CN104125291A - Method for configuring corresponding electrical devices under electrical device internet-of-things node - Google Patents

Method for configuring corresponding electrical devices under electrical device internet-of-things node Download PDF

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Publication number
CN104125291A
CN104125291A CN201410382528.XA CN201410382528A CN104125291A CN 104125291 A CN104125291 A CN 104125291A CN 201410382528 A CN201410382528 A CN 201410382528A CN 104125291 A CN104125291 A CN 104125291A
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China
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module
internet
node
things node
user
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CN201410382528.XA
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Chinese (zh)
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CN104125291B (en
Inventor
张桂青
汪明
吴晓龙
王少林
申斌
陶亮
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山东建筑大学
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Abstract

The invention discloses a method for configuring corresponding electrical devices under an electrical device internet-of-things node and aims at overcoming the shortcoming of wireless network self-organization, namely the shortcoming that during networking, a node does not know which devices belong to the node and which devices do not belong to the node. The method comprises the following steps: each module is powered on for the first time; the IDs of all the power-on modules in the wireless network region under the coverage of the internet-of-things node are broadcasted in the wireless network to register to the internet-of-things node; the node temporarily registers the modules registering to the node in the coverage of the node and stores the information of the temporarily registered modules. The method has the advantages that the function of registering the bottom-layer modules to the internet-of-things node is realized on one hand, and on the other hand, the modules need to be confirmed by the node before next communication.

Description

Corresponding electric equipment collocation method under a kind of electric equipment Internet of things node

Technical field

The present invention relates to corresponding electric equipment collocation method under a kind of electric equipment Internet of things node.

Background technology

Along with popularizing of technology of Internet of things, present stage, the most house control system based on Internet of Things design can be realized the Based Intelligent Control to electric equipment, and increasing equipment becomes internet of things equipment.These terminal modules and Internet of Things management platform communicate, to complete set task.

The normal wireless network self-organizing mode that adopts under Internet of Things management platform.Wireless network self-organizing mode, refers to that wireless network node initiatively sets up a network or add an already present wireless network, and has adding and exiting and carry out Dynamic Maintenance and certainly use ability modules in this network.But in the process of networking, node is not also known the belonging network of these EM equipment module, and which is under the jurisdiction of it, and which does not belong to it, when more than two and two Internet of things node near time, the module under it will there will be intersects registration.Internet of things node cannot judge, identify the affiliated area of module, often there will be control mistake.

But, to realize simple and convenient integrated management to all kinds of terminal modules, an one important prerequisite is address registration and the confirmation problem of each terminal module.Existing most of Internet of things system does not have Module recognition and confirms function, and module information can be confirmed by multiple users, may cause the problems such as malfunctioning of controlling.

Summary of the invention

The present invention is in order to address the above problem, corresponding electric equipment collocation method under a kind of electric equipment Internet of things node has been proposed, this method has realized bottom module on the one hand to Internet of things node registering functional, on the other hand, module need be confirmed by node, confirm operation by user, finally realize unique registration, a module finally can only be confirmed by an Internet of things node.Success just can be carried out next step communication after registering, and adopts the mode of wireless network self-organizing between Internet of things node and module.

To achieve these goals, the present invention adopts following technical scheme:

Corresponding electric equipment collocation method under a kind of electric equipment Internet of things node, comprises the following steps:

(1) modules powers on for the first time, in the network area of Internet of things node wireless coverage, all modules that powers on, its ID broadcasts in wireless network, register to Internet of things node, node is registered the module to its registration within the scope of it temporarily, the module information of the interim registration of node storage;

(2) node is uploaded onto the server node lower module information, server provides user to select to confirm to module by configuration interface, and by server, confirmation is handed down to this Internet of things node, this Internet of things node upgrades corresponding module log-on message, and at configuration interface, the logo confirming through user becomes colour, unidentified logo is still grey, the final button of feeling the pulse with three fingers simulataneously of clicking of user, confirms successfully, module finally succeeds in registration;

(3) when module powers on again, the module logo of not confirmed will no longer occur, Internet of things node carries out mark, module contact no longer therewith by not obtaining the module log-on message that user confirms.

The concrete grammar of described step (1) is: when module powers on for the first time, in the wireless network region covering at Internet of things node, first all modules that power on are registered to Internet of things node, in this process, module is first broadcasted the unique ID of self overall situation in wireless network, in wireless network by Internet of things node receive, memory module log-on message module log-on message is uploaded onto the server.

In described step (2), user confirms that process is as follows: each module logo is with ID, user need click module logo, it is pop-up module control panel, meeting display device type and module I D on control panel, user contrasts logo ID and module I D, and it is selected to confirm one to one.

In described step (2), work as user misoperation, the logo that is about to confirm clicks and confirms, the not click of this confirmation is confirmed, user can return to configuration interface and re-start operation.

The concrete grammar of described step (3) is: Internet of things node will remove to upgrade the module log-on message of storage according to user's confirmation, to be registered to this Internet of things node but do not obtain user confirm module carry out mark, after this this Internet of things node will no longer respond the registration request of this generic module, the module finally not succeeding in registration can continue to broadcast by wireless network, but this node will be no longer and its contact.

Adopt a system for said method, comprise server, Internet of things node and several modules, wherein:

Described Internet of things node, carry out two-way communication by ad hoc deployed wireless networks and each module, know state and the parameter information of each module, and information exchange is crossed to Ethernet send to server, the control command issuing by Ethernet reception server also utilizes wireless network to send it to target device module;

Described module, includes but not limited to Climate Control Module, switching value module, electric parameter detection module and environment module;

Described server, for memory module information, communicates by letter with Internet of things node.

Described module has unique ID.

Described wireless network is self-organizing, is to carry out self-organizing by wireless network between Internet of things node and module.

Beneficial effect of the present invention is:

(1) Internet of things node only communicates and controls the module of confirming, will no longer get in touch with other modules; Controlling on interface and will only there will be the module logo confirming; Each module can only be confirmed and control by unique Internet of things node, identifies thereby avoid missing the faulty operation and the control that cause, has also avoided the equipment of other these controls of node of Internet of things node control;

(2) at electric equipment Internet of things system, when module has powered on for the first time after the registration of node, by node, module is confirmed, thereby ensure that a module only controlled by an Internet of things node, avoid the same equipment of multiple node control, and prevent that module from being controlled by other users, make system more safe and reliable; Once module succeeds in registration, without registration, convenient and swift while again powering on.

Brief description of the drawings

Fig. 1 is structural representation of the present invention;

Fig. 2 is schematic flow sheet of the present invention;

Fig. 3 is configuration interface schematic diagram of the present invention.

Embodiment:

Below in conjunction with accompanying drawing and embodiment, the invention will be further described.

As shown in Figure 1-Figure 3, corresponding electric equipment collocation method under a kind of electric equipment Internet of things node, comprises the following steps:

(1) modules powers on for the first time, in the network area of Internet of things node wireless coverage, all modules that powers on, its ID broadcasts in wireless network, register to Internet of things node, node is registered the module to its registration within the scope of it temporarily, the module information of the interim registration of node storage;

(2) node is uploaded onto the server node lower module information, server provides user to select to confirm to module by configuration interface, and by server, confirmation is handed down to this Internet of things node, this Internet of things node upgrades corresponding module log-on message, and at configuration interface, the logo confirming through user becomes colour, unidentified logo is still grey, the final button of feeling the pulse with three fingers simulataneously of clicking of user, confirms successfully, module finally succeeds in registration;

(3) when module powers on again, the module logo of not confirmed will no longer occur, Internet of things node carries out mark, module contact no longer therewith by not obtaining the module log-on message that user confirms.

The concrete grammar of step (1) is: when module powers on for the first time, in the wireless network region covering at Internet of things node, first all modules that power on are registered to Internet of things node, in this process, module is first broadcasted the unique ID of self overall situation in wireless network, in wireless network by Internet of things node receive, memory module log-on message module log-on message is uploaded onto the server.

In step (2), user confirms that process is as follows: each module logo is with ID, user need click module logo, it is pop-up module control panel, meeting display device type and module I D on control panel, user contrasts logo ID and module I D, and it is selected to confirm one to one.

In step (2), work as user misoperation, the logo that is about to confirm clicks and confirms, the not click of this confirmation is confirmed, user can return to configuration interface and re-start operation.

The concrete grammar of step (3) is: Internet of things node will remove to upgrade the module log-on message of storage according to user's confirmation, to be registered to this Internet of things node but do not obtain user confirm module carry out mark, after this this Internet of things node will no longer respond the registration request of this generic module, the module finally not succeeding in registration can continue to broadcast by wireless network, but this node will be no longer and its contact.

Adopt a system for said method, comprise server, Internet of things node and several modules, wherein:

Internet of things node, carry out two-way communication by ad hoc deployed wireless networks and each module, know state and the parameter information of each module, and information exchange is crossed to Ethernet send to server, the control command issuing by Ethernet reception server also utilizes wireless network to send it to target device module;

Module, includes but not limited to Climate Control Module, switching value module, electric parameter detection module and environment module;

Server, for memory module information, communicates by letter with Internet of things node.

Module has unique ID.

Wireless network is self-organizing, is to carry out self-organizing by wireless network between Internet of things node and module.

When module powers on for the first time, in the wireless network region covering at Internet of things node, first all modules that power on are registered to Internet of things node, in this process, module is first broadcasted the unique ID of self overall situation in wireless network, may have multiple nodes receptions, memory module log-on message and module log-on message is uploaded onto the server in wireless network.Now on user's configuration interface, the logo of all Registering modules will be there will be.Confirm in configuration interface type of modules and the number that this Internet of things node will be controlled at server end by user, and by server, confirmation is handed down to this Internet of things node, this Internet of things node will remove to upgrade the module log-on message of storage according to user's confirmation, to be registered to this Internet of things node but not obtain the module log-on message mark that user confirms, after this this Internet of things node will no longer respond the registration request of this generic module.Thus, Internet of things node only communicates and controls the module of confirming, will no longer get in touch with other modules.Controlling on interface and will only there will be the module logo confirming.Each module can only be confirmed and control by unique Internet of things node, thus faulty operation and the control of avoiding mistake identification to cause.

As shown in Figure 1, when user 1 powers on user 2 module simultaneously, first all modules that power on are registered to Internet of things node, in this process, module is first broadcasted the unique ID of self overall situation in wireless network, user 1 Internet of things node not only receives user 1 module log-on message within the scope of wireless network, also receive the log-on message of user 2 part of module, user 1 Internet of things node is accepted module log-on message temporarily and is stored these module log-on messages, and module information is uploaded onto the server.Now on user 1 configuration interface, the logo of all Registering modules will be there will be.Confirm in configuration interface type of modules and the number that this Internet of things node will be controlled at server end by user, on configuration interface, click module logo, will eject module information as shown in Figure 3, user is by its logoID of contrast and module I D, it is selected to confirm one to one, finally click confirming button.By server, confirmation is handed down to user 1 Internet of things node, this Internet of things node will remove to upgrade the module log-on message of storage according to user's confirmation, to be registered to this Internet of things node but not obtaining the module that user confirms is user 2 part of module log-on message mark, and after this user 1 Internet of things node will be no longer and user 2 part of module contact.The user's 2 who does not finally succeed in registration part of module will be proceeded broadcast by wireless network.

By reference to the accompanying drawings the specific embodiment of the present invention is described although above-mentioned; but not limiting the scope of the invention; one of ordinary skill in the art should be understood that; on the basis of technical scheme of the present invention, those skilled in the art do not need to pay various amendments that creative work can make or distortion still in protection scope of the present invention.

Claims (8)

1. a corresponding electric equipment collocation method under electric equipment Internet of things node, is characterized in that: comprise the following steps:
(1) modules powers on for the first time, in the network area of Internet of things node wireless coverage, all modules that powers on, its ID broadcasts in wireless network, register to Internet of things node, node is registered the module to its registration within the scope of it temporarily, the module information of the interim registration of node storage;
(2) node is uploaded onto the server node lower module information, server provides user to select to confirm to module by configuration interface, and by server, confirmation is handed down to this Internet of things node, this Internet of things node upgrades corresponding module log-on message, and at configuration interface, the logo confirming through user becomes colour, unidentified logo is still grey, the final button of feeling the pulse with three fingers simulataneously of clicking of user, confirms successfully, module finally succeeds in registration;
(3) when module powers on again, the module logo of not confirmed will no longer occur, Internet of things node carries out mark, module contact no longer therewith by not obtaining the module log-on message that user confirms.
2. corresponding electric equipment collocation method under a kind of electric equipment Internet of things node as claimed in claim 1, it is characterized in that: the concrete grammar of described step (1) is: when module powers on for the first time, in the wireless network region covering at Internet of things node, first all modules that power on are registered to Internet of things node, in this process, module is first broadcasted the unique ID of self overall situation in wireless network, in wireless network by Internet of things node receive, memory module log-on message module log-on message is uploaded onto the server.
3. corresponding electric equipment collocation method under a kind of electric equipment Internet of things node as claimed in claim 1, it is characterized in that: in described step (2), user confirms that process is as follows: each module logo is with ID, user need click module logo, it is pop-up module control panel, meeting display device type and module I D on control panel, user contrasts logo ID and module I D, and it is selected to confirm one to one.
4. corresponding electric equipment collocation method under a kind of electric equipment Internet of things node as claimed in claim 3, it is characterized in that: in described step (2), work as user misoperation, the logo that is about to confirm clicks and confirms, the not click of this confirmation is confirmed, user can return to configuration interface and re-start operation.
5. corresponding electric equipment collocation method under a kind of electric equipment Internet of things node as claimed in claim 1, it is characterized in that: the concrete grammar of described step (3) is: Internet of things node will remove to upgrade the module log-on message of storage according to user's confirmation, to be registered to this Internet of things node but do not obtain user confirm module carry out mark, after this this Internet of things node will no longer respond the registration request of this generic module, the module finally not succeeding in registration can continue to broadcast by wireless network, but this node will be no longer and its contact.
6. a system that adopts the method described in any one in claim 1-5, is characterized in that: comprise server, Internet of things node and several EM equipment module, wherein:
Described Internet of things node, carry out two-way communication by ad hoc deployed wireless networks and each module, know state and the parameter information of each module, and information exchange is crossed to Ethernet send to server, the control command issuing by Ethernet reception server also utilizes wireless network to send it to target device module;
Described EM equipment module, includes but not limited to Climate Control Module, switching value module, electric parameter detection module and environment module;
Described server, for memory module information, communicates by letter with Internet of things node.
7. system as described in claim 6, is characterized in that: described module has unique ID.
8. system as described in claim 6, is characterized in that: described wireless network is self-organizing, is to carry out self-organizing by wireless network between Internet of things node and module.
CN201410382528.XA 2014-08-06 2014-08-06 Electrical equipment collocation method and system are corresponded under a kind of electrical equipment Internet of things node CN104125291B (en)

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CN201410382528.XA CN104125291B (en) 2014-08-06 2014-08-06 Electrical equipment collocation method and system are corresponded under a kind of electrical equipment Internet of things node

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060001540A1 (en) * 2003-01-19 2006-01-05 Staples Peter E Environmental sensor network
CN101854281A (en) * 2010-05-19 2010-10-06 山东建筑大学 Internet-of-things system of building electric device
CN103001837A (en) * 2011-09-09 2013-03-27 海尔集团公司 System and method for controlling household internet of things, device and system comprising system for controlling household internet of things

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060001540A1 (en) * 2003-01-19 2006-01-05 Staples Peter E Environmental sensor network
CN101854281A (en) * 2010-05-19 2010-10-06 山东建筑大学 Internet-of-things system of building electric device
CN103001837A (en) * 2011-09-09 2013-03-27 海尔集团公司 System and method for controlling household internet of things, device and system comprising system for controlling household internet of things

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
彭伟: "建筑用电设备物联网系统中智能终端研究", 《中国优秀硕士学位论文全文数据库(电子期刊) 信息科技辑》 *

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