CN115150588A - Big screen display of wisdom shows management system and power plant wisdom shows management system that shows - Google Patents
Big screen display of wisdom shows management system and power plant wisdom shows management system that shows Download PDFInfo
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- H04N21/431—Generation of visual interfaces for content selection or interaction; Content or additional data rendering
- H04N21/4312—Generation of visual interfaces for content selection or interaction; Content or additional data rendering involving specific graphical features, e.g. screen layout, special fonts or colors, blinking icons, highlights or animations
Abstract
The invention belongs to the field of intelligent large screens, and discloses an intelligent large screen display management system and a power plant intelligent large screen display management system. The intelligent large-screen display management system comprises a management module, a large data module, a large-screen interaction module and a control module, wherein the management module is used for registering, logging, account number management and authority setting of the intelligent large-screen display management system, the large data module is used for receiving and reading transmission information of a real-time data acquisition module and a plurality of subsystems, carrying out data analysis, integration and classified storage on the transmission information after calculation, the large-screen interaction module designs a plurality of large-screen display pages according to the transmission information classified and stored by the large data module, and establishes an interactive linkage relation of the large-screen display pages of the intelligent large screens, and the control module is used for establishing an interactive linkage mechanism of the intelligent large-screen displays and/or terminals.
Description
Technical Field
The invention relates to the field of intelligent large screens, in particular to an intelligent large screen display management system and a power plant intelligent large screen display management system.
Background
With the continuous development of digital technology and the digital transformation of competitive enterprises in the industry, new information resources are generated through processing of various information systems, people at all levels of the enterprise are provided with insight into various dynamic service information, and enterprise information data are visually and dynamically presented, so that the enterprise shares internal information, exchanges external industries and displays conference sites.
At present, multiple systems in an enterprise are respectively administrative, all related systems cannot be effectively linked, and data information of all platforms cannot be fused and shared. Under the traditional mode, the inside show of enterprise, every system, every link step all need the special personnel to carry out the propelling movement of signal, cooperate and screen display operation processing, and different data can not pile up out the linkage again simultaneously and show, causes repeated information show many times, consumes the plenty of time, and operating efficiency is low, and data sharing is untimely, can not satisfy the demand of different crowds to data simultaneously, can not satisfy the needs that power plant's data safety partition was kept apart.
Nowadays, enterprises introduce an intelligent large screen in disputes, and when the enterprises share and submit the reports to the outside, more contents are presented in a limited space in an interactive mode, and data are presented in a visual mode through artificial layout. The platform just needs to be built by introducing the smart large screen, the enterprise generally builds the platform through introducing or self, and the smart management system introduced or built by self usually needs professional technicians to build long-time maintenance, so that the enterprise cost is increased, the management system customized by the enterprise often cannot meet the individual requirements of the enterprise, along with continuous innovation of the technology, the extensibility of the system is insufficient, the enterprise spends a large amount of economic cost, and the individual requirements of the enterprise cannot be timely met.
Disclosure of Invention
In view of the problems in the prior art, an object of the present invention is to provide an intelligent large-screen display management system, which is in communication connection with a plurality of subsystems, a real-time data acquisition module, a plurality of intelligent large-screen displays and a terminal, wherein the real-time data acquisition module is in communication connection with the plurality of subsystems, and the intelligent large-screen display management system comprises: the management module is used for registration, login, account management and authority setting of the intelligent large-screen display management system, the large data module is used for receiving and reading transmission information of the real-time data acquisition module and the subsystems and performing data analysis, integration and classified storage on the transmission information after calculation, the large-screen interaction module is used for designing a plurality of large-screen display pages according to the transmission information which is stored in the large data module in a classified mode, establishing a plurality of intelligent large-screen display page interaction linkage relations, and the control module is used for establishing a plurality of intelligent large-screen displays and/or interaction linkage mechanisms of the terminal.
In the above-mentioned smart large-screen display management system, optionally, the large data module includes: the real-time data reading unit is used for reading the real-time status information of the real-time data acquisition module, the system data reading unit is used for reading the display information of the subsystems, and the data screening and checking unit comprises: the device comprises a transcoder coding and screening component and a viewing component, wherein the transcoder coding and screening component is used for converting, restoring, integrating, screening, identifying and classifying and storing the transmission information, and the viewing component is used for setting the identifying and classifying, the identifying label and the video window and switching and/or hiding the label information.
In the intelligent large-screen display management system as described above, optionally, the large-screen interaction module includes: big screen design subassembly, big screen interaction linkage subassembly and specific subassembly, big screen design subassembly basis transmit information, carry out layout composing, modification, deletion, addition, duplication to big screen show page, big screen show page includes: important parameter frame, ICS display frame, DCS control frame, video window, security protection management frame and audio alert and/or video conference frame, the ICS display frame includes: the large-screen interactive linkage assembly is used for grouping and layering a plurality of large-screen display pages, establishing association of the grouped and layered large-screen display pages, setting interactive linkage between the large-screen display pages and interactive linkage relation of each frame content of the large-screen display pages, and the specific assembly is used for adding personalized setting elements to the large-screen display pages by a user.
In the big screen display management system of wisdom as above, optionally, real-time data acquisition module is used for gathering transmission real-time data, assembles the management to real-time data, big screen display of wisdom shows the switching of page through touching or alarm data trigger or infrared remote control, and the interactive linkage of show content is a plurality of big screen display of wisdom shows the ware and can seamlessly splice, the terminal machine includes PC and mobile terminal.
On the other hand provides a power plant's big screen display of wisdom shows management system, and it includes the big screen display of above-mentioned wisdom shows management system, real-time data acquisition module is used for gathering transmission equipment working condition information, equipment work video information, public relation information, security protection video information, a plurality of subsystems include: the intelligent enterprise management and control subsystem, the digital three-dimensional subsystem, the video security management subsystem, the voice calling subsystem and the electric subsystem, the intelligent large-screen display management system establishes, reminds and starts a remote teleconference through the voice calling subsystem, and the intelligent large-screen display management system monitors and knows the working condition of the electric equipment through the transmission information of the electric subsystem.
In the power plant's big screen display of wisdom management system, optionally, wisdom enterprise management and control subsystem with digital three-dimensional subsystem receives respectively equipment working condition information equipment working video information with public relation information, wisdom enterprise management and control subsystem generates DCS control subassembly according to the information of receiving, digital three-dimensional subsystem generates the ICS subassembly of a plurality of linkages according to the information of receiving, video security protection management subsystem receives equipment working condition information security protection video information generates DCS control subassembly and a plurality of security protection monitoring subassembly.
In the power plant smart large-screen display management system as described above, optionally, the system data reading unit reads the DCS control module generated by the smart enterprise management and control subsystem, reads the ICS module generated by the digital three-dimensional subsystem, reads the DCS monitoring module generated by the video security management subsystem and the security monitoring modules, where the plurality of linked ICS modules include: a dynamic trend graph ICS component, a static statistical graph and/or table ICS component, and the 3D model ICS component.
In the power plant intelligent large-screen display management system, optionally, the real-time data acquisition module includes: the system comprises a plasma fire detection device, a boiler flame television, an industrial television and a security monitoring device, wherein the industrial television is provided with a plurality of devices for respectively receiving working video information of the devices of a plurality of units through an HDM1 interface and receiving the public relation information of a public relation subsystem, the plasma fire detection device receives the working condition information of the devices of the units through a VGA interface and the boiler flame television through a BNC interface, and the security monitoring device is connected with the security video information transmitted by a security monitoring camera through the HDM1 interface.
In the power plant intelligent large screen display management system as described above, optionally, the static statistical chart ICS component includes: the ICS component of the dynamic trend graph comprises: the system comprises a performance index trend graph and a curve display trend graph, wherein a 3D model ICS component is a 3D model graph displayed in a panoramic mode, and a plurality of security monitoring components comprise flame television videos, plasma fire detection videos and fire alarm monitoring parameters.
In the power plant intelligent large screen display management system, optionally, the number of the intelligent large screen display devices is 3, namely a left intelligent large screen display device, a middle intelligent large screen display device and a right intelligent large screen display device, wherein the right intelligent large screen display device and the left intelligent large screen display device respectively display the unit names, important parameters, a consumption parameter analysis statistical chart, a data report statistical chart, a performance index trend chart, a curve display trend chart, a DCS monitoring component, a flame television video, a plasma fire detection video and fire alarm monitoring parameters of 2 units of units, the middle intelligent large screen display is used for displaying the system name of the large screen display management of the power plant, important parameter, the analysis statistical chart of consuming the parameter, data report statistical chart, performance index trend chart, curve show trend chart, the 3D model map of panorama show, the DCS whole factory is assisted and is controlled, the work video of unit equipment of a plurality of units, and the DCS whole factory is assisted and is controlled including: DCS control module, DCS control subassembly, the show page correlation interaction of 3 big screen display wares of intelligence, show page and content correlation interaction.
The invention has the beneficial effects that: the multi-screen multi-system display control system can receive multi-channel real-time data, multi-channel video signals and multi-system contents and comprehensively control in a centralized manner, can perform centralized interactive operation on multi-screen and multi-system display contents and can also control a single system, can display the change of real-time synchronous data on a large screen, and is accurate in information level, accurate and easy to read and efficient in operation. The invention has strong ductility, simple construction and foolproof operation mode, different enterprises can set large-screen integral display layout switching and multi-screen linkage data analysis and screening according to self requirements, and the integrated interaction mode ensures that the enterprises can realize centralized command scheduling, plan planning and auxiliary decision making and service, respond to market requirements in time and improve decision making efficiency. The data of different subareas can be safely accessed, meanwhile, the data from different areas of the power plant are intensively displayed, the display efficiency is improved, operators can conveniently take and observe the data, the centralized display, commanding and scheduling of the data of the areas III and I of the power plant are realized, the working intensity of the operators is reduced, and the operation calling efficiency is greatly improved.
Drawings
Fig. 1 is a block diagram of an intelligent large-screen display management system according to an embodiment of the present invention.
Fig. 2 is a display frame diagram of a left smart large-screen display of a power plant smart large-screen display management system according to embodiment 1 of the present invention.
Fig. 3 is a display frame diagram of a left smart large-screen display of a smart large-screen display management system according to embodiment 2 of the present invention.
Fig. 4 is a display frame diagram of an intermediate smart large-screen display of the smart large-screen display management system according to embodiment 3 of the present invention.
Fig. 5 is a display frame diagram of an intermediate smart large-screen display of the smart large-screen display management system according to embodiment 4 of the present invention.
In the figure: the system comprises a 1-intelligent large-screen display management system, a 2-intelligent enterprise management and control subsystem, a 3-digital three-dimensional subsystem, a 4-video security management subsystem, a 5-real-time data acquisition module, a 6-intelligent large-screen display, a 7-terminal, a 11-management module, a 12-control module, a 13-large-data module, a 14-large-screen interaction module, a 71-PC (personal computer) and a 72-mobile terminal.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
In the description of the present invention, the terms "longitudinal", "lateral", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, which are for convenience of description of the present invention only and do not require that the present invention must be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. The terms "connected," "connected," and "disposed" used in the present invention should be understood broadly, and may be, for example, a fixed connection, a detachable connection, a direct connection, an indirect connection through intermediate components, a wired electrical connection, a wireless electrical connection, or a wireless communication signal connection, and specific meanings of the above terms may be understood by those skilled in the art according to specific situations.
The invention discloses an intelligent large-screen display management system 1, which meets the basic requirement of network security level protection of an information security technology, is used for meeting the individualized requirement of enterprises or individuals on intelligent large-screen display and realizes a multi-computer cooperative management mechanism.
As shown in fig. 1, the smart large-screen display management system 1 is communicatively connected to a plurality of subsystems, a real-time data acquisition module 5, a smart large-screen display 6 and a terminal 7. The management system gets through display parts and real-time data resources of a plurality of systems of enterprises or individuals, integrates and manages the data resources and the real-time data resources of the systems, and buyers can freely combine the integrated and managed data according to own requirements and uniformly output the integrated and managed data, namely, the intelligent large-screen display 6 and the terminal 7 (the PC 71 and the mobile terminal 72) are used for simultaneously displaying corresponding related contents in the same display management interface.
Big screen display management system of wisdom 1 includes: the system comprises a management module 11, a big data module 13, a big screen interaction module 14 and a control module 12.
The management module 11 is used for registration, login, account management and authority setting of the intelligent large-screen display management system 1, an enterprise or an individual needs to register a unique identifier (user name) in the system before using the intelligent large-screen display management system 1, system information and real-time data resources of a user are bound under the user name after the user name and the system are bound, and the system provides specific services according to the user identity. The authority management is an important component involved in all systems, and mainly aims to control the authority of different people for accessing resources and avoid risk problems caused by lack of authority control or improper operation, such as operation errors, private data leakage and the like.
The big data module 13 is used for receiving the transmission information of the real-time data acquisition module 5 and the subsystems, and performing data analysis, integration and classified storage on the transmission information after calculation, specifically, the big data module 13 performs preliminary analysis and screening on the received transmission information, captures available information of the intelligent large-screen display management system 1 after statistical calculation on the screened information, and stores the information in a classified and grouped manner according to identification.
The large-screen interaction module 14 can create a plurality of pages of a plurality of large screens according to requirements by importing the transmission information classified and stored by the large data module 13, and perform layout design of page (main page and sub-page) contents according to a template or a customized (personalized requirement), wherein the main page and the sub-page can be switched with each other to associate the page with the transmission information, and a plurality of large-screen display pages establish an interactive linkage relationship.
The control module 12 is mainly used for establishing an interactive linkage mechanism of the intelligent large screen displays 6 and the terminal 7, and the control module 12 has a voice and character recognition function suitable for the terminal 7. The terminal 7 sends instructions through voice or touch control, and a plurality of intelligent large-screen displays 6 controlled simultaneously log in or quit the intelligent large-screen display management system 1. The intelligent large screen display 6 and the terminal 7 can share screens mutually through the control module 12, and switching of large screen display pages and interactive linkage control of the intelligent large screen displays 6 are achieved. The method supports seamless switching of a large-screen display page, multi-screen linkage data analysis, multi-screen display content linkage interaction and single-screen display content operation by a user in multiple control modes of voice, touch, bluetooth and infrared. The intelligent large-screen display management system 1 has an integrated operation mode of single-point main control and cluster linkage, easily controls multi-screen display contents in a centralized manner, and fully meets the use requirements of users.
Further, the big data module 13 includes: the system comprises a real-time data reading unit, a system data reading unit and an information screening and checking unit.
The real-time data reading unit is mainly used for providing a necessary interface for information transmission of the real-time data acquisition module 5 through a connection mode between two hardware devices and/or through a server, and is used for reading real-time condition information of the real-time data acquisition module 5, specifically data information of equipment operation, working state of the equipment and video information of surrounding environment. The system data reading unit is connected with the subsystems through a communication server (http protocol), and/or returns to the system data reading unit after calling the subsystem interface to log in the subsystems, and reads the external display information of the subsystems.
The data screening and viewing unit comprises: the transcoder decoding and screening component mainly converts videos with different formats in transmission information into a system video general format, identifies and screens the transmission information (videos, images, voice data and the like) according to the original meaning of the transmission information by decoding and identifying the meaning when the transmission information is output, sets identification labels after distributing and combining the screened information, and performs addressing storage according to the identification classification and grouping structure set by the system. The viewing component can set the identification classification, the identification label and the video window, the identification classification, the identification label and the video window can be added, edited and deleted through the viewing component, the label information and the video information can be switched and/or hidden, the display of the video window can be set in a user-defined mode (such as the free switching among 12 grids, 9 grids, 4 grids and the like), each video window can be displayed in a polling mode independently, a certain fixed scene can be set for display selectively, or a certain fixed video window can be subjected to a zooming function setting.
Further, the large screen interaction module 14 includes: the large screen interactive system comprises a large screen design component, a large screen interactive linkage component and a specific component. The large screen design component designs layout design, typesetting, modification, deletion, addition and duplication of the large screen display page according to the stored transmission information, and the layout design of the large screen display page of the system mainly comprises a frame structure: the system comprises an important parameter frame, an ICS display frame, a DCS control frame, a video window frame, a security management frame, a voice alarm and/or video conference frame and the like, wherein the ICS display is divided into a dynamic graph, a static graph (graph and/or table), a 3D display graph (such as a panoramic display graph, an area display graph, a local enlarged graph and the like). The user can select information to be displayed in each frame area and then complete the page layout by dragging and pulling, the page layout is mainly realized by two modes, and the user can automatically fill and adjust the resolution, format and size according to the template provided by the system (for example, videos, images and characters can be automatically filled and adjusted according to the parameters set by the template); the user can define the template according to the requirement (such as setting pixel, resolution, zooming of image and video, setting the condition of dynamic display graph, etc.).
The large screen interactive linkage assembly comprises: layer interaction setting, content interaction setting and the like. The layer interaction setting is used for dividing a plurality of large-screen display pages into a plurality of groups (for example, 3 large-screen display pages are divided into 3 groups), each group is hierarchically provided with a parent layer and a sub-layer according to nodes, the parent layer is a large-screen display main page, the sub-layer is a sub-page related to the main page, the plurality of main pages can be related to the same sub-page, and each main page can be related to 9 sub-pages at least. The groups, the layers and the pages can be associated by dragging, and the control sets triggering conditions for realizing switching and interactive linkage among the groups, the layers and the pages. The content interaction setting is divided into image-text interaction linkage setting and image-text interaction linkage setting, and is realized by setting triggering conditions through a control after the association is established through dragging and pulling.
The specific component is used for adding a personalized setting element to the large-screen display page by a user, and the invention provides the following steps: pop-up windows (alarm pop-up, countdown pop-up, prompt or hide pop-up, etc.), welcome pages, counters, timers, etc.
Further, the real-time data acquisition module 5 is used for intelligently acquiring and transmitting real-time data and carrying out convergence management on the real-time data. Collecting real-time data includes: the system comprises analog signals, control signals, data, voice, images, videos and the like, interface conversion, protocol analysis and conversion are needed for transmitting real-time data, and conversion, caching, storage, transmission, cleaning and the like are needed for data management.
The intelligent large-screen display management system 1 is logged in through the intelligent large-screen display 6 and/or the terminal 7, a large-screen main display page is displayed, the terminal 7 comprises a PC (personal computer) 71 and a mobile terminal 72, and the logging in of the intelligent large-screen display management system 1 can allow at least 5 mobile terminals 72, at least 10 PC (personal computer) 71 and a plurality of intelligent large-screen displays 6 to log in simultaneously through one user name. The users with different authorities can only log in 1 mobile terminal 72, and the mobile terminal 72 or the smart large-screen display 6 can authorize the PC 71 to share or control the display screen of the management system back to the plurality of smart large-screen displays 6 and the plurality of mobile terminals 72, so that seamless connection among the smart screens, the mobile phones, the tablet boards and the like is realized. The intelligent large screen display 6 can be seamlessly spliced from left to right or from top to bottom by a plurality of intelligent large screen displays 6. The intelligent large screen display 6 is triggered by touch or alarm data or is remotely controlled by infrared rays to move a control module 12 of the intelligent large screen display management system 1, and the control module 12 performs a series of control operations such as switching of display pages, interactive linkage of display contents and the like.
The embodiment of the invention provides an intelligent large-screen display management system 1 for a power plant, which is characterized in that a real-time data acquisition module 5 acquires and transmits equipment working condition information (analog signals, control signals, early warning signals and the like) and equipment working video information (images or videos) of each unit of the power plant, and acquires and transmits public relation information of public equipment of a plurality of units and security video information inside and outside a plant area (such as action behavior identification of vehicle transportation monitoring, face identification of staff, fire alarm signals and the like). It should be noted that the system can also be popularized and applied to large-screen display management systems of various industrial production enterprises such as chemical industry, petroleum industry, metallurgy industry and the like.
A plurality of subsystems that power plant's wisdom large-screen display shows management system 1 and connects include: the intelligent enterprise management and control subsystem 2, the digital three-dimensional subsystem 3, the video security management subsystem 4, the voice calling subsystem and the electric subsystem. An intelligent enterprise management and control subsystem 2 and a digital three-dimensional subsystem 3 of the power plant respectively receive equipment working condition information, equipment working video information and public relation information, and a video security management subsystem 4 receives the equipment working condition information and security video information.
The intelligent large-screen display management system 1 receives a DCS control assembly which is generated by the intelligent enterprise management and control subsystem 2 according to the equipment working condition information, the equipment working video information and the public relation information and displays the DCS control assembly to the outside.
The digital three-dimensional subsystem 3 includes: the three-dimensional digital module generates a 3D model ICS component after performing 3D modeling according to the equipment working condition information, the equipment working video information and the public relation information; the statistical analysis module generates a dynamic trend chart ICS component, a static statistical chart and/or a table ICS component according to the equipment working condition information, the equipment working video information and the public relation information; and the association interaction module is used for associating the 3D model ICS assembly, the dynamic trend graph ICS assembly, the static statistical graph ICS assembly, the equipment working condition information, the equipment working video information and the public relation information to form a plurality of linkage ICS assemblies.
The video security management subsystem 4 receives the equipment working condition information and the security video information and generates a DCS monitoring component and a plurality of security monitoring components, is mainly used for monitoring and early warning unsafe states and behaviors, eliminates potential safety hazards, and is used for monitoring, coordinating management, cooperatively disposing and commanding and scheduling.
The intelligent large-screen display management system 1 supports multi-server dynamic cluster deployment, provides multiple high-performance servers, can simultaneously support multiple conference channels, and guarantees relative independence and information safety of the conference channels. The remote Web mode management can be carried out, a remote telephone conference (voice or video) is established, reminded and started through the voice calling subsystem, the conference recording function is realized, the conference organization and the conference authorization are simple and convenient, the use is convenient, the good expansibility is realized, and the requirements of a conference room terminal, a desktop terminal, a mobile terminal 72 and the like are met.
Big screen display of wisdom shows management system 1 through electric subsystem's transmission information, monitors electric equipment's operating condition, looks over and knows electric equipment behavior, and power plant electric equipment mainly includes: the system comprises a fan in the plant, a water pump, an air conditioner, various auxiliary equipment, illumination and the like.
Further, as shown in fig. 2, 3, 4, and 5, the big data module 13 of the power plant smart big screen display management system 1 returns to the system data reading unit of the big data module 13 through an interface protocol or after logging in the subsystem, the system data reading unit reads the externally displayed DCS control components generated by the smart enterprise management and control subsystem 2, reads the linked dynamic trend chart ICS components (performance index trend chart and curve display trend chart), static statistical charts and/or ICS components (consumption parameter analysis statistical chart, data report statistical chart) and 3D model ICS components (3D model chart displayed in a plant panoramic view) generated by the digital three-dimensional subsystem 3, and reads the DCS monitoring components (such as alarm triggering, fire protection linkage, visual automatic alarm) and a plurality of security monitoring components generated by the video security management subsystem 4.
Further, the real-time data acquisition module 5 of the power plant comprises: plasma fire detection equipment, boiler flame televisions, industrial televisions, security monitoring equipment and the like. The industrial television is provided with a plurality of devices for respectively receiving the working video information of a plurality of units through the HDM1 interface and receiving the public relation information of the public relation subsystem. The plasma fire detection equipment transmits the working condition information (including the ignition condition, the size of the flame in the furnace and the combustion condition) of the equipment through a VGA interface and a boiler flame television through a BNC interface. The industrial television has 2 units and 4 units, wherein every two units are connected with one industrial television, one boiler flame television and the plasma fire detection equipment. Security protection supervisory equipment passes through HDM1 interface connection security protection surveillance camera head, receives the security protection video information of 1 or 3 video security surveillance camera head transmissions, and a plurality of security protection monitoring component include among the security protection video information: flame tv video, plasma fire detection video and fire alarm monitoring parameters (establishing alarm thresholds, triggering rules, detection, monitoring video).
Furthermore, a large-screen display management system of the power plant supports main stream browsers such as IE, chrome and Firefox, the data transmission rate is greater than 1000M/S, the picture refreshing rate is greater than or equal to 60 Hz, and the system response time is less than 50ms. The intelligent large screen display 6 is provided with 3 intelligent large screen displays which are a left intelligent large screen display, a middle intelligent large screen display and a right intelligent large screen display which are connected in a seamless mode.
A large-screen display page of the right-side intelligent large-screen display and a large-screen display of the left-side intelligent large-screen display are designed through a large-screen interaction module, and the large-screen display page respectively displays unit names, important parameters, a parameter consumption analysis statistical chart, a data report statistical chart, a performance index trend chart, a curve display trend chart, a DCS monitoring component, a flame television video, a plasma fire detection video and fire alarm monitoring parameters of 2 groups of units. The device comprises a flame television station set, a HDMI signal line, 2 video windows, a plasma fire detection station set, a VGA signal line, 16 video windows, a DCS monitoring picture station set and 2 HDMI signals (an operator station and a palm holding station), and can be adjusted to be single-picture and double-picture according to requirements, and two signals can be switched to be displayed when the content of the single picture is single.
Middle big screen display of wisdom shows the ware and is used for showing the system name that the big screen display of power plant managed, the important parameter of a plurality of units, consume parameter analysis statistical chart, data report statistical chart, performance index trend chart, curve show trend chart, the 3D model diagram of panorama show, the DCS whole factory is assisted and is controlled, the work video of unit equipment, the DCS whole factory is assisted and is controlled and include: DCS control module, DCS control subassembly. The important parameters are suspended on the middle large screen (8-10 of each unit, including name, value, unit and time); the industrial television reads 200 paths of video signals from the front end of the camera, the video signals are transmitted to the server through the network, the system for large-screen display management of the power plant reads the video signals from the server, and 24 windows of the industrial television are displayed on a large screen in the middle through setting a large-screen display page (the adjustment can also be customized, for example: 9 grids, 4 grids and the like), each video window supports an independent self-defined polling function, a certain fixed scene can be manually selected, or a certain fixed video window is subjected to a progressive zooming function (WEB display, 24 windows are polled at intervals of several seconds, and video display can also be appointed), a 3D model diagram displayed in a panoramic mode is arranged in the middle, a 3D visual comprehensive whole plant visual interface is realized, and the display content of the interface can be adjusted according to actual conditions.
The display page association interaction of the 3 intelligent large screen displays 6 can realize seamless switching, the display main page is associated with at least 9 sub-page structure diagrams, page turning or page linkage can be realized, and page content association interaction (such as: touch or remote control of a certain unit video can display important parameters and ICS of the unit). The following functions can also be realized: and the important alarm popup window is linked with the video to popup corresponding data and video.
The big screen display shows data that the management system is shown to power plant wisdom big screen display shows come from the first server that is used for III district data storage of power plant, first server still is connected with one-way isolation gatekeeper, one-way isolation gatekeeper still is connected with the second server that is used for I district data storage of power plant, wherein, one-way isolation gatekeeper is used for the transmission of sign second server to first server, the data storage in III districts of power plant and I district has finally been realized to first server, so can visit the data of different subregion safely, and simultaneously, the data that come from different districts of power plant have carried out centralized display, display efficiency has been improved, make things convenient for the operation personnel to transfer the observation, the centralized display command dispatch of III district data of power plant and I district data has been realized, operating personnel's working strength has been lightened, operation calling efficiency has been improved by a wide margin.
However, the present invention is not limited to this, and the above-described technical features may be freely combined to form a new technical solution without conflicting with each other. The intelligent enterprise construction planning system is strong in extensibility and simple in structure, and enterprises can assist in intelligent enterprise construction planning through customization or self construction. It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Further, it should also be understood that various alterations, modifications and/or variations can be made to the present invention by those skilled in the art after reading the technical content of the present invention, and all such equivalents fall within the protective scope defined by the claims of the present application.
Claims (10)
1. An intelligent large-screen display management system is characterized in that,
the intelligent large-screen display management system is in communication connection with a plurality of subsystems, a real-time data acquisition module, a plurality of intelligent large-screen displays and a terminal machine, the real-time data acquisition module is in communication connection with the subsystems,
big screen display management system of wisdom includes: a management module, a big data module, a big screen interaction module and a control module,
the management module is used for registration, login, account management and authority setting of the intelligent large-screen display management system,
the big data module is used for receiving and reading the transmission information of the real-time data acquisition module and the subsystems and carrying out data analysis, integration and classified storage on the transmission information after calculation,
the large screen interaction module designs a plurality of large screen display pages according to the transmission information stored by the large data module in a classified manner, establishes the interactive linkage relation of the large screen display pages of a plurality of intelligent large screens,
the control module is used for establishing a plurality of interactive linkage mechanisms of the intelligent large screen display and/or the terminal.
2. The intelligent large-screen display management system according to claim 1,
the big data module comprises: a real-time data reading unit, a system data reading unit and an information screening and checking unit,
the real-time data reading unit is used for reading the real-time status information of the real-time data acquisition module,
the system data reading unit is used for reading the display information of the subsystems,
the data screening and viewing unit comprises: a transcoder decodes the screening component and the viewing component,
the transcoder coding screening component is used for converting, restoring and integrating, screening, identifying and classifying and storing the transmission information,
the viewing component is used for identifying the classification, identifying the label, setting the video window, and switching and/or hiding the label information.
3. The intelligent large-screen display management system according to claim 2,
the large screen interaction module comprises: a large screen design component, a large screen interactive linkage component and a specific component,
the large screen design component carries out layout and typesetting, modification, deletion, addition and duplication on the large screen display page according to the transmission information,
the large screen display page comprises: an important parameter frame, an ICS display frame, a DCS control frame, a video window, a security management frame and a voice alarm and/or video conference frame,
the ICS display framework includes: static statistical maps and/or tables, dynamic trend maps, and 3D model maps,
the large-screen interactive linkage assembly is used for grouping and layering a plurality of large-screen display pages, establishing association between the grouped and layered large-screen display pages, setting interactive linkage among the large-screen display pages and interactive linkage relation of each frame content of the large-screen display pages,
the specific component is used for adding personalized setting elements to the large-screen display page by the user.
4. The intelligent large-screen display management system according to claim 3,
the real-time data acquisition module is used for acquiring and transmitting real-time data, converging and managing the real-time data,
the intelligent large screen display switches the display page through touch or alarm data triggering or infrared remote control, and the display content is interactively linked,
a plurality of big screen display of wisdom show the ware can seamless concatenation, the terminating machine includes PC and mobile terminal.
5. An intelligent large-screen display management system for a power plant is characterized in that,
including the intelligent large-screen display management system of any one of claims 1-4,
the real-time data acquisition module is used for acquiring the working condition information of the transmission equipment, the working video information of the equipment, the public relation information and the security video information,
the plurality of subsystems includes: an intelligent enterprise management and control subsystem, a digital three-dimensional subsystem, a video security management subsystem, a voice calling subsystem and an electric subsystem,
the intelligent large-screen display management system establishes, reminds and starts a remote telephone conference through the voice calling subsystem,
the intelligent large-screen display management system monitors and knows the working condition of the electrical equipment through the transmission information of the electrical subsystem.
6. The power plant intelligent large screen display management system of claim 5, it is characterized in that the preparation method is characterized in that,
the intelligent enterprise management and control subsystem and the digital three-dimensional subsystem respectively receive the equipment working condition information, the equipment working video information and the public relation information,
the intelligent enterprise management and control subsystem generates a DCS control component according to the received information,
the digital three-dimensional subsystem generates a plurality of linkage ICS components according to the received information,
the video security management subsystem receives the equipment working condition information and the security video information and generates a DCS monitoring component and a plurality of security monitoring components.
7. The power plant intelligent large screen display management system of claim 6,
the system data reading unit reads the DCS control assembly generated by the intelligent enterprise management and control subsystem, reads the digital three-dimensional subsystem to generate a plurality of linkage ICS assemblies, reads the DCS monitoring assembly and the security monitoring assemblies generated by the video security management subsystem,
the plurality of linked ICS assemblies comprises: a dynamic trend graph ICS component, a static statistical graph and/or table ICS component, and the 3D model ICS component.
8. The power plant intelligent large screen display management system of claim 7,
the real-time data acquisition module comprises: plasma fire detection equipment, a boiler flame television, an industrial television, security monitoring equipment,
the industrial television is provided with a plurality of devices for respectively receiving the working video information of the devices of a plurality of machine sets through an HDM1 interface and receiving the public relation information of a public relation subsystem,
the plasma fire detection equipment receives the equipment working condition information of a plurality of units through a VGA interface and the boiler flame television through a BNC interface,
the security monitoring equipment is connected with the security video information transmitted by the security monitoring camera through the HDM1 interface.
9. The power plant intelligent large screen display management system of claim 8,
the static statistics ICS component comprises: a consumption parameter analysis statistical chart and a data report statistical chart,
the dynamic trend graph ICS component comprises: the performance index trend graph and the curve show a trend graph,
the 3D model ICS component is a 3D model diagram of panoramic exhibition,
the plurality of security monitoring components comprise flame television videos, plasma fire detection videos and fire alarm monitoring parameters.
10. The power plant intelligent large screen display management system of claim 9,
the intelligent large screen display comprises 3 intelligent large screen displays which are respectively a left intelligent large screen display, a middle intelligent large screen display and a right intelligent large screen display,
the right intelligent large screen display and the left intelligent large screen display respectively display the unit names, important parameters, a parameter consumption analysis statistical chart, a data report statistical chart, a performance index trend chart, a curve display trend chart, a DCS monitoring component, a flame television video, a plasma fire detection video and fire alarm monitoring parameters of 2 units,
the middle intelligent large screen display is used for displaying the system name of the large screen display management of the power plant, important parameters of a plurality of units, a consumption parameter analysis statistical chart, a data report statistical chart, a performance index trend chart, a curve display trend chart, a 3D model chart of panoramic display, DCS whole plant auxiliary control and a working video of unit equipment,
DCS whole plant auxiliary control includes: a DCS control component and a DCS monitoring component,
and the 3 intelligent large screen displays are in display page association interaction, and display pages and content association interaction.
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