee: Sengled Optoelectronics Co Ltd
Priority date: 2014-12-30
Filing date: 2014-12-30
Publication date: 2015-06-24
Anticipated expiration: 2024-12-30

Abstract

The utility model embodiment provides a kind of LED illumination device and wireless mesh network.If the first processing module of the first LED illumination device in network knows the maximum of the signal strength signal intensity of the wireless router that the signal strength signal intensity that first detection module detects detects for LED illumination device all in network, then connected by the first wireless communication module and wireless router, send the second LED illumination device all in king light notification broadcast message and network by the second wireless communication module to connect, thus the first LED illumination device is directly controlled by remote server by wireless router, the second all LED illumination device is concentrated by the first LED illumination device and is indirectly controlled by remote server.Thus LED illumination device all in guarantee network is all be connected with wireless router by the king light that signal strength signal intensity is maximum, concentrates and be controlled by remote server, thus saved a large amount of link circuit resources, and improve the stability of communication.

Description

LED illumination device and wireless mesh network

Technical field

The utility model utility model relates to communication network control technical field, particularly relates to a kind of LED illumination device and wireless mesh network.

Background technology

The solid-state semiconductor device of LED (Light Emitting Diode, light-emitting diode) to be a kind of can be by electric energy conversion visible ray, it directly can be converted into light electricity.LED due to have energy-saving and environmental protection, can the lot of advantages such as light-operated, practical, stability is high, the response time is short, long-life, be widely used in various lighting field in the today of advocating low-carbon (LC) life.LED illumination is the development trend of efficient green illumination, and its distinctive power supply and control mode are that some Based Intelligent Control of integration and multimedia function provide technical foundation.

Multiple LED is often there is in a lot of application scenarioss of reality, when multiple LED illumination device all needs the control being controlled by remote server, prior art is that each LED illumination device is connected with wireless router respectively, thus carry out communication interaction respectively by wireless router and remote server, be controlled by remote server respectively.Therefore, waste a large amount of link circuit resources, and the distance of the position disposed in a network due to multiple LED illumination device and wireless router differs, for the less stable that the LED illumination device being deployed in quorum sensing inhibitor edge communicates with remote server.

Utility model content

The utility model provides a kind of LED illumination device and wireless mesh network, to solve the problem that link circuit resource is nervous, part LED illumination device communication reliability is low that multiple LED illumination device in prior art adopts the control mode being controlled by remote server respectively to cause.

According to first aspect of the present utility model, a kind of first LED illumination device is provided, described first LED illumination device comprises: first detection module, the first processing module, for the first wireless communication module carrying out communicating based on the wireless router in the wireless mesh network of LED illumination device and for carrying out with at least one second LED illumination device in described network the second wireless communication module of communicating, wherein, described network comprises: described wireless router, described first LED illumination device and at least one second LED illumination device described;

Described second wireless communication module is electrically connected with described first wireless communication module and described first detection module respectively, described first wireless communication module and described first processing module electrical connection;

Described first detection module, for receiving the detection signal that described second wireless communication module sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of described wireless router according to described detection signal;

Described first processing module, if for the maximum of the signal strength signal intensity of knowing the described wireless router that the signal strength signal intensity that described first detection module detects detects for LED illumination device all in described network, then send enabling signal to described first wireless communication module;

Described first wireless communication module, for receiving described enabling signal, connects according to described enabling signal and described wireless router, and sends LED networking instruction to described second wireless communication module;

Described second wireless communication module, for receiving described LED networking instruction, send to all described second LED illumination device the king light notification broadcast message carrying the identification information of described first LED illumination device according to described LED networking instruction, and connect with all described second LED illumination device.

According to second aspect of the present utility model, a kind of second LED illumination device is provided, described second LED illumination device comprises: the second detection module, the second processing module, for the 3rd wireless communication module carrying out communicating based on the first LED illumination device in the wireless mesh network of LED illumination device, wherein, described network comprises: wireless router, described first LED illumination device and the second LED illumination device described at least one;

Described 3rd wireless communication module is electrically connected with described second detection module and described second processing module respectively;

Described second detection module, for receiving the detection signal that described 3rd wireless communication module sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of described wireless router according to described detection signal;

Described second processing module, if for the maximum of the signal strength signal intensity of knowing the described wireless router that signal strength signal intensity that described second detection module detects does not detect for LED illumination device all in described network, then send king light to described 3rd wireless communication module and obtain signal;

Described 3rd wireless communication module, signal is obtained for receiving described king light, and receive the king light notification broadcast message carrying the identification information of described first LED illumination device of described first LED illumination device transmission, connect according to described identification information and described first LED illumination device.

According to the third aspect of the present utility model, a kind of wireless mesh network based on LED illumination device is provided, comprises: wireless router, the first LED illumination device as above and at least one the second LED illumination device as above.

In the present embodiment, first detection module is integrated with based on the first LED illumination device in the wireless mesh network of LED illumination device, first processing module, the first wireless communication module communicated with wireless router, and the second wireless communication module to communicate with the second LED illumination device in network, if the first processing module knows the maximum of the signal strength signal intensity of the wireless router that the signal strength signal intensity that first detection module detects detects for LED illumination device all in network, then connected by the first wireless communication module and wireless router, send the second LED illumination device all in king light notification broadcast message and network by the second wireless communication module to connect, thus the first LED illumination device is directly controlled by remote server by wireless router, the second all LED illumination device is concentrated by the first LED illumination device and is indirectly controlled by remote server.Thus LED illumination device all in guarantee network is all be connected with wireless router by the king light that signal strength signal intensity is maximum, concentrates and be controlled by remote server, thus saved a large amount of link circuit resources, and improve the stability of communication.

Accompanying drawing explanation

In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of the utility model first LED illumination device embodiment one;

Fig. 2 is the structural representation of the utility model first LED illumination device embodiment two;

Fig. 3 is the structural representation of the utility model first LED illumination device embodiment three;

Fig. 4 is the structural representation of the utility model first LED illumination device embodiment four;

Fig. 5 is the structural representation of the utility model first LED illumination device embodiment five;

Fig. 6 is the structural representation of the utility model first LED illumination device embodiment six;

Fig. 7 is the structural representation of the utility model first LED illumination device embodiment seven;

Fig. 8 is the structural representation of the utility model second LED illumination device embodiment one;

Fig. 9 is the structural representation of the utility model second LED illumination device embodiment two;

Figure 10 is the structural representation of the utility model second LED illumination device embodiment three;

Figure 11 is the structural representation of the utility model second LED illumination device embodiment four;

Figure 12 is the structural representation of the utility model based on the wireless mesh network embodiment of LED illumination device.

Embodiment

For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.

Fig. 1 is the structural representation of the utility model first LED illumination device embodiment one.As shown in Figure 1, first LED illumination device of the present embodiment comprises: first detection module 11, first processing module 12, for the first wireless communication module 13 carrying out communicating based on the wireless router in the wireless mesh network of LED illumination device and for carrying out with at least one second LED illumination device in described network the second wireless communication module 14 of communicating, wherein, the wireless mesh network based on LED illumination device comprises: wireless router, the first LED illumination device and at least one the second LED illumination device;

Wherein, the second wireless communication module 14 is electrically connected with the first wireless communication module 13 and first detection module 11 respectively, and the first wireless communication module 13 and the first processing module 12 are electrically connected;

Wherein, first detection module 11, for receiving the detection signal that the second wireless communication module 14 sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of wireless router according to detection signal;

First processing module 12, if for knowing that signal strength signal intensity that first detection module 11 detects is for the maximum of the signal strength signal intensity of wireless router detected based on LED illumination device all in the wireless mesh network of LED illumination device, then send enabling signal to the first wireless communication module 13;

First wireless communication module 13, for receiving enabling signal, connects according to enabling signal and wireless router, and sends LED networking instruction to the second wireless communication module 14;

Second wireless communication module 14, for receiving LED networking instruction, send to based on the second LED illumination device all in the wireless mesh network of LED illumination device the king light notification broadcast message carrying the identification information of the first LED illumination device according to LED networking instruction, and connect with all the second LED illumination device in network.

Wherein, this first detection module 11 can adopt signal strength detector, and the first wireless communication module 13 can be based on the mutual WIFI module of wireless communication protocol, and the second wireless communication module 14 can be based on the mutual communication module of mesh network communication protocol.It should be noted that, because the mode completing the first processing module 12 function is a lot, different modes adopts different structures to complete, and therefore, specifically can introduce the concrete structure of the first processing module 12 in the embodiment below.

It should be noted that, first detection module 11, first processing module 12, first wireless communication module 13 in the present embodiment and the second wireless communication module 14 can install power supply circuits in respective module, also can be electrically connected with the lighting controller in the first LED illumination device, be that above-mentioned modules is powered by lighting controller, application scenarios according to reality is arranged, and the present embodiment does not limit this.

When there being multiple LED illumination device to need the control being controlled by remote server in application scenarios, prior art is that each LED illumination device only has the first wireless communication module 13 carrying out communication interaction with wireless router, each LED illumination device adopts the first wireless communication module 13 to be connected with wireless router respectively, thus carry out communication interaction respectively by wireless router and remote server, be controlled by remote server respectively.In the present embodiment, multiple LED illumination device and wireless router form the wireless mesh network based on LED illumination device, wherein, multiple LED illumination device specifically comprises: the first LED illumination device, and at least one second LED illumination device, the present embodiment is integrated with first detection module 11 in the first LED illumination device, first processing module 12 and the second wireless communication module 14, if the maximum of the signal strength signal intensity of the wireless router that the signal strength signal intensity of the wireless router detected by the first LED illumination device detects for LED illumination device all in network, then the first LED illumination device is connected with wireless router by the first wireless communication module 13, thus the first LED illumination device and remote server carry out communication interaction, directly be controlled by remote server, and the first LED illumination device carries out the communication interaction based on mesh agreement by the second LED illumination device all in the second wireless communication module 14 and network, thus the second all LED illumination device by the first LED illumination device indirectly and remote server carry out communication interaction, concentrate and be controlled by remote server.

Specifically, when the second wireless communication module 14 is when obtaining the king light election broadcast that miscellaneous equipment in network sends, detection signal is sent to first detection module 11.It should be noted that, the equipment sending king light election broadcast can be based on the master control equipment in the wireless mesh network of LED illumination device, and master control equipment can send king light election broadcast in network according to the cycle of presetting.The equipment sending king light election broadcast also can be based on the LED illumination device in the wireless mesh network of LED illumination device, wherein, this LED illumination device can be the king light (concrete 26S Proteasome Structure and Function is as the first LED illumination device related in the present embodiment) of work at present, also can be connected with king light from lamp (concrete 26S Proteasome Structure and Function is as the second LED illumination device related to the present embodiment), if disconnect with wireless router when the LED illumination device as king light detects or disconnect with existing wireless mesh network, then all in network LED illumination device can not access network, thus LED illumination device all in network sends king light election broadcast, also LED illumination device all in network can send king light and elect broadcast when detecting as the LED illumination device from lamp to disconnect with current king light, when as king light or the LED illumination device from lamp, or master control equipment knows have new LED illumination device to want access network, and LED illumination device that also can be all in network sends king light election broadcast.Thus LED illumination device all in network carries out king light election according to carrying out king light election broadcast, to make the king light elected be connected with wireless router, in network, remaining LED illumination device is connected with this king light.

First detection module 11 can be specially signal strength detector, after first detection module 11 receives the detection signal of the second wireless communication module 14 transmission, according to the signal strength signal intensity of wireless router in this detection signal Sampling network.If when the first processing module 12 knows the maximum of the signal strength signal intensity of this wireless router that all LED illumination device detect during signal strength signal intensity that first detection module 11 detects is for network, then determine that this first LED illumination device is the king light in network, namely send enabling signal to the first wireless communication module 13.After the first wireless communication module 13 receives this enabling signal, connect according to the configuration information preset and above-mentioned wireless router, after connection establishment completes, the first wireless communication module 13 sends LED networking instruction to the second wireless communication module 14.After the second wireless communication module 14 receives this LED networking instruction, second LED illumination device all in network according to this LED networking instruction sends the king light notification broadcast message carrying the identification information of the first LED illumination device, each second LED illumination device carries out the identification information of resolving acquisition first LED illumination device to the king light notification broadcast message received, and connects according to the identification information of the first LED illumination device and the first LED illumination device.Thus the maximum of the signal strength signal intensity of the wireless router of signal strength signal intensity detected by LED illumination device all in network of the wireless router detected by the first LED illumination device in network, therefore, first LED illumination device is the king light in network, all the other second all LED illumination device be in network from lamp, first LED illumination device is connected with wireless router by the first wireless communication module 13, communication interaction is carried out by wireless router and remote server, directly be controlled by remote server, and the first LED illumination device is connected with the second LED illumination device all in network by the second wireless communication module 14, the second all LED illumination device is communicated with wireless router indirectly by the first LED illumination device, namely indirectly concentrate and be controlled by remote server.

Fig. 2 is the structural representation of the utility model first LED illumination device embodiment two.As shown in Figure 2, the present embodiment has carried out refinement to the structure of the first processing module 12 on basis embodiment illustrated in fig. 1, describe and how to realize knowing that the signal strength signal intensity detected by first detection module 11 is the function of maximum by cooperation first processing module 12 of all parts, first processing module 12 comprises: the first detecting unit 121 and the first comparison circuit 122

Second wireless communication module 14 is electrically connected with the first detecting unit 121 and the first comparison circuit 122 respectively, and the first comparison circuit 122 is electrically connected with first detection module 11 and the first wireless communication module 13 respectively;

First detecting unit 121, during for obtaining king light election broadcast at the second wireless communication module 14, determines whether the first LED illumination device is interim king light, if so, then sends interim king light enabling signal to the second wireless communication module 14;

Second wireless communication module 14, also for sending to all second LED illumination device the interim king light notification broadcast message carrying the identification information of the first LED illumination device according to interim king light enabling signal, receiving the signal strength signal intensity of the described wireless router detected that all second LED illumination device send and sending to the first comparison circuit 122;

First comparison circuit 122, the size of the signal strength signal intensity that the signal strength signal intensity detected for more all second LED illumination device and first detection module 11 detect, if know, the signal strength signal intensity detected by first detection module 11 is maximum, then send enabling signal to the first wireless communication module 13.

It should be noted that, because the mode completing the first detecting unit 121 function is a lot, different modes adopts different structures to complete, and therefore, specifically can introduce the concrete structure of the first processing module 12 in the embodiment below.First comparison circuit 122 can adopt comparator chip.

Specifically, when the second wireless communication module 14 gets king light election broadcast, first detecting unit 121 starts to detect relevant information and determines whether the first LED illumination device is interim king light, wherein, relevant information comprises temporal information, the hardware identifier information of the LED illumination device stored, or the communications address information distributed, can need to select according to practical application, first detecting unit 121 to the information detected by comparing, the modes such as inquiry determine whether the first LED illumination device is interim king light, if detect and know that the first LED illumination device is interim king light, then send interim king light enabling signal to the second wireless communication module 14.Second wireless communication module 14 sends to all second LED illumination device the interim king light notification broadcast message carrying the identification information of the first LED illumination device according to interim king light enabling signal, the second all LED illumination device carries out the identification information of resolving acquisition first LED illumination device to the interim king light notification broadcast message received, and the signal strength signal intensity of the wireless router detected by the second LED illumination device is sent to the first LED illumination device as interim king light according to the identification information of the first LED illumination device.First LED illumination device receives the signal strength signal intensity of the wireless router detected that all second LED illumination device send and sends to the first comparison circuit 122, the size of the signal strength signal intensity that more all second LED illumination device of the first comparison circuit 122 detect and the signal strength signal intensity that first detection module detects, if know, the signal strength signal intensity detected by first detection module 11 is maximum, then send enabling signal to the first wireless communication module 13.

It should be noted that, the size of the signal strength signal intensity that more all second LED illumination device of the first comparison circuit 122 detect and the signal strength signal intensity that first detection module detects, if know, the signal strength signal intensity that the signal strength signal intensity detected by first detection module 11 detects for maximum and all the other at least one second LED illumination device is all maximum, then direct using the first LED illumination device as king light, or determine the first LED illumination device as king light after being held consultation by the second LED illumination device that the second wireless communication module 14 is identical with the signal strength signal intensity that all the other detect.

The present embodiment is on basis embodiment illustrated in fig. 1, integrated first detecting unit and the first comparison circuit in the first processing module, after determining that the first LED illumination device is interim king light by the first detecting unit, first comparison circuit obtains signal strength signal intensity detected by the first LED illumination device from first detection module, the signal strength signal intensity that communication interaction obtains the wireless router detected by all the other all second LED illumination device is carried out by the second LED illumination device in the second wireless communication module and network, and the size of the signal strength signal intensity that all LED illumination device detect is compared, determine that the signal strength signal intensity that the first LED illumination device detects is maximum, thus the first LED illumination device carries out as interim king light the processing procedure that king light determines, avoid multiple lamp in network to carry out processing and the mutual process consulting to determine king light simultaneously, save process resource, improve treatment effeciency.

Fig. 3 is the structural representation of the utility model first LED illumination device embodiment three.As shown in Figure 3, the present embodiment is on basis embodiment illustrated in fig. 2, and further, the first processing module 12 also comprises: first memory 123, and first memory 123 is electrically connected with the first comparison circuit 122;

First memory 123, for storing the first LED illumination device in the signal strength signal intensity of carrying out the described wireless router that all LED illumination device in the network obtained in the process of king light election detect.

Specifically, first comparison circuit 122 obtains signal strength signal intensity detected by the first LED illumination device from first detection module 11, carry out with the second LED illumination device in network the signal strength signal intensity that communication interaction obtains the wireless router detected by all the other all second LED illumination device by the second wireless communication module 14, and after determining that the first LED illumination device is king light according to the signal strength signal intensity that all LED illumination device detect, the signal strength signal intensity that all LED illumination device detect is sent to first memory 123 store, because the position of wireless router and LED illumination device can not change in certain hour section, therefore, the size of the signal strength signal intensity of the wireless router that each LED illumination device is detected when normal work also can not change, therefore, if the broadcast that the equipment over time, become in network sends again king light election triggers king light election, and the position of wireless router and LED illumination device does not change within this time period, before once carry out as interim king light the first LED illumination device can by first memory 123 can for this perform king light determine process interim king light the signal strength signal intensity that in network, all LED illumination device detect is provided, each LED illumination device is avoided to resend, a large amount of process resources and link circuit resource are saved, improve treatment effeciency.

Fig. 4 is the structural representation of the utility model first LED illumination device embodiment four.As shown in Figure 4, the present embodiment is on basis embodiment illustrated in fig. 3, and further, the first processing module 12 also comprises: the second comparison circuit 124,

Second comparison circuit 124 is electrically connected with the second wireless communication module 14, first wireless communication module 13 and first memory 123 respectively;

First detecting unit 121, time also for obtaining king light election broadcast at the second wireless communication module 14, determines whether the first LED illumination device is interim king light, if not, then sends interim king light to the second wireless communication module 14 and obtains signal;

Second wireless communication module 14, also obtain signal for receiving interim king light, and obtain the signal strength signal intensity detected by signal acquisition first detection module 11 according to interim king light, under the state of interim king light notification broadcast message carrying the identification information of the second LED illumination device that reception second LED illumination device sends, signal strength signal intensity detected by first detection module 11 is sent to the second LED illumination device by the identification information according to the second LED illumination device, and receive the king light notification broadcast message carrying the identification information of king light of the second LED illumination device transmission, and the identification information of king light is sent to the second comparison circuit 122,

Second comparison circuit 122, if for knowing that the identification information of king light is identical with the identification information of the first LED illumination device prestored in first memory 123, then send described enabling signal to the first wireless communication module 13.

Specifically, embodiment illustrated in fig. 4ly provide another kind of application scenarios, namely as interim king light, the second LED illumination device determines that the first LED illumination device is the process of king light.Particularly, when the second wireless communication module 14 gets king light election broadcast, first detecting unit 121 starts to detect relevant information and determines whether the first LED illumination device is interim king light, wherein, relevant information comprises temporal information, the hardware identifier information of the LED illumination device stored, or the communications address information distributed, can need to select according to practical application, first detecting unit 121 to the information detected by comparing, the modes such as inquiry determine whether the first LED illumination device is interim king light, if detect and know that the first LED illumination device is not interim king light, then send interim king light to the second wireless communication module 14 and obtain signal.Second wireless communication module 14 receives interim king light and obtains signal, and obtain the signal strength signal intensity detected by signal acquisition first detection module 11 according to interim king light, when receive second LED illumination device send carry the state of interim king light notification broadcast message of the identification information of the second LED illumination device under, signal strength signal intensity detected by first detection module 11 sent to the second LED illumination device as interim king light according to the identification information of the second LED illumination device, after interim king light receives the signal strength signal intensity detected by all LED illumination device, determine that the maximum LED illumination device of signal strength signal intensity is king light, and LED illumination device all in network sends the king light notification broadcast message carrying the identification information of king light, first LED illumination device carries out resolving the identification information obtaining king light to the king light notification broadcast message received by the second wireless communication module 14, and the identification information of king light is sent to the second comparison circuit 122.If the second comparison circuit 122 knows that the identification information of king light is identical with the identification information of the first LED illumination device prestored in first memory 123, then determine that the first LED illumination device is king light, then send enabling signal to the first wireless communication module 13.

By the first detecting unit, the present embodiment determines that the second LED illumination device is interim king light after, second wireless communication module obtains signal strength signal intensity detected by the first LED illumination device from first detection module, and send to the second LED illumination device as interim king light, compared by the size of the second LED illumination device to the signal strength signal intensity that all LED illumination device detect as interim king light, determine that the signal strength signal intensity that the first LED illumination device detects is maximum, thus the second LED illumination device carries out as interim king light the processing procedure that king light determines, avoid multiple lamp in network to carry out processing and the mutual process consulting to determine king light simultaneously, save process resource, improve treatment effeciency.

Fig. 5 is the structural representation of the utility model first LED illumination device embodiment five.As shown in Figure 5, the present embodiment has carried out refinement to the structure of the first detecting unit 121 on the basis of Fig. 2-embodiment illustrated in fig. 4, describe and how to realize determining that whether the first LED illumination device is the function of interim king light by cooperation first detecting unit 121 of all parts, first detecting unit 121 comprises: timer 1211 and trigger 1212, trigger 1212 is electrically connected with timer 1211 and the second wireless communication module 14 respectively

Timer 1211, for arranging the interim king light operating time corresponding with the first LED illumination device, if arrive the operating time, sends triggering signal to trigger 1212;

Trigger 1212, for receiving triggering signal, and to be controlled by light flash according to triggering signal or whether light color change instruction first LED illumination device is interim king light.

Specifically, in timer 1211, the interim king light operating time corresponding with the first LED illumination device is set, if arrive the operating time, triggering signal is sent to trigger 1212, trigger 1212 receives triggering signal, to be controlled or whether light color change instruction first LED illumination device is interim king light according to triggering signal by light flash.Therefore, trigger can be light control device, such as when the first LED illumination device is not in the operating state of interim king light, light control device display green light, after receiving triggering signal when instruction first LED illumination device is in the operating state of interim king light, light control device display red light, or, such as when the first LED illumination device is not in the operating state of interim king light, light control device is bright light not, after receiving triggering signal when instruction first LED illumination device is in the operating state of interim king light, light control device bright light is glimmered.

In the present embodiment, be set by timer the interim king light operating time corresponding with each LED illumination device, each LED illumination device is made to perform king light deterministic process as interim king light in turn, achieve the equilibrium treatment of load, make the resource of each LED illumination device use and devices consume comparatively balanced.

Fig. 6 is the structural representation of the utility model first LED illumination device embodiment six.As shown in Figure 6, the present embodiment has carried out refinement to the structure of the first detecting unit 121 on the basis of Fig. 2-embodiment illustrated in fig. 4, describe and how to realize determining that whether the first LED illumination device is the function of interim king light by cooperation first detecting unit 121 of all parts, described first detecting unit comprises: second memory 1213 and the 3rd comparison circuit 1214,3rd comparison circuit 1214 is electrically connected with second memory 1213 and the second wireless communication module 14 respectively

Second memory 1213, for the MAC address of LED illumination device all in storage networking;

3rd comparison circuit 1214, for the size of the MAC Address of more all LED illumination device, judges whether the MAC Address of the first LED illumination device is that maximum is to determine whether the first LED illumination device is interim king light.

Specifically, 3rd comparison circuit 1214 compares the size of the MAC Address of all LED illumination device on second memory 1213, know that if compare the MAC Address of the first LED illumination device is maximum, then determining that the first LED illumination device is is interim king light, the MAC Address knowing the first LED illumination device if compare not is maximum, then determining that the first LED illumination device is is not interim king light.

The size of the MAC Address of all LED illumination device in the network stored in second memory is compared by the 3rd comparison circuit to determine that whether the MAC Address of the first LED illumination device is for maximum in the present embodiment, thus determine whether the first LED illumination device is interim king light, generally, the MAC Address of LED illumination device can not change, add when there is no new lamp in network or old lamp failure when, the LED illumination device corresponding with MAC Address maximum generally can not change, therefore, interim king light can not change within a period of time, so interim king light carries out after king light determines in first time, signal strength signal intensity detected by each LED illumination device obtained can be stored, next time can directly read from this locality, substantially increase treatment effeciency.

Based on above-described embodiment, further,

Second wireless communication module 14, also for the access notification broadcast message that the second LED illumination device receiving described network to be accessed sends, second LED illumination device all in network according to access notification broadcast message sends king light election broadcast.

Concrete, prepare to network when there being the second new LED illumination device in network, the second new LED illumination device can be all in network LED illumination device send access notification broadcast message, so the first LED illumination device can receive this access notification broadcast message by the second wireless communication module, this illustrates that the quantity of LED illumination device in network will change, the signal strength signal intensity of the new wireless router detected by the second LED illumination device is likely maximum, therefore need to re-start king light to choose, to ensure that the maximum LED illumination device of signal strength signal intensity detected is connected as king light with wireless router, other all LED illumination device is connected with king light as from lamp, therefore, the second LED illumination device transmission king light election broadcast that second wireless communication module is all in network according to access notification broadcast message.To ensure that king light can carry out dynamic conditioning according to the number change of LED illumination device.

Fig. 7 is the structural representation of the utility model first LED illumination device embodiment seven.As shown in Figure 7, the present embodiment is on the basis of Fig. 1-embodiment illustrated in fig. 6, and further, described equipment also comprises: malfunction monitoring module 15,

Malfunction monitoring module 15 is connected with the second wireless communication module 14 with the first wireless communication module 13 respectively,

First wireless communication module 13, also for after being connected with wireless router, sends the first detection signal in the cycle of presetting to wireless router, and receive that wireless router sends first detects feedback signal;

Malfunction monitoring module 15, know that described first wireless communication module 13 does not send described first detection signal in the cycle of presetting or do not receive described first detection feedback signal for monitoring, then send the first king light election triggering signal to the second wireless communication module 14;

Second wireless communication module 14, also for receiving the first king light election triggering signal, send the king light election broadcast of mark first LED illumination device fault to all second LED illumination device according to the first king light election triggering signal, until know fault recovery by malfunction monitoring module 15, send the king light election broadcast of mark first LED illumination device fault recovery to all second LED illumination device.

In the present embodiment, after the first LED illumination device connects as king light and wireless router, whether the active link detected between the first wireless communication module and wireless router by malfunction monitoring module is broken down, exist if there is fault, the first LED illumination device is then caused directly not to be controlled by remote server by wireless router, in network, remaining second LED illumination device is not by king light and wireless router indirect communication, can not concentrate and be controlled by remote server, therefore, need to re-start king light election and this first LED illumination device can not continue to take on king light before fault restoration again, be equivalent to the quantity of LED illumination device in network decrease, king light can carry out dynamic conditioning according to the number change of LED illumination device, ensure that the stability of Long-distance Control.

Based on above-described embodiment, further,

Second wireless communication module 14, also for after being connected with all second LED illumination device, sends the second detection signal in the cycle of presetting to all second LED illumination device, and receive that all second LED illumination device send second detects feedback signal;

Malfunction monitoring module 15, know that described second wireless communication module 14 does not send described second detection signal in the cycle of presetting or receives described second detection feedback signal for monitoring, then send the second king light election triggering signal to the first wireless communication module 13;

First wireless communication module 13, also for receiving the second king light election triggering signal, send the king light election broadcast of mark first LED illumination device fault to all second LED illumination device according to the second king light election triggering signal, until know fault recovery by malfunction monitoring module 15, send the king light election broadcast of mark first LED illumination device fault recovery to all second LED illumination device.

In the present embodiment, after the second LED illumination device all during the first LED illumination device is as king light and network connects, whether the active link being detected the second wireless communication module and the second all LED illumination device by malfunction monitoring module is broken down, if there is fault, then to cause in network remaining second LED illumination device not by king light and wireless router indirect communication, thus can not concentrate and be controlled by remote server, therefore, need to re-start king light election and this first LED illumination device can not continue to take on king light before fault restoration again, be equivalent to the quantity of LED illumination device in network decrease, king light can carry out dynamic conditioning according to the number change of LED illumination device, ensure that the stability of Long-distance Control.

Fig. 8 is the structural representation of the utility model second LED illumination device embodiment one, as shown in Figure 8, second LED illumination device of the present embodiment is the second LED illumination device with the first LED illumination device cooperating shown in Fig. 1, second LED illumination device of the present embodiment can comprise: the second detection module 21, second processing module 22, for with the 3rd wireless communication module 23 carrying out communicating based on the first LED illumination device in the wireless mesh network of LED illumination device, wherein, network comprises: wireless router, first LED illumination device and at least one second LED illumination device,

3rd wireless communication module 23 is electrically connected with the second detection module 21 and the second processing module 22 respectively;

Second detection module 21, for receiving the detection signal that the 3rd wireless communication module 23 sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of wireless router according to detection signal;

Second processing module 22, if for the maximum of the signal strength signal intensity of knowing the wireless router that signal strength signal intensity that the second detection module 21 detects does not detect for LED illumination device all in network, then send king light to the 3rd wireless communication module 23 and obtain signal;

3rd wireless communication module 23, obtains signal for receiving king light, and receives the king light notification broadcast message carrying the identification information of the first LED illumination device of the first LED illumination device transmission, connects according to identification information and the first LED illumination device.

Wherein, this second detection module 21 can adopt signal strength detector, and the 3rd wireless communication module 23 can be based on the mutual communication module of mesh network communication protocol.It should be noted that, because the mode completing the second processing module 22 function is a lot, different modes adopts different structures to complete, and therefore, specifically can introduce the concrete structure of the second processing module 12 in the embodiment below.

It should be noted that, the second detection module 21, second processing module 22 in the present embodiment, the 3rd wireless communication module 23 can install power supply circuits in respective module, also can be electrically connected with the lighting controller in the second LED illumination device, be that above-mentioned modules is powered by lighting controller, application scenarios according to reality is arranged, and the present embodiment does not limit this.

Specifically, when the 3rd wireless communication module 23 is when obtaining the king light election broadcast that miscellaneous equipment in network sends, detection signal is sent to the second detection module 21.It should be noted that, the equipment sending king light election broadcast can be based on the master control equipment in the wireless mesh network of LED illumination device, and master control equipment can send king light election broadcast in network according to the cycle of presetting.The equipment sending king light election broadcast also can be based on the LED illumination device in the wireless mesh network of LED illumination device, wherein, this LED illumination device can be the king light (concrete 26S Proteasome Structure and Function is as the first LED illumination device related in the present embodiment) of work at present, also can be connected with king light from lamp (concrete 26S Proteasome Structure and Function is as the second LED illumination device related to the present embodiment), if disconnect with wireless router when the LED illumination device as king light detects or disconnect with existing wireless mesh network, then all in network LED illumination device can not access network, thus LED illumination device all in network sends king light election broadcast, also LED illumination device all in network can send king light and elect broadcast when detecting as the LED illumination device from lamp to disconnect with current king light, when as king light or the LED illumination device from lamp, or master control equipment knows have new LED illumination device to want access network, and LED illumination device that also can be all in network sends king light election broadcast.Thus LED illumination device all in network carries out king light election according to carrying out king light election broadcast, to make the king light elected be connected with wireless router, in network, remaining LED illumination device is connected with this king light.

Second detection module 21 can be specially signal strength detector, after the second detection module 21 receives the detection signal of the 3rd wireless communication module 23 transmission, according to the signal strength signal intensity of wireless router in this detection signal Sampling network.If when the second processing module 22 knows the maximum of the signal strength signal intensity of this wireless router that all LED illumination device detect during signal strength signal intensity that the second detection module 21 detects is not for network, then determine that this second LED illumination device is not the king light in network, namely send king light to the 3rd wireless communication module 23 and obtain signal.After the 3rd wireless communication module 23 receives this king light acquisition signal, the king light notification broadcast message that wait-receiving mode king light sends, when to after receiving king light notification broadcast message and carrying out resolving the identification information of acquisition first LED illumination device, determine that the first LED illumination device is king light, the maximum of the signal strength signal intensity of the wireless router of signal strength signal intensity detected by LED illumination device all in network of the wireless router namely detected by the first LED illumination device, thus connect according to the identification information of the first LED illumination device and the first LED illumination device, thus this second LED illumination device is communicated with wireless router by the first LED illumination device indirectly as from lamp, namely indirectly concentrate with remaining second LED illumination device and be controlled by remote server.

In the present embodiment, the second detection module is integrated with based on the second LED illumination device in the wireless mesh network of LED illumination device, second processing module, the 3rd wireless communication module that communicates is carried out with the first LED illumination device as king light, if the second processing module knows the maximum of the signal strength signal intensity of the wireless router that signal strength signal intensity that the second detection module detects does not detect for LED illumination device all in network, then receive king light notification broadcast message by the 3rd wireless communication module, connect with the first LED illumination device as king light in network, thus the second LED illumination device is as the first LED illumination device passed through from lamp as king light and wireless router indirect communication, concentrate with remaining second LED illumination device in network and be indirectly controlled by remote server by the first LED illumination device as king light.Thus LED illumination device all in guarantee network is all be connected with wireless router by the king light that signal strength signal intensity is maximum, concentrates and be controlled by remote server, thus saved a large amount of link circuit resources, and improve the stability of communication.

Fig. 9 is the structural representation of the utility model second LED illumination device embodiment two.As shown in Figure 9, the present embodiment has carried out refinement to the structure of the second processing module 22 on basis embodiment illustrated in fig. 8, describe and how to realize knowing that the signal strength signal intensity detected by the second detection module 21 is not the function of maximum by cooperation second processing module 22 of all parts, second processing module 22 comprises: the second detecting unit 221 and the 4th comparison circuit 222

3rd wireless communication module 23 is electrically connected with the second detecting unit 221 and the 4th comparison circuit 222 respectively, and the 4th comparison circuit 222 is electrically connected with the second detection module 21;

Second detecting unit 221, during for obtaining king light election broadcast at the 3rd wireless communication module 23, determines whether the second LED illumination device is interim king light, if so, then sends interim king light enabling signal to the 3rd wireless communication module 23;

3rd wireless communication module 23, also for sending according to interim king light enabling signal remaining LED illumination device in network the interim king light notification broadcast message carrying the identification information of the second LED illumination device, receiving the signal strength signal intensity of the described wireless router detected that remaining LED illumination device sends and sending to the 4th comparison circuit 222;

4th comparison circuit 222, for comparing the size of signal strength signal intensity that remaining LED illumination device detects and the signal strength signal intensity that the second detection module 21 detects, if know, the signal strength signal intensity detected by the second detection module 21 is not maximum, then send king light to the 3rd wireless communication module 23 and obtain signal.

It should be noted that, because the mode completing the second detecting unit 221 function is a lot, different modes adopts different structures to complete, specifically can see the structure of Fig. 5 and employing embodiment illustrated in fig. 6, operation principle repeats no more herein, it should be noted that, in order to be described clearly in the present embodiment, to coordinate with as the second LED illumination device from lamp as the first LED illumination device of king light and carry out, therefore, second detecting unit 221 is also consistent with the structure in the first detecting unit 121, the determination mode of the interim king light namely adopted is consistent.First comparison circuit 122 can adopt comparator chip.

The present embodiment is on basis embodiment illustrated in fig. 8, integrated second detecting unit and the 4th comparison circuit in the second processing module, after determining that the second LED illumination device is interim king light by the second detecting unit, 4th comparison circuit obtains signal strength signal intensity detected by the second LED illumination device from the second detection module, the signal strength signal intensity that communication interaction obtains the wireless router detected by all the other LED illumination device is carried out by remaining LED illumination device in the 3rd wireless communication module and network, and the size of the signal strength signal intensity that all LED illumination device detect is compared, determine that the signal strength signal intensity that the second LED illumination device detects is not maximum, thus the second LED illumination device carries out as interim king light the processing procedure that king light determines, avoid multiple lamp in network to carry out processing and the mutual process consulting to determine king light simultaneously, save process resource, improve treatment effeciency.

Figure 10 is the structural representation of the utility model second LED illumination device embodiment three.As shown in Figure 10, the present embodiment is on basis embodiment illustrated in fig. 9, and further, the second processing module 22 also comprises: the 3rd memory the 223, three memory 223 is electrically connected with the second comparison circuit 222;

3rd memory 223, for storing the signal strength signal intensity of the second LED illumination device wireless router that all LED illumination device detect in the network carrying out obtaining in the process of king light election as interim king light.Operation principle in concrete operation principle and technique effect first memory shown in Figure 3 and technique effect, repeat no more herein.

Figure 11 is the structural representation of the utility model second LED illumination device embodiment four.As shown in figure 11, the present embodiment is on basis embodiment illustrated in fig. 10, and further, the second processing module 22 also comprises: the 5th comparison circuit 224,

5th comparison circuit 224 is electrically connected with the 3rd wireless communication module 23 and the 3rd memory 223 respectively;

Second detecting unit 221, time also for obtaining king light election broadcast at the 3rd wireless communication module 23, determines whether the second LED illumination device is interim king light, if not, then sends interim king light to the 3rd wireless communication module 23 and obtains signal;

3rd wireless communication module 23, also obtain signal for receiving interim king light, and obtain the signal strength signal intensity detected by signal acquisition second detection module 21 according to interim king light, receiving under the state of interim king light notification broadcast message carrying the identification information of the lighting apparatus of interim king light that in network, remaining LED illumination device sends, signal strength signal intensity detected by second detection module 21 is sent to interim king light by the identification information according to interim king light, and receive the king light notification broadcast message carrying the identification information of king light of interim king light transmission, and the identification information of king light is sent to the 5th comparison circuit 224,

5th comparison circuit 224, if for knowing that the identification information of king light is not identical with the identification information of the second LED illumination device prestored in the 3rd memory 223, then sends king light to the 3rd wireless communication module 23 and obtains signal.

The present embodiment determines the second LED illumination device not for after interim king light by the second detecting unit, 3rd wireless communication module obtains signal strength signal intensity detected by the second LED illumination device from the second detection module, and send to the first LED illumination device as interim king light or remaining the second LED illumination device, by comparing as the first LED illumination device of interim king light or the size of remaining the second LED illumination device to the signal strength signal intensity that all LED illumination device detect, determine that the signal strength signal intensity that the first LED illumination device detects is maximum, thus a LED illumination device in network carries out as interim king light the processing procedure that king light determines, avoid multiple lamp in network to carry out processing and the mutual process consulting to determine king light simultaneously, save process resource, improve treatment effeciency.

Figure 12 is the structural representation of the utility model based on the wireless mesh network embodiment of LED illumination device.As shown in figure 12, the network of the present embodiment, comprising: wireless router 3, first LED illumination device 1 and at least one the second LED illumination device 2,

First LED illumination device 1 comprises: first detection module 11, first processing module 12, for carrying out with wireless router 3 the first wireless communication module 13 of communicating and for carrying out with the second LED illumination device 2 the second wireless communication module 14 of communicating, wherein, second wireless communication module 14 is electrically connected with the first wireless communication module 13 and first detection module 11 respectively, and the first wireless communication module 13 and the first processing module 12 are electrically connected;

Second LED illumination device 2, comprise: the second detection module 21, second processing module 22, for carrying out with the first LED illumination device 1 the 3rd wireless communication module 23 that communicates, wherein, the 3rd wireless communication module 23 is electrically connected with the second detection module 21 and the second processing module 22 respectively;

First detection module 11, for receiving the detection signal that the second wireless communication module 14 sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of wireless router 3 according to detection signal;

First processing module 12, if for the maximum of the signal strength signal intensity of knowing the wireless router 3 that the signal strength signal intensity that first detection module 11 detects detects for LED illumination device all in network, then send enabling signal to the first wireless communication module 13;

First wireless communication module 13, for receiving enabling signal, connects according to enabling signal and wireless router 3, and sends LED networking instruction to all second wireless communication modules 14;

Second wireless communication module 14, for receiving LED networking instruction, send to all second LED illumination device 2 the king light notification broadcast message carrying the identification information of the first LED illumination device according to LED networking instruction, and connect with all second LED illumination device 2;

Second detection module 21, for receiving the detection signal that the 3rd wireless communication module 23 sends under the state obtaining king light election broadcast, detects the signal strength signal intensity of wireless router 3 according to detection signal;

Second processing module 22, if for the maximum of the signal strength signal intensity of knowing the wireless router 3 that signal strength signal intensity that the second detection module 21 detects does not detect for LED illumination device all in network, then send king light to the 3rd wireless communication module 23 and obtain signal;

3rd wireless communication module 23, obtains signal for receiving king light, and receives the king light notification broadcast message carrying the identification information of the first LED illumination device of the first LED illumination device 1 transmission, connects according to identification information and the first LED illumination device 1.

The wireless mesh network based on LED illumination device of the present embodiment as shown in Figure 1 the second LED illumination device shown in the first LED illumination device and Fig. 8 formed, and it realizes principle and technique effect is similar, repeats no more herein.

Further, first LED illumination device 1, can also adopt the structure described in any embodiment in Fig. 2-Fig. 7, and the second LED illumination device 2 also can adopt the structure in Fig. 8-Figure 11 described in any embodiment, it realizes principle and technique effect is similar, repeats no more herein.

Last it is noted that above each embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to foregoing embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of the utility model.

Claims

1. a LED illumination device, it is characterized in that, comprise: first detection module, the first processing module, for the first wireless communication module carrying out communicating based on the wireless router in the wireless mesh network of LED illumination device and for carrying out with the second LED illumination device in described network the second wireless communication module of communicating, wherein, described network comprises: described wireless router, described first LED illumination device and the second LED illumination device described at least one;

2. equipment according to claim 1, is characterized in that, described first processing module comprises: the first detecting unit and the first comparison circuit,

Described second wireless communication module is electrically connected with described first detecting unit and described first comparison circuit respectively, and described first comparison circuit is electrically connected with described first detection module and described first wireless communication module respectively;

Described first detecting unit, during for obtaining king light election broadcast at described second wireless communication module, determines whether described first LED illumination device is interim king light, if so, then sends interim king light enabling signal to described second wireless communication module;

Described second wireless communication module, also for sending to all described second LED illumination device the interim king light notification broadcast message carrying the identification information of described first LED illumination device according to described interim king light enabling signal, receiving the signal strength signal intensity of the described wireless router detected that all described second LED illumination device send and sending to described first comparison circuit;

Described first comparison circuit, the size of the signal strength signal intensity that the signal strength signal intensity detected for more all described second LED illumination device and described first detection module detect, if know, the signal strength signal intensity detected by described first detection module is maximum, then send described enabling signal to described first wireless communication module.

3. equipment according to claim 2, is characterized in that, described first processing module also comprises: first memory, and described first memory is electrically connected with described first comparison circuit;

Described first memory, for storing the signal strength signal intensity of the described wireless router that all LED illumination device detect in described network that described first LED illumination device obtains in the process of carrying out king light election.

4. equipment according to claim 3, it is characterized in that, described first processing module also comprises: the second comparison circuit, and described second comparison circuit is electrically connected with described second wireless communication module, described first wireless communication module and described first memory respectively;

Described first detecting unit, time also for obtaining king light election broadcast at described second wireless communication module, determines whether described first LED illumination device is interim king light, if not, then sends interim king light to described second wireless communication module and obtain signal;

Described second wireless communication module, also obtain signal for receiving described interim king light, and obtain the signal strength signal intensity described in signal acquisition detected by first detection module according to described interim king light, under the state of interim king light notification broadcast message carrying the identification information of described second LED illumination device receiving described second LED illumination device transmission, signal strength signal intensity detected by described first detection module is sent to described second LED illumination device by the identification information according to described second LED illumination device, and receive the king light notification broadcast message carrying the identification information of king light of described second LED illumination device transmission, and the identification information of described king light is sent to described second comparison circuit,

Described second comparison circuit, if for knowing that the identification information of described king light is identical with the identification information of described first LED illumination device prestored in described first memory, then send described enabling signal to described first wireless communication module.

5. equipment according to claim 2, is characterized in that, described first detecting unit comprises: timer and trigger, and described trigger is electrically connected with described timer and described second wireless communication module respectively,

Described timer, for arranging the interim king light operating time corresponding with described first LED illumination device, if arrive the described operating time, sends triggering signal to described trigger;

Described trigger, for receiving described triggering signal, and to be controlled by light flash according to described triggering signal or whether described first LED illumination device of light color change instruction is described interim king light.

6. equipment according to claim 2, is characterized in that, described first detecting unit comprises: second memory and the 3rd comparison circuit, and described 3rd comparison circuit is electrically connected with described second memory and described second wireless communication module respectively,

Described second memory, for storing the MAC address of all LED illumination device in described network;

Described 3rd comparison circuit, for the size of the MAC Address of more described all LED illumination device, judges whether the MAC Address of described first LED illumination device is that maximum is to determine whether described first LED illumination device is described interim king light.

7., according to the arbitrary described equipment of claim 1-6, it is characterized in that,

Described second wireless communication module, also for the access notification broadcast message that the second LED illumination device receiving described network to be accessed sends, send king light election broadcast according to described access notification broadcast message at least one second LED illumination device described.

8., according to the arbitrary described equipment of claim 1-6, it is characterized in that, described equipment also comprises: malfunction monitoring module,

Described malfunction monitoring module is electrically connected with described first wireless communication module and described second wireless communication module respectively,

Described first wireless communication module, also for after being connected with wireless router, sends the first detection signal in the cycle of presetting to described wireless router, and receive that described wireless router sends first detects feedback signal;

Described malfunction monitoring module, know that described first wireless communication module does not send described first detection signal in the cycle of presetting or do not receive described first detection feedback signal for monitoring, then send the first king light election triggering signal to described second wireless communication module;

Described second wireless communication module, also for receiving described first king light election triggering signal, send the king light election broadcast of mark first LED illumination device fault to all described second LED illumination device according to described first king light election triggering signal, until know fault recovery by described malfunction monitoring module, send the king light election broadcast of mark first LED illumination device fault recovery to all described second LED illumination device.

9. equipment according to claim 8, is characterized in that,

Described second wireless communication module, also for after being connected with all described second LED illumination device, send the second detection signal in the cycle of presetting to all described second LED illumination device, and receive the second detection feedback signal of all described second LED illumination device transmissions;

Described malfunction monitoring module, also know that described second wireless communication module does not send described second detection signal in the cycle of presetting or receives described second detection feedback signal for monitoring, then send the second king light election triggering signal to described first wireless communication module;

Described first wireless communication module, also for receiving described second king light election triggering signal, send the king light election broadcast of mark first LED illumination device fault to all described second LED illumination device according to described second king light election triggering signal, until know fault recovery by described malfunction monitoring module, send the king light election broadcast of mark first LED illumination device fault recovery to all described second LED illumination device.

10. a LED illumination device, it is characterized in that, comprise: the second detection module, the second processing module, for the 3rd wireless communication module carrying out communicating based on the first LED illumination device in the wireless mesh network of LED illumination device, wherein, described network comprises: wireless router, described first LED illumination device and the second LED illumination device described at least one;

11. equipment according to claim 10, is characterized in that, described second processing module comprises: the second detecting unit and the 4th comparison circuit,

Described 3rd wireless communication module is electrically connected with described second detecting unit and described 4th comparison circuit respectively, and described 4th comparison circuit is electrically connected with described second detection module;

Described second detecting unit, during for obtaining king light election broadcast at described 3rd wireless communication module, determines whether described second LED illumination device is interim king light, if so, then sends interim king light enabling signal to described 3rd wireless communication module;

Described 3rd wireless communication module, also for sending the interim king light notification broadcast message carrying the identification information of described second LED illumination device to remaining LED illumination device in described network according to described interim king light enabling signal, receive the signal strength signal intensity of the described wireless router detected that remaining LED illumination device described sends and send to described 4th comparison circuit;

Described 4th comparison circuit, the size of the signal strength signal intensity that the signal strength signal intensity detected for remaining LED illumination device relatively more described and described second detection module detect, if know, the signal strength signal intensity detected by described second detection module is not maximum, then send described king light to described 3rd wireless communication module and obtain signal.

12. equipment according to claim 11, is characterized in that, described second processing module also comprises: the 3rd memory, and described 3rd memory is electrically connected with described 4th comparison circuit;

Described 3rd memory, for storing the signal strength signal intensity of the described wireless router that all LED illumination device detect in described network that described second LED illumination device obtains in the process of carrying out king light election.

13. equipment according to claim 12, is characterized in that, described second processing module also comprises: the 5th comparison circuit, and described 5th comparison circuit is electrically connected with described 3rd wireless communication module and described 3rd memory respectively;

Described second detecting unit, time also for obtaining king light election broadcast at described 3rd wireless communication module, determines whether described second LED illumination device is interim king light, if not, then sends interim king light to described 3rd wireless communication module and obtain signal;

Described 3rd wireless communication module, also obtain signal for receiving described interim king light, and obtain the signal strength signal intensity described in signal acquisition detected by the second detection module according to described interim king light, receiving under the state of interim king light notification broadcast message carrying the identification information of the lighting apparatus of described interim king light that in described network, remaining LED illumination device sends, signal strength signal intensity detected by described second detection module is sent to described interim king light by the identification information according to described interim king light, and receive the king light notification broadcast message carrying the identification information of king light of described interim king light transmission, and the identification information of described king light is sent to described 5th comparison circuit,

Described 5th comparison circuit, if for knowing that the identification information of described king light is not identical with the identification information of described second LED illumination device prestored in described 3rd memory, then sends described king light to described 3rd wireless communication module and obtains signal.

14. 1 kinds of wireless mesh network based on LED illumination device, it is characterized in that, comprising: wireless router, the first LED illumination device as claimed in any one of claims 1-9 wherein and at least one second LED illumination device according to any one of claim 10 to 13.