CN103615789B

CN103615789B - Based on air-conditioning centralized Control method and the multi-online air-conditioning system of indoor set marshalling

Info

Publication number: CN103615789B
Application number: CN201310683467.6A
Authority: CN
Inventors: 李文阳
Original assignee: Qingdao Hisense Hitachi Air Conditioning System Co Ltd
Current assignee: Qingdao Hisense Hitachi Air Conditioning System Co Ltd
Priority date: 2013-12-13
Filing date: 2013-12-13
Publication date: 2015-12-09
Anticipated expiration: 2033-12-13
Also published as: CN103615789A

Abstract

The invention discloses a kind of air-conditioning centralized Control method based on indoor set marshalling and multi-online air-conditioning system.Centralized Controller obtains the pre-configured coded address of off-premises station, line control machine and indoor set; According to the corresponding sequence branch in each off-premises station coded address, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence branch, identify the line control machine geocoding corresponding with the line control machine that indoor set is connected, generate marshalling sequencing queue; Using indoor set corresponding for the indoor set coded address meeting presumptive address marshalling strategy in described marshalling sequencing queue as an indoor units, obtain one or more indoor units; For each indoor units chooses corresponding function key.Application the present invention, can simplify the operating process of the indoor machine of centralized Control, reduce air-conditioning centralized Control cost.

Description

Based on air-conditioning centralized Control method and the multi-online air-conditioning system of indoor set marshalling

Technical field

The present invention relates to air conditioner controlling technology, particularly relate to a kind of air-conditioning centralized Control method based on indoor set marshalling and multi-online air-conditioning system.

Background technology

In field of central air-conditioning, separate unit off-premises station can be connected by holding wire with one or more indoor set, indoor set is controlled by the line control machine be connected, off-premises station, indoor set and line control machine composition air conditioning subsystem, in air conditioning subsystem, multiple stage indoor set can share a line control machine.By being linked together by multiple air conditioning subsystem, air-conditioning system can be formed, i.e. multi-online air-conditioning system.In multi-online air-conditioning system, include multiple stage indoor set, multiple stage off-premises station and multiple line control machine, wherein, the mode that a line control machine is connected with one or more indoor set can be adopted, indoor set is controlled, also by arranging the mode of Centralized Controller in multi-online air-conditioning system, centralized Control can be carried out to all indoor sets comprised in multi-online air-conditioning system.

Fig. 1 is existing multi-online air-conditioning system structural representation.See Fig. 1, this multi-online air-conditioning system comprises: Centralized Controller 01, off-premises station 02, indoor set 03 and line control machine 04, and wherein, off-premises station 02, indoor set 03 and line control machine 04 is one or more.

Each off-premises station is connected by holding wire with one or more indoor set, utilizes holding wire transmission of control signals between off-premises station and indoor set, separate between off-premises station; In the indoor set be connected with off-premises station, one or more indoor set is connected with a line control machine, line control machine wirelessly or wired mode communicate with indoor set, to indoor set carry out operation control; Centralized Controller is connected with each off-premises station and indoor set respectively, thus carries out Long-distance Control to the indoor set in multi-online air-conditioning system.

At present, the mode that Centralized Controller adopts coded address to distribute controls indoor set and off-premises station, namely manually coded address information is set for indoor set and off-premises station, the coded address information of setting is stored in Centralized Controller, and for each indoor set, corresponding function key is set, makes Centralized Controller according to the address of indoor unit information arranged and off-premises station address information, the centralized Control to indoor set and off-premises station can be realized.Centralized Controller in multi-online air-conditioning system generally adopts lattice lcd, touch-screen or PC etc. to have the controller of visualized operation.

Because Centralized Controller needs the indoor set One's name is legion of control, make in Centralized Controller, to need the function key of setting more, such as, need according to indoor set coded address information, for each indoor set, a corresponding function key is set, or, by arranging address information for line control machine, thus a corresponding function key is set for each line control machine.Thus, before reality uses Centralized Controller, first must carry out function menu configuration, setting, marshalling and function by field technician to Centralized Controller and select; Then, after Centralized Controller power-up initializing, log in multi-online air-conditioning system, obtain the indoor set coded address information of access multi-online air-conditioning system, thus according to actual needs, from the indoor set coded address information obtained, by pressing function key corresponding to this indoor set coded address information, thus choose the indoor set needing to carry out controlling.Like this, make to choose from Centralized Controller the indoor set complex operation, the workload that need to control large, need just can carry out comparatively skilled operation through professional training, high to technical requirements of users, improve the central controlled cost of air-conditioning; Further, in subsequent applications, if the change of multi-online air-conditioning system generation scheme and adjustment, such as, change setting, indoor set telephone-moving, the change of outdoor unit, the increase etc. of indoor set, owing to needing the configurator of corresponding renewal Centralized Controller, need contact producer technical staff to solve, required time is longer, reduces the experience of user to air-conditioning business.

Summary of the invention

Embodiments of the invention provide a kind of air-conditioning centralized Control method based on indoor set marshalling, simplify the operating process of the indoor machine of centralized Control, reduce air-conditioning centralized Control cost.

Embodiments of the invention also provide a kind of multi-online air-conditioning system, simplify the operating process of the indoor machine of centralized Control, reduce air-conditioning centralized Control cost.

For achieving the above object, a kind of air-conditioning centralized Control method based on indoor set marshalling that the embodiment of the present invention provides, the method comprises:

Centralized Controller in multi-online air-conditioning system obtains the pre-configured coded address waiting to run off-premises station, line control machine and indoor set;

According to the corresponding sequence branch in each off-premises station coded address, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence branch, identify the line control machine geocoding corresponding with the line control machine that indoor set is connected, generate marshalling sequencing queue;

Using indoor set corresponding for the indoor set coded address meeting presumptive address marshalling strategy in described marshalling sequencing queue as an indoor units, obtain one or more indoor units;

For each indoor units chooses corresponding function key, to make the start and stop of the indoor units of the function key control association chosen.

Wherein, before the Centralized Controller in described multi-online air-conditioning system obtains the pre-configured coded address waiting to run off-premises station, line control machine and indoor set, described method comprises further:

Off-premises station coded address scope, line control machine coded address scope and indoor set coded address scope are set in advance in Centralized Controller, and build the outer interior mapping relations table of off-premises station coded address and indoor set coded address;

According to the off-premises station coded address scope pre-set, sequentially coded address is arranged to off-premises station, according to the outer interior mapping relations table built, sequentially coded address is arranged to indoor set, according to the line control machine coded address scope pre-set, sequentially coded address is arranged to line control machine;

Build the line traffic control mapping relations table of line control machine coded address and indoor set coded address.

Wherein, described by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert corresponding sequence and comprise in lines:

By the indoor set coded address that off-premises station coded address maps, in the sequence branch that this off-premises station coded address is corresponding, according to from little to sorting greatly, before minimum indoor set coded address sequence.

Wherein, the line control machine geocoding that described mark is connected with indoor set comprises:

According to the line traffic control mapping relations table built in advance, the line control machine coded address that the indoor set coded address obtaining sorting is corresponding respectively.

Wherein, described marshalling strategy is marshalling number strategy, and the described presumptive address that will meet in described marshalling sequencing queue organizes into groups the indoor set of the indoor set coded address of strategy as an indoor units, obtains one or more indoor units and comprises:

Indoor set establishment in described marshalling sequencing queue, when line control machine coded address number is less than marshalling number, is an indoor units by the line control machine coded address number comprised in the marshalling sequencing queue that statistics generates; When line control machine coded address number is greater than marshalling number, according to marshalling is several, line control machine coded address number is sequentially divided into groups, the indoor set coded address that the line control machine coded address obtaining each grouping maps, being worked out by indoor set corresponding for indoor set coded address corresponding for each grouping obtained is an indoor units.

Wherein, described marshalling strategy is marshalling number strategy and vacancy preference strategy, and the described presumptive address that will meet in described marshalling sequencing queue organizes into groups the indoor set of the indoor set coded address of strategy as an indoor units, obtains one or more indoor units and comprises:

In the sequence branch that current outdoor machine coded address is corresponding, sequentially choose line control machine coded address, before the line control machine coded address number chosen is less than marshalling number, if there is vacancy in the indoor set coded address that the line control machine coded address, front and back chosen maps, obtaining the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, is an indoor units by indoor set corresponding for the indoor set coded address of acquisition establishment;

Determine that in sequence branch, last does not occur that the accumulative line control machine number that the indoor set of vacancy is corresponding is less than marshalling number, reads next off-premises station coded address;

Judge whether current outdoor machine coded address and next off-premises station coded address occur vacancy, if, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, being worked out by indoor set corresponding for the indoor set coded address of acquisition is an indoor units, otherwise, continue to choose line control machine coded address.

A kind of multi-online air-conditioning system, comprising: off-premises station, the indoor set be connected with off-premises station and the line control machine be connected with indoor set, this multi-online air-conditioning system also comprises:

Centralized Controller, for obtaining the pre-configured coded address waiting to run off-premises station, line control machine and indoor set; According to the corresponding sequence branch in each off-premises station coded address, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence branch, identify the line control machine geocoding corresponding with the line control machine that indoor set is connected, generate marshalling sequencing queue; Using indoor set corresponding for the indoor set coded address meeting presumptive address marshalling strategy in described marshalling sequencing queue as an indoor units, obtain one or more indoor units; For each indoor units chooses corresponding function key, to make the start and stop of the indoor units of the function key control association chosen.

Preferably, described Centralized Controller comprises: coded address arranges module, coded address acquisition module, marshalling sequencing queue generation module, association structure module and start and stop processing module;

Coded address arranges module, for according to the coded address strategy pre-set, for the off-premises station in multi-online air-conditioning system, the indoor set be connected with off-premises station and the line control machine that is connected with indoor set arrange coded address respectively;

Coded address acquisition module, for obtaining the pre-configured coded address waiting to run off-premises station, line control machine and indoor set;

Marshalling sequencing queue generation module, for the branch that sorts according to each off-premises station coded address corresponding, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence in lines, identify the line control machine geocoding corresponding with the line control machine that indoor set is connected, generate marshalling sequencing queue;

Association builds module, for using meeting the indoor set of the tactful indoor set coded address of presumptive address marshalling in described marshalling sequencing queue as an indoor units, obtains one or more indoor units;

Start and stop processing module, for choosing corresponding function key for each indoor units, to make the start and stop of the indoor units of the function key control association chosen.

Preferably, described marshalling sequencing queue generation module comprises: sequence branch unit, plug-in unit and identify unit;

Sequence branch unit, for according to the corresponding sequence branch in each off-premises station coded address, sorts to the off-premises station coded address obtained;

Plug-in unit, for the row according to each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence in lines;

Identify unit, in each sequence branch, identifies the line control machine geocoding corresponding with the line control machine that indoor set is connected, generates marshalling sequencing queue.

Preferably, described association structure module comprises: the first marshalling policy unit, marshalling number statistic unit and processing unit;

First marshalling policy unit, for storing marshalling number strategy;

Marshalling number statistic unit, for adding up the line control machine coded address number comprised in the marshalling sequencing queue of generation;

Processing unit, during for being less than marshalling number when line control machine coded address number, being indoor units by the indoor set establishment in described marshalling sequencing queue, building the incidence relation of indoor units and function key; When line control machine coded address number is greater than marshalling number, according to marshalling is several, line control machine coded address number is sequentially divided into groups, the indoor set coded address that the line control machine coded address obtaining each grouping maps, being worked out by indoor set corresponding for indoor set coded address corresponding for each grouping obtained is an indoor units, builds the incidence relation of the function key that this indoor units and Centralized Controller are arranged.

Preferably, described association structure module comprises: the second marshalling policy unit, the first vacancy processing unit and the second vacancy processing unit;

Second marshalling policy unit, for storing marshalling number strategy and vacancy preference strategy;

First vacancy processing unit, for in the sequence branch that current outdoor machine coded address is corresponding, sequentially choose line control machine coded address, before the line control machine coded address number chosen is less than marshalling number, if there is vacancy in the indoor set coded address that the line control machine coded address, front and back chosen maps, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, being worked out by indoor set corresponding for the indoor set coded address of acquisition is an indoor units, and builds the incidence relation of the function key that indoor units and Centralized Controller are arranged;

Second vacancy processing unit, for judging whether current outdoor machine coded address and next off-premises station coded address occur vacancy, if, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, being worked out by indoor set corresponding for the indoor set coded address of acquisition is an indoor units, and build the incidence relation of the function key that this indoor units and Centralized Controller are arranged, otherwise, continue to choose line control machine coded address.

As seen from the above technical solution, a kind of air-conditioning centralized Control method based on indoor set marshalling that the embodiment of the present invention provides and multi-online air-conditioning system, in indoor set marshalling flow process, by operating software, automatically complete marshalling according to the marshalling strategy pre-set, the limited function key that the indoor units dynamically completed and Centralized Controller are arranged associates, thus when indoor set number is more, by dynamic marshalling, effectively reduce the setting of function key, simplify user operation flow process.

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, the accompanying drawing in below describing is only some embodiments of the present invention, for those of ordinary skills, can also obtain other embodiment and accompanying drawing thereof according to these accompanying drawing illustrated embodiments.

Fig. 1 is existing multi-online air-conditioning system structural representation.

Fig. 2 is the air-conditioning centralized Control method flow schematic diagram that the embodiment of the present invention is organized into groups based on indoor set.

Fig. 3 is the marshalling sequencing queue structural representation of the non-padding data of the embodiment of the present invention.

Fig. 4 is the marshalling sequencing queue structural representation that the embodiment of the present invention generates.

Fig. 5 is embodiment of the present invention multi-online air-conditioning system structural representation.

Detailed description of the invention

Carry out clear, complete description below with reference to accompanying drawing to the technical scheme of various embodiments of the present invention, obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, other embodiments all that those of ordinary skill in the art obtain under the prerequisite not making creative work, all belong to the scope that the present invention protects.

Existing multi-online air-conditioning system, needs the function key of setting more in Centralized Controller, before actual use, necessary elder generation for each indoor set or line control machine by field technician, is carried out function key configuration, marshalling and function to Centralized Controller and selects; Then, by obtaining the indoor set coded address information of access multi-online air-conditioning system, and from the indoor set coded address information obtained, by pressing function key corresponding to this indoor set coded address information, thus choose the indoor set needing to carry out controlling.Make to choose from Centralized Controller the indoor set complex operation needing to control, need to carry out professional training to user, improve the central controlled cost of air-conditioning.

In some application scenarios, especially public air-conditioning centralized Control occasion, such as, for the clustering building that environment temperature is comparatively fixed, owing to only needing to carry out concentrated on off control to indoor set or indoor units, the versatility used based on user and the consideration of reasonable cost, only need to arrange less function key on Centralized Controller, in the mode of marshalling, simple centralized Control and operation are carried out to indoor set, thus realize team control.Thus, user does not need the loaded down with trivial details configuration of Centralized Controller and the various operation interface of function, and function menu and the various Centralized Controller of visual interface, cost is higher.Like this, how to realize the centralized Control demand of this public arena reality technically, need the technical problem that solution one is very crucial, namely for the multiple indoor set in multi-online air-conditioning system and off-premises station, when without any visualization interface, the arrangement of marshalling on request of indoor set how is realized by Centralized Controller, and, when follow-up generation multi-online air-conditioning system scheme changes, without the need to upgrading Centralized Controller again or configuring, such as, when indoor set quantity changes, without the need to typing indoor set relevant information again, thus effectively reduce workload and operation easier.

In the embodiment of the present invention, for the multi-online air-conditioning system used under some public arenas, require that the centralized control functions of multi-online air-conditioning system is simple, configuration operation is simple and easy, control cost not high, the situation not high to operating personnel's technical requirement, in multi-online air-conditioning system, when needs carry out centralized Control to indoor set, do not have on the basis of visualization interface at Centralized Controller, utilize the Centralized Controller only with a small amount of function key, carry out modular marshalling to the indoor set in multi-online air-conditioning system to control, this modular marshalling controls by the program segment editing run pre-set, and can expand according to actual needs, automatically the indoor set run is organized into groups, and the indoor set after marshalling is associated with function key, pass through functional key, can the start and stop of the indoor machine of centralized Control, simultaneously, in subsequent applications, if multi-online air-conditioning system changes or adjusts, also by the editing run of this program segment pre-set, again the indoor set run is organized into groups, like this, the change of the indoor set quantity that the marshalling associated by function key is comprised, the object of the start and stop by the indoor machine of less function key centralized Control can be realized, realize the centralized Control of indoor set, thus reduce the cost upgrading Centralized Controller, simplify the initial stage debugging flow process of field engineering technical staff, effectively reduce work difficulty, reduce workload.

The air-conditioning centralized Control method overall procedure based on indoor set marshalling of the embodiment of the present invention comprises:

Fig. 2 is the air-conditioning centralized Control method flow schematic diagram that the embodiment of the present invention is organized into groups based on indoor set.See Fig. 2, this flow process comprises:

Step 201, according to the coded address strategy pre-set, for the off-premises station in multi-online air-conditioning system, the indoor set be connected with off-premises station and the line control machine that is connected with indoor set arrange coded address respectively;

In this step, distinguish off-premises station, line control machine and the indoor set in multi-online air-conditioning system, the mode of differentiation carries out unique identification with coded address.Specifically, according to the coded address strategy pre-set, for the off-premises station in multi-online air-conditioning system, the indoor set be connected with off-premises station and the line control machine that is connected with indoor set arrange coded address respectively; Comprise:

A1, arranges off-premises station coded address scope, line control machine coded address scope and indoor set coded address scope in advance in Centralized Controller, and builds the outer interior mapping relations table of off-premises station coded address and indoor set coded address;

In this step, for each multi-online air-conditioning system, the address realm of corresponding off-premises station coded address scope, line control machine coded address scope and indoor set in multi-online air-conditioning system is set respectively.Wherein, off-premises station coded address is off-premises station in order to this equipment identified in multi-online air-conditioning system, and line control machine coded address is line control machine in order to identify this equipment, and indoor set coded address is indoor set in order to identify this equipment.

In the embodiment of the present invention, consider the extensibility of multi-online air-conditioning system, the off-premises station coded address scope arranged considers the expansion to off-premises station, the line control machine coded address scope arranged considers the expansion to line control machine, the indoor set coded address scope arranged considers the expansion to indoor set, so that follow-up to multi-online air-conditioning system carry out renewal upgrading time, the coded address scope of setting can meet expansion demand, without the need to resetting or adjust the coded address scope of relevant device again.

In practical application, alternate manner also can be adopted to identify off-premises station, line control machine and indoor set, such as, adopt sequence number mode to identify, or the device number of the equipment of employing identify etc., as long as can distinguish each equipment.

In practical application, because an off-premises station is connected with one or more indoor set, and a line control machine can control the operation of one or more indoor set, for the multiple stage indoor set that line control machine controls, this multiple stage indoor set is an entirety, namely indivisible when on off control.Thus, in the off-premises station coded address of structure and the outer interior mapping relations table of indoor set coded address, an off-premises station coded address maps one or more indoor set coded address.For example, in multi-online air-conditioning system, generally comprise and be no more than 5 off-premises stations, every platform off-premises station is generally connected with the indoor set being no more than 16, and a line control machine general control is no more than three indoor sets.Then in the embodiment of the present invention, based on the consideration of multi-online air-conditioning system expansion, arranging off-premises station coded address scope is 0 ~ 9; Arranging line control machine coded address scope is 01 ~ 99, and arranging indoor set coded address scope is 001 ~ 999.Be the off-premises station of 0 for off-premises station coded address, the indoor set being 001 ~ 099 with indoor set coded address maps mutually, and the off-premises station being namely designated 0 can be connected with the indoor set being designated 001 ~ 099; Be the off-premises station of 1 for off-premises station coded address, the indoor set being 100 ~ 199 with indoor set coded address maps mutually.Certainly, in practical application, on the basis identifying off-premises station, the indoor set coded address be connected with each off-premises station respectively and line control machine coded address also can be identical.

A2, according to the off-premises station coded address scope pre-set, sequentially coded address is arranged to the off-premises station in multi-online air-conditioning system, according to the outer interior mapping relations table built, sequentially coded address is arranged to the indoor set in multi-online air-conditioning system, according to the line control machine coded address scope pre-set, sequentially coded address is arranged to the line control machine in multi-online air-conditioning system.

In this step, can in the installation and debugging of multi-online air-conditioning system, according to the layout type pre-set (such as, the sequencing of installation and debugging) and the central controlled demand of indoor set, sequentially set the coded address of indoor set, line control machine and off-premises station, such as, outdoor in the scope of machine coded address, according to off-premises station coded address from little to large strategy, in each off-premises station of multi-online air-conditioning system, sequentially arrange the off-premises station coded address that each off-premises station is corresponding, remaining off-premises station coded address is applied as subsequent expansion.For the indoor set that the off-premises station corresponding with off-premises station coded address is connected, indoor in the scope of machine coded address, according to the off-premises station coded address of structure and the outer interior mapping relations table of indoor set coded address, in each indoor set, according to indoor set coded address from little to large strategy, sequentially arrange the indoor set coded address corresponding with the indoor set that this off-premises station is connected, the residue indoor set coded address that this off-premises station maps is applied as subsequent expansion.For the line control machine for controlling indoor set, from the scope of line control machine coded address, in each line control machine, according to line control machine coded address from little to large strategy, the line control machine comprised in multi-online air-conditioning system is sequentially set.Like this, off-premises station, line control machine and indoor set can be made to form modular subsystems layout, then form multi-online air-conditioning system by each subsystem.

Preferably, the method can further include:

A3, in Centralized Controller, builds the line traffic control mapping relations table of line control machine coded address and indoor set coded address.

In this step, according to the indoor set that each line control machine in the multi-online air-conditioning system installed controls, build the line traffic control mapping relations table of line control machine coded address and indoor set coded address.In line traffic control mapping relations table, each line control machine coded address maps one or more indoor set coded address.

Institute's step 201 that it should be noted that just performs once when installing multi-online air-conditioning system, performs without the need to circulation in follow-up flow process.

Step 202, Centralized Controller obtains in multi-online air-conditioning system to be run, the coded address that off-premises station, line control machine and indoor set are uploaded respectively;

In this step, after multi-online air-conditioning system starts at every turn, can arrange in multi-online air-conditioning system, each off-premises station, line control machine and indoor set initiatively report self coded address to Centralized Controller, also status poll instruction can be sent by Centralized Controller respectively to each off-premises station, line control machine and the indoor set in multi-online air-conditioning system, after each off-premises station, line control machine and indoor set receive status poll instruction, respectively the coded address of self is uploaded.

In the embodiment of the present invention, can Trigger Function key be set on Centralized Controller, after pressing Trigger Function key, trigger the flow process that Centralized Controller obtains coded address, if do not press Trigger Function key, then the incidence relation that builds according to the last time of Centralized Controller, carries out centralized Control to indoor set.

As previously mentioned, for the mutually different situation in each indoor set coded address in multi-online air-conditioning system, the indoor set coded address of self can be uploaded by indoor set; For the situation that indoor set coded address each in multi-online air-conditioning system is identical, the indoor set coded address of self and affiliated off-premises station coded address are uploaded by indoor set.

Step 203, according to off-premises station, the indoor set be connected with off-premises station and the line control machine relation that is connected with indoor set, utilizes the coded address obtained to generate marshalling sequencing queue;

This step specifically comprises:

According to the corresponding sequence branch in each off-premises station coded address, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence branch, identify the line control machine geocoding be connected with indoor set, generate marshalling sequencing queue.

In this step, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert corresponding sequence and comprise in lines:

By the indoor set coded address that off-premises station coded address maps, according to from little to sorting greatly, before minimum indoor set coded address sequence.

In this step, in each sequence branch, the indoor set coded address that Centralized Controller maps according to the off-premises station coded address at this sequence branch place, according to from little to large order, sort to each indoor set coded address, sorting the most front is minimum indoor set coded address.

Identify the line control machine geocoding be connected with indoor set to comprise:

In this step, one or more indoor set coded address maps a line control machine coded address, thus, according to the line traffic control mapping relations table built in advance, carries out mapping process, obtain line control machine coded address sequence to indoor set sequencing queue.

Marshalling sequencing queue includes but not limited to form.

Fig. 3 is the marshalling sequencing queue structural representation of the non-padding data of the embodiment of the present invention.See Fig. 3, the corresponding a line in each off-premises station coded address, each row in indoor set coded address and line control machine coded address corresponding row.

Fig. 4 is the marshalling sequencing queue structural representation that the embodiment of the present invention generates., indoor set coded address different with off-premises station coded address can be all example mutually, see Fig. 4, off-premises station coded address scope is set to x ~ x+8, by x, (x+1) ... sort, indoor set coded address scope is 1 ~ 16, line control machine coded address scope be (1) ~ (16).Wherein, in the indoor set coded address that off-premises station coded address x maps, indoor set coded address be 2,3,4 indoor set controlled by a line control machine, other indoor set in multi-online air-conditioning system, each indoor set respectively corresponding line control machine;

Off-premises station coded address x maps 13 indoor set coded addresses, is 1 ~ 13, corresponding line control machine coded address be (1) ~ (10);

Off-premises station coded address (x+1) maps 12 indoor set coded addresses, is 1 ~ 12, corresponding line control machine coded address be (1) ~ (12);

Off-premises station coded address (x+2) maps 6 indoor set coded addresses, is 5 ~ 10, corresponding line control machine coded address be (5) ~ (10);

Off-premises station coded address (x+3) maps 9 indoor set coded addresses, is 1 ~ 3,5 ~ 10, corresponding line control machine coded address be (1) ~ (3), (5) ~ (10);

Off-premises station coded address (x+4) maps 1 indoor set coded address, is 2, and (5) corresponding line control machine coded address is;

Off-premises station coded address (x+5) maps 0 indoor set coded address;

Off-premises station coded address (x+6) maps 9 indoor set coded addresses, is 4 ~ 12, corresponding line control machine coded address be (4) ~ (12);

Off-premises station coded address (x+7) maps 1 indoor set coded address, is 2, and (2) corresponding line control machine coded address is;

Off-premises station coded address (x+8) maps 0 indoor set coded address.

Step 204, according to the marshalling strategy pre-set, from the marshalling sequencing queue generated, inquiry obtains the indoor set coded address meeting marshalling strategy, according to the indoor units of the indoor set coded address constructing function key association obtained;

In this step, marshalling strategy can be set in advance in the marshalling number that each function key in Centralized Controller can control.In the embodiment of the present invention, due to line control machine control multiple stage indoor set integrally, thus, the setting of marshalling number is in units of line control machine, each line control machine is a marshalling, do not arrange for indoor set the situation that line control machine carries out controlling, then this indoor set is equivalent to a marshalling, and configures a virtual line control machine for controlling for this indoor set.Namely the line control machine number that each function key can control is set, according to the indoor set number that each line control machine controls, obtains the indoor set number (indoor units) that each function key can associate.

In the embodiment of the present invention, marshalling number can be set to 10.

Like this, according to the marshalling strategy pre-set, from the marshalling sequencing queue generated, inquiry obtains the indoor set coded address meeting marshalling strategy, and the indoor units according to the indoor set coded address constructing function key association obtained comprises:

In the marshalling sequencing queue generated, sequentially choose line control machine coded address by row, choose the line control machine coded address that line control machine coded address number equals to organize into groups number, the indoor set coded address mapped is obtained according to the line control machine coded address chosen, indoor set corresponding for the indoor set coded address obtained is worked out as indoor units, and builds the incidence relation of the function key that indoor units and Centralized Controller are arranged.

In this step, a corresponding marshalling in line control machine coded address.Marshalling number and line control machine coded address number.As previously mentioned, the marshalling number preset is 10, then from marshalling sequencing queue, sequentially choose front 10 line control machine coded addresses by row, and be an indoor units by indoor set volume corresponding for the indoor set coded address of front 10 line control machine coded addresses mapping, thus build the incidence relation of first function key on this indoor units and Centralized Controller.Analogously, indoor set corresponding for the indoor set coded address of the 11st to the 20th line control machine coded address mapping is compiled as another indoor units, thus builds the incidence relation of second function key on this another indoor units and Centralized Controller.

In the embodiment of the present invention, marshalling number can be arranged according to the needs in working control.The indoor units of each function key association is set by marshalling number, thus the incidence relation of the function key that indoor units and Centralized Controller are preset can be set up, namely the function key on each indoor units incidence set middle controller, such as, the 1st indoor units corresponding function key the 1, the 2nd indoor units corresponding function key the 2, the 3rd indoor units corresponding function key 3 ..., the 10th indoor units corresponding function key 10 etc.Like this, by pressing a certain function key, the start and stop of the indoor units of this function key association can be controlled, thus without the need to loaded down with trivial details operation, realize the operating process simplifying the indoor machine of centralized Control; Meanwhile, the minimizing of the function key quantity of setting, also effectively can reduce air-conditioning centralized Control cost.

In this step, need to ensure that all indoor sets and off-premises station correctly must access multi-online air-conditioning system and must seamless access in turn between each indoor units, indoor set or the off-premises station of omission can not be had, or, occur that indoor set or off-premises station repeat to access situation.

The method can further include:

When the line control machine coded address number in the marshalling sequencing queue generated is less than or equal to marshalling number, is indoor units by the indoor set establishment in described marshalling sequencing queue, builds the incidence relation of indoor units and function key; When the line control machine coded address number in the marshalling sequencing queue generated is greater than marshalling number, according to marshalling is several, line control machine coded address number is divided into groups, the indoor set coded address establishment mapped each line control machine coded address of dividing into groups is this each corresponding indoor units of dividing into groups, and builds the incidence relation of function key corresponding to each indoor units of each indoor units and this.

In the embodiment of the present invention, when sorting to indoor set coded address, first find the off-premises station that minimum off-premises station coded address (X) is corresponding, obtain in this off-premises station, the indoor set that minimum indoor set coded address is corresponding, the 1st group member of the 1st indoor units that the line control machine be connected with this indoor set first function key on Centralized Controller is associated; Then find in turn, if accumulative line control machine quantity M corresponding to last indoor set coded address that minimum off-premises station coded address (X) maps equals marshalling number (radix N), then being worked out by the indoor set finding the line control machine mapping obtained in turn is the first indoor units, build the incidence relation of the first function key on the first indoor units and Centralized Controller, namely the indoor set of these line control machines connection, is controlled by the first function key that Centralized Controller is arranged.Owing to allowing a line control machine to connect one or more indoor set, thus, the indoor set quantity that the first indoor units comprises is more than or equal to line control machine quantity (marshalling number); Then, find the off-premises station that the second little off-premises station coded address (Y) is corresponding, according to the method similar with the incidence relation of the first function key on structure first indoor units and Centralized Controller, proceed the flow process of the incidence relation of the second function key on structure second indoor units and Centralized Controller.

If in the indoor set coded address that minimum off-premises station coded address X maps, line control machine quantity M corresponding to each indoor set coded address is greater than radix N, in the indoor set coded address then minimum off-premises station coded address X mapped, sort according to the line control machine coded address belonging to indoor set coded address, choose the indoor set coded address that top n line control machine coded address maps, being worked out by indoor set corresponding for the indoor set coded address chosen is the first indoor units, by the first function key that Centralized Controller is arranged to carry out centralized Control; Then, indoor set is chosen again to carry out the marshalling of the second indoor units from (N+1) individual line control machine place, after the indoor set mapped by minimum off-premises station coded address X has been chosen, then the second little indoor set coded address (X+1) is chosen, the marshalling of the second indoor units is proceeded, until the accumulative line control machine quantity of carrying out the second indoor units marshalling equals radix N according to the method similar with choosing the first indoor units; Then, the marshalling that similar method carries out the 3rd indoor units is continued.

If in the indoor set coded address that minimum off-premises station coded address X maps, the corresponding line control machine quantity M in each indoor set coded address is less than N, after then M corresponding for the indoor set coded address of minimum off-premises station coded address X mapping line control machine being organized into groups, again from the indoor set coded address that the second little off-premises station coded address Y maps, sort according to the line control machine coded address belonging to indoor set coded address, the indoor set coded address that before choosing, (N-M) individual line control machine coded address maps, the indoor set corresponding with the indoor set coded address that minimum off-premises station coded address X maps by indoor set corresponding for the indoor set coded address chosen, establishment is the first indoor units, by the first function key that Centralized Controller is arranged to carry out centralized Control, by the indoor set that the line control machine number M that minimum off-premises station coded address X is corresponding maps, add the indoor set that (N-M) individual line control machine that the second little off-premises station coded address Y is corresponding maps, establishment is the first indoor units of the first function key association on Centralized Controller, thus carry out centralized Control by the first function key, then, according to similar method, proceed the marshalling of the second indoor units, and associate with the second function key on Centralized Controller.

In practical application, also can carry out organizing into groups in the process of setting, in conjunction with marshalling number and vacancy preference strategy, namely organize into groups strategy to comprise: marshalling number and vacancy preference strategy, according to the marshalling strategy pre-set, from the marshalling sequencing queue generated, inquiry obtains the indoor set coded address meeting marshalling strategy, and the indoor units according to the indoor set coded address constructing function key association obtained comprises:

In the sequence branch that current outdoor machine coded address is corresponding, sequentially choose line control machine coded address, before the line control machine coded address number chosen is less than marshalling number, if there is vacancy in the indoor set coded address that the line control machine coded address, front and back chosen maps, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, indoor set corresponding for the indoor set coded address obtained is worked out as indoor units, and builds the incidence relation of the function key that indoor units and Centralized Controller are arranged;

Judge whether current outdoor machine coded address and next off-premises station coded address occur vacancy, if, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, indoor set corresponding for the indoor set coded address obtained is worked out for indoor units, and build the incidence relation of the function key that indoor units and Centralized Controller are arranged, otherwise, continue to choose line control machine coded address.

In the embodiment of the present invention, when there is vacancy (discontinuous) in the off-premises station coded address that off-premises station is corresponding, then no matter whether line control machine number meets radix N, the indoor set all mapped by line control machine number is as an indoor units, and build the incidence relation of a function key on this indoor units and Centralized Controller, thus terminate the marshalling of the indoor units of this function key association.Then, according to similar method, the marshalling flow process of the indoor units of next function key association is carried out.

In the embodiment of the present invention, can also carry out organizing into groups in the process of setting, the indoor set coded address mapped when same off-premises station coded address occurs that vacancy is (discontinuous, do not comprise initial vacancy) time, then no matter whether line control machine number meets radix N, the indoor set all mapped by line control machine number as an indoor units, and builds the incidence relation of a function key on this indoor units and Centralized Controller, thus terminates the marshalling of the indoor units of this function key association.Then, according to similar method, the marshalling flow process of the indoor units of next function key association is carried out.

For Fig. 4, marshalling strategy is marshalling number and vacancy preference strategy, and the marshalling number pre-set is 10, and after organizing into groups according to marshalling strategy, the indoor units information obtained is specific as follows:

The corresponding line control machine coded address of off-premises station coded address x be (1) ~ (10), be organized as the first indoor units, associate with the first function key on Centralized Controller;

Corresponding line control machine coded address, off-premises station coded address (x+1) be (1) ~ (12), be that (1) ~ (10) corresponding indoor set is organized as the second indoor units by line control machine coded address, associate with the second function key on Centralized Controller, line control machine coded address is that (11) ~ (12) corresponding indoor set is organized as a part for the 3rd indoor units;

Corresponding line control machine coded address, off-premises station coded address (x+2) be (5) ~ (10), the line control machine coded address corresponding with off-premises station coded address (x+1) (11), (12), accumulative line control machine number is 8, thus, be that (5) ~ (10) corresponding indoor set is organized as a part for the 3rd indoor units by line control machine coded address;

Corresponding line control machine coded address, off-premises station coded address (x+3) be (1) ~ (3), (5) ~ (10), for the 3rd indoor units, line control machine number also lacks 2, thus, by line control machine coded address (1), (2) corresponding indoor set and the aforementioned part obtained the 3rd indoor units be organized as the 3rd indoor units, associate with the 3rd function key on Centralized Controller; Due to line control machine coded address (3) and line control machine coded address (5) between there is vacancy, thus, separately the indoor set that (3) line control machine coded address maps is organized as unit in fourth ventricle, associates with the 4th function key on Centralized Controller; And be that (5) ~ (10) corresponding indoor set is organized as a part for the 5th indoor units by line control machine coded address;

(5) corresponding line control machine coded address, off-premises station coded address (x+4) is, the line control machine coded address corresponding with off-premises station coded address (x+3) (5) ~ (10), accumulative line control machine number is 7, for the requirement of satisfied marshalling number, thus, by line control machine coded address be the part that (5) corresponding indoor set is organized as the 5th indoor units;

Corresponding line control machine coded address, off-premises station coded address (x+6) be (4) ~ (12), owing to there is vacancy between off-premises station coded address (x+4) and off-premises station coded address (x+6), thus, by in off-premises station coded address (x+3), line control machine coded address (5) ~ indoor set that (10) maps, and in off-premises station coded address (x+4), the indoor set that (5) line control machine coded address maps, be organized as the 5th indoor units, associate with the five-function key on Centralized Controller; And be that (4) ~ (12) corresponding indoor set is organized as a part for the 6th indoor units by corresponding to off-premises station coded address (x+6) line control machine coded address;

(2) corresponding line control machine coded address, off-premises station coded address (x+7) is, because off-premises station coded address (x+8) maps 0 indoor set coded address, thus, by in off-premises station coded address (x+6), line control machine coded address (4) ~ indoor set that (12) maps, and in off-premises station coded address (x+7), the indoor set that (2) line control machine coded address maps, be organized as the 6th indoor units, associate with the 6th function key on Centralized Controller, and terminate marshalling flow process.

Step 205, chooses the function key that the indoor set number of start and stop is corresponding, to make the indoor units start and stop of the function key control association chosen.

In this step, to organize into groups number (N) for radix is as the criterion numeral of Centralized Controller control indoor set start and stop.The indoor set coded address pre-set in multi-online air-conditioning system, line control machine coded address and off-premises station coded address are as operating platform, according to the indoor set information that size and the line control machine of indoor set coded address control, carry out the dynamic marshalling scheduling of indoor set.

In the embodiment of the present invention, if the off-premises station in multi-online air-conditioning system and indoor set quantity more, a Centralized Controller can not cover all off-premises stations and indoor set, then can access multiple Centralized Controller in multi-online air-conditioning system, each Centralized Controller is distinguished by Centralized Controller coded address.After first Centralized Controller completes the marshalling to indoor set, according to Centralized Controller coded address size, carry out the marshalling flow process of next Centralized Controller to indoor set.Like this, by arranging multiple Centralized Controller, make multi-online air-conditioning system altogether can carry out the indoor set centralized Control of more than 1000.In practical application, according to floor, office to the different demands of indoor set number, the indoor set number comprised in marshalling and concrete indoor set, can in the installation process of multi-online air-conditioning system, by person skilled when working out indoor set coded address, off-premises station coded address, reached the object of indoor set number and the concrete indoor set comprised in marshalling by the interruption of coded address, vacancy, thus realize diversified marshalling, and grouping method is simple.

From above-mentioned, the air-conditioning centralized Control method that the embodiment of the present invention is organized into groups based on indoor set, when Centralized Controller first time powers on, adopt the triggering key be set in advance on Centralized Controller, such as, two combination buttons are push simultaneously, or arranges separately a key push and trigger and carry out indoor set marshalling, simple to operate; In indoor set marshalling flow process, pass through operating software, automatically marshalling is completed according to the marshalling strategy pre-set, the limited function key that the indoor units dynamically completed and Centralized Controller are arranged associates, thus when indoor set number is more, by dynamic marshalling, effectively reduce the setting of function key, decrease the cost of Centralized Controller; Meanwhile, user only need choose limited function key, and can carry out centralized Control to indoor set, user operation flow process is simple, operational ton is few; Further, if in subsequent applications, the connection number of units of indoor set or off-premises station there occurs change, without the need to resetting or designing Centralized Controller, only need by pressing the triggering key on Centralized Controller, automatically can carry out marshalling to indoor set and do, cost is low, operating process is few.Thus, in the embodiment of the present invention, from operation complexity and workload, early stage, field technician only needed to carry out the dial-up setting of coded address and the triggering of Centralized Controller, simple to operate, workload is little, during the later stage uses, user only needs the indoor units corresponding relation according to marshalling, carry out function key switch to Centralized Controller to control, very convenient, such that the control of multi-online air-conditioning system is simple, configuration operation is simple and easy, controller cost is low, less demanding to operating personnel.

Fig. 5 is embodiment of the present invention multi-online air-conditioning system structural representation.See Fig. 5, this multi-online air-conditioning system comprises: Centralized Controller, off-premises station, indoor set and line control machine.

Off-premises station is one or more, and one or more indoor set is connected with off-premises station, and one or more indoor set is connected with line control machine, and Centralized Controller is connected with off-premises station and indoor set respectively.

In the embodiment of the present invention, Centralized Controller comprises: coded address arranges module, coded address acquisition module, marshalling sequencing queue generation module, association structure module and start and stop processing module (not shown).

In the embodiment of the present invention, coded address arranges module in Centralized Controller, arranges off-premises station coded address scope, line control machine coded address scope and indoor set coded address scope in advance, and builds the outer interior mapping relations table of off-premises station coded address and indoor set coded address; According to the off-premises station coded address scope pre-set, sequentially coded address is arranged to off-premises station, according to the outer interior mapping relations table built, sequentially coded address is arranged to indoor set, according to the line control machine coded address scope pre-set, sequentially coded address is arranged to line control machine; Build the line traffic control mapping relations table of line control machine coded address and indoor set coded address.

Coded address acquisition module, for obtaining the coded address for the treatment of that operation off-premises station, line control machine and indoor set are uploaded respectively;

Marshalling sequencing queue generation module, for according to off-premises station, the indoor set be connected with off-premises station and the line control machine relation that is connected with indoor set, utilizes the coded address obtained to generate and organizes into groups sequencing queue;

In the embodiment of the present invention, marshalling sequencing queue generation module is according to the corresponding sequence branch in each off-premises station coded address, sorted in the off-premises station coded address obtained, according to row of each indoor set coded address correspondence sequence branch, by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert in corresponding sequence branch, in each sequence in lines, identify the line control machine geocoding corresponding with the line control machine that indoor set is connected, generate marshalling sequencing queue.

Association builds module, and for according to the marshalling strategy pre-set, from the marshalling sequencing queue generated, inquiry obtains the indoor set coded address meeting marshalling strategy, according to the indoor units of the indoor set coded address constructing function key association obtained;

Start and stop processing module, the function key that the indoor set number for choosing start and stop according to user's input is corresponding, to make the indoor units start and stop of the function key control association chosen.

In the embodiment of the present invention, association builds module using meeting the indoor set of the indoor set coded address of presumptive address marshalling strategy in described marshalling sequencing queue as an indoor units, obtains one or more indoor units; Start and stop processing module chooses corresponding function key, to make the start and stop of the indoor units of the function key control association chosen for each indoor units.

In the embodiment of the present invention, marshalling sequencing queue generation module comprises: sequence branch unit, plug-in unit and identify unit.

In the embodiment of the present invention, the indoor set coded address that off-premises station coded address maps by plug-in unit, in the sequence branch that this off-premises station coded address is corresponding, according to from little to sorting greatly, before minimum indoor set coded address sequence.

In the embodiment of the present invention, identify unit, according to the line traffic control mapping relations table built in advance, obtains the line control machine coded address of the indoor set coded address difference correspondence sorted.

Association builds module and comprises: the first marshalling policy unit, marshalling number statistic unit and processing unit.

First marshalling policy unit, for storing marshalling number strategy;

Processing unit, during for being less than marshalling number when line control machine coded address number, being indoor units by the indoor set establishment in described marshalling sequencing queue, building the incidence relation of indoor units and function key; When line control machine coded address number is greater than marshalling number, according to marshalling is several, line control machine coded address number is sequentially divided into groups, the indoor set coded address that the line control machine coded address obtaining each grouping maps, being worked out by indoor set corresponding for the indoor set coded address obtained is an indoor units, builds the incidence relation of the function key that this indoor units and Centralized Controller are arranged.

In practical application, association builds module and also can comprise: the second marshalling policy unit, the first vacancy processing unit and the second vacancy processing unit.

First vacancy processing unit, for in the sequence branch that current outdoor machine coded address is corresponding, sequentially choose line control machine coded address, before the line control machine coded address number chosen is less than marshalling number, if there is vacancy in the indoor set coded address that the line control machine coded address, front and back chosen maps, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, indoor set corresponding for the indoor set coded address obtained is worked out as indoor units, and builds the incidence relation of the function key that indoor units and Centralized Controller are arranged;

Second vacancy processing unit, for judging whether current outdoor machine coded address and next off-premises station coded address occur vacancy, if, obtain the indoor set coded address of the line control machine coded address mapping chosen before there is vacancy, indoor set corresponding for the indoor set coded address obtained is worked out for indoor units, and build the incidence relation of the function key that indoor units and Centralized Controller are arranged, otherwise, continue to choose line control machine coded address.

Preferably, Centralized Controller can further include:

Trigger module, for receiving trigger message, triggers coded address acquisition module.

In practical application, Centralized Controller can further include:

Display module, for after trigger module triggers coded address acquisition module, the LED that conducting is arranged, makes LED glimmer, shows that program automatically enters grouping formulation and starts life's work; Build after module construction incidence relation completes monitoring association, turn off the LED arranged, LED is extinguished.

Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if belong within the scope of the claims in the present invention and equivalent technologies thereof to these amendments of the present invention and modification, then the present invention also comprises these change and modification.

Claims

1., based on an air-conditioning centralized Control method for indoor set marshalling, the method comprises:

2. a kind of air-conditioning centralized Control method based on indoor set marshalling according to claim 1, wherein, before Centralized Controller in described multi-online air-conditioning system obtains the pre-configured coded address waiting to run off-premises station, line control machine and indoor set, described method comprises further:

3. a kind of air-conditioning centralized Control method based on indoor set marshalling according to claim 2, wherein, described by obtain, after the address of indoor unit coding and sorting order that is connected with off-premises station, insert corresponding sequence and comprise in lines:

4. a kind of air-conditioning centralized Control method based on indoor set marshalling according to claim 3, wherein, the line control machine geocoding that described mark is connected with indoor set comprises:

5. a kind of air-conditioning centralized Control method based on indoor set marshalling according to any one of Claims 1-4, wherein, described marshalling strategy is marshalling number strategy, the described presumptive address that will meet in described marshalling sequencing queue organizes into groups the indoor set of the indoor set coded address of strategy as an indoor units, obtains one or more indoor units and comprises:

6. a kind of air-conditioning centralized Control method based on indoor set marshalling according to any one of Claims 1-4, wherein, described marshalling strategy is marshalling number strategy and vacancy preference strategy, the described presumptive address that will meet in described marshalling sequencing queue organizes into groups the indoor set of the indoor set coded address of strategy as an indoor units, obtains one or more indoor units and comprises:

7. a multi-online air-conditioning system, comprising: off-premises station, the indoor set be connected with off-premises station and the line control machine be connected with indoor set, and it is characterized in that, this multi-online air-conditioning system also comprises:

8. multi-online air-conditioning system according to claim 7, is characterized in that, described Centralized Controller comprises: coded address arranges module, coded address acquisition module, marshalling sequencing queue generation module, association structure module and start and stop processing module;

9. multi-online air-conditioning system according to claim 8, is characterized in that, described marshalling sequencing queue generation module comprises: sequence branch unit, plug-in unit and identify unit;

10. multi-online air-conditioning system according to claim 8 or claim 9, is characterized in that, described association builds module and comprises: the first marshalling policy unit, marshalling number statistic unit and processing unit;

First marshalling policy unit, for storing marshalling number strategy;