CN113298444A - Private cloud-based intelligent power safety control platform - Google Patents
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Abstract
The power safety intelligent management and control platform based on the private cloud is built based on technologies such as Internet of things, big data, artificial intelligence, digital twinning, image recognition and personnel positioning, can be deployed in local, branch or group level data centers, and managers check the safety risk condition of a power plant in real time, predict future risks, guide to rapidly manage and control high risks and guarantee that the power plant is in a safety state. The private cloud-based intelligent power safety management and control platform is embedded with various intelligent positioning devices, intelligent acquisition devices, edge computing devices, a GIS system, a customized three-dimensional platform, a customized AI algorithm model, a wireless communication module and the like, can realize 3D visualization, personnel positioning, electronic fence and violation management, is communicated with data of a two-ticket system, an SIS system, an OA system, an ERP system, a safety training system and an access control system, forms an integrated intelligent power safety management and control platform, and provides support for managers.
Description
Technical Field
The invention belongs to the field of electric power data processing, and particularly relates to an electric power safety intelligent management and control platform based on a private cloud.
Background
The safe operation of the power system relates to a plurality of systems, data among the systems are not efficiently and reasonably utilized at present, and the data of a single system can only complete the content of the part and cannot be interconnected with other systems.
Cloud computing is an internet-based computing approach by which software and hardware resources and data can be shared among network devices. A cloud computing environment is a metaphor of a network environment. In a cloud computing environment, an operator stores software and hardware resources and data in a server, and a user can obtain information through a browser or other network services. According to the setting of the use permission, the cloud computing environment can be divided into a public cloud and a private cloud. Public cloud refers to the provision of an extensible and flexible service for customers outside an enterprise over a network, which may be free or inexpensive. The private cloud is mostly applied to the interior of the enterprise by taking the internal clients of the enterprise as service objects, and is generally constructed behind a firewall of the enterprise.
With the development of science and the progress of society, people put higher demands on the safe operation of a power system. The problems existing at present are as follows: when electric power safety control is carried out, the position of the whereabouts of the operating personnel can not be accurately obtained, whether safe operation is carried out or not can not be known, and the safe operation condition of outsourcing personnel coming from the factory can not be efficiently managed.
The personnel can only work according to the safety production operation specification without intelligent safety auxiliary equipment, for example, the safety distance of certain dangerous areas, charged bodies and the flow of each operation are automatically regulated according to the production operation experience, the high-risk operation lacks a supervision means, the traditional mode adopts manual supervision, and the problems of low supervision reliability, overtime operation, no authorized operation intrusion of personnel and the like are caused. Once the negligence consequences are serious, the safety operation is not guaranteed, and the personnel distribution situation cannot be comprehensively and intuitively known; the areas are dispersed, and the management difficulty is high; the position and behavior of the person cannot be determined; people can not find or guide in time when approaching a dangerous point or in danger; the historical track of the personnel cannot be inquired, and the like.
Disclosure of Invention
In order to solve the defects in the prior art, the invention aims to provide an intelligent power safety control platform based on a private cloud, which is embedded with various intelligent positioning devices, intelligent acquisition devices, edge computing devices, a GIS system, a customized three-dimensional platform, a customized AI algorithm model, a wireless communication module and the like, can realize 3D visualization, personnel positioning, electronic fence and violation management, is communicated with data of a two-ticket system, an SIS system, an OA system, an ERP system, a safety training system and an access control system to form an integrated intelligent power safety control platform, and provides support for managers.
The invention adopts the following technical scheme.
A private cloud-based intelligent power safety management and control platform comprises intelligent positioning equipment, intelligent acquisition equipment, edge computing equipment, a terminal and a cloud server;
the intelligent positioning equipment comprises a UWB base station, a positioning tag, a camera and a wireless communication module;
the intelligent acquisition equipment comprises an image acquisition module, a sound acquisition module, various equipment acquisition modules and a wireless communication module;
the edge computing equipment comprises an edge server, a customized AI algorithm model and a wireless communication module;
the intelligent positioning equipment monitors the personnel track information in real time, and the matched camera and the edge computing equipment perform non-inductive image recognition to obtain positioning data;
the intelligent acquisition equipment acquires various information, and uploads the information to the edge computing equipment through the wireless communication module for analysis and comparison to obtain analysis data;
the positioning data and the collected and analyzed data are transmitted to the terminal and the cloud server in real time through the wireless communication module, and display and alarm prompt are carried out through the terminal and the cloud server.
Further, the platform can be in data communication with a two-ticket system, an SIS system, an OA system, an ERP system, a safety training system and an access control system.
Further, the cloud server is established based on a private cloud and used for protecting data security; the system comprises a physical or virtual server which calculates, analyzes and displays the uploaded structural or non-structural data.
Furthermore, the intelligent positioning device further comprises a control output port and a data output port;
the intelligent acquisition equipment further comprises a data analysis module, a sensor receiving module and an output module, and a plurality of groups are arranged.
Furthermore, the platform is embedded into a GIS system, is associated with the data of the two-ticket system by combining with an image recognition and positioning technology, and automatically defines an electronic fence area and grants permission on the platform through the two-ticket system so as to realize supervision on the safety of personnel;
the electronic fence is used for carrying out partition management, a normal activity area, a dangerous area and a forbidden area are specified, and personnel in a non-area enter and alarm in time;
meanwhile, the full-gridding electronic fence can quickly realize the adding and deleting functions.
Further, the positioning tag sends the personnel position information to the UWB base station, the UWB base station tracks the personnel by using the camera according to the position information, and sends the personnel information to the edge computing equipment through the wireless communication module to perform non-inductive image recognition.
Further, the customized AI algorithm model of the edge computing device customizes different types of violation identification, the violation information association platform performs subsequent processing, and the platform performs all-dimensional information display, monitoring and early warning.
Furthermore, the intelligent acquisition equipment also comprises a voice acquisition module and a voice broadcast module;
the voice acquisition module acquires voice information and transmits the voice information to the terminal and the cloud server in real time through the wireless communication module; meanwhile, the command audio of the wireless receiving terminal of the intelligent acquisition equipment and the command audio of the cloud server are played through the voice broadcasting module, and intelligent two-way voice talkback is achieved.
Further, the visualization effect of the development platform is customized according to the requirements of the user, and two-dimensional or three-dimensional visualization display is realized.
Furthermore, the terminal supports video calling, and the image acquisition module or the camera at the position can be clicked at the terminal to check videos when the positions of personnel, illegal operations and equipment state are inquired.
Compared with the prior art, the invention has the beneficial effects that:
the electric power safety intelligent control platform is combined with the two ticket information systems to realize the control of the operators, can accurately acquire the positions of the tracks of the operators, and judges whether the operators are at the work posts, whether the operators are in dangerous areas or whether the operators have violation operators. The invention can also display the judgment results of all personnel management and control through a three-dimensional visualization system through the intelligent monitoring terminal and the cloud server; the position of the operator is clearly displayed, and the violation operator, the violation position and the like can be specially marked.
The invention can flexibly set the electronic fence, set according to the maintenance work plan or the high and medium risk area, distinguish that the positions where the targets pass in the prior art can be checked on the platform in real time, and when the personnel walk to a certain maintenance point, the related data of the equipment can be automatically displayed, and the video pictures can be synchronously switched, thereby realizing the combination of virtual and reality, monitoring and alarming in time, and supporting different risk levels of local, system, APP, telephone and the like to send different managers.
The invention selects AI image recognition technology and UWB technology for positioning personnel and equipment, and combines the AI image recognition technology and the UWB technology to realize the purpose that the personnel do not need to wear a card, the human face or the customized image features are identified without sense, the safety management of the personnel without dead angles in all directions after entering a factory is ensured, and the tracking position of the personnel can be accurately obtained.
The invention firstly provides a two-ticket system for opening, outsourcing personnel leave the factory from the beginning of entering the factory to the completion of entering the factory, all are in a series of intelligent associations of platform closed-loop management, safe training entering the factory, system invoicing, work area allocation, in-factory route allocation, personnel authority, in-factory supervision personnel allocation, violation monitoring, violation punishment and the like, the danger probability caused by the mistaken running of personnel is avoided, and the work efficiency of a safety management department is improved.
The invention can be deployed locally or in a cloud manner, is convenient to migrate, realizes the rapid uploading and optimization of data by using the edge computing and Internet of things technology, and displays the result on a three-dimensional visual platform.
The invention is based on a 3D visualization technology, and a three-dimensional display platform is customized according to a drawing set in a factory. The invention provides a method for accessing a relevant system into a platform, simultaneously customizing and developing a plurality of scene AI algorithm models, GIS maps, edge calculation, integrated positioning, three-dimensional visualization, big data, Internet of things, artificial intelligence, multi-party communication and other technologies to realize personnel safety, production safety and equipment safety, and assisting in realizing safe production.
Drawings
Fig. 1 is a functional architecture diagram of an electric power security intelligent management and control platform based on a private cloud according to the present invention.
Detailed Description
The present application is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present application is not limited thereby.
The private cloud-based intelligent electric power safety management and control platform can be in data communication with a two-ticket system, an SIS system, an OA system, an ERP system, a safety training system, an access control system and the like, and can realize comprehensive data management by utilizing interconnection among data.
The invention discloses a private cloud-based intelligent electric power safety management and control platform which comprises intelligent acquisition equipment, edge computing equipment, intelligent positioning equipment, a terminal and a cloud server.
The cloud server is established based on the private cloud, and data security can be protected. The cloud server comprises a physical or virtual server and is used for calculating, analyzing and displaying the uploaded structural or non-structural data.
The electric power safety intelligent management and control platform is applied to a private cloud server, internal user side equipment of an enterprise accesses the private cloud server through an internal network, private cloud data are stored in the private cloud server, mass data storage and processing are achieved, and data mining and utilization efficiency is improved.
The intelligent acquisition equipment comprises an image acquisition module, a voice acquisition module, various equipment acquisition modules, a voice broadcast module and a wireless communication module.
The edge computing device comprises an edge server, a customized AI algorithm model and a wireless communication module.
The intelligent positioning equipment comprises a UWB base station, an equipment positioning label, a camera and a wireless communication module.
The intelligent positioning equipment monitors the personnel track information in real time, and the matched camera and the edge computing equipment perform non-inductive image recognition, so that the positioning accuracy is improved.
The positioning tag sends the position information of the personnel to the UWB base station, the UWB base station tracks the personnel by using the camera according to the position information, and sends the information of the personnel and the vehicle to the edge computing equipment through the wireless communication module to perform non-inductive image recognition.
Customizing an AI algorithm model of the edge computing equipment, realizing based on an edge server, customizing different types of violation identification, and carrying out subsequent processing by a violation information association platform; the platform carries out all-round information display, monitoring and early warning.
The intelligent positioning equipment also comprises a control output port and a data output port.
The intelligent acquisition equipment acquires various information, uploads the information to the edge computing equipment for analysis and comparison, and uploads a judgment result to a terminal or a cloud server through the wireless communication module for display and alarm prompt.
The intelligent acquisition equipment further comprises a data analysis module, a sensor receiving module and an output module, and a plurality of groups are arranged. The positioning data and the collected and analyzed data are transmitted to the terminal and the cloud server in real time through the wireless communication module, and display and alarm prompt are carried out through the terminal and the cloud server.
Specifically, the intelligent acquisition device acquires face image information and uploads the face image information to the edge computing device, the edge computing device compares the uploaded face image information with built-in data information, judges whether the face image information is the person, uploads a judgment result to the terminal and the cloud server through the wireless communication module, and if the face image information is not the person, the terminal identifies and gives an alarm.
The data information source compared by the edge computing equipment is a two-ticket information system, and the data information is the staff who should be at the position at the moment.
Specifically, the image acquisition module of the intelligent acquisition device collects face image information and uploads the face image information to the customized AI algorithm module of the edge computing device, the customized AI algorithm module of the edge computing device compares the uploaded face image information with built-in data information to judge whether the face image information is the person, the judgment result is uploaded to the terminal and the cloud server through the wireless communication module, and if the face image information is not the person, the terminal identifies and gives an alarm.
The data information source compared by the customized AI algorithm module is a two-ticket information system, and the data information is the information of the staff who should be at the position at the moment.
Or according to the two-ticket information system, the position has no operation requirement at the moment, and the judgment result is that the personnel mistakenly break the non-working area.
The terminal and the cloud server are accessed into the two-ticket information system, required data information is obtained and fed back to the intelligent monitoring equipment, the edge computing equipment of the intelligent monitoring equipment carries out analysis and judgment according to the data information, and then the judgment result is uploaded to the terminal and the cloud server.
The edge computing equipment carries out real-time image information processing, processing results are uploaded to the terminal through the wireless communication module, communication between the terminal and the edge computing equipment is achieved, data information of the terminal can be uploaded to the private cloud platform, data mining and sorting are carried out, and operation and maintenance personnel can supervise, regulate and control the data information.
In another embodiment, the image information acquired by the intelligent monitoring device can also be uploaded to a terminal and a cloud server for data processing.
The image acquisition module can acquire high-definition image information in real time, encodes, stores the image information that gathers and through wireless communication module, transmits image information to terminal and cloud server in real time, carries out automated inspection through the prefabricated rule of terminal and cloud server, realizes the operation personnel management and control.
The intelligent acquisition equipment also comprises a voice acquisition module and a voice broadcasting module; the voice acquisition module can also acquire clear voice information in real time, encode and store the acquired voice information and transmit the voice information to the terminal and the cloud server in real time through the wireless communication module. Meanwhile, the command audio of the terminal and the cloud server can be wirelessly received, and bidirectional voice talkback is achieved through the voice broadcasting module.
The private cloud-based intelligent power safety management and control platform can realize management and control of operating personnel, check the positions of the personnel, determine whether the personnel are in a designated working area or not, and determine whether a supervisor is on duty or not, and give an alarm if the personnel mistakenly break through a non-working area. Meanwhile, the identity of the person who enters and exits can be confirmed through face recognition, and the log of the person entering and exiting the production area is recorded; the personnel identity information and the certificate information are associated, so that personnel management and control are realized.
The invention can also set the authority of personnel to enter and exit the production area and control the personnel to enter and exit the production area. And face information of workers who have permission to enter and exit the production area is acquired and stored in the terminal and the cloud server. Intelligent monitoring equipment is arranged at the position of the production area, and the intelligent monitoring equipment can enter a factory after safety examination. Specifically, the intelligent monitoring device collects face image information entering and exiting a production area, uploads a customized AI algorithm model of the edge computing device, the customized AI algorithm model of the edge computing device compares the uploaded face image information with built-in data information, judges whether the person is authorized, uploads a judgment result to the terminal and the cloud server through the wireless communication module, and if the person is not authorized, the terminal identifies and gives an alarm.
The data information source for the customized AI model comparison is the face acquisition information of the terminal and the staff of the cloud server who have the authority to enter and exit the production area.
The invention can also be embedded into a GIS system, combines with the image recognition and positioning technology and utilizes the electronic fence to carry out partition management.
Furthermore, the production area is divided into areas through an electronic fence, so that a normal activity area, a dangerous area and a forbidden area can be specified, and personnel rights can be set correspondingly. The electronic fence is composed of a plurality of intelligent monitoring devices.
Set up the fence, unauthorized personnel get into and will send alarm information, or some personnel can not leave certain region, leave once and will send alarm information, the safety of guarantee personnel or equipment reduces unnecessary loss. Combine fence, can realize unmanned guard, personnel location positional information, personnel's information has the people of irregularity, and unsafe region exists, carries out safety precaution, and early warning mode and entrance guard are similar.
The 3D visualization system can prompt safety information, can be quickly positioned through buttons, and can be used for displaying potential dangers in real-time dynamic highlight prompt positions where safety early warning occurs, and personnel can timely find and guide dangers.
After the electronic fence is successfully set, the terminal system monitors the area of the electronic fence in a key mode, safety production is guaranteed, illegal behaviors can be captured in a snapshot mode, once the fact that unauthorized people enter a dangerous area is found, the system gives an alarm immediately, and meanwhile the video monitoring system is called to capture video pictures of the unauthorized people illegally entering the dangerous area. The video information will be automatically snapped for serious violations.
The full-gridding electronic fence can quickly realize the functions of adding and deleting. And the two-ticket system is associated with the data of the two-ticket system, and an electronic fence area and an authority are automatically defined and granted on a platform through the two-ticket system, so that the personnel safety is supervised. And the personnel distribution position and personnel safety information are mastered in real time, and personnel in a non-region enter and alarm in time. The safety risk caused by the mistaken break of personnel is avoided.
Specifically, the terminal and the cloud server acquire the personnel permission information through the two-ticket information system.
The power plant reads information of examination personnel by using the identity card, the personnel enter the power plant to perform safety examination, examination scores are qualified, the two-ticket system is automatically input, and meanwhile, face information is acquired. And automatically associating the working area and the activity range according to the project information, overhauling the route, distributing guardians, and ensuring to walk to the overhauling area according to the safe route.
And giving an alarm if the whole factory senses no identification, such as entering a non-working area or entering of unauthorized people, and calling a video monitoring system to capture video pictures of the unauthorized people illegally entering a dangerous area.
The invention also comprises intelligent positioning equipment, wherein the intelligent positioning equipment comprises a UWB base station, an equipment positioning label, a camera and a wireless communication module.
The intelligent positioning equipment monitors the personnel track information in real time, and the matched camera and the edge computing equipment perform non-inductive image recognition, so that the positioning accuracy is improved.
The positioning tag sends the position information of the personnel to the UWB base station, the UWB base station tracks the personnel by using the camera according to the position information, and sends the information of the personnel and the vehicle to the edge computing equipment through the wireless communication module to perform non-inductive image recognition.
The intelligent positioning equipment also comprises a control output port and a data output port.
The working mode of combining UWB electronic tags and intelligent image recognition is adopted, a camera is used for capturing human faces or customizing identification for image recognition, and UWB technology is used as assistance to realize personnel safety management.
The intelligent positioning equipment analyzes the acquired image in real time in an edge calculation mode by using an image recognition algorithm, establishes an image model by using image and data information, iteratively optimizes the model, forms different model libraries and AI skill libraries for personnel, vehicles, equipment, safety recognition and the like, and performs continuous risk recognition.
The judgment process is as follows: sample library-model training-model warehouse-model encryption-AI model management-AI application management-edge device management-platform and APP alarm.
AI identification modules such as equipment and environmental risk, illegal operation can be customized, modeling is carried out, deep learning optimization can be realized, and vehicle identification, vehicle tracking, dressing identification, equipment safety identification, illegal and dangerous industry identification, instrument panel reading identification, environment identification, illegal operation identification and the like can be realized, for example: vehicle identification, vehicle tracking, vehicle stop identification. License plates, vehicle types, engineering vehicle identification (trucks, cranes, forklifts, trucks, cruisers, tank trucks), non-motor vehicle identification, identification of relevant scenes of wearing safety helmets (wearing, colors), work clothes (hats, gloves, shoes, work clothes and the like), safety belts and the like (wearing, unhooking), identification of equipment operation states and intrusion of personnel in dangerous areas. The method is used for detecting the scenes such as the lifting height and angle of factory equipment, the distance between people and equipment and the distance between equipment. The system comprises the following actions of personnel intrusion, personnel rest, personnel stay, personnel leave the post, vehicle intrusion, vehicle stay, smoking, mobile phone beating, climbing, fighting and the like, and gives an alarm. And identifying or reading various meters such as mileage, pointers, numerical values, indicator lamps and the like, and giving an alarm. The method is characterized in that a single action or a series of actions in a factory production link are identified, whether the action times are insufficient within a certain time or not is identified, a certain action is lacked, and an alarm is triggered. And identifying colored smoke, gas, open fire, water leakage, oil leakage and the like in the factory area, and giving an alarm.
The invention supports video linkage, voice talkback, acousto-optic alarm and the like, and simultaneously comprises a plurality of alarm permission settings of a platform or a mobile phone APP.
The terminal system supports video calling, and when people position, illegal operation, equipment state and the like are inquired, the image acquisition module or the camera at the position can be clicked by the terminal system to check the video. The video monitoring that corresponds is transferred based on current personnel position is automatic, walk to other positions automatic switch to corresponding control picture to personnel, according to video hardware equipment overall arrangement position, carry out the view cone and calculate, whether detection personnel have regional mistake to rush, someone mistake is rushed, to the condition that takes place the anomaly, can rely on personnel real-time position, virtual camera position, the name, the real camera of corresponding position is transferred to the while section, suggestion early warning information, click the button and understand the latched position, three-dimensional scene position has the alarm phenomenon equally, flicker information.
The terminal and the cloud server also comprise an intelligent violation management module. Meanwhile, all violations are pushed to the intelligent violation management module.
Customizing an AI algorithm model of the edge computing equipment, customizing different types of violation identification, and performing subsequent processing by a violation information association platform; the platform carries out all-round information display, monitoring and early warning.
And managing and controlling the on-site operation violation condition through a video identification technology. Personnel safety is identified through a video identification technology, if the personnel violating the regulations or the personnel wearing the personnel violating the regulations and entering a working site give an alarm, the alarm information is pushed through an interface pushing platform, and the alarm information is pushed to an intelligent management violation module.
The electric power safety intelligent management and control platform based on the private cloud can automatically upload violation information to the platform by crossing an electronic fence and entering a dangerous area by mistake including operation accompanying violation, overtime violation of a work ticket, operation violation and the like, a monitoring system can snapshot the field violation process after confirming personnel information, and a snapshot result is pushed to an intelligent management violation module.
The electric power safety intelligent control platform based on the private cloud realizes supervision of execution of two tickets, specification and control of an operation process and receiving and displaying of data of the two tickets; the receiving and displaying functions of the shift system of the power plant are realized; the display and the reminding of the regular work and the itinerant inspection work of the power plant are realized; the intelligent guidance and alarm prompt functions in the two-ticket operation process are realized.
And the terminal and the cloud server customize the visual effect of the development platform according to the user requirement and display the two-dimensional or three-dimensional visual effect of the judgment result of all personnel management and control.
The three-dimensional visualization system can browse geographical information, equipment information, personnel information, operation information, early warning information and the like of a factory area at will on a platform by performing fine digital modeling on the whole plant panorama and main equipment of the power plant, can call key areas, monitors the key event site in real time, locks the site position of a production accident emergency, deploys a plan, provides information for an emergency system, and has a more intuitive visualization information display interface.
The method is characterized in that personnel management and control of the power plant are realized based on three-dimensional visualization system display, maintenance of safety management and control of the power plant is realized, incidence relations of information such as areas, equipment, personnel and operation are established, and a query analysis function of relevant information can be realized through various dimensions.
The system can check the action tracks of personnel information in a plant and can give an alarm to illegal operation of operating personnel in the plant.
The number of field personnel, personnel distribution conditions, personnel identity information and the like are dynamically displayed on the three-dimensional visual platform in real time, and whether the personnel information and the position are consistent or not can be rapidly confirmed, so that whether the personnel information and the position can pass through the area or not can be rapidly confirmed. Personnel information, personnel's orbit, the video recording of site work are looked over to the accessible safety intelligence management and control system.
Compared with the prior art, the invention has the beneficial effects that:
the electric power safety intelligent control platform is combined with the two ticket information systems to realize the control of the operators, can accurately acquire the positions of the tracks of the operators, and judges whether the operators are at the work posts, whether the operators are in dangerous areas or whether the operators have violation operators. The invention can also display the judgment results of all personnel management and control through a three-dimensional visualization system through the intelligent monitoring terminal and the cloud server; the position of the operator is clearly displayed, and the violation operator, the violation position and the like can be specially marked.
The invention can flexibly set the electronic fence, set according to the maintenance work plan or the high and medium risk area, distinguish that the positions where the targets pass in the prior art can be checked on the platform in real time, and when the personnel walk to a certain maintenance point, the related data of the equipment can be automatically displayed, and the video pictures can be synchronously switched, thereby realizing the combination of virtual and reality, monitoring and alarming in time, and supporting different risk levels of local, system, APP, telephone and the like to send different managers.
The invention selects AI image recognition technology and UWB technology for positioning personnel and equipment, and combines the AI image recognition technology and the UWB technology to realize the purpose that the personnel do not need to wear a card, the human face or the customized image features are identified without sense, the safety management of the personnel without dead angles in all directions after entering a factory is ensured, and the tracking position of the personnel can be accurately obtained.
The invention firstly provides a two-ticket system for opening, outsourcing personnel leave the factory from the beginning of entering the factory to the completion of entering the factory, all are in a series of intelligent associations of platform closed-loop management, safe training entering the factory, system invoicing, work area allocation, in-factory route allocation, personnel authority, in-factory supervision personnel allocation, violation monitoring, violation punishment and the like, the danger probability caused by the mistaken running of personnel is avoided, and the work efficiency of a safety management department is improved.
The invention can be deployed locally or in a cloud manner, is convenient to migrate, realizes the rapid uploading and optimization of data by using the edge computing and Internet of things technology, and displays the result on a three-dimensional visual platform.
The invention is based on a 3D visualization technology, and a three-dimensional display platform is customized according to a drawing set in a factory. The invention provides a method for accessing a relevant system into a platform, simultaneously customizing and developing a plurality of scene AI algorithm models, GIS maps, edge calculation, integrated positioning, three-dimensional visualization, big data, Internet of things, artificial intelligence, multi-party communication and other technologies to realize personnel safety, production safety and equipment safety, and assisting in realizing safe production.
The present applicant has described and illustrated embodiments of the present invention in detail with reference to the accompanying drawings, but it should be understood by those skilled in the art that the above embodiments are merely preferred embodiments of the present invention, and the detailed description is only for the purpose of helping the reader to better understand the spirit of the present invention, and not for limiting the scope of the present invention, and on the contrary, any improvement or modification made based on the spirit of the present invention should fall within the scope of the present invention.
Claims (10)
1. The private cloud-based intelligent power safety management and control platform is characterized by comprising intelligent positioning equipment, intelligent acquisition equipment, edge computing equipment, a terminal and a cloud server;
the intelligent positioning equipment comprises a UWB base station, a positioning tag, a camera and a wireless communication module;
the intelligent acquisition equipment comprises an image acquisition module, a voice acquisition module, various equipment acquisition modules and a wireless communication module;
the edge computing equipment comprises an edge server, a customized AI algorithm model and a wireless communication module;
the intelligent positioning equipment monitors the personnel track information in real time, and the matched camera and the edge computing equipment perform non-inductive image recognition to obtain positioning data;
the intelligent acquisition equipment acquires various information, and uploads the information to the edge computing equipment through the wireless communication module for analysis and comparison to obtain analysis data;
the positioning data and the collected and analyzed data are transmitted to the terminal and the cloud server in real time through the wireless communication module, and display and alarm prompt are carried out through the terminal and the cloud server.
2. The private cloud-based power security intelligent management and control platform according to claim 1, wherein:
the platform can be in data communication with a two-ticket system, an SIS system, an OA system, an ERP system, a safety training system and an access control system.
3. The private cloud-based power security intelligence management and control platform of claim 1,
the cloud server is established based on a private cloud and used for protecting data security; the system comprises a physical or virtual server which calculates, analyzes and displays the uploaded structural or non-structural data.
4. The private cloud-based power security intelligence management and control platform of claim 1,
the intelligent positioning equipment also comprises a control output port and a data output port;
the intelligent acquisition equipment further comprises a data analysis module, a sensor receiving module and an output module, and a plurality of groups are arranged.
5. The private cloud-based power security intelligence management and control platform of claim 1,
the platform is embedded into a GIS system, combines with an image recognition and positioning technology, is associated with the data of the two-ticket system, automatically defines an electronic fence area and grants permission on the platform through the two-ticket system, and realizes supervision on personnel safety;
the electronic fence is used for carrying out partition management, a normal activity area, a dangerous area and a forbidden area are specified, and personnel in a non-area enter and alarm in time;
meanwhile, the full-gridding electronic fence can quickly realize the adding and deleting functions.
6. The private cloud-based power security intelligence management and control platform of claim 1,
the positioning tag sends the position information of the personnel to the UWB base station, the UWB base station tracks the personnel by using the camera according to the position information, and sends the information of the personnel and the vehicle to the edge computing equipment through the wireless communication module to perform non-inductive image recognition.
7. The private cloud-based power security intelligence management and control platform of claim 1,
the customized AI algorithm model of the edge computing device customizes different types of violation identification, the violation information association platform carries out subsequent processing, and the platform carries out all-dimensional information display, monitoring and early warning.
8. The private cloud-based power security intelligence management and control platform of claim 1,
the intelligent acquisition equipment also comprises a voice acquisition module and a voice broadcasting module;
the voice acquisition module acquires voice information and transmits the voice information to the terminal and the cloud server in real time through the wireless communication module; meanwhile, the command audio of the wireless receiving terminal of the intelligent acquisition equipment and the command audio of the cloud server are played through the voice broadcasting module, and intelligent two-way voice talkback is achieved.
9. The private cloud-based power security intelligence management and control platform of claim 1,
and customizing the visual effect of the development platform according to the requirements of the user, and displaying in a two-dimensional or three-dimensional visual mode.
10. The private cloud-based power security intelligence management and control platform of claim 1,
the terminal supports video calling, and the image acquisition module or the camera at the position can be clicked at the terminal to check the video when the position of a person, illegal operation and equipment state are inquired.
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| CN113674325A (en) * | 2021-09-02 | 2021-11-19 | 中科海微(北京)科技有限公司 | Personnel trajectory tracking method and system |
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