CN116502886A - Burn power plant wisdom security protection system - Google Patents
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Abstract
The invention provides an intelligent security system of an incineration power plant, which comprises a personnel positioning module, a video monitoring module, a system communication network module and a system software management module; personnel positioning module: after registering and distributing the wireless radio frequency positioning tag, the wireless radio frequency positioning tag is fixed on a personal safety helmet, a wrist strap or manufactured into a tablet, and the wireless radio frequency communication is utilized to exchange data with a base station, so that personnel coordinates are established in combination with a building model; the video monitoring module integrates the existing camera equipment into the video monitoring module and can display video pictures of all cameras in real time; the system communication network module is used for connecting all the base stations and then accessing the Ethernet to form a data transmission channel between the base stations and the personnel positioning module, the video monitoring module and the system software management module; the system software management module can manage and operate the data of the personnel positioning module and the video monitoring module; the system can intelligently monitor personnel and equipment in the incineration power plant, and detect the running state of the system equipment in real time.
Description
Technical Field
The invention relates to the technical field of incineration power plants, in particular to an intelligent security system of an incineration power plant.
Background
In recent years, along with the development of the internet of things technology, the incineration power plant is developed to a clean, efficient and reliable intelligent power plant, and different scene requirements of the incineration power plant can be met through the internet of things technology. The intelligent power plant utilizes the technologies of informatization, such as Internet, internet of things, artificial intelligence, big data analysis, cloud computing and the like and virtual reality on the basis of the digital power plant to deeply excavate the incineration power plant system and data, and finally achieves safer, more efficient, fewer people, greener and profitable intelligent production operation.
And an intelligent security system based on the Internet of things is an important part in the construction of intelligent power plants. The intelligent security system based on the Internet of things is beneficial to promoting intelligent transformation and upgrading of industry, improving resource utilization efficiency and accelerating construction of an efficient, clean, low-carbon and circulating green energy system. However, the existing intelligent security system has the problems that a power plant manager is difficult to master the track route and the working condition of a patrol staff in time, and the on-site condition lacks effective data monitoring and reporting means. Meanwhile, the third party intelligent security equipment and the third party Internet of things application are difficult to access into the intelligent security system to share data with the intelligent security system and guide production.
Disclosure of Invention
In order to overcome the problems, the invention aims to provide the intelligent security system for the incineration power plant, which can intelligently monitor personnel and equipment of the incineration power plant, detect the running state of the equipment of the system in real time, accurately position the specific position of the equipment, ensure continuous network and business and ensure safe and stable operation of the incineration power plant.
The invention is realized by adopting the following scheme: an intelligent security system of an incineration power plant is deployed in the incineration power plant and comprises a personnel positioning module, a video monitoring module, a system communication network module and a system software management module;
the personnel positioning module: after registering and distributing the wireless radio frequency positioning tag, the wireless radio frequency positioning tag is fixed on a personal safety helmet, a wrist strap or manufactured into a work board, data are exchanged with a base station by utilizing wireless radio frequency communication, and personnel coordinates are established by combining a building model, so that personnel accurate positioning is realized; the method comprises the steps that the positions of positioning labels are obtained through a positioning engine, the positions of the positioning labels are displayed in real time in the form of a 0-dimensional map, a 2-dimensional map and a 3-dimensional map, the positioning engine can support multiple areas of a large scene, signals between the positioning labels and base stations in the areas where the positioning labels are located are transmitted through an Ethernet interface, and specific position information of the positioning labels is obtained through a position positioning mode;
the video monitoring module integrates the existing camera equipment into the video monitoring module, can display video pictures of all cameras in real time, can check the video pictures of all cameras at any time, and confirms the site situation; according to various alarm conditions, video linkage is realized, namely when an emergency occurs, video monitoring is carried out at the place where the emergency occurs, and a monitoring camera is timely linked to a system software management module to pop up on-site video picture display in real time and take a photograph to record on-site conditions so as to be convenient for later reference;
the system communication network module adopts UWB ultra-wideband technology to connect all base stations, and then is connected with Ethernet to form a data transmission channel between the base station and the personnel positioning module, the video monitoring module and the system software management module;
the system software management module can realize a positioning real-time display function, a personnel information input function, a three-dimensional display function and an electronic fence alarm function, so that data of the personnel positioning module and the video monitoring module are managed and operated.
Furthermore, the positioning real-time display function displays the real-time positions of different types of people in the positioning area in real time in three view modes of a plane, a three-dimensional view and a list, so that management personnel can conveniently know the real-time states of the people at any time, and accurate coordinates and positions of the people can be displayed in different areas and floors; the personnel information input function: the personnel information can be imported and exported in batches by virtue of the Excel file, different labels and personnel can be self-defined, the positions of the personnel are inquired by virtue of the personnel names and card numbers, and the detailed information of the positioning personnel is displayed when a mouse is hovered on the ground icon; the three-dimensional display function: the personnel positioning is based on a digitalized model and a two-dimensional GIS map of a factory, and three-dimensional visual monitoring application, alarm processing and scheduling command scene development based on the model are provided;
the electronic fence alarm function: an electronic fence is arranged on a dangerous area through a personnel positioning module, and once a person approaches the dangerous area, the electronic fence alarms to remind management personnel and positioning labels, and meanwhile, the electronic fence can be linked with on-site monitoring and IP broadcasting, a central control room can timely check and trigger an alarm area video, and broadcasting reminding can be carried out on a corresponding area through IP broadcasting; the specific fence area is set according to the actual situation of the site.
Furthermore, the system supports unified monitoring of the state of the universal equipment, timely and accurately discovers and processes various faults, accurately locates the specific position of the equipment, and can quickly find the cause of the fault equipment by comprehensively detecting the equipment and alarming, locating and analyzing complex faults, and further realize the functions of accurately alarming, visualizing the installation positions of the electronic tag and the equipment, synchronizing LCD (liquid crystal display), visualizing the state information of the equipment, guiding the plane and automatically discovering the position of the equipment; the accurate alarm function: based on the indexes of equipment speed, time delay and state, an alarm triggering system is constructed, a fault threshold can be set in a self-defined mode, and alarm accuracy is improved; the electronic tag and equipment installation position visualization function: the positioning tag and the identification information are electronic and platform, so that the problem that the physical tag is easy to lose is effectively avoided, and the LCD (liquid crystal display) synchronization and equipment state information visualization functions are as follows: the state information of each port and the geographic position information of the downlink equipment connected with the port can be checked in real time through the LCD screen of the equipment, and the functions of plane guide and automatic discovery of the equipment position are as follows: the user can customize the item level, the item drawing is imported in different levels, and the platform end is accurately displayed on different plane drawings according to the detailed geographic position of the equipment.
Further, the system software management module can also realize: an overtime or lack of staff alarming function, a track playback function, a calling help seeking one-key alarming function, a staff overtime or disappearance alarming function, an electronic roll call function, a staff searching function, an intelligent attendance checking function, a thermodynamic diagram, a cluster display function, a message pushing function and an intelligent patrol checking function;
the overtime or lack of staff alarming function: the method is a common requirement of chemical plants and high-risk operation areas, and aims at setting workshop simultaneous working people in some production workshops, and warning prompts management personnel when the number of the simultaneous working people exceeds a certain number or is less than a certain number; the track playback function: automatically storing the motion trail of a person, checking the motion trail of the person in a certain time period through a name or a card number, supporting multiple adjustment playback, and customizing the motion trail data storage duration according to the requirements of clients; the calling distress one-key alarm function: when disaster or other abnormal conditions occur on the scene, after clicking and evacuating the software real-time monitoring interface, selecting an area needing evacuating through a mouse, sending an evacuating command to personnel in the area by a system software management module background, and prompting personnel evacuation through audible and visual alarm after the personnel carried labels receive the evacuating command; when a person encounters an emergency, a user presses a key of calling for help in a tag for a long time, a request for calling for help is sent, a system software management module pops up a window to prompt the manager to process in time after receiving the request for help, and when the system software management module is linked with video monitoring and IP broadcasting, the system software management module looks at an alarm position monitoring picture in real time and shoutes the scene through IP broadcasting; the timeout or disappearance alarm function: real-time monitoring is carried out on abnormal behaviors of personnel disappearance and overtime, overtime alarming is set for a high-risk area, the personnel retention overtime system software management module in the high-risk area is found to give an alarm immediately, an alarm position monitoring picture is checked in real time when the system software management module is linked with video monitoring and IP broadcasting, and the personnel self-safety management measures are improved by carrying out on-site shouting through IP broadcasting; the electronic roll call function: supporting custom drawing of a polygonal electronic roll call area aiming at a specific scene, customizing roll call time, counting current scene personnel, equipment and asset quantity reports at fixed time, and custom viewing personnel reports in any area at any time through electronic roll call; the personnel searching function: the method supports the inquiry of the name and the job number of any employee, and displays the position and the state of the inquired person in real time; the intelligent attendance function: the automatic attendance checking function is used for automatically counting the automatic attendance checking time confirmation and attendance checking function of team members by drawing the attendance checking area by self definition and setting the attendance checking rule, and continuously accumulating the working hour statistics; the thermodynamic diagram and cluster display function: supporting thermodynamic diagrams and clustering display, and displaying the equipment distribution of personnel in the current area through the thermodynamic diagrams and the clustering function when the personnel in the positioning area are too dense to influence the display, and providing resource coordination key and congestion state feedback; the message pushing function: the positioning tag supports the functions of low-power alarm prompt, message pushing, weather date display and heart rate blood pressure display; the intelligent patrol function:
the system software management module is used for carrying out work review on operation and maintenance work, and the walking path, the residence time of a detection point, the effective distance between the operation and maintenance personnel and the live equipment and the alarm processing behavior can all be reviewed according to the power grid operation rule.
The invention has the beneficial effects that: the invention utilizes the existing equipment and added components to form the intelligent security system of the power plant, and the system integrates the realization functions according to the requirements and comprises the following steps: real-time video monitoring of production area maintenance operation, statistics and monitoring of factory vehicle and personnel access data, limit control area out-of-range detection prevention, main factory personnel flow high-precision positioning and the like. The system adopts UWB (Ultra-Wide-Band) technology which does not require the use of carriers in the conventional communication system, but transmits data by transmitting and receiving very narrow pulses having nanoseconds or sub-nanoseconds, thereby having bandwidths on the order of 3.1 to 10.6 GHz.
Drawings
Fig. 1 is a schematic diagram of the system architecture of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
Referring to fig. 1, the intelligent security system for the incineration power plant is deployed in the incineration power plant and comprises a personnel positioning module, a video monitoring module, a system communication network module and a system software management module;
the personnel positioning module: after registering and distributing the wireless radio frequency positioning tag, the wireless radio frequency positioning tag is fixed on a personal safety helmet, a wrist strap or manufactured into a work board, data are exchanged with a base station by utilizing wireless radio frequency communication, and personnel coordinates are established by combining a building model, so that personnel accurate positioning is realized; the method comprises the steps that the positions of positioning labels are obtained through a positioning engine, the positions of the positioning labels are displayed in real time in the form of a 0-dimensional map, a 2-dimensional map and a 3-dimensional map, the positioning engine can support multiple areas of a large scene, signals between the positioning labels and base stations in the areas where the positioning labels are located are transmitted through an Ethernet interface, and specific position information of the positioning labels is obtained through a position positioning mode;
the video monitoring module integrates the existing camera equipment into the video monitoring module, can display video pictures of all cameras in real time, can check the video pictures of all cameras at any time, and confirms the site situation; according to various alarm conditions, video linkage is realized, namely when an emergency occurs, video monitoring is carried out at the place where the emergency occurs, and a monitoring camera is timely linked to a system software management module to pop up on-site video picture display in real time and take a photograph to record on-site conditions so as to be convenient for later reference;
the system communication network module is used for connecting all the base stations and then accessing the Ethernet to form a data transmission channel between the base stations and the personnel positioning module, the video monitoring module and the system software management module;
the system software management module can realize a positioning real-time display function, a personnel information input function, a three-dimensional display function and an electronic fence alarm function, so that data of the personnel positioning module and the video monitoring module are managed and operated.
The invention is further described with reference to the following specific examples:
the intelligent security system of the incineration power plant is deployed in the incineration power plant and comprises a personnel positioning module, a video monitoring module, a system communication network module and a system software management module; the system can carry out real-time video monitoring, factory vehicle and personnel access data statistics and monitoring, limit control area out-of-range detection prevention, main factory personnel flow high-precision positioning and the like on the production area maintenance operation.
The personnel positioning module: after registering and distributing the wireless radio frequency positioning tag, the wireless radio frequency positioning tag is fixed on a personal safety helmet, a wrist strap or manufactured into a work board, data are exchanged with a base station by utilizing wireless radio frequency communication, and personnel coordinates are established by combining a building model, so that personnel accurate positioning is realized; the method comprises the steps that the positions of positioning labels are obtained through a positioning engine, the positions of the positioning labels are displayed in real time in the form of a 0-dimensional map, a 2-dimensional map and a 3-dimensional map, the positioning engine can support multiple areas of a large scene, signals between the positioning labels and base stations in the areas where the positioning labels are located are transmitted through an Ethernet interface, and specific position information of the positioning labels is obtained through a position positioning mode;
the video monitoring module integrates the existing camera equipment into the video monitoring module, can display video pictures of all cameras in real time, can check the video pictures of all cameras at any time, and confirms the site situation; according to various alarm conditions, video linkage is realized, namely when emergency occurs, such as strangers and personnel enter an unauthorized area at an entrance, personnel approach a dangerous source, personnel ask for help and the like, video monitoring is carried out at an emergency place, and a monitoring camera is timely linked to a system software management module to pop up a scene video picture for display and take a photograph to record the scene for later reference;
the system communication network module is used for connecting all the base stations and then accessing the Ethernet to form a data transmission channel between the base stations and the personnel positioning module, the video monitoring module and the system software management module;
the system software management module can realize a positioning real-time display function, a personnel information input function, a three-dimensional display function and an electronic fence alarm function, so that data of the personnel positioning module and the video monitoring module are managed and operated.
The positioning real-time display function displays the real-time positions of different types of personnel in the positioning area in real time in three view modes of a plane, a three-dimensional view and a list, so that management personnel can conveniently know the real-time state of the personnel at any time, and accurate coordinates and positions of the personnel can be displayed in different areas and floors; the personnel information input function: personnel information (employee information input, visitor information input, maintenance personnel input, inspection personnel input) can be added, deleted, modified and the like through the personnel management module, and personnel information can be imported and exported in batches through Excel files (xls, xlsx and other formats); different labels and people can be grouped in a self-defined mode, and the positions of the people can be inquired through the names and the card numbers of the people. The detailed information (name, sex, age, photo, department, etc.) of the positioning personnel is displayed when the mouse is hovered over the ground icon; the three-dimensional display function: the personnel positioning is based on a digitalized model and a two-dimensional GIS map of a factory, and three-dimensional visual monitoring application, alarm processing and scheduling command scene development based on the model are provided;
the electronic fence alarm function: an electronic fence is arranged on a dangerous area through a personnel positioning module, and once a person approaches the dangerous area, the electronic fence alarms to remind management personnel and positioning labels, and meanwhile, the electronic fence can be linked with on-site monitoring and IP broadcasting, a central control room can timely check and trigger an alarm area video, and broadcasting reminding can be carried out on a corresponding area through IP broadcasting; the specific fence area is set according to the actual situation of the site and can be rectangular, circular, polygonal and the like.
The system supports unified monitoring of the state of the universal equipment, timely and accurately discovers and processes various faults, accurately locates the specific position of the equipment, and rapidly finds the cause of the fault equipment by comprehensively detecting the equipment and alarming, locating and analyzing complex faults; the accurate alarm function: based on the indexes of equipment speed, time delay and state, an alarm triggering system is constructed, a fault threshold can be set in a self-defined mode, and alarm accuracy is improved; the electronic tag and equipment installation position visualization function: the positioning tag and the identification information are electronic and platform, so that the problem that the physical tag is easy to lose is effectively avoided, and the LCD (liquid crystal display) synchronization and equipment state information visualization functions are as follows: the state information of each port and the geographic position information of the downlink equipment connected with the port can be checked in real time through the LCD screen of the equipment, and the functions of plane guide and automatic discovery of the equipment position are as follows: the user can customize the item level, the item drawing is imported in different levels, and the platform end is accurately displayed on different plane drawings according to the detailed geographic position of the equipment.
The system software management module can also realize: an overtime or lack of staff alarming function, a track playback function, a calling help seeking one-key alarming function, a staff overtime or disappearance alarming function, an electronic roll call function, a staff searching function, an intelligent attendance checking function, a thermodynamic diagram, a cluster display function, a message pushing function and an intelligent patrol checking function;
the overtime or lack of staff alarming function: the method is a common requirement of chemical plants and high-risk operation areas, and aims at setting workshop simultaneous working people in some production workshops, and warning prompts management personnel when the number of the simultaneous working people exceeds a certain number or is less than a certain number; the track playback function: automatically storing the motion trail of a person, checking the motion trail of the person in a certain time period through a name or a card number, supporting multiple adjustment playback, and customizing the motion trail data storage duration according to the requirements of clients; the calling distress one-key alarm function: when disaster or other abnormal conditions occur on the scene, after clicking and evacuating the software real-time monitoring interface, selecting an area needing evacuating through a mouse, sending an evacuating command to personnel in the area by a system software management module background, and prompting personnel evacuation through audible and visual alarm after the personnel carried labels receive the evacuating command; when a person encounters an emergency, a user presses a key of calling for help in a tag for a long time, a request for calling for help is sent, a system software management module pops up a window to prompt the manager to process in time after receiving the request for help, and when the system software management module is linked with video monitoring and IP broadcasting, the system software management module looks at an alarm position monitoring picture in real time and shoutes the scene through IP broadcasting; the timeout or disappearance alarm function: real-time monitoring is carried out on abnormal behaviors of personnel disappearance and overtime, overtime alarming is set for a high-risk area, the personnel retention overtime system software management module in the high-risk area is found to give an alarm immediately, an alarm position monitoring picture is checked in real time when the system software management module is linked with video monitoring and IP broadcasting, and the personnel self-safety management measures are improved by carrying out on-site shouting through IP broadcasting; the electronic roll call function: supporting custom drawing of a polygonal electronic roll call area aiming at a specific scene, customizing roll call time, counting current scene personnel, equipment and asset quantity reports at fixed time, and custom viewing personnel reports in any area at any time through electronic roll call; the personnel searching function: the method supports the inquiry of the name and the job number of any employee, and displays the position and the state of the inquired person in real time; the intelligent attendance function: the automatic attendance checking function is used for automatically counting the automatic attendance checking time confirmation and attendance checking function of team members by drawing the attendance checking area by self definition and setting the attendance checking rule, and continuously accumulating the working hour statistics; the thermodynamic diagram and cluster display function: supporting thermodynamic diagrams and clustering display, and displaying the equipment distribution of personnel in the current area through the thermodynamic diagrams and the clustering function when the personnel in the positioning area are too dense to influence the display, and providing resource coordination key and congestion state feedback; the message pushing function: the positioning tag supports the functions of low-power alarm prompt, message pushing, weather date display and heart rate blood pressure display; the intelligent patrol function:
the intelligent inspection function can carry out work evaluation on operation and maintenance work through the system, and the running path, the residence time of a detection point, the effective distance between the operation and electrified equipment, alarm processing and other behaviors of operation and maintenance personnel can be evaluated according to the power grid operation rules. The mobile phone APP management: the mobile phone APP can support the on-line map preview, alarm one inquiry, history track playback and other functions, and is convenient for a user to remotely master the site situation. The label low-power alarming and the base station running state management: and the system sends out an alarm when the base station is disconnected due to network reasons, so that the operation and maintenance of the system are simplified.
The system software management module is used for carrying out work review on operation and maintenance work, and the walking path, the residence time of a detection point, the effective distance between the operation and maintenance personnel and the live equipment and the alarm processing behavior can all be reviewed according to the power grid operation rule.
The system combines the existing industrial television system and expands the local area network through the monitoring cameras of the whole factory. And through wireless AP and other technologies, the full coverage of the wireless network signals in the main factory building key area is realized. According to the actual application environment demand, a movable image acquisition device, such as a high-definition online law enforcement recorder, is purchased, recorded by a high-risk operation guardian through on-site monitoring, and the image is uploaded to a control center in real time. The monitoring control center is provided with a group (one) of display equipment with more than 42 inches for receiving real-time video images, has the functions of playback and storage, is convenient for management personnel to monitor safe civilized standardized operation in real time, reduces operation safety risk, and synchronously gives technical guidance. The stored video can be used for operation analysis, summarizing operation short plates and improving operation efficiency.
The invention can carry out statistical analysis on the vehicle and personnel in and out data in the factory: the management system sub-control end is additionally arranged in the centralized control room by utilizing the existing license plate recognition and face recognition gateway management system of the existing factory and through optical fiber transmission system data, and the sub-control section data are synchronously transmitted to the monitoring control center through a network cable, so that centralized management is realized.
The invention can locate the personnel flowing in the main factory building with high precision: and building a main factory building model by combining the main factory building drawing. The building model presents the main factory floor layout in a planar or three-dimensional manner. And arranging the micro base stations according to the use requirement so as to fully cover the wireless radio frequency network. An industrial personal computer is erected between the electronic rooms, and the miniature base stations of the whole factory are wirelessly linked through a network relay mode. The wireless radio frequency tag is registered, distributed, stuck and fixed on a personal safety helmet or manufactured into a tablet, and data is exchanged with the micro base station by utilizing wireless radio frequency communication. And the relative distance is calculated, and the personnel coordinates are established by combining the building model, so that the personnel can be accurately positioned. The accuracy error is not more than 10 cm. And drawing accurate positioning data of personnel into a motion trail, dynamically displaying the motion trail in a main factory building model, and synchronously transmitting the motion trail to a monitoring control center. Under the condition that the working ticket is not handled, if a person enters the high risk area by mistake, alarm information is automatically generated, and production and safety management staff are prompted at the first time.
And combining working ticket handling, and defining a virtual overhaul interval by manually selecting and inputting operator information. When non-operators enter and exit the section, alarm information is automatically generated, and production and safety management staff are prompted at the first time.
The foregoing description is only of the preferred embodiments of the invention, and all changes and modifications that come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Claims (4)
1. An incineration power plant wisdom security protection system, the system is disposed in incineration power plant, its characterized in that: the system comprises a personnel positioning module, a video monitoring module, a system communication network module and a system software management module;
the personnel positioning module: after registering and distributing the wireless radio frequency positioning tag, the wireless radio frequency positioning tag is fixed on a personal safety helmet, a wrist strap or manufactured into a work board, data are exchanged with a base station by utilizing wireless radio frequency communication, and personnel coordinates are established by combining a building model, so that personnel accurate positioning is realized; the method comprises the steps that the positions of positioning labels are obtained through a positioning engine, the positions of the positioning labels are displayed in real time in the form of a 0-dimensional map, a 2-dimensional map and a 3-dimensional map, the positioning engine can support multiple areas of a large scene, signals between the positioning labels and base stations in the areas where the positioning labels are located are transmitted through an Ethernet interface, and specific position information of the positioning labels is obtained through a position positioning mode;
the video monitoring module integrates the existing camera equipment into the video monitoring module, can display video pictures of all cameras in real time, can check the video pictures of all cameras at any time, and confirms the site situation; according to various alarm conditions, video linkage is realized, namely when an emergency occurs, video monitoring is carried out at the place where the emergency occurs, and a monitoring camera is timely linked to a system software management module to pop up on-site video picture display in real time and take a photograph to record on-site conditions so as to be convenient for later reference;
the system communication network module adopts UWB ultra-wideband technology to connect all base stations, and then is connected with Ethernet to form a data transmission channel between the base station and the personnel positioning module, the video monitoring module and the system software management module;
the system software management module can realize a positioning real-time display function, a personnel information input function, a three-dimensional display function and an electronic fence alarm function, so that data of the personnel positioning module and the video monitoring module are managed and operated.
2. The intelligent security system of an incineration power plant according to claim 1, wherein: the positioning real-time display function displays the real-time positions of different types of personnel in the positioning area in real time in three view modes of a plane, a three-dimensional view and a list, so that management personnel can conveniently know the real-time state of the personnel at any time, and accurate coordinates and positions of the personnel can be displayed in different areas and floors; the personnel information input function: the personnel information can be imported and exported in batches by virtue of the Excel file, different labels and personnel can be self-defined, the positions of the personnel are inquired by virtue of the personnel names and card numbers, and the detailed information of the positioning personnel is displayed when a mouse is hovered on the ground icon; the three-dimensional display function: the personnel positioning is based on a digitalized model and a two-dimensional GIS map of a factory, and three-dimensional visual monitoring application, alarm processing and scheduling command scene development based on the model are provided;
the electronic fence alarm function: an electronic fence is arranged on a dangerous area through a personnel positioning module, and once a person approaches the dangerous area, the electronic fence alarms to remind management personnel and positioning labels, and meanwhile, the electronic fence can be linked with on-site monitoring and IP broadcasting, a central control room can timely check and trigger an alarm area video, and broadcasting reminding can be carried out on a corresponding area through IP broadcasting; the specific fence area is set according to the actual situation of the site.
3. The intelligent security system of an incineration power plant according to claim 1, wherein: the system supports unified monitoring of the state of the universal equipment, timely and accurately discovers and processes various faults, accurately locates the specific position of the equipment, and rapidly finds the cause of the fault equipment by comprehensively detecting the equipment and alarming, locating and analyzing complex faults; the accurate alarm function: based on the indexes of equipment speed, time delay and state, an alarm triggering system is constructed, a fault threshold can be set in a self-defined mode, and alarm accuracy is improved; the electronic tag and equipment installation position visualization function: the positioning tag and the identification information are electronic and platform, so that the problem that the physical tag is easy to lose is effectively avoided, and the LCD (liquid crystal display) synchronization and equipment state information visualization functions are as follows: the state information of each port and the geographic position information of the downlink equipment connected with the port can be checked in real time through the LCD screen of the equipment, and the functions of plane guide and automatic discovery of the equipment position are as follows: the user can customize the item level, the item drawing is imported in different levels, and the platform end is accurately displayed on different plane drawings according to the detailed geographic position of the equipment.
4. The intelligent security system of an incineration power plant according to claim 1, wherein: the system software management module can also realize: an overtime or lack of staff alarming function, a track playback function, a calling help seeking one-key alarming function, a staff overtime or disappearance alarming function, an electronic roll call function, a staff searching function, an intelligent attendance checking function, a thermodynamic diagram, a cluster display function, a message pushing function and an intelligent patrol checking function;
the overtime or lack of staff alarming function: the method is a common requirement of chemical plants and high-risk operation areas, and aims at setting workshop simultaneous working people in some production workshops, and warning prompts management personnel when the number of the simultaneous working people exceeds a certain number or is less than a certain number; the track playback function: automatically storing the motion trail of a person, checking the motion trail of the person in a certain time period through a name or a card number, supporting multiple adjustment playback, and customizing the motion trail data storage duration according to the requirements of clients; the calling distress one-key alarm function: when disaster or other abnormal conditions occur on the scene, after clicking and evacuating the software real-time monitoring interface, selecting an area needing evacuating through a mouse, sending an evacuating command to personnel in the area by a system software management module background, and prompting personnel evacuation through audible and visual alarm after the personnel carried labels receive the evacuating command; when a person encounters an emergency, a user presses a key of calling for help in a tag for a long time, a request for calling for help is sent, a system software management module pops up a window to prompt the manager to process in time after receiving the request for help, and when the system software management module is linked with video monitoring and IP broadcasting, the system software management module looks at an alarm position monitoring picture in real time and shoutes the scene through IP broadcasting; the timeout or disappearance alarm function: real-time monitoring is carried out on abnormal behaviors of personnel disappearance and overtime, overtime alarming is set for a high-risk area, the personnel retention overtime system software management module in the high-risk area is found to give an alarm immediately, an alarm position monitoring picture is checked in real time when the system software management module is linked with video monitoring and IP broadcasting, and the personnel self-safety management measures are improved by carrying out on-site shouting through IP broadcasting; the electronic roll call function: supporting custom drawing of a polygonal electronic roll call area aiming at a specific scene, customizing roll call time, counting current scene personnel, equipment and asset quantity reports at fixed time, and custom viewing personnel reports in any area at any time through electronic roll call; the personnel searching function: the method supports the inquiry of the name and the job number of any employee, and displays the position and the state of the inquired person in real time; the intelligent attendance function: the automatic attendance checking function is used for automatically counting the automatic attendance checking time confirmation and attendance checking function of team members by drawing the attendance checking area by self definition and setting the attendance checking rule, and continuously accumulating the working hour statistics; the thermodynamic diagram and cluster display function: supporting thermodynamic diagrams and clustering display, and displaying the equipment distribution of personnel in the current area through the thermodynamic diagrams and the clustering function when the personnel in the positioning area are too dense to influence the display, and providing resource coordination key and congestion state feedback; the message pushing function: the positioning tag supports the functions of low-power alarm prompt, message pushing, weather date display and heart rate blood pressure display; the intelligent patrol function: the system software management module is used for carrying out work review on operation and maintenance work, and the walking path, the residence time of a detection point, the effective distance between the operation and maintenance personnel and the live equipment and the alarm processing behavior can all be reviewed according to the power grid operation rule.
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| CN202310347011.6A CN116502886A (en) | 2023-04-03 | 2023-04-03 | Burn power plant wisdom security protection system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117314129A (en) * | 2023-11-29 | 2023-12-29 | 北京爱可生信息技术股份有限公司 | Park safety inspection system based on Internet of things |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117314129A (en) * | 2023-11-29 | 2023-12-29 | 北京爱可生信息技术股份有限公司 | Park safety inspection system based on Internet of things |
| CN117314129B (en) * | 2023-11-29 | 2024-02-02 | 北京爱可生信息技术股份有限公司 | Park safety inspection system based on Internet of things |
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