CN202362644U - Remote monitoring device of building heat supply system based on Zigbee and mobile technology - Google Patents
Remote monitoring device of building heat supply system based on Zigbee and mobile technology Download PDFInfo
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- CN202362644U CN202362644U CN201020238366XU CN201020238366U CN202362644U CN 202362644 U CN202362644 U CN 202362644U CN 201020238366X U CN201020238366X U CN 201020238366XU CN 201020238366 U CN201020238366 U CN 201020238366U CN 202362644 U CN202362644 U CN 202362644U
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Abstract
The utility model relates to a remote monitoring system or device of a building renewable energy heat supply system through utilization of Zigbee and mobile technology, and also relates to a remote monitoring system or device of a building renewable energy heat supply system through utilization of Zigbee, a bus and mobile technology. The remote monitoring system or device comprises a building renewable energy heat supply system, a user control panel of the system, and a computer operation monitoring platform. The remote monitoring system or device also comprises a wireless data transmission system and a heat supply system operation monitoring control panel composed together by Zigbee and mobile technology via or not via a bus. A mobile technology communication mode employing unidirectional or bidirectional data transmission is adopted, thereby conveniently monitoring the operation error information of the building renewable energy heat supply system, and improving the communication reliability of the remote monitoring system or device and the wireless data transmission system.
Description
Technical field
The utility model relates to building regenerative resource heat supply application; Especially the remote supervision system or the device that relate to the building regenerative resource heating system of a kind of Zigbee of employing and mobile technology, and a kind of remote supervision system or device that adopts the building regenerative resource heating system of Zigbee, bus and mobile technology.
Background technology
The existing building regenerative resource heating system such as the employing in service of solar energy optical-thermal system be the monitoring of traditional computer screen; The wired excessively form of each computer expert is connected with the user board of solar energy optical-thermal system; Be shown as the piping arrangement of photo-thermal system on the screen; If wondering the running status situation at certain position needs through clicking the mouse; This information display interface could be got into, and the be heated real time execution information of safe pressure of getable temperature, water level and closed system pipeline on can only the explicit user control panel, the operation troubles information of carrying out components and parts such as discharge pump, change-over valve, switch valve etc. in the solar energy optical-thermal system can not be learnt simultaneously.There are some intrinsic shortcomings in the employing screen monitoring in service of this heating system: the screen monitoring method of this kind wired connection only is fit to closely use; Can not carry out remote monitoring, and the monitoring screen of a computer can only show an operation information on the user side solar energy optical-thermal system user control panel.In order to monitor the operation of heating system, also must be provided with staff on duty.Monitoring personnel can only look after the operational monitoring screen of 5-8 solar energy optical-thermal system at most simultaneously; So; When the heating system number of users is big, need the system monitoring screen number of outfit user side also more, the monitoring cost of labor with monitoring personnel number.
Existing solar energy optical-thermal system also adopts the remote monitoring method of remote assistance mode.Through this machine and user board (containing network chip) being communicated with on INTERNET, this machine adopts the remote assistance mode to get into the service data of this solar energy optical-thermal system of inquiry on the user board through INTERNET.Adopt this method the while to carry out real-time monitoring management to the solar energy optical-thermal system of a plurality of user sides apace; The result of sensor time-sharing work output in just each custom system that obtains; Therefore; When needing the operation troubles information of inquiry system, workload is big, polling cycle is long, expense is high and unreliable, can't satisfy the requirement to a plurality of custom system real-time remote monitorings.In the place of not building up network, also can't realize remote assistance screen monitoring to custom system.
The technology that existing another kind is used to monitor is Zigbee, and this is the wireless communication technique of a kind of short distance, low-power consumption, is characterized in closely, low-power consumption, low rate, low cost, mainly is applicable to automatic control and remote control field.Its application comprises automatic control, the gas measurement control of automatic control, the curtain of temperature control, the illumination of air-conditioning system, the control of household electrical appliance etc.For the monitoring system of only using Zigbee; Can monitor the operation conditions of a plurality of places user side heating system through several operation information acquisition elements are set; But it can only short-distance transmission, understands the overall operation situation of monitored user's heating system so can not realize remote live.
Summary of the invention
One of purpose of the utility model is to provide the remote supervision system or the device of the building regenerative resource heating system that a kind of Zigbee of employing and mobile technology combine; Make the operation conditions of each link of building regenerative resource heating system be incorporated into the row communication transmission through Zigbee and mobile technology with digital form; Can realize when having a large number of users or to the operation real-time remote monitoring of a plurality of status informations of whole community user building regenerative resource heating system, to solve some problems that exist in the Zigbee monitoring system mode of only using.
Two of the purpose of the utility model is to provide the remote supervision system or the device of the building regenerative resource heating system that a kind of Zigbee of employing, bus and mobile technology combine; Make the operation conditions of each link of building regenerative resource heating system with digital form after the bus local connects; Combine to carry out wireless communication transmission through Zigbee and mobile technology again, with solve when barrier such as thick wall are arranged and periphery when existing larger interference to influence Zigbee can not carry out the problem of effective wireless data transmission.
System of one of purpose of the utility model or device are realized through following technical scheme; Adopt the remote supervision system or the device of the building regenerative resource heating system of Zigbee and mobile technology; Comprise building regenerative resource heating system and user board and operational monitoring platform; It is characterized in that; Described remote supervision system also comprise by Zigbee and mobile technology wireless system for transmitting data, the Monitoring and Controlling plate jointly formed; The a plurality of operation information acquisition elements and the devices of electronic execution components and parts of comprising that are provided with in the signal input part of said heating system Monitoring and Controlling plate and the building regenerative resource heating system are electrically connected; The Monitoring and Controlling plate with by Zigbee and mobile technology an end of the common wireless system for transmitting data of forming be electrically connected, the other end of this wireless system for transmitting data and operational monitoring platform are electrically connected.Described Zigbee comprises terminal Zigbee or bus termination Zigbee, route Zigbee and Centroid Zigbee; Wherein, Terminal Zigbee through or be connected with heating system operational monitoring control panel without bus; Terminal Zigbee and bus are connected to form bus termination Zigbee, and Centroid Zigbee is connected with user side mobile technology equipment, terminal Zigbee through or be communicated with without the wireless telecommunications of route Zigbee and Centroid Zigbee formation.Described route Zigbee or bus termination Zigbee are arranged on the place, corner of the building that building regenerative resource heating system is installed.Described operational monitoring platform is the operation information monitoring and software information management platform that can adopt the band video device that special software monitors and manage the operation information of building regenerative resource heating system; This operation information monitoring comprises mobile phone and computing machine with the software information management platform, and described operation information comprises the operation error message of building regenerative resource heating system.At least the operation information code that has the subscriber-coded database of building regenerative resource heating system in the monitoring of this operation information and the software information management platform and will build the regenerative resource heating system changes the database of readable data directly perceived into.Described building regenerative resource heating system comprises solar energy optical-thermal system, heat pump heat distribution system and both compound systems; The employing part conventional energy resources heating system that also is included in architectural application is mixed the heating system of forming with above-mentioned building regenerative resource heating system; Wherein, the solar energy optical-thermal system in architectural application comprises solar water heating system, solar energy heat distribution system and solar refrigeration system; Heat pump heat distribution system in architectural application comprises heat pump hot-water system, heat pump heat distribution system and heat pump refrigerating system, both compound systems that adopts the solar energy optical-thermal auxiliary heat supplying in this system that in the solar energy optical-thermal system of architectural application, adopts heat pump auxiliary heat supplying and this heat pump heat distribution system that comprises.Described mobile technology comprises GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G.A plurality of operation information acquisition elements that are provided with in the described building regenerative resource heating system and device also comprise the WT-MSR of flow, heat or power consumption.
Two system or device of the purpose of the utility model are realized through following technical scheme; Adopt the remote supervision system or the device of the building regenerative resource heating system of Zigbee, bus and mobile technology; Comprise building regenerative resource heating system and user board and operational monitoring platform; It is characterized in that; Described remote supervision system also comprise by Zigbee and mobile technology wireless system for transmitting data, the Monitoring and Controlling plate jointly formed; The a plurality of operation information acquisition elements and the devices of electronic execution components and parts of comprising that are provided with in the signal input part of said heating system Monitoring and Controlling plate and the building regenerative resource heating system are electrically connected; The signal of heating system Monitoring and Controlling plate through bus with by Zigbee and mobile technology an end of the common wireless system for transmitting data of forming be electrically connected, the other end of this wireless system for transmitting data and operational monitoring platform are electrically connected.Described Zigbee is the terminal Zigbee that is connected through bus with the Monitoring and Controlling plate or carries out the Zigbee Centroid of wireless data transmission each other with this node.Described operational monitoring platform is the operation information monitoring and software information management platform that can adopt the band video device that special software monitors and manage the operation information of building regenerative resource heating system; This operation information monitoring comprises mobile phone and computing machine with the software information management platform, and described operation information comprises the operation error message of building regenerative resource heating system.At least have the subscriber-coded database of building regenerative resource heating system in the monitoring of this operation information and the software information management platform and the operation information code that the regenerative resource heating system is built in remote monitoring changed into the database of readable data directly perceived.Described building regenerative resource heating system comprises solar energy optical-thermal system, heat pump heat distribution system and both compound systems; The employing part conventional energy resources heating system that also is included in architectural application is mixed the heating system of forming with above-mentioned building regenerative resource heating system; Wherein, the solar energy optical-thermal system in architectural application comprises solar water heating system, solar energy heat distribution system and solar refrigeration system; Heat pump heat distribution system in architectural application comprises heat pump hot-water system, heat pump heat distribution system and heat pump refrigerating system, both compound systems that adopts the solar energy optical-thermal auxiliary heat supplying in this system that in the solar energy optical-thermal system of architectural application, adopts heat pump auxiliary heat supplying and this heat pump heat distribution system that comprises.Described mobile technology comprises GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G.Described mobile technology comprises GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G; Described bus is the transmission data bus, comprises SPI, I2C, USB, IEEE1394, RS232, RS485, CAN, IEEE1284, ISA, EISA, VL-Bus, PCI etc.A plurality of operation information acquisition elements that are provided with in the described building regenerative resource heating system and device also comprise the WT-MSR of flow, heat or power consumption.
Since adopted by Zigbee and mobile technology the common wireless system for transmitting data of forming; Building regenerative resource heating system remote supervision system can be set in city high density building building crowd in a large number; And making the cost of wireless system for transmitting data descend greatly, popularization and application becomes possibility.
Again owing to adopted the Monitoring and Controlling plate; And a plurality of operation information acquisition elements and the devices of electronic execution components and parts of comprising that are provided with in the signal input part of Monitoring and Controlling plate and the building regenerative resource heating system are electrically connected; Make the input of acquiring heat supply system simultaneously of this building regenerative resource heating system remote supervision system and the real time execution information of output terminal device; The operation information that building regenerative resource heating system need be spread out of comprises that error message changes code into and carries out wireless communication transmission; Can reach remote monitoring that covers the heating system operation troubles fully and the promptness that ensures maintenance, strengthen the operational reliability guarantee of important application occasion heating system.
Also because the Zigbee that adopts has comprised route Zigbee and Centroid Zigbee; Centroid Zigbee is connected with user side mobile technology equipment; Make that the wireless telecommunications communications signals transmittability that constitutes between terminal Zigbee and Centroid Zigbee is strong, operating cost is low.
In addition; Adopt terminal Zigbee and bus to be connected to form bus termination Zigbee; Solved at low cost to be installed in and had serious building to block between the architectural specific terminal Zigbee that makes things convenient for the position and the Centroid Zigbee to need under the situation problem that ensures that wireless telecommunications are communicated with; Also can solve simultaneously the security problem that wireless telecommunications are communicated with between the building that sleet or sand and dust area often occur, and the industrial application needs such as commercial application field, processing enterprise of food company that can satisfy important application occasion such as high-grade hotel provide the guarantee of high-reliability service.
Adopt mode that terminal Zigbee and bus be connected to form bus termination Zigbee and aforementioned employing Zigbee's and the mode of route Zigbee and Centroid Zigbee that comprises mix mutually; The complicacy building that can further be increased in any non-standard layout is blocked the Installation Flexibility that is provided with under the situation; Simultaneously, still very easily control system cost is set.
Employing is arranged on route Zigbee or bus termination Zigbee at the place, corner of the building that building regenerative resource heating system is installed; Can make Zigbee on both direction, satisfy accessible signal and communication; Thereby form the LAN of the accessible signal and communication of Zigbee easily; The signal transmission capabilities of Zigbee is strengthened with distance greatly, and transmission reliability obtains very high guarantee.
Adopt the operation information monitoring and the software information management platform of band video device band special software and database, that can monitor and manage the operation information of building regenerative resource heating system; Can reach rapidly, in a large number, remote monitoring building regenerative resource heating system ability exactly; And the input that makes the monitoring personnel reduces to the minimum degree that is less than prior art far away, and the operation information that can also make a people manage thousands of building regenerative resource heating systems detects to manage with statistics becomes easy thing.
Description of drawings
Fig. 1 is system or the apparatus structure block diagram of the utility model embodiment;
Fig. 2 is the connection synoptic diagram of the utility model embodiment operation information transmission;
Fig. 3 is provided with the connection synoptic diagram of the embodiment of bus for the utility model;
Fig. 4 is the utility model method embodiment process flow diagram;
Fig. 5 is the practical implementation process flow diagram of the utility model long distance control system or device embodiment running;
Fig. 6 arranges synoptic diagram (vertical view) for the connection that the utility model adopts Zigbee and mobile technology that an embodiment of wireless system for transmitting data is set between building building crowd;
Fig. 7 is that the utility model adopts the employing Zigbee of Fig. 6 and the connection layout synoptic diagram (side view) of mobile technology is provided with wireless system for transmitting data between building building crowd a embodiment;
Fig. 8 is the partial enlarged view (vertical view) of Fig. 6 embodiment;
Fig. 9 is provided with the connection layout synoptic diagram (vertical view) that wireless system for transmitting data carries out an embodiment of communication transmission for the utility model adopts Zigbee, bus and mobile technology between building building crowd;
Figure 10 is that synoptic diagram (side view) is arranged in the connection that the utility model adopts employing Zigbee, bus and the mobile technology of Fig. 9 that an embodiment of wireless system for transmitting data is set between building building crowd.
Embodiment:
Below in conjunction with accompanying drawing and embodiment the technological scheme of the utility model is described in detail:
As shown in Figure 1; Adopt the remote supervision system or the device of the building regenerative resource heating system of Zigbee and mobile technology to form by building regenerative resource heating system 1, heating system operational monitoring control panel 2, bus system 3, wireless system for transmitting data 4, operational monitoring platform 5 these several parts; Wherein: building regenerative resource heating system 1; Comprise solar energy optical-thermal system, heat pump heat distribution system and both compound systems; The employing part conventional energy resources heating system that also is included in architectural application is mixed the heating system of forming with above-mentioned building regenerative resource heating system; Wherein, the solar energy optical-thermal system in architectural application comprises solar water heating system, solar energy heat distribution system and solar refrigeration system; Heat pump heat distribution system in architectural application comprises heat pump hot-water system, heat pump heat distribution system and heat pump refrigerating system, both compound systems that adopts the solar energy optical-thermal auxiliary heat supplying in this system that in the solar energy optical-thermal system of architectural application, adopts heat pump auxiliary heat supplying and this heat pump heat distribution system that comprises.The user board that has comprised the control system operation in the building regenerative resource heating system; Also be provided with a plurality of operation information acquisition elements or devices that comprise electronic execution components and parts, this information acquisition element and device have comprised the WT-MSR of flow, heat or power consumption.
The a plurality of operation information acquisition elements and the devices of electronic execution components and parts of comprising that are provided with in the signal input part of said heating system Monitoring and Controlling plate and the building regenerative resource heating system are electrically connected.Zigbee comprises terminal Zigbee or bus termination Zigbee, route Zigbee and Centroid Zigbee; Wherein, Terminal Zigbee through or be connected with heating system operational monitoring control panel without bus; Terminal Zigbee and bus are connected to form bus termination Zigbee, and Centroid Zigbee is connected with user side mobile technology equipment, terminal Zigbee through or be communicated with without the wireless telecommunications of route Zigbee and Centroid Zigbee formation.Adopt route Zigbee can carry out more efficiently repeating signal transmission, route Zigbee or bus termination Zigbee should be located at the place, corner of the building that building regenerative resource heating system is installed.
Monitoring and Controlling plate 2 is used for the operation information and monitoring failure message of acquiring heat supply system.Comprise common operation and control information in the prior art and be meant that the be heated real time execution of safe pressure of the temperature, water level and the closed system pipeline that comprise system unit measures value output signal and preset value; And the input control signal of the switch pilot relay of several electronic execution components and parts of system such as discharge pump etc.; Generally be to provide through the user board that control system is moved; Information when this operation information does not comprise breaking down of several electronic execution components and parts in the system pipeline such as discharge pump, change-over valve, switch valve etc. detects and comprises the statistics of variable information that WT-MSRs such as flow system flow, heat or power consumption are gathered; Wherein, Described failure message be by propose among the present invention provide electronic execution components and parts to break down specially the time information 2 collections of Monitoring and Controlling plate of detecting output signals of providing; If desired, the Monitoring and Controlling plate can also provide the output information of the statistics of variable information of collection such as the WT-MSR that comprises flow system flow, heat or power consumption.The operation information of system of the present invention refers in particular to the above-mentioned failure message that is used for system remote monitoring and the output information of statistics of variable information.The a plurality of operation information acquisition elements or the device that are provided with in the signal input part of Monitoring and Controlling plate and the building regenerative resource heating system are electrically connected.
Remote supervision system also comprise by Zigbee and mobile technology the wireless system for transmitting data jointly formed; Wireless system for transmitting data 4 is meant the mobile technology part that adopts long Distance Transmission operation information and monitoring failure message, and described mobile technology comprises mobile technologies such as GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G.One end of the wireless system for transmitting data that Monitoring and Controlling plate and Zigbee and mobile technology are formed is electrically connected, and the other end of this wireless system for transmitting data and operational monitoring platform are electrically connected.
The monitoring treatment step that remote supervision system adopts is following:
The a plurality of operation information acquisition elements or the device that are provided with in the building regenerative resource heating system, through or the routing node of installing and using the Zigbee that locates in the building corner without being arranged on pass to the Centroid of Zigbee; To need the operation information of transmission to pass to the operation information monitoring and software information management platform of band video device with the mobile technology communication modes of unidirectional or bidirectional data transfers again; After the database that is provided with in the operational monitoring platform, will have the operation information code that need be transmitted and change data into through screen display and carry out that running software information detects and management by remote monitoring building regenerative resource heating system.
Described one-way data transmission also comprises from building regenerative resource heating system periodically reports and submits operation information to the operation information monitoring with the software information management platform; Adopt the mode of random sampling as in the night in certain time period; One by one reported and submitted its operation information by the building regenerative resource heating system of remote monitoring, the reliability and the promptness that like this can guarantee information transmit to operation information monitoring and software information management platform.
Except above-mentioned two kinds of one-way data transmission modes, the mobile technology communication modes of described bidirectional data transfers is:
When the operational monitoring personnel want to obtain user side building regenerative resource heating system operation information; Through sending command code (this code comprises the address of this user side building regenerative resource heating system), notify the Monitoring and Controlling plate of this user side building regenerative resource heating system through mobile technology;
After confirming, the operation information that this heating system Monitoring and Controlling plate will build the regenerative resource heating system through mobile technology again sends the operation information of band video device to and monitors and the software information management platform.
Connection signal for the operation information transmission shown in Figure 2; In the operation information transmission system of described building regenerative resource heating system based on ZIGBEE and mobile technology, comprise heating system Monitoring and Controlling plate 2, wireless system for transmitting data 4 and operational monitoring platform 5; Wherein, Wireless system for transmitting data 4 comprises the mobile device 401 of terminal Zigbee403, transistroute node Zigbee 404, Centroid Zigbee and user side mobile device 405 and monitoring client; User's heating system Monitoring and Controlling plate 2 couples together with the sensing element of building in the regenerative resource heating system 1; This information acquisition element is used for the working condition of each electronic execution components and parts of perception; In case abnormal conditions occur; Monitoring and Controlling plate 2 can be with failure message through terminal Zigbee403 or terminal Zigbee403 and transistroute node Zigbee404; Mobile technology form with the short-distance transmission operation information sends to Centroid Zigbee and user side mobile device 405, and Centroid Zigbee and user side mobile device 405 can send to the mobile device 401 of monitoring client with the mobile technology form of growing the Distance Transmission operation information, and the mobile device 401 of monitoring client is passed to operational monitoring platform 5 with failure message.
Fig. 3 is provided with the connection signal of the embodiment of bus for the present invention; Bus system 3; Be used to make each building regenerative resource heating system to couple together through wired mode; Avoid terminal Zigbee penetration capacity difference and the problem that can not carry out effective communication that causes can reduce the operation information transmission cost simultaneously when restraining mass and inclement weather are arranged.
As shown in Figure 3; In the remote supervision system of the building regenerative resource heating system that combines based on bus, ZIGBEE and mobile technology, comprise Monitoring and Controlling plate 2, bus system 3, wireless system for transmitting data 4 and operational monitoring platform 5; Wherein, Bus system 3 comprises user side bus 301, and wireless system for transmitting data 4 comprises the mobile device 401 of terminal Zigbee403, Centroid Zigbee and user side mobile device 405, monitoring client.Monitoring and Controlling plate 2 couples together with the sensing element of building in the regenerative resource heating system 1; This information acquisition element is used for the working condition of each electronic execution components and parts of perception; In case abnormal conditions occur; Monitoring and Controlling plate 2 is passed to user side bus 301 with failure message through serial ports; User side bus 301 is through interconnecting; Be connected with terminal Zigbee403 through bus system 3 again, install and use the Zigbee403 at building corner place through bus and through being arranged on, the operation information code that needs transmission in each building regenerative resource heating system is sent to Centroid Zigbee and user side mobile device 405 with the mobile technology form of short-distance transmission operation information; Centroid Zigbee and user side mobile device 405 can send to the mobile device 401 of monitoring client with the mobile technology form of growing the Distance Transmission operation information, and the mobile device 401 of monitoring client is passed to operational monitoring platform 5 with failure message.
Except aforementioned two kinds of one-way data transmission modes; If the bidirectional data transfers mode is meant will check the operation information of certain building regenerative resource heating system 1 or detect the wired or wireless connection situation of communication line the time; Can send instruction through operational monitoring platform 5; Mobile device 401 through monitoring client sends to Centroid Zigbee and user side mobile device through move mode; Centroid Zigbee on the equipment 405 sends to the terminal Zigbee on the equipment 403 with order; Terminal Zigbee sends user side bus 301 to through bus 3; Notify Monitoring and Controlling plate 2 at last, Monitoring and Controlling plate 2 receives will build that operation information sends user side bus 301 in the regenerative resource heating system 1 after the order, and the user side bus sends operation information to equipment 403 through bus system 3; Send the Centroid Zigbee on the equipment 405 to through the terminal Zigbee on the equipment 403; Equipment 405 is passed to the mobile device 401 of monitoring client through move mode with operation information again, and operation information sends operational monitoring platform 5 to the most at last, and the operational monitoring platform will have the operation information code that need be transmitted by remote monitoring building regenerative resource heating system and change data into through screen display and carry out that running software information detects and management.
As shown in Figure 4, the inventive method embodiment process flow diagram, its step is following:
Step 6, operational monitoring platform 5 carries out data monitoring and management through software and database to operation information.
Like the practical implementation process flow diagram of Fig. 5 for the utility model building regenerative resource heating system remote monitoring running.
Adopt the remote monitoring method of the building regenerative resource heating system of Zigbee and mobile technology to comprise the steps: to build information acquisition element and the device that is provided with in the regenerative resource heating system 1, acquiring heat supply system each several part operation information; Monitoring and Controlling plate 2 receives the operation information of gathering, and judges that non-fault is arranged; When fault is arranged: failure message is passed to terminal Zigbee 403; Terminal Zigbee 403 with failure message through route Zigbee 404 or directly send Centroid Zigbee to and user side mobile device 405; Centroid Zigbee and user side mobile device 405 send out failure message with move mode; The mobile device 401 of monitoring client receives failure message, and operational monitoring platform 5 is analyzed and handled it; During non-fault: according to the time of setting, each Monitoring and Controlling plate 2 successively sends operation information; Operation information is passed to terminal Zigbee 403; Terminal Zigbee 403 with operation information through route Zigbee 404 or directly send Centroid Zigbee to and user side mobile device 405; Centroid Zigbee and user side mobile device 405 send operation information with move mode; The mobile device 401 of monitoring client receives operation information, and operational monitoring platform 2 is analyzed and handled it.
Adopt the building regenerative resource heating system of Zigbee, bus and mobile technology to comprise the steps: to build information acquisition element and the device that is provided with in the regenerative resource heating system 1, acquiring heat supply system each several part operation information; Monitoring and Controlling plate 2 receives the operation information of gathering, and judges that non-fault is arranged; When fault is arranged: failure message is passed to terminal Zigbee 403 through bus system 3; Terminal Zigbee 403 sends failure message to Centroid Zigbee and user side mobile device 405; Centroid Zigbee and user side mobile device 405 send out failure message with move mode; The mobile device 401 of monitoring client receives failure message, and operational monitoring platform 5 is analyzed and handled it; During non-fault: according to the time of setting, each Monitoring and Controlling plate 2 successively sends operation information; Operation information is passed to terminal Zigbee 403 through bus system 3; Terminal Zigbee 403 with operation information through route Zigbee 404 or directly send Centroid Zigbee to and user side mobile device 405; Centroid Zigbee and user side mobile device 405 send operation information with move mode; The mobile device 401 of monitoring client receives operation information, and operational monitoring platform 2 is analyzed and handled it.
The data flow of operation information; When needs will be checked the operation information of certain building regenerative resource heating system 1; Operational monitoring platform 5 can send the life instruction; Mobile device 401 through monitoring client sends to equipment 405 with move mode; Centroid Zigbee on the equipment 405 will order through route Zigbee 404 or directly send terminal Zigbee 403 to, and equipment 403 sends order to Monitoring and Controlling plate 2, will build the operation information of regenerative resource heating system 1 after Monitoring and Controlling plate 2 receives orders and pass to equipment 403 through serial ports; Terminal Zigbee on the equipment 403 is through route Zigbee or directly send to the Centroid Zigbee on the equipment 405; Send operation information the mobile device 401 of monitoring client to move mode again, send to operational monitoring platform 5 through serial ports at last, operational monitoring platform 5 changes the operation information code of receiving into data through screen display and carry out that running software information detects and management.
As shown in Figure 6, for synoptic diagram (vertical view) is arranged in the connection that the utility model adopts Zigbee and mobile technology that an embodiment of wireless system for transmitting data is set between building building crowd.A route Zigbee 404 all is set on the corner in building, every building such as the top corner; Be used for transmitting the signal of Zigbee from all directions; The Monitoring and Controlling plate 2 of each HOUSE is connecting terminal Zigbee 403 all; Terminal Zigbee 403 can pass to information the route Zigbee in building, an other building; Each route Zigbee forms reticulate texture and passes to Centroid Zigbee and user side mobile device 405 to information, and Centroid Zigbee and user side mobile device 405 send information to operational monitoring platform 5.
The signal that is merely the signal optimal transmission paths shown in Figure 8; Wherein, Each terminal Zigbee 403 can serve as route Zigbee 404; Can communicate with one another between per two Zigbee, just Zigbee is subject to stopping and the influence of storm wind sleety weather etc. of wall or barrier in the reality, is communicated with the signal path so building, every building all is provided with route Zigbee 404.
Route Zigbee or bus termination Zigbee should be arranged on the place, corner of the building of installing and using; At this moment; This Zigbee is an angle of inclination or parallel setting with the building wall on building both sides, corner respectively; When the building wall on this Zigbee and building both sides, corner was an angle of inclination and is provided with, this angle of inclination can be as shown in Figure 9 and any one building wall and parallels to 90 ° of scopes that parallel with another building wall; When the one side in two building walls in this Zigbee and building corner is set in parallel; And be 0 ° of angle setting between this building wall, the effect of two kinds of settings is to carry out the data transfer signal communication without barrier with the Zigbee that the building regenerative resource heating system of the architectural installation setting in front row is connected.
Synoptic diagram (side view) is arranged in the connection that is the utility model adopts Zigbee and mobile technology that an embodiment of wireless system for transmitting data is set between building building crowd as shown in Figure 7.Every building all is provided with a route Zigbee 404 on the top corner of building, as the relay station of last building all terminal Zigbee 403 of building, makes that signal is more effective to be transmitted.Route Zigbee 404 or terminal Zigbee 403 send information to Centroid Zigbee and user side mobile device 405; Be connected with the mobile device 401 of user side mobile device 405 with monitoring client through Centroid Zigbee, information sends operational monitoring platform 5 to the most at last.
Like Fig. 8 is the partial enlarged view of Fig. 7, and route Zigbee 404 is installed on the corner of every building building building, and making on the both direction can both unobstructed ground communications signals path, carries out communication between easy and other Zigbee.
As shown in Figure 9, for synoptic diagram (vertical view) is arranged in the connection that the utility model adopts Zigbee, bus and mobile technology that an embodiment of wireless system for transmitting data is set between building building crowd.The equipment 301 of each HOUSE is connected through bus; Be connected to terminal Zigbee 403 at last; Terminal Zigbee 403 is arranged on the top corner in building, every building; Can avoid blocking except that the corner to greatest extent, obtain and all around on other corners, building, both sides the signal of 403 of same terminal Zigbee that is provided with effectively transmit, to avoid stopping of barrier.Monitoring and Controlling plate 2 passes to equipment 301 with operation information; Each equipment 301 connects mutually through bus; Give the terminal Zigbee 403 in this building, building with operation information through bus transfer, again by this terminal Zigbee 403 through other-end Zigbee 404 or directly send Centroid Zigbee 405 to, Centroid Zigbee 405 links together with mobile device; Again information is sent to the mobile device 401 of monitoring client, finally send operational monitoring platform 5 to.So can the operation information on the Zigbee of each terminal be sent out with the strongest signal transmission form with the fastest, and guarantee that the quality and reliability of signal transmission is the highest.
And for example shown in Figure 4; In the remote supervision system or device of the building regenerative resource heating system of employing Zigbee, bus and mobile technology, each is built the regenerative resource heating system and can interconnect through bus, and bus is connected with Zigbee through serial ports; The terminal Zigbee that this Zigbee promptly links to each other with bus; Roughly the same with the effect of route Zigbee in the short distance communication transmission, can the operation information of coming via bus transfer be sent to Centroid Zigbee, wherein; Adopt the benefit of bus system to be; When not parallel between front row building and back row's building, when existing building to stop when carrying out the signal transmission, can adopt the terminal Zigbee layout that links to each other with bus to get around to build and stop through single terminal end Zigbee; The terminal Zigbee that links to each other with bus that is arranged on the building corner can be connected with terminal Zigbee that links to each other with bus or route Zigbee all around, or directly be connected with Centroid Zigbee.Hence one can see that, the bus termination Zigbee that links to each other with bus, terminal Zigbee and route Zigbee, and the two can use separately, also can mix use.
[0062] synoptic diagram (side view) is arranged in the connection that is the utility model adopts Zigbee, bus and mobile technology that an embodiment of wireless system for transmitting data is set between building building crowd shown in figure 10.The equipment 301 of each floor is connected through bus, is connected with the terminal Zigbee 403 that is arranged on this top corner, building, building more at last, and the terminal Zigbee 403 between each building, building also communicates with one another.Each Monitoring and Controlling plate 2 is passed to equipment 301 with operation information; Equipment 301 connects through bus; Operation information sends the terminal Zigbee 403 on the top corner, this building to the most at last, and through other-end Zigbee 403 or directly send to Centroid Zigbee 405, Centroid Zigbee's this terminal Zigbee 403 405 is connected with mobile device with information; This mobile device sends information to the mobile device 401 of monitoring client again, and information sends operational monitoring platform 5 to the most at last.Among Fig. 9 and Figure 10 with bus with the method that each equipment 301 couples together, can reduce the use amount of Zigbee, promptly reduce cost, can strengthen simultaneously the reliability of information transmission of this system.
Claims (10)
1. adopt the remote monitoring device of the building heat supplying system of Zigbee and mobile technology; Comprise building regenerative resource heating system and user board and computer run monitoring platform; It is characterized in that; Described remote supervision system also comprise by Zigbee and mobile technology wireless system for transmitting data and the heating system operational monitoring control panel jointly formed; The a plurality of operation information acquisition elements or the devices of electronic execution components and parts of comprising that are provided with in the signal input part of said heating system operational monitoring control panel and the building regenerative resource heating system are electrically connected; Heating system operational monitoring control panel signal with by Zigbee and mobile technology an end of the common wireless system for transmitting data of forming be electrically connected, the other end of this wireless system for transmitting data and computer run monitoring platform are electrically connected.
2. remote monitoring device according to claim 1; It is characterized in that; Described remote supervision system also comprises bus; The signal of heating system operational monitoring control panel through this bus and Zigbee and mobile technology an end of the common wireless system for transmitting data of forming be electrically connected, the other end of this wireless system for transmitting data and computer run monitoring platform are electrically connected.
3. remote monitoring device according to claim 1 and 2; It is characterized in that; Described Zigbee comprises terminal Zigbee or bus termination Zigbee, route Zigbee and Centroid Zigbee, and wherein, terminal Zigbee and bus are connected to form bus termination Zigbee; Centroid Zigbee is connected with user side mobile technology equipment, terminal Zigbee through or be communicated with without the wireless telecommunications of route Zigbee and Centroid Zigbee formation.
4. remote monitoring device according to claim 3 is characterized in that, described route Zigbee or bus termination Zigbee are arranged on the place, corner of the building that building regenerative resource heating system is installed.
5. remote monitoring device according to claim 1 and 2; It is characterized in that; Described operational monitoring platform is to adopt database software that the operation information of building regenerative resource heating system is monitored operation information monitoring and software information management platform with the band video device of information management; This operation information monitoring comprises mobile phone and computing machine with the software information management platform, and described operation information comprises the operation error message of building regenerative resource heating system.
6. remote monitoring device according to claim 5; It is characterized in that the operation information code that has the subscriber-coded database of remote monitoring building regenerative resource heating system at least in the monitoring of described operation information and the software information management platform and will build the regenerative resource heating system changes the database of readable data directly perceived into.
7. remote monitoring device according to claim 1 and 2; It is characterized in that; Described building regenerative resource heating system comprises solar energy optical-thermal system, heat pump heat distribution system and both compound systems; The employing part conventional energy resources heating system that also is included in architectural application is mixed the heating system of forming with above-mentioned building regenerative resource heating system; Wherein, the solar energy optical-thermal system in architectural application comprises solar water heating system, solar energy heat distribution system and solar refrigeration system; Heat pump heat distribution system in architectural application comprises heat pump hot-water system, heat pump heat distribution system and heat pump refrigerating system, both compound systems that adopts the solar energy optical-thermal auxiliary heat supplying in this system that in the solar energy optical-thermal system of architectural application, adopts heat pump auxiliary heat supplying and this heat pump heat distribution system that comprises.
8. remote monitoring device according to claim 1 and 2 is characterized in that, described mobile technology comprises GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G.
9. remote monitoring device according to claim 2 is characterized in that, described mobile technology comprises GSM, GPRS, CDMA, SCDMA, 2.5G, 3G, back 3G, 4G; Described bus is the transmission data bus, comprises SPI, I2C, USB, IEEE1394, RS232, RS485, CAN, IEEE1284, ISA, EISA, VL-Bus, PCI.
10. remote monitoring device according to claim 1 and 2 is characterized in that, a plurality of operation information acquisition elements that are provided with in the described building regenerative resource heating system or device also comprise the WT-MSR of flow, heat or power consumption.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020238366XU CN202362644U (en) | 2010-04-23 | 2010-06-12 | Remote monitoring device of building heat supply system based on Zigbee and mobile technology |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020170949 | 2010-04-23 | ||
| CN201020170949.3 | 2010-04-23 | ||
| CN201020238366XU CN202362644U (en) | 2010-04-23 | 2010-06-12 | Remote monitoring device of building heat supply system based on Zigbee and mobile technology |
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| CN202362644U true CN202362644U (en) | 2012-08-01 |
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| CN201020238366XU Expired - Fee Related CN202362644U (en) | 2010-04-23 | 2010-06-12 | Remote monitoring device of building heat supply system based on Zigbee and mobile technology |
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