CN103365269A - Wireless sensor network-based intelligent household electrical appliance multimode remote monitoring system and method - Google Patents
Wireless sensor network-based intelligent household electrical appliance multimode remote monitoring system and method Download PDFInfo
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- CN103365269A CN103365269A CN2013102627520A CN201310262752A CN103365269A CN 103365269 A CN103365269 A CN 103365269A CN 2013102627520 A CN2013102627520 A CN 2013102627520A CN 201310262752 A CN201310262752 A CN 201310262752A CN 103365269 A CN103365269 A CN 103365269A
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Abstract
The invention discloses a wireless sensor network-based intelligent household electrical appliance multimode remote monitoring system and a method. The system comprises a remote monitoring terminal, a data processing center (3), a ZigBee coordinator (4), and N ZigBee nodes (5). The method comprises the steps of utilizing the remote control terminal to send a state inquiring or control command for household electrical appliances; utilizing the data processing center to receive the state inquiring or control command for processing, and then returning household electrical appliance parameters; utilizing the ZigBee coordinator to construct a wireless sensor network to receive the state inquiring or control command of the data processing center and receive the household electrical appliance parameters for forwarding; and utilizing the N ZigBee nodes to return the acquired parameters of each household electrical appliance to the ZigBee coordinator, and controlling each household electrical appliance according to the control command from the ZigBee coordinator in the close distance monitoring mode. The wireless sensor network-based intelligent household electrical appliance multimode remote monitoring system and the method adopt the ZigBee technology to construct the wireless sensor network, realize the multimode remote control of the intelligent household electrical appliance, and have the characteristics of simple operation on the remote monitoring, and convenient and flexible adding of new household appliance equipment.
Description
Technical field
The present invention relates to a kind of intelligent appliance supervisory system and method based on wireless sense network, relate in particular to a kind of system and method for multi-mode remote monitoring, belong to Smart Home appliance control system field.
Background technology
The fast development of technology of Internet of things has incorporated increasing intelligentized element for people's household electrical appliances used in everyday, and the intelligentized development of household electrical appliances is also being played the part of very important role in the construction of social intelligence's domestic environment and development.On the other hand, portable terminal, such as mobile phone, notebook computer etc. owing to easy to carry, simple to operate and function are become stronger day by day, become and carried requisite ingredient in people's daily life.Along with the change of people life style, whenever and wherever possible with the Smart Home environment in the intelligent appliance demand of carrying out interactive access also more and more, the demand that traditional appliance control system that can only closely operate can't satisfying the market consumption.
Chinese patent discloses the scheme of some effective intelligent appliance Long-distance Control successively, be called the utility model patent of " a kind of intelligent appliance control system (publication number is: CN 20294898 U) " such as patent of invention and name that in May, 2013, a disclosed name was called " mthods, systems and devices of intelligent appliance being controlled by portable terminal (publication number is: CN 103079021 A) ", the shortcoming of these patented claims is that the control mode to household electrical appliances is relatively single or transform for specific household electrical appliances type.In addition, these patents exist and consider compatible traditional household electrical appliances control mode, do not consider the collision problem of various control order, do not consider the safety problem of remote monitoring mode, consider the defectives such as the inquiry of historical data problem of family's electricity condition.And along with the diversification of terminal device, carrying out mutual pattern with intelligent appliance also needs variation.
Summary of the invention
Technical matters to be solved by this invention is to overcome the defects of above-mentioned traditional intelligence man electric control, a kind of intelligent appliance multi-mode long distance control system and method based on wireless sense network is provided, can realizes that domestic environment is closely controlled, Internet network remote monitoring and Portable mobile phone remote monitoring function.
The present invention solves the problems of the technologies described above by the following technical solutions:
Intelligent appliance multi-mode long distance control system based on wireless sense network comprises:
Remote monitoring terminal is used for sending status poll or control command to household electrical appliances;
Data processing centre (DPC) is used for connecting with described remote monitoring terminal, processes and return to a home electrical quantity after accepting state inquiry or the control command;
The ZigBee telegon be used for to be set up wireless sense network, transmits after receiving the status poll of described data processing centre (DPC) or control command and reception man electrical quantity;
The parameter that N ZigBee node, each ZigBee node are used for each household electrical appliances that will gather is back to the ZigBee telegon and according to the control command that receives the ZigBee telegon corresponding household electrical appliances is controlled, and wherein N is the natural number more than 1.
As a kind of optimal technical scheme of the present invention: described remote monitoring terminal comprises mobile phone terminal or PC terminal; Described data processing centre (DPC) comprises microprocessor, gsm module, Network Interface Module and storage unit, and wherein said gsm module, Network Interface Module, storage unit are connected with microprocessor respectively; Described mobile phone terminal is connected with microprocessor by gsm module; Described PC terminal is connected with microprocessor by Network Interface Module.
As a kind of optimal technical scheme of the present invention: described ZigBee node includes: sensor, return after being used for gathering the residing environmental parameter of household electrical appliances and operational factor; Relay is used for being connected with the switch control driving circuit of household electrical appliances, realizes the switch control to household electrical appliances; Control module is used for controlling described sensor and relay, and receiving sensor environmental parameter and the operational factor returned; Radio receiving transmitting module is used for sending environmental parameter and the operational factor that described control module receives, and transmits the control command of ZigBee telegon to control module.
As a kind of optimal technical scheme of the present invention: described ZigBee node (5) also includes key-press module, is connected with control module, is used for sending under the monitor mode closely the control command to household electrical appliances; Infrared transceiver module is connected with control module, is used for closely receiving outside infrared equipment to the control command of household electrical appliances under the monitor mode, and described control command is transferred to control module; Described control module is separated the rear control operation of carrying out household electrical appliances of coding to described control command.
A kind of method based on above-mentioned intelligent appliance multi-mode long distance control system based on wireless sense network may further comprise the steps:
Step (1) utilizes the remote monitoring terminal transmission to status poll or the control command of household electrical appliances;
Step (2) is utilized data processing centre (DPC), processes after receiving status poll that described remote monitoring terminal sends or control command, then described status poll or control command is sent to the ZigBee telegon;
Step (3) utilizes the ZigBee telegon to set up status poll or the control command that receives described data processing centre (DPC) behind the wireless sense network, and sends status poll or steering order to each ZigBee node;
Described each ZigBee node of step (4) receives the instruction of described ZigBee telegon; When the ZigBee telegon sent control command, described each ZigBee node was controlled household electrical appliances; When the ZigBee telegon sends status inquiry command, be back to the ZigBee telegon behind described each ZigBee node collection man electrical quantity;
The described ZigBee telegon of step (5) is forwarded to data processing centre (DPC) after receiving family's electrical quantity that described each ZigBee node returns;
Family's electrical quantity that the described data processing centre (DPC) of step (6) will receive described ZigBee telegon is sent to remote monitoring terminal after processing.
As a kind of optimal technical scheme of the present invention: described step (2) medium-long range monitor terminal comprises mobile phone terminal (1) or PC terminal (2), and data processing centre (DPC) comprises gsm module or Network Interface Module; Described mobile phone terminal (1) is set up with data processing centre (DPC) by gsm module and is communicated by letter, and PC terminal (2) is set up with data processing centre (DPC) by Network Interface Module and communicated by letter.
As a kind of optimal technical scheme of the present invention: each ZigBee node also comprises key-press module and infrared transceiver module in the described step (4), by closely receiving steering order to realize the control to household electrical appliances under the monitor mode; And described data processing centre (DPC) is that every kind of control mode arranges priority orders.
As a kind of optimal technical scheme of the present invention: described step also comprises the step that data processing centre (DPC) verifies the identity of remote monitoring terminal in (2).
As a kind of optimal technical scheme of the present invention: when described remote monitoring terminal is mobile phone terminal, store one or more number in described data processing centre (DPC), when described mobile phone terminal adopts the mode of SMS to send control command to gsm module, described data processing centre (DPC) will send the phone number of note and the number of storage is compared, to determine whether pass through checking.
As a kind of optimal technical scheme of the present invention: when described remote monitoring terminal was the PC terminal, described data processing centre (DPC) adopted the mode of key authentication that the PC terminal identity is verified.
Intelligent appliance multi-mode long distance control system and method based on wireless sense network provided by the invention, set up the household internal wireless sensor network by ZigBee technology, wireless sense network adopts starshaped net topology, and the ZigBee telegon is the Centroid of wireless sense network.Each ZigBee node adopts the some broadcast mode to send environmental parameter and the family's electric working parameter that sensor gathers to the ZigBee telegon, and the program request address is 0x0000; The ZigBee telegon adopts multicast mode to send control command to each ZigBee node.The environmental parameter that described wireless sensing each ZigBee node off the net collects sensor every a setting-up time sends to the ZigBee telegon, simultaneously up-to-date environmental parameter is served as a mark.After ZigBee node receives the control command of ZigBee telegon, make comparisons with the environmental parameter of mark first, then send control command to driving circuit, reach the targeted environment parameter value of control command by certain control method (such as PID), and send successful mark to the ZigBee telegon.If by button, infrared any one closely control mode the intelligent appliance operational factor is revised, node then sends urgent amendment advice to the ZigBee telegon immediately.Described ZigBee telegon receives environmental parameter and the family's electric working parameter that each ZigBee node transmits, and regularly is uploaded to data processing centre (DPC).Described data processing centre (DPC) receives family's electric working parameter that the ZigBee telegon sends, and connects with the PC terminal by Network Interface Module ENC28J60 and Internet, and environmental parameter and an electric working parameter are presented in long-range PC terminal.Long-range PC terminal can send control command by button, and first storage was processed again after data processing centre (DPC) received control command.Wherein the Internet network comprises wide area network, LAN (Local Area Network) or the WLAN (wireless local area network) etc. based on Internet.Data processing centre (DPC) also can connect by TC35i and mobile Internet and remote handset terminal, so that environmental parameter and family's electric working parameter can be presented in the remote handset terminal, and the remote handset terminal can send control command by the mode that sends note.First storage was processed again after data processing centre (DPC) received control command.Wherein, mobile Internet comprises WLAN (wireless local area network), 2G, 3G, GPRS or GSM net etc.Data processing centre (DPC) is hardware module, as being host computer or the hardware such as server, embedded computer with certain data processing function of the prior art.In addition, data processing centre (DPC) is that every kind of control mode is provided with priority orders, in conjunction with the mode control switch of every kind of control mode, has solved the collision problem of control command.The Long-distance Control mode has added the authentication of security, has improved security.
The present invention adopts above technical scheme, and the beneficial effect that compared with prior art has is:
Compatibility of the present invention traditional closely mode of operation, and merged Internet network and Portable mobile phone carry out remote monitoring to household electrical appliances various modes., transmission range more according to domestic environment household electrical appliances Long-distance Control number of nodes is near, transmission rate request is not high, the characteristics of needs long-time steady operation, adopt emerging short distance, low-power consumption, low data rate, cheaply ZigBee technology establishment household internal wireless sensor network, have remote monitoring home appliance simple to operate, new and add flexible characteristics.And solved the collision problem of various control order, the safety problem of remote monitoring mode, and the inquiry of historical data problem of family's electricity condition.
This supervisory system and method cost are lower, and adopt low power dissipation design.Of the present inventionly be widely used standardized administration for all kinds of household electrical appliances of domestic environment, portable operation, have clear superiority with the intelligent degree of further raising domestic environment etc.
Description of drawings
Fig. 1 is the intelligent appliance multi-mode long distance control system functional structure chart based on wireless sense network of the present invention.
Wherein Reference numeral is explained: 1-mobile phone terminal, 2-PC terminal, 3-data processing centre (DPC), 4-ZigBee telegon, 5-ZigBee node.
Fig. 2 is the module diagram of the intelligent appliance multi-mode long distance control system based on wireless sense network of the present invention.
Fig. 3 is the circuit working schematic diagram of data processing centre (DPC) of the present invention and ZigBee telegon.
Fig. 4 is the circuit working schematic diagram of each ZigBee node of the present invention.
Fig. 5 is the process flow diagram of the intelligent appliance multi-mode long-distance monitoring method based on wireless sense network of the present invention.
Embodiment
Below in conjunction with drawings and Examples technical scheme of the present invention is described in further details.
As shown in Figure 1, the invention provides a kind of intelligent appliance multi-mode long distance control system based on wireless sense network, comprising: remote monitoring terminal is used for sending status poll or control command to household electrical appliances; Data processing centre (DPC) 3 is used for connecting with described remote monitoring terminal, processes and return to a home electrical quantity after accepting state inquiry or the control command; ZigBee telegon 4 be used for to be set up wireless sense network, transmits after receiving the status poll of described data processing centre (DPC) 3 or control command and reception man electrical quantity; The parameter that N ZigBee node 5, each ZigBee node 5 are used for each household electrical appliances that will gather is back to ZigBee telegon 4 and according to the control command that receives ZigBee telegon 4 corresponding household electrical appliances is controlled, and wherein N is the natural number more than 1.
Described data processing centre (DPC) 3 is hardware module, as being host computer or the hardware such as server or embedded computer with certain data processing function of the prior art, as shown in Figure 2, be concrete a kind of mode, the gsm module of comprise the STM32F10x microprocessor, being responsible for communicating with mobile phone terminal, be responsible for the Network Interface Module that communicates with remote monitoring PC terminal and be the memory module that records each node state and monitor command, gsm module, Network Interface Module, storage unit are connected with microprocessor respectively.Described remote monitoring terminal comprises mobile phone terminal 1 or PC terminal 2, and mobile phone terminal 1 is connected with microprocessor by gsm module, and PC terminal 2 is connected with microprocessor by Network Interface Module.Running status and the correlation parameter of each ZigBee node Real-Time Monitoring household electrical appliances in the wireless sense network, data are sent to data processing centre (DPC) 3 through ZigBee telegon 4, and real time data and historgraphic data recording be kept at memory module, be connected to data processing centre (DPC) 3 by gsm module and Network Interface Module respectively by mobile phone terminal 1 and PC remote terminal 2 and conduct interviews.
Utilize mobile phone terminal 1 and PC terminal 2 as two kinds of remote monitoring terminals, long-range issue is to status poll or the control command of household electrical appliances, and the status information of receiving remote household electrical appliances is processed and is shown in real time, wherein the Internet network under the PC terminal 2 Long-distance Control modes comprises wide area network, LAN (Local Area Network) or the WLAN (wireless local area network) based on Internet, and the mobile Internet under the mobile phone terminal 1 Long-distance Control mode comprises WLAN (wireless local area network), 2G, 3G, GPRS or GSM net etc.Described ZigBee telegon 4 and some ZigBee nodes 5 are used for household internal wireless networking, the correlation parameter of transfer control order and household electrical appliances.The remote control command of described data processing centre (DPC) 3 receiving remote monitor terminals and the control command of control mode closely, send operational order to ZigBee telegon 4 after processing by analysis, and finally specifically carried out by each ZigBee node 5 through wireless sense network.
Include for ZigBee node 5: sensor, return after being used for gathering the residing environmental parameter of household electrical appliances and operational factor; Relay is used for being connected with the switch control driving circuit of household electrical appliances, realizes the switch control to household electrical appliances; Control module is used for controlling described sensor and relay, and receiving sensor environmental parameter and the operational factor returned; Radio receiving transmitting module is used for sending environmental parameter that described control module receives and operational factor to ZigBee telegon 4, and to the control command of control module transmission ZigBee telegon 4.When realizing in-plant monitor mode, ZigBee node 5 utilizes key-press module and infrared transceiver module to control.Key-press module is connected with control module, is used for sending under the monitor mode closely the control command to household electrical appliances, and such as power switch control command button, control module collects control command and the control that key-press module sends and carries out.Infrared transceiver module is connected with control module, be used for closely receiving outside infrared equipment to the control command of household electrical appliances under the monitor mode, and described control command transferred to control module, after the operational order that control module receives infrared transceiver module is carried out infrared decoding, fill order and will be closely operational order under the control mode be sent to ZigBee telegon 4 through radio receiving transmitting module.
In an embodiment of the present invention, the circuit theory of described supervisory system data processing centre (DPC) 3 as shown in Figure 3, its microprocessor STM32 is connected to RXD0, the TXD0 of Siemens gsm module TC35i by serial ports through MAX232, and data processing centre (DPC) operates TC35i by the AT instruction, passes through I/O
4Digital port is connected to the IGT pin of TC35i, after the TC35i energising, passes through I/O
4Digital port starts gsm module greater than the 100ms low level to one of IGT, and connects by mobile Internet and remote handset terminal; Be connected to network interface processing module ENC28J60 by the SPI interface, and provide Ethernet interface by HR911105A; Pass through I/O
1～I/O
3Digital port is connected to the CC2530 telegon, and the RF_P of CC2530, RF_N pin are connected to external antenna through lc circuit; Pass through I
2The C bus expansion 1 AT24C512 E2PROM storage chip, with real-time running state and the correlation parameter of record household electrical appliances, and remote monitoring order.
In an embodiment of the present invention, the circuit theory of described ZigBee node 5 as shown in Figure 4, control module is that hardware module adopts the CC2530 chip, by digital port I/O
1Connect appliance switch control driving circuit, realize the switch control to household electrical appliances; By digital port I/O
2Connect infrared solution encoding control circuit, realize model selection and the parameter of household electrical appliances are regulated control; By digital port I/O
3Connect key control circuit, realize household electrical appliances are directly pressed key control; By digital port I/O
4Connect DHT11 type Temperature Humidity Sensor, or connect again the sensor of other type by signal conditioning circuit, with the microclimate information of Real-time Collection domestic environment; Be connected to external antenna by RF_P, RF_N pin through lc circuit, realize wireless receiving and the emission of signal.
Concrete method for supervising of the present invention is specially as shown in Figure 5:
1, after system powered on, data processing centre (DPC), ZigBee coordinator module, ZigBee node module were carried out initialization; Utilize the remote monitoring terminal transmission to status poll or the control command of household electrical appliances.Remote monitoring terminal comprises mobile phone terminal or PC terminal.
2, utilize data processing centre (DPC), process after receiving status poll that described remote monitoring terminal sends or control command, then described status poll or control command are sent to the ZigBee telegon.
3, utilize the ZigBee telegon to set up wireless sense network, status poll or the control command of the described data processing centre (DPC) of rear reception, and send status poll or steering order to each ZigBee node.Radio sensing network carries out networking, the major function of described ZigBee telegon is the transmission networked beacons, sets up network, managing network node, storage networking nodal information, receives and sends messages, institute's ZigBee node of respectively stating is behind electrification reset, namely begin the search network telegon, and send connection request, after connecting successfully, each node will obtain one 16 network short address.Described wireless sense network adopts starshaped net topology, and the ZigBee telegon is the Centroid of wireless sense network.
4, each ZigBee node receives the instruction of described ZigBee telegon; When the ZigBee telegon sent control command, described each ZigBee node was controlled household electrical appliances; When the ZigBee telegon sends status inquiry command, be back to the ZigBee telegon behind described each ZigBee node collection man electrical quantity.Each ZigBee node adopts the some broadcast mode to send environmental parameter and the family's electric working parameter that sensor gathers to the ZigBee telegon, and the program request address is 0x0000; The ZigBee telegon adopts multicast mode to send control command to each child node.Each ZigBee node also comprises key-press module and infrared transceiver module, realizes control to household electrical appliances by monitor mode closely.
5, according to the time cycle of setting, each ZigBee node is sent to data processing centre (DPC) with household electrical appliances running status and the correlation parameter information that detects through the ZigBee telegon in the described wireless sense network, and real time data and the historgraphic data recording that detects is kept at memory module for the remote monitoring terminal access.If storage space is full, then the earliest data are replaced by new data.Supervisory system adopts the full-duplex data transmission, and upstream data is the environmental parameter and an electric working parameter, urgent amendment advice that sensor node gathers, and downlink data is remote control command.The environmental parameter that each ZigBee node of wireless sense network collects sensor every a setting-up time sends to the ZigBee telegon, simultaneously up-to-date environmental parameter is served as a mark.After ZigBee node receives the control command of telegon, make comparisons with the environmental parameter of mark first, then send control command to driving circuit, reach the targeted environment parameter value of control command by certain control method (such as PID), and send successful mark to the ZigBee telegon.If by button, infrared any one closely control mode the intelligent appliance operational factor is revised, ZigBee node then sends urgent amendment advice to the ZigBee telegon immediately.The environmental parameter that ZigBee telegon receiving node transmits and family's electric working parameter, and regularly be uploaded to data processing centre (DPC).If receive urgent amendment advice, then upload immediately.
6, data processing centre (DPC) receives family's electric working parameter that the ZigBee telegon sends, and connects with long-range PC terminal by Network Interface Module ENC28J60 and Internet network, and environmental parameter and an electric working parameter are presented in long-range PC terminal.Long-range PC terminal can send control command by button, and first storage was processed again after data processing centre (DPC) received control command.Wherein, the monitoring interface of PC terminal adopts the form design exploitation of webpage, comprises that account logs in module, and environmental parameter and family's electric working parameter receive and display module, and control command sends and the parameter receiver module.
Data processing centre (DPC) can also connect by TC35i and mobile Internet and remote handset terminal, so that environmental parameter and family's electric working parameter can be presented in the remote handset terminal, and the remote handset terminal can send control command by the mode that sends note.First storage was processed again after data processing centre (DPC) received control command.
Data processing centre (DPC) has realized closely control mode of two kinds of Long-distance Control modes and two kinds, is respectively closely button, closely infrared, remote handset, remote I nternet control.For every kind of control mode is provided with gauge tap, in the situation that switch cuts out, corresponding control mode is invalid.Closely button, infrared node place are provided with gauge tap indication red light, if closely switch cuts out, and its when red then, control mode is invalid; If the remote handset gauge tap is closed, then the mobile phone control mode is invalid, and can not receive urgent amendment advice, can send note and come opening/closing Data processing gauge tap in the heart.If remote I nternet switch cuts out, long-range host computer interface when red then, gauge tap is invalid.
7, in order to solve the collision problem of control command under the multi-mode control mode, ZigBee node can receive in the domestic environment operational order of button closely or infrared equipment such as telepilot, and being sent to data processing centre (DPC) by wireless sense network, described data processing centre (DPC) is that every kind of control mode is provided with priority orders by inquiry mode.Closely control mode has precedence over the Long-distance Control mode, and remote handset control has precedence over remote I nternet control mode, and the order of priority can be made amendment by the order of inquiry.In the situation that gauge tap is all opened, closely control mode has precedence over the Long-distance Control mode, and remote handset control has precedence over remote I nternet control mode.Priority orders is only applicable in the simultaneous situation of a plurality of control commands.When urgent amendment advice arrived, the control command of conflicting with it was invalid.
8, in order to guarantee the security of described long distance control system, described Long-distance Control mode has added authentication process itself.When described remote monitoring terminal is mobile phone terminal, store one or more number in described data processing centre (DPC), when described mobile phone terminal adopts the mode of SMS to send control command to gsm module, described data processing centre (DPC) will send the phone number of note and the number of storage is compared, to determine whether pass through checking, be specially when mobile phone terminal adopts the mode of SMS and send control command to gsm module, the mode that data processing centre (DPC) adopts " appointment major number " to reach " authorizing sub-number " is verified the mobile phone terminal identity, " the appointment major number " of having stored SMS control in data processing centre (DPC) reaches " authorizing sub-number " tabulation, and the tabulation confirmation realizes the execution of control command again.When described remote monitoring terminal is the PC terminal, described data processing centre (DPC) adopts the mode of key authentication that the PC terminal identity is verified, be specially under PC terminal employing Internet network control mode, the mode that data processing centre (DPC) adopts login system input password to carry out verification verifies to only have the rear long-range monitor command of Information Authentication success just to be effectively executed to the PC terminal identity.If checking is not passed through, then do not carry out any operational order of remote monitoring terminal.Under multiple control modes, if the correlation parameter of household electrical appliances is changed, can notify by sending note to the remote handset terminal, if the gauge tap on the remote handset terminal is opened, then will change as announcement information and be sent in the phone number that Data processing stores in the heart, if the gauge tap on the remote handset terminal is not opened, then do not carry out the process of transmitting of SMS Tip.
Therefore, intelligent appliance multi-mode long distance control system and method based on wireless sense network provided by the invention, can realize that domestic environment is closely controlled, Internet network remote monitoring and Portable mobile phone remote monitoring function, the short distance of adopting, low-power consumption, low data rate, cheaply ZigBee technology establishment household internal wireless sensor network have remote monitoring home appliance simple to operate, new and add flexible characteristics.
The above has done detailed description to embodiments of the present invention by reference to the accompanying drawings, but the present invention is not limited to above-mentioned embodiment, in the ken that those of ordinary skills possess, can also make a variety of changes under the prerequisite that does not break away from aim of the present invention.
Claims (10)
1. based on the intelligent appliance multi-mode long distance control system of wireless sense network, it is characterized in that, comprising:
Remote monitoring terminal is used for sending status poll or control command to household electrical appliances;
Data processing centre (DPC) (3) is used for connecting with described remote monitoring terminal, processes and return to a home electrical quantity after accepting state inquiry or the control command;
ZigBee telegon (4) be used for to be set up wireless sense network, transmits after receiving the status poll of described data processing centre (DPC) (3) or control command and reception man electrical quantity;
N ZigBee node (5), each ZigBee node (5) is back to ZigBee telegon (4) for the parameter of each household electrical appliances that will gather, and according to the control command that receives ZigBee telegon (4) corresponding household electrical appliances are controlled, wherein N is the natural number more than 1.
2. described intelligent appliance multi-mode long distance control system based on wireless sense network according to claim 1, it is characterized in that: described remote monitoring terminal comprises mobile phone terminal (1) or PC terminal (2); Described data processing centre (DPC) (3) comprises microprocessor, gsm module, Network Interface Module and storage unit, and wherein said gsm module, Network Interface Module, storage unit are connected with microprocessor respectively; Described mobile phone terminal (1) is connected with microprocessor by gsm module; Described PC terminal (2) is connected with microprocessor by Network Interface Module.
3. collection according to claim 1 and 2 is characterized in that based on the intelligent appliance multi-mode long distance control system of wireless sense network: described ZigBee node (5) includes:
Sensor returns after being used for gathering the residing environmental parameter of household electrical appliances and operational factor;
Relay is used for being connected with the switch control driving circuit of household electrical appliances, realizes the switch control to household electrical appliances;
Control module is used for controlling described sensor and relay, and receiving sensor environmental parameter and the operational factor returned;
Radio receiving transmitting module is used for sending environmental parameter and the operational factor that described control module receives, and transmits the control command of ZigBee telegon (4) to control module.
4. collection according to claim 3 is characterized in that based on the intelligent appliance multi-mode long distance control system of wireless sense network: described ZigBee node (5) also includes
Key-press module is connected with control module, is used for sending under the monitor mode closely the control command to household electrical appliances;
Infrared transceiver module is connected with control module, is used for closely receiving outside infrared equipment to the control command of household electrical appliances under the monitor mode, and described control command is transferred to control module; Described control module is separated the rear control operation of carrying out household electrical appliances of coding to described control command.
5. the method based on the described intelligent appliance multi-mode long distance control system based on wireless sense network of above-mentioned each claim is characterized in that, may further comprise the steps:
Step (1) utilizes the remote monitoring terminal transmission to status poll or the control command of household electrical appliances;
Step (2) is utilized data processing centre (DPC), processes after receiving status poll that described remote monitoring terminal sends or control command, then described status poll or control command is sent to the ZigBee telegon;
Step (3) utilizes the ZigBee telegon to set up status poll or the control command that receives described data processing centre (DPC) behind the wireless sense network, and sends status poll or steering order to each ZigBee node;
Described each ZigBee node of step (4) receives the instruction of described ZigBee telegon; When the ZigBee telegon sent control command, described each ZigBee node was controlled household electrical appliances; When the ZigBee telegon sends status inquiry command, be back to the ZigBee telegon behind described each ZigBee node collection man electrical quantity;
The described ZigBee telegon of step (5) is forwarded to data processing centre (DPC) after receiving family's electrical quantity that described each ZigBee node returns;
Family's electrical quantity that the described data processing centre (DPC) of step (6) will receive described ZigBee telegon is sent to remote monitoring terminal after processing.
6. the method for described intelligent appliance multi-mode remote monitoring based on wireless sense network according to claim 5, it is characterized in that, described step (2) medium-long range monitor terminal comprises mobile phone terminal (1) or PC terminal (2), and data processing centre (DPC) comprises gsm module or Network Interface Module; Described mobile phone terminal (1) is set up with data processing centre (DPC) by gsm module and is communicated by letter, and PC terminal (2) is set up with data processing centre (DPC) by Network Interface Module and communicated by letter.
7. the method for described intelligent appliance multi-mode remote monitoring based on wireless sense network according to claim 6, it is characterized in that: each ZigBee node also comprises key-press module and infrared transceiver module in the described step (4), by closely receiving steering order to realize the control to household electrical appliances under the monitor mode; And described data processing centre (DPC) is that every kind of control mode arranges priority orders.
8. the method for described intelligent appliance multi-mode remote monitoring based on wireless sense network according to claim 6 is characterized in that described step also comprises the step that data processing centre (DPC) verifies the identity of remote monitoring terminal in (2).
9. the method for described intelligent appliance multi-mode remote monitoring based on wireless sense network according to claim 8, it is characterized in that: when described remote monitoring terminal is mobile phone terminal, store one or more number in described data processing centre (DPC), when described mobile phone terminal adopts the mode of SMS to send control command to gsm module, described data processing centre (DPC) will send the phone number of note and the number of storage is compared, to determine whether pass through checking.
10. the method for described intelligent appliance multi-mode remote monitoring based on wireless sense network according to claim 8, it is characterized in that: when described remote monitoring terminal was the PC terminal, described data processing centre (DPC) adopted the mode of key authentication that the PC terminal identity is verified.
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