CN105258274A

CN105258274A - Air equipment communicating method, air boxes and air purifiers

Info

Publication number: CN105258274A
Application number: CN201510563465.2A
Authority: CN
Inventors: 颜松; 刘世强; 杨林峰; 赵莉
Original assignee: AO Smith China Water Heater Co Ltd
Current assignee: AO Smith China Water Heater Co Ltd
Priority date: 2015-09-07
Filing date: 2015-09-07
Publication date: 2016-01-20
Anticipated expiration: 2035-09-07
Also published as: CN105258274B

Abstract

The invention discloses an air equipment communicating method, air boxes and air purifiers. The air equipment communicating method includes the steps that a second terminal sends a trigger instruction to a first terminal located in the same network through the network; the first terminal receives the trigger instruction and sends position determined information according to a first pre-determined mode; and the second terminal determines that the first terminal is located in a preset working area when receiving the position determined information. By means of the air equipment communicating method, the air boxes and the air purifiers, data transmission between the air purifiers and the air boxes in the same room is facilitated, and data transmission between the air purifiers and the air boxes which are not located in the same room is avoided.

Description

Air device communication means, air box and air purifier

Technical field

The application relates to communication technical field, particularly relates to a kind of air device communication means, air box and air purifier.

Background technology

Along with socioeconomic development, deepening continuously of mankind's activity, environmental problem becomes increasingly conspicuous, and becomes unhealthful key factor.Urban construction, house decoraton etc. the aspect environment destroyed around us more or less, causes the air quality of people's living environment just becoming worse and worse.In such a case, people also shift to the aspect such as purification, monitoring to ambient air quality gradually to the focal point of health, and this just makes the importance of air device in household equipment such as air purifier and air box more and more be tending towards important.

At present, the airhandling equipments such as air purifier are mainly and purify room air, and IAQ is improved.In addition, air purifier possesses Detection of Air Quality sensor usually, and then monitors the air quality of indoor, and the air quality data detected is shown.But the Air Quality that the air quality data that air purifier detects reflects often is confined to self region scope, the Air Quality in whole room truly cannot be reflected.Now, usually depend on the air detection equipment such as air box to detect the air quality in other regions in room, and detection data are supplied to air purifier, and then more fully understand the air quality of room entirety, the duty of Reasonable adjustment air purifier.

But, when house comprises between multiple independent housing, the air quality data of air purifier when purifying the air in single room in other rooms there is no actual reference, and in this case, if the air box in other rooms detected data be supplied to air purifier to air purifier regulate self duty easily produce interference, the generation of this kind of situation affects the normal work of air purifier, so should be avoided as far as possible.

Summary of the invention

In view of the deficiencies in the prior art, the application provides a kind of air device communication means, air box and air purifier, to be conducive to air purifier in chummery and air box carries out data transmission, air purifier and the air box of avoiding not being in same room carry out data transmission.

For achieving the above object, the application provides a kind of air device communication means, comprising:

Second terminal sends triggering command to the first terminal being positioned at consolidated network by described network;

Described first terminal receives described triggering command, sends position comformed information according to the first predetermined way;

Described second terminal determines that when receiving described position comformed information described first terminal is positioned at default working region.

For achieving the above object, the application also provides a kind of air device communication means, comprising:

Send triggering command to the first terminal being positioned at consolidated network by described network, described triggering command sends position comformed information for triggering described first terminal according to the first predetermined way;

Determine that when receiving described position comformed information described first terminal is positioned at default working region.

For achieving the above object, the application also provides a kind of air box, comprising:

First Detection of Air Quality sensor, it is for detecting air quality;

First network transceiver, it is for sending triggering command to the air purifier being positioned at consolidated network by described network, and described triggering command sends position comformed information for triggering described air purifier according to the first predetermined way; Also for sending Detection of Air Quality data by described network to described air purifier;

First receiver, it is for receiving described position comformed information; Described first receiver comprises infrared signal receiver or Bluetooth signal receiver;

First controller, it is for determining that when receiving described position comformed information described air purifier is positioned at default working region.

For achieving the above object, the application also provides a kind of air purifier, comprising:

First clean unit, it comprises blower fan, filter core;

Second network transceiver, it is for sending triggering command to the air box being positioned at consolidated network by described network, and described triggering command sends position comformed information for triggering described air box according to the first predetermined way; Detection of Air Quality data also for being sent by air box described in described network reception;

Second receiver, it is for receiving described position comformed information; Described second receiver comprises infrared signal receiver or Bluetooth signal receiver;

Second controller, it is for determining that when receiving described position comformed information described air box is positioned at default working region.

Send position comformed information to the second terminal according to the first predetermined way, described position comformed information is used for described first terminal and receives and feedback acknowledgment instruction;

Determine that when receiving described confirmation instruction described second terminal is positioned at default working region.

Second Detection of Air Quality sensor, it is for detecting air quality;

First transmitter, it is for sending position comformed information to air purifier according to the first predetermined way; Described position comformed information is used for described air purifier and receives and confirm instruction by network-feedback; Described first transmitter comprises Infrared Projector or Bluetooth signal transmitter;

3rd network transceivers, it is for confirming instruction by described in network reception; Also for sending Detection of Air Quality data to described air purifier;

3rd controller, it is for determining that when receiving described confirmation instruction described air purifier is positioned at default working region.

Second clean unit, it comprises blower fan, filter core;

Second transmitter, it is for sending position comformed information to air box according to the first predetermined way; Described position comformed information is used for described air box and receives and confirm instruction by network-feedback; Described first transmitter comprises Infrared Projector or Bluetooth signal transmitter;

4th network transceivers, it is for confirming instruction by described in network reception; Detection of Air Quality data also for being sent by air box described in described network reception;

4th controller, it is for determining that when receiving described confirmation instruction described air box is positioned at default working region.

By describing above and can finding out, the air device communication means that the application provides by first terminal when receiving the triggering command that the second terminal is sent by network, described position comformed information can be sent to the second terminal by the first predetermined way, second terminal determines that when receiving described position comformed information described first terminal is positioned at default working region, namely the second terminal can be positioned at same room by the described position comformed information determination first terminal received, and then effectively can ensure that air purifier and air box are positioned at same room and carry out data interaction again, so, the air device communication means that the application provides can be conducive to air purifier in chummery and air box carries out data transmission, air purifier and the air box that effectively can avoid not being in same room carry out data transmission.

With reference to explanation hereinafter and accompanying drawing, disclose in detail particular implementation of the present invention, specifying principle of the present invention can adopted mode.Should be appreciated that, thus embodiments of the present invention are not restricted in scope.In the spirit of claims and the scope of clause, embodiments of the present invention comprise many changes, amendment and are equal to.

The feature described for a kind of embodiment and/or illustrate can use in one or more other embodiment in same or similar mode, combined with the feature in other embodiment, or substitutes the feature in other embodiment.

Should emphasize, term " comprises/comprises " existence referring to feature, one integral piece, step or assembly when using herein, but does not get rid of the existence or additional of one or more further feature, one integral piece, step or assembly.

Accompanying drawing explanation

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

Fig. 1 is the air device communication means schematic flow sheet that the application's embodiment provides;

Fig. 2 is the air device communication means schematic flow sheet that the application's embodiment provides;

Fig. 3 is the confirmation network steps flow chart schematic diagram that the application's embodiment provides;

Fig. 4 is the confirmation network steps flow chart schematic diagram that another embodiment of the application provides;

Fig. 5 is the air device communication means schematic flow sheet that the application's embodiment provides;

Fig. 6 is the air device communication means schematic flow sheet that the application's embodiment provides;

Fig. 7 is the air box schematic diagram that the application's embodiment provides;

Fig. 8 is the air purifier schematic diagram that the application's embodiment provides;

Fig. 9 is the air device communication means schematic flow sheet that the application's embodiment provides;

Figure 10 is the air box schematic diagram that the application's embodiment provides;

Figure 11 is the air purifier schematic diagram that the application's embodiment provides.

Detailed description of the invention

Technical scheme in the application is understood better in order to make those skilled in the art person, below in conjunction with the accompanying drawing in the embodiment of the present application, technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment in the application, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite not making creative work, all should belong to the scope of protection of the invention.

Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present invention understand usually.The object of term used in the description of the invention herein just in order to describe concrete embodiment, is not intended to be restriction the present invention.Term as used herein "and/or" comprises arbitrary and all combinations of one or more relevant Listed Items.

Referring to Fig. 1, is a kind of air device communication means that the application's embodiment provides.This communication means application but be not limited to the scene that air purifier and air box carry out communicating, the air device communication means that the present embodiment provides comprises the following steps.

S1, the second terminal send triggering command to the first terminal being positioned at consolidated network by described network.

In this step, one of first terminal and the second terminal can be air cleaning facility (terminal), and another can be air detection terminal.Purification of air terminal can purify air, and air detection terminal has multiple Detection of Air Quality sensor, and then can detect the air quality data of region.Certainly, first terminal and the second terminal also can the mixed-media network modules mixed-medias of corresponding different purification of air terminal or air detection terminal, such as wifi module, wired network adapter.

Described consolidated network can for being in the same network segment or same LAN, only need ensure that first terminal communicates with the second terminal is accessible, such as, first terminal has identical subnet mask with the second terminal, or, that first terminal is connected with the second terminal is same wifi, or first terminal is connected same router etc. with the second terminal.

Second terminal sends triggering command to first terminal, by described Web broadcast triggering command, can not need directive sending.Certainly, it also can be directive sending that the second terminal sends triggering command, and the basis that such as the second terminal formerly knows the identify label of first terminal can realize directive sending, and described identify label can be the mac address etc. of first terminal.

In addition, second terminal transmission triggering command can perform step S1 and carry out broadcasting or send described triggering command when the situation of interconnection network (wifi in such as room), also can first carry out determining whether there is the first terminal being positioned at consolidated network.The operation sending triggering command is carried out again when determining that there is the first terminal being positioned at consolidated network, accordingly, namely not performing remaining step when determining that not there is the first terminal being positioned at consolidated network, can ensure that the second terminal blindly can not carry out sending the operation of triggering command like this.Preferably, the second terminal, when determining to have the first terminal being positioned at consolidated network, can obtain the identify label of first terminal simultaneously, and then can to first terminal directive sending triggering command by the identify label of first terminal.

S2, described first terminal receive described triggering command, send position comformed information according to the first predetermined way.

First terminal, after receiving described triggering command, can be triggered and carry out corresponding action, namely sends position comformed information according to the first predetermined way.First terminal can be by sending by signal through walls by the position comformed information that the first predetermined way sends, and then the second terminal can learn that when receiving position comformed information first terminal is positioned at same room.In addition, first terminal also can send described position comformed information by the network signal carrying positional information.

Concrete, first terminal can have infrared module or bluetooth module, and then described first predetermined way can comprise and sends described position comformed information by infrared signal, Bluetooth signal or network signal.Meanwhile, the first predetermined way can be directive sending also can be broadcast transmission, and such as, when adopting infrared signal, Bluetooth signal or network signal to send described position comformed information, described first predetermined way can be that directive sending also can broadcast transmission.

Described position comformed information can for carrying the infrared signal of identification information, Bluetooth signal or network signal, second terminal is when receiving position comformed information and determine that it carries above-mentioned " identification information " and can learn that this position comformed information is that first terminal sends, but not interfering signal.Meanwhile, described position comformed information also can be simple infrared signal, Bluetooth signal, now, can the second terminal can, to receive the time interval of position comformed information as judgement, not need position comformed information to carry identification information.Such as, receive first terminal in the Preset Time of the second terminal after sending triggering command and send described position comformed information.Certainly, described position comformed information can carry the identify label of first terminal, such as when described position comformed information is infrared signal, first terminal can by being converted to binary sequence by its identify label, and the infrared signal (position comformed information) with this binary sequence is launched by the infrared module on it, determine that there is the identify label of first terminal its inside by compiling after second terminal receives this infrared signal, and then can judge that this infrared signal is the position comformed information that first terminal sends accurately, instead of interfering signal.

In addition, described position comformed information can have the positional information of described first terminal, this positional information can by artificially specifying or inputting, and then can mate with the positional information of self (positional information of the second terminal also can artificially specify or input) when the second terminal receives the network signal with positional information, if consistent, then determine that first terminal is positioned at default working region with it, such as, the positional information of first terminal is appointed as " 001 " (001 can represent parlor), the positional information of the second terminal is also in parlor, and then the positional information of the second terminal is regulated to " 001 " equally, when the second terminal receives position comformed information (the carrying positional information) of first terminal, judge that position comformed information is non-interference signal, simultaneously, " 001 " in the comformed information of position is identical with the positional information " 001 " of self, then determine that first terminal and the second terminal are positioned at default working region.

S3, described second terminal determine that when receiving described position comformed information described first terminal is positioned at default working region.

Second terminal receives described position comformed information, can by the reception which is provided with the functional module of described position comformed information or hardware cell.For the first predetermined way for first terminal sends described position comformed information by infrared signal, Bluetooth signal or network signal, the second terminal can possess corresponding IR signal reception module, Bluetooth signal receiver module or network reception module.

Second terminal can judge whether the signal received is described position comformed information in several ways, such as, whether the second terminal according to receiving in predetermined time of reception described position comformed information can judge, when exceeding the predetermined time of reception of the second terminal, the second terminal is then determined not receive described position comformed information, such as, when receiving infrared signal, Bluetooth signal or network signal at described predetermined time of reception, then think that this infrared signal, Bluetooth signal or network signal are described position comformed information.For another example, second terminal whether can attach identification information according to the comformed information inside, described position received or positional information judges, this signal is then judged not as described position comformed information when not having identification information or positional information in the signal received, when there is described identification information in the signal received, then judge that this signal is described position comformed information.

Second terminal can determine that when not receiving described position comformed information described first terminal is not positioned at default working region, as mentioned above, determine that first terminal is not positioned at default working region when second terminal can not receive described position comformed information in described predetermined time of reception, or, the signal that second terminal receives is described position comformed information not, and then determines that described first terminal is not positioned at default working region.

By receiving described position comformed information, described second terminal determines that described first terminal is positioned at default working region, now show, first terminal and the second terminal can carry out data interaction or communication.Take first terminal as air box, the second terminal for air purifier be example, second terminal determination first terminal is positioned at default working region and namely shows that air purifier determination air box is positioned at same room, now, air purifier can carry out the Detection of Air Quality data that admission of air box transmits.Certainly, also can take first terminal as air purifier, the second terminal for air box be example, second terminal determination first terminal is positioned at default working region and namely shows that air box determination air purifier is positioned at same room, now, air box can send its Detection of Air Quality data detected to air purifier.

By describing above and can finding out, the air device communication means that the present embodiment provides by first terminal when receiving the triggering command that the second terminal is sent by network, described position comformed information can be sent to the second terminal by the first predetermined way, second terminal determines that when receiving described position comformed information described first terminal is positioned at default working region, namely the second terminal can be positioned at same room by the described position comformed information determination first terminal received, and then effectively can ensure that air purifier and air box are positioned at same room and carry out data interaction again, so, the air device communication means that the present embodiment provides can be conducive to air purifier in chummery and air box carries out data transmission, air purifier and the air box that effectively can avoid not being in same room carry out data transmission.

Refer to Fig. 2, for a kind of air device communication means that the application's embodiment provides, air device communication means that the present embodiment provides application but be not limited to the scene that air purifier and air box carry out communicating, the air device communication means that the present embodiment provides comprises the following steps.

S22, send triggering command to the first terminal being positioned at consolidated network by described network, described triggering command sends position comformed information for triggering described first terminal according to the first predetermined way.

S24, determine that when receiving described position comformed information described first terminal is positioned at default working region.

In the present embodiment, described first terminal can be air cleaning facility (terminal), also can be air detection terminal.Purification of air terminal can purify air, and air detection terminal has multiple Detection of Air Quality sensor, and then can detect the air quality data of region.Accordingly, the executive agent of above-mentioned steps S22, S24 can be second terminal of above-described embodiment, being air detection terminal also can be purification of air terminal, executive agent also can be function in corresponding different purification of air terminal or air detection terminal or hardware module, such as wifi module, wired network adapter, infrared transceiver module etc.

Second terminal sends triggering command to first terminal, by triggering command described in described Web broadcast, can not need directive sending.Certainly, it can be also directive sending that the second terminal sends triggering command, and such as the second terminal formerly knows the identify label of first terminal, realizes directive sending by the identify label of first terminal.

First terminal can be by sending by signal through walls by the position comformed information that the first predetermined way sends, and then second terminal can learn that when receiving position comformed information first terminal is positioned at same room, in addition also can by carry positional information network signal send.Preferably, first terminal can have infrared module, bluetooth module or mixed-media network modules mixed-media, and then described first predetermined way can comprise and sends described position comformed information by infrared signal, Bluetooth signal or network signal.Meanwhile, the first predetermined way can be directive sending also can be broadcast transmission, and such as, when adopting infrared signal, Bluetooth signal or network signal to send described position comformed information, described first predetermined way can be that directive sending also can broadcast transmission.

Second terminal receives described position comformed information, can by the reception which is provided with the functional module of described position comformed information or hardware cell.For the first predetermined way for first terminal sends described position comformed information by infrared signal, Bluetooth signal or network signal, the executive agent of described step S24 can be IR signal reception module, Bluetooth signal receiver module or network reception module in the second terminal.

Second terminal does not receive described position comformed information can comprise following situation: do not have first terminal in the network that the second terminal connects, now, first terminal cannot receive described triggering command, or, first terminal is not positioned at default working region, and namely first terminal and the second terminal are not positioned at same room.And then the described position comformed information that the second terminal is receiving first terminal can determine that the second terminal and first terminal are positioned at consolidated network and are positioned at same room.Second terminal and first terminal are positioned at consolidated network can determine that the second terminal and first terminal can carry out data transmission by described network, meanwhile, the second terminal and first terminal ensure that at same room the necessity that between the second terminal and first terminal, data are transmitted.

Preferably, in the present embodiment, for effectively confirming that first terminal is positioned at default working region, described transmission triggering command step (described step S22) and describedly determine that working region step (described step S24) can comprise the following steps:

S20, the first terminal repeated to being positioned at consolidated network reach the second pre-set threshold value by described network transmission triggering command until determine that described first terminal is positioned at default working region or repeats number of times.

In the present embodiment, described step S20 also can be that the second terminal repeats described step S22 until obtain described step S24 or repeat number of times reaching the second pre-set threshold value.Described second pre-set threshold value can be 3 times, namely then confirm that first terminal is not positioned at default working region when the second terminal does not still receive described position comformed information when repeating 3 described step S22, when the second terminal receives described position comformed information when performing arbitrary described step S22, then confirm that there is the described first terminal being positioned at default working region, and no longer perform residue degree.

In addition, the second terminal can be set there is a predetermined time of reception after sending described triggering command, just can confirm that described first terminal is positioned at predetermined work region when only receiving described position comformed information in predetermined time of reception, when exceeding predetermined time of reception, the second terminal re-executes described step S22 or makes and determines that first terminal is not positioned at the judgement in predetermined work region, and then interrupts performing remaining step.

The application's embodiment provide air device communication means flow chart to apply but be not limited to the scene that needs formerly to be confirmed whether to have the first terminal being positioned at consolidated network, the described communication means that the present embodiment provides can also comprise the following steps.

S21, confirmation have the first terminal being positioned at consolidated network.

Accordingly, described transmission triggering command step (described step S22) can comprise: S221, confirm there is the described first terminal being positioned at consolidated network time send described triggering command to the described first terminal being positioned at consolidated network by described network.

In the present embodiment, second terminal carries out the operation sending triggering command again when determining to have the first terminal being positioned at consolidated network, accordingly, namely not performing remaining step when determining that not there is the first terminal being positioned at consolidated network, can ensure that the second terminal blindly can not carry out sending the operation of triggering command like this.In addition, the second terminal can also obtain the identify label of first terminal when confirmation has the first terminal of consolidated network, and then realizes triggering command described in directive sending.

The mode that second terminal check is positioned at the first terminal of consolidated network has multiple, and such as, the second terminal can ask for the terminal list of network connection to router, checked the first terminal whether possessing consolidated network by described terminal list.Certainly, whether the second terminal also active inquiry or passive reception can have the first terminal being positioned at consolidated network.Can find out, the mode that the second terminal performs described step S21 has multiple, and the application with which kind of executive mode concrete is not limited.

Referring to Fig. 3, is the flow chart of steps of the execution above-mentioned steps S21 (confirming network step) that the application's embodiment provides.This communication means application but be not limited to the scene that needs formerly to be confirmed whether to have the first terminal being positioned at consolidated network, described confirmation network step (described step S21) comprises the following steps.

S211, inquire instruction by described Web broadcast first, described first inquiry instruction sends the first feedback information for triggering first terminal.

S212, when receiving described first feedback information confirm there is the first terminal being positioned at consolidated network.

Second terminal is by the first inquiry instruction described in Web broadcast and by the first feedback information described in network reception, described first inquiry instruction receives response for first terminal, certainly, the content the first feedback information can not being specified to carry in first inquiry instruction, namely the first feedback information can for carrying the network signal of any information, such as, the first terminal customizing messages that response is fixing when receiving described first inquiry instruction can being set, when the second terminal receives this fixing customizing messages, can confirm that first terminal is positioned at consolidated network with it.

Certainly, the first feedback information also can carry the identify label of self.Second terminal not only can confirm to have the first terminal being positioned at consolidated network when receiving the first feedback information, can also obtain the identify label of first terminal, can to triggering command described in first terminal directive sending based on described identify label.

In addition, the second terminal can confirm not have the first terminal being positioned at consolidated network when not receiving the first feedback information, and then can interrupt the execution of other steps, such as no longer performs described step S22, described step S24.Certainly, second terminal can perform repeatedly described step S211, only need receive once described first feedback information and can confirm that there is the first terminal being positioned at consolidated network, can effectively avoid the second terminal to produce because of the time difference with first terminal interconnection network like this searching for less than problem.

Preferably, for guaranteeing to confirm to have the first terminal being positioned at consolidated network, described broadcast first inquires that instruction step (described step S211) and described confirmation of receipt step (described step S212) can comprise the following steps:

S210, to repeat by the first inquiry instruction described in described Web broadcast until confirm to there is the described first terminal that is positioned at consolidated network or repeat number of times to reach the first pre-set threshold value.

In the present embodiment, described step S210 also can be that the second terminal repeats described step S211 until obtain described step S212 or repeat number of times reaching the first pre-set threshold value.Described first pre-set threshold value can be 3 times, namely then no longer perform when the second terminal does not still receive described first feedback information when repeating 3 step S212 described in this, when the second terminal receives described first feedback information when performing arbitrary described step S212, then confirm that there is the described first terminal being positioned at consolidated network, and no longer perform residue degree.

In addition, the second terminal can be set and after sending described first inquiry instruction, there is a predetermined time of reception, just can confirm that there is the first terminal being positioned at consolidated network when only receiving described first feedback information in predetermined time of reception, when exceeding predetermined time of reception, the second terminal re-executes described step S211 or makes the judgement determining not have the first terminal being positioned at consolidated network, and then interrupts performing remaining step.

As mentioned above, as the application's preferred embodiment, described first feedback information can have the identify label of described first terminal.That is, sent by the identify label of the first feedback information by self while described first terminal sends the first feedback information, and then distinguish other interfering signals and be beneficial to follow-up directive sending data.

Accordingly, described confirmation of receipt step (described step 212) can comprise: S2121, when receiving described first feedback information confirm there is the described first terminal the identify label obtaining described first terminal that are positioned at consolidated network.

Accordingly, described transmission triggering command step (described step 22) can comprise: S221, send described triggering command to the described first terminal being positioned at consolidated network by described network based on the described identify label of described first terminal.

In the present embodiment, the identify label of described first terminal can be the mac address of first terminal, also can be other marks of the title of first terminal or uniqueness.Preferably, the identify label of described first terminal is mac address.By the identify label of described first terminal, the second terminal can realize the directive sending of triggering command and judge whether position comformed information is that first terminal sends.

The concrete steps of the execution above-mentioned steps S21 (confirming network step) that the application's embodiment provides, the present embodiment application but be not limited to the scene that needs formerly to be confirmed whether to have the first terminal being positioned at consolidated network, described confirmation network step (described step S21) can comprise the following steps.

S213, when receiving the first broadcast message that described first terminal is sent by described network confirm there is the described first terminal being positioned at consolidated network.

In the present embodiment, the second terminal, as passive side, receives described first broadcast message after interconnection network or when working.Above-mentioned " the first inquiry instruction " that described first broadcast message can send for first terminal, now, the second terminal also needs to send to first terminal to confirm instruction (i.e. the first feedback information) after confirmation has the first terminal being positioned at consolidated network.Certainly, the first broadcast message may also be only the signal that first terminal sends, and confirms to have the first terminal being positioned at consolidated network after only needing the second terminal to receive, need not any information of the second terminal responds.

In addition, as the application's preferred embodiment, described first broadcast message can have the identify label of described first terminal.That is, sent by the identify label of the first broadcast message by self while described first terminal broadcasts the first broadcast message, and then distinguish other interfering signals and be beneficial to follow-up directive sending data.

Accordingly, described confirmation of receipt step (described step 212) can comprise: S2122, when receiving described first broadcast message confirm there is the described first terminal the identify label obtaining described first terminal that are positioned at consolidated network;

Accordingly, described transmission triggering command step (described step 22) can comprise: S222, send described triggering command to the described first terminal being positioned at consolidated network by described network based on the described identify label of described first terminal.

In the present embodiment, the identify label of described first terminal can be the mac address of first terminal, also can be other marks of the title of first terminal or uniqueness.Preferably, the identify label of described first terminal is mac address.By the identify label of described first terminal, the second terminal can realize the directive sending of triggering command.

Concrete, in the present embodiment, for guaranteeing that described position comformed information that the second terminal receives is for first terminal sends and be not be interfering signal, described position comformed information can have the identify label of described first terminal.Accordingly, describedly determine that working region step (described step S24) can comprise: S241, determine that described first terminal is positioned at default working region when receiving the described position comformed information of the identify label with described first terminal.

Second terminal compiles after receiving described position comformed information, if compile out the identify label of first terminal in the comformed information of described position, think that this position comformed information is effective information but not interfering signal, if do not compile out the identify label of first terminal in the comformed information of described position, then show that this position comformed information is interfering signal.

Adopt the scheme of the present embodiment to improve largely and confirm that first terminal is positioned at the accuracy rate of default working region, simultaneously, also the identify label in the comformed information of described position can be mated with the identify label obtained in above-mentioned steps S2122, confirm that first terminal is positioned at default working region again when two identify labels are consistent, can improve further and confirm that first terminal is positioned at the accuracy rate of default working region.

In an embodiment of the application, described first terminal can comprise air cleaning facility, such as has the air purifier of blower fan and filter core.Now, the air device communication means that the present embodiment provides can also comprise the following steps.

S261, send Detection of Air Quality data by described network to described first terminal.

In the present embodiment, the executive agent of described step S261 can be air detection terminal (the second terminal), can be such as air cartridge.Air detection terminal comprises multiple Detection of Air Quality sensor, and can detect the air quality of self region.In the step S24 of above-described embodiment, second terminal has confirmed that first terminal is positioned at default working region, namely the second terminal receives the infrared signal of the first terminal of arrival, Bluetooth signal or network signal, and then second terminal confirmed that first terminal is positioned at same room, in conjunction with the present embodiment, second terminal is the air quality data of the zones of different of chummery to the Detection of Air Quality data that first terminal sends, and then second the Detection of Air Quality data that send of terminal there is good reference value for first terminal, first terminal is made to know the overall work state in whole room.

In the present embodiment, described Detection of Air Quality data can comprise test item data that PM2.5, air themperature, air humidity, air velocity, content of sulfur dioxide, carbon dioxide content, content of formaldehyde, ozone content, stupid content, pellet content etc. can evaluate IAQ wherein one or more.And then the air quality state of the second terminal region that first terminal can reflect according to these Detection of Air Quality data when receiving these Detection of Air Quality data adjusts the duty of self.

Further, refer to Fig. 4, be not limited to same room and be in consolidated network to possess embodiment under the scene of multiple stage first terminal for a kind of application of the application, the air device communication means that the present embodiment provides can also comprise the following steps:

S251, set up and be positioned at the described first terminal list of described default working region.

Accordingly, described transmission data step (described step S261) comprising: S2611, send described Detection of Air Quality data by described network to first terminal described at least one in described first terminal list.

In the present embodiment, consider in same room to possess multiple first terminal being in consolidated network, accordingly, in the described step S24 of above-described embodiment, the second terminal (can be air detection terminal and/purification of air terminal) can receive the multiple described position comformed information of different first terminal.Based on the plurality of described position comformed information, the second terminal can set up the described first terminal list of described default working region.Certainly, can show with the identify label of described first terminal in described first terminal list, the various ways obtaining the identify label of first terminal illustrates in the above-described embodiments, repeats no longer one by one herein.

Second terminal is when performing described step S261, and the second terminal can send Detection of Air Quality data to the multiple first terminals being positioned at same room simultaneously, and then can simultaneously for multiple purification of air terminal provides reference data.

In another embodiment of the application, described first terminal can comprise air detection equipment, such as has the air box of Detection of Air Quality sensor.Now, the air device communication means that the present embodiment provides can also comprise the following steps:

S262, the Detection of Air Quality data sent by first terminal described in described network reception.

In the present embodiment, the executive agent of described step S262 can be purification of air terminal (the second terminal), can be such as air purifier.Purification of air terminal can comprise blower fan and filter core, by blower fan by air by blowing out after filter element filtering.In the step S24 of above-described embodiment, second terminal has confirmed that first terminal is positioned at default working region, namely the second terminal receives the infrared signal of the first terminal of arrival, Bluetooth signal or network signal, and then second terminal confirmed that first terminal is positioned at same room, in conjunction with the present embodiment, second terminal is the air quality data of the zones of different of chummery to the Detection of Air Quality data that first terminal sends, and then the Detection of Air Quality data that first terminal sends have good reference value for the second terminal, make the second terminal effectively can know the overall work state in whole room.

Further, refer to Fig. 5, be not limited to same room and be in consolidated network to possess embodiment under the scene of multiple stage first terminal for a kind of application of the application, the air device communication means that the present embodiment provides can also comprise the following steps:

S252, set up and be positioned at the described first terminal list of described default working region.

Accordingly, described reception data step (described step S262) comprising: S2621, the described Detection of Air Quality data sent by first terminal described at least one in first terminal list described in described network reception.

In the present embodiment, consider in same room to possess multiple first terminal being in consolidated network, accordingly, in the described step S24 of above-described embodiment, the second terminal (can be purification of air terminal and/or air detection terminal) can receive the multiple described position comformed information of different first terminal.Based on the plurality of described position comformed information, the second terminal can set up the described first terminal list of described default working region.Certainly, can show with the identify label of described first terminal in described first terminal list, the various ways obtaining the identify label of first terminal illustrates in the above-described embodiments, repeats no longer one by one herein.

In the present embodiment, second terminal is when performing described step S261, second terminal can receive the Detection of Air Quality data that the multiple first terminals that are positioned at same room send simultaneously, and then the air quality data that can simultaneously provide using multiple air detection terminal is as with reference to information.

Further, refer to Fig. 6, for the application's embodiment is applied but is not limited to guarantee that first terminal and the second terminal are positioned at the scene of same room further.The air device communication means that the present embodiment provides is further comprising the steps of.

S27, calculate the first air quality status information of described first terminal region based on the described Detection of Air Quality data of described first terminal, described first air quality status information is for reflecting the air quality trend of described first terminal region.

The Detection of Air Quality data of S28, acquisition purification of air terminal region, calculate the second air quality status information of purification of air terminal region, described second air quality status information is for reflecting the air quality trend of described purification of air terminal region.

S291, continue to receive the Detection of Air Quality data that described first terminal sends when described first air quality status information and described second air quality status information accordance.

The present embodiment the second terminal is received the position comformed information of first terminal but the situation that the second terminal and first terminal are not still positioned at same room is filtered, such as, door is in open mode, and the position comformed information that now first terminal sends likely transfers in another room and received by the second terminal; Or room door or wall are the situation of clear glass, now wall cannot stop that the position comformed information in other rooms transfers in the room at the second terminal place.

The present embodiment is based on fainter with connected effect between air detection terminal and realize in the purification of air terminal of not chummery, such as, air box is in parlor, air purifier is in bedroom, due to two rooms that parlor and bedroom are relatively independent, in running order air purifier is fainter for the catharsis in parlor, and then what was certain was that the air quality trend in bedroom can be become better and better, the air quality trend in parlor can be tending towards constant or change faint, based on this principle, the present embodiment by the Detection of Air Quality data of the certain hour using first terminal and the second terminal region as basis for estimation, and then judge whether first terminal and the second terminal are in same room really again.

The first air quality status information that second terminal calculates described first terminal region can be the air quality tendency information of reflection first terminal region, the second air quality status information that second terminal calculates described purification of air terminal region can be the air quality tendency information of reflection purification of air terminal region, such as, the second terminal PM2.5 value that can extract in described Detection of Air Quality data carries out the first air quality status information and the second air quality status information that calculate described first terminal and described purification of air terminal region difference correspondence.

Certainly, the second terminal described first air quality state of calculating and described second air quality state also can be able to be the data of single parameter according to the total data in described air quality data, and as above-mentioned PM2.5 value, the application is not as limit.

It should be noted that, described purification of air terminal can be described second terminal, and described purification of air terminal equally can as the executive agent of described step S27, S28, S291.Purification of air terminal self can obtain the air quality data of self region, also can be obtained by other hardware cells.Certainly, the air quality data of described purification of air terminal region is not limited to and detects acquisition by purification of air terminal self, also can be detected by the air detection terminal of described purification of air terminal region (such as air box, Detection of Air Quality sensor) and obtain.

First terminal can send primary air quality testing data at interval of the scheduled time to the second terminal, second terminal from collect the Detection of Air Quality data calculating and collect first terminal in the scheduled time and purification of air terminal (can be self) region, then calculate described first air quality information and described second air quality information by the Detection of Air Quality data in this scheduled time.

The expression way of the first air quality status information and the second air quality status information has multiple, as adopted the difference between adjacent two data point, or adopt function representation form (as linear regression analysis, least square method), also can adopt diagrammatic form (as block diagram, broken line graph) etc.Judge that the first air quality status information can adopt relevant function method with whether the second quality state information is consistent, also directly can judge that whether the first air quality status information is consistent with the coefficient of the linear function of the second quality state information, or the value corresponding to each collection point in the Detection of Air Quality data of both sides is successively decreased etc. successively along with the time.

Such as: analyzed by the air quality data of least square method by the described first terminal in certain hour, draw the linear function y=k1x+b of reflection first terminal region air quality trend, be described first air quality status information; Then analyzed by the air quality data of least square method by the described purification of air terminal in certain hour, draw the linear function y=k2x+b of reflection purification of air terminal region air quality trend, be described second air quality status information; Finally, the value of the second terminal judges k1 and k2 whether identical (whether k1 and k2 is all on the occasion of or is all negative value or positive negative), directly can judge that when showing that k1 and k2 value is contrary first terminal and the second terminal are not still positioned at same room, now can the second terminal can the data transmitted of interrupting receive first terminal.When the value of judgement second terminal judges k1 and k2 is identical, calculate the difference of k1 and k2 and ratio { i.e. (the k1-k2)/k2} of k2, if when this ratio is less than default value (such as 0.5,1 or other numerical value), then think described first air quality status information and described second air quality status information accordance; If when this ratio is greater than described default value, then think described first air quality status information and described second air quality status information inconsistent.

Further, in the present embodiment, described air device communication means can also comprise the following steps:

S292, described first air quality status information and described second air quality status information inconsistent time interrupting receive described in the Detection of Air Quality data that send of first terminal.

In the present embodiment, when described first air quality status information and described second air quality status information inconsistent, now can think that purification of air terminal and first terminal are not positioned at same room, the Detection of Air Quality data that first terminal sends there is no actual reference for purification of air terminal, so the second terminal can the Detection of Air Quality data that send of first terminal described in interrupting receive, certainly, the second terminal also can for the Detection of Air Quality data making purification of air terminal aborts receive first terminal transmission.

Described first air quality status information and the inconsistent situation of described second air quality status information can including, but not limited to following situations: adopt relevant function method to draw the first air quality status information and the second air quality status information and uncorrelated, or adopt described first air quality status information not identical with the value of the coefficient of the function expression of described second air quality status information, or the ratio of the coefficient of function expression and arbitrary function expression coefficient is greater than the situations such as default value.

Certainly, first air quality status information and the second quality state message reflection be the air quality trend of described first terminal and purification of air terminal region, first air quality status information reaches unanimity (or roughly the same) with the air quality trend of the second quality state information consistent both explanations region, the clean-up effect of purification of air terminal has clean-up effect equally to first terminal region, now, illustrate that first terminal and purification of air terminal are positioned at same room really.Accordingly, first air quality status information is different from the air quality trend of the second quality state information inconsistent both explanations region, such as the air quality of first terminal region remains unchanged, and the air quality of purification of air terminal region is become better and better; Now, illustrate that first terminal and purification of air terminal are not positioned at same room.

S30, duty according to the described Detection of Air Quality data point reuse purification of air terminal of described first terminal.

In the present embodiment, can find out that described Detection of Air Quality packet contain one or more parameter with reference to describing above, purification of air terminal and first terminal are positioned at the zones of different of same room, for objectively responding the integrated air quality in whole room, the clean-up effect in whole room is made to be tending towards average, promote overall clean-up effect, the second terminal (purification of air terminal) can adjust self duty according to the described Detection of Air Quality data of first terminal.The duty of purification of air terminal can be including, but not limited to: the quantity etc. of the Detection of Air Quality data of display air, the wind-force size of fan operation, air-out direction and/or fan operation.Purification of air terminal can have display, and described Detection of Air Quality data intuitively show by display, and then the air quality in room are displayed.Simultaneously, the blower fan wind-force of purification of air terminal and air-out direction thereof can realize by regulating the speed of motor rotation and the rotational angle of air outlet grate, in addition, some purification of air terminals can have multiple blower fan, blower fan can also be arranged up and down, so air quality in first terminal region improve situation comparatively slowly under can promote above the wind-force of blower fan and then the entirety that promotes room air quality effectively promote.

Concrete, in the application's preferred embodiment, described adjustment duty step (described step S30) can comprise the following steps:

S301, obtain the Detection of Air Quality data of described purification of air terminal region, show the mean value of the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described first terminal.

The mean value of the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described first terminal better can reflect integrated air quality in room.Can find out that described Detection of Air Quality packet contain one or more parameter with reference to describing above, in the present embodiment, that the mean value of the same parameter choosing the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described first terminal shows, certainly, the mean value of parameters all can be shown.For PM2.5 value wherein, the PM2.5 value calculating mean value of the PM2.5 value and first terminal region that can choose described purification of air terminal region is shown.

In addition, when same described purification of air terminal connects multiple described first terminal simultaneously, for each connected first terminal, purification of air terminal all can draw the mean value of Detection of Air Quality data, purification of air terminal can take turns to show multiple described mean value in the display, certainly, also can show simultaneously.

Preferably, in the application's preferred embodiment, described purification of air terminal comprises multiple blower fan.Described adjustment duty step (described step S30) can comprise the following steps:

S302, according to the wind-force size of the described Detection of Air Quality data point reuse of described first terminal blower fan described at least one and/or air-out direction.

In the present embodiment, described purification of air terminal comprises multiple blower fan, multiple blower fan can be arranged up and down, also can the corresponding different direction of air outlet of different blower fan, such as, described purification of air terminal comprises 4 blower fans, the air outlet correspondence four direction all around of 4 blower fans, and then lays particular emphasis on the different region of purification; In addition, described purification of air terminal also can comprise 2 blower fans arranged up and down, and the air outlet of 2 blower fans lays particular emphasis on purification region far away and near zone.Concrete, in the overall situation preferably of the air quality in room, all blower fans can be controlled and run with lower wind-force, and then save electric energy.

For the purification of air terminal of above-mentioned 4 blower fans, when the Detection of Air Quality data that the first terminal transmission in the face of front comes reflect that this first terminal region air quality is poor than other regions, now can promote the wind-force of blower fan corresponding to this front air outlet, can air-out direction be adjusted simultaneously, the air after purifying distally is carried as far as possible.Certainly, when multiple first terminal regions air quality is all poor, multiple blower fan can be controlled and promote wind-force, to promote the integrated air quality in room as early as possible.

In addition, again for the described purification of air terminal of 2 blower fans, the blower fan of top can distally carry the air after purification relative to the blower fan air-out of below, and then reflect the wind-force of the blower fan above its region air quality can promote time poor at first terminal, and to adjust air-out direction be air after distally carrying purification.Until first terminal region air quality is consistent with the air quality of purification of air terminal region, the air quality entirety simultaneously in room is also comparatively good, now can control the wind-force that 2 blower fans reduce self, save the power consumption of purification of air terminal.

Refer to Fig. 7, the application's embodiment also provides a kind of air box, comprising: the first Detection of Air Quality sensor 100, and it is for detecting air quality; First network transceiver 101, it is for sending triggering command to the air purifier being positioned at consolidated network by described network, and described triggering command sends position comformed information for triggering described air purifier according to the first predetermined way; Also for sending Detection of Air Quality data by described network to described air purifier; First receiver 102, it is for receiving described position comformed information; Described first receiver 102 comprises infrared signal receiver or Bluetooth signal receiver; First controller 103, it is for determining that when receiving described position comformed information described air purifier is positioned at default working region.

First Detection of Air Quality sensor 100 can detect air quality and then obtain Detection of Air Quality data, concrete, the first Detection of Air Quality sensor 100 can detect and comprise test item data that PM2.5, air themperature, air humidity, air velocity, content of sulfur dioxide, carbon dioxide content, content of formaldehyde, ozone content, stupid content, pellet content etc. can evaluate IAQ wherein one or more.Certainly, the first Detection of Air Quality sensor 100 can comprise one or more sensors, and the application is not as limit.The Detection of Air Quality data detected can be sent to first network transceiver 101 by the first Detection of Air Quality sensor 100, are outwards sent by first network transceiver 101.First network transceiver 101 can be wifi module, also can be wired network adapter, and preferably, first network transceiver 101 connects the first controller 103.Triggering command can be generated by the first controller 103 or be transferred.First receiver 102 can connect described controller, and then sends it to the first controller 103 when receiving position comformed information.

First controller 103 can be CPU, single-chip microcomputer or PLC, and the application is not as limit.First controller 103 is when determining that air purifier is positioned at default working region, can think that the air box that the present embodiment provides and described air purifier are positioned at same room, and then the first controller 103 can control described first network transceiver 101 and sends described Detection of Air Quality data for described air purifier reference to described air purifier.

Refer to Fig. 8, another embodiment of the application also provides a kind of air purifier, comprising: the first clean unit 200, and it comprises blower fan, filter core; Second network transceiver 201, it is for sending triggering command to the air box being positioned at consolidated network by described network, and described triggering command sends position comformed information for triggering described air box according to the first predetermined way; Detection of Air Quality data also for being sent by air box described in described network reception; Second receiver 202, it is for receiving described position comformed information; Described second receiver 202 comprises infrared signal receiver or Bluetooth signal receiver; Second controller 203, it is for determining that when receiving described position comformed information described air box is positioned at default working region.

First clean unit 200 can comprise blower fan, filter core, and clean unit has purification chamber, and filter core and blower fan are positioned at described purification chamber.Blower fan can connect second controller 203, can be controlled the wind-force size of blower fan by second controller 203.The air outlet position of clean unit can be provided with grid simultaneously, and second controller 203 can control rotational angle and then the adjustment air-out direction of grid.

Second network transceiver 201 can be wifi module, also can be wired network adapter, and preferably, second network transceiver 201 is wifi module, and it connects second controller 203.Triggering command can be generated by second controller 203 or be transferred.Second receiver 202 can connect described controller, and then sends it to second controller 203 when receiving described position comformed information.

Second controller 203 can be CPU, single-chip microcomputer or PLC, and the application is not as limit.Second controller 203 is when determining that air box is positioned at default working region, can think that the air purifier that the present embodiment provides and described air box are positioned at same room, and then second controller 203 can control the described Detection of Air Quality data of air box transmission described in described first network transceivers to regulate the duty of oneself.

Refer to Fig. 9, for a kind of air device communication means that another embodiment of the application provides, air device communication means that the present embodiment provides application but be not limited to the scene that air purifier and air box carry out communicating, the air device communication means that the present embodiment provides comprises the following steps.

S42, send position comformed information to the second terminal according to the first predetermined way, described position comformed information is used for described second terminal and receives and feedback acknowledgment instruction.

S44, determine that when receiving described confirmation instruction described second terminal is positioned at default working region.

In the present embodiment, described second terminal can be air cleaning facility (terminal), also can be air detection terminal.Purification of air terminal can purify air, and air detection terminal has multiple Detection of Air Quality sensor, and then can detect the air quality data of region.Accordingly, the executive agent of above-mentioned steps S42, S44 can the first terminal of above-described embodiment, being air detection terminal also can be purification of air terminal, executive agent also can the function of corresponding different purification of air terminal or air detection terminal or hardware module, such as wifi module, wired network adapter, infrared transceiver module etc.

Described first terminal sends position comformed information according to the first predetermined way.First terminal can be by sending by signal through walls by the position comformed information that the first predetermined way sends, and then first terminal can learn that when receiving position comformed information first terminal is positioned at two rooms.Also can be sent by the network signal carrying positional information in addition.Concrete, first terminal can have infrared module, bluetooth module or mixed-media network modules mixed-media, and then described first predetermined way can comprise and sends described position comformed information by infrared signal, Bluetooth signal or network signal.Meanwhile, the first predetermined way can be directive sending also can be broadcast transmission, and such as, when adopting bluetooth or infrared signal to send described position comformed information, described first predetermined way can be that directive sending also can broadcast transmission.

First terminal does not receive described confirmation instruction can including, but not limited to following situation: do not have the second terminal in the network that first terminal connects, now, second terminal cannot by network reception to described triggering command, or, second terminal is not positioned at default working region, and namely the second terminal and first terminal are not positioned at same room.And then the described confirmation instruction that first terminal is receiving the second terminal can be positioned at same room, can also confirm that first terminal and the second terminal are positioned at consolidated network further.First terminal and the second terminal are positioned at consolidated network can ensure that first terminal and the second terminal can carry out data transmission by described network, and first terminal and the second terminal ensure that at same room the necessity that between first terminal and the second terminal, data are transmitted.

Preferably, in the present embodiment, for effectively confirming that the second terminal is positioned at default working region, described transmission position comformed information step (described step S42) and describedly determine that working region step (described step S44) can comprise the following steps:

S40, repeat and send position comformed information according to the first predetermined way until determine that described second terminal is positioned at default working region or repeats number of times to reach the 3rd pre-set threshold value to the second terminal.

In the present embodiment, described step S40 also can repeat described step S42 until obtain described step S44 or repeat number of times reaching the second pre-set threshold value for first terminal.Described second pre-set threshold value can be 3 times, namely then confirm that the second terminal is not positioned at default working region when first terminal does not still receive described confirmation instruction when repeating 3 described step S42, when first terminal receives described confirmation instruction when performing arbitrary described step S42, then confirm that there is described second terminal being positioned at default working region, and no longer perform residue degree.

In addition, first terminal can be set and after sending described position comformed information, there is a predetermined time of reception, just can confirm that described second terminal is positioned at predetermined work region when only receiving described confirmation instruction in predetermined time of reception, when exceeding predetermined time of reception, first terminal re-executes described step S42 or makes and determines that the second terminal is not positioned at the judgement in predetermined work region, and then interrupts performing remaining step.

The application's embodiment provide air device communication means to apply but be not limited to the scene that needs formerly to be confirmed whether to have the second terminal being positioned at consolidated network, the described communication means that the present embodiment provides can also comprise the following steps.

S41, confirmation have the second terminal being positioned at consolidated network.

Accordingly, described transmission position comformed information step (described step S42) can comprise: S421, confirm there is described second terminal being positioned at consolidated network time send position comformed information according to the first predetermined way to described second terminal.

In the present embodiment, first terminal carries out the operation sending position comformed information again when determining to have the second terminal being positioned at consolidated network, accordingly, namely not performing remaining step when determining that not there is the second terminal being positioned at consolidated network, can ensure that first terminal blindly can not carry out sending the operation of position comformed information like this.In addition, first terminal can also obtain the identify label of the second terminal when confirmation has the second terminal of consolidated network, and then realizes position comformed information described in directive sending.

First terminal confirms that the mode being positioned at the second terminal of consolidated network has multiple, and such as, first terminal can ask for the terminal list of network connection to router, checked the second terminal whether possessing consolidated network by described terminal list.Certainly, whether first terminal also active inquiry or passive reception can have the second terminal being positioned at consolidated network.Can find out, the mode that first terminal performs described step S21 has multiple, and the application with which kind of executive mode concrete is not limited.

The concrete steps of the execution above-mentioned steps S21 (confirming network step) that the application's embodiment provides.The present embodiment application but be not limited to the scene that needs formerly to be confirmed whether to have the second terminal being positioned at consolidated network, described confirmation network step (described step S41) comprises the following steps.

S411, inquire instruction by described Web broadcast second, described second inquiry instruction sends the second feedback information for triggering the second terminal.

S412, when receiving described second feedback information confirm there is the second terminal being positioned at consolidated network.

First terminal is by the second inquiry instruction described in Web broadcast and by the second feedback information described in network reception, described second inquiry instruction receives response for the second terminal, certainly, the content the second feedback information can not being specified to carry in second inquiry instruction, namely the second feedback information can for carrying the network signal of any information, such as, the second terminal customizing messages that response is fixing when receiving described second inquiry instruction can being set, when first terminal receives this fixing customizing messages, can confirm that the second terminal is positioned at consolidated network with it.

Certainly, the second feedback information also can carry the identify label of self.First terminal not only can confirm to have the second terminal being positioned at consolidated network when receiving the second feedback information, can also obtain the identify label of the second terminal, can to triggering command described in the second terminal directive sending based on described identify label.

In addition, first terminal can confirm not have the second terminal being positioned at consolidated network when not receiving the second feedback information, and then can interrupt the execution of other steps, such as no longer performs described step S22, described step S24.Certainly, first terminal can perform repeatedly described step S211, only need receive once described second feedback information and can confirm to have the second terminal being positioned at consolidated network, can effectively avoid first terminal to produce because of the time difference with the second terminal interconnection network like this searching for less than problem.

Preferably, for guaranteeing to confirm to have the second terminal being positioned at consolidated network, described broadcast second inquires that instruction step (described step S411) and described confirmation of receipt step (described step S412) can comprise the following steps:

S410, to repeat by the second inquiry instruction described in described Web broadcast until confirm to there is described second terminal that is positioned at consolidated network or repeat number of times to reach the 4th pre-set threshold value.

In the present embodiment, described step S410 also can repeat described step S411 until obtain described step S412 or repeat number of times reaching the 4th pre-set threshold value for first terminal.Described 4th pre-set threshold value can be 3 times, namely then no longer perform when first terminal does not still receive described second feedback information when repeating 3 described step S412, when first terminal receives described second feedback information when performing arbitrary described step S412, then confirm that there is described second terminal being positioned at consolidated network, and no longer perform residue degree.

In addition, first terminal can be set and after sending described second inquiry instruction, there is a predetermined time of reception, just can confirm that there is the second terminal being positioned at consolidated network when only receiving described second feedback information in predetermined time of reception, when exceeding predetermined time of reception, first terminal re-executes described step S211 or makes the judgement determining not have the second terminal being positioned at consolidated network, and then interrupts performing remaining step.

As mentioned above, as the application's preferred embodiment, described second feedback information has the identify label of described second terminal.That is, sent by the identify label of the second feedback information by self while described second terminal sends the second feedback information, and then distinguish other interfering signals and be beneficial to follow-up directive sending data.

Accordingly, described confirmation of receipt step (described step 412) can comprise: S4121, when receiving described second feedback information confirm there is described second terminal the identify label obtaining described second terminal that are positioned at consolidated network;

Accordingly, described transmission position comformed information (described step 42) can comprise: S421, send described position comformed information to described second terminal according to the first predetermined way based on the described identify label of described second terminal.

In the present embodiment, the identify label of described second terminal can be the mac address of the second terminal, also can be the title of the second terminal or other marks of uniqueness.Preferably, the identify label of described second terminal is mac address.By the identify label of described second terminal, first terminal can realize the directive sending of position comformed information and judge to confirm whether instruction is that the second terminal sends.

The application's embodiment provide and perform the concrete steps of above-mentioned steps S21.The present embodiment application but be not limited to the scene that needs formerly to be confirmed whether to have the second terminal being positioned at consolidated network, described confirmation network step (described step S41) comprises the following steps.

S413, when receiving the second broadcast message that described second terminal is sent by described network confirm there is described second terminal being positioned at consolidated network.

In the present embodiment, first terminal, as passive side, receives described second broadcast message after interconnection network or when working.Described second broadcast message can be the above-mentioned second inquiry instruction that the second terminal sends, now, first terminal also needs to send to the second terminal to confirm instruction (can think described second feedback information) after confirmation has the second terminal being positioned at consolidated network.Certainly, the second broadcast message may also be only the signal that the second terminal sends, and confirms to have the second terminal being positioned at consolidated network, need not reply any information by first terminal after only needing first terminal to receive.

In addition, as the application's preferred embodiment, described second broadcast message has the identify label of described second terminal.That is, sent by the identify label of the second broadcast message by self while the second broadcast message described in described second terminal broadcast, and then distinguish other interfering signals and be beneficial to follow-up directive sending data.

Accordingly, described confirmation of receipt step (described step 412) can comprise: S4122, when receiving described second broadcast message confirm there is described second terminal the identify label obtaining described second terminal that are positioned at consolidated network;

Accordingly, described transmission position comformed information step (described step 42) can comprise: S422, send described position comformed information to described second terminal according to the first predetermined way based on the described identify label of described second terminal.

In the present embodiment, the identify label of described second terminal can be the mac address of the second terminal, also can be the title of the second terminal or other marks of uniqueness.Preferably, the identify label of described second terminal is mac address.By the identify label of described second terminal, first terminal can realize the directive sending of triggering command.

In an embodiment of the application, for guarantee second terminal receive described position comformed information for first terminal sends and be not be interfering signal, described position comformed information can have the identify label of described first terminal.Described position comformed information can have predetermined information; Described position comformed information is used for the feedback acknowledgment instruction when receiving the described position comformed information with described predetermined information of described second terminal.Described predetermined information can comprise the identify label of described first terminal.

Second terminal compiles after receiving described position comformed information, if compile out the described predetermined information of first terminal in the comformed information of described position, think that this position comformed information is effective information but not interfering signal, if do not compile out the described predetermined information of first terminal in the comformed information of described position, then show that this position comformed information is interfering signal.Similar, also can attach the identify label of the second terminal in the described confirmation instruction of described second terminal feedback, and then guarantee that confirmation instruction that first terminal receives is for be sent by the second terminal.

Adopt the scheme of the present embodiment can improve the accuracy rate that confirmation second terminal is positioned at default working region largely, simultaneously, also the identify label in the comformed information of described position can be mated with the identify label obtained in above-mentioned steps S4122, confirm that the second terminal is positioned at default working region again when two identify labels are consistent, the accuracy rate that confirmation second terminal is positioned at default working region can be improved further.

In an embodiment of the application, described second terminal can comprise air cleaning facility, such as has the air purifier of blower fan and filter core.Now, the air device communication means that the present embodiment provides can also comprise the following steps.

S461, send Detection of Air Quality data by network to described second terminal.

In the present embodiment, the executive agent of described step S461 can be air detection terminal (first terminal), can be such as air cartridge.Air detection terminal comprises multiple Detection of Air Quality sensor, and can detect the air quality of self region.In the step S44 of above-described embodiment, first terminal has confirmed that the second terminal is positioned at default working region, namely first terminal receives the infrared signal of the second terminal of arrival, Bluetooth signal or network signal, and then first terminal has confirmed that the second terminal is positioned at same room, in conjunction with the present embodiment, first terminal is the air quality data of the zones of different of chummery to the Detection of Air Quality data that the second terminal sends, and then the Detection of Air Quality data that first terminal sends have good reference value for the second terminal, the second terminal is made to know the overall work state in whole room.

In the present embodiment, described Detection of Air Quality data can comprise test item data that PM2.5, air themperature, air humidity, air velocity, content of sulfur dioxide, carbon dioxide content, content of formaldehyde, ozone content, stupid content, pellet content etc. can evaluate IAQ wherein one or more.And then the air quality state of the first terminal region that the second terminal can reflect according to these Detection of Air Quality data when receiving these Detection of Air Quality data adjusts the duty of self.

Further, be not limited to same room and be in consolidated network to possess embodiment under the scene of multiple stage second terminal for a kind of application of the application, the air device communication means that the present embodiment provides can also comprise the following steps:

S451, set up and be positioned at described second terminal list of described default working region.

Accordingly, described transmission data step (described step S461) comprising: S2611, send described Detection of Air Quality data by described network to the second terminal described at least one in described second terminal list.

In the present embodiment, consider in same room to possess multiple the second terminal being in consolidated network, accordingly, in the described step S24 of above-described embodiment, first terminal (can be purification of air terminal and/or air detection terminal) can receive the multiple described position comformed information of different second terminal.Based on the plurality of described position comformed information, first terminal can set up described second terminal list of described default working region.Certainly, can show with the identify label of described second terminal in described second terminal list, the various ways obtaining the identify label of the second terminal illustrates in the above-described embodiments, repeats no longer one by one herein.

First terminal is when performing described step S461, and first terminal can send Detection of Air Quality data to multiple second terminals being positioned at same room simultaneously, and then can simultaneously for multiple purification of air terminal provides reference data.

In another embodiment of the application, described second terminal can comprise air detection equipment, such as comprises the air box of Detection of Air Quality sensor.Now, the air device communication means that the present embodiment provides can also comprise the following steps:

S462, the Detection of Air Quality data sent by the second terminal described in network reception.

In the present embodiment, the executive agent of described step S262 can be purification of air terminal (first terminal), can be such as air purifier.Purification of air terminal can comprise blower fan and filter core, by blower fan by air by blowing out after filter element filtering.In the step S24 of above-described embodiment, first terminal has confirmed that the second terminal is positioned at default working region, namely first terminal receives the infrared signal of the second terminal of arrival, Bluetooth signal or network signal, and then first terminal has confirmed that the second terminal is positioned at same room, in conjunction with the present embodiment, first terminal is the air quality data of the zones of different of chummery to the Detection of Air Quality data that the second terminal sends, and then second the Detection of Air Quality data that send of terminal there is good reference value for first terminal, make first terminal effectively can know the overall work state in whole room.

S452, set up and be positioned at described second terminal list of described default working region.

Accordingly, described reception data step (described step S262) comprising: S2621, the described Detection of Air Quality data sent by the second terminal described at least one in the second terminal list described in described network reception.

In the present embodiment, first terminal is when performing described step S261, first terminal can receive the Detection of Air Quality data that multiple second terminals of being positioned at same room send simultaneously, and then the air quality data that can simultaneously provide using multiple air detection terminal is as with reference to information.

Further, the application's embodiment is applied but is not limited to guarantee that the second terminal and first terminal are positioned at the scene of same room further, and the air device communication means that the present embodiment provides is further comprising the steps of.

S47, calculate the first air quality status information of described second terminal region based on the described Detection of Air Quality data of described second terminal, described first air quality status information is for reflecting the air quality trend of described second terminal region.

The Detection of Air Quality data of S48, acquisition purification of air terminal region, calculate the second air quality status information of purification of air terminal region, described second air quality status information is for reflecting the air quality trend of described purification of air terminal region.

S491, continue to receive the Detection of Air Quality data that described second terminal sends when described first air quality status information and described second air quality status information accordance.

The present embodiment first terminal is received the position comformed information of the second terminal but the situation that first terminal and the second terminal are not still positioned at same room is filtered, such as, room door is in open mode, and the position comformed information that now the second terminal sends likely transfers in another room and received by first terminal; Or room door or wall are the situation of clear glass, now wall cannot stop that the position comformed information in other rooms transfers in the room at first terminal place.

The present embodiment is based on fainter with connected effect between air detection terminal and realize in the purification of air terminal of not chummery, such as, air box is in parlor, air purifier is in bedroom, due to two rooms that parlor and bedroom are relatively independent, in running order air purifier is fainter for the catharsis in parlor, and then what was certain was that the air quality trend in bedroom can be become better and better, the air quality trend in parlor can be tending towards constant or change faint, based on this principle, the present embodiment by the Detection of Air Quality data of the certain hour using the second terminal and first terminal region as basis for estimation, and then judge whether the second terminal and first terminal are in same room really again.

The first air quality status information that first terminal calculates described second terminal region can be the air quality tendency information of reflection second terminal region, and the second air quality status information that first terminal calculates described purification of air terminal region can be the air quality tendency information of reflection purification of air terminal region.Such as, the first terminal PM2.5 value that can extract in described Detection of Air Quality data carries out the first air quality status information and the second air quality status information that calculate described second terminal and described purification of air terminal region.

Certainly, the first terminal described first air quality state of calculating and described second air quality state also can be able to be the data of single parameter according to the total data in described air quality data, and as above-mentioned PM2.5 value, the application is not as limit.

It should be noted that, described purification of air terminal can be described first terminal, and described purification of air terminal equally can as the executive agent of described step S27, S28, S291.Purification of air terminal self can obtain the air quality data of self region, also can be obtained by other hardware cells.Certainly, the air quality data of described purification of air terminal region is not limited to and detects acquisition by purification of air terminal self, also can be detected by the air detection terminal of described purification of air terminal region (such as air box, Detection of Air Quality sensor) and obtain.

Second terminal can send primary air quality testing data at interval of the scheduled time to first terminal, first terminal from collect the Detection of Air Quality data calculating and collect the second terminal in the scheduled time and purification of air terminal (can be self) region, then calculate described first air quality information and described second air quality information by the Detection of Air Quality data in this scheduled time.

Such as: analyzed by the air quality data of least square method by described second terminal in certain hour, draw the linear function y=k1x+b of reflection second terminal region air quality trend, be described first air quality status information; Then analyzed by the air quality data of least square method by the described purification of air terminal in certain hour, draw the linear function y=k2x+b of reflection purification of air terminal region air quality trend, be described second air quality status information; Finally, first terminal judges the value of k1 and k2 whether identical (whether k1 and k2 is all on the occasion of or is all negative value or positive negative), directly can judge that when showing that k1 and k2 value is contrary second terminal and first terminal are not still positioned at same room, now can first terminal can the data transmitted of interrupting receive second terminal.When judging that first terminal judges that the value of k1 and k2 is identical, calculate the difference of k1 and k2 and ratio { i.e. (the k1-k2)/k2} of k2, if when this ratio is less than default value (such as 0.5,1 or other numerical value), then think described first air quality status information and described second air quality status information accordance; If when this ratio is greater than described default value, then think described first air quality status information and described second air quality status information inconsistent.

S492, described first air quality status information and described second air quality status information inconsistent time interrupting receive described in the Detection of Air Quality data that send of the second terminal.

In the present embodiment, when described first air quality status information and described second air quality status information inconsistent, now can think that purification of air terminal and the second terminal are not positioned at same room, the Detection of Air Quality data that second terminal sends there is no actual reference for purification of air terminal, so first terminal can the second terminal sends described in interrupting receive Detection of Air Quality data, certainly, first terminal also can for the Detection of Air Quality data making purification of air terminal aborts receive the second terminal transmission.

Certainly, first air quality status information and the second quality state message reflection be the air quality trend of described second terminal and purification of air terminal region, first air quality status information reaches unanimity (or roughly the same) with the air quality trend of the second quality state information consistent both explanations region, the clean-up effect of purification of air terminal has clean-up effect equally to the second terminal region, now, illustrate that the second terminal and purification of air terminal are positioned at same room really.Accordingly, first air quality status information is different from the air quality trend of the second quality state information inconsistent both explanations region, such as the air quality of the second terminal region remains unchanged, and the air quality of purification of air terminal region is become better and better; Now, illustrate that the second terminal and purification of air terminal are not positioned at same room.

S50, duty according to the described Detection of Air Quality data point reuse purification of air terminal of described second terminal.

In the present embodiment, can find out that described Detection of Air Quality packet contain one or more parameter with reference to describing above, purification of air terminal and the second terminal are positioned at the zones of different of same room, for objectively responding the integrated air quality in whole room, the clean-up effect in whole room is made to be tending towards average, promote overall clean-up effect, first terminal (purification of air terminal) can adjust self duty according to the described Detection of Air Quality data of the second terminal.The duty of purification of air terminal can be including, but not limited to: the quantity etc. of the Detection of Air Quality data of display air, the wind-force size of fan operation, air-out direction and/or fan operation.Purification of air terminal can have display, and described Detection of Air Quality data intuitively show by display, and then the air quality in room are displayed.Simultaneously, the blower fan wind-force of purification of air terminal and air-out direction thereof can realize by regulating the speed of motor rotation and the rotational angle of air outlet grate, in addition, some purification of air terminals can have multiple blower fan, blower fan can also be arranged up and down, so air quality in the second terminal region improve situation comparatively slowly under can promote above the wind-force of blower fan and then the entirety that promotes room air quality effectively promote.

S501, obtain the Detection of Air Quality data of described purification of air terminal region, show the mean value of the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described second terminal.

The mean value of the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described second terminal better can reflect integrated air quality in room.Can find out that described Detection of Air Quality packet contain one or more parameter with reference to describing above, in the present embodiment, that the mean value of the same parameter choosing the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described second terminal shows, certainly, the mean value of parameters all can be shown.For PM2.5 value wherein, the PM2.5 value calculating mean value of the PM2.5 value and the second terminal region that can choose described purification of air terminal region is shown.

In addition, when same described purification of air terminal connects multiple described second terminal simultaneously, for each the second connected terminal, purification of air terminal all can draw the mean value of Detection of Air Quality data, purification of air terminal can take turns to show multiple described mean value in the display, certainly, also can show simultaneously.

Preferably, in the application's preferred embodiment, described purification of air terminal comprises multiple blower fan.Described adjustment duty step (described step S50) can comprise the following steps:

S502, according to the wind-force size of the described Detection of Air Quality data point reuse of described second terminal blower fan described at least one and/or air-out direction.

For the purification of air terminal of above-mentioned 4 blower fans, when the Detection of Air Quality data that the second terminal transmission in the face of front is come reflect that this second terminal region air quality is poor than other regions, now can promote the wind-force of blower fan corresponding to this front air outlet, can air-out direction be adjusted simultaneously, the air after purifying distally is carried as far as possible.Certainly, when multiple second terminal region air quality is all poor, multiple blower fan can be controlled and promote wind-force, to promote the integrated air quality in room as early as possible.

In addition, again for the described purification of air terminal of 2 blower fans, the blower fan of top can distally carry the air after purification relative to the blower fan air-out of below, and then reflect the wind-force of the blower fan above its region air quality can promote time poor in the second terminal, and to adjust air-out direction be air after distally carrying purification.Until the second terminal region air quality is consistent with the air quality of purification of air terminal region, the air quality entirety simultaneously in room is also comparatively good, now can control the wind-force that 2 blower fans reduce self, save the power consumption of purification of air terminal.

Refer to Figure 10, another embodiment of the application also provides a kind of air box, comprising: the second Detection of Air Quality sensor 300, and it is for detecting air quality; First transmitter 301, it is for sending position comformed information to air purifier according to the first predetermined way; Described position comformed information is used for described air purifier and receives and confirm instruction by network-feedback; Described first transmitter 301 comprises Infrared Projector or Bluetooth signal transmitter; 3rd network transceivers 302, it is for confirming instruction by described in network reception; Also for sending Detection of Air Quality data to described air purifier; 3rd controller 303, it is for determining that when receiving described confirmation instruction described air purifier is positioned at default working region.

Second Detection of Air Quality sensor 300 can detect air quality and then obtain Detection of Air Quality data, concrete, the second Detection of Air Quality sensor 300 can detect and comprise test item data that PM2.5, air themperature, air humidity, air velocity, content of sulfur dioxide, carbon dioxide content, content of formaldehyde, ozone content, stupid content, pellet content etc. can evaluate IAQ wherein one or more.Certainly, the second Detection of Air Quality sensor 300 can comprise one or more sensors, and the application is not as limit.The Detection of Air Quality data detected can be sent to first network transceiver by the second Detection of Air Quality sensor 300, are outwards sent by the 3rd network transceivers 302.3rd network transceivers 302 can be wifi module, also can be wired network adapter, and preferably, the 3rd network transceivers 302 is wifi module, and the 3rd network transceivers 302 connects the 3rd controller 303.Position comformed information can be generated by the first controller or transfer, and is sent by the first transmitter 301.First transmitter 301 can connect described controller, sends described position comformed information according to the instruction of controller.

3rd controller 303 can be CPU, single-chip microcomputer or PLC, and the application is not as limit.3rd controller 303 is when determining that air purifier is positioned at default working region, can think that the air box that the present embodiment provides and described air purifier are positioned at same room, and then the 3rd controller 303 can control described 3rd network transceivers 302 and sends described Detection of Air Quality data for described air purifier reference to described air purifier.

Refer to Figure 11, another embodiment of the application also provides a kind of air purifier, comprising: the second clean unit 400, and it comprises blower fan, filter core; Second transmitter 401, it is for sending position comformed information to air box according to the first predetermined way; Described position comformed information is used for described air box and receives and confirm instruction by network-feedback; Described first transmitter comprises Infrared Projector or Bluetooth signal transmitter; 4th network transceivers 402, it is for confirming instruction by described in network reception; Detection of Air Quality data also for being sent by air box described in described network reception; 4th controller 403, it is for determining that when receiving described confirmation instruction described air box is positioned at default working region.

Second clean unit 400 can comprise blower fan, filter core, and clean unit has purification chamber, and filter core and blower fan are positioned at described purification chamber.Blower fan can connect the 4th controller 403, can be controlled the wind-force size of blower fan by the 4th controller 403.The air outlet position of clean unit can be provided with grid simultaneously, and the 4th controller 403 can control rotational angle and then the adjustment air-out direction of grid.

4th network transceivers 402 can be wifi module, also can be wired network adapter, and preferably, the 4th network transceivers 402 is wifi module, and it connects the 4th controller 403.Position comformed information can be generated by the 4th controller 403 or be transferred and be supplied to the second transmitter 401.Second transmitter 401 can connect described controller, sends described position comformed information according to the instruction of controller.

4th controller 403 can be CPU, single-chip microcomputer or PLC, and the application is not as limit.4th controller 403 is when determining that air box is positioned at default working region, can think that the air purifier that the present embodiment provides and described air box are positioned at same room, and then the 4th controller 403 can control the described Detection of Air Quality data of air box transmission described in described first network transceivers to regulate the duty of oneself.

Should be appreciated that, above description is to carry out illustrating instead of in order to limit.By reading foregoing description, the many embodiments outside provided example and many application will be all apparent for a person skilled in the art.Therefore, the scope of this instruction should not determined with reference to foregoing description, but the four corner of the equivalent that should have with reference to claims and these claims is determined.For comprehensive object, all articles and with reference to comprising the open all by reference to being combined in herein of patent application and bulletin.Omit in aforementioned claim theme disclosed herein any in be not to abandon this body matter, also should not be considered as the part that this theme is not thought of as disclosed subject matter by inventor.

Claims

1. an air device communication means, is characterized in that, comprising:

2. an air device communication means, is characterized in that, comprising:

3. method as claimed in claim 2, is characterized in that, also comprise:

Confirm that there is the first terminal being positioned at consolidated network;

Accordingly, described transmission triggering command step comprises: send described triggering command to the described first terminal being positioned at consolidated network by described network when confirmation has the described first terminal being positioned at consolidated network.

4. method as claimed in claim 3, it is characterized in that, described confirmation network step comprises:

Inquire instruction by described Web broadcast first, described first inquiry instruction sends the first feedback information for triggering first terminal;

Confirm that there is the first terminal being positioned at consolidated network when receiving described first feedback information.

5. method as claimed in claim 4, is characterized in that: described first feedback information has the identify label of described first terminal;

Accordingly, described confirmation of receipt step comprises: confirm to have the described first terminal the identify label obtaining described first terminal that are positioned at consolidated network when receiving described first feedback information;

Accordingly, described transmission triggering command step comprises: the described identify label based on described first terminal sends described triggering command to the described first terminal being positioned at consolidated network by described network.

6. method as claimed in claim 3, it is characterized in that, described confirmation network step comprises:

Confirm that there is the described first terminal being positioned at consolidated network when receiving the first broadcast message that described first terminal is sent by described network.

7. method as claimed in claim 6, is characterized in that: described first broadcast message has the identify label of described first terminal;

Accordingly, described confirmation of receipt step comprises: confirm to have the described first terminal the identify label obtaining described first terminal that are positioned at consolidated network when receiving described first broadcast message;

8. method as claimed in claim 4, is characterized in that: described broadcast first inquires that instruction step and described confirmation of receipt step comprise:

Repeat by the first inquiry instruction described in described Web broadcast until confirm to there is the described first terminal that is positioned at consolidated network or repeat number of times to reach the first pre-set threshold value.

9. method as claimed in claim 2, it is characterized in that, described transmission triggering command step comprises:

Described triggering command is broadcasted to the described first terminal being positioned at consolidated network.

10. method as claimed in claim 2, is characterized in that, described transmission triggering command step and describedly determine that working region step comprises:

The first terminal repeated to being positioned at consolidated network reaches the second pre-set threshold value by described network transmission triggering command until determine that described first terminal is positioned at default working region or repeats number of times.

11. as arbitrary in claim 2 to 10 as described in method, it is characterized in that, described first predetermined way comprises: send described position comformed information by infrared signal, Bluetooth signal or network signal.

12. methods as claimed in claim 11, is characterized in that: described position comformed information has the identify label of described first terminal;

Accordingly, describedly determine that working region step comprises: determine that described first terminal is positioned at default working region when receiving the described position comformed information of the identify label with described first terminal.

13. methods as claimed in claim 2, it is characterized in that, described first terminal comprises air cleaning facility;

Described method also comprises:

Detection of Air Quality data are sent to described first terminal by described network.

14. methods as claimed in claim 13, is characterized in that, also comprise:

Set up the described first terminal list being positioned at described default working region;

Accordingly, described transmission data step comprises: send described Detection of Air Quality data by described network to first terminal described at least one in described first terminal list.

15. methods as claimed in claim 2, it is characterized in that, described first terminal comprises air detection equipment;

Described method also comprises:

By the Detection of Air Quality data that first terminal described in described network reception sends.

16. methods as claimed in claim 15, is characterized in that, also comprise:

Accordingly, described reception data step comprises: the described Detection of Air Quality data sent by first terminal described at least one in first terminal list described in described network reception.

17. methods as claimed in claim 15, is characterized in that, also comprise:

Described Detection of Air Quality data based on described first terminal calculate the first air quality status information of described first terminal region, and described first air quality status information is for reflecting the air quality trend of described first terminal region;

Obtain the Detection of Air Quality data of purification of air terminal region, calculate the second air quality status information of purification of air terminal region, described second air quality status information is for reflecting the air quality trend of described purification of air terminal region;

Continue to receive the Detection of Air Quality data that described first terminal sends when described first air quality status information and described second air quality status information accordance.

18. methods as claimed in claim 17, is characterized in that, also comprise:

Described first air quality status information and described second air quality status information inconsistent time interrupting receive described in the Detection of Air Quality data that send of first terminal.

19. methods as claimed in claim 15, is characterized in that, also comprise:

According to the duty of the described Detection of Air Quality data point reuse purification of air terminal of described first terminal.

20. methods as claimed in claim 19, is characterized in that, described adjustment duty step comprises:

Obtain the Detection of Air Quality data of described purification of air terminal region, show the mean value of the described Detection of Air Quality data of described purification of air terminal region and the described Detection of Air Quality data of described first terminal.

21. methods as claimed in claim 19, it is characterized in that, described purification of air terminal comprises multiple blower fan;

Described adjustment duty step comprises:

According to wind-force size and/or the air-out direction of the described Detection of Air Quality data point reuse of described first terminal blower fan described at least one.

22. 1 kinds of air boxes, is characterized in that, comprising:

First Detection of Air Quality sensor, it is for detecting air quality;

23. 1 kinds of air purifiers, is characterized in that, comprising:

First clean unit, it comprises blower fan, filter core;

24. 1 kinds of air device communication means, is characterized in that, comprising:

Send position comformed information to the second terminal according to the first predetermined way, described position comformed information is used for described second terminal and receives and feedback acknowledgment instruction;

25. methods as claimed in claim 24, is characterized in that, also comprise:

Confirm that there is the second terminal being positioned at consolidated network;

Accordingly, described transmission position comformed information step comprises: send position comformed information according to the first predetermined way to described second terminal when confirmation has described second terminal being positioned at consolidated network.

26. methods as claimed in claim 25, is characterized in that, described confirmation network step comprises:

Inquire instruction by described Web broadcast second, described second inquiry instruction sends the second feedback information for triggering the second terminal;

Confirm that there is the second terminal being positioned at consolidated network when receiving described second feedback information.

27. methods as claimed in claim 26, is characterized in that: described second feedback information has the identify label of described second terminal;

Accordingly, described confirmation of receipt step comprises: confirm to have described second terminal the identify label obtaining described second terminal that are positioned at consolidated network when receiving described second feedback information;

Accordingly, described transmission position comformed information comprises: the described identify label based on described second terminal sends described position comformed information to described second terminal according to the first predetermined way.

28. methods as claimed in claim 25, is characterized in that, described confirmation network step comprises:

Confirm that there is described second terminal being positioned at consolidated network when receiving the second broadcast message that described second terminal is sent by described network.

29. methods as claimed in claim 28, is characterized in that: described second broadcast message has the identify label of described second terminal;

Accordingly, described confirmation of receipt step comprises: confirm to have described second terminal the identify label obtaining described second terminal that are positioned at consolidated network when receiving described second broadcast message;

Accordingly, described transmission position comformed information step comprises: the described identify label based on described second terminal sends described position comformed information to described second terminal according to the first predetermined way.

30. as arbitrary in claim 24 to 29 as described in method, it is characterized in that, described first predetermined way comprises: send described position comformed information by infrared signal, Bluetooth signal or network signal.

31. methods as claimed in claim 30, is characterized in that: described position comformed information has predetermined information; Described position comformed information is used for the feedback acknowledgment instruction when receiving the described position comformed information with described predetermined information of described second terminal.

32. methods as claimed in claim 30, it is characterized in that, described first predetermined way comprises: by position comformed information described in infrared signal, Bluetooth signal or network signal broadcasts.

33. methods as claimed in claim 24, it is characterized in that, described second terminal comprises air cleaning facility;

Described method also comprises:

Detection of Air Quality data are sent to described second terminal by network.

34. methods as claimed in claim 24, it is characterized in that, described second terminal comprises air detection equipment;

Described method also comprises:

By the Detection of Air Quality data that the second terminal described in network reception sends.

35. methods as claimed in claim 34, is characterized in that, also comprise:

Described Detection of Air Quality data based on described second terminal calculate the first air quality status information of described second terminal region, and described first air quality status information is for reflecting the air quality trend of described second terminal region;

Continue to receive the Detection of Air Quality data that described second terminal sends when described second air quality status information and described second air quality status information accordance.

36. methods as claimed in claim 35, is characterized in that, also comprise:

Described first air quality status information and described second air quality status information inconsistent time interrupting receive described in the Detection of Air Quality data that send of the second terminal.

37. methods as claimed in claim 34, is characterized in that, also comprise:

According to the duty of the described Detection of Air Quality data point reuse purification of air terminal of described second terminal.

38. 1 kinds of air boxes, is characterized in that, comprising:

Second Detection of Air Quality sensor, it is for detecting air quality;

39. 1 kinds of air purifiers, is characterized in that, comprising:

Second clean unit, it comprises blower fan, filter core;