CN101600257A - The WIFI local system of supervisory control system, method for supervising and supervisory control system - Google Patents
The WIFI local system of supervisory control system, method for supervising and supervisory control system Download PDFInfo
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- CN101600257A CN101600257A CNA2009101507667A CN200910150766A CN101600257A CN 101600257 A CN101600257 A CN 101600257A CN A2009101507667 A CNA2009101507667 A CN A2009101507667A CN 200910150766 A CN200910150766 A CN 200910150766A CN 101600257 A CN101600257 A CN 101600257A
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
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- H04W24/08—Testing, supervising or monitoring using real traffic
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- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
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Abstract
The invention provides a kind of supervisory control system, this supervisory control system comprises WIFI local system and the portable terminal that links to each other by mobile communications network, described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein: described WIFI terminal, be arranged at guarded region, it is on-the-spot to be used for monitoring, and notifies described master control system with the field data of gathering by described WIFI network; Described master control system is used to receive the described field data that described WIFI terminal sends, and notifies described portable terminal with the field data that receives by mobile communication network; Described portable terminal is used to receive the described field data that described master control system sends and knows field conditions.The WIFI local system of supervisory control system of the present invention, supervisory control system reaches the method for supervising based on this supervisory control system, to realize on-site supervision easily and effectively.
Description
Technical field
The present invention relates to a kind of supervisory control system and method, the WIFI local system of especially a kind of supervisory control system, method for supervising and supervisory control system based on WIFI and mobile communication technology.
Background technology
Traditional video monitoring system, the wired mode of main use, this kind monitor mode advantage is to realize multiple spot, the monitoring of comprehensive cover type, but shortcoming also clearly: need staff on duty, owing to use wired monitoring, need wiring, for some special occasions, such as in the open air or the place of being inconvenient to connect up, monitoring position needs situation about often changing, and wired monitoring has just demonstrated its limitation.Family has old man and child to need to look after in addition, and the people who perhaps is away from home needs to understand in real time the family situation, and traditional wired monitoring can't be realized.
With respect to the wired monitoring system, the wireless supervisory control system of a kind of use WIFI (Wireless Fidelity, Wireless Fidelity) technology is arranged at present.WiFi has represented " Wireless Fidelity ", refer to have 802.11 standard IEEE 802.11b subclass of complete compatibility, it uses open 2.4GHz direct sequence spread spectrum, maximum data transfer rate is 11Mbps, under the more weak or noisy situation of signal, bandwidth can be adjusted to 5.5Mbps, 2Mbps and 1Mbps, and the automatic adjustment of bandwidth has ensured stability of network and reliability effectively.Compare the wired monitoring system, WIFI has many advantages:
1, need not connect up.The topmost advantage of WiFi do not need to be wiring, can not be subjected to the restriction of wiring condition, therefore is fit to very much mobile office user's needs, has wide market prospects.At present it has been expanded to conglomerate more from special industries such as traditional health care, stock's control and management services and has opened, even begins to enter fields such as family and educational institution.
2, healthy and safe.The transmitting power of IEEE802.11 regulation can not surpass 100 milliwatts, about 60～70 milliwatts of actual emission power, and also the wireless network occupation mode is not directly to contact human body as mobile phone, should be perfectly safe.
3, simple construction method.The basic outfit of generally setting up wireless network is exactly wireless network card and an AP (Access Point, access point), so just can cooperate the existing line architecture that has to come the share web resource, set up expense and complicated process well below traditional cable network with wireless pattern.If be the peer-to-peer network of several computers, also shouldn't AP, only every computer outfit of needs wireless network card.
4, long distance work.Although the operating distance of wireless WIFI is little, under the complete situation of networking, 802.11b real work distance can reach more than 100 meters, and error correction problem, the error code problem of data when having solved high-speed mobile, switching between WIFI equipment and equipment, equipment and the base station and safety certification have all obtained good solution.
Along with the development of third generation mobile technology, the especially commercialization of 3G network, a kind of video monitoring system based on mobile communication network produces thereupon.This kind monitor mode is by placing the 3G portable terminal of a band camera in the monitored site, this terminal is used USIM (Universal MobileTelecommunication System Subscriber Identity Module, the Universal Mobile Telecommunications System client identification card) card is as the sign of identification, by camera the control point is monitored, by to control point image variation analysis, when reaching warning condition,, report to the police such as the video calling mode by the method set to the keeper.Keeper's (setting authority in advance) also can initiatively understand the on-the-spot situation of monitoring by the visual telephone request.
For the supervisory control system of only using WIFI, control a plurality of places though can use a plurality of transducers, but the supervisor need just can check that particularly the covering of wireless network is extensive not enough at present in the place that is covered by the Internet, can not realize monitoring whenever and wherever possible.And for a supervisory control system based on the mobile network, if realization multi-point monitoring, need place the 3G terminal of a band camera in each control point, check that the monitoring situation of certain point need dial corresponding visual telephone, so not only inconvenient operation, also need many usim cards, and produce corresponding cost.
Summary of the invention
The technical problem to be solved in the present invention provides the WIFI local system of a kind of supervisory control system, supervisory control system and based on the method for supervising of this supervisory control system, to realize on-site supervision easily and effectively.
For solving the problems of the technologies described above, the invention provides a kind of supervisory control system, this supervisory control system comprises WIFI local system and the portable terminal that links to each other by mobile communications network, and described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal is arranged at guarded region, and it is on-the-spot to be used for monitoring, and notifies described master control system with the field data of gathering by described WIFI network;
Described master control system is used to receive the described field data that described WIFI terminal sends, and notifies described portable terminal with the field data that receives by mobile communication network;
Described portable terminal is used to receive the described field data that described master control system sends and knows field conditions.
Further,
Described portable terminal also is used for initiating the video telephone request to described master control system, after video telephone is connected, also is used for sending monitored instruction information by described mobile communication network to described master control system;
Described master control system also is used to receive the video telephone request of described portable terminal, and judge whether legal, judge when legal, also be used to connect video telephone, and receive the monitored instruction information that described portable terminal sends, and carry out described monitored instruction information by the described WIFI terminal of described WIFI network control;
Described WIFI terminal also is used for carrying out described monitored instruction information according to the control of described master control system.
Further,
Described WIFI terminal comprises WIFI functional unit and the field terminal unit that is connected, and described master control system comprises WIFI main function unit and the mobile terminal function unit that connects by interface circuit, wherein:
Described field terminal unit is used for collection site information, and the field data of gathering is sent to described WIFI functional unit; Also be used to receive and carry out the monitored instruction information that described WIFI functional unit sends;
Described WIFI functional unit, be used to receive the described field data that described field terminal unit sends, and adopt the WIFI signaling that described field data is sent to described WIFI main function unit, also be used to receive and resolve the monitored instruction information that described WIFI main function unit sends, and the monitored instruction information after will resolving sends to described field terminal unit;
Described WIFI main function unit, be used to receive and resolve the field data that described WIFI functional unit sends, and the described field data after will resolving by described interface circuit sends to described mobile terminal function unit, also be used to receive the monitored instruction information that described mobile terminal function unit sends, and adopt the WIFI signaling that monitored instruction information is sent to described WIFI functional unit;
Described mobile terminal function unit comprises usim card, be used to receive the described field data that described WIFI main function unit sends, and adopt the mode of described portable terminal support to send to described portable terminal the described field data, also be used to receive and resolve the monitored instruction information that described portable terminal sends, and the monitored instruction information after will resolving sends to described WIFI main function unit;
Described portable terminal is mutual according to described usim card number and described mobile terminal function unit.
Further,
Described field terminal unit comprises transducer, camera and the image analysis module that is connected with camera and camera control module, and wherein, transducer is used for the variation at perception scene; Described camera is used to obtain on-the-spot image information; Described image analysis module is used for carrying out the image variation analysis according to described image information and obtains abnormal information; Described camera control module is used to control camera, and described field data is the information of described transducer or camera collection.
Further,
Described mobile terminal function unit and described portable terminal are supported the 3G transfer of data, and described mobile terminal function unit is video telephone or short message to the mode that described portable terminal sends field data.
For solving the problems of the technologies described above, the present invention also provides a kind of method for supervising, described method for supervising is realized based on supervisory control system, described supervisory control system comprises WIFI local system and the portable terminal that links to each other by mobile communications network, described WIFI local system comprises interconnective WIFI terminal and master control system, and described method comprises:
Described WIFI terminal monitoring scene, and the field data of gathering sent to described master control system by the WIFI network;
Described master control system receives described field data, and the field data that receives is sent to described portable terminal by mobile communication network;
Described portable terminal receives described field data and knows field conditions.
Further, described field data is the abnormal information that described WIFI terminal monitoring reports to on-the-spot unusual back active.
Further, described field data is the field data that requirement was checked after described portable terminal initiatively made a call, described master control system comprises usim card, and described portable terminal is mutual according to described usim card number and described master control system, and the flow process that described portable terminal initiatively makes a call comprises:
Described portable terminal by mobile communication network to the request of making a call of described master control system;
Described master control system receive described call request and judge legal after, call establishment;
Described portable terminal sends monitored instruction information to described master control system;
Described master control system receives the described monitored instruction information that described portable terminal sends, and sends described monitored instruction information by described WIFI network to described WIFI terminal;
Described WIFI terminal is carried out described monitored instruction information.
Further, described master control system and described portable terminal are supported the 3G transfer of data, described master control system utilizes video telephone or short message way to send described field data to described portable terminal, and described field data is that described WIFI terminal is utilized camera or sensor acquisition.
For solving the problems of the technologies described above, the present invention also provides a kind of WIFI local system of supervisory control system, described WIFI local system links to each other by mobile communications network with described portable terminal, be used to realize on-site supervision, described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal, be arranged at guarded region, be used to monitor the collection in worksite field data, also be used for by described WIFI network and described master control system mutual, comprise to described master control system and send field data, and receive the monitored instruction information that described master control system sends, also be used to carry out described monitored instruction information;
Described master control system, be used for by described WIFI network and described WIFI terminal interaction, comprise the field data of the described WIFI terminal transmission of reception and send monitored instruction information to described WIFI terminal, also be used for by described mobile communication network and described portable terminal mutual, comprise that the field data that described WIFI terminal is sent sends to described portable terminal and sets up communication according to the communication request of described portable terminal, receive the monitored instruction information that described portable terminal sends, and send field data to described portable terminal.Supervisory control system of the present invention and the method for supervising of realizing based on this system combine WIFI and mobile communication, solved the problem that occurs when only using WIFI or only using the mobile communication technology supervisory control system, and this kind monitoring technique is with the convenience of the local multi-point monitoring of WIFI, get up with portability and ambulant advantages that mobile communication technology is monitored in real time, tool has great advantage.
The WIFI local system of supervisory control system of the present invention, supervisory control system and the method for supervising of realizing based on this system combine WIFI and mobile communication, solved the problem that occurs when only using WIFI or only using the mobile communication technology supervisory control system, and this kind monitoring technique is with the convenience of the local multi-point monitoring of WIFI, get up with portability and ambulant advantages that mobile communication technology is monitored in real time, tool has great advantage.
Description of drawings
The configuration diagram of Fig. 1 supervisory control system of the present invention.
Fig. 2 is the schematic diagram of method for supervising of the present invention.
Fig. 3 is the schematic flow sheet that portable terminal of the present invention initiatively makes a call.
The modular structure schematic diagram of WIFI terminal in Fig. 4 supervisory control system of the present invention.
Fig. 5 is the modular structure schematic diagram of master control system in the supervisory control system of the present invention.
Fig. 6 is the on-the-spot schematic flow sheet when unusual of application example one monitoring.
Fig. 7 is that application example two 3G terminal active call are watched the on-the-spot schematic flow sheet of monitoring.
Embodiment
As shown in Figure 1, supervisory control system of the present invention comprises WIFI local system and the portable terminal that links to each other by mobile communications network, and described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal, it is on-the-spot to be used for monitoring, and notifies described master control system with the field data of gathering by described WIFI network; Also be used for carrying out monitored instruction information according to the control of described master control system;
Described master control system is used to receive the described field data that described WIFI terminal sends, and notifies described portable terminal with the field data that receives by mobile communication network; Also be used to receive the video telephone request of described portable terminal, and judge whether legally, judge also to be used to connect video telephone when legal, and receive the monitored instruction information that described portable terminal sends, and carry out described monitored instruction information by the described WIFI terminal of described WIFI network control.
Described portable terminal is used to receive the described field data that described master control system sends and knows field conditions; Also be used for initiating the video telephone request, after video telephone is connected, also be used for sending monitored instruction information to described master control system by described mobile communication network to described master control system.
Described WIFI terminal is the stand-alone terminal that can be operated in the WIFI network, is arranged at guarded region, according to the monitoring needs, can place a plurality of described WIFI terminals in guarded region.
The present invention also provides a kind of WIFI local system of supervisory control system, described WIFI local system links to each other by mobile communications network with described portable terminal, be used to realize on-site supervision, described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal, be arranged at guarded region, be used to monitor the collection in worksite field data, also be used for by described WIFI network and described master control system mutual, comprise to described master control system and send field data, and receive the monitored instruction information that described master control system sends, also be used to carry out described monitored instruction information;
Described master control system, be used for by described WIFI network and described WIFI terminal interaction, comprise the field data of the described WIFI terminal transmission of reception and send monitored instruction information to described WIFI terminal, also be used for by described mobile communication network and described portable terminal mutual, comprise that the field data that described WIFI terminal is sent sends to described portable terminal and sets up communication according to the communication request of described portable terminal, receive the monitored instruction information that described portable terminal sends, and send field data to described portable terminal.
Based on above supervisory control system, the present invention also provides a kind of monitoring implementation method, and described method comprises:
Step 201: described WIFI terminal monitoring scene, and the field data of gathering sent to described master control system by the WIFI network;
Step 202: described master control system receives described field data, and the field data that receives is sent to described portable terminal by mobile communication network;
Step 203: described portable terminal receives described field data and knows field conditions.
Described field data is the abnormal information that described WIFI terminal monitoring reports to on-the-spot unusual back active, or the described portable terminal back that initiatively makes a call requires the field data check, described master control system comprises usim card, and described portable terminal is mutual according to described usim card number and described master control system.
The flow process that described portable terminal initiatively makes a call comprises:
Step 301: described portable terminal by mobile communication network to the request of making a call of described master control system;
Step 302: described master control system receive described call request and judge legal after, call establishment;
Step 303: described portable terminal sends monitored instruction information to described master control system;
Step 304: described master control system receives the described monitored instruction information that described portable terminal sends, and sends described monitored instruction information by described WIFI network to described WIFI terminal;
Step 305: described WIFI terminal is carried out described monitored instruction information.
If monitored instruction information is the information in control camera orientation, then the WIFI terminal is adjusted the camera orientation according to this information.
Described master control system and described portable terminal are supported the 3G transfer of data, described master control system utilizes video telephone or short message way to send described field data to described portable terminal, and described field data is that described WIFI terminal is utilized camera or sensor acquisition.
Below in conjunction with accompanying drawing supervisory control system of the present invention and monitoring implementation method are elaborated:
As shown in Figure 2, described WIFI terminal comprises WIFI functional unit and the field terminal unit that is connected, and as shown in Figure 3, described master control system comprises WIFI main function unit and the mobile terminal function unit that connects by interface circuit, wherein:
Described field terminal unit is used for collection site information, and the field data of gathering is sent to described WIFI functional unit; Also be used to receive and carry out the monitored instruction information that described WIFI functional unit sends;
Particularly, described field terminal unit comprises transducer, camera and the image analysis module that is connected with camera and camera control module, and wherein, transducer is used for the variation at perception scene, can be temperature sensor, Smoke Sensor etc.; Described camera is used to obtain on-the-spot image information; Described image analysis module is used for carrying out the image variation analysis according to described image information and obtains abnormal information; Described camera control module is used for autonomous or controls camera under the instruction of master control system, and such as the orientation of control camera, described field data is the information of described transducer or camera collection.
Described WIFI functional unit, be used to receive the described field data that described field terminal unit sends, and adopt the WIFI signaling that described field data is sent to described WIFI main function unit, also be used to receive and resolve the monitored instruction information that described WIFI main function unit sends, and the monitored instruction information after will resolving sends to described field terminal unit;
Described WIFI main function unit is used to receive and resolve the field data that described WIFI functional unit sends, and the described field data after will resolving by described interface circuit sends to described mobile terminal function unit, also be used to receive the monitored instruction information that described mobile terminal function unit sends, and adopt the WIFI signaling that monitored instruction information is sent to described WIFI functional unit;
The WIFI functional unit of WIFI terminal and the WIFI main function unit of master control system include WIFI baseband module, WIFI radio-frequency module, WIFI antenna, power management module, and interface circuit.
Described mobile terminal function unit comprises usim card, be used to receive the described field data that described WIFI main function unit sends, and adopt the mode of described portable terminal support to send to described portable terminal the described field data, also be used to receive and resolve the monitored instruction information that described portable terminal sends, and the monitored instruction information after will resolving sends to described WIFI main function unit.
The mobile terminal function unit comprises baseband module, radio-frequency (RF) receiving and transmission module, USIM (UniversalMobile Telecommunication System Subscriber Identity Module, Universal Mobile Telecommunications System client identification card) card, power management module (can be shared with the WIFI main function unit), interface circuit and radio frequency main antenna.It should be noted that because described master control system has radio frequency main antenna and WIFI antenna, disturb for reducing that two antennas apart from each other of should trying one's best is a little.
Described portable terminal is mutual according to described usim card number and described mobile terminal function unit.
In order to make monitoring more effective more directly perceived, portable terminal can be the 3G terminal such as 3G data card that 3G mobile or matching computer use, certain described mobile terminal function unit and mobile communication network need have the function of supporting the 3G transfer of data, and described mobile terminal function unit is video telephone or short message to the mode that described portable terminal sends field data.
Below be example with the 3G terminal, the idiographic flow of the inventive method is described:
The WIFI terminal monitoring comprises that specifically step is to the flow process of on-the-spot abnormity notifying 3G terminal as shown in Figure 6:
The on-the-spot variation of field terminal unit perception monitoring of certain WIFI terminal of step 601:WIFI local system;
Step 602:WIFI terminal will be monitored the WIFI main function unit that on-the-spot change notification is given master control system by following the WIFI protocol signaling;
After step 603:WIFI main function unit is received, notify the mobile terminal function unit of the camera control module and the master control system of corresponding WIFI terminal;
Step 604: camera control module control camera turns to unusual direction takes place; Simultaneously, the mobile terminal function unit is notified to abnormal information by mobile communication network monitoring management person's 3G terminal;
Step 605: monitoring management person checks by camera by the functions such as video telephone of 3G terminal transmits monitored picture, and can control the rotation of camera by control command.
When system's setting is controlled the WIFI terminal regularly to 3G terminal circular field conditions by master control system, also can adopt above flow process.
In the described step 604, after abnormal information is received in the mobile terminal function unit, can notify monitoring management person by modes such as video telephone, SMS; If notify the manager by video telephone, the manager can observe directly the on-the-spot situation of monitoring, if other prompting modes, and the supervisor wants to understand the on-the-spot situation of monitoring, can initiatively make a call to described master control system by 3G terminal, master control system is carried out authentication and is confirmed the back auto-pickup.Described authentication is that the keeper is provided with in advance, and at the call request of specific usim card number initiation, master control system is selected auto-pickup, otherwise the refusal incoming call.Mobile phone with authentication can be by transmission information, perhaps Yu She button sends control command, decode after receiving instruction in the mobile terminal function unit of master control system, and control information sent to described WIFI main function unit, the WIFI main function unit is issued corresponding WIFI terminal by the WIFI network with command information, and the WIFI local terminal obtains corresponding image information by camera control module control camera; The image information that the WIFI local terminal obtains is passed to master control system by local WIFI network, and master control system is passed to supervisor's 3G terminal by mobile communication network with information again, is presented at last on the screen of 3G terminal.
The flow process that portable terminal initiatively makes a call specifically comprises as described in Figure 7:
Step 701: the supervisor initiates the request of video telephone to master control system by 3G terminal;
Step 702: after call request is received in the mobile terminal function unit of master control system, carry out authentication and judge, if be judged as then auto-pickup of legal incoming call, otherwise refusal inserts;
Step 703: after video telephone was connected, the supervisor will check the situation that certain is regional, can the input area selection instruction, and 3G terminal sends to master control system with regional selection instruction;
Step 704: the mobile terminal function unit of master control system sends to the WIFI main function unit with command information after receiving instruction;
Step 705:WIFI main function unit is notified corresponding WIFI terminal, and the video information that this WIFI terminal is obtained camera is passed to the WIFI main function unit of master control system by local WIFI network;
Step 706:WIFI main function unit is passed to the mobile terminal function unit by interface circuit with information;
Step 707: the mobile terminal function unit passes to video pictures monitoring management person's 3G terminal again by mobile communication network;
In this process, monitoring management person can also instruct by control of azimuth, and the orientation of adjusting camera obtains the situation of all directions.The transmission of control command information all is by the control of following process realization to camera: 3G terminal---the mobile terminal function unit of master control system---the WIFI main function unit of master control system---WIFI terminal---camera control module; And the transmittance process of camera picture is: the WIFI terminal---the WIFI main function unit of master control system---mobile terminal function unit of master control system---3G terminal.
Scheme of the present invention is not limited to application listed in the specification, can according to circumstances make some changes and distortion, and these change and be out of shape the protection range that all belongs to claim of the present invention accordingly.
The WIFI local system of supervisory control system of the present invention, supervisory control system and the method for supervising of realizing based on this system combine WIFI and mobile communication, solved the problem that occurs when only using WIFI or only using the mobile communication technology supervisory control system, and this kind monitoring technique is with the convenience of the local multi-point monitoring of WIFI, get up with portability and ambulant advantages that mobile communication technology is monitored in real time, tool has great advantage.
Claims (10)
1, a kind of supervisory control system, it is characterized in that, this supervisory control system comprises that the Wireless Fidelity local system that links to each other by mobile communications network is WIFI local system and portable terminal, and described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal is arranged at guarded region, and it is on-the-spot to be used for monitoring, and notifies described master control system with the field data of gathering by described WIFI network;
Described master control system is used to receive the described field data that described WIFI terminal sends, and notifies described portable terminal with the field data that receives by mobile communication network;
Described portable terminal is used to receive the described field data that described master control system sends and knows field conditions.
2, supervisory control system as claimed in claim 1 is characterized in that:
Described portable terminal also is used for initiating the video telephone request to described master control system, after video telephone is connected, also is used for sending monitored instruction information by described mobile communication network to described master control system;
Described master control system also is used to receive the video telephone request of described portable terminal, and judge whether legal, judge when legal, also be used to connect video telephone, and receive the monitored instruction information that described portable terminal sends, and carry out described monitored instruction information by the described WIFI terminal of described WIFI network control;
Described WIFI terminal also is used for carrying out described monitored instruction information according to the control of described master control system.
3, supervisory control system as claimed in claim 2, it is characterized in that, described WIFI terminal comprises WIFI functional unit and the field terminal unit that is connected, and described master control system comprises WIFI main function unit and the mobile terminal function unit that connects by interface circuit, wherein:
Described field terminal unit is used for collection site information, and the field data of gathering is sent to described WIFI functional unit; Also be used to receive and carry out the monitored instruction information that described WIFI functional unit sends;
Described WIFI functional unit, be used to receive the described field data that described field terminal unit sends, and adopt the WIFI signaling that described field data is sent to described WIFI main function unit, also be used to receive and resolve the monitored instruction information that described WIFI main function unit sends, and the monitored instruction information after will resolving sends to described field terminal unit;
Described WIFI main function unit, be used to receive and resolve the field data that described WIFI functional unit sends, and the described field data after will resolving by described interface circuit sends to described mobile terminal function unit, also be used to receive the monitored instruction information that described mobile terminal function unit sends, and adopt the WIFI signaling that monitored instruction information is sent to described WIFI functional unit;
Described mobile terminal function unit comprises usim card, be used to receive the described field data that described WIFI main function unit sends, and adopt the mode of described portable terminal support to send to described portable terminal the described field data, also be used to receive and resolve the monitored instruction information that described portable terminal sends, and the monitored instruction information after will resolving sends to described WIFI main function unit;
Described portable terminal is mutual according to described usim card number and described mobile terminal function unit.
4, supervisory control system as claimed in claim 3 is characterized in that: described field terminal unit comprises transducer, camera and the image analysis module that is connected with camera and camera control module, and wherein, transducer is used for the variation at perception scene; Described camera is used to obtain on-the-spot image information; Described image analysis module is used for carrying out the image variation analysis according to described image information and obtains abnormal information; Described camera control module is used to control camera, and described field data is the information of described transducer or camera collection.
5, as each described supervisory control system in the claim 1 to 4, it is characterized in that: described mobile terminal function unit and described portable terminal are supported the 3G transfer of data, and described mobile terminal function unit is video telephone or short message to the mode that described portable terminal sends field data.
6, a kind of method for supervising, it is characterized in that: described method for supervising is realized based on supervisory control system, described supervisory control system comprises WIFI local system and the portable terminal that links to each other by mobile communications network, described WIFI local system comprises interconnective WIFI terminal and master control system, and described method comprises:
Described WIFI terminal monitoring scene, and the field data of gathering sent to described master control system by the WIFI network;
Described master control system receives described field data, and the field data that receives is sent to described portable terminal by mobile communication network;
Described portable terminal receives described field data and knows field conditions.
7, method for supervising as claimed in claim 6 is characterized in that: described field data is the abnormal information that described WIFI terminal monitoring reports to on-the-spot unusual back active.
8, method for supervising as claimed in claim 6, it is characterized in that: described field data is the field data that requirement was checked after described portable terminal initiatively made a call, described master control system comprises usim card, described portable terminal is mutual according to described usim card number and described master control system, and the flow process that described portable terminal initiatively makes a call comprises:
Described portable terminal by mobile communication network to the request of making a call of described master control system;
Described master control system receive described call request and judge legal after, call establishment;
Described portable terminal sends monitored instruction information to described master control system;
Described master control system receives the described monitored instruction information that described portable terminal sends, and sends described monitored instruction information by described WIFI network to described WIFI terminal;
Described WIFI terminal is carried out described monitored instruction information.
9, as each described method for supervising in the claim 6 to 8, it is characterized in that: described master control system and described portable terminal are supported the 3G transfer of data, described master control system utilizes video telephone or short message way to send described field data to described portable terminal, and described field data is that described WIFI terminal is utilized camera or sensor acquisition.
10, a kind of WIFI local system of supervisory control system, it is characterized in that described WIFI local system links to each other by mobile communications network with described portable terminal, is used to realize on-site supervision, described WIFI local system comprises WIFI terminal and the master control system that links to each other by the WIFI network, wherein:
Described WIFI terminal, be arranged at guarded region, be used to monitor the collection in worksite field data, also be used for by described WIFI network and described master control system mutual, comprise to described master control system and send field data, and receive the monitored instruction information that described master control system sends, also be used to carry out described monitored instruction information;
Described master control system, be used for by described WIFI network and described WIFI terminal interaction, comprise the field data of the described WIFI terminal transmission of reception and send monitored instruction information to described WIFI terminal, also be used for by described mobile communication network and described portable terminal mutual, comprise that the field data that described WIFI terminal is sent sends to described portable terminal and sets up communication according to the communication request of described portable terminal, receive the monitored instruction information that described portable terminal sends, and send field data to described portable terminal.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009101507667A CN101600257A (en) | 2009-06-30 | 2009-06-30 | The WIFI local system of supervisory control system, method for supervising and supervisory control system |
| PCT/CN2009/075729 WO2010145142A1 (en) | 2009-06-30 | 2009-12-18 | Monitoring system, monitoring method and wireless fidelity local system of monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009101507667A CN101600257A (en) | 2009-06-30 | 2009-06-30 | The WIFI local system of supervisory control system, method for supervising and supervisory control system |
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| CN101600257A true CN101600257A (en) | 2009-12-09 |
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| CNA2009101507667A Pending CN101600257A (en) | 2009-06-30 | 2009-06-30 | The WIFI local system of supervisory control system, method for supervising and supervisory control system |
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| CN (1) | CN101600257A (en) |
| WO (1) | WO2010145142A1 (en) |
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2009
- 2009-06-30 CN CNA2009101507667A patent/CN101600257A/en active Pending
- 2009-12-18 WO PCT/CN2009/075729 patent/WO2010145142A1/en active Application Filing
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