Urban rail transit security and protection integrated platform

Abstract

The invention relates to a security and protection integrated platform for urban rail transit. The security and protection integrated platform comprises various preset types of subsystems arranged at various stations of the urban rail transit, station centers in communication connection with the subsystems, and a line center for managing a plurality of station centers in a preset jurisdiction range, wherein the various preset types of subsystems comprise an intrusion alarm subsystem used for collecting data of monitored intelligent or non-intelligent equipment, a video monitoring subsystem, an electronic patrol subsystem, a security inspection detection subsystem and an entrance and exit control subsystem; and the station center and / or the line center are / is used for carrying out conjoint analysis on the data acquired by the subsystems of various preset types, identifying alarm information of various preset types of events, and starting corresponding emergency plans for various preset types of events.

Description

Technical Field

[0001] The present invention relates to the technical field of urban rail transit, and in particular to an urban rail transit security integrated platform. Background Art

[0002] Urban rail transit is the backbone of the urban public transportation system and an important part of the city's comprehensive transportation system. With the rapid increase in operating mileage and the continuous expansion of the network scale of rail transit, especially the subway industry, the pressure on the safe operation of urban rail transit is increasing. The safe operation of urban rail transit is of great significance to the entire society.

[0003] In traditional technology, the security system of urban rail transit is composed of discrete systems with multiple purposes or functions. The systems are scattered among each other. When public safety incidents occur, each discrete system processes the data separately, so it is impossible to conduct joint and detailed analysis and processing of the incident as a whole in a timely manner, and the further security prevention effect is not good. Summary of the invention

[0004] The present invention provides an urban rail transit security integration platform, which can integrate multiple subsystems in the security integration platform. Each subsystem independently obtains data from monitoring intelligent devices or non-intelligent devices and transmits the data to the station center and the line center for joint analysis and processing, so as to achieve unified management and efficient maintenance, and at the same time improve the effect of emergency response.

[0005] To achieve the above object, the present invention adopts the following technical solutions:

[0006] In a first aspect, the present application provides an urban rail transit security integrated platform, comprising: a plurality of preset subsystems arranged at each station of the urban rail transit, a station center connected to each subsystem in communication, and a line center managing a plurality of station centers within a preset jurisdiction;

[0007] Among them, there are multiple preset types of subsystems, including intrusion alarm subsystems, video surveillance subsystems, electronic patrol subsystems, security detection subsystems, and access control subsystems for collecting data from monitored intelligent or non-intelligent devices;

[0008] The station center and / or the line center is used to jointly analyze the data collected by subsystems of multiple preset types, identify the alarm information of various preset types of events, and activate corresponding emergency plans for various preset types of events.

[0009] In one implementation, the data analysis of the line center and the station center adopts modular management, including:

[0010] System management module, used to set up administrator users of various preset levels for data management and set permissions for administrator users of each preset level;

[0011] Configuration management module, used for information management of preset type events and preset jurisdictions;

[0012] System control module, used to manage resource information and control authority of devices of each preset subsystem type;

[0013] The network management module is used to manage the usage of network resources of each device on the security integration platform;

[0014] The data management module is used to analyze the data collected by each preset type subsystem, identify the alarm information of various preset types of events, and collect statistics on the alarm information of various preset types of events;

[0015] Service management module: used to monitor the service status of the station center and the service status of the electronic patrol subsystem;

[0016] Emergency management module: In response to the alarm information of various preset types of events, the emergency plan is activated and the emergency handling process is executed;

[0017] Map monitoring module: displays the line operation status of the preset jurisdiction through preset map types, or the individual operation view of the station site.

[0018] In one implementation, the system management module sets various preset levels of administrator users, including super administrators, administrators and operators; the permissions include information query or maintenance of logs, permissions, menus, backups, departments, dictionaries, parameters, and roles.

[0019] In one implementation, the system control module includes:

[0020] Video surveillance module: input the information of the camera of the video surveillance equipment;

[0021] Intrusion alarm module: provides alarm equipment and alarm zone management;

[0022] Security detection module: provides information display of security checkpoints;

[0023] Electronic inspection module: provides resource information related to the electronic inspection system, including inspection records, inspection plans, inspection routes, inspection points, and inspection personnel;

[0024] Access control module: provides access information management.

[0025] In one implementation, the network management module is used to query the network resource usage of each device on the security integration platform and allocate network resources to each device.

[0026] In one implementation, the emergency management module is used to perform information management on emergency materials, emergency departments, emergency personnel and / or emergency processes.

[0027] In one implementation, the map monitoring module is used to display the line operation status in a two-dimensional map and to display the individual operation view of the station site in a three-dimensional map.

[0028] In one implementation, the data management module uses a pop-up window alarm to display the alarm information of various recognized preset types of events.

[0029] In one implementation, the alarm information includes: alarm type, time and location of the event, nearby camera number, access control number and electronic fence ID.

[0030] In a second aspect, a method for urban rail transit security is provided, which collects data of monitored intelligent or non-intelligent devices through a plurality of preset subsystems;

[0031] Through the station center and / or the line center, data collected by subsystems of various preset types are jointly analyzed to identify alarm information of various preset types of events, and corresponding emergency plans are activated for various preset types of events.

[0032] The technical solution of the present invention locates the location of the security incident according to the alarm information of the security incident reported by each subsystem, and then controls the cameras around the location of the security incident, monitors the on-site conditions in real time and reports the on-site monitoring data of the security incident, so that first-hand monitoring images can be quickly obtained when a security incident occurs; obtains the location and alarm information of the public security incident reported by each subsystem, and based on the on-site monitoring data, determines the alarm level corresponding to the alarm information and performs a corresponding pop-up alarm prompt; activates the emergency plan corresponding to the alarm level, and performs security control on the on-site area of ​​the security incident. The present invention realizes unified management and control of each subsystem, realizes integrated management of various detection systems for urban rail transit security, and improves the processing speed and accuracy of public security incidents. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 A schematic diagram of the structure of a security integration platform provided in an example of the present invention;

[0034] Figure 2 A schematic diagram of a device of a security integrated platform provided in an example of the present invention;

[0035] Figure 3 A module call flow chart of modular data management of security integrated platform data provided in an example of the present invention;

[0036] Figure 4 The figure is a schematic diagram of the linkage operation flow of the security integration platform equipment in an example of the present invention. DETAILED DESCRIPTION

[0037] In order to make the purpose, technical solution and advantages of the embodiment of the present invention clearer, the technical solution of the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings of the embodiment of the present invention. Obviously, the described embodiment is a part of the embodiment of the present invention, not all of the embodiments. Based on the described embodiment of the present invention, all other embodiments obtained by ordinary technicians in this field belong to the scope of protection of the present invention.

[0038] In view of the defects and problems of existing technologies, such as Figure 1 As shown, the present application provides an urban rail transit security integrated platform, including: multiple preset subsystems set up at each station of the urban rail transit, and a station center connected to each subsystem in communication, and a line center managing multiple station centers within a preset jurisdiction;

[0039] Among them, there are multiple preset types of subsystems, including intrusion alarm subsystems, video surveillance subsystems, electronic patrol subsystems, security detection subsystems, and access control subsystems for collecting data from monitored intelligent or non-intelligent devices;

[0040] The station center and / or the line center is used to jointly analyze the data collected by subsystems of multiple preset types, identify the alarm information of various preset types of events, and activate corresponding emergency plans for various preset types of events.

[0041] In one embodiment, data analysis of the line center and the station center is managed in a modular manner, including:

[0042] System management module: After the system is deployed, there is a super administrator user who can add, delete, modify and check the administrator user information and has all system permissions. Role attributes can be defined for users, and users are divided into two levels: administrator and operator according to permissions. Jurisdiction attributes can be defined for users, indicating the jurisdiction category that the user can manage. In addition, system management also includes information query or maintenance of logs, permissions, menus, backups, departments, dictionaries, parameters, and roles.

[0043] Configuration management module: conveniently add, modify or delete alarm types and jurisdictions. Alarm levels can be configured.

[0044] System control module: It can display the resource information of the video surveillance subsystem, intrusion alarm subsystem, security inspection and detection subsystem, electronic patrol subsystem, and access control subsystem through the line center or station center, and can send corresponding control commands to the above subsystems to control the operation of the equipment.

[0045] Network management module: Displays the resource usage of various devices in the network in real time on the monitoring terminal and reports any faults that occur.

[0046] Data management module: query the current alarm and historical alarm data according to the alarm level, alarm status, alarm source and other keywords, and make statistics according to the alarm level and alarm type. The alarm quantity query can generate a pie chart.

[0047] Service management module: satisfies the line center's management function for station center services and monitors the station center service status; monitors the service status of the electronic patrol subsystem and can achieve resource synchronization.

[0048] Emergency management module: In response to emergency events occurring at the station, the platform can initiate emergency plans, issue emergency handling procedures, and achieve rapid response to emergency events.

[0049] Map monitoring module: monitors the operation status of the entire line through a two-dimensional map, and simulates the current station view through a three-dimensional map to achieve real-time monitoring and remote control of equipment in the station.

[0050] Security management module: The software should have the function of preventing system crashes caused by incorrect operations, and prompts should be given when performing operations such as deletion.

[0051] Furthermore, the system management module includes:

[0052] User module: input, modify, delete, set roles, and set jurisdictions for user information. It mainly inputs user account, password, name, mobile phone, telephone number, organization, role, and jurisdiction, and saves it in the database.

[0053] Role module: Enter the role name, role description and role authorization menu and save them in the database. Role authorization includes permissions and directories.

[0054] Permission module: enter permission name, permission string, permission description, permission resource, and permission operation.

[0055] Menu module: Enter information such as menu name, URL, menu icon, sort number, and whether it is the home page.

[0056] Organization module: Enter information such as the organization name, code, person in charge, organization description, and whether to withhold funds.

[0057] Dictionary module: Enter information such as group name, group code, dictionary name, dictionary code, sort number and dictionary description.

[0058] Log module: Log important operations such as user login, logout, configuration operations, etc.

[0059] Backup module: Set the database backup cycle and back up the database data regularly to enable database data rollback in case of unexpected situations.

[0060] Parameter module: configure system parameters and save them in the database.

[0061] The configuration management module includes:

[0062] Equipment type module: unified management of all equipment types in the system.

[0063] Alarm Type Module: Add, edit and delete alarm types

[0064] Alarm Level Module: Add, edit and delete alarm levels

[0065] Jurisdiction management module: enter, modify and delete jurisdiction information.

[0066] The device control module includes:

[0067] Video surveillance module: input the information of the video surveillance device camera.

[0068] Intrusion alarm module: provides alarm equipment and alarm zone management.

[0069] Security detection module: provides information display of all security checkpoints.

[0070] Electronic inspection module: provides all resource information of the electronic inspection system, including inspection records, inspection plans, inspection routes, inspection points, and inspection personnel.

[0071] Access control module: provides access information management.

[0072] The network management module includes:

[0073] Whole network information module: provides basic information display of the whole network, including equipment asset information and alarm information of the whole network.

[0074] Network equipment management module: provides entry, editing, viewing and deletion of basic information of network equipment; assigns objects to the entered equipment, and assigns resource alarm items to the entered equipment.

[0075] Network topology module: displays the network topology of the equipment in the computer room. Each node in the topology represents a network device. Clicking a device node can display the specific values ​​of the resource items allocated to the node device.

[0076] Alarm item management module: manages resource alarm items, provides entry, editing, viewing and deletion of resource alarm items, and can specify resource items for newly entered alarm items.

[0077] Alarm list module: provides a display of the network device alarm list, and provides query functions based on the alarm generation time and alarm status. Administrators can manually confirm and delete device alarms.

[0078] Resource library management module: manages the resource library that comes with the network management system.

[0079] The configuration data management module includes:

[0080] Historical alarm module: provides display of system historical alarms, and provides time conditions, alarm levels, and alarm status query information.

[0081] Implementation of alarm module: Provides real-time display of system alarms, and provides time conditions, alarm levels, and alarm status query information.

[0082] The service management module includes:

[0083] Station service module: station information management, including IP, port and status.

[0084] Patrol service module: Patrol service information management, including IP, port, service status and other information.

[0085] The emergency management module includes:

[0086] Emergency supplies module: emergency supplies management, including name, manufacturer, model, storage address, contact person, telephone number and usage.

[0087] Emergency department module: Emergency department information management, including name, address, responsibilities, person in charge, person in charge contact information and other information.

[0088] Emergency personnel module: Emergency personnel information management, including name, gender, personnel category, department, expertise, ethnicity, contact information and other information.

[0089] Emergency process module: process information management, including process forms, entry, modification and deletion of process nodes; process design and release.

[0090] Emergency plan module: plan information management, mainly including name, code, level, type, station and process, emergency materials, emergency personnel, etc.

[0091] Emergency Assessment Module: Emergency assessment mainly evaluates the handling of the entire emergency plan from two dimensions: plan assessment and security threat assessment. Security threat assessment includes safety hazard level assessment and secondary threat possibility assessment. Plan assessment mainly evaluates the response of emergency personnel, rationality of emergency material settings, feasibility of emergency plans, and feedback on emergency handling.

[0092] like Figure 2 , in this embodiment, includes:

[0093] Clock system: mainly realizes the clock synchronization between the line center and the clock system and between the line center and the site center.

[0094] Intrusion alarm system: The intrusion alarm system pushes device status information and device alarm information to the site center through the interface, and supports the site center to send control requests to the intrusion alarm system.

[0095] Video surveillance system: The security integration platform implements video request playback through the private interface of the video surveillance system and sends control commands to the video surveillance system.

[0096] Security inspection and detection system: Based on the TCP / IP protocol interface, the security inspection and detection system actively pushes equipment failure and real-time image information to the security integration platform.

[0097] Entrance and exit control system: The security integration platform obtains the door status information of the entrance and exit control system through the http interface, and can send control commands such as opening, closing, normally open, and normally closed to the entrance and exit control system.

[0098] Electronic patrol system: The security integration platform synchronizes the resources of the electronic patrol system through the http interface.

[0099] Line center and station center: Based on HTTP restful interface, the line center obtains the station center service status information through the interface.

[0100] During the design process of this embodiment, the information sharing requirements of each subsystem are fully considered, and each subsystem is designed in a structured and standardized manner. Through various linkage methods between systems, they are integrated into an organic whole, making it a holistic and comprehensive integrated security system, achieving the purpose of full integration of human defense, technical defense and physical defense.

[0101] In this embodiment, the overall design is completed in one step. In the overall design of the platform, the integration, openness and expansibility of the security integration platform are fully utilized to achieve the management of each subsystem and the maximum sharing of information, while considering the expansion and capacity increase of the system in the future.

[0102] The subsystems are independently controlled and integrated as a whole. Each subsystem can work independently, or it can work together and prevent together with other subsystems through the security integration platform, forming a complete security technology prevention system. System operation and processing are completed in a unified human-machine interface, achieving the purpose of decentralized monitoring, control, centralized management, and unified scheduling.

[0103] Security measures are comprehensive and integrated, and business linkage is adopted in the platform design to achieve a thorough and effective security prevention purpose. The security integration platform system will realize linkage management among various businesses. For example, when the security inspection and detection system detects dangerous goods or the entrance and exit control system identifies forced door opening, the video surveillance system alarm can be triggered through the security integration platform, and the platform control terminal can be linked to notify the management personnel, etc., to realize many linkage functions.

[0104] The overall architecture of the urban rail transit security integration platform includes equipment such as Figure 2 shown.

[0105] The detailed description of each part of the equipment is as follows:

[0106] Site level (station, section yard):

[0107] The site-level security integration platform equipment includes: site-level servers, Ethernet switches, terminals, system software and all equipment required to complete the functions of this system.

[0108] Site-level server: It is set up in the station communication room and is used to connect the station platform with other subsystems;

[0109] Network equipment: installed in the station communication room, this network equipment is also used for the security inspection system networking;

[0110] Security dispatch terminal: It is installed in the vehicle control room or police room of the station and can be used together with the existing terminals.

[0111] Line center level (control center):

[0112] The line center-level security integration platform equipment includes: central server, storage device, interface server, core Ethernet switch, terminal equipment, event printer, sound and light alarm equipment, system software and all equipment required to complete the functions of this system.

[0113] Central server and interface server: set up in the communication equipment room of the control center;

[0114] Storage device: set up in the communication equipment room of the control center to save events and event-related information for 1 year;

[0115] Network equipment: installed in the communication equipment room of the control center;

[0116] Monitoring terminal: set up in the public safety protection monitoring center;

[0117] Security dispatch terminal: It is set up in the network management room to perform system configuration, business operation and monitoring of the integrated platform;

[0118] Sound and light alarm equipment: installed in the duty room, used for sound and light alarm.

[0119] The main functions of the urban rail security integration platform include:

[0120] Internal system management: Manage the urban rail security integration platform system, divide permissions according to different levels of users such as different stations and line centers, assign and manage account names and passwords for each user role, and configure the system's jurisdiction, security checkpoints, alarm hosts, defense zones, cameras, and access control point information. If the subsystem supports resource synchronization, it should also be able to perform resource synchronization operations, backup, log, and parameter configuration of the entire system.

[0121] External system management: The video surveillance subsystem can be used to play videos, record videos, and control cameras in the external system. The access control subsystem can be used to remotely open and close doors. The intrusion alarm subsystem can be used to deploy and remove defense zones in the monitored area. The security detection subsystem can also be used to collect alarms and equipment status information uploaded by the security detection subsystem. The electronic patrol subsystem can be used to synchronize information such as patrol points, patrol plans, patrol personnel, and patrol records.

[0122] The warning information of each external system can be centrally queried and managed, and the location of each alarm can be intuitively observed through electronic maps.

[0123] Emergency management: information management of emergency departments, emergency materials, emergency personnel, and emergency plans, and the ability to initiate corresponding emergency plans based on alarms and evaluate plans after they are implemented.

[0124] Through the various modules and main functions included in the security integration platform, the main work steps are as follows: Figure 3 As shown in:

[0125] The network service module responds to the client request and passes the instruction to the network communication module through the process management module. The network communication module is responsible for interacting with the monitoring terminal. After obtaining real-time data, it passes the data to the client through the network service module and saves the results through the database interface module at the same time.

[0126] The network service module responds to the monitoring terminal request and passes the data to the process management module through the network communication module. The process management module is responsible for processing the obtained data and passing the processed data to the client through the network service module, and at the same time saving the results through the database interface module.

[0127] For ease of understanding, an embodiment of the security integration platform in the following embodiments of the present invention includes:

[0128] 1) Use cameras deployed in the monitoring area to monitor personal behavior in the monitoring area and conduct video analysis of abnormal behavior; use electronic equipment deployed in the monitoring area to alarm for any intrusion; conduct security detection of important items such as packages entering the station and generate abnormal alarms; control access to key exits such as station entrances, and use electronic patrol methods to conduct regular inspections of key monitoring areas and upload inspection data.

[0129] 2) The alarm data is uploaded to the security integration platform through the communication network, and the alarm information of the security incident reported by each subsystem is obtained. Based on the on-site monitoring data, the alarm level corresponding to the alarm information is determined and a corresponding pop-up alarm prompt is issued. The security integration platform locates the location of the security incident and displays the location of the security incident on the electronic map; and the platform controls the cameras around the location where the security incident occurred, monitors the on-site conditions in real time and reports the on-site monitoring data of the security incident. The linkage operation process is as follows: Figure 4 shown.

[0130] 3) Activate the emergency plan for the alarm and deploy security control in the on-site area of ​​the security incident. While coordinating and managing the various detection systems for urban rail transit security, timely and detailed analysis and processing of different types of security incidents are also carried out.

[0131] The monomer service adopted by the present invention adopts the front-end and back-end framework Springboot+vue, which is the mainstream in the industry, for architectural design. Using the idea that convention is greater than configuration, it focuses more on business, builds services quickly and conveniently, and has strong scalability. At the same time, it can provide technical support for the development and deployment of microservices, greatly improving development efficiency. The front end adopts the ant design pro framework, interacts with the back end in JSON format, and the front-end and back-end development are completely separated. The front end makes full use of the asynchrony of ES6 and the single-file component and bidirectional data binding advantages of vue, and the front-end page is flattened, modularized, and componentized. The page function is better granularized, and independent development between modules can be realized, which improves development efficiency and reduces the cost of product maintenance in the later stage.

[0132] The present invention uses a station-level monitoring center to centrally monitor and manage the equipment in the area, including cameras, intrusion alarms, security inspection and detection machines, entrance and exit control equipment, electronic patrol equipment, etc., and can receive real-time data of monitored objects and various alarm events, and store historical data.

[0133] To sum up, the technical solution of the present application can integrate multiple subsystems in a security integration platform. Each subsystem independently obtains data from monitoring intelligent devices or non-intelligent devices, and transmits it to the station center and line center for joint analysis and processing, so as to achieve unified management and efficient maintenance, and at the same time improve the effect of emergency response.

[0134] In the several embodiments provided by the present invention, it should be understood that the disclosed method can be implemented in other ways. For example, the device embodiments described above are only schematic. For example, the division of the above units is only a logical function division. There may be other division methods in actual implementation. For example, multiple units or components can be combined or integrated into another system, or some features can be ignored or not executed. Another point is that the mutual coupling or direct coupling or communication connection shown or discussed can be through some interfaces, indirect coupling or communication connection of devices or units, which can be electrical, mechanical or other forms.

[0135] The above-mentioned integrated unit implemented in the form of a software functional unit can be stored in a computer-readable storage medium. The above-mentioned software functional unit is stored in a storage medium, including a number of instructions for a computer device (which can be a personal computer, a server, or a network device, etc.) or a processor (Processor) to perform some steps of the above-mentioned method of each embodiment of the present invention. The aforementioned storage medium includes: U disk, mobile hard disk, read-only memory (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), disk or optical disk and other media that can store program codes.

[0136] The above are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. An urban rail transit security integrated platform, characterized in that: include: Various preset subsystems are set up at various stations of urban rail transit, as well as station centers that communicate with each subsystem, and line centers that manage multiple station centers within a preset jurisdiction; Among them, there are multiple preset types of subsystems, including intrusion alarm subsystems, video surveillance subsystems, electronic patrol subsystems, security detection subsystems, and access control subsystems for collecting data from monitored intelligent or non-intelligent devices; The station center and / or the line center is used to jointly analyze the data collected by subsystems of multiple preset types, identify the alarm information of various preset types of events, and activate corresponding emergency plans for various preset types of events.

2. The urban rail transit security integrated platform according to claim 1 is characterized in that: The data analysis of the line center and station center adopts modular management, including: System management module, used to set up administrator users of various preset levels for data management and set permissions for administrator users of each preset level; Configuration management module, used for information management of preset type events and preset jurisdictions; System control module, used to manage resource information and control authority of devices of each preset subsystem type; The network management module is used to manage the usage of network resources of each device on the security integration platform; The data management module is used to analyze the data collected by each preset type subsystem, identify the alarm information of various preset types of events, and collect statistics on the alarm information of various preset types of events; Service management module: used to monitor the service status of the station center and the service status of the electronic patrol subsystem; Emergency management module: In response to the alarm information of various preset types of events, the emergency plan is activated and the emergency handling process is executed; Map monitoring module: displays the line operation status of the preset jurisdiction through preset map types, or the individual operation view of the station site.

3. The urban rail transit security integrated platform according to claim 2 is characterized in that: The system management module sets various preset levels of administrator users, including super administrator, administrator and operator; the permissions include information query or maintenance of logs, permissions, menus, backups, departments, dictionaries, parameters, and roles.

4. The urban rail transit security integrated platform according to claim 2 is characterized in that: The system control module comprises: Video surveillance module: input the information of the camera of the video surveillance equipment; Intrusion alarm module: provides alarm equipment and alarm zone management; Security detection module: provides information display of security checkpoints; Electronic inspection module: provides resource information related to the electronic inspection system, including inspection records, inspection plans, inspection routes, inspection points, and inspection personnel; Access control module: provides access information management.

5. The urban rail transit security integrated platform according to claim 2 is characterized in that: The network management module is used to query the network resource usage of each device on the security integration platform and allocate network resources to each device.

6. The urban rail transit security integrated platform according to claim 2 is characterized in that: The emergency management module is used to perform information management on emergency materials, emergency departments, emergency personnel and / or emergency processes.

7. The urban rail transit security integrated platform according to claim 2 is characterized in that: The map monitoring module is used to display the line operation status in a two-dimensional map and to display the individual operation view of the station site in a three-dimensional map.

8. The urban rail transit security integrated platform according to claim 2 is characterized in that: The data management module uses a pop-up window alarm to display the alarm information of various preset types of events that are identified.

9. The urban rail transit security integrated platform according to claim 8 is characterized in that: The alarm information includes: alarm type, time and location of the incident, nearby camera number, access control number and electronic fence ID.

10. A method for urban rail transit security, characterized in that: For a security integrated platform, the security integrated platform includes: multiple preset subsystems set up at various stations of urban rail transit, a station center connected to each subsystem in communication, and a line center that manages multiple station centers within a preset jurisdiction; The method comprises: Collect data from monitored intelligent or non-intelligent devices through various preset subsystems; Through the station center and / or the line center, data collected by subsystems of various preset types are jointly analyzed to identify alarm information of various preset types of events, and corresponding emergency plans are activated for various preset types of events.

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