CN103412797A - Control system for large screen display in electric power operation monitoring center - Google Patents
Control system for large screen display in electric power operation monitoring center Download PDFInfo
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- CN103412797A CN103412797A CN2013103792915A CN201310379291A CN103412797A CN 103412797 A CN103412797 A CN 103412797A CN 2013103792915 A CN2013103792915 A CN 2013103792915A CN 201310379291 A CN201310379291 A CN 201310379291A CN 103412797 A CN103412797 A CN 103412797A
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Abstract
The invention discloses a control system for large screen display in an electric power operation monitoring center. The control system for the large screen display in the electric power operation monitoring center comprises an operating system which operates on a host; the operating system is provided with an interactive operating terminal desktop and a large screen display terminal desktop; an interactive operating terminal AIR (Adobe Integrated Runtime)virtual machine operates on the interactive operating terminal desktop; a large screen display terminal AIR virtual machine operates on the large screen display terminal desktop; the interactive operating terminal AIR virtual machine and the large screen display terminal AIR virtual machine are connected with the operating system through a plurality of API (Application Programming Interface) buses; an interactive operating terminal AIR container is arranged inside the interactive operating terminal AIR virtual machine; a large screen display terminal AIR container is arranged inside the large screen display terminal AIR virtual machine; the interactive operating terminal AIR virtual machine and the large screen display terminal AIR virtual machine are in socket communication through an Intranet electric power local area network. The control system for the large screen display in the electric power operation monitoring center has the advantages of enabling the interactivity and visualization performance of the electric power operation monitoring center to be increased and effectively satisfying audience requirements for interactivity and visualization of the electric power operation monitoring center.
Description
Technical field
The present invention relates to a kind of electric power monitoring operation center large-size screen monitors displaying control system in electrical network field.
Background technology
Electric power monitoring operation center has become the main platform of regional power grid monitoring, and its effect is that the operation of whole regional power grid is carried out to intelligentized support, is also the window that regional power grid is externally showed simultaneously.
At present, electric power monitoring operation central plane is to the audient who comprises government and industry leader, by advanced interaction technique, carry out the large-size screen monitors displaying, the external environment condition data of having integrated some areas Economic technique datas based on comprising are provided, thereby make electric power operation data Kucheng carry out the platform that information for supporting some decision is independently obtained.Electric power monitoring operation center is very high for interaction and visual requirement.Interactive visual requires, by the achievements exhibition of customizable, fully to fully utilize various advanced persons' visual software technological means and various types of hardware display carrier, realize efficiently, targetedly, abundant promotional effect intuitively.But current electric power monitoring operation center there is no method and meets above-mentioned requirement.
Summary of the invention
The objective of the invention is in order to overcome the deficiencies in the prior art, provide a kind of electric power monitoring operation center large-size screen monitors to show and use control system, it can effectively meet audient's interactive and visual requirement for electric power monitoring operation center.
The another kind of technical scheme that realizes above-mentioned purpose is: a kind of electric power monitoring operation center large-size screen monitors displaying control system;
Be included in the operating system of moving on main frame, this operating system is provided with interactive operation end desktop and large-size screen monitors are showed the end desktop, operation interactive operation end AIR virtual machine on described interactive operation end desktop, described large-size screen monitors show that on the end desktop, the operation large-size screen monitors are showed end AIR virtual machine;
Described interactive operation end AIR virtual machine shows that with described large-size screen monitors end AIR virtual machine all is connected with described operating system by some roads API bus;
The built-in interactive operation end of described interactive operation end AIR virtual machine AIR container; Described large-size screen monitors are showed the built-in large-size screen monitors displaying of end AIR virtual machine end AIR container;
Described interactive operation end AIR virtual machine shows that with described large-size screen monitors end AIR virtual machine carries out socket by Intranet electric power LAN (Local Area Network) and communicates by letter.
Further, described interactive operation end AIR virtual machine is provided with the first file read-write api interface, the first native window api interface, the first menu creation and Administration API interface, and first the inquiry api interface, to realize it, be connected with the API bus of described operating system:
Described the first file read-write api interface: for the described interactive operation end AIR container of packing into of the Flash file by storing on described main frame;
Described the first native window api interface: at described interactive operation end desktop, set up the corresponding window of each Flash file in described interactive operation end AIR container;
Described the first menu creation and Administration API interface: in interactive operation end AIR container, creating menu on the corresponding window of each Flash file;
The first inquiry api interface: for data query on described main frame, and the data that will inquire write in the interior corresponding Flash file of described interactive operation end AIR container;
Described large-size screen monitors show that end AIR virtual machine is provided with the second file read-write api interface, the second native window api interface, the second menu creation and Administration API interface, and the second inquiry api interface, are connected with the API bus of described operating system with its realization:
Described the second file read-write api interface: show end AIR container for pack into described large-size screen monitors of the Flash file by storing on described main frame;
Described the second native window api interface: for show the end desktop at described large-size screen monitors, set up described large-size screen monitors and show the corresponding window of each Flash file in end AIR container;
Described the second menu creation and Administration API interface: on the corresponding window of each Flash file, create menu at described large-size screen monitors, showing in end AIR container;
The second inquiry api interface: for data query on described main frame, and the data that will inquire write in the interior corresponding Flash file of described large-size screen monitors displaying end AIR container;
Described the first file read-write api interface and described the second file read-write api interface are synchronous operation, described the first native window api interface and described the second native window api interface are synchronous operation, described the first menu creation and Administration API interface and described the second menu creation and Administration API interface are synchronous operation, and described inquiry api interface and described the second inquiry api interface are synchronous operation.
Further, described interactive operation end AIR virtual machine is provided with the first electric power SQLite database api interface; Described large-size screen monitors show that end AIR virtual machine is provided with the second electric power SQLite database api interface;
Described the first electric power SQLite database api interface is for from electric power SQLite database reading out data, and reading out data is write in described interactive operation end AIR container in corresponding Flash file;
Described the second electric power SQLite database api interface is used for from electric power SQLite database reading out data, and reading out data is write in the corresponding Flash file of described large-size screen monitors displaying end AIR container;
Described the first electric power SQLite database api interface and described the second electric power SQLite database api interface are synchronous operation.
Further, the interactive operation end of described electric power operation centre is divided into main touch-screen, and corresponding the first side touch-screen and the second side touch-screen that is positioned at the described main touch-screen left and right sides, described the first native window api interface for by the corresponding window of any one Flash file in described interactive operation end AIR container at described main touch-screen, and switch between described the first side touch-screen and described the second side touch-screen.
Further, be loaded into described interactive operation end AIR container and described large-size screen monitors and show that the code of the Flash file of end AIR container is to use the Html/Javascript assembly, or the Flash/Flex assembly is write.
Adopted a kind of electric power monitoring operation of the present invention center large-size screen monitors to show the technical scheme by control system, namely at the large-size screen monitors of the interactive operation end AIR virtual machine moved on the interactive operation end desktop of operating system and operating system, showed that end boils the large-size screen monitors that move on face and shows the technical scheme of carrying out Socket communication by electric power Intranet LAN (Local Area Network) between end AIR virtual machine.Its technique effect is; Realized the synchronous operation of Flash file on large-size screen monitors displaying end desktop and interactive operation end desktop, realized the simultaneous display that large-size screen monitors are showed end desktop and interactive operation end desktop, strengthened the interactive and Visual Performance in electric power monitoring operation center, effectively meet the audient for electric power monitoring operation center interactive and visual aspect requirement.
The accompanying drawing explanation
Fig. 1 is that a kind of electric power monitoring operation of the present invention center large-size screen monitors are showed the structural representation by control system.
Embodiment
Refer to Fig. 1, the present inventor is in order to technical scheme of the present invention, to understand better, below by embodiment particularly, and is described in detail by reference to the accompanying drawings:
Refer to Fig. 1, a kind of electric power monitoring operation center large-size screen monitors are showed the operating system 1 that comprises an operation on main frame 100 by control system, and this operating system 1 is provided with two desktops, i.e. interactive operation end desktop 11, and large-size screen monitors is showed end desktop 12.Large-size screen monitors show that end desktop 12 is presented on the large-size screen monitors displaying end of electric power operation Surveillance center.Interactive operation end desktop 11 is presented on the interactive operation end at electric power monitoring operation center.The interactive operation end at electric power monitoring operation center is divided into again main touch-screen, and corresponding the first side touch-screen and the second side touch-screen that is positioned at the described main touch-screen left and right sides.Wherein, described main touch-screen is of a size of 42 inches, and the size of described the first side touch-screen and described the second side touch-screen is 21.5 inches.This operating system 1 can be Wiodows7, Mac OS or Android etc.
Operation interactive operation end AIR(Adobe Integrated Runtime on the interactive operation end desktop 11 of operating system 1) virtual machine 2, the large-size screen monitors of operating system 1 show that on end desktop 12, the operation large-size screen monitors are showed end AIR virtual machine 3.Between operating system 1 and interactive operation end AIR virtual machine 2, be equipped with some roads API bus on operating system 1 and between large-size screen monitors displaying end AIR virtual machine 3.
In interactive operation end AIR virtual machine 2, be provided with an interactive operation end AIR container 4, large-size screen monitors show in end AIR virtual machine 3 that being provided with large-size screen monitors shows end AIR container 5.
Between interactive operation end AIR virtual machine 2 and large-size screen monitors displaying end AIR virtual machine 3, carry out Socket communication by Intranet electric power LAN (Local Area Network) 8.
Interactive operation end AIR virtual machine 2 is provided with following api interface (Appli-cation Programming Interface, application programming interface), is connected with the API bus between operating system 1 to realize interactive operation end AIR virtual machine 2.
The first file read-write api interface: for the instruction of call operation system 1, the Flash file of storage on main frame 100 is packed in interactive operation end AIR container 4.
The first native window api interface: for the instruction of call operation system 1, on interactive operation end desktop 11, set up the corresponding window of each Flash file in interactive operation end AIR container 4, and by the corresponding windows exchange of each Flash file to described main touch-screen, described the first side touch-screen or described the second side touch-screen.
The first menu creation and Administration API interface: for the instruction of call operation system 1, on the corresponding window of each Flash file, create menu in interactive operation end AIR container 4.For the instruction of call operation system 1, the menu on the corresponding window of each Flash file in interactive operation end AIR container 4 is managed.
The first inquiry api interface: for data query on main frame 100, and the data that will inquire write in the interior corresponding Flash file of interactive operation end AIR container 4.
On interactive operation end AIR virtual machine 2, also be provided with a SQLite database api interface, it can make interactive operation end AIR virtual machine 2 connect electric power SQLite database (not shown) by a SQLite database API bus, and from reading out data electric power SQLite database, and reading out data is write in the interior corresponding Flash file of interactive operation end AIR container 4.
Large-size screen monitors show that end AIR virtual machine 3 is provided with following api interface, is connected with the API bus between operating system 1 to realize it.
The second file read-write api interface: for the instruction of call operation system 1, the Flash file of storage on main frame 100 large-size screen monitors of packing into are showed in end AIR container 4.
The second native window api interface: for the instruction of call operation system 1, show on end desktop 12 at large-size screen monitors, set up large-size screen monitors and show the corresponding window of each Flash file in end AIR container 5.
The second menu creation and Administration API interface: for the instruction of call operation system 1, on the corresponding window of each Flash file, create menu within large-size screen monitors are showed end AIR container 5.For the instruction of call operation system 1, large-size screen monitors are showed in end AIR container 5, the menu on the corresponding window of each Flash file manages.
The second inquiry api interface: for data query on main frame 100, and the data that will inquire write in large-size screen monitors displaying end AIR container 5 interior corresponding Flash files.
On large-size screen monitors displaying end AIR virtual machine 3, also be provided with the 2nd SQLite database api interface, it can make large-size screen monitors show that end AIR virtual machine 3 connects electric power SQLite database by the 2nd SOLite database API bus, and from reading out data electric power SQLite database, and reading out data is write in large-size screen monitors displaying end AIR container 5 interior corresponding Flash files.
Any one Flash file is showed synchronous operation on end desktop 12 at interactive operation end desktop 11 and large-size screen monitors, be that interactive operation end desktop 11 and large-size screen monitors are showed the identical Flash file of operation on end desktop 12, the window that shows identical Flash file, interactive operation end desktop 11 and large-size screen monitors are showed end desktop 12 simultaneous displays.The Flash file is that what to show simultaneous display on end desktop 12 at interactive operation end desktop 11 and large-size screen monitors is to show that by interactive operation end AIR virtual machine 2 and large-size screen monitors the socket communication between end AIR virtual machine 3 realizes.
Be that described the first file read-write api interface and described the second file read-write api interface are synchronous operation, described the first native window api interface and described the second native window api interface are synchronous operation, described the first menu creation and Administration API interface and described the second menu creation and Administration API interface are synchronous operation, and described the first inquiry api interface and described the second inquiry api interface are synchronous operation.
In the present embodiment, in main frame 100, have five Flash files: rack information Flash file, power planning information Flash file, city planning information Flash file, electricity consumption data Flash file and power supply data Flash file.The code of these five Flash files can be used the Html/Javascript assembly, or the Flash/Flex assembly is write.Synchronously packed into the interactive operation end AIR container 4 of interactive operation end AIR virtual machine 2 of these five files, large-size screen monitors show that the large-size screen monitors of end AIR virtual machine 3 show end AIR container 5.Interactive operation end AIR virtual machine 2 is on the interactive operation end desktop 11 of operating system 1, and large-size screen monitors displaying end AIR virtual machine 3 is showed on end desktop 12 at the large-size screen monitors of operating system 1, synchronously sets up this five windows that the Flash file is corresponding.Interactive operation end AIR virtual machine 2 is by the first inquiry api interface, and large-size screen monitors show that end AIR virtual machine 3 is by the second inquiry api interface, synchronously from main frame 100 inquiry rack information datas, power planning information data, city planning information data.Interactive operation end AIR virtual machine 2 and large-size screen monitors show that end AIR virtual machine 3 synchronously writes rack information data, power planning information data, city planning information data correspondence in rack information Flash file, power planning information Flash file and city planning information Flash file.Interactive operation end AIR virtual machine 2 is by a SOLite database interface, large-size screen monitors show that end AIR virtual machine 3 is by the 2nd SOLite database interface, synchronous from described electric power SQLite database, reading real-time electricity consumption data and real-time power supply data, interactive operation end AIR virtual machine 2 and large-size screen monitors show that end AIR virtual machine 3 synchronously writes real-time electricity consumption data and real-time power supply data correspondence in electricity consumption data Flash file and power supply data Flash file again.
Then, if on the interactive operation end desktop 11 of operating system 1, open window corresponding to power supply data Flash file, the large-size screen monitors of operating system 1 are showed on end desktop 12, window corresponding to power supply data Flash file synchronously opened, and power supply data Flash file is showed the synchronous operation on end desktop 12 at the large-size screen monitors of the interactive operation end desktop 11 in operating system 1 and operating system 1.
On the interactive operation end desktop 11 of operating system 1 and on the large-size screen monitors of operating system 1 displaying end desktop 12, all can move simultaneously these five Flash files.
In addition, on the interactive operation end desktop 11 of operating system 1, five windows corresponding to Flash file all can switch between main touch-screen, the first side touch-screen and the second side touch-screen in the interactive operation end at described electric power monitoring operation center.
The main touch-screen of the interactive operation end at electric power monitoring operation center is multi-point touch panel, utilize described main touch-screen, can to a plurality of contacts, produce real-time reaction simultaneously, and other api interface between interaction display end AIR virtual machine 2 and operating system 1, the various instructions in call operation system 1.Can on described main touch-screen, carry out single-point touches, click, double-click, translation, press, roll and the different gestures such as rotation touch, realization operates window corresponding to any one Flash file on the interactive operation end desktop 11 that is presented at operating system 1, if amplified, dwindle, rotation, translation etc., thereby more fully watch in described five Flash files content arbitrarily.
Simultaneously, interactive operation end AIR virtual machine 2 is by the first native window api interface, instruction in call operation system 1, realize the switching between main touch-screen, the first side touch-screen or the second side touch-screen of the corresponding window of any one Flash file in the interactive operation end at described electric power monitoring operation center.Realize that interlock, content between main touch-screen, described the first side touch-screen or described the second side touch-screen in the interactive operation end at described electric power monitoring operation center push mutually, the realization interaction is browsed, thereby made up the interactive operation end at described electric power monitoring operation center, while adopting single main touch-screen to show the corresponding window of a plurality of Flash file, the deficiency of display area, avoided the too much word of described main touch screen display and picture.
The large-size screen monitors displaying of a kind of electric power monitoring operation of the present invention center has been adopted the Air+Flash framework by control system, on the interactive operation end desktop 11 of operating system 1 and on large-size screen monitors displaying end desktop 12, all can realize 6400 * 1200 resolution, a kind of electric power monitoring operation of the present invention center large-size screen monitors are showed and with the interactive operation end desktop 11 of the operating system 1 of control system and large-size screen monitors, to be showed to hold on desktop 12 and all use bitmap at the same time, guarantee fluency and the sharpness of image in five flash running paper processes.
Those of ordinary skill in the art will be appreciated that, above embodiment illustrates the present invention, and not be used as limitation of the invention, as long as in connotation scope of the present invention, all will drop in claims scope of the present invention variation, the modification of the above embodiment.
Claims (5)
1. control system is used in an electric power monitoring operation center large-size screen monitors displaying, it is characterized in that:
Be included in the operating system (1) of the upper operation of main frame (100), this operating system (1) is provided with interactive operation end desktop (11) and large-size screen monitors are showed end desktop (12), the upper operation of described interactive operation end desktop (11) interactive operation end AIR virtual machine (2), described large-size screen monitors displaying are held the upper operation of desktops (12) large-size screen monitors to show and are held AIR virtual machine (3);
Described interactive operation end AIR virtual machine (2) shows that with described large-size screen monitors end AIR virtual machine (3) all is connected with described operating system (1) by some roads API bus;
Described interactive operation end AIR virtual machine (2) built-in interactive operation end AIR container (4); Described large-size screen monitors are showed the built-in large-size screen monitors displaying of end AIR virtual machine (3) end AIR container (5);
Described interactive operation end AIR virtual machine (2) shows that with described large-size screen monitors end AIR virtual machine (3) carries out socket by Intranet electric power LAN (Local Area Network) (8) and communicates by letter.
2. a kind of electric power monitoring operation according to claim 1 center large-size screen monitors are showed and to be used control system, it is characterized in that: described interactive operation end AIR virtual machine (2) is provided with the first file read-write api interface, the first native window api interface, the first menu creation and Administration API interface, and first the inquiry api interface, to realize its API bus with described operating system (1), be connected:
Described the first file read-write api interface: for described interactive operation end AIR container (4) that the upper Flash file of storing of described main frame (100) is packed into;
Described the first native window api interface: at described interactive operation end desktop (11), set up the corresponding window of each Flash file in described interactive operation end AIR container (4);
Described the first menu creation and Administration API interface: in interactive operation end AIR container (4), creating menu on the corresponding window of each Flash file;
The first inquiry api interface: for data query on described main frame (100), and the data that will inquire write in the interior corresponding Flash file of described interactive operation end AIR container (4);
Described large-size screen monitors show that end AIR virtual machine (3) is provided with the second file read-write api interface, the second native window api interface, the second menu creation and Administration API interface, and second the inquiry api interface, with its realization, be connected with the API bus of described operating system (1):
Described the second file read-write api interface: show end AIR container (5) for described large-size screen monitors that the upper Flash file of storing of described main frame (100) is packed into;
Described the second native window api interface: for show end desktop (12) at described large-size screen monitors, set up described large-size screen monitors and show the corresponding window of each Flash file in end AIR container (5);
Described the second menu creation and Administration API interface: within described large-size screen monitors are showed end AIR container (5), creating menu on the corresponding window of each Flash file;
The second inquiry api interface: at the upper data query of described main frame (100), and the data that will inquire write described large-size screen monitors and show in end AIR containers (5) in corresponding Flash file;
Described the first file read-write api interface and described the second file read-write api interface are synchronous operation, described the first native window api interface and described the second native window api interface are synchronous operation, described the first menu creation and Administration API interface and described the second menu creation and Administration API interface are synchronous operation, and described inquiry api interface and described the second inquiry api interface are synchronous operation.
3. control system is used in large-size screen monitors displaying in a kind of electric power monitoring operation according to claim 2 center, and it is characterized in that: described interactive operation end AIR virtual machine (2) is provided with the first electric power SQLite database api interface; Described large-size screen monitors show that end AIR virtual machine (2) is provided with the second electric power SQLite database api interface;
Described the first electric power SQLite database api interface is used for from electric power SQLite database reading out data, and reading out data is write in the interior corresponding Flash file of described interactive operation end AIR container (4);
Described the second electric power SQLite database api interface is used for from electric power SQLite database reading out data, and reading out data is write in the corresponding Flash file of described large-size screen monitors displaying end AIR containers (5);
Described the first electric power SQLite database api interface and described the second electric power SQLite database api interface are synchronous operation.
4. according to the described a kind of electric power monitoring operation of claim 2 or 3 center large-size screen monitors, show and use control system, it is characterized in that: the interactive operation end of described electric power operation centre is divided into main touch-screen, and corresponding the first side touch-screen and the second side touch-screen that is positioned at the described main touch-screen left and right sides, described the first native window api interface for by the corresponding window of any one Flash file in described interactive operation end AIR container (4) at described main touch-screen, and switch between described the first side touch-screen and described the second side touch-screen.
5. according to the described a kind of electric power monitoring operation of claim 2 or 3 center large-size screen monitors, show and use control system, it is characterized in that: be loaded into described interactive operation end AIR container (4) and described large-size screen monitors and show that the code of the Flash file of end AIR containers (5) is to use the Html/Javascript assembly, or the Flash/Flex assembly is write.
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