CN106332313A

CN106332313A - Method for establishing wireless communication links, host machine of an air treatment device, and the master/slave extension devices

Info

Publication number: CN106332313A
Application number: CN201610862115.0A
Authority: CN
Inventors: 宗振龙; 徐延校; 赵爽; 张君宝
Original assignee: Qingdao Haier Air Conditioner Gen Corp Ltd
Current assignee: Qingdao Haier Air Conditioner Gen Corp Ltd
Priority date: 2016-09-29
Filing date: 2016-09-29
Publication date: 2017-01-11

Abstract

The invention provides a method for establishing wireless communication links and an extension device of an air treatment device. The method comprises the following steps: receiving the starting instruction sent by a host machine; starting the wireless communication function of the extension device; obtaining the service set identifier (SSID) and the password of a local wireless router; and establishing wireless communication links with the local wireless router through the use of the SSID and the password. According to the embodiments of the invention, the host machine of an air treatment device and the master/slave extension devices are also provided.

Description

For setting up the method for wireless communication link, the main frame of airhandling equipment and master/slave Expansion equipment

Technical field

The invention belongs to Smart Home field, particularly relate to a kind of for setting up at the method for wireless communication link, air The main frame of reason equipment and master/slave expansion equipment.

Background technology

Along with the raising of people's living standard, the requirement of air treatment system is improved by people the most day by day.Fig. 1 illustrates one Air treatment system, including the depurator body 10 of cylindrical structural, depurator bodies top is the air outlet without leaf of annular 102, depurator body bottom portion is air inlet 101 and is provided with blowdown apparatus, and depurator body 10 is internal is provided with control unit 20.Control The signal end of unit 20 processed is respectively with power supply unit 30, air cleaning member 40, sterili-sation unit 50, detector unit 60, humidification singly Unit 70 is connected with fragrant atmosphere unit 80.As in figure 2 it is shown, air cleaning member 40 includes air intake current-sharing stratum reticulare 401, high-efficiency air filtering Device (HEPA, High efficiency particulate air Filter) filter mesh layer 402, carbon fiber filter mesh layer 403 and work Property charcoal filter mesh layer 404, sterili-sation unit 50 include germicidal lamp and formaldehyde treated passage, detector unit 60 include Temperature Humidity Sensor, Noise detection device, formaldehyde examination device and air quality detecting device, humidifying unit 70 includes that humidifier, fragrant atmosphere unit 80 wrap Include edible fragrant atmosphere ejector.Depurator is the most internal is additionally provided with the wireless communication module communicated with mobile terminal or Cloud Server.

Fig. 3 illustrates the airhandling equipment of a kind of novel added expansion equipment, and this airhandling equipment includes main frame 100 and one or more expansion equipment 200.The top of main frame 100 and/or sidewall are provided with one or more expansion interface 11, expansion equipment 200 is electrically connected with main frame 100 by expansion interface 11.Main frame 100 is set with extension by expansion interface 11 Standby 200 communications.Although each expansion equipment all has wireless communication unit, but also needs to clear and definite this novel air that is applicable to and process The method carrying out radio communication with network of equipment.

Summary of the invention

In view of this, it is an object of the invention to propose a kind of method for setting up wireless communication link, it is adaptable to Novel air processing equipment and network set up wireless communication link, carry out radio communication.In order to some of embodiment disclosed Aspect has a basic understanding, shown below is simple summary.This summarized section is not extensive overview, is not to determine Key/critical component or describe the protection domain of these embodiments.Its sole purpose is to present by simple form Concept, in this, as the preamble of following detailed description.

In some alternative embodiments, the described method expansion for airhandling equipment for setting up wireless communication link Exhibition equipment, including: the enabled instruction that Receiving Host sends；Start the radio communication function of this expansion equipment；Obtain local wireless Service set SSID of router and password；Described SSID and password and local wireless router is utilized to set up wireless communication link Road.

In some alternative embodiments, obtain SSID and the password of local wireless router from user terminal UE, including: enter Enter access point ap mode and broadcast the SSID of this AP；Receive the SSID that sent of UE and the password accessing this AP, it is thus achieved that local nothing The SSID of line router and password.

In some alternative embodiments, described expansion equipment is main expansion equipment, sets up wireless with local wireless router Also include after communication link connecing remotely controlled step, including: receive the first message that network side sends, described first message Comprise user instruction；Send described first message to described main frame；Receive the described user instruction that described main frame sends, and perform Corresponding operating.

In some alternative embodiments, described execution corresponding operating includes information reporting, including: send reporting information to institute State main frame；Receive the 3rd message that described main frame sends, and send described 3rd message to network side；Described 3rd message comprises Described reporting information.

In some alternative embodiments, described expansion equipment is from expansion equipment, sets up wireless with local wireless router Also include after communication link connecing remotely controlled step, including: receive the user instruction that described main frame sends；By described user Instruction performs corresponding operating.

In some alternative embodiments, described execution corresponding operating includes request of data, including: send data request information To described main frame；Receiving the 4th message that described main frame sends, described 4th message comprises described data request information；Send institute State the 4th message to network side request data.

In other alternative embodiments, the described method for setting up wireless communication link is for airhandling equipment Main frame, including: receive the ID of main expansion equipment；Described main expansion equipment is carried out authentication；Send after being verified and start Instruction is to described main expansion equipment；Described enabled instruction is for starting the radio communication function of described main expansion equipment.

In some alternative embodiments, also include connecing remotely controlled step after sending enabled instruction, including: receive institute State the first message that main expansion equipment sends；Resolve described first message and obtain user instruction；Described user instruction is issued institute State main expansion equipment or from expansion equipment.

In other alternative embodiments, the described method for setting up wireless communication link is for air treatment system Main frame, including: receive mark ID from expansion equipment；Carry out authentication from expansion equipment to described and check main expansion equipment Connection with the machine；Authentication is passed through and main expansion equipment is connected with the machine, then send enabled instruction and set from extension to described Standby；Described enabled instruction is described from the radio communication function of expansion equipment for starting.

It is a further object to provide a kind of expansion equipment for airhandling equipment.

In some alternative embodiments, described expansion equipment includes wireless communication unit, also includes: main-machine communication unit, The enabled instruction sent for Receiving Host；Start unit, is used for starting described wireless communication unit；Acquiring unit, is used for obtaining Obtain service set SSID and the password of local wireless router；With, link establishment unit, it is used for utilizing described SSID and password Wireless communication link is set up with local wireless router.

In some alternative embodiments, described acquiring unit from user terminal UE obtain local wireless router SSID and Password, including: mode switch element, for this expansion equipment being switched into access point ap mode and broadcasting the SSID of this AP； With, information receiving unit, receive and access SSID and the password that the UE of this AP is sent, it is thus achieved that the SSID of local wireless router and Password.

In some alternative embodiments, described expansion equipment is main expansion equipment, and described main-machine communication unit is the first master Machine communication unit, described main expansion equipment also includes first network communication unit and the first performance element；Described first network leads to Letter unit, for receiving the first message that network side sends, described first message comprises user instruction；Described first main-machine communication Unit is additionally operable to send described first message to main frame, the described user instruction that Receiving Host sends；Described first performance element, For performing corresponding operating by described user instruction.

In some alternative embodiments, described first performance element performs information reporting by described user instruction, including: on Declaration form unit, is used for sending reporting information to main frame；Described main-machine communication unit is additionally operable to the 3rd message that Receiving Host sends, institute State first network communication unit to be additionally operable to send described 3rd message to network side；Described 3rd message comprises notifies on described Breath.

In some alternative embodiments, described expansion equipment is from expansion equipment, and described main-machine communication unit is the second master Machine communication unit, described also includes the second performance element from expansion equipment；Described second main-machine communication unit is additionally operable to receive master The user instruction that machine sends；Described second performance element, for performing corresponding operating by described user instruction.

In some alternative embodiments, described second performance element performs data request operation, bag by described customer instruction Include transmission data request information to the request of data unit of main frame；Described second main-machine communication unit is additionally operable to Receiving Host and sends The 4th message, described 4th message comprises described data request information；Described also include the second network service from expansion equipment Unit, sends described 4th message to network side request data.

It is also another object of the present invention to provide a kind of main frame for airhandling equipment.

In some alternative embodiments, described main frame includes: main expansion equipment communication unit and carry out main expansion equipment The main expansion equipment authentication unit of authentication；Described main expansion equipment communication unit is for receiving the mark of main expansion equipment ID, sends enabled instruction to main expansion equipment；Described enabled instruction is for starting the radio communication function of main expansion equipment.

In some alternative embodiments, described main expansion equipment communication unit is additionally operable to receive that main expansion equipment sends the One message, sends user instruction to main expansion equipment；Described main frame also include for resolve described first message obtain user refer to The message parsing unit of order.

In some alternative embodiments, described main expansion equipment communication unit be additionally operable to receive main expansion equipment on notify Breath, sends messages to main expansion equipment；Described main frame also includes message generation unit, comprises disappearing of reporting information for generating Breath.

In other alternative embodiments, described main frame includes: from expansion equipment communication unit, sets from extension for receiving Standby mark ID, sends enabled instruction to from expansion equipment；From expansion equipment authentication unit, for carrying out body to from expansion equipment Part checking；With, connect detector unit, for checking the connection of main expansion equipment and the machine；Described enabled instruction for start from The radio communication function of expansion equipment.

For above-mentioned and relevant purpose, one or more embodiments include will be explained in below and in claim In the feature that particularly points out.Description below and accompanying drawing describe some illustrative aspects in detail, and its instruction is only Some modes in the utilizable various modes of principle of each embodiment.Other benefit and novel features will along with under The detailed description in face is considered in conjunction with the accompanying and becomes obvious, the disclosed embodiments be intended to include all these aspect and they Equivalent.

Accompanying drawing explanation

Accompanying drawing herein is merged in description and constitutes the part of this specification, it is shown that meet the enforcement of the present invention Example, and for explaining the principle of the present invention together with description.

Fig. 1 is the schematic diagram of existing a kind of air treatment system；

Fig. 2 is the schematic diagram of air cleaning member in existing air treatment system；

Fig. 3 is the schematic diagram of a kind of novel air processing equipment；

Fig. 4-1 is the alternative embodiment schematic diagram that conductive component is connected with main frame；

Fig. 4-2 is an alternative embodiment schematic diagram of independent rammer structure；

Fig. 4-3 is the alternative embodiment schematic diagram that lock adhering mechanism is arranged；

Fig. 4-4 is an alternative embodiment schematic diagram of lock adhering mechanism structure；

Fig. 5 is the alternative embodiment schematic diagram that expansion equipment electrically connects with main frame；

Fig. 6 is an alternative embodiment schematic diagram of the internal switching circuit of main frame；

Fig. 7-1 is the optional implementing procedure schematic diagram that main expansion equipment sets up communication link；

Fig. 7-2 is another optional implementing procedure schematic diagram that main expansion equipment sets up communication link；

Fig. 7-3 is another optional implementing procedure schematic diagram that main expansion equipment sets up communication link；

Fig. 7-4 is the optional implementing procedure schematic diagram setting up communication link from expansion equipment；

Fig. 8-1 is that main expansion equipment connects a remotely controlled optional implementing procedure schematic diagram；

Fig. 8-2 is to connect a remotely controlled optional implementing procedure schematic diagram from expansion equipment；

Fig. 8-3 is the optional implementing procedure schematic diagram that main expansion equipment sends data/information；

Fig. 8-4 is an optional implementing procedure schematic diagram from expansion equipment request data/information；

Fig. 8-5 is another the optional implementing procedure schematic diagram from expansion equipment request data/information；

Fig. 9-1 is an alternative embodiment schematic diagram of expansion equipment；

Fig. 9-2 is an alternative embodiment schematic diagram of main frame；

Fig. 9-3 is another alternative embodiment schematic diagram of main frame.

Detailed description of the invention

The following description and drawings illustrate specific embodiments of the present invention fully, to enable those skilled in the art to Put into practice them.Other embodiments can include structure, logic, electric, process and other change.Embodiment Only represent possible change.Unless explicitly requested, otherwise individually components and functionality is optional, and the order operated is permissible Change.The part of some embodiments and feature can be included in or replace part and the feature of other embodiments.This The scope of bright embodiment includes the gamut of claims, and all obtainable equivalent of claims Thing.In this article, each embodiment can be represented by " inventing " individually or generally with term, and this is only used to conveniently, And if in fact disclosed the invention more than, it would be not meant to automatically limit this application in the range of any single invention Or inventive concept.Herein, the relational terms of such as first and second or the like be used only for by an entity or operation with Another entity or operating space separate, and do not require or imply the relation that there is any reality between these entities or operation Or order.And, term " includes ", " comprising " or its any other variant are intended to comprising of nonexcludability, thus Make to include that the process of a series of key element, method or equipment not only include those key elements, but also include being not expressly set out Other key elements, or also include the key element intrinsic for this process, method or equipment.In the feelings not having more restriction Under condition, statement " including ... " key element limited, it is not excluded that including the process of described key element, method or equipment In there is also other identical element.Each embodiment uses the mode gone forward one by one to describe herein, and each embodiment stresses Be all the difference with other embodiments, between each embodiment, identical similar portion sees mutually.For implementing For method, product etc. disclosed in example, due to its with embodiment disclosed in method part corresponding, so the comparison described is simple Single, relevant part sees method part and illustrates.

Fig. 3 illustrates a kind of novel airhandling equipment.The top of the main frame 100 of airhandling equipment is annular air mouth 310, the central authorities at annular air mouth 310 are provided with wireless power supply module 12, for for be placed on annular air mouth 310 central authorities External equipment provides wireless charging.Sidewall at main frame 100 is provided with one or more expansion interface 11, and expansion equipment 200 is led to Cross expansion interface 11 to be electrically connected with main frame 100.Main frame 100 is communicated with expansion equipment 200 by expansion interface 11.

In other alternative embodiments, main frame 100 is possible not only to communicate with expansion equipment 200 by expansion interface 11, Can also power for expansion equipment 200.In the annular air mouth structure shown in Fig. 3, air-flow is along external diameter blowout, therefore Wireless power supply module 12 is designed the most cleverly and merges in the middle position of annular air mouth 310, can minimal affect Air quantity, thus ensure on the premise of main frame 100 air output for expansion equipment 200 or other there is the equipment of wireless charging function Wireless charging is provided.

Wireless power supply module 12 includes power supply unit and electric energy wireless transmitting unit, and wherein, power supply unit is for electric energy Wireless transmitting unit output DC current, drives the work of electric energy wireless transmitting unit；Electric energy wireless transmitting unit and power supply unit It is connected, produces under driving at the electric current of power supply unit and carry out, according to default frequency of vibration, the electromagnetic wave that vibrates, and outwards Output.External equipment includes that electric energy radio receiving unit, exchange turn direct current component and energy storage unit, and wherein, electric energy is wireless Receive unit, with electric energy wireless transmitting unit wireless connections, there is the frequency of vibration identical with electric energy wireless transmitting unit, with electricity Can form magnetic resonance between wireless transmitting unit, described electric energy radio receiving unit is for electric energy wireless transmit described in real-time reception The electromagnetic wave that unit sends, then produces the faradic current of exchange, and passes to exchange and turn direct current component；Exchange turns direct current list Unit, is connected with electric energy radio receiving unit, in real time by alternating current impression electricity produced by described electric energy radio receiving unit Circulation is changed to DC current, is then charged energy storage unit；Energy storage unit, with exchange turn direct current component be connected Connect, turn the DC current of DC Module output for exchange described in real-time storage.

Those skilled in the art are it can be seen that alternative embodiment based on airhandling equipment shown in Fig. 3, it is also possible to leading The sidewall of machine 100 and/or the central authorities of top annular air outlet 310 are provided with expansion interface 11.Main frame 100 passes through expansion interface 11 communicate with expansion equipment 200.In other alternative embodiments, main frame 100 is possible not only to by expansion interface 11 and is extended Equipment 200 communicates, it is also possible to power for expansion equipment 200.

Based on the alternative embodiment shown in Fig. 3, it is arranged on the profile of the expansion interface 11 of main frame 100 top and/or sidewall Structure is to be depressed in the groove of main frame 100 top and sidewall, can accommodate expansion equipment 200 by such groove structure, make Obtain expansion equipment 200 more reliable and more stable with the connection of main frame 100.

Fig. 4-1 illustrates an optional enforcement structure of expansion interface, and groove 111 is made up of bottom and sidewall.At groove 111 Being internally provided with 4 conductive components 110, these 4 conductive components 110 can be metal bump.Conductive component in expansion interface 11 Accordingly, the electric connecting part of expansion equipment 200 is metal groove for the shape of 110 and structure.In some alternative embodiments, Metal bump is the cylindrical metal projection with setting height, or, metal bump is the hemispherical metal having and setting radius Protruding.Conductive component 110 uses the such structure of metal bump, is possible not only to realize being electrically connected of expansion equipment 200 and main frame 100 Connect, expansion equipment can also be positioned and fix simultaneously, both provide one stably may be used for main frame 100 and expansion equipment 200 Lean on electrically and mechanically, in turn simplify the structure of the expansion interface 11 of main frame 100.At some optional embodiments In, the interval between metal bump more than or equal to the height of metal bump, or, the interval between metal bump more than or etc. In the radius of metal bump, thus provide more preferable locating effect and fixed effect.

In the alternative embodiment shown in Fig. 4-1, conductive component 110 is arranged in a row/row and is arranged on the end of groove 111 Portion, each conductive component 110 is with main frame 100 and is rigidly connected.In further embodiments, conductive component 110 can also be in square Shape/rhombus is arranged on the bottom of groove 111, and each conductive component 110 is with main frame 100 and is rigidly connected.

In other alternative embodiments, the part in conductive component 110 can be connected with main frame 100 elasticity, its remaining part The conductive component 110 divided is connected with main frame 100 elasticity.Or, whole conductive components 110 are all connected with main frame 100 elasticity.Separately In some alternative embodiments, conductive component 110 can also be by the sidewall being uniformly arranged on groove 111, in conductive component 110 Partly or entirely it is connected with main frame 100 elasticity.

Conductive component 110 is connected with main frame 100 by elastic mechanism thus realizes being connected with the elastic of main frame.Described elasticity Mechanism includes but not limited to spring, shell fragment etc..The conductive component 110 being connected with main frame elasticity can be pushed away when by External Force Acting Entering in the cavity of main frame 100, the height of its projection can reduce.Conductive component 110 be connected with main frame 100 by rigid mechanism thus Realization is rigidly connected with main frame.Conductive component 110 rigidly connected with main frame, will not be pushed into master when by External Force Acting In the cavity of machine 100, therefore the height of its projection will not reduce because of External Force Acting.

Herein, the protruding height in the case of not being pushed conductive component is referred to as height of projection, to conductive component quilt Protruding height in the case of pushing is referred to as compressing height of projection.

In some alternative embodiments, height of projection L1 of conductive component rigidly connected with main frame is less than elastic with main frame Height of projection L2 of the conductive component connected, and more than compression height of projection L3 of the conductive component being connected with main frame elasticity.This Sample, in conductive component is arranged on the embodiment of bottom portion of groove, if some or all of conductive component 110 and main frame 100 Elastic connection, then, when expansion equipment 200 is inserted groove 111 by user, the conductive component 110 being connected with main frame elasticity sets in extension Standby 200 can be compressed by pressure, and realize all corresponding with in the expansion equipment 200 concave groove type metal of all conductive components 110 Contact contacts, it is achieved main frame 100 and the electrical connection of expansion equipment 200.Main frame 100 also includes locking mechanism, for will be with The conductive component 110 that main frame elasticity connects is locked in compressive state.When user takes expansion equipment away from main frame, can pass through Unlocking this locking mechanism makes the conductive component 110 being connected with main frame elasticity upspring, thus by expansion equipment 200 outside groove 111 Release.It can be seen that when some or all of conductive component is connected with main frame elasticity, be possible not only to realize expansion equipment and master The electrical connection of machine, it is also possible to position expansion equipment and fix, can also push away ejection groove simultaneously by expansion equipment.This Sample, the most only main frame and expansion equipment offer one is more reliable and more stable electrically and mechanically, also will extend for user Equipment takes out offer great convenience from main frame.In this alternative embodiment, conductive component had both been used as electrical connection mechanism, again It is used as location and fixed mechanism, is also act as rammer structure, thus greatly simplifies the structure of expansion interface on main frame.

In other alternative embodiments, it is also possible to the rammer structure of separate convex is set in the bottom of groove, such as Fig. 4-2 Shown in, this independent rammer structure 112 is connected with main frame 100 elasticity.In this embodiment, each conductive component 110 and main frame 100 Can be and be rigidly connected.When expansion equipment 200 is inserted groove 111 by user, rammer structure 112 is pressed expansion equipment 200 Pressure can be compressed.When user takes expansion equipment 200 away from main frame 100, rammer structure 112 will be upspring, thus extension be set Extrapolated to groove 111 for 200.In other alternative embodiments, it is also possible to part or all of conductive component 110 is arranged on The top of rammer structure 112, to simplify the structure of expansion interface.

In other alternative embodiments, can arrange lock adhering mechanism at the edge of groove, as shown in Fig. 4-3, being used for will Expansion equipment is secured firmly in groove.Lock adhering mechanism 113 is arranged at the edge of groove 111, coordinates rammer structure 112 to extension Equipment 200 is fixed.Expansion equipment 200 is put into the expansion interface 11 of main frame 100, by lock adhering mechanism 113 to extension Equipment 200 carries out locking and fixing, and when taking out expansion equipment 200, is released by rammer structure 112 and locks state, extension set Standby pushing away ejects groove 111.

One alternative embodiment of lock adhering mechanism 113 is as shown in Fig. 4-4, including having the ejector button 133 of cavity, and, Being positioned at steady pin 132 and the fixing spring 131 of described ejector button 133 cavity, described fixing spring 131 coaxial sleeve is described Steady pin 132 is outside.In conjunction with Fig. 4-3, Fig. 4-4, after expansion equipment 200 puts into the expansion interface 11 of main frame 100, rammer structure In 112 cavitys being pushed into main frame 100, the fixing spring 131 of lock adhering mechanism 113 drives steady pin 132 to eject downwards, blocks expansion Exhibition equipment 200, is secured firmly to expansion equipment 200 in groove 111.When needs take out expansion equipment 200 from main frame 100 Time, press the ejector button 133 of lock adhering mechanism 113, the fixing spring 131 in lock adhering mechanism 113 drives steady pin 132 upwards to receive Returning, rammer structure 112 outwards ejects, and expansion equipment 200 is extrapolated to groove 111.This lock adhering mechanism simple in construction, it is easy to real Show and good reliability.

Fig. 5 illustrates the alternative embodiment that expansion equipment 200 is electrically connected with main frame 100 by expansion interface 11.This can Selecting in embodiment, each conductive component of expansion interface 11 is as a pin (Pin), and expansion equipment 200 passes through expansion interface The conductive component of 11 and microcontroller (MCU, Microcontroller Unit) 13 electrical connection in main frame 100.

In the alternative embodiment shown in Fig. 4-1, expansion interface 11 includes 4 conductive components 110, but people in the art Member is fully able to find out, the quantity of conductive component can set flexibly according to different demands.Optional in conjunction with shown in Fig. 5 Embodiment, expansion interface can arrange 2 conductive components, and a conductive component is used as data (data) Pin, is used for transmitting serial Data；Another conductive component is used as clock (clock) Pin, for clock signal transmission.Expansion equipment 200 and main frame 100 it Between carry out internal integrated circuit (I2C, Inter-Integrated Circuit) bus transfer by 2 conductive components, it is achieved Communication.In other alternative embodiments, expansion interface can arrange 4 conductive components, and wherein 2 conductive components are used for carrying out I2C bus transfer, in other 2 conductive components is used as power supply (power) Pin, and another is used as ground connection (ground) Pin.Main frame 100 is that expansion equipment 200 is powered by power supply Pin and ground connection Pin.

In some alternative embodiments, expansion interface can arrange 2 conductive components, and each conductive component is multiple by the time-division With, thus there is multiple function.Such as, the first conductive component as data Pin is also used as power supply Pin or ground connection Pin, correspondingly, the second conductive component as clock Pin is also used as ground connection Pin or power supply Pin.In time period t 1- T2, the first conductive component electrically connects with the serial data bus within main frame and is used as data Pin, and the second conductive component and main frame Internal clock bus electrical connection is used as clock Pin, then in first time period t1-t2, main frame communicates with expansion equipment. In the second time period t 2-t3, the first conductive component electrically connects with the power end within main frame and is used as power supply Pin, and the second conduction Parts electrically connect with the earth terminal within main frame and are used as ground connection Pin, then in time period t 2-t3, main frame is that expansion equipment is powered.

Fig. 6 illustrates that a kind of optional conductive component connects the circuit structure of switching, can arrange switching switch inside main frame 230, for the first conductive component 110 is electrically connected with the serial data bus 240 within main frame and simultaneously by the second conductive part Part 110 electrically connects 250 with clock bus main frame within simultaneously, or, by the ground connection within the first conductive component 110 and main frame Second conductive component 110 is also electrically connected with the power end 270 within main frame by end 260 electrical connection simultaneously.The internal employing of main frame is cut The circuit structure changing switch realizes the time division multiplex of conductive component, it is possible to effectively simplify the structure of expansion interface.

In the alternative embodiment shown in Fig. 3, expansion equipment 200 all includes wireless communication unit.Expansion equipment 200 is passed through After expansion interface 11 electrically connects with main frame 100, communicated with main frame 100 by conductive component 110, and by radio communication list Unit and network side set up wireless communication link, carry out radio communication.In some alternative embodiments, expansion equipment is divided into main expansion Exhibition equipment and from expansion equipment, the two sets up wireless communication link with network side and the flow process with network-side communication can be not With, it is also possible to it is identical.Wherein, main expansion equipment can be arranged the most flexibly, includes but not limited to it is air matter Amount detector, multimedia player etc.；Can also arrange the most flexibly from expansion equipment, include but not limited to it is multimedia Player, air quality detector etc..

The main expansion equipment that shows Fig. 7-1 accesses wireless network and sets up an optional implementing procedure of communication link.

After main expansion equipment is electrically connected by expansion interface with main frame, main expansion equipment is identified (ID, Identity) Being sent to main frame (step S101), main frame carries out authentication (step S102) after receiving the ID of main expansion equipment, is verified Aft engine sends enabled instruction to main expansion equipment to start the wireless communication unit (step S103) of main expansion equipment.Main extension Equipment enters access point (AP, Access Point) pattern (step S104) after starting wireless communication unit.User terminal (UE, User Equipment), include but not limited to mobile phone, computer, panel computer, TV etc., set up with main expansion equipment and communicate Link (step S105), then by the service set (SSID, Service Set Identifier) of local wireless router It is sent to main expansion equipment (step S106) with password (password).Main expansion equipment receives the SSID of local wireless router After password, exit ap mode (step S107), and set up the communication link (step S108) with local wireless router, SSID and password of local wireless router is sent to main frame (step S109).Main frame receives the main expansion equipment of preservation and sends out SSID and password (step S110) of the local wireless router sent.

Wherein, in step S105, UE and main expansion equipment set up communication link, including: main expansion equipment broadcasts it as AP The corresponding relation of SSID Yu password that SSID, UE can prestore from this locality after obtaining the SSID of main expansion equipment obtains this Password corresponding to SSID, or can also remotely obtain the password corresponding to this SSID from network side, and access Main expansion equipment AP, sets up the communication link with main expansion equipment AP.

The main expansion equipment that shows Fig. 7-2 accesses wireless network and sets up another optional implementing procedure of communication link.

After main expansion equipment is electrically connected by expansion interface with main frame, its ID is sent to main frame (step by main expansion equipment S101), main frame carries out authentication (step S102) after receiving the ID of main expansion equipment, is verified aft engine and sends startup and refer to Make to main expansion equipment to start the wireless communication unit (step S103) of main expansion equipment.Main expansion equipment starts radio communication Ap mode (step S104) is entered after unit.UE and main expansion equipment set up communication link (step S105), then by this locality nothing SSID and password of line router is sent to main expansion equipment (step S106).Main expansion equipment receives local wireless route After SSID and password of device, SSID and password of local wireless router is sent to main frame (step S109), and Exit ap mode (step S107), set up the communication link (step S108) with local wireless router.Main frame receives and preserves master SSID and password (step S110) of the local wireless router that expansion equipment sends.

The main expansion equipment that shows Fig. 7-3 accesses wireless network and sets up another optional implementing procedure of communication link.

After main expansion equipment is electrically connected by expansion interface with main frame, its ID is sent to main frame (step by main expansion equipment S101), main frame carries out authentication (step S102) after receiving the ID of main expansion equipment, is verified aft engine and sends startup and refer to Make to main expansion equipment to start the wireless communication unit (step S103) of main expansion equipment.In this alternative embodiment, start Instruction carries SSID and password of local wireless router.Main expansion equipment receives the SSID of local wireless router With access local wireless router after password, set up the communication link (step S108) with local wireless router.

Fig. 7-4 shows that accessing wireless network from expansion equipment sets up an optional implementing procedure of communication link.

After expansion equipment is electrically connected by expansion interface with main frame, from expansion equipment, its ID is sent to main frame (step S201), main frame receives and carries out authentication (step 202) after the ID of expansion equipment, after being verified, and the main extension of Host Detection Whether equipment is connected (step S203) with the machine.If main expansion equipment is connected with main frame, then main frame send enabled instruction to From expansion equipment to start the wireless communication unit (step S204) of main expansion equipment.In this alternative embodiment, enabled instruction In carry SSID and password of local wireless router.From expansion equipment receive local wireless router SSID and After password, access local wireless router, set up the communication link (step S205) with local wireless router.

In above-mentioned alternative embodiment, first carry out step S202 perform step S203 again, also may be used in other alternative embodiment Perform step S202 again first carrying out step S203, or step S202 and step S203 can also be performed simultaneously.

After expansion equipment access local router sets up communication link, transmission message sum can be communicated with network side According to.Fig. 8-1 shows that main expansion equipment accepts the optional implementing procedure that UE remotely controls.

The operation of main expansion equipment is controlled by user by application program (APP) input on the UE such as mobile phone, panel computer After instruction, this operation control instruction can be encapsulated into message by UE.UE sends and comprises the message of control instruction to network side (step S601), network side forwards that message to main expansion equipment (step S602), and the message that network side sends is turned by main expansion equipment Issue main frame (step S603).Message can be carried out resolving acquisition operation control instruction (step S604) therein by main frame, and will Operation control instruction is sent to main expansion equipment (step S605).Main expansion equipment will perform corresponding after receiving operation control instruction Operation (step S606).Status information current for airhandling equipment can be encapsulated into message by main frame, transmits the message to main Expansion equipment (step S607), main expansion equipment forwards the message to network side (step S608), and network transmits the message to UE (step Rapid S609).UE can present the current operating conditions of airhandling equipment to user after resolving message.

Fig. 8-2 shows and accepts, from expansion equipment, the optional implementing procedure that UE remotely controls.

User is controlled from the operation of expansion equipment by application program (APP) input on the UE such as mobile phone, panel computer After instruction, this operation control instruction can be encapsulated into message by UE.UE sends and comprises the message of control instruction to network side (step S701), network side forwards that message to main expansion equipment (step S702), and the message that network side sends is turned by main expansion equipment Issue main frame (step S703).Message can be carried out resolving acquisition operation control instruction (step S704) therein by main frame, and will Operation control instruction is sent to from expansion equipment (step S705).To perform corresponding after expansion equipment receives operation control instruction Operation (step S706).Status information current for airhandling equipment can be encapsulated into message by main frame, transmits the message to main Expansion equipment (step S707), main expansion equipment forwards the message to network side (step S708), and network transmits the message to UE (step Rapid S709).UE can present the current operating conditions of airhandling equipment to user after resolving message.

Fig. 8-3 shows that main expansion equipment sends an optional implementing procedure of data/information to UE.

Main expansion equipment gathers related data information (step S801), and the data message of collection is issued main frame (step S802).The data message that main expansion equipment sends can be encapsulated into message (step S803) by main frame, transmits the message to main extension Equipment (step S804), main expansion equipment forwards the message to network side (step S805), and network transmits the message to UE (step S806).UE can present described data message to user after resolving message.

Fig. 8-4 shows from expansion equipment to an optional implementing procedure of network side request data/information.

Request of data (step S901) is sent to main frame from expansion equipment.Main frame receives the data sent from expansion equipment and asks After asking, request of data can be encapsulated into message.Main frame sends and comprises the message of request of data to from expansion equipment (step S902), Network side (step S903) is forwarded the message to from expansion equipment.After network side resolves message, incite somebody to action according to from the request of expansion equipment Relevant data are sent to from expansion equipment (step S904).

Fig. 8-5 shows from expansion equipment to an optional implementing procedure of network side request data/information.

Request of data (step S901) is sent to main frame from expansion equipment.Main frame receives the data sent from expansion equipment and asks After asking, request of data can be encapsulated into message.Main frame sends and comprises the message of request of data to main expansion equipment (step S1002), main expansion equipment forwards the message to network side (step S1003).After network side resolves message, according to from expansion equipment Request relevant data are sent to from expansion equipment (step S904).

Disclosing a kind of method for setting up wireless communication link in some alternative embodiments, the method sets for extension Standby, including: the enabled instruction that Receiving Host sends；Start the radio communication function of this expansion equipment；Acquisition local wireless route SSID and password of device；Described SSID and password and local wireless router is utilized to set up wireless communication link.

In some alternative embodiments, described enabled instruction comprises SSID and password of local wireless router, solves Analyse described enabled instruction and obtain SSID and the password of local wireless router.

In some alternative embodiments, obtain SSID and password of local wireless router from UE, including: enter AP Pattern also broadcasts the SSID of this AP；Receive and access SSID and password that the UE of this AP is sent, it is thus achieved that local wireless route The SSID of device and password.

In some alternative embodiments, after UE obtains SSID and password, also include the SSID sending local wireless router Described main frame is given with password.

In some alternative embodiments, before receiving described enabled instruction, also include that the ID sending this expansion equipment is to described master Machine.

In some alternative embodiments, also include after sending enabled instruction receiving and preserve what described main expansion equipment sent SSID and password.

In other alternative embodiments, the described method for setting up wireless communication link is for air treatment system Main frame, including: receive the ID from expansion equipment；To described from expansion equipment carry out authentication and check main expansion equipment with this The connection of machine；Authentication is passed through and main expansion equipment is connected with the machine, then send enabled instruction to described from expansion equipment；Institute State enabled instruction described from the radio communication function of expansion equipment for starting.

In some alternative embodiments, described enabled instruction comprises SSID and password of local wireless router.

Fig. 9-1 illustrates the alternative embodiment of a kind of expansion equipment, and in this alternative embodiment, expansion equipment includes radio communication Unit 901, also includes: for the main-machine communication unit 902 of the enabled instruction that Receiving Host sends, be used for starting described channel radio The start unit 903 of letter unit 901, for obtaining the acquiring unit 904 of SSID and password of local wireless router, With, utilize described SSID and password and local wireless router to set up the link establishment unit 905 of wireless communication link.

In some alternative embodiments, described enabled instruction comprises SSID and password of local wireless router, institute State acquiring unit 904 and resolve SSID and password of described enabled instruction acquisition local wireless router.

In some alternative embodiments, described acquiring unit 904 from UE obtain local wireless router SSID and Password, including: mode switch element, for this expansion equipment being switched into access point ap mode and broadcasting this AP's SSID；With, information receiving unit, accesses, for receiving, SSID and password that the UE of this AP is sent, it is thus achieved that local wireless SSID and password of router.

In some alternative embodiments, described main-machine communication unit 902 is additionally operable to send the SSID of local wireless router With password to main frame.

In some alternative embodiments, described main-machine communication unit 902 is additionally operable to send the ID of this expansion equipment to main frame.

In some alternative embodiments, described expansion equipment is main expansion equipment, and described main-machine communication unit 902 is first Main-machine communication unit, described main expansion equipment also includes first network communication unit and the first performance element；Wherein, described first Network communication unit is for receiving the first message that network side sends, and described first message comprises user instruction；Described first is main Machine communication unit is additionally operable to send described first message to main frame, the described user instruction that Receiving Host sends；Described first holds Row unit is for performing corresponding operating by described user instruction.

In some alternative embodiments, described first performance element performs information reporting by described user instruction, including using Unit is reported to main frame in sending reporting information,；Described main-machine communication unit is additionally operable to the 3rd message that Receiving Host sends, Described first network communication unit is additionally operable to send described 3rd message to network side；Described 3rd message comprises notifies on described Breath.

In some alternative embodiments, described expansion equipment is from expansion equipment, and described main-machine communication unit 902 is second Main-machine communication unit, described also includes the second performance element from expansion equipment；Described second main-machine communication unit is additionally operable to receive The user instruction that main frame sends；Described second performance element is for performing corresponding operating by described user instruction.

In some alternative embodiments, described second performance element performs data request operation, bag by described customer instruction Include transmission data request information to the request of data unit of main frame；Described second main-machine communication unit is additionally operable to Receiving Host and sends The 4th message, described 4th message comprises described data request information；Described also include the second network service from expansion equipment Unit, is used for sending described 4th message to network side request data.

Fig. 9-2 illustrates an alternative embodiment of main frame.

In this alternative embodiment, main frame includes main expansion equipment communication unit 201 and main expansion equipment is carried out identity tests The main expansion equipment authentication unit 202 of card；Described main expansion equipment communication unit 201, for receiving the ID of main expansion equipment, is sent out Send enabled instruction to main expansion equipment；Described enabled instruction is for starting the radio communication function of main expansion equipment.

In some alternative embodiments, described main expansion equipment communication unit 201 is additionally operable to receive main expansion equipment and sends The first message, send user instruction to main expansion equipment；Described main frame also includes for resolving described first message acquisition use The message parsing unit of family instruction.

In some alternative embodiments, described main expansion equipment communication unit 201 is additionally operable to receive main expansion equipment and sends SSID and password；Described main frame also includes memory element, for preserve main expansion equipment send SSID and password。

In some alternative embodiments, described main expansion equipment communication unit 201 is additionally operable to receive the upper of main expansion equipment Notify breath, send messages to main expansion equipment；Described main frame also includes message generation unit, comprises reporting information for generating Message.

Fig. 9-3 illustrates another alternative embodiment of main frame.

In this alternative embodiment, described main frame includes from expansion equipment communication unit 301, from expansion equipment authentication unit 302 and connect detector unit 303.From expansion equipment communication unit 301 for receiving mark ID from expansion equipment, send and start Instruction is given from expansion equipment；From expansion equipment authentication unit 302 for carrying out authentication to from expansion equipment, connect detection single Unit 303 is for checking the connection of main expansion equipment and the machine, and described enabled instruction is for starting the radio communication from expansion equipment Function.

In some alternative embodiments, described main frame also includes: main expansion equipment communication unit, is used for receiving main extension and sets The first message that preparation is sent；With, message parsing unit, it is used for resolving described first message and obtains user instruction；Described from extension Equipment communication unit 301 is additionally operable to send user instruction to from expansion equipment.

In some alternative embodiments, described it is additionally operable to receive from the number of expansion equipment from expansion equipment communication unit 301 According to solicited message, send messages to from expansion equipment；Described main frame also includes message generation unit, and comprising data for generation please Seek the message of information.

In some alternative embodiments, disclose a kind of for connecing remotely controlled method.The method is used for air-treatment The main expansion equipment of equipment, including: receiving the first message that network side sends, described first message comprises user instruction；Send Described first message is to main frame.

In some alternative embodiments, send described first message to main frame after, also include: receive described main frame send Described user instruction, and perform corresponding operating.

In some alternative embodiments, send described first message to main frame after, also include: receive described main frame send Second message, and described second message is sent to network side；Wherein, described second message comprise described airhandling equipment work as Front status information.

In some alternative embodiments, also include: within the setting time, do not receive described second message the most again send institute State the first message to described main frame.

In some alternative embodiments, before receiving described first message, also include the step setting up wireless communication link, bag Include: receive the enabled instruction that described main frame sends；Start the radio communication function of this expansion equipment；Obtain local wireless router SSID and password；Described SSID and password and local wireless router is utilized to set up wireless communication link.

In other alternative embodiments, described for connecing remotely controlled method for from expansion equipment, the method Including: the user instruction that Receiving Host sends；Corresponding operating is performed by described user instruction.

In some alternative embodiments, before receiving described user instruction, also include the step setting up wireless communication link, bag Include: receive the enabled instruction that described main frame sends；Start the radio communication function of this expansion equipment；Obtain local wireless router SSID and password；Described SSID and password and local wireless router is utilized to set up wireless communication link.

In other alternative embodiments, described for connecing remotely controlled method for main frame, including: receive main expansion The first message that exhibition equipment sends；Resolve described first message and obtain user instruction；Send described user instruction to described main expansion Exhibition equipment or from expansion equipment.

In some alternative embodiments, send described user instruction to described main expansion equipment or after expansion equipment, also Including: send the second message to described main expansion equipment；Wherein, described second message comprises the current shape of described airhandling equipment State information.

In some alternative embodiments, also include setting up wireless communication link before receiving the first message that main expansion equipment sends The step on road, including: receive the ID of described main expansion equipment；Described main expansion equipment is carried out authentication；After being verified Send enabled instruction to described main expansion equipment；Described enabled instruction is for starting the radio communication merit of described main expansion equipment Energy.

In other alternative embodiments, disclose a kind of main expansion equipment, including: first network communication unit, it is used for connecing Receiving the first message that network side sends, described first message comprises user instruction；With, the first main-machine communication unit, it is used for sending Described first message is to main frame.

In some alternative embodiments, described first main-machine communication unit is additionally operable to the user instruction that Receiving Host sends, Described main expansion equipment also includes: the first performance element, for performing corresponding operating by user instruction.

In some alternative embodiments, described first performance element press user instruction perform information reporting operation, including on Declaration form unit, is used for sending reporting information to main frame；What described first main-machine communication unit was additionally operable to that Receiving Host sends the 3rd disappears Breath, described first network communication unit is additionally operable to send described 3rd message to network side；Described 3rd message comprises on described Notify breath.

In some alternative embodiments, described first main-machine communication unit is additionally operable to the second message that Receiving Host sends, Described first network communication unit is additionally operable to send described second message to network side；Wherein, described second message comprises air Processing equipment current state information.

In some alternative embodiments, also include that timing unit, described first main-machine communication unit are additionally operable to when setting In do not receive described second message and the most again send described first message to main frame.

In some alternative embodiments, described first main-machine communication unit is additionally operable to the enabled instruction that Receiving Host sends； Described main expansion equipment also includes: start unit, for starting the wireless communication unit of this expansion equipment；Acquiring unit, is used for Obtain SSID and the password of local wireless router；With, link establishment unit, it is used for utilizing described SSID and password and local nothing Line router sets up wireless communication link.

In other alternative embodiments, disclose a kind of from expansion equipment, including: the second main-machine communication unit, it is used for connecing Receive the user instruction that main frame sends；With, the second performance element, for performing corresponding operating by user instruction.

In some alternative embodiments, described second performance element is pressed user instruction and is performed data request operation, including sending out Send data request information to the request of data unit of main frame；Described second main-machine communication unit is additionally operable to that Receiving Host sends Four message, described 4th message comprises described data request information；Described also include the second network communication unit from expansion equipment, For sending described 4th message to network side request data.

In some alternative embodiments, described second main-machine communication unit is additionally operable to the enabled instruction that Receiving Host sends； Described also include from expansion equipment: start unit, for starting the wireless communication unit of this expansion equipment；Acquiring unit, is used for Obtain SSID and the password of local wireless router；With, link establishment unit, it is used for utilizing described SSID and password and local nothing Line router sets up wireless communication link.

In other alternative embodiments, disclose a kind of main frame, including: main expansion equipment communication unit, it is used for receiving master The first message that expansion equipment sends, sends user instruction to main expansion equipment；Message parsing unit, is used for resolving described first Message obtains user instruction.

In some alternative embodiments, described main expansion equipment communication unit is additionally operable to send the second message and sets to main extension Standby；Wherein, described second message comprises described airhandling equipment current state information.

In some alternative embodiments, described main frame also includes the main extension for main expansion equipment carries out authentication Device authentication unit；Described main expansion equipment communication unit is additionally operable to receive mark ID of main expansion equipment, sends enabled instruction To main expansion equipment；Described enabled instruction is for starting the radio communication function of main expansion equipment.

In other alternative embodiments, disclosing a kind of method for information reporting, the method sets for air-treatment Standby main expansion equipment, including: send reporting information to main frame；Receiving the 3rd message that described main frame sends, the described 3rd disappears Breath comprises described reporting information；And, send described 3rd message to network side.

In some alternative embodiments, described reporting information is air quality information.

In some alternative embodiments, also include connecing remotely controlled step before sending reporting information, including: receive net The first message that network side sends, described first message comprises user instruction；Send described first message to described main frame.

In other alternative embodiments, disclosing a kind of method for request of data, the method is used for from expansion equipment, Including: send data request information to main frame；Receiving the 4th message that described main frame sends, described 4th message comprises described number According to solicited message；Send described 4th message to network side request data.

In some alternative embodiments, also include after sending described 4th message: receive the data that network side sends.

In some alternative embodiments, also include after sending described 4th message: within the setting time, do not receive network side The data sent send data request information the most again.

In some alternative embodiments, described data are multi-medium data.

In some alternative embodiments, send data request information to described main frame before, also include connecing remotely controlled Step, including: receive the user instruction that described main frame sends；Corresponding operating is performed by described user instruction.

In some alternative embodiments, also include setting up wireless communication link before receiving the user instruction that described main frame sends Step, including: receive described main frame send enabled instruction；Start the radio communication function of this expansion equipment；Obtain this locality The SSID of wireless router and password；Described SSID and password and local wireless router is utilized to set up wireless communication link.

In other alternative embodiments, disclosing a kind of method for information reporting, the method is used for main frame, including: Receive main expansion equipment or from the reporting information of expansion equipment；Reporting information is encapsulated into message, and sends described message to master Expansion equipment.

In some alternative embodiments, receive the main expansion equipment of airhandling equipment or from the reporting information of expansion equipment Before also include connecing remotely controlled step, including: receive main expansion equipment send the first message；Resolve described first message Obtain user instruction；Described user instruction is issued described main expansion equipment or from expansion equipment.

In some alternative embodiments, also include setting up wireless communication link before receiving the first message that main expansion equipment sends The step on road, including: receive the ID of main expansion equipment；Described main expansion equipment is carried out authentication；Send after being verified Described main expansion equipment is given in enabled instruction；Described enabled instruction is for starting the radio communication function of described main expansion equipment.

In other alternative embodiments, disclosing a kind of method for request of data, the method is used for main frame, including: Receive the data request information sent from expansion equipment；Data request information is encapsulated into message, and sends described message to institute State from expansion equipment.

In some alternative embodiments, receive and also include setting up channel radio before the data request information that expansion equipment sends The step of letter link, including: receive mark ID from expansion equipment；Carry out authentication from expansion equipment to described and check master Expansion equipment and the connection of the machine；Authentication is passed through and main expansion equipment is connected with the machine, then send enabled instruction to described From expansion equipment；Described enabled instruction is described from the radio communication function of expansion equipment for starting.

In other alternative embodiments, disclose a kind of main expansion equipment, including: report unit, notify on sending Breath is to main frame；First main-machine communication unit, for Receiving Host send the 3rd message, described 3rd message comprise described in report Information；With, first network communication unit, it is used for sending described 3rd message to network side.

In some alternative embodiments, described first network communication unit is additionally operable to receive the first of network side transmission and disappears Breath, described first message comprises user instruction；Described first main-machine communication unit is additionally operable to send described first message to main frame.

In some alternative embodiments, described first main-machine communication unit is additionally operable to the enabled instruction that Receiving Host sends； Described main expansion equipment also includes: start unit, for starting the wireless communication unit of this expansion equipment；Acquiring unit, is used for Obtain SSID and password of local wireless router；With, link establishment unit, it is used for utilizing described SSID and password Wireless communication link is set up with local wireless router.

In other alternative embodiments, disclose a kind of from expansion equipment, including: request of data unit, it is used for sending number According to solicited message to main frame；Second main-machine communication unit, the 4th message sent for Receiving Host, described 4th message comprises Described data request information；With, the second network communication unit, it is used for sending described 4th message to network side request data.

In some alternative embodiments, described second network communication unit is additionally operable to receive the data that network side sends.

In some alternative embodiments, also include timing unit, described second network communication unit within the setting time not Receive the data that network side sends, trigger described request of data unit and again send data request information.

In some alternative embodiments, described data are multi-medium data.

In some alternative embodiments, described second main-machine communication unit is additionally operable to the user instruction that Receiving Host sends； Described also include the second performance element from expansion equipment, for performing corresponding operating by described user instruction.

In other alternative embodiments, disclose a kind of main frame, including: main expansion equipment communication unit, it is used for receiving master The reporting information of expansion equipment, sends messages to main expansion equipment；With, message generation unit, comprise reporting information for generation Message.

In some alternative embodiments, described main expansion equipment communication unit is additionally operable to receive that main expansion equipment sends the One message, sends user instruction to main expansion equipment；Described main frame also includes message parsing unit, is used for resolving described first and disappears Breath obtains user instruction.

In other alternative embodiments, disclose a kind of main frame, including: from expansion equipment communication unit, for receive from The data request information of expansion equipment, sends messages to from expansion equipment；With, message generation unit, comprise data for generation The message of solicited message.

In some alternative embodiments, described it is additionally operable to receive from the mark of expansion equipment from expansion equipment communication unit ID, sends enabled instruction to from expansion equipment；Described enabled instruction is for starting the radio communication function from expansion equipment；Described Main frame also includes: from expansion equipment authentication unit, for carrying out authentication to from expansion equipment；With, connect detector unit, use In the connection checking main expansion equipment and the machine.

In the exemplary embodiment, a kind of non-transitory computer-readable recording medium including instruction, example are additionally provided As included the memorizer of instruction, above-mentioned instruction can have been performed previously described method by processor.Above-mentioned non-transitory meter Calculation machine readable storage medium storing program for executing can be read only memory (Read Only Memory, ROM), random access memory (Random Access Memory, RAM), tape and light storage device etc..

Those of ordinary skill in the art are it is to be appreciated that combine the list of each example that the embodiments described herein describes Unit and algorithm steps, it is possible to being implemented in combination in of electronic hardware or computer software and electronic hardware.These functions are actually Perform with hardware or software mode, depend on application-specific and the design constraint of technical scheme.Those of skill in the art Each specifically should being used for can be used different methods to realize described function, but this realization is it is not considered that exceed The scope of the present invention.Those skilled in the art is it can be understood that arrive, for convenience and simplicity of description, and foregoing description The specific works process of system, device and unit, is referred to the corresponding process in preceding method embodiment, the most superfluous at this State.

In embodiments disclosed herein, it should be understood that disclosed method, product (include but not limited to device, set Standby etc.), can realize by another way.Such as, device embodiment described above is only schematically, such as, The division of described unit, is only a kind of logic function and divides, and actual can have other dividing mode when realizing, the most multiple Unit or assembly can in conjunction with or be desirably integrated into another system, or some features can be ignored, or does not performs.Another Point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, device or The INDIRECT COUPLING of unit or communication connection, can be electrical, machinery or other form.The described list illustrated as separating component Unit can be or may not be physically separate, and the parts shown as unit can be or may not be physics Unit, i.e. may be located at a place, or can also be distributed on multiple NE.Can select according to the actual needs Some or all of unit therein realizes the purpose of the present embodiment scheme.It addition, each in each embodiment of the present invention Functional unit can be integrated in a processing unit, it is also possible to is that unit is individually physically present, it is also possible to two or two Individual above unit is integrated in a unit.

It should be appreciated that the invention is not limited in flow process described above and illustrated in the accompanying drawings and structure, And various modifications and changes can carried out without departing from the scope.The scope of the present invention is only limited by appended claim System.

Claims

1. for the method setting up wireless communication link, for the expansion equipment of airhandling equipment, it is characterised in that bag Include:

The enabled instruction that Receiving Host sends；

Start the radio communication function of this expansion equipment；

Obtain service set SSID and the password of local wireless router；

Described SSID and password and local wireless router is utilized to set up wireless communication link.

2. the method for claim 1, it is characterised in that described enabled instruction comprise local wireless router SSID and Password, resolves described enabled instruction and obtains SSID and the password of local wireless router.

3. the method for claim 1, it is characterised in that from user terminal UE obtain local wireless router SSID and Password.

4. method as claimed in claim 3, it is characterised in that also include after UE obtains SSID and password: send local nothing Described main frame given by the SSID of line router and password.

5. the method as described in any one of Claims 1-4, it is characterised in that also include before receiving described enabled instruction: send Mark ID of this expansion equipment gives described main frame.

6. the method as described in any one of Claims 1-4, it is characterised in that described expansion equipment is main expansion equipment, with this Ground wireless router also includes connecing remotely controlled step after setting up wireless communication link.

7. method as claimed in claim 6, it is characterised in that described execution corresponding operating includes information reporting.

8. method as claimed in claim 1 or 2, it is characterised in that described expansion equipment is from expansion equipment, with local wireless Router also includes connecing remotely controlled step after setting up wireless communication link.

9. method as claimed in claim 8, it is characterised in that described execution corresponding operating includes request of data.

10. for the method setting up wireless communication link, for the main frame of airhandling equipment, it is characterised in that including:

Receive mark ID of main expansion equipment；

Described main expansion equipment is carried out authentication；

Enabled instruction be sent to described main expansion equipment after being verified；

Described enabled instruction is for starting the radio communication function of described main expansion equipment.

11. methods as claimed in claim 10, it is characterised in that also include connecing remotely controlled step after sending enabled instruction Suddenly.

12. methods as claimed in claim 10, it is characterised in that also include after sending enabled instruction: receive and preserve described The SSID of main expansion equipment transmission and password.

13. 1 kinds are used for the method setting up wireless communication link, for the main frame of air treatment system, it is characterised in that including:

Receive mark ID from expansion equipment；

Carry out authentication from expansion equipment to described and check the connection of main expansion equipment and the machine；

Authentication is passed through and main expansion equipment is connected with the machine, then send enabled instruction to described from expansion equipment；

Described enabled instruction is described from the radio communication function of expansion equipment for starting.

14. methods as claimed in claim 13, it is characterised in that also include connecing remotely controlled step after sending enabled instruction Suddenly.

15. methods as described in any one of claim 10 to 14, it is characterised in that described enabled instruction comprises local wireless road By service set SSID and the password of device.

16. 1 kinds of expansion equipments for airhandling equipment, including wireless communication unit, it is characterised in that also include:

Main-machine communication unit, the enabled instruction sent for Receiving Host；

Start unit, is used for starting described wireless communication unit；

Acquiring unit, for obtaining service set SSID and the password of local wireless router；With,

Link establishment unit, is used for utilizing described SSID and password and local wireless router to set up wireless communication link.

17. expansion equipments as claimed in claim 16, it is characterised in that described enabled instruction comprises local wireless router SSID and password, described acquiring unit resolves described enabled instruction and obtains SSID and the password of local wireless router.

18. expansion equipments as claimed in claim 16, it is characterised in that described acquiring unit obtains this locality from user terminal UE The SSID of wireless router and password.

19. expansion equipments as claimed in claim 18, it is characterised in that described main-machine communication unit is additionally operable to send local nothing The SSID of line router and password are to main frame.

20. expansion equipments as described in any one of claim 16 to 19, it is characterised in that described main-machine communication unit is additionally operable to Send mark ID of this expansion equipment to main frame.

21. expansion equipments as described in any one of claim 16 to 19, it is characterised in that described expansion equipment is that main extension sets Standby, described main-machine communication unit is the first main-machine communication unit.

22. expansion equipments as claimed in claim 21, it is characterised in that described first performance element is held by described user instruction Row information reporting.

23. expansion equipments as described in claim 16 or 17, it is characterised in that described expansion equipment is from expansion equipment, institute Stating main-machine communication unit is the second main-machine communication unit.

24. expansion equipments as claimed in claim 23, it is characterised in that described second performance element is held by described customer instruction Row data request operation.

25. 1 kinds of main frames for airhandling equipment, it is characterised in that including: main expansion equipment communication unit and to main expansion Exhibition equipment carries out the main expansion equipment authentication unit of authentication；

Described main expansion equipment communication unit, for receiving mark ID of main expansion equipment, sends enabled instruction and sets to main extension Standby；

Described enabled instruction is for starting the radio communication function of main expansion equipment.

26. main frames as claimed in claim 25, it is characterised in that described main expansion equipment communication unit is additionally operable to receive main expansion The first message that exhibition equipment sends, sends user instruction to main expansion equipment；

Described main frame also includes the message parsing unit obtaining user instruction for resolving described first message.

27. main frames as claimed in claim 25, it is characterised in that described main expansion equipment communication unit is additionally operable to receive main expansion The SSID of exhibition equipment transmission and password；Described main frame also includes memory element, for preserve main expansion equipment send SSID and Password.

28. main frames as claimed in claim 25, it is characterised in that described main expansion equipment communication unit is additionally operable to receive main expansion The reporting information of exhibition equipment, sends messages to main expansion equipment；

Described main frame also includes message generation unit, for generating the message comprising reporting information.

29. 1 kinds of main frames for airhandling equipment, it is characterised in that including:

From expansion equipment communication unit, for receiving mark ID from expansion equipment, send enabled instruction to from expansion equipment；

From expansion equipment authentication unit, for carrying out authentication to from expansion equipment；With,

Connect detector unit, for checking the connection of main expansion equipment and the machine；

Described enabled instruction is for starting the radio communication function from expansion equipment.

30. main frames as claimed in claim 29, it is characterised in that also include:

Main expansion equipment communication unit, for receiving the first message that main expansion equipment sends；With,

Message parsing unit, is used for resolving described first message and obtains user instruction；

Described from expansion equipment communication unit be additionally operable to send user instruction to from expansion equipment.

31. main frames as claimed in claim 30, it is characterised in that described from expansion equipment communication unit, be additionally operable to receive from The data request information of expansion equipment, sends messages to from expansion equipment；

Described main frame also includes message generation unit, for generating the message comprising data request information.

32. main frames as described in any one of claim 25 to 31, it is characterised in that described enabled instruction comprises local wireless road By service set SSID and the password of device.