CN101917598B - Monitoring system for displaying real scene and implementation method thereof - Google Patents
Monitoring system for displaying real scene and implementation method thereof Download PDFInfo
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Abstract
The invention relates to the video monitoring field, and discloses a monitoring system for displaying a real scene and an implementation method thereof. The monitoring system comprises a plurality of cameras, a holder, a holder controller, a monitoring server and a plurality of intelligent sensors, wherein the holder is used for fixing the cameras; the holder controller is connected with the holder; and the monitoring server is connected with the cameras and the holder controller respectively. The monitoring system for displaying the real scene and the implementation method thereof realize uniform monitoring and management of machine room equipment, greatly relieve the workload of machine room maintenance personnel, meanwhile greatly improve the running reliability, stability, compatibility and extensibility of the whole system, realize real real-time visualization of the machine room and save the equipment cost by taking the real video scene as a main monitoring means and an operating interface and taking running parameter acquisition of an intelligent sensor as an auxiliary means.
Description
Technical field
The present invention relates to field of video monitoring, be specifically related to a kind of supervisory control system and its implementation that shows real scene.
Background technology
The development trend of computer lab management is a unattended operation, and remote control technology is to realize unattended key.Existing machine room remote control technology is to be background with the 2-dimentional photo, utilizes the corresponding information of various sensor acquisition, various information is carried out the mode with virtual image shows the user after the integrated treatment.That is to say that what the user saw is not the real scene of machine room, but a kind of corresponding virtual image.This exhibition method technology is on the one hand realized complexity, has certain deviation on the other hand between virtual image of Zhan Shiing and the real case, makes troubles to the user.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The technical problem to be solved in the present invention is, at the above-mentioned defective of prior art, provides a kind of supervisory control system and its implementation that shows real scene, greatly alleviates room management personnel work load, and simple in structure, be easy to realize.
The technical scheme that technical solution problem of the present invention is adopted is as follows:
A kind of supervisory control system that shows real scene wherein, comprising:
Be used for obtaining in real time a plurality of cameras of real scene picture signal from different zones;
The The Cloud Terrace that is used for fixing described camera;
The cradle head control device that is connected with described The Cloud Terrace is used for according to a cradle head control signal, the direction of motion of control The Cloud Terrace;
The monitoring server that is connected with described camera, cradle head control device be used for the real scene picture signal of obtaining from described camera is analyzed and handled on the one hand, and the mode with piecemeal shows on display screen respectively; Be used on the other hand producing corresponding cradle head control signal, control described cradle head control device and drive described camera and obtain corresponding real scene picture signal in real time according to the operational order of user input;
The a plurality of intelligence sensors that are connected with each equipment are used to obtain the parameter information of each equipment, and described parameter information is sent to monitoring server shows in the mode of video caption.
The supervisory control system of described demonstration real scene, wherein, described monitoring server comprises image processing module, human-computer interaction module, control module,
Described image processing module is connected with described camera, the real scene picture signal that is used for that on the one hand camera is obtained is handled according to pre-defined rule and is divided into several rectangular blocks, and each rectangular block image-region all can be endowed a threshold value with corresponding one by one with a processing logic and coordinate figure, and makes corresponding coordinate system table of angle scene of each camera; Be used to select specified format that described real scene picture signal is preserved on the other hand;
Described human-computer interaction module comprises a plurality of Presentation Functions and visualization interface, is used to receive the operational order of user's input on the one hand, and is sent to control module; Be used to receive the hot spot region signal that the user clicks on the other hand on screen, and become corresponding coordinate to be sent to control module this hot spot region conversion of signals;
Described control module is connected with described cradle head control device, be used on the one hand sending corresponding operational order to the cradle head control device according to the instruction of user's input, and be used for sending corresponding control command according to the pairing coordinate of clicking in hot spot region, the control The Cloud Terrace drives corresponding camera and follows the tracks of the hot spot region that the user clicked; Be used for the parameter information that obtains according to described intelligence sensor on the other hand, the control corresponding apparatus produces response.
The supervisory control system of described demonstration real scene, wherein, described a plurality of cameras comprise:
Be used to obtain the main camera of panoramic picture signal;
Be used to obtain the auxiliary camera of subregion picture signal;
And the equipment that is arranged on built-in camera interior, that be used to obtain the device interior picture signal.
The supervisory control system of described demonstration real scene, wherein, described intelligence sensor comprises:
Parameter acquiring unit is used for obtaining automatically the trip information of each equipment;
Analyze comparing unit, be used for utilizing intelligence database to compare analysis, normally whether monitor with running status to current device to described trip information;
Transmitting element, the object information that is used for analyzing is sent to monitoring server, and shows in the video caption mode according to user's operation.
A kind of implementation method that shows the real scene supervisory control system wherein, comprises step:
A, a plurality of camera obtain the real scene picture signal in real time from different guarded regions, and the real scene picture signal of being obtained is sent to monitoring server;
The image processing module of B, monitoring server carries out analyzing and processing to described real scene picture signal, the real scene picture signal is divided into several rectangular blocks according to the pre-defined rule processing, each rectangular block is corresponding one by one with a processing logic and coordinate figure, and the corresponding coordinate system table of the angle scene that makes each camera, and show by human-computer interaction module mode with piecemeal on display screen;
C, a plurality of intelligence sensors by being connected with each equipment obtain the parameter information of each equipment, and described parameter information is carried out being sent to monitoring server after the analyzing and processing.
The implementation method of described demonstration real scene supervisory control system, wherein, described steps A also comprises:
A1, main camera obtain the general image signal;
A2, auxiliary camera obtain the subregion picture signal;
A2, the built-in camera that is arranged in the equipment obtain the device interior picture signal.
The implementation method of described demonstration real scene supervisory control system, wherein, it also comprises step:
The human-computer interaction module of D1, monitoring server receives the user and imports corresponding operational order, and produce corresponding cradle head control signal according to the operational order of user input, control described cradle head control device and drive corresponding camera and obtain the real scene picture signal corresponding in real time with described operational order;
The hot spot region signal that D2, reception user click on screen, and this hot spot region conversion of signals become corresponding coordinate, drive the processing logic that corresponding camera is followed the tracks of the hot spot region that the user clicked or carried out this focus correspondence by control module control The Cloud Terrace.
The implementation method of described demonstration real scene supervisory control system, wherein, described step D2 specifically comprises:
D21, when the user chooses the hot spot region, judge whether in the acquisition range of main camera;
D22, when being in the acquisition range at main camera the time, control the hot spot region that the corresponding focal length of described main camera adjustment, theta alignment user are chosen, carry out image signal's collection;
D23, when not being in the acquisition range at main camera the time, control module control cradle head control device switches corresponding auxiliary camera aims at described hot spot region.
The implementation method of described demonstration real scene supervisory control system, wherein, described step D2 also comprises:
There is corresponding apparatus D24, the hot spot region in elected, and then the operational order according to the user shows this hot spot region equipment relevant parameters information in the video caption mode.
The implementation method of described demonstration real scene supervisory control system, wherein, described step C also comprises:
C1, intelligence sensor obtain the trip information of each equipment, and utilize intelligence database to compare analysis to described trip information, normally whether monitor with running status, and the object information of analyzing is sent to monitoring server current device.
The supervisory control system of demonstration real scene provided by the present invention and its implementation are main monitoring means and operation interface with the video real scene, and it is supplementary means that intelligence sensor obtains operational factor; Unified monitoring and management have been realized to each calculator room equipment, reach and greatly alleviate room management personnel work load, improve simultaneously operational reliability, stability and compatibility, the scalability of whole system again greatly, realize the true real-time visual of machine room, and saved equipment cost.
Description of drawings
Fig. 1 is the supervisory control system structure principle chart of the demonstration real scene that provides of the embodiment of the invention;
Fig. 2 is the supervisory control system piecemeal display structure schematic diagram of the embodiment of the invention;
Fig. 3 is the intelligence sensor structure principle chart that the embodiment of the invention provides;
Fig. 4 is the implementation method flow chart of the demonstration real scene supervisory control system that provides of the embodiment of the invention.
Embodiment
The invention provides a kind of supervisory control system and its implementation that shows real scene, clearer, clear and definite for making purpose of the present invention, technical scheme and effect, below with reference to accompanying drawing and give an actual example that the present invention is described in more detail.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
A kind of supervisory control system that shows real scene that the embodiment of the invention provided, as shown in Figure 1, the supervisory control system of described demonstration real scene comprises IMAQ end 100 and remote monitoring end 200, and the IMAQ end comprises camera 110, The Cloud Terrace 120, cradle head control device 130.
Wherein, camera 110 adopts the camera of a plurality of adjustable focal lengths, is used for obtaining the real scene picture signal in real time from different zones, and the described real scene picture signal of obtaining is sent to remote monitoring end 200, described camera 110 is fixed on the described The Cloud Terrace 120, and its focal length can stretch.
Among the present invention, its described a plurality of cameras comprise: be arranged on main camera on the scape of home court, that be used to obtain the panoramic picture signal; And be used to obtain the auxiliary camera of subregion picture signal.Further, the present invention also is provided with built-in camera in the inside of each equipment, can obtain the device interior picture signal by described built-in camera, to realize the monitoring to device interior.If the light of device interior more secretly can adopt the built-in camera with night vision function, and can set up a lamp by switch control again, to improve the image acquisition effect of built-in camera.
Described cradle head control device 130 is used for controlling according to a cradle head control signal motion of The Cloud Terrace, realizes that camera can 360 degree rotations.
And each rectangular block is corresponding one by one with a processing logic and coordinate figure, as shown in Figure 2, if (X1, Y1), and this rectangular block is also corresponding one by one with a processing logic (shift knob 1 of door as shown in Figure 2 is used for the Push And Release of control gate) for first rectangular block 900 corresponding coordinates.
And the corresponding coordinate system table of the angle scene that makes each camera, as shown in Figure 2, if figure shown in Figure 2 is the zone that certain camera A monitoring is arrived, i.e. 12 rectangular areas as shown in Figure 2; Each rectangular block in then should the zone all can a corresponding one by one coordinate figure and a processing logic.The coordinate of just corresponding 12 rectangular blocks in 12 rectangular blocks zone that arrive of this camera A monitoring forms the corresponding coordinate system table of this camera A angle scene so.Be convenient to operation, search corresponding coordinate system table, control corresponding camera by the cradle head control device zone of appointment is monitored according to the user.
As shown in Figure 2, when selected first rectangular block 900 is the hot spot region on the operation interface of user at monitoring server, then by these first rectangular block, 900 pairing coordinate figures, search the coordinate system table of the angle scene correspondence of corresponding each camera, be specifically responsible for corresponding focal length of adjustment such as this regional camera A and angle with driving this first rectangular block 900 is monitored.I.e. understanding to the hot spot region should be: the corresponding coordinate system correspondence of the attribute of certain camera A (being focal length+angle), simultaneously corresponding operation table; Pass through the operation logic of this operation table again, coordinate as first rectangular block, 900 correspondences, by the operation logic of looking into operation table is the monitoring range of camera A, then adjust this camera A attribute (being focal length+angle) so that this first rectangular block 900 is monitored, can also carry out other business processing logic (as turn on light or open the door or close the door etc.) by door button 1.
Described monitoring server is used for producing corresponding cradle head control signal according to the operational order of user input on the other hand, controls described cradle head control device and drives described camera and obtain corresponding real scene picture signal in real time.
The supervisory control system of the demonstration real scene of the embodiment of the invention, the more important thing is, as shown in Figure 1, it also comprises the intelligence sensor 300 that a plurality of and described monitoring server is connected, be used to obtain the parameter information of each equipment, and described parameter information is sent to monitoring server shows in the mode of video caption.Described a plurality of intelligence sensor comprises:
Be connected with each equipment, be used to the device intelligence transducer that obtains the parameter information of each equipment and monitor each equipment running status,
And be used for the ambient intelligence transducer of various ambient conditions in the monitoring room, as temperature, humidity sensor and/or Smoke Sensor;
And also comprise warning intelligence sensor that is used to report to the police etc.The various induced signals that each transducer obtains all are sent to monitoring server and carry out unified monitoring and processing.For example, when the temperature sensor senses that is connected with the machine room cooling system to this intrasystem temperature too high, then send the too high signal of a temperature to described monitoring server, the then control module of the monitoring server corresponding aircondition starting of control automatically is so that the temperature in the machine room reaches suitable temperature.
Embodiment further, described monitoring server comprises: image processing module 210, human-computer interaction module 220, control module 230,
Described image processing module 210 is connected with described camera 110, the real scene picture signal that is used for camera is obtained is analyzed and preliminary treatment on the one hand, described picture signal is divided into several rectangular blocks according to the pre-defined rule processing, and each rectangular block image-region all can be endowed a threshold value so that corresponding coordinate and the corresponding processing logic of foundation shows after the piecemeal processing on display screen; Be used to select specified format that described real scene picture signal is preserved on the other hand;
Described human-computer interaction module 220 comprises a plurality of Presentation Functions and visualization interface, is used to receive the operational order of user's input on the one hand, and is sent to control module; Be used to receive the hot spot region signal that the user clicks on the other hand on screen, and become corresponding coordinate to be sent to control module this hot spot region conversion of signals;
Described control module 230 is connected with described cradle head control device 130, be used on the one hand sending corresponding operational order to the cradle head control device according to the operational order of user's input, for example, send the control corresponding instruction according to the pairing coordinate in above-mentioned hot spot region, the control The Cloud Terrace drives corresponding camera and follows the tracks of the hot spot region that the user clicked.As shown in Figure 2, the hot spot region in that piece zone at place if the user wants to guard the gate produces control corresponding instruction according to this regional coordinate, controls by control module, if the monitoring range of main camera is then controlled by this hot spot region image of main camera collection; If at the monitoring range of main camera, then control module control is not switched other corresponding cameras and is carried out the picture signal collection.
Be used for the parameter information that obtains according to described intelligence sensor on the other hand, the control corresponding apparatus produces response, when in the hot spot region of operation relevant intelligence sensor being arranged as previously described, then according to this user's the parameter information that this hot spot region can show that described intelligence sensor obtains that operates in, temperature when for example certain intelligence sensor is sensed certain equipment work earlier, and this temperature obtained and a predetermined temperature compared, as find that operating temperature is too high, then produce the too high control signal of a temperature, promptly the cooling system of this equipment goes wrong, then this intelligence sensor control signal that temperature is too high is sent to monitoring server, controls this equipment and quits work and switch back-up system operation.
Further embodiment, as shown in Figure 3, described intelligence sensor 300 comprises:
Analyze comparing unit 320, be used for utilizing intelligence database to compare analysis, normally whether monitor with running status to current device to described trip information; As previously described, a temperature signal and a temperature of being scheduled to of obtaining compared, too high as finding operating temperature, then produce the too high control signal of a temperature.
Transmitting element 330, the object information that is used for analyzing is sent to monitoring server and shows in the video caption mode.
The supervisory control system of the demonstration real scene that provides based on the invention described above embodiment, the present invention also provides a kind of implementation method that shows the real scene supervisory control system, as Fig. 4 and shown in Figure 1, comprises step:
S410, a plurality of camera 110 obtain the real scene picture signal in real time from different guarded regions, and the real scene picture signal of being obtained is sent to monitoring server 200.The real scene image that each camera 110 is taken all is sent to monitoring server 200 to be unified to handle and monitoring.Obtain the general image signal by main camera, auxiliary camera obtains the subregion picture signal, and there is the ground of needs to obtain the device interior picture signal by the built-in camera that is arranged in the equipment, as shown in Figure 2, as user during with the control button 3 on the click rack, the supervisory control system then of the present invention built-in camera that is installed in the rack of control is automatically carried out the shooting of rack internal image signal.
210 pairs of described real scene picture signals of the image processing module of S420, monitoring server 200 are analyzed preliminary treatment, so that being handled according to pre-defined rule, the real scene picture signal is divided into several rectangular blocks, as shown in Figure 2, and each rectangular block image-region all can be endowed a threshold value with the corresponding coordinate of correspondence, and shows by human-computer interaction module mode with piecemeal on display screen.
Step S430, a plurality of intelligence sensors 300 by being connected with each equipment obtain the parameter information of each equipment, and described parameter information is carried out being sent to monitoring server after the analyzing and processing.
Wherein, the device parameter information that intelligence sensor obtains comprises whether trip information is (as moving normally, the speed of operation, temperature etc.), and utilize intelligence database to compare analysis to described trip information (as temperature etc.), normally whether monitor with running status, and the object information of analyzing is sent to monitoring server current device.For example, the intelligent humidity sensor sensing that is connected with a machine room stand-by power supply is when this standby humidity is X to a certain moment, a predetermined value that this X value and this is used to monitor in the intelligent humidity transducer of stand-by power supply compares, when greater than this predetermined value, then send a control signal and carry out dehumidifier etc. with the control corresponding apparatus to monitoring server.
Can obtain the operational factor of each equipment in the monitoring room etc. in real time by each intelligence sensor, to realize the intelligent monitoring of machine room.
Step S441, after real scene picture signal that each camera is taken is sent to monitoring server, when the user wants to see the monitoring situation in certain piece zone, can be by the corresponding operational order of human-computer interaction module 220 inputs of monitoring server 200, described human-computer interaction module 220 also produces corresponding cradle head control signal according to the operational order of user input, controls described cradle head control device and drives corresponding camera and obtain the real scene picture signal corresponding with described operational order in real time.
As shown in Figure 2, when the user wants to see the monitoring situation in certain A district, can on monitoring server, import the operational order of seeing certain A district accordingly, monitoring server 200 at first calculates the coordinate figure of this certain A district place rectangular block, and produce the cradle head control signal in certain A district at a glance, control the corresponding camera in described corresponding certain A district of cradle head control device 130 switchings and carry out the shooting of real scene picture signal, the coordinate figure in this A district is at first passed through in its concrete control, search the corresponding database table, prestore the camera of each band numbering of each coordinate figure correspondence in this database table, the control signal control cradle head control device that calculate to produce by coordinate figure drives the corresponding corresponding focal length of camera adjustment in A district and the described A of theta alignment district to monitor, and its realization simple to operate conveniently.
Step S442, when the user chooses a certain hot spot region to need in-depth monitoring on the operation interface of monitoring server 200, receive the hot spot region signal that the user clicks by described human-computer interaction module 220 on screen, and this hot spot region conversion of signals become corresponding coordinate, drive the processing logic that corresponding camera is followed the tracks of the hot spot region that the user clicked or carried out this focus correspondence by control module control The Cloud Terrace, for example processing logic is: open the door, turn on light etc.Below describe by an object lesson.
D21, choose the hot spot region as the user, during as shown in Figure 2 door, monitoring server 200 at first judges whether in the acquisition range of main camera;
D22, when being in the acquisition range at main camera the time, control the corresponding focal length of described main camera adjustment, the theta alignment user chooses the hot spot region, the aligning door as this embodiment carries out image signal's collection;
D23, when not being in the acquisition range at main camera the time, control module control cradle head control device switches aims at described hot spot region door accordingly from the near auxiliary camera of door.
There is corresponding apparatus D24, the hot spot region in elected, and then the operational order according to the user shows this hot spot region equipment relevant parameters information in the video caption mode.As with the control button 1 of click door the time, door is opened, and clicks control button 1 once more, and door is closed, and can get access to this on off state accordingly by described intelligence sensor.
And, can on screen, show control corresponding button (as shown in Figure 2, the control button 1 of meeting show gate on the door can show rack control button 3 or the like on the rack) for the object that internal structure is arranged.When clicking control button, just demonstrate the internal image of this object on the display screen, at this moment, shown image is to be taken by the built-in camera that is arranged on this interior of articles.
For the object that the parameter processing capacity is arranged, when mouse moves on it, can show relevant parameter in the mode of pasting scholar (Tips).
In addition, each equipment also can be with the mode display working condition of indicator light, the indicator light on the rack 2 for example, and indicator light shows in the real scene image in real time.
Therefore the monitoring system of the true scene of demonstration provided by the present invention and its implementation are take the true scene of video as main monitoring means and operation interface, and it is supplementary means that intelligence sensor obtains operational factor; The unified monitoring and management to each calculator room equipment have been realized, reach and greatly alleviate room management personnel work load, greatly improve again simultaneously operational reliability, stability and compatibility, the scalability of whole system, realize the true Real time visible of machine room, and saved equipment cost. And have the following advantages:
1, Real Time Monitoring: because camera is directly taken the image of true scene, then image is shown in real time at the remote monitoring end, thereby realized the Real Time Monitoring function;
2, operation is more humane;
3, simple in structure, be easy to realize.
Should be understood that application of the present invention is not limited to above-mentioned giving an example, for those of ordinary skills, can be improved according to the above description or conversion that all these improvement and conversion all should belong to the protection domain of claims of the present invention.
Claims (9)
1. a supervisory control system that shows real scene is characterized in that, comprising:
Be used for obtaining in real time a plurality of cameras of real scene picture signal from different zones;
The The Cloud Terrace that is used for fixing described camera;
The cradle head control device that is connected with described The Cloud Terrace is used for according to a cradle head control signal, the direction of motion of control The Cloud Terrace;
The monitoring server that is connected with described camera, cradle head control device be used for the real scene picture signal of obtaining from described camera is analyzed and handled on the one hand, and the mode with piecemeal shows on display screen respectively; Be used on the other hand producing corresponding cradle head control signal, control described cradle head control device and drive described camera and obtain corresponding real scene picture signal in real time according to the operational order of user input;
The a plurality of intelligence sensors that are connected with each equipment are used to obtain the parameter information of each equipment, and described parameter information is sent to monitoring server shows in the mode of video caption;
Wherein, described monitoring server comprises image processing module, human-computer interaction module, control module,
Described image processing module is connected with described camera, the real scene picture signal that is used for that on the one hand camera is obtained is handled according to pre-defined rule and is divided into several rectangular blocks, and each rectangular block image-region all can be endowed a threshold value with corresponding one by one with a processing logic and coordinate figure, and makes corresponding coordinate system table of angle scene of each camera; Be used to select specified format that described real scene picture signal is preserved on the other hand;
Described human-computer interaction module comprises a plurality of Presentation Functions and visualization interface, is used to receive the operational order of user's input on the one hand, and is sent to control module; Be used to receive the hot spot region signal that the user clicks on the other hand on screen, and become corresponding coordinate to be sent to control module this hot spot region conversion of signals;
Described control module is connected with described cradle head control device, be used on the one hand sending corresponding operational order to the cradle head control device according to the instruction of user's input, and be used for sending corresponding control command according to the pairing coordinate of clicking in hot spot region, the control The Cloud Terrace drives corresponding camera and follows the tracks of the hot spot region that the user clicked; Be used for the parameter information that obtains according to described intelligence sensor on the other hand, the control corresponding apparatus produces response.
2. the supervisory control system of demonstration real scene according to claim 1 is characterized in that, described a plurality of cameras comprise:
Be used to obtain the main camera of panoramic picture signal;
Be used to obtain the auxiliary camera of subregion picture signal;
And the equipment that is arranged on built-in camera interior, that be used to obtain the device interior picture signal.
3. the supervisory control system of demonstration real scene according to claim 1 is characterized in that, described intelligence sensor comprises:
Parameter acquiring unit is used for obtaining automatically the trip information of each equipment;
Analyze comparing unit, be used for utilizing intelligence database to compare analysis, normally whether monitor with running status to current device to described trip information;
Transmitting element, the object information that is used for analyzing is sent to monitoring server, and shows in the video caption mode according to user's operation.
4. an implementation method that shows the real scene supervisory control system is characterized in that, comprises step:
A, a plurality of camera obtain the real scene picture signal in real time from different guarded regions, and the real scene picture signal of being obtained is sent to monitoring server;
The image processing module of B, monitoring server carries out analyzing and processing to described real scene picture signal, the real scene picture signal is divided into several rectangular blocks according to the pre-defined rule processing, each rectangular block is corresponding one by one with a processing logic and coordinate figure, and the corresponding coordinate system table of the angle scene that makes each camera, and show by human-computer interaction module mode with piecemeal on display screen;
C, a plurality of intelligence sensors by being connected with each equipment obtain the parameter information of each equipment, and described parameter information is carried out being sent to monitoring server after the analyzing and processing.
5. according to the implementation method of the described demonstration real scene of claim 4 supervisory control system, it is characterized in that described steps A also comprises:
A1, main camera obtain the general image signal;
A2, auxiliary camera obtain the subregion picture signal;
A2, the built-in camera that is arranged in the equipment obtain the device interior picture signal.
, according to the implementation method of the described demonstration real scene of claim 4 supervisory control system, it is characterized in that it also comprises step:
The human-computer interaction module of D1, monitoring server receives the user and imports corresponding operational order, and produce corresponding cradle head control signal according to the operational order of user input, control described cradle head control device and drive corresponding camera and obtain the real scene picture signal corresponding in real time with described operational order;
The hot spot region signal that D2, reception user click on screen, and this hot spot region conversion of signals become corresponding coordinate, drive the processing logic that corresponding camera is followed the tracks of the hot spot region that the user clicked or carried out this focus correspondence by control module control The Cloud Terrace.
7. according to the implementation method of the described demonstration real scene of claim 6 supervisory control system, it is characterized in that described step D2 specifically comprises:
D21, when the user chooses the hot spot region, judge whether in the acquisition range of main camera;
D22, when being in the acquisition range at main camera the time, control the hot spot region that the corresponding focal length of described main camera adjustment, theta alignment user are chosen, carry out image signal's collection;
D23, when not being in the acquisition range at main camera the time, control module control cradle head control device switches corresponding auxiliary camera aims at described hot spot region.
8. according to the implementation method of the described demonstration real scene of claim 7 supervisory control system, it is characterized in that described step D2 also comprises:
There is corresponding apparatus D24, the hot spot region in elected, and then the operational order according to the user shows this hot spot region equipment relevant parameters information in the video caption mode.
9. according to the implementation method of the described demonstration real scene of claim 4 supervisory control system, it is characterized in that described step C also comprises:
C1, intelligence sensor obtain the trip information of each equipment, and utilize intelligence database to compare analysis to described trip information, normally whether monitor with running status, and the object information of analyzing is sent to monitoring server current device.
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