CN106302078A - Group network system - Google Patents

Group network system Download PDF

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Publication number
CN106302078A
CN106302078A CN201610872196.2A CN201610872196A CN106302078A CN 106302078 A CN106302078 A CN 106302078A CN 201610872196 A CN201610872196 A CN 201610872196A CN 106302078 A CN106302078 A CN 106302078A
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China
Prior art keywords
wap
mobile networking
intelligent appliance
networking module
network
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Granted
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CN201610872196.2A
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Chinese (zh)
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CN106302078B (en
Inventor
璐惧.
贾壮
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Xian Yep Telecommunication Technology Co Ltd
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Xian Yep Telecommunication Technology Co Ltd
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Priority to CN201610872196.2A priority Critical patent/CN106302078B/en
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00Data switching networks
    • H04L12/28Data switching networks characterised by path configuration, e.g. local area networks [LAN], wide area networks [WAN]
    • H04L12/46Interconnection of networks
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W48/00Access restriction; Network selection; Access point selection
    • H04W48/16Discovering, processing access restriction or access information
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W84/00Network topologies
    • H04W84/02Hierarchically pre-organised networks, e.g. paging networks, cellular networks, WLAN [Wireless Local Area Network] or WLL [Wireless Local Loop]
    • H04W84/10Small scale networks; Flat hierarchical networks
    • H04W84/12WLAN [Wireless Local Area Networks]

Abstract

The invention discloses a kind of group network system, including: the first household electrical appliances group and the second household electrical appliances group;First household electrical appliances group includes the first WAP and the first intelligent appliance, the first intelligent appliance and the communication connection of the first WAP;Second household electrical appliances group includes the second WAP and the second intelligent appliance, the second intelligent appliance and the communication connection of the second WAP;Mobile networking module sets up communication connection with the first WAP, when meeting switching condition, mobile networking module disconnects the communication connection with the first WAP, and sets up communication connection with the second WAP, and is communicated by the second WAP and the second intelligent appliance.Mobile networking module in the present invention can with any intelligent appliance in LAN in time, communicate rapidly according to switching condition, thus in the family that scope is relatively big and structure is more complicated, control instruction can be sent quickly and accurately to target household electrical appliances by the present invention by mobile networking module, it is achieved is precisely controlled.

Description

Group network system
Technical field
The present invention relates to Internet of Things field, particularly to a kind of group network system.
Background technology
Along with the development of technology of Internet of things is with universal, application based on Internet of Things gets more and more.Such as utilize Internet of Things skill Art realizes Smart Home, is the most typically realized intelligent appliance interconnected by Zigbee (a kind of wireless communication technology) technology, Zigbee coordinator and Zigbee node are both needed to arrange in advance installation.If Zigbee coordinator receives control instruction, then should Control instruction sends to the Zigbee node of corresponding target household electrical appliances to realize control.But, the household electrical appliances in family are often distributed Ratio is relatively decentralized, and the family that particularly area is relatively big and room structure is more complicated, this control usually can not be referred to by Zigbee coordinator Order sends the Zigbee node to target household electrical appliances, particularly distance Zigbee coordinator target household electrical appliances farther out accurately and in time, Often there is being precisely controlled the phenomenon of intelligent appliance in the most current Smart Home.
Summary of the invention
The technical problem to be solved in the present invention is to overcome Smart Home in prior art often to occur being precisely controlled The defect of intelligent appliance, it is provided that a kind of group network system.
The present invention solves above-mentioned technical problem by following technical proposals:
A kind of group network system, its feature is, described group network system includes:
First household electrical appliances group and the second household electrical appliances group;
Described first household electrical appliances group includes the first WAP and at least one first intelligent appliance, described first intelligence man Electric and described first WAP communication connection;
Described second household electrical appliances group includes the second WAP and at least one second intelligent appliance, described second intelligence man Electric and described second WAP communication connection;
Mobile networking module, for and described first WAP set up communication connection, and by described first wireless Access point communicates with at least one first intelligent appliance described;When meeting switching condition, described mobile networking module is broken Open and the communication connection of described first WAP, and set up communication connection with described second WAP, and pass through institute State the second WAP to communicate with at least one second intelligent appliance described.
It is preferred that described switching condition includes following any one or combination:
Distance between described mobile networking module and described second WAP is less than or equal to distance threshold;With/ Or,
First transmission quality is less than the second transmission quality;Described first transmission quality is that described mobile networking module is with described Transmission quality between first WAP, it is second wireless with described that described second transmission quality is described mobile networking module Transmission quality between access point;And/or,
Described first transmission quality is more than or equal to transmission quality threshold;And/or,
Described mobile networking module receives the switching instruction that subscriber equipment sends.
It is preferred that described second intelligent appliance is provided with Zigbee node, described mobile networking module also includes that Zigbee assists Adjust device;
Communicating to connect unsuccessfully if described mobile networking module is set up with described second WAP, the most described Zigbee assists Device is adjusted to enable described Zigbee node;Described mobile networking module and described second intelligent appliance set up described Zigbee network;
Described mobile networking module is communicated with described second intelligent appliance by described Zigbee node.
If communicating it is preferred that described mobile networking module is set up with described second WAP again, then described Zigbee coordinator closes described Zigbee node.
It is preferred that described first intelligent appliance includes the first wireless module, described first wireless module and described first nothing Line access point communicates to connect;
Described second intelligent appliance includes the second wireless module, described second wireless module and described second WAP Communication connection;
Described mobile networking module includes the 3rd wireless module, and described 3rd wireless module is for wireless connecing with described first Access point or described second WAP communication connection.
It is preferred that described second intelligent appliance also includes the second infrared transceiver device, with described second wireless module communication Connect;
Described 3rd wireless module is additionally operable to send control instruction to described second wireless module;
Described second wireless module is for sending described control instruction to the most described the after receiving described control instruction Two infrared transceiver devices, described second infrared transceiver device is described to control for described control instruction is converted to infrared waveform Second intelligent appliance action.
It is preferred that described mobile networking module also includes detecting device, it is used for detecting described first household electrical appliances group or described the Ambient parameter residing for two household electrical appliances groups, and generate described control instruction according to detected value.
It is preferred that described mobile networking module, it is additionally operable to safeguard that control strategy, described control strategy include that environmental standard is joined Number and the corresponding relation of the information of control;
Described detection device, specifically for described ambient parameter is mated with described environmental standard parameter, if coupling Success, then using described control information as described control instruction.
It is preferred that described group network system also includes server and subscriber equipment;
Described subscriber equipment and described mobile networking module are all connected with described server communication;
Described server is for the IP address identical with described user equipment allocation for described mobile networking module;
Described subscriber equipment is used for generating described control instruction, and described control instruction is sent extremely by described server Described mobile networking module.
It is preferred that described control instruction includes opening intelligent appliance instruction or closing intelligent appliance instruction.
It is preferred that described mobile networking module is sweeping robot.
It is preferred that described first WAP include Wi-Fi (a kind of Wi-Fi communication technology) WAP and/ Or bluetooth WAP;
And/or, described second WAP includes Wi-Fi WAP and/or bluetooth WAP.
The most progressive effect of the present invention is: in the present invention, intelligent appliance forms LAN by WAP, moves Dynamic networking module adds LAN by WAP, it is achieved the communication with intelligent appliance interconnects.Due to mobile networking module Can with any intelligent appliance in LAN in time, communicate rapidly according to switching condition, thus and structure relatively big in scope is relatively Complicated family, control instruction can be sent quickly and accurately to target household electrical appliances by the present invention by mobile networking module, it is achieved essence Quasi-control.
Accompanying drawing explanation
Fig. 1 is the schematic layout pattern of group network system of the present invention.
Fig. 2 is the interaction diagrams of the equipment in group network system of the present invention.
Fig. 3 is the structural representation of the group network system of the embodiment of the present invention 1, and wherein mobile networking module is wireless with first connects Access point communicates to connect.
Fig. 4 is the structural representation of the group network system of the embodiment of the present invention 1, and wherein mobile networking module is wireless with second connects Access point communicates to connect.
Fig. 5 is the part-structure schematic diagram of the group network system of the embodiment of the present invention 2.
Fig. 6 is the part-structure schematic diagram of the group network system of the embodiment of the present invention 3.
Fig. 7 is the structural representation of the mobile networking module in the group network system of the embodiment of the present invention 4.
Fig. 8 is the part-structure schematic diagram of the group network system of the embodiment of the present invention 5.
Detailed description of the invention
Further illustrate the present invention below by the mode of embodiment, but the most therefore limit the present invention to described reality Execute among example scope.
In order to be better understood from the present invention relative to the improvement done by prior art, the present invention is being embodied as Before mode is described in detail, first device layout and equipment interaction flow to group network system illustrates.
As it is shown in figure 1, as a example by family, the equipment in group network system includes WAP, mobile networking module, at least Two household electrical appliances groups, server and subscriber equipment.The most each household electrical appliances group includes at least one intelligent appliance, and intelligent appliance can be There are the refrigerator of wireless module, air-conditioning, TV, washing machine, lamp and socket etc..The rational deployment of group network system is main with intelligence man Electricity arrange position and WAP to arrange position relevant, owing to intelligent appliance positions the most in advance, and intelligent movable household electrical appliances Location comparison trouble, therefore, device layout mentioned here is mainly for how to arrange wireless according to the position of intelligent appliance The quantity of access point and position.Concrete, first intelligent appliance can be divided into default household electrical appliances group, example according to not chummery or region As a preset group will be divided into the intelligent appliance in a room, or the intelligent appliance in close room is divided into a preset group, (often group household electrical appliances group can use different networkings to arrange WAP further according to the position of the intelligent appliance often organized in household electrical appliances group Mode, therefore can arrange different types of WAP), WAP is typically located at the centre bit often organizing household electrical appliances group Put.Finally, the final packet of household electrical appliances group, namely three household electrical appliances in Fig. 1 are determined according to the network's coverage area of WAP Group (the household electrical appliances group in certain reality can be more or less), mobile networking module can move back and forth in household electrical appliances group (can move Dynamic networking module stores household map), server can be located at the optional position of family, thus completes device layout.
After completing device layout, often the intelligent appliance in group household electrical appliances group can be with the WAP communication link in this household electrical appliances group Connect, for convenience of description, three household electrical appliances groups in Fig. 1 are called the first household electrical appliances group the 1, second household electrical appliances group 2 and the 3rd household electrical appliances Group 3.First household electrical appliances group there are TV, air-conditioning and lamp, TV, air-conditioning and lamp can communicate with the WAP in the first household electrical appliances group Connect.Having TV in second household electrical appliances group, TV can communicate to connect with the WAP in the second household electrical appliances group, now mobile networking Module is in the second household electrical appliances group, and it can communicate to connect with the WAP in this second household electrical appliances group, and wireless is connect by this Control instruction is sent to TV by access point, it is achieved the control to TV.3rd household electrical appliances group has refrigerator, washing machine and socket, ice WAP communication connection in case, washing machine and socket and the 3rd household electrical appliances group.It should be noted that intelligent appliance can be simultaneously Belonging to two household electrical appliances groups, as a example by above-mentioned TV, TV i.e. belongs to the first household electrical appliances group, falls within the second household electrical appliances group.
After intelligent appliance sets up communication connection with WAP, with reference to Fig. 2, so that the TV in the second household electrical appliances group is entered As a example by row controls, below equipment interaction flow is illustrated, specifically includes following steps:
Step 110, mobile networking module generate or receive control instruction.
Control instruction is sent to TV by step 120, mobile networking module by the WAP in the second household electrical appliances group.
Step 130, TV perform action according to control instruction.TV, regulation volume and brightness can be on or off Deng.
Send if the control instruction that mobile networking module receives is subscriber equipment, then, before step 110, need to first set up user Equipment and the communication connection of mobile networking module, specifically comprise the following steps that
Step 101, server are the IP address that mobile networking module is identical with user equipment allocation;
The control instruction generated is sent to mobile networking module by step 102, subscriber equipment by server.
Below by following example, the concrete structure of group network system is illustrated.
Embodiment 1
As shown in Figure 3-4, the group network system of the present embodiment includes the first household electrical appliances group the 1, second household electrical appliances group 2 and mobile networking mould Block 4.Wherein, the first household electrical appliances group 1 includes first WAP 11 and at least one first intelligent appliance 12, the first intelligent appliance 12 communicate to connect with the first WAP 11;Second household electrical appliances group 2 includes second WAP 21 and at least one second intelligence Energy household electrical appliances 22, the second intelligent appliance 22 communicates to connect with the second WAP 21.If as it is shown on figure 3, mobile networking module 4 is worked as Before set up communication connection with the first WAP 11, now mobile networking module 4 can by the first WAP 11 with extremely Few first intelligent appliance 12 communicates;When meeting switching condition, as shown in Figure 4, mobile networking module 4 disconnects and the The communication connection of one WAP, and set up communication connection with the second WAP 21, now mobile networking module 4 can be led to Cross the second WAP 21 to communicate with at least one second intelligent appliance.Equally, if mobile networking module is current with the Two WAPs set up communication connection, and when meeting switching condition, mobile networking module disconnects and the second WAP Communication connection, and set up communication connection with the first WAP.It is to say, mobile networking module can be with according to switching condition Arbitrary WAP is communicatively coupled, thus is communicated to connect with corresponding intelligent appliance by WAP.
Thus, owing to the mobile networking module of the present embodiment can be with any intelligent appliance in LAN according to switching condition In time, communicate rapidly, thus in the family that scope is relatively big and structure is more complicated, the present embodiment can pass through mobile networking module Control instruction is sent quickly and accurately to target household electrical appliances, it is achieved be precisely controlled.
Embodiment 2
On the basis of embodiment 1, in the present embodiment, as it is shown in figure 5, the first intelligent appliance 12 includes the first wireless module 121 and first infrared transceiver device 122, the first wireless module 121 and the first WAP 11 and the first infrared transceiver device 122 communication connections.Second intelligent appliance 22 includes the second wireless module 221 and the second infrared transceiver device 222, the second wireless mould Block 221 communicates to connect with the second WAP 21 and the second infrared transceiver device 222.Mobile networking module 4 includes the 3rd nothing Wire module 41, the 3rd wireless module 41 can communicate to connect with the first WAP 11 or the second WAP 12, i.e. move Networking module sends control instruction to the first wireless module or the second wireless module by the 3rd wireless module.Certainly, if moving Networking module is in the network of the first WAP and the second WAP and collectively covers region, then mobile networking module can Communicate to connect with the first WAP and the second WAP, it is achieved the intelligent appliance in two household electrical appliances groups is carried out simultaneously Control.Wherein, mobile networking module can be sweeping robot.
Concrete, if now mobile networking module and the first WAP communication connection, then mobile networking module can be led to Cross the 3rd wireless module send control instruction to the first wireless module, the first wireless module after receiving control instruction will control Instruction sends to the first infrared transceiver device, and control instruction is then converted to infrared waveform to control the by the first infrared transceiver device One intelligent appliance action.If meeting switching condition, mobile networking module disconnects and the communication connection of the first WAP, and with Second WAP sets up communication connection, then mobile networking module can send control instruction to second by the 3rd wireless module Wireless module, control instruction is sent to the second infrared transceiver device after receiving control instruction by the second wireless module, and second Control instruction is then converted to infrared waveform to control the second intelligent appliance action by infrared transceiver device.
In the present embodiment, mobile networking module disconnect with the communication connection of the first WAP and with the second wireless access The switching condition of some communication connection can be following any one or combine, but be not limited to this: (1) mobile networking module and second Distance between WAP is less than or equal to distance threshold (can arrange voluntarily);(2) first transmission quality are less than the second biography Transmission quality, wherein the first transmission quality is the transmission quality between mobile networking module and the first WAP, the second transmission Quality is the transmission quality between mobile networking module and the second WAP;(3) first transmission quality are more than or equal to passing Transmission quality threshold value (can be arranged) voluntarily;(4) mobile networking module receives the switching instruction that subscriber equipment sends, and premise is mobile Networking module sets up communication connection with subscriber equipment.
If it should be noted that mobile networking module disconnects and the communication connection of the second WAP wireless with first Access point communication connection time, above-mentioned front 3 kinds of switching conditions are: between (1) mobile networking module and the first WAP away from From less than or equal to distance threshold;(2) second transmission quality are less than the first transmission quality;(3) second transmission quality more than or etc. In transmission quality threshold.It is to say, mentioned here first, second there is no essential meaning, only to facilitate describe.
In the present embodiment, control instruction includes opening intelligent appliance instruction or closing intelligent appliance instruction.First wireless connects Access point can be Wi-Fi WAP, bluetooth WAP and other meet wireless access condition WAP (as Infrared radio access point), the second WAP can also be Wi-Fi WAP, bluetooth WAP and other symbols Close the WAP of wireless access condition.It is to say, the group network system of the present embodiment can use not in different regions Same networking mode, such as, can use Bluetooth technology, can use Wi-Fi technology in bedroom, in toilet and kitchen in parlor Room can use infrared technique.
Above-mentioned multiple networking mode also can be safeguarded by the mobile networking module in the present embodiment, concrete, mobile group The communications parameter of multiple procotol can be stored in net module, and the priority of multiple procotol can be set.It is to say, should Mobile networking module has the function of protocol conversion, and can switch over according to priority.Wherein, the switching of networking mode can To be issued by server or user terminal issues.The priority of procotol is not unalterable yet, and concrete change can With with reference to transmission quality, intelligent appliance feature, equipment normal/damage etc..Further, since the networking of zones of different in the present embodiment Mode can be different, and therefore, multiple networking modes may be safeguarded by this mobile networking module simultaneously.
Embodiment 3
Embodiment 3 is substantially the same manner as Example 2, and as shown in Figure 6, difference is, the first intelligence man of the present embodiment Electricity 12 and the second intelligent appliance 22 are provided with Zigbee node 5, and mobile networking module 4 also includes Zigbee coordinator 42.Below with As a example by second intelligent appliance, the ZigBee networking to the present embodiment realizes illustrating, and connects if mobile networking module is wireless with second Access point is set up and is communicated to connect unsuccessfully, it may be possible to the second WAP breaks down, then Zigbee coordinator enables and (the most i.e. opens Open) Zigbee node, now mobile networking module and the second intelligent appliance set up Zigbee network, and mobile networking module is passed through Zigbee node and the second intelligent appliance communicate.Certainly, if mobile networking module failure is got rid of, the most again with the second nothing Line access point sets up communication, and now Zigbee coordinator closes Zigbee node, and mobile networking module recovery is wireless with second to be connect Access point communicates to connect.
In the present embodiment, networking mode Zigbee the to be had precedence over networking mode of WAP, certainly may also set up Zigbee networking mode has precedence over the networking mode of WAP.
Embodiment 4
Embodiment 4 is substantially the same manner as Example 1, as it is shown in fig. 7, difference is, and the mobile networking mould of the present embodiment Block also includes detecting device 43, for the ambient parameter residing for detection the first household electrical appliances group or the second household electrical appliances group, and according to detected value Generate control instruction.Wherein, ambient parameter can be temperature, humidity and brightness etc..
In the present embodiment, mobile networking module be additionally operable to safeguard control strategy, control strategy include environmental standard parameter with The corresponding relation of control information, this corresponding relation illustrates as shown in table 1.Detection device be specifically additionally operable to by ambient parameter with Environmental standard parameter is mated, if the match is successful, then using control information as control instruction, and sends to corresponding intelligence man Electricity.
Table 1 environmental standard parameter and the corresponding relation of the information of control
Environmental standard parameter Control information
Temperature is higher than 30 DEG C Open air-conditioning and be set as 26 DEG C
Temperature is less than 20 DEG C Open air-conditioning and be set as 26 DEG C
Humidity index 50%~60% Open air-conditioning and be set as dehumidifying
Such as, now mobile networking module detects the first household electrical appliances with the first WAP communication connection, detection device The temperature of the environment residing for group is 31 DEG C, and the match is successful with environmental standard parameter, then control is believed by mobile networking module Breath open air-conditioning and be set as 26 DEG C as control instruction, and this control instruction is sent the sky to the first household electrical appliances group Adjusting, air-conditioning receives control instruction and performs corresponding action.
Embodiment 5
Embodiment 5 is substantially the same manner as Example 4, and as shown in Figure 8, difference is, the control instruction in the present embodiment Being sent by subscriber equipment, therefore, the group network system of the present embodiment also includes server 7 and subscriber equipment 6, subscriber equipment 6 He Mobile networking module 4 all communicates to connect with server 7, and server is the IP ground that mobile networking module is identical with user equipment allocation Location, can realize mobile networking module and subscriber equipment all connects in server communication.The control instruction that subscriber equipment generates is then Can be sent to mobile networking module by server.In the present embodiment, subscriber equipment can be mobile phone, iPad (panel computer), Server can be a gateway with data processing function or router.
Although the foregoing describing the detailed description of the invention of the present invention, it will be appreciated by those of skill in the art that this is only Being to illustrate, protection scope of the present invention is defined by the appended claims.Those skilled in the art without departing substantially from On the premise of the principle of the present invention and essence, these embodiments can be made various changes or modifications, but these changes and Amendment each falls within protection scope of the present invention.

Claims (12)

1. a group network system, it is characterised in that described group network system includes:
First household electrical appliances group and the second household electrical appliances group;
Described first household electrical appliances group includes the first WAP and at least one first intelligent appliance, described first intelligent appliance with Described first WAP communication connection;
Described second household electrical appliances group includes the second WAP and at least one second intelligent appliance, described second intelligent appliance with Described second WAP communication connection;
Mobile networking module, for setting up communication connection with described first WAP, and by described first wireless access Point communicates with at least one first intelligent appliance described;When meeting switching condition, described mobile networking module disconnect with The communication connection of described first WAP, and set up communication connection with described second WAP, and by described the Two WAPs communicate with at least one second intelligent appliance described.
2. group network system as claimed in claim 1, it is characterised in that described switching condition includes following any one or group Close:
Distance between described mobile networking module and described second WAP is less than or equal to distance threshold;And/or,
First transmission quality is less than the second transmission quality;Described first transmission quality is described mobile networking module and described first Transmission quality between WAP, described second transmission quality is described mobile networking module and described second wireless access Transmission quality between point;And/or,
Described first transmission quality is more than or equal to transmission quality threshold;And/or,
Described mobile networking module receives the switching instruction that subscriber equipment sends.
3. group network system as claimed in claim 1, it is characterised in that described second intelligent appliance is provided with Zigbee node, institute State mobile networking module and also include Zigbee coordinator;
Communicate to connect unsuccessfully if described mobile networking module is set up with described second WAP, the most described Zigbee coordinator Enable described Zigbee node;Described mobile networking module and described second intelligent appliance set up described Zigbee network;
Described mobile networking module is communicated with described second intelligent appliance by described Zigbee node.
4. group network system as claimed in claim 3, it is characterised in that if described mobile networking module again with described second nothing Line access point sets up communication, and the most described Zigbee coordinator closes described Zigbee node.
5. group network system as claimed in claim 1, it is characterised in that described first intelligent appliance includes the first wireless module, Described first wireless module and described first WAP communication connection;
Described second intelligent appliance includes the second wireless module, described second wireless module and described second WAP communication Connect;
Described mobile networking module includes the 3rd wireless module, and described 3rd wireless module is used for and described first WAP Or described second WAP communication connection.
6. group network system as claimed in claim 5, it is characterised in that described second intelligent appliance also includes the second infrared receiving/transmission Device, with described second wireless module communication connection;
Described 3rd wireless module is additionally operable to send control instruction to described second wireless module;
Described second wireless module is for sending described control instruction to the most described second red after receiving described control instruction Outer R-T unit, described second infrared transceiver device for being converted to infrared waveform to control described second by described control instruction Intelligent appliance action.
7. group network system as claimed in claim 6, it is characterised in that described mobile networking module also includes detecting device, uses In detecting the ambient parameter residing for described first household electrical appliances group or described second household electrical appliances group, and refer to according to the detected value described control of generation Order.
8. group network system as claimed in claim 7, it is characterised in that described mobile networking module, is additionally operable to safeguard control plan Slightly, described control strategy includes the corresponding relation of environmental standard parameter and the information of control;
Described detection device, specifically for described ambient parameter is mated with described environmental standard parameter, if the match is successful, Then using described control information as described control instruction.
9. group network system as claimed in claim 6, it is characterised in that described group network system also includes that server and user set Standby;
Described subscriber equipment and described mobile networking module are all connected with described server communication;
Described server is for the IP address identical with described user equipment allocation for described mobile networking module;
Described subscriber equipment is used for generating described control instruction, and described control instruction is sent to described by described server Mobile networking module.
10. the group network system as described in any one in claim 6-9, it is characterised in that described control instruction includes opening Intelligent appliance instruction or closedown intelligent appliance instruction.
11. group network systems as claimed in claim 1, it is characterised in that described mobile networking module is sweeping robot.
12. group network systems as claimed in claim 1, it is characterised in that described first WAP includes that Wi-Fi is wireless and connects Access point and/or bluetooth WAP;
And/or, described second WAP includes Wi-Fi WAP and/or bluetooth WAP.
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CN105511429A (en) * 2015-12-01 2016-04-20 上海斐讯数据通信技术有限公司 Household IOT (Internet of Things) control system, application method, and building method

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CN107222376A (en) * 2017-05-12 2017-09-29 广东美的制冷设备有限公司 Multiple protocols of operation control device and method
WO2018205419A1 (en) * 2017-05-12 2018-11-15 广东美的制冷设备有限公司 Multiprotocol operation control device and method
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