The digital twin smart prison three-dimensional visualization management and control system is a software system developed by Future Element Technology. Through refined three-dimensional modeling, it simulates the appearance and internal structure of all prison buildings in three dimensions, clearly displays the distribution and structure of each building, prison area, and prison cell, and intuitively presents the distribution situation and real-time alarm information of the supervised objects, police officers, and facilities in the prison. It supports the integration of real-time data collected by various front-end sensing devices, and visualizes the occurrence, real-time situation, and disposal of various emergencies in the prison. It also tracks and displays the emergency plan process and the current stage, supports grid management of the prison jurisdiction area, integrates a full range of risk assessments of "people, land, objects, events, and situations", assists in comprehensive control of the operation situation of the prison area, and improves management efficiency.
1. The digital twin smart prison three-dimensional visualization management and control system is a software system developed by Chengdu Trend Electronics Co., Ltd. Through refined three-dimensional modeling, the exterior and internal structure of all prison buildings are simulated in three dimensions, and the distribution and structure of each building, prison area, and prison room are clearly displayed. The distribution situation and real-time alarm information of prisoners, police officers, outsiders, and prison facilities in the prison are intuitively presented. It supports the integration of real-time data collected by various front-end sensing devices, and visualizes the location, real-time situation, and disposal of various emergencies in the prison. The information is monitored, and the emergency plan process and the current stage are tracked and displayed. It supports grid management of the prison jurisdiction area, integrates the all-round risk assessment of "people, land, objects, events, and situations", and assists in comprehensive control of the prison area operation situation and improves management efficiency.
2. The smart prison system supports the visualization management of the spatial distribution of perimeter security facilities such as walls, power grids, and video surveillance, and real-time monitoring of the operating status of each security facility, effectively improving the operation and maintenance efficiency of security facilities. When a prison encounters a major emergency, such as a prisoner escaping from prison, the perimeter alarm and other related early warning systems can send out strong sound and light alarms. The smart prison system automatically jumps to the location of the alarm point to display the time, location, and type of the alarm. At the same time, the surveillance image near the alarm point is automatically popped up. The intelligent analysis system performs facial recognition on the criminal who triggered the alarm and pops up the basic information of the criminal. The system automatically retrieves and displays the information of the on-duty prison guard closest to the alarm point through the police management system. The command center conducts police situation analysis based on the above information and designates the on-duty prison guard to rush to the scene for arrest; the entire police situation handling process is automatically recorded on the platform. After the police situation is handled, the police handling process is summarized and an event record is generated for simulation drill playback or case formation.
4. The smart prison system uses a variety of recognition technologies to present the regional distribution of criminals in a scene-based manner. Combined with the regional distribution of police, the ratio of police to prisoners in each area can be seen. If the ratio of police to prisoners exceeds the standard, early warning prompts can be issued. Click on a criminal's name to roam to his bed and view the criminal panel; click on the camera to see the image, click on the intercom to talk to him; through the IoT sensor, check the temperature and humidity of each room, and remotely and automatically control the switching time of lighting, air conditioning and other facilities to ensure the rest and safety of prisoners. The police patrol system can view the internal service of the police. Click on the police's name to roam to his position and view his work status. You can view the duty information of all positions; through the background interactive transfer software service, you can view the patrol track of the patrol police; by swiping the tablet to specify the patrol point, the patrol cell is automatically identified and the basic situation is displayed. Realize the integrated application of resource scheduling, define patrol points on the three-dimensional GIS map, and the platform automatically plans the route for each patrol point. During the patrol, the platform automatically pops up the patrol route and nearby monitoring images. The patrol personnel confirm the on-site situation of each patrol node through the monitoring images and send Abnormalities can be reported in real time. The hierarchical management mode is adopted. The monitoring images of each duty room can be called with one click to view the real-time status of the current duty room.
5. The confinement room can view the basic situation of the personnel in the confinement room, the reason for confinement, the confinement period, etc.
6. The infirmary can see the information of the police and doctors on duty and the sick prisoners of the day. Click on the prisoner's photo to roam to the bed where he is, and you can view the condition panel, care information, and on-site video
7. The meeting room can see the seats and detailed information of the meeting on the day. The family members of the criminals in each seat can keep abreast of the dynamics of the meeting in time to prevent accidents such as tip-offs and the delivery of prohibited items; provide visual monitoring means for supervisors.
8. The loading and unloading point can realize the functions of external vehicle and personnel image comparison, automatic shooting, custody certificate replacement, emergency opening and closing, etc.; support linkage with the access control system; support linkage with the vehicle bottom scanning, rolling door, car blocker, AB door, life detection, vehicle bottom scanning and other systems to realize the unified management of human and vehicle channel equipment.
9. The intelligent access control system supports visual management of the number and spatial location distribution of prison access control, and real-time monitoring of information such as personnel, vehicles, and access control operation status, providing strong support for the entry and exit management of prison personnel and vehicles and access control operation and maintenance management.
10. The prison's command center is responsible for the daily management and operation of the entire prison. When various alarms occur, the large-screen three-dimensional scene immediately roams to the alarm point, linking the on-site image and police information to achieve the goals of strong security protection, fair and standardized law enforcement, fast information communication, and command management in the supervision site.
11. The intelligent regional control system can also monitor different areas in the prison in real time by using various sensors and monitoring equipment, and provide useful reference information for data collection and analysis. It can record the temperature, humidity, noise level, etc. of each area. These data can help managers better understand the changing trends of the prison environment, so as to make corresponding adjustments and achieve the goal of energy saving and emission reduction.
12. Each building can be opened like a drawer or a cover, and the internal layout and related pipelines of the building can be seen, and remote control can be performed through the IoT sensor device; it can be zoomed, translated, rotated, and flipped, and each device in the scene can respond to interactive events.
13. Through the digital twin smart prison three-dimensional visualization management and control system developed by Chengdu Trend Electronics Co., Ltd., a comprehensive management system can be built with intelligent prison rooms as the core and video surveillance alarm applications as the main body, combining various technical subsystems such as monitoring systems, emergency alarm systems, perimeter control systems, prison area access control systems, prison guard patrol management systems, inmate reporting systems, audio-visual education (broadcasting) systems, meeting management systems, prohibited items detection systems, interrogation command systems, and business application systems such as prison inmate management systems; integrating advanced video intelligent analysis, video quality diagnosis, network operation and maintenance management and other forward-looking application technologies, and ultimately achieving the goal of refined management of inmates, timely and effective handling of various police situations, and rapid response to emergency commands.
