CN101594384A - A kind of method and control device that utilizes real-time message control remote equipment - Google Patents
A kind of method and control device that utilizes real-time message control remote equipment Download PDFInfo
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Abstract
A kind of method of utilizing real-time message control remote equipment, adopt the city's electric commutator spare that includes a plurality of civil powers output interfaces that each network equipment and operation of peripheral devices power supply are provided at monitored end, the single correspondence of power input line of each network equipment and ancillary equipment is connected in each interface of city's electric commutator spare; City's electric commutator spare that will have the real-time communication protocol software is connected in the network, and on-line real time monitoring is at each network equipment and ancillary equipment and have the real-time message that whether has transmission between the monitoring client of the corresponding real-time communication protocol software; The real-time message that monitors is sent to a corresponding end that needs reception, the network equipment and the ancillary equipment of monitored end is carried out remote monitoring to realize monitoring client; The invention also discloses the control device of realizing said method.The present invention adopts the real-time message mechanics of communication, and the user as long as use real-time communication software commonly used, can implement monitoring to remote equipment at monitoring client by the two-way interaction instruction.
Description
Technical field
The present invention relates to communication field, relate in particular to a kind of method of utilizing real-time message control remote equipment, also relate to the control device of realizing said method, transmit the monitoring that real-time message (Instant Message) is realized remote equipment by the network utilisation real-time communication.
Background technology
Along with developing rapidly of network communications technology, multiple network is used also and is produced thereupon, carries out the basic communication except utilizing network, can also carry out the monitoring of remote equipment by network.Because the universalness of network, making utilizes the network monitoring remote equipment to become very convenient, the multiple application that utilizes network to realize in the prior art, comprise by network communication and video camera can be in the situation among the remotely inspecting man, learn the function situation of remote equipment etc.
Existing as shown in Figure 1 long distance control system, this supervisory control system comprises monitoring client and monitored end, monitoring client is the computer 12 that is connected with network 10, monitored end then is a camera module, this module comprises video camera 16 and video camera control unit 14, monitoring client all is connected network 10 by network equipment (not shown) with monitored end, in use, the user can utilize network 10 to supervise the captured picture of video camera 16 by computer 12, video camera control unit 14 comprises the control circuit 141 and the webserver 143, control circuit 141 comprises image processing etc. by the action of signal control video camera 16; 143 energy of the webserver are sent to image signal on the network 10, and the user just can see the image of transmission on computer 12.
The user 12 utilizes specific software to supervise the captured picture of camera unit 16 except using a computer, also can obtain the various messages of remote equipment by above-mentioned mechanics of communication, in the prior art, the user can utilize the computer of near-end to be connected to long-range monitored end by network, on network, transmit controlling signal, and realize monitoring purposes by web-page interface control remote equipment.In addition, above mechanics of communication also can be applicable in the different network environments, as utilizes network communications such as 3G, 3.5G to reach the purpose of remote monitoring.
But in the prior art, by webpage or particular application there is following defective in the monitor mode of particular remote device: (1) is because the IP that is distributed mostly is dynamic IP, so must could find equipment by world-wide web by DDNS; (2),, could be open at the equipment of LAN IP by world-wide web because equipment mostly in router or fire compartment wall, therefore must be provided with port mapping in advance on router even DDNS has been arranged.Therefore, existing monitor mode implements more loaded down with trivial details, controls complexity, and can't reach the purpose of remote equipment being monitored whenever and wherever possible.
Summary of the invention
One of purpose of the present invention provides a kind of method of simply utilizing real-time message control remote equipment that is easy to realize, control.Computer, mobile phone and PAD etc. by having network function the real-time message host-host protocol that generally is provided with, as MSN, QQ etc. realize monitoring the purpose of remote equipment whenever and wherever possible.
Two of purpose of the present invention provides the control device of realizing said method.
First purpose of the present invention is achieved by the following technical solution: a kind of method of utilizing real-time message control remote equipment, it is characterized in that adopting the city's electric commutator spare that includes a plurality of civil powers output interfaces that each network equipment and operation of peripheral devices power supply are provided, the single correspondence of power input line of each network equipment and ancillary equipment is connected in each interface of city's electric commutator spare at monitored end; City's electric commutator spare that will have the real-time communication protocol software is connected in the network, and on-line real time monitoring is at each network equipment and ancillary equipment and have the real-time message that whether has transmission between the monitoring client of the corresponding real-time communication protocol software; The real-time message that monitors is sent to a corresponding end that needs reception, the network equipment and the ancillary equipment of monitored end is carried out remote monitoring to realize monitoring client.
The present invention adopts general real-time message mechanics of communication commonly used, and real-time message (Instant Message) is the application on a kind of network, and for example ICQ, MSN, Yahoo IMU, Skype, QQ etc. all are called real-time message (Instant Message); Allow the user use real-time communication software at monitoring client, learn the operating state of the network equipment and monitored device by two-way interaction instruction, and these remote equipments are monitored, compare at the monitor mode of particular remote device by webpage or particular application with existing, need not by webpage or installation particular application, only utilize real-time communication software commonly used to realize, therefore the present invention realizes easily, and simple to operate, can realize monitoring the purpose of remote equipment whenever and wherever possible.
The present invention adopts the real-time communication function that the real-time communication module realizes city's electric commutator spare is installed, in described real-time communication module, be provided with the communication host-host protocol that ICQ, MSN, Yahoo are logical in real time, similar message such as QQ, Skype is controlled, perhaps adopt the real-time communication program in the embedded web page browser.
On-line real time monitoring process of the present invention is: if do not monitor the real-time message of transmission, monitoring continues to await orders; If monitor the real-time message that the network equipment and ancillary equipment transmit, real-time message be sent to monitoring client; If monitor the command message that monitoring client transmits, receive this command message and respond this instruction by city's electric commutator spare.
A corresponding end that needs to receive of the present invention is in receiving the real-time message process, and the real-time message that each network equipment of monitored end and ancillary equipment produce is converted to the readable message of monitoring client and is sent to monitoring client after decipher; The command message that monitoring client transmits is converted to the readable command message of city's electric commutator spare and responds this instruction by driver or Command Interpreter decipher.
The real-time message that each network equipment of the present invention and ancillary equipment produce is shown in monitoring client with the talk window mode.
After the present invention set up network connectivity, described city electric commutator spare was logined the real-time communication server and is authenticated, and downloaded the list show one or several monitoring clients, and described city electric commutator spare is set up point-to-point communication connection with monitored end.
Ancillary equipment of the present invention comprises monitored device and power equipment, and wherein said power equipment receives the command message of monitoring client transmission to control its electric power break-make by city's electric commutator spare.
Second purpose of the present invention is achieved by the following technical solution: a kind of control device of realizing said method is characterized in that comprising:
Contain a plurality of civil powers and export city's electric commutator spare of interfaces, be used for the single correspondence of power input line of each network equipment and ancillary equipment is connected each interface of city's electric commutator spare;
Monitoring module is used to transmit between each network equipment and the client, the real-time message between ancillary equipment and the client, and the command message that sends of customer in response end;
Described monitoring module is installed in city's electric commutator spare, and every group of power input end in the described monitoring module is connected in civil power switching output; The real-time message data-in port of monitoring module is connected with the real-time message data-out port of ancillary equipment, is connected with the network equipment by network data line or wireless transmission simultaneously; Monitoring module receives the real-time message from the network equipment and ancillary equipment, and sends this real time information to monitoring client, and the remote monitoring end sends command message, is received this command message and is responded this instruction by monitoring module.
Be provided with instant messaging host-host protocol module in the monitoring module of the present invention, be used for reaching two-way message and transmit with the real-time communication program of monitoring client; Be provided with the driving module in the described monitoring module, be used to provide the drive controlling of the network equipment and ancillary equipment; Be provided with network modules in the described monitoring module, in the network equipment and monitored device, except the connection that can provide spider lines, can also provide the connection of wireless network by the network connecting hole line that is provided with on city's electric commutator spare.
City of the present invention electric commutator spare is various devices by analog signal or digital signal control such as power receptacle.
Compared with prior art, the present invention has following significant effect:
(1) the present invention is provided with a city's electric commutator spare with real-time communication function, only need use common real-time communication program just can realize the purpose that the user monitors remote equipment at monitoring client, compare by webpage or specific program realization Remote Device Control with existing, use more conveniently, and realize easily;
(2) control method of the present invention is very simple, and implementation cost is lower;
(3) city's electric commutator spare can be various devices by analog signal or digital signal control such as power receptacle, therefore uses more flexibly, and is practical;
(4) the present invention can carry out the transmission of multiple real-time message, as the dicom message of the message of message, the monitoring temperature of the message of monitoring fire, turnover door, video camera, smog alert message etc., helps overall monitor;
(5) the present invention can adapt to different network connection systems, and applicable situation is very extensive;
(6) the present invention not only can monitor the running status of the network equipment, also can be to ancillary equipment, monitor as security protection equipment such as warning device, video cameras, and also can control the switch of power equipment, so the scope of controlling object is wider by real-time communication;
(7) city of the present invention electric commutator spare when mounted, as long as after setting up the real-time communication line, monitoring client is logined the real-time communication server automatically, but finishes download user list after the authentication, reaches the convenient effect of installing of plug and play;
(8) computer, mobile phone and the PAD etc. of the present invention by having network function the real-time message host-host protocol that generally is provided with, can realize monitoring the purpose of remote equipment whenever and wherever possible.
Description of drawings
The present invention is described in further detail below in conjunction with the drawings and specific embodiments.
Fig. 1 is a prior art medium-long range supervisory control system schematic diagram;
Fig. 2 is control device of the present invention and peripheral equipment connection diagram;
Fig. 3 is a circuit box embodiment schematic diagram of the present invention;
Fig. 4 is the block diagram that control device of the present invention is connected with peripheral equipment;
Fig. 5 is that the present invention adopts the real-time communication program to produce the schematic diagram of control command;
Fig. 6 is the main flow chart that the present invention receives real-time message;
Fig. 7 is the main flow chart of the present invention another embodiment of receiving real time information.
Embodiment
As shown in Figures 2 and 3, control device of the present invention comprises the city's electric commutator spare that contains a plurality of civil power output interfaces, is used for the single correspondence of power input line of each network equipment and ancillary equipment is connected each interface of city's electric commutator spare; Monitoring module is used to transmit between each network equipment and the client, the real-time message between ancillary equipment and the client, and the command message that sends of customer in response end; Monitoring module is installed in city's electric commutator spare, and every group of power input end in the monitoring module connects civil power switching output; The real-time message data-in port of monitoring module is connected with the real-time message data-out port of ancillary equipment, is connected with the network equipment by network data line or wireless transmission simultaneously; Monitoring module receives the real-time message from the network equipment and ancillary equipment, and sends this real time information to monitoring client, and the remote monitoring end sends command message, is received this command message and is responded this instruction by monitoring module.Monitoring module includes: instant messaging host-host protocol module is used for reaching two-way message with the real-time communication program of client and transmits; Drive module, be used to provide the drive controlling of the network equipment and ancillary equipment; Network modules is used to provide being connected of wireless network and cable network.
Fig. 2 is control device and peripheral equipment connection diagram, wherein control device 20 comprises and has the porous power receptacle that can connect a plurality of equipment, one end is connected to the supply socket 22 of supply electric power (as civil power) by power line, the electric power of a plurality of equipment that connected by each socket supply, can use the control message that these electras transmit each equipment, as control the switch of each equipment by electra, control device 20 connects the power equipment of Be Controlled switch, as controlling lighting apparatus 231 by real-time message, the switch of electric fan 232, the other end is provided with network connecting hole 21, connect various network device by grid line (as RJ-45) through network connectivity 207, as modulator-demodulator 24 and router two 6, in order to be connected to world-wide web 28; In other embodiments, also can connect a plurality of ancillary equipment by network connecting hole 21, comprise the equipment that connects the network enabled line by the network port, also can pass through the I/O interface connection device of specifications such as USB, ADIO, RS2325, as alert device 25, network camera 27 etc., the user can monitor the equipment that these connect network by real-time message.
In control device 20, be provided with one the mixed-media network modules mixed-media that connects network function is provided, and installation meets the real-time communication host-host protocol module of specific real-time communication host-host protocol, the service logical in real time as ICQ, MSN, Yahoo, that QQ, Skype etc. have the networked realtime communication function, or utilize the real-time communication program that is embedded in web browser (as IE, MozillaFirefox etc.).In initial program, the number of the account that needs application one real-time communication, set a visual human, and increase contact list, and the object of its contact also must be installed the bitcom that meets this real-time communication host-host protocol, and the status of equipment that will connect control device 20 by talk window (chat window) passes; Or, allow the user obtain the operating state of remote equipment in real time, and can utilize real-time communication software to carry out remote monitoring through this talk window and specific syntax by specific interactive grammer.
As shown in Figure 2, the present invention is in the network environment of general use Asymmetrical Digital Subscriber Line (ADSL), one or more network connecting hole 21 is arranged on the control device 20, on the one hand can be connected to modulator-demodulator 24 and network router 26 by grid line into ATU-R, power supply is given modulator-demodulator 24 and router two 6 simultaneously on the other hand, connect ancillary equipment such as alert device 25, network camera 27 by network connecting hole 21, by the networking function of control device 20, can carry out network monitoring via network; And the home appliance of electric power connection controllable switch, by the driver module in the control device 20, the message that equipment produced of utilizing network delivery to connect.
In the present embodiment, the user can utilize real-time communication software and control device 20 lines on a remote computer 201, obtain the information transmitted by control device 20 by the talk window, but comprise monitored device 25 that each network equipment 24 and 26 that acquisition connects by network, the network connecting hole 21 by control device 20 connect and 27 or the operating state of the equipment of the Be Controlled switch that connects by electric power.Such as, when alarms take place for alert device 25, can obtain the message of the alert device 25 that connected in real time, or see through real-time communication software and obtain by the captured picture of network camera 27 by the talk window.
Mixed-media network modules mixed-media in the above-mentioned control device 20 can be supported wireless network, utilizes wireless network to connect the network equipment, is connected to world-wide web 28 by the network equipment again.
As shown in Figure 3, be provided with a monitoring module 30 in the control device 20, control device 20 externally has a plurality of lines, comprises utilizing electra 301 to connect power supply; Utilize mixed-media network modules mixed-media 303 to connect network, comprise connecting the network equipment 311 (passing through the network port) and other monitored device 315 (by input/output end ports such as USB, RS232), network comprises the LAN of near-end and is connected to world-wide web by each network equipment; Control device 20 has a plurality of sockets 305 to connect each electric equipment, as the equipment 313 of the network equipment 311 with other Be Controlled switch, except in order to provide the electric power, can also pass through control device 20 control switchs.
Be provided with the circuit that can connect network and carry out monitoring in the control device 20, include a monitoring module 30, also have functional modules such as the module 304 of driving, real-time communication host-host protocol module 302 and network modules 303 at least.
Wherein, drive module 304 each network equipment or other monitored device or the driver of the equipment of Be Controlled switch are provided, with this type of drive and the device talk that is connected, the message that decipher is transmitted, comprise that the message that monitored device is transmitted presents with the scrutable message of user, and through the real-time communication software transmission.
Real-time communication host-host protocol module 302 can be a software module, wherein be loaded with the real-time communication program that is compatible with various real-time communication host-host protocols, reach two-way message transmission by the real-time communication host-host protocol module 302 and the real-time communication software of user's use of monitoring client, produce the function of real-time communication.
Network modules 303 provides the function of network on-line, except connecting the network by the setting of above-mentioned ADSL, can also support the line that other is wired and wireless.
Fig. 4 shows the terminal device that connects by world-wide web 40.In the present embodiment, control device can adopt electrical power connection device 46, most preferred embodiment is the power equipment 48 of each Be Controlled switch of a separate connection and the device of monitored device 47, or being a porous power receptacle, it is connected with the power equipment 48 of the network equipment 44, monitored device 47 and Be Controlled switch.Electrical power connection device 46 connects world-wide web 40 or other LAN by the network equipment 44, the power equipment 48 of Be Controlled switch then is to connect this electrical power connection device 46,47 of monitored devices are to connect electrical power connection device 46 by various input/output end ports, and the user carries out monitoring or control switch in long-range energy by electrical power connection device 46.
Because electrical power connection device 46 provided by the present invention is supported the real-time communication host-host protocol, so this electrical power connection device 46 needs to set a visual human, the number of the account that has a real-time communication, one of user's needs as MSN are logined number of the account, so real-time communication host-host protocol module wherein records one and logins number of the account and relevant authentication information, behind the wire net, promptly login a real-time communication server automatically, but finish the list of download user after the authentication.
Above-mentioned number of the account is set and can be set when initial by the user, maybe can utilize following mode to set: electrical power connection device 46 has the function of www server, allow the user can enter the setting interface of a form web page by web browser, set by network connectivity, the real-time communication password number of the account of being applied for is stored in the internal memory (not being shown among the figure) of electrical power connection device 46, and set the list of real-time communication simultaneously, adding need receive the object of the message of electrical power connection device 46 transmission thus, therefore when producing message, can be passed to the object in the list in real time.
The user uses a computer 42 in monitoring client, starts a real-time communication software 420, adds a number of the account by electrical power connection device 46 representatives in list, can with electrical power connection device 46 direct point-to-point communications.On the one hand, wait for the message of transmitting by world-wide web 40 or other LAN by electrical power connection device 46 passively, through the decipher in the electrical power connection device 46, the message that the monitored device 47 that each input/output end port can be connected produces through electrical power connection device 46 is converted to the message that can be understood by the user, and the talk window that is provided by real-time communication software 420 is shown to the user and sees; On the other hand, on one's own initiative by specific grammer, (Interactive Command) obtains message by electrical power connection device 46 with the conversation type order, specific grammer also will carry out decipher by driver, as seeing through order Command Interpreter (Command Interpreter), initiatively the number of the account of this representative electrical power connection device 46 is sent message by the user, receive by electrical power connection device 46, send response at this message again, reach the purpose of switch control or monitoring remote equipment with the program of this message transmission.
The shown talk window of real-time communication software produces the schematic diagram of control command as shown in Figure 5, present embodiment adopts MSN real-time communication software 50, several zones have wherein been separated, at least the zone 501 that comprises display object, display object is the network equipment 1, and the network equipment 1 comprises the various equipment that connect electrical power connection device by the network port.Real-time communication software 50 has in addition and shows that talk window area 503, present embodiment show the instructions a plurality of and network equipment 1 dealing talk, as instruct 1, instruction 2, response 1 and instruction 3; Also comprise instruction input area 505, present embodiment will be sent to the instruction of the network equipment 1 by user's input, and utilizes transmission button 507 to carry out in real time and transmit; The right side area of talk window shows the monitored device row 509 of line simultaneously, as shows the network equipment 1, the network equipment 2 and the network equipment 3 etc.
Above embodiment utilizes real-time communication software 50 to monitor with at least three monitored network equipments simultaneously, promptly send various instructions, and the network equipment of waiting for the zone 501 of listing in display object responds, the switch of the equipment of electrical power connection device be can connect in addition by the talk commands for controlling, control and the effect that monitors reached.
Receive the main flow chart of real-time message as shown in Figure 6, the start-up control device, and startup connects each monitored device of this control device, in order to reach the effect of remote monitoring, need the driver of each monitored device in the control device, not only need order and message by driver decipher dealing, also to control the operating state of this monitored device by driver, can close this monitored device, set the operating state of this monitored device by the real-time communication software transferring command by long-range as the user.
After the startup, each monitored device is carried out initialization, set up network connectivity, and start central real-time communication host-host protocol module and finish real-time communication line (step S601), network connectivity is that control device is connected to internet or local area-specific network by the network equipment.
Control device starts real-time communication line (step S603), mainly be by central real-time communication host-host protocol module, by the mixed-media network modules mixed-media wire net, set up the real-time communication line, the above-mentioned step of setting up the real-time communication line is that one or several line objects in the list with real-time communication are set up point-to-point line, usually after the server that also needs the ISP (service provider) with specific real-time communication to be set up authenticates, load friends list.
After the online foundation of real-time communication, set up point-to-point line with the number of the account in the list, the detecting of awaiting orders receives connecting line equipment message (step S605) with awaiting orders, and it is a Passive Mode, control device is awaited orders and is received message by each monitored device, and whether real-time judge have message to produce (step S607), and at loitering phase, the receiving equipment message still stands ready, if have message to produce, then transmit real-time message (step S609).
Above-mentioned control device transmits real-time message by the real-time communication line, will carry out decipher to the message that monitored device produces simultaneously, above-mentioned real-time message comprises: the dicom message of the message of the message of monitoring fire, monitoring turnover door, monitoring temperature message, video camera, smog alert message etc.And the object of message transmission also can be set according to actual conditions except all objects in the list that can pass to real-time communication software, passes to special object in the list according to demand; Or come access message according to the requirement that the user sent.
As shown in Figure 7, connected each monitored device of first start-up control device, and reach the network connectivity (step S701) of each monitored device.Then start real-time communication line (step S703), comprise and login the real-time communication server,, promptly load the list of line object through after the authentication procedure, and the reception message (step S705) of awaiting orders.At this moment, the detecting of awaiting orders of control device with real-time communication ability, and wait is from the message of each monitored device, or the object in the wait list utilizes the instruction of real-time communication host-host protocol transmission, in step S707, judge whether the message that monitored device transmits in the wait routine, if do not have, then continue the program of awaiting orders of step S705, if have, the message of being transmitted by monitored device is converted to apprehensible information (step S711) through after the decipher, transmits real-time message (step S713), the object that transmits can be objects all in the list, or meet the object of ad hoc rules, if the message of some monitored device needn't be passed to incoherent object, return the program of awaiting orders of step S705.
In wait routine, also judge whether the message (step S709) that the line object transmits simultaneously, line transmits message to liking by a specific real-time communication software, this can be a two-way interaction instruction, after this Wiring device receives, responds relative real-time message.
If do not have message, the program of awaiting orders of getting back to step S705 equally from the line object; If the message of transmitting by real-time communication software from the line object is arranged, then, be converted to the readable order of control device, and respond this order by driver or other Command Interpreter decipher message (step S711), transmit another real-time message (step S713).Equally, the object of transmission can transmit according to setting optionally.
In sum, the present invention is by the real-time communication host-host protocol, the user utilizes the real-time communication software of general use to receive the message of being transmitted by long-range monitored device, or utilizes talk window transferring command to long-range monitored device, requires the message of relevant this order of response.As remote equipment is the fire alarm that is arranged in the family, see through power line and reach communication with the control device of supporting the real-time communication host-host protocol, when touching fire alarm as the fire alarm generation, can transmit the user that fire alarm message to monitoring client uses real-time communication software by the real-time communication host-host protocol, reach the effect of real-time communication.
The application of other real-time communication comprises the dicom message, smog alert message of message, monitoring temperature message, the video camera of the message of transmitting the monitoring fire, monitoring turnover door etc.
In addition, the user also can give an order by the talk window that real-time communication software provides, obtain the operating state of monitored device with interactive order by control device,, and then safeguard the running of remote equipment by real-time communication as equipment operational temperature, load, work picture.
The present invention is applicable in the different network environments; therefore; embodiments of the present invention are not limited thereto; according to foregoing of the present invention; ordinary skill knowledge and customary means according to this area; not breaking away under the above-mentioned basic fundamental thought of the present invention prerequisite, can also make modification, replacement or the change of other various ways, all drop within the rights protection scope of the present invention.
Claims (10)
1, a kind of method of utilizing real-time message control remote equipment is characterized in that:
Adopt the city's electric commutator spare that includes a plurality of civil powers output interfaces that each network equipment and operation of peripheral devices power supply are provided at monitored end, the single correspondence of power input line of each network equipment and ancillary equipment is connected in each interface of city's electric commutator spare;
City's electric commutator spare that will have the real-time communication protocol software is connected in the network, and on-line real time monitoring is at each network equipment and ancillary equipment and have the real-time message that whether has transmission between the monitoring client of the corresponding real-time communication protocol software;
The real-time message that monitors is sent to a corresponding end that needs reception, the network equipment and the ancillary equipment of monitored end is carried out remote monitoring to realize monitoring client.
2, the method for utilizing real-time message control remote equipment according to claim 1, it is characterized in that: adopt the real-time communication function that the real-time communication module realizes city's electric commutator spare is installed, be provided with in described real-time communication module that ICQ, MSN, Yahoo are logical in real time, QQ, Skype communication host-host protocol, perhaps adopt the real-time communication program in the embedded web page browser.
3, the method for utilizing real-time message control remote equipment according to claim 1, it is characterized in that: described on-line real time monitoring process is: if do not monitor the real-time message of transmission, monitoring continues to await orders; If monitor the real-time message that the network equipment and ancillary equipment transmit, real-time message be sent to monitoring client; If monitor the command message that monitoring client transmits, receive this command message and respond this instruction by city's electric commutator spare.
4, the method for utilizing real-time message control remote equipment according to claim 1, it is characterized in that: a described corresponding end that needs to receive is in receiving the real-time message process, the real-time message that each network equipment of monitored end and ancillary equipment produce is converted to the readable message of monitoring client and is sent to monitoring client after decipher; The command message that monitoring client transmits is converted to the readable command message of city's electric commutator spare and responds this instruction by driver or Command Interpreter decipher.
5, the method for utilizing real-time message control remote equipment according to claim 1, it is characterized in that: the real-time message that each network equipment and ancillary equipment produce is shown in monitoring client with the talk window mode.
6, the method for utilizing real-time message control remote equipment according to claim 1, it is characterized in that: after setting up network connectivity, described city electric commutator spare is logined the real-time communication server and is authenticated, and download the list show one or several monitoring clients, described city electric commutator spare is set up point-to-point communication connection with monitored end.
7, a kind of control device of realizing the described method of claim 1 is characterized in that comprising:
Contain a plurality of civil powers and export city's electric commutator spare of interfaces, be used for the single correspondence of power input line of each network equipment and ancillary equipment is connected each interface of city's electric commutator spare;
Monitoring module is used to transmit between each network equipment and the client, the real-time message between ancillary equipment and the client, and the command message that sends of customer in response end;
Described monitoring module is installed in city's electric commutator spare, and every group of power input end in the described monitoring module connects civil power switching output; The real-time message data-in port of monitoring module is connected with the real-time message data-out port of ancillary equipment, is connected with the network equipment by network data line or wireless transmission simultaneously; Monitoring module receives the real-time message from the network equipment and ancillary equipment, and sends this real time information to monitoring client, and the remote monitoring end sends command message, is received this command message and is responded this instruction by monitoring module.
8, control device according to claim 7 is characterized in that: be provided with instant messaging host-host protocol module in the described monitoring module, be used for reaching two-way message with the real-time communication program of client and transmit.
9, control device according to claim 7 is characterized in that: be provided with the driving module in the described monitoring module, be used to provide the drive controlling of the network equipment and ancillary equipment.
10, control device according to claim 7 is characterized in that: be provided with network modules in the described monitoring module, be used to provide being connected of wireless network and cable network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910040692A CN101594384B (en) | 2009-06-30 | 2009-06-30 | Method for controlling remote device by using real-time message and control device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910040692A CN101594384B (en) | 2009-06-30 | 2009-06-30 | Method for controlling remote device by using real-time message and control device |
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| CN101594384A true CN101594384A (en) | 2009-12-02 |
| CN101594384B CN101594384B (en) | 2012-08-29 |
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| CN200910040692A Active CN101594384B (en) | 2009-06-30 | 2009-06-30 | Method for controlling remote device by using real-time message and control device |
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| CN (1) | CN101594384B (en) |
Cited By (5)
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| CN102833216A (en) * | 2011-06-16 | 2012-12-19 | 深圳市汇川控制技术有限公司 | Communication bridging device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102811208A (en) * | 2011-06-03 | 2012-12-05 | 深圳市汇川控制技术有限公司 | Communication bridging system and method |
| CN102811208B (en) * | 2011-06-03 | 2016-08-03 | 深圳市汇川控制技术有限公司 | Communications bridge welding system and method |
| CN102833216A (en) * | 2011-06-16 | 2012-12-19 | 深圳市汇川控制技术有限公司 | Communication bridging device |
| CN102833216B (en) * | 2011-06-16 | 2017-05-03 | 深圳市汇川控制技术有限公司 | Communication bridging device |
| CN103841147A (en) * | 2012-11-23 | 2014-06-04 | 昆山研达电脑科技有限公司 | Household electric appliance remote monitoring device and method thereof |
| CN103973548A (en) * | 2014-05-09 | 2014-08-06 | 小米科技有限责任公司 | Remote control method and device |
| CN110853327A (en) * | 2019-11-02 | 2020-02-28 | 杭州雅格纳科技有限公司 | Ship cabin equipment data field debugging and collecting method and device based on single chip microcomputer |
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