凌天装备集团 Lingtian Equipment Group
V1.0 Model V1.0
Product inspection unit
Product inspection verification number
010-51652021 13301315965 Phone 010-51652021 13301315965
2017-12-25 10:36:00 Updated 2017-12-25 10:36:00
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V1.0 Safety Production Visualization Integrated Information Platform (a picture)
R & D: Beijing Lingtian Century Holdings Co., Ltd.
1. Construction ideas
The plan adopts a standard open architecture, and builds a “one web” of visual supervision of hazardous chemicals manufacturing enterprises from the provincial, city to district / county level safety supervision agencies vertically, horizontally to the members of the safety committee, and front-end to hazardous chemical production enterprises. 传感采集手段，实现日常监管和预警监测功能，同时为现场巡查执法提供远程可视化管理手段；在战时，为突发事件提供可视化应急救援指挥能力。 In normal times, strive to achieve the major control objects of safety production enterprises major non-coal mine management, take the unsafe state as the main monitoring object, prevent accidents through the control of abnormal points, combine artificial intelligence + sensor acquisition methods to achieve daily Supervision and early warning monitoring functions, while providing remote visual management means for on-site inspections and law enforcement; during wartime, it provides visual emergency rescue command capabilities for emergencies.
体系” Can be summarized as " 135531 system"
Ø 1 : indicates a video big data center;
Ø 3 : indicates three supporting systems, including enterprise file data management, security event view storage, and intelligent analysis applications
Ø 5 : Represents five types of application platforms, namely integrated video surveillance platform, mobile law enforcement and emergency command platform, video surveillance platform, sensor monitoring platform, and comprehensive decision-making platform.
Ø 5 : Represents users in five categories of industry, safety supervision bureau, fire department, emergency department, enterprise managers, and the public.
Ø 3 : It means three major guarantee systems, information security guarantee system, comprehensive operation and maintenance management system, and data standard specification system.
Ø 1: It means a private video production network.
3 , scheme content
1) Comprehensive production safety information platform
The security supervision visualized comprehensive management platform is composed of enterprise high-definition video surveillance system, mobile terminal law enforcement law forensics system, visual emergency command and dispatch system, IoT sensor data acquisition system, thematic archive storage system, real-time video cloud storage system, and video quality intelligence. It is composed of a centralized system, a monitoring center, and a mini-computer room. It is centralized and managed by the safety supervision visualized integrated management platform, and the subsystems interact as needed and organically interact.
The smart video surveillance system is mainly composed of front-end cameras and important video storage devices in the front-end of the enterprise. The video intelligent analysis system supports artificial intelligence to identify human and vehicle attributes or behavioral event changes through deep learning technology for human and vehicle objects and abnormal behavior events, so as to perform real-time early warning analysis, alarm records, and parallel action centers for video review records for timely disposal.
区域入侵/进入离开区域/滞留/徘徊/遗留/人员聚集/车辆停留/目标移动等异常行为及视频异常等智能分析预警、人脸和车辆特征识别布控、热成像周界行为分析、物体精确测温/观温预警、安全帽识别、在岗离岗监测、区域人数及人员密度精确统计等各类行为事件的实时高效侦测和联动告警。 The video intelligent analysis application system currently includes abnormal behaviors such as cross-border / regional invasion / entering and leaving the area / stagnation / wandering / legacy / personnel gathering / vehicle staying / target movement and video abnormalities such as intelligent analysis and warning, face and vehicle feature identification control, thermal Real-time and efficient detection and linkage alerting of various behavioral events such as imaging perimeter behavior analysis, accurate temperature measurement / temperature observation warning, hard hat identification, on-the-job monitoring, accurate statistics on the number of people and personnel density, etc.
The video quality diagnosis system is used to perform regular operation and maintenance management and inspection on behavior events of abnormal damage or artificial damage to the video surveillance acquisition and transmission system. As an intelligent video failure analysis and early warning device, it passes the code stream returned by the front-end equipment. Decoding and image quality assessment, intelligent analysis, judgment and alarm of quality problems in video images.
The video networking shared access system can access a system platform that supports video standard streaming media protocols and networking national standard protocols and supports integrated development and docking business platforms through open interfaces. Through the collection of on-site video information of major hazard sources, important enterprises and other places to ensure the security of network information, it is transmitted to the emergency command halls of security supervision departments at all levels via the special production video network to intuitively reflect the relevant situation and data on the site. Information, to realize the remote visualization, corresponding monitoring and disposal of the major dangerous source video information of the safety supervision bureau, to provide a basis for the implementation of supervision, and to provide video image information support for the leadership of comprehensive research and judgment, scientific decision-making and command and dispatch, to achieve emergency rescue Visualization of command.
The IoT sensor data acquisition system is to collect and monitor basic environmental data and monitor whether the environmental variables change according to the changes in environmental variables through the installation of various environmental sensor equipment on-site of hazardous chemicals production enterprises, storage tank areas or safety production enterprises in major chemical industry parks. An alarm reporting platform and related supervisors and disposition personnel will be generated if the limit is exceeded, which effectively guarantees the safety production risk management and hidden danger inspection and management in various scenarios in the enterprise. The system collects environmental data such as temperature and humidity, flammable, explosive, toxic and harmful gases in real time.
The use of visual emergency command and dispatch systems such as drones and mobile ball control to assist in the supervision of safety production operations can achieve efficient information collection, intuitive data analysis, comprehensive three-dimensional visual management, and scientific and efficient linkage to meet emergencies during emergency command Quickly and timely access to current status and information release requirements. The system breaks through the previous constraints of terrain, environment, and traffic during dynamic monitoring, emergency command, and comprehensive law enforcement. In combination with spatial geographic location, it acquires real-time video image dynamic information of key regulatory areas, and remotely detects mobile operations. Through the central monitoring large screen, the safety supervision business department can view the video images collected by the temporary deployment control in real time, and realize the dynamic perception and timely control of the information on the major dangerous sources of the enterprise, the safety production status of the hazardous chemicals company and the violation incident information. The system has a strong ability to ensure safe operation, which can easily implement inspections in hazardous operation areas and enter areas that are difficult for personnel to reach. It will undoubtedly greatly increase the inspection frequency of security supervision law enforcement personnel, improve the efficiency of routine inspections, and avoid the personnel of inspections. Security Risk.
一张网” （安监云） 2) “ One Network ” for Safe Production (An Jianyun)
The video cloud storage system is based on the general file cloud storage and is customized for the data characteristics and storage requirements of the security industry. It has technical highlights such as virtualization technology, clustering technology, and discrete storage technology. It is mainly composed of storage management nodes and storage nodes. Partial composition. The metadata information that needs to be configured inside the system is uniformly managed by the cloud storage management server. The management node also needs to be responsible for management functions such as load balancing and failure replacement within the cluster. The video cloud storage system can form massive storage resource pools, and the capacity allocation is not physically affected. The number of hard disks is limited; and the storage capacity can be linearly expanded online, and the performance and capacity can be expanded online. Video cloud storage has the advantages of saving investment, flexible expansion, on-demand distribution, high-speed download, cluster disaster tolerance, and oriented towards big data fusion applications.
Security surveillance event archives storage system provides automatic recording of abnormal behavior events, video recordings, and suspicious clips, as well as unified management and storage of video, pictures, and documents of law enforcement personnel on dangerous sources at security inspection sites. Law enforcement personnel can use structured information Search the law enforcement video recordings and pictures recorded by the law enforcement recorder in the library, and perform operations such as on-demand, editing, and downloading of supporting videos. Information management such as classification management, version control, audit management, etc. stored in the thematic archive library storage system, users can build a data classification directory according to their needs to store and manage various types of data.
3) Security supervision mobile law enforcement system and terminal equipment
Mobile law enforcement systems include mobile individual soldiers, on-board evidence collection, law enforcement recorders, and more. Mobile video such as individual soldiers, vehicles, law enforcement recorders can monitor the situation of security supervision law enforcement sites , The entire process of law enforcement is recorded, which can reproduce the entire law enforcement process, and provide direct and powerful video image information for administrative law enforcement and administrative punishment. /4G网络将数据上传监控中心；后端中心视频联网系统需满足设备的管理及后视音频的预览等需求。 The acquisition equipment needs to meet the video, audio and picture collection requirements, and can interact with the background to meet certain business function requirements; the intermediate transmission network uses the operator's 3G / 4G network to upload data to the monitoring center; the back-end center video networking system needs Meet the needs of device management and preview of rear-view audio.
4) Emergency production emergency rescue command and monitoring center
The emergency rescue command hall implements unified management and scheduling of video surveillance resources. In the lobby, a monitoring center, conference and discussion room, and information center computer room are deployed. Equipment such as display and control systems and high-definition video smart TVs are deployed to meet the needs of daily management and maintenance and emergency command. The center consists of integrated control system, image display system, multimedia sound system, monitoring station and necessary central network equipment.
头顶库”治理项目 5) Non-coal mine goaf management project and non-coal mine tailings reservoir “ head storage ” governance project
For large-scale monitoring scenarios such as illegal mining in non-coal mine tailings restricted mining areas, stolen mining in mined-out areas, etc., the traditional method for traditional video surveillance users to view a large area is to install multiple cameras at fixed points on the ground. Each is responsible for viewing a small area by constantly switching screens. The main disadvantage of this method is that the user does not have the overall sense of the screen and the three-dimensional sense, and it is difficult to lock the target that needs to be observed. The results of the land loss process and illegal mining behavior cannot be quickly known only by manually viewing the video. The difference between live and past images. In addition, the operation of the camera PTZ is complicated, and it is necessary to frequently switch the camera and screen for focusing and other operations. In addition, the number of cameras is large, the monitoring range is large, and the number of staff is limited. Frequent inspection and monitoring are prone to inattention and lack of energy, resulting in low work efficiency. The above problem can be solved by installing a high-definition high-speed dome camera and a splicing server installed on the commanding point (on the iron tower or lighting pole).