CN203149395U - Wireless ad hoc network intelligent home control system with environmental detection nodes - Google Patents
Wireless ad hoc network intelligent home control system with environmental detection nodes Download PDFInfo
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- CN203149395U CN203149395U CN2013201874032U CN201320187403U CN203149395U CN 203149395 U CN203149395 U CN 203149395U CN 2013201874032 U CN2013201874032 U CN 2013201874032U CN 201320187403 U CN201320187403 U CN 201320187403U CN 203149395 U CN203149395 U CN 203149395U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The utility model discloses a wireless ad hoc network intelligent home control system with environmental detection nodes. The system includes a remote control platform and an information gathering platform in interconnection communication in order, and also includes a plurality of wireless nodes in interconnection communication. The wireless nodes are in connection communication with the information gathering platform, and are environmental detection nodes, each of which comprises wireless node equipment and a temperature sensor, a carbon dioxide detector and a dust content detecting instrument. The signal output end of the temperature sensor, the signal output end of the carbon dioxide detector, and the signal output end of the dust content detecting instrument are all in connection with the wireless node equipment. The utility model aims to provide the wireless ad hoc network intelligent home control system with the environmental detection nodes. With a simple structure and a low cost, the apparatus has the function of detecting the returned information in real time.
Description
Technical field
The utility model relates to intelligent residential district telecommunication control thing connection technology, specifically refers to a kind of wireless self-networking residential quarter intelligent home control system.
Background technology
Progressively raising along with people's living standard, putting more effort of government policy, resource supply and demand contradiction becomes increasingly conspicuous, and intelligentized residential quarter facility more and more receives popular concern and likes, in the equipment of intelligent residential district, usually there are safety problem and environmental problem, there is independence in this two cover system, between do not have association, simultaneously, just independently be placed between single safety equipment and the environment measuring equipment indoor, its information inquiry all need people's sense of independence go identification.This water, electricity, gas table unanimity of following through, this kind equipment exists as just individual components, yet, for residential quarter property department and owner, more be the present situation of cutting apart of these different industries sticks need be gathered together, be that security system, environmental monitoring system are gathered unanimity, can conveniently carry out centralized and unified management like this.
The utility model content
The purpose of this utility model is to provide the intelligent home control system of the wireless self-networking with environment detection node, and this apparatus structure is simple, and cost is low, possesses the function that real-time detection sends a message back.
Implementation of the present utility model is as follows: the wireless self-networking intelligent home control system with environment detection node, comprise the remote control platform that is connected to each other communication successively, the information aggregating platform, also comprise several radio nodes, be connected to each other communication between the described radio node, described radio node is connected communication with the information aggregating platform, radio node is the environment detection node, the environment detection node comprises wireless node apparatus and temperature sensor, carbon dioxide detector, the dust content detector, the signal output part of temperature sensor, the signal output part of carbon dioxide detector, the signal output part of dust content detector all is connected with wireless node apparatus, and wireless node apparatus and information aggregating platform or adjacent radio node are connected.
The remote control platform is as remote control equipment, remote management apparatus, long-range counting equipment, store radio node with this and upload data and control radio node, sending controling instruction is given radio node, and the information aggregating platform arrives the information aggregating of all radio nodes together, is uploaded to the remote control platform then.After guaranteeing that communication between one of them radio node and the information aggregating platform is broken down, still the information that it can be collected sends to the remote control platform, but adopt the method for communication to connect between the radio node in the utility model, like this, after one of them radio node breaks down, can connect by adjacent radio node, and carry out automatic network-building with adjacent radio node, be uploaded to the information aggregating platform by this adjacent radio node then.
Radio node is the environment detection node, the environment detection node comprises wireless node apparatus and temperature sensor, carbon dioxide detector, dust content detector, and the signal output part of the signal output part of temperature sensor, the signal output part of carbon dioxide detector, dust content detector all is connected with wireless node apparatus.Generally with temperature sensor, carbon dioxide detector, it is indoor that the dust content detector is installed in the user, temperature sensor, carbon dioxide detector, the dust content detector is all real-time to be detected the indoor air ambient that carries out, and send signal, this signal inputs to wireless node apparatus by output terminal, wireless node apparatus is as signal conversion and retransmission unit, with the status information of this wireless node apparatus and the status information of temperature sensor, the status information of carbon dioxide detector, the status information of dust content detector sends to the information aggregating platform, and finally be uploaded to the remote control platform by the information aggregating platform, people can be by the information of the real-time inquiry entry door of remote control platform, make things convenient for the real-time inspection of residential quarter property, be particularly suitable for the bigger residential quarter of area, when the night watching personnel have little time night watching, finish the inspection work of whole residential quarter with a people power.And with these data upload behind the remote control platform, the user can land the database of remote control platform and inquire about, in order to well grasp the situation of indoor environment.
Also comprise repeater, described repeater is connected communication with radio node, and repeater is connected communication with the information aggregating platform simultaneously.
In order to guarantee that range information compiles platform radio node far away and can contact with the information aggregating platform, the utility model also increases repeater, pass through repeater, steering order can take place to radio node at a distance in the information aggregating platform, by repeater, radio node can be uploaded to information the information aggregating platform.
Described remote control platform comprises that networking is connected to control center's server, charging center server, database server, the management center server in the internet, and described information aggregating platform is connected communication by the internet with the remote control platform.
Control center's server sends to information aggregating platform with steering order by the internet as the steering order dispensing device, and the mode by radio communication sends to each radio node then.The charging center server will charge by the flow of data, and database server is as data storage device, and the data that each is local pool together and store, and consult so that the later stage is transferred.The operation of other equipment can be controlled and monitor to management center server as total control equipment.
Described information aggregating platform is state's net MANET concentrator module, and its model is: THeNet-TE1200.State's net MANET concentrator module is the THeNet-TE1200 concentrator module, directly is installed on the concentrator, receives the data of copying and accepting of collector module data passback meeting.The built-in THeNet wireless self-networking of module protocol stack has been guaranteed networking flexibility, network is more reliable, communication efficiency is higher, the user arranges still less.State's net collector interface specification is satisfied in the standardization design fully, simultaneously complete compatible DL/T 645-97 and DL/T 645-07 stipulations on the communications protocol.
State's net MANET concentrator module possesses following characteristics:
Module is supported multifunctional electric energy meter communication protocol DL/T 645 (1997,2007) and DL/T 698 (2008) fully, can with the act.std slitless connection;
Full-automatic networking, zero arranges, and is easy to install;
Support simultaneously that collection is copied automatically, the group copies and point such as copies at the multiple mode of copying and accepting;
Copy and accept the success ratio height, the success ratio of once checking meter〉99%;
System responses fast, what data were copied and accepted is ageing strong;
Channel quantity is many, and concurrent ability is strong; Automatic frequency-hopping, superpower anti-interference;
The complete safe system, anti-illegal-inbreak and data tampering;
Optional pre-payment background system overall plan is provided.
Described wireless node apparatus is that model is the node module of THeNet-TM1100.
Described repeater is that model is the trunk module of THeNet-TM1300.
Advantage of the present utility model is: this apparatus structure is simple, and cost is low, possesses the function that real-time detection sends a message back.
Description of drawings
Fig. 1 is the utility model structural representation.
Fig. 2 is environment detection node synoptic diagram.
Embodiment
Embodiment one
As shown in Figure 1, 2.
Wireless self-networking intelligent home control system with environment detection node, comprise the remote control platform that is connected to each other communication successively, the information aggregating platform, also comprise several radio nodes, be connected to each other communication between the described radio node, described radio node is connected communication with the information aggregating platform, radio node is the environment detection node, the environment detection node comprises wireless node apparatus and temperature sensor, carbon dioxide detector, the dust content detector, the signal output part of temperature sensor, the signal output part of carbon dioxide detector, the signal output part of dust content detector all is connected with wireless node apparatus, and wireless node apparatus and information aggregating platform or adjacent radio node are connected.
The remote control platform is as remote control equipment, remote management apparatus, long-range counting equipment, store radio node with this and upload data and control radio node, sending controling instruction is given radio node, and the information aggregating platform arrives the information aggregating of all radio nodes together, is uploaded to the remote control platform then.After guaranteeing that communication between one of them radio node and the information aggregating platform is broken down, still the information that it can be collected sends to the remote control platform, but adopt the method for communication to connect between the radio node in the utility model, like this, after one of them radio node breaks down, can connect by adjacent radio node, and carry out automatic network-building with adjacent radio node, be uploaded to the information aggregating platform by this adjacent radio node then.
Radio node is the environment detection node, the environment detection node comprises wireless node apparatus and temperature sensor, carbon dioxide detector, dust content detector, and the signal output part of the signal output part of temperature sensor, the signal output part of carbon dioxide detector, dust content detector all is connected with wireless node apparatus.Generally with temperature sensor, carbon dioxide detector, it is indoor that the dust content detector is installed in the user, temperature sensor, carbon dioxide detector, the dust content detector is all real-time to be detected the indoor air ambient that carries out, and send signal, this signal inputs to wireless node apparatus by output terminal, wireless node apparatus is as signal conversion and retransmission unit, with the status information of this wireless node apparatus and the status information of temperature sensor, the status information of carbon dioxide detector, the status information of dust content detector sends to the information aggregating platform, and finally be uploaded to the remote control platform by the information aggregating platform, people can be by the information of the real-time inquiry entry door of remote control platform, make things convenient for the real-time inspection of residential quarter property, be particularly suitable for the bigger residential quarter of area, when the night watching personnel have little time night watching, finish the inspection work of whole residential quarter with a people power.And with these data upload behind the remote control platform, the user can land the database of remote control platform and inquire about, in order to well grasp the situation of indoor environment.
Also comprise repeater, described repeater is connected communication with radio node, and repeater is connected communication with the information aggregating platform simultaneously.
In order to guarantee that range information compiles platform radio node far away and can contact with the information aggregating platform, the utility model also increases repeater, pass through repeater, steering order can take place to radio node at a distance in the information aggregating platform, by repeater, radio node can be uploaded to information the information aggregating platform.
Described remote control platform comprises that networking is connected to control center's server, charging center server, database server, the management center server in the internet, and described information aggregating platform is connected communication by the internet with the remote control platform.
Control center's server sends to information aggregating platform with steering order by the internet as the steering order dispensing device, and the mode by radio communication sends to each radio node then.The charging center server will charge by the flow of data, and database server is as data storage device, and the data that each is local pool together and store, and consult so that the later stage is transferred.The operation of other equipment can be controlled and monitor to management center server as total control equipment.
Described information aggregating platform is state's net MANET concentrator module, and its model is: THeNet-TE1200.State's net MANET concentrator module is the THeNet-TE1200 concentrator module, directly is installed on the concentrator, receives the data of copying and accepting of collector module data passback meeting.The built-in THeNet wireless self-networking of module protocol stack has been guaranteed networking flexibility, network is more reliable, communication efficiency is higher, the user arranges still less.State's net collector interface specification is satisfied in the standardization design fully, simultaneously complete compatible DL/T 645-97 and DL/T 645-07 stipulations on the communications protocol.
State's net MANET concentrator module possesses following characteristics:
Module is supported multifunctional electric energy meter communication protocol DL/T 645 (1997,2007) and DL/T 698 (2008) fully, can with the act.std slitless connection;
Full-automatic networking, zero arranges, and is easy to install;
Support simultaneously that collection is copied automatically, the group copies and point such as copies at the multiple mode of copying and accepting;
Copy and accept the success ratio height, the success ratio of once checking meter〉99%;
System responses fast, what data were copied and accepted is ageing strong;
Channel quantity is many, and concurrent ability is strong; Automatic frequency-hopping, superpower anti-interference;
The complete safe system, anti-illegal-inbreak and data tampering;
Optional pre-payment background system overall plan is provided.
Described wireless node apparatus is that model is the node module of THeNet-TM1100.
Described repeater is that model is the trunk module of THeNet-TM1300.
As shown in Figure 1, comprise several radio nodes among the figure, be divided into nearly group node and group node far away, nearly group node is that radio node A1, radio node A2 one are until radio node An.Group node far away be radio node B1, radio node B2 one until radio node Bn, n is positive integer, group node far away by repeater and nearly group node communication or directly and the communication of information aggregating platform.Nearly group node also can be directly and information aggregating platform communication or provide repeater and the communication of information aggregating platform.When one of them radio node can not be with the communication of information aggregating platform, can be by adjacent radio node and information aggregating platform interactive information.For example, radio node A1 can not be when the information aggregating platform be connected, and radio node A1 can be connected with the information aggregating platform by adjacent with it radio node A2.
As mentioned above, then can well realize the utility model.
Claims (6)
1. the wireless self-networking intelligent home control system that has the environment detection node, it is characterized in that: comprise the remote control platform that is connected to each other communication successively, the information aggregating platform, also comprise several radio nodes, be connected to each other communication between the described radio node, described radio node is connected communication with the information aggregating platform, radio node is the environment detection node, the environment detection node comprises wireless node apparatus and temperature sensor, carbon dioxide detector, the dust content detector, the signal output part of temperature sensor, the signal output part of carbon dioxide detector, the signal output part of dust content detector all is connected with wireless node apparatus, and wireless node apparatus and information aggregating platform or adjacent radio node are connected.
2. the wireless self-networking intelligent home control system with environment detection node according to claim 1, it is characterized in that: also comprise repeater, described repeater is connected communication with radio node, and repeater is connected communication with the information aggregating platform simultaneously.
3. the wireless self-networking intelligent home control system with environment detection node according to claim 1, it is characterized in that: described remote control platform comprises that networking is connected to control center's server, charging center server, database server, the management center server in the internet, and described information aggregating platform is connected communication by the internet with the remote control platform.
4. the wireless self-networking intelligent home control system with environment detection node according to claim 1, it is characterized in that: described information aggregating platform is state's net MANET concentrator module, and its model is: THeNet-TE1200.
5. the wireless self-networking intelligent home control system with environment detection node according to claim 1, it is characterized in that: described wireless node apparatus is that model is the node module of THeNet-TM1100.
6. the wireless self-networking intelligent home control system with environment detection node according to claim 2, it is characterized in that: described repeater is that model is the trunk module of THeNet-TM1300.
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| CN2013201874032U CN203149395U (en) | 2013-04-15 | 2013-04-15 | Wireless ad hoc network intelligent home control system with environmental detection nodes |
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| CN2013201874032U CN203149395U (en) | 2013-04-15 | 2013-04-15 | Wireless ad hoc network intelligent home control system with environmental detection nodes |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103220350A (en) * | 2013-04-15 | 2013-07-24 | 成都技高科技有限公司 | Wireless ad hoc network type environment detection node smart home control platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103220350A (en) * | 2013-04-15 | 2013-07-24 | 成都技高科技有限公司 | Wireless ad hoc network type environment detection node smart home control platform |
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| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130821 Termination date: 20140415 |