CN103676795B - Intelligent monitor system based on technology of wireless sensing network - Google Patents
Intelligent monitor system based on technology of wireless sensing network Download PDFInfo
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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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Abstract
A kind of intelligent monitor system based on technology of wireless sensing network, including: monitor node；Communication connection is set up by Zigbee wireless network, for monitor node being carried out the gateway node of management and control with monitor node；Communication connection is set up by network based on ICP/IP protocol, for the service platform collecting the data uploaded by gateway node, data being stored, analyze, add up and process and sent to corresponding monitor node by gateway node management and control instruction with gateway node；Communication connection is set up, for accessing service platform the access terminal corresponding gateway node and/or monitor node manipulated by service platform with service platform.Compared to prior art, present invention intelligent monitor system based on technology of wireless sensing network, it is applicable to multiple applied environment, save substantial amounts of cable, system is laid conveniently, networking is simple, data transmission is reliable, add the reusability of system, also reduce the popularization and application of maintenance cost, beneficially technology simultaneously.
Description
Technical field
The present invention relates to a kind of field of intelligent monitoring, particularly relate to one and utilize Zigbee wireless network and based on TCP/IP
The intelligent monitor system that protocol network combines, is applicable under multiple applied environment.
Background technology
Due to the acceleration of Urbanization in China, the building of modernization more and more occur in city, the work of people
Becoming increasingly dependent on building as life, the time is all spent in building greatly.
On the one hand, building environmental amenity, safety etc. are especially paid attention to by people.It is directed to this, in the prior art,
The most commonly used monitoring system for environment is monitored and sends when producing unusual condition alarm signal, such as, apply
Fire alarm equipment in interior architecture thing, gas leakage alarm device, cigarette sense alarm device, burglar alarm etc., with
And it is applied to the atmosphere quality monitoring device etc. of outdoor.
On the other hand, along with the aggravation that world energy sources is the most in short supply, the energy saving of building also seems and is even more important.It is directed to
This, in the prior art, can be the fortune of the electrical equipment such as central air-conditioning, refrigerator by effectively monitoring building environment
Row provides reference, and energy-saving and emission-reduction are played positive impetus.
Sensing network is the wired or wireless network being made up of with free configuration mode one group of sensor, its objective is to work in coordination with
Ground perception, gather and process the information of perceptive object in the geographic area of the network coverage, and converge to observer.Sensor, net
The process of network technology and information is three fundamentals of sensing network；Complete perception task one group of sensor synergism；Wired network
Network or wireless network between sensors, transmit data and control command between sensor and control centre；To initial data
Statistics, analyze on the basis of form decision-making and control, to realize the function of information processing.
But, there are the following problems for existing building environmental monitoring system:
First, function singleness, a monitoring system can not monitor the multiple unsafe factor of sensing simultaneously so that in order to realize
The monitoring of several functions, inevitably assembles the multiple monitoring system of corresponding function, and integrated level and the suitability are poor；Separately
Outward, monitoring system is fixing assembling, can only be monitored, coverage in specifying region in the monitoring range of its sensor
Limited, therefore for covering bigger monitoring range, it is necessary to add multiple monitoring systems in different places, need to expend and quite may be used
The fund seen, the reliability of work is poor.
It addition, existing building environmental monitoring system is to use cable to connect each test point, according to the internal measuring point of building
The situations such as various, circuit is intricate, can only accomplish the linkage of some necessity between each system, detection node is all by a pair
The distribution of one, focuses on central control room to realize centralized Control.The laying maintenances of system etc. are all inconvenient, and for long distance
There is, for transmission, the problem that cable laying is relatively costly.
Summary of the invention
It is an object of the invention to be to provide a kind of intelligent monitor system based on technology of wireless sensing network, be used for solving
Prior art is applied limited, function singleness or the problem such as route arrangement is numerous and diverse.
For solving the problems referred to above, the present invention provides a kind of intelligent monitor system based on technology of wireless sensing network, including:
It is arranged on the monitor node of each control point；Communication connection is set up, for described monitor node is carried out with described monitor node
Management and control, collect the data uploaded by described monitor node and the data collected carried out protocol conversion for uploading and to right
The described monitor node answered sends the gateway node of control instruction；Communication connection is set up, for described with described gateway node
Gateway node carry out management and control, collect uploaded by described gateway node data, the data collected are stored, analyze, add up
And process and sent to corresponding described monitor node by described gateway node the service platform of management and control instruction；Described net
Articulare sets up communication connection, described gateway node and described service with described monitor node by Zigbee wireless network
Platform is that VPN (virtual private network) VPN based on ICP/IP protocol sets up communication connection；Described gateway node achieves Zigbee
Wireless network and the seamless link of VPN (virtual private network) VPN based on ICP/IP protocol；Communication link is set up with described service platform
Connect, be used for accessing described service platform and by described service platform, corresponding described gateway node and/or described monitoring being saved
Point carries out the access terminal manipulated.
Alternatively, the temperature sensor during described monitor node includes Temperature and Humidity application and humicap；Described wet
Described capacitance, for the relative humidity in tested air is converted to capacitance, is turned by quick electric capacity by the oscillating circuit connected
It is changed to frequency signal, after Digital Signal Processing, more described frequency signal is converted to humidity value available for display；When passing through
The request data sent by described service platform that receives described gateway node reads when instructing, by described gateway node by described
The humidity data that the temperature sensor temperature data that obtains of sensing and described humidity capacitance sensing obtain is uploaded to described service and puts down
Platform.
Alternatively, described monitor node is respectively used to detection equipment voltage and electricity in including electrical equipment management and control application
The voltage sensor of stream and current sensor, described electrical equipment management and control application also includes intelligent switch；When by described gateway
The request data sent by described service platform that receives node reads when instructing, by described gateway node by described voltage sensor
Voltage data and described current sensor that device sensing obtains sense the current data obtained and are uploaded to described service platform；When logical
Cross described gateway node when receiving the execution control instruction sent by described service platform, described gateway node control corresponding
Described intelligent switch start ON or OFF instruct so that described electrical equipment is closed a floodgate or sub-switching operation.
Alternatively, the infrared multicarrier receiver during described monitor node includes air-conditioning remote control application and infrared generation
Device；When being received the long distance wireless study instruction sent by described service platform by described gateway node, start described red
Outer multicarrier receiver, carries out carrier wave analysis decoding；When being received by holding that described service platform sends by described gateway node
During row control instruction, utilize described infrared emittance to send infrared control order, control the duty of corresponding air-conditioning.
Alternatively, described monitor node includes that the position sensor in curtain remote control application, described curtain are remotely controlled
System application also includes driver；Read when being received the request data sent by described service platform by described gateway node
During instruction, described gateway node the described curtain described position sensor sensing obtained or the position data of described driver
It is uploaded to described service platform；When being received the execution control instruction sent by described service platform by described gateway node
Time, control described driver and be driven adjusting the opened and closed positions of corresponding curtain.
Alternatively, described monitor node includes the video probe in video surveillance applications.
Alternatively, described gateway node collects the data uploaded by described monitor node and the data collected is carried out agreement
Change for uploading, including: described gateway node obtains the data of the described monitor node being connected with broadcast mode, by obtain
Described data add gateway messages queue, read described data and be encapsulated into packet from described gateway messages queue,
And described packet is uploaded to described service platform.
Alternatively, described packet is expandable mark language XML packet.
Alternatively, the data that described monitor node is uploaded include the collection data of described monitor node and save with described monitoring
The device data that point is relevant.
Alternatively, the networking mode between described monitor node and described gateway node includes stelliform connection topology configuration, tree-shaped
Topological structure or fully connected topology.
As it has been described above, the intelligent monitor system based on technology of wireless sensing network that the present invention provides includes being arranged on each
The monitor node of control point be connected with monitor node network service platform that gateway node is connected with gateway node network and
The access terminal being connected with service platform network.Described each accesses terminal independent operating and can be formed mutually coordinated, so, no
Only may be implemented in line extension and update, more can be according to different applied environment adaptive configuration, it is adaptable to multiple applied environment.Phase
Ratio is in prior art, and the intelligent monitor system of the present invention has the advantages such as independent, dynamic and flexible.
It addition, in the intelligent monitor system based on technology of wireless sensing network that the present invention provides, described gateway node
Setting up communication connection with described monitor node by Zigbee wireless network, described gateway node with described service platform is
Network based on ICP/IP protocol sets up communication connection, and described gateway node achieves Zigbee wireless network and based on TCP/
The seamless link of VPN (virtual private network) VPN of IP agreement.The intelligent monitor system of the present invention, relative to prior art, saves
Substantial amounts of cable, system is laid conveniently, networking is simple, data transmission is reliable, add the reusability of system, also reduces simultaneously
The popularization and application of the maintenance cost of system, beneficially technology.
Accompanying drawing explanation
Fig. 1 shows present invention intelligent monitor system based on technology of wireless sensing network knot in one embodiment
Structure schematic diagram.
Fig. 2 a to Fig. 2 c show in present invention intelligent monitor system based on technology of wireless sensing network gateway node with
The various networking modes of the Zigbee wireless network of the foundation between monitor node.
Detailed description of the invention
The inventors found that: traditional monitoring system, there is limited, the function singleness of application or route arrangement is numerous and diverse
Etc. problem.
Therefore, for overcoming the generation of drawbacks described above and solving each problem above-mentioned, the present inventor is to prior art
Improved, it is proposed that a kind of based on technology of wireless sensing network, the intelligent monitoring system that is applicable under multiple applied environment
System, according to different applied environments, adaptive configuration can realize the monitor node of difference in functionality accordingly, and, have adjusted prison
Control node, communication connection mode between gateway node and service platform so that described gateway node achieve Zigbee without
Gauze network and the seamless link of VPN (virtual private network) VPN based on ICP/IP protocol, relative to prior art, save substantial amounts of
Cable, system is laid more convenient.
Below in conjunction with the accompanying drawings present disclosure is described in detail.
Fig. 1 shows that the intelligent monitor system based on technology of wireless sensing network of the present invention is in one embodiment
Structural representation.As it is shown in figure 1, described intelligent monitor system includes: be arranged on monitor node 10 and the monitoring of each control point
Node 10 set up communication connection gateway node 12 and gateway node 12 set up communication connection service platform 14 and with service
The access terminal 16 of communication connection set up by platform 14.
Monitor node 10 is arranged at each control point, is used for performing the task such as data acquisition or equipment control.In reality
In application, monitor node 10 can configure voluntarily according to different applied environments.Specifically, under different applied environments,
Monitor node 10 can use different equipment or device.Specifically, monitor node 10 can at least include: at Temperature and Humidity
Temperature sensor in application and humicap；Electrical equipment management and control apply in voltage sensor, current sensor and
Intelligent switch；Infrared multicarrier receiver in air-conditioning remote control application and infrared emittance；In curtain remote control application
In position sensor and driver；And in the video probe in video surveillance applications or combination in any.Certainly,
Above-mentioned each listed concrete monitor node is merely illustrative, but is not limited thereto, and those skilled in the art should be permissible
Monitor node is made on aforementioned base corresponding extension, and (such as, described monitor node can also is that infrared sensor, pressure pass
Sensor, ultrasonic sensor, cigarette propagated sensation sensor, CO sensor, CO2Sensor, SO2Sensor, noise transducer, electromagnetic radiation
Sensor, pellet sensor etc.), described extension must belong in the scope of the present invention.
Gateway node 12 is to set up communication connection with monitor node 10, for entering each monitor node 10 of communication connection
Line pipe control, collect the data uploaded by monitor node 10 and the data collected carried out protocol conversion for uploading and to right
The described monitor node answered sends control instruction.In the present embodiment, especially, described gateway node and described monitor node
Communication connection is set up by Zigbee wireless network.Zigbee is low-power consumption territory based on IEEE802.15.4 standard net
Agreement, it has the advantage that 1, closely；2, low complex degree, self-organizing；3, low-power consumption；4, low rate, uses Zigbee skill
The product of art can provide 250kbps(16 channel on 2.4GHz), 915MHz provides 40kbps(10 channel) and
On 868MHz provide 20kbps(1 channel) transfer rate；5, short time-delay；6, low cost, Zigbee message transmission rate
Low, agreement is simple, so greatly reducing cost；7, high power capacity, Zigbee uses multiple network structure, by a host node pipe
Managing some child nodes, most host nodes can manage 254 child nodes；Host node can also be by last layer network node simultaneously
Management, at most can form the catenet of 65000 nodes.
The Zigbee wireless network of the foundation between gateway node 12 from each monitor node 10 can use different groups
Net mode.Specifically: in one embodiment, described networking mode is starlike type network, it may be assumed that gateway node 12 is as one
Center control point, each monitor node 10 is all joined directly together (as shown in Figure 2 a) with gateway node, thus realizes a bit (gateway joint
Point 12) to the communication of multiple spot (monitor node 10) or the multiple spot (monitor node 10) communication to a bit (gateway node 12).Separately
In one embodiment, described networking mode is that tree topology is (as shown in Figure 2 b, in figure 2b, in gateway node 12 and monitoring
The intermediate equipment with routing function is also introduced) between node 10.In another embodiment, described networking mode is netted opening up
Flutter structure (as shown in Figure 2 c, in figure 2 c, to also introduce between gateway node 12 and monitor node 10 there is routing function
Intermediate equipment).The prior art being well known to those skilled in the art due to network topology structure, therefore do not repeat them here.
In the present embodiment, each monitor node 10 needs control point collects data or set relevant to self
Standby data are uploaded to the gateway node 12 being connected, i.e. gateway node 12 can collect the data uploaded by monitor node 10.More enter one
Step ground, gateway node is uploaded to service platform 14 after also including the data collected are carried out protocol conversion again.In actual applications,
Gateway node 12 collects the data uploaded by monitor node 10 and the data collected carries out protocol conversion for uploading, including:
Gateway node 12 obtains the data of the monitor node 10 being connected with broadcast mode, and the described data obtained are added gateway messages team
Row, read described data from described gateway messages queue and are encapsulated into packet, more described packet is uploaded to clothes
Business platform 14.In the process above, the data that monitor node 10 is uploaded include the collection data of monitor node 10 and save with monitoring
The relevant device data (such as fault data) of point 10, described packet is expandable mark language XML packet.Concrete one
In realization, it is preferable that gateway node is ARM9 flush bonding processor.
Service platform 14 is and gateway node 12 sets up communication connection, for gateway node 12 carried out management and control, collect by
Data that gateway node 12 is uploaded, the data collected are stored, analyze, add up and process and by gateway node 12
Management and control instruction is sent to corresponding monitor node 10.
In the present embodiment, described gateway node and described service platform are that network based on ICP/IP protocol foundation is logical
Letter connects.So, the gateway node 12 in the present invention is achieved that Zigbee wireless network and TCP/IP network (such as
Internet) seamless link, fully utilizes the advantage of each network type.
Service platform is as an administrative center, each gateway node 12 of being attached thereto for management and under each
Individual monitor node 10.Affiliated management and control instruction specifically can include that request data reads instruction and control instruction.Service platform 14 is main
Show: when service platform 14 needs the data obtaining each monitor node 10, i.e. by gateway node 12 to specify that
The request data that sends one or those several monitor nodes 10 reads instruction, and follow-up collect by gateway node 12 upload right
Should the data of that or that several monitor nodes；Service platform 14 can directly store the data uploaded or enter these data
Row is analyzed, is added up (such as carry out statistics for the data uploaded in a period of time and obtain relevant rule change) to judge to monitor
The operation conditions of the monitored object of the control point corresponding to node 10 or monitor node 10；Outside service platform 14 receives
Portion's instruction or judge that the operation conditions of monitored object of monitor node 10 or the control point corresponding to monitor node 10 needs
During variation, then send control instruction by gateway node 12 to monitor node 10, adjust monitor node 10 or monitor node 10 institute
The operation conditions of the monitored object of corresponding control point.
Accessing terminal 16 is to set up communication connection with service platform 14, is used for accessing service platform 14 and passing through service platform
14 pairs of corresponding gateway nodes 12 and/or monitor node 10 manipulate.On implementing, access terminal 16 and be possible not only to lead to
Cross access service platform 14 and learn relevant information, such as: the connection of monitor node 10, gateway node 12 and service platform 14 is closed
System, the data (including real time data or statistical data) of each monitor node 10, more can be to each monitor node 10 or monitoring
The monitored object of the control point corresponding to node 10 manipulates, and according to actual needs, adjusts monitor node 10 or monitoring joint
The operation conditions of the monitored object of some control point corresponding to 10.Here access terminal 16 can be any accessible services
Platform 14(has webpage login function) equipment, such as: PC, notebook computer, panel computer, mobile phone etc..
Below for the intelligent monitor system based on technology of wireless sensing network of the present invention under each applied environment
Example is described in detail.
First embodiment:
In the first embodiment, described application is Temperature and Humidity application.Monitor node 10 includes for sensing tested sky
The temperature sensor of the temperature of gas and for sensing the humicap of the humidity of tested air.For humicap, it is
For the relative humidity in tested air is converted to capacitance, by the oscillating circuit of follow-up connection, described capacitance is changed
For frequency signal, more described frequency is believed after the Digital Signal Processing of such as single-chip microcomputer or digital signal processing chip DSP
Number be converted to the humidity value being available for showing on the display device.
In actual applications, typically, when being received the request data reading sent by service platform 14 by gateway node 12
During instruction fetch, gateway node 12 obtains the temperature data of temperature sensor at the control point being connected and wet sensitive electricity with broadcast mode
The humidity data held, adds gateway messages queue, from described gateway messages queue by the temperature data obtained and humidity data
Read temperature data and humidity data and they are packaged into respectively packet, and described packet is uploaded to service platform
14。
Second embodiment:
In a second embodiment, described application is electrical equipment management and control application.Monitor node 10 includes being respectively used to detection
The voltage sensor of electrical equipment voltage and current and current sensor, utilize voltage sensor and current sensor, just can examine
Record the parameters of electric power such as the voltage of described electrical equipment, electric current, power, electricity, power factor (PF), active power.It addition, institute
State in electrical equipment management and control application and also include the intelligent switch for manipulating described electrical equipment.
In actual applications, when being received the request data reading instruction sent by service platform 14 by gateway node 12
Time, gateway node 12 with broadcast mode obtain the described voltage sensor voltage data that obtains of sensing at the control point being connected and
Described current sensor senses the current data obtained, and the voltage data obtained and current data are added gateway messages queue,
Read-out voltage data and current data they are packaged into respectively packet from described gateway messages queue, and by described number
Service platform 14 is reached according to wrapping.When receiving, by gateway node 12, the execution control instruction sent by service platform 14,
Controlled corresponding intelligent switch by gateway node 12 and start ON/OFF instruction with/separating brake behaviour that described electrical equipment is closed a floodgate
Make.It should be noted that, in the present embodiment, described intelligent switch is not limited in carrying out/the sub-switching operation that closes a floodgate, it practice, institute
State intelligent switch and can realize more manipulating instruction according to actual needs, such as, increase/reduce the power etc. of electrical equipment, at this
Illustrate the most one by one.
3rd embodiment:
In the third embodiment, described application is air-conditioning remote control application.Monitor node 10 includes that infrared carrier wave receives
Device and infrared emittance.Described infrared multicarrier receiver, the most compatible NEC, PHILIPS, TOSHIBA, PANASONIC etc. encode
Form, it is possible to the most all kinds of air-conditioning remote controls is decoded study.
In actual applications, when being received the long distance wireless study instruction sent by service platform 14 by gateway node 12
Time, start described infrared multicarrier receiver, carry out carrier wave analysis decoding.If successfully resolved, i.e. show that remotely controlled completes；If solving
Analyse unsuccessfully, return EERO information to service platform 14 by gateway node 12, to carry out next action as service platform 14
Process reference frame.In the case of completing remotely controlled, send by service platform 14 when being received by gateway node 12
When performing control instruction, utilize described infrared emittance to send infrared control order, control the duty of corresponding air-conditioning.
4th embodiment:
In the fourth embodiment, described application is curtain remote control application.Monitor node 10 includes for position sensing
Device.It addition, described curtain remote control application also includes driver.
In actual applications, when being received the request data reading instruction sent by service platform 14 by gateway node 12
Time, gateway node 12 obtains the position sensor at the control point being connected with broadcast mode and senses the described curtain or described obtained
The position data of driver, adds gateway messages queue by the position data obtained, and reads position from described gateway messages queue
Put data and be encapsulated into packet, and described packet is uploaded to service platform 14.When being received by gateway node 12
During to the execution control instruction sent by service platform 14, control described driver and be driven adjusting the opening and closing of corresponding curtain
Position.
5th embodiment:
In the 5th embodiment, described application is video surveillance applications.Monitor node 10 includes video probe.
In actual applications, when being received the request data reading instruction sent by service platform 14 by gateway node 12
Time, gateway node 12 obtains the video probe at the control point being connected with broadcast mode and absorbs the image data obtained, and will obtain
Image data add gateway messages queue, from described gateway messages queue, read image data be encapsulated into data
Bag, and described packet is uploaded to service platform 14.When being received by holding that service platform 14 sends by gateway node 12
During row control instruction, control described video probe and operate (such as horizontal position adjustment, angle of pitch adjustment, image accordingly
Picked-up mode etc.).
In sum, the intelligent monitor system based on technology of wireless sensing network that the present invention provides includes being arranged on each
The monitor node of control point be connected with monitor node network service platform that gateway node is connected with gateway node network and
The access terminal being connected with service platform network.Described each accesses terminal independent operating and can be formed mutually coordinated, so, no
Only may be implemented in line extension and update, more can be according to different applied environment adaptive configuration, it is adaptable to multiple applied environment.Phase
Ratio is in prior art, and the intelligent monitor system of the present invention has the advantages such as independent, dynamic and flexible.
It addition, in the intelligent monitor system based on technology of wireless sensing network that the present invention provides, described gateway node
Setting up communication connection with described monitor node by Zigbee wireless network, described gateway node with described service platform is
Network based on ICP/IP protocol sets up communication connection, and described gateway node achieves Zigbee wireless network and based on TCP/
The seamless link of VPN (virtual private network) VPN of IP agreement.The intelligent monitor system of the present invention, relative to prior art, saves
Substantial amounts of cable, system is laid conveniently, networking is simple, data transmission is reliable, add the reusability of system, also reduces simultaneously
The popularization and application of the maintenance cost of system, beneficially technology.
Although the present invention discloses as above with preferred embodiment, but the present invention is not limited to this.Any art technology
Personnel, without departing from the spirit and scope of the present invention, all can make various changes or modifications, and therefore protection scope of the present invention should
When being as the criterion with claim limited range.
Claims (10)
1. an intelligent monitor system based on technology of wireless sensing network, it is characterised in that including:
It is arranged on the monitor node of each control point；
Communication connection is set up, for described monitor node being carried out management and control, collecting by described monitor node with described monitor node
The data uploaded also carry out protocol conversion and control for uploading and sending to corresponding described monitor node the data collected
The gateway node of instruction；
Communication connection is set up, for described gateway node being carried out management and control, collecting by described with gateway node at least one described
Data that gateway node is uploaded, the data collected are stored, analyze, add up and process and by described gateway node
The service platform of management and control instruction is sent to corresponding described monitor node；Described gateway node is to pass through with described monitor node
Zigbee wireless network sets up communication connection, and described gateway node and described service platform are based on ICP/IP protocol virtual
Dedicated network VPN sets up communication connection；Described gateway node achieves Zigbee wireless network and based on ICP/IP protocol
The seamless link of VPN (virtual private network) VPN；
Set up communication connection with described service platform, be used for accessing described service platform and by described service platform to accordingly
Described gateway node and/or described monitor node carry out the access terminal manipulated.
Intelligent monitor system the most according to claim 1, it is characterised in that described monitor node includes that Temperature and Humidity should
Temperature sensor in and humicap；Described humicap is for being converted to electric capacity by the relative humidity in tested air
Value, is converted to frequency signal by described capacitance, again by described frequency after Digital Signal Processing by the oscillating circuit connected
Rate signal is converted to humidity value available for display；When being received the request sent by described service platform by described gateway node
During data read command, described gateway node the temperature data described temperature sensor sensing obtained and described humicap
The humidity data that sensing obtains is uploaded to described service platform.
Intelligent monitor system the most according to claim 1, it is characterised in that described monitor node includes electrical equipment management and control
Application is respectively used to voltage sensor and the current sensor of detection equipment voltage and current, described electrical equipment management and control
Application also includes intelligent switch；Refer to when being received the request data reading sent by described service platform by described gateway node
When making, described gateway node the voltage data and the described current sensor sensing that described voltage sensor sensing are obtained obtain
Current data be uploaded to described service platform；When being received the execution sent by described service platform by described gateway node
During control instruction, described gateway node control corresponding described intelligent switch and start ON/OFF instruction with to described electrical equipment
Carry out/the sub-switching operation that closes a floodgate.
Intelligent monitor system the most according to claim 1, it is characterised in that described monitor node includes that air-conditioning remotely controls
Infrared multicarrier receiver in application and infrared emittance；Send by described service platform when being received by described gateway node
Long distance wireless study instruction time, start described infrared multicarrier receiver, carry out carrier wave analysis decoding；When being saved by described gateway
When point receives the execution control instruction sent by described service platform, described infrared emittance is utilized to send infrared control life
Order, controls the duty of corresponding air-conditioning.
Intelligent monitor system the most according to claim 1, it is characterised in that described monitor node includes that curtain remotely controls
Position sensor in application, also includes driver in described curtain remote control application；When being received by described gateway node
During to the request data reading instruction sent by described service platform, described gateway node described position sensor is sensed
To the position data of described curtain be uploaded to described service platform；Put down by described service when being received by described gateway node
During the execution control instruction that platform sends, control described driver and be driven adjusting the opened and closed positions of corresponding curtain.
Intelligent monitor system the most according to claim 1, it is characterised in that described monitor node includes video surveillance applications
In video probe.
Intelligent monitor system the most according to any one of claim 1 to 6, it is characterised in that described gateway node collects
The data uploaded by described monitor node also carry out protocol conversion for uploading to the data collected, including: described gateway node
Obtain the data of the described monitor node being connected with broadcast mode, the described data obtained are added gateway messages queue, from institute
State and gateway messages queue reads described data and is encapsulated into packet, and described packet is uploaded to described service puts down
Platform.
Intelligent monitor system the most according to claim 7, it is characterised in that described packet is extensible markup language
XML data bag.
Intelligent monitor system the most according to claim 8, it is characterised in that the data that described monitor node is uploaded include institute
State the collection data of monitor node and the device data relevant to described monitor node.
Intelligent monitor system the most according to claim 7, it is characterised in that described monitor node and described gateway node
Between networking mode include stelliform connection topology configuration, tree topology or fully connected topology.
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| CN104102190B (en) * | 2014-06-12 | 2017-01-04 | 江苏伯克利物联科技有限公司 | A kind of combustion gas Real-time security monitoring system based on technology of Internet of things |
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| CN109372378A (en) * | 2018-10-25 | 2019-02-22 | 大连智识科技发展有限公司 | It is a kind of can the intelligent window that remotely controls of subregion |
| CN110662215A (en) * | 2019-10-09 | 2020-01-07 | 西北工业大学 | Information transmission method and device |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101038492A (en) * | 2007-04-05 | 2007-09-19 | 复旦大学 | Intelligent house control system based on telephone and ZigBee technology |
| CN102164427A (en) * | 2011-04-26 | 2011-08-24 | 南京航空航天大学 | Internet of Things gateway system based on wireless manner |
| CN102611646A (en) * | 2012-04-23 | 2012-07-25 | 北京工业大学 | Data gateway of Internet of things based on ZigBee and XML (extensible markup language) |
| CN202771239U (en) * | 2012-09-06 | 2013-03-06 | 苏州联科盛世科技有限公司 | Intelligent monitoring system based on wireless sensing network technology |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070232288A1 (en) * | 2006-03-30 | 2007-10-04 | Mcfarland Norman R | Service tool for wireless automation systems |
| CN201937626U (en) * | 2010-12-19 | 2011-08-17 | 西安联友电子科技有限公司 | Urban environment data collection and monitoring system based on wireless sensor network |
-
2012
- 2012-09-06 CN CN201210326690.0A patent/CN103676795B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101038492A (en) * | 2007-04-05 | 2007-09-19 | 复旦大学 | Intelligent house control system based on telephone and ZigBee technology |
| CN102164427A (en) * | 2011-04-26 | 2011-08-24 | 南京航空航天大学 | Internet of Things gateway system based on wireless manner |
| CN102611646A (en) * | 2012-04-23 | 2012-07-25 | 北京工业大学 | Data gateway of Internet of things based on ZigBee and XML (extensible markup language) |
| CN202771239U (en) * | 2012-09-06 | 2013-03-06 | 苏州联科盛世科技有限公司 | Intelligent monitoring system based on wireless sensing network technology |
Non-Patent Citations (2)
| Title |
|---|
| ZigBee和GPRS技术在无线监控系统中的应用;王久鹏等;《电讯技术》;20080430;第48卷(第4期);第99-102页 * |
| 智能家居控制系统的设计研究;董裕艺等;《移动通信》;20120827(第11期);第39-43页 * |
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