Drug rehabilitation place management and control method based on security and protection internet-of-things sensing platform

Abstract

The invention provides a drug rehabilitation place management and control method based on a security and protection Internet of Things sensing platform, and the method comprises the steps: responding to alarm information received by an emergency processing module of a management and control point, enabling a monitoring center module of the management and control point to automatically position an alarm position, and calling a monitoring video image of the alarm position, so as to carry out the evidence fixation, and enabling the alarm information to be stored in a database; a managed person related to the alarm condition in the monitoring video image is identified; the management and control point where the alarm occurs dispatches the management personnel to the alarm position so as to confirm the type of the alarm and the managed personnel related to the alarm, and supplement the description of the alarm; and an emergency disposal module of the management and control point matches an emergency disposal scheme according to the alarm category provided by the management and control point where the alarm occurs, the managed personnel related to the alarm and the alarm description, and schedules resources in the managed management and control point area according to the emergency disposal scheme so as to assist management personnel of the management and control point in handling the alarm. Through the management and control method, rapid response to emergency situations and reasonable scheduling of resources in the region can be realized.

Description

Technical Field

[0001] This application belongs to the field of drug rehabilitation center supervision technology, and in particular relates to a drug rehabilitation center management and control method based on a security IoT sensing platform. Background Technology

[0002] Currently, due to the degree of independence among various drug rehabilitation centers, it is difficult for drug rehabilitation management departments to allocate resources in a timely manner for data sharing, thus significantly diminishing the timeliness advantages of big data. Furthermore, the current drug rehabilitation personnel management system is too macro-level, failing to reach the grassroots level. The existing system only grasps the overall direction from a macro perspective, neglecting specific management tasks. This results in unclear management objectives, unclear emergency response plans, and insufficient response capabilities. Summary of the Invention

[0003] In view of this, the purpose of this application is to provide a management and control method for drug rehabilitation centers based on a security IoT sensing platform. By establishing a four-level management system consisting of a bureau command center, a center command center, a sub-control center, and control points, different functional permissions are configured for each level of management personnel. The method also integrates the resources of various drug rehabilitation centers within the region to achieve rapid response to emergencies and rational allocation of resources within the region. Furthermore, based on the geospatial information provided by the GIS map module and the 3D map engine module, the method enables integrated management and control of equipment, personnel, and vehicles, thereby improving the security capabilities of various drug rehabilitation centers within the region.

[0004] This application provides a management and control method for drug rehabilitation centers based on a security IoT sensing platform. The security IoT sensing platform is displayed on an operable user interface. The users include: a bureau command center, a facility command center, a sub-control center, control points, and a system administrator. The security IoT sensing platform includes: an emergency response module and a monitoring center module. The management and control method includes:

[0005] In response to the alarm information received by the emergency response module of the control point, the monitoring center module of the control point automatically locates the alarm location and retrieves the monitoring video image of the alarm location for evidence preservation, and identifies the managed personnel related to the alarm in the monitoring video image;

[0006] Management personnel are dispatched from the control point where the incident occurred to the location of the alarm to confirm the type of alarm and the personnel under their control related to the alarm, and to supplement the description of the alarm;

[0007] The emergency response module of the control point matches an emergency response plan based on the type of the incident, the personnel under its jurisdiction, and the description of the incident provided by the control point. It then dispatches resources within the control point's jurisdiction according to the emergency response plan to assist the management personnel of the control point in handling the incident. The resources include personnel resources, equipment resources, and vehicle resources.

[0008] Furthermore, the control method also includes:

[0009] In response to the request from the bureau command center to formulate the emergency response plan, the emergency response module retrieves the police incident records and corresponding police incident handling records within the predetermined historical time period of each drug rehabilitation center under its jurisdiction.

[0010] The bureau's command center formulates emergency response plans for different types of incidents based on the incident records and corresponding incident handling records within a predetermined historical time period, and stores these emergency response plans in the emergency response module.

[0011] Furthermore, the control method also includes:

[0012] In response to the request from the sub-control center to view the secondary alarm information reported by the control point, the emergency response module displays the alarm category, the managed personnel related to the alarm, and the alarm description provided by the control point on the user interface of the sub-control center;

[0013] The management personnel of the sub-control center formulate a second emergency response plan based on the alarm category, the personnel under their management related to the alarm, and the alarm description. The emergency response module dispatches resources within the area of ​​the sub-control center under its jurisdiction according to the second emergency response plan to assist the management personnel of the control point in handling the alarm.

[0014] Furthermore, when the security IoT sensing platform includes a system settings module, the control method further includes:

[0015] In response to the system administrator's request to configure the system settings module, resource access permissions and data access permissions for each module are configured for each user.

[0016] And / or,

[0017] In response to the command center's request to configure the system settings module, the operating mode and data storage method of the security IoT sensing platform are adjusted.

[0018] Furthermore, when the security IoT sensing platform includes a statistical viewing module, the control method further includes:

[0019] In response to the bureau command center's request to view the statistics viewing module, the system compiles real-time statistics on the data of people under its jurisdiction, police reports, and comprehensive operation and maintenance data within each drug rehabilitation center area, and displays the statistical results on the user interface of the bureau command center.

[0020] And / or,

[0021] In response to the command center's request to view the statistics module, the system performs real-time statistics on the data of people under its jurisdiction within the drug rehabilitation center area and displays the statistical results on the user interface of the command center.

[0022] Furthermore, when the security IoT sensing platform includes a big data display module, the control method further includes:

[0023] In response to the request from the bureau command center to view the big data display module, the system calculates the number of managers, the number of people under their management, the proportion of people under their management, the classification of people under their management, the types of drugs used by people under their management, and the educational level of people under their management in each drug rehabilitation center under its jurisdiction, and displays the statistical results on the user interface of the bureau command center.

[0024] In response to a request to view any statistical result control, the detailed information of that statistical result is displayed on the user interface of the bureau's command center, so that the bureau's command center can conduct risk assessment based on the statistical result.

[0025] Furthermore, the security IoT sensing platform also includes a GIS map module and a 3D map engine module. The GIS map module includes: key area controls, personnel controls, equipment controls, and vehicle controls. The control method also includes:

[0026] In response to the control point's selection operation on any control in the GIS map module, the 3D map engine module provides geographic data to the GIS map module to drive the selection operation on the GIS map module, and displays the real-time location of the target corresponding to the control on the GIS map of the drug rehabilitation site corresponding to the control point.

[0027] Furthermore, the security IoT sensing platform also includes a device management module, which includes: access control device controls, intercom device controls, monitoring device controls, and alarm device controls. The management method further includes:

[0028] In response to the selection operation of any control in the device management module, the number, identification and working status of the corresponding devices of each drug rehabilitation site in the area are displayed on the user interface.

[0029] In response to a voice command issued to any device, the device's operating state is switched, wherein the operating state includes: power on, power off, and standby;

[0030] And / or,

[0031] In response to a request to adjust the operating parameters of any device, the adjusted operating parameters of the device are displayed on the user interface; the setting operations include: adding devices and debugging devices;

[0032] And / or,

[0033] In response to a request to view the working information of any device, the system compiles statistics on the working information of that device within a predetermined time period and displays the statistical results on the user interface; the working information includes: monitoring information and alarm information.

[0034] Furthermore, the security IoT sensing platform also includes a personnel management module, which includes: management personnel controls, managed personnel controls, and visitor controls. The management method further includes:

[0035] In response to the selection operation of any control in the personnel management module, the personnel corresponding to the control are sorted in descending order according to the last activity time and displayed in the user interface in the form of a list;

[0036] In response to a request to view any person, the person's detailed information, activity trajectory, and activity reason are displayed on the user interface, wherein the activity trajectory is a correspondence between time and location.

[0037] Furthermore, when the security IoT sensing platform includes a vehicle management module, the management method further includes:

[0038] Based on each person's vehicle usage, a vehicle usage record is obtained for that person. The persons include: managers, managed persons, and visitors. The vehicle usage information includes: vehicle scanning results during the usage period, parking management records, license plate recognition records, reasons for vehicle use, and audio and video information.

[0039] In response to a request to view the vehicle usage records of any monitored person, the system compiles vehicle usage records related to that monitored person within a predetermined time period to identify any abnormal situations involving that monitored person.

[0040] This application provides a method for managing drug rehabilitation centers based on a security IoT sensing platform. It establishes a four-tiered management system comprising a bureau command center, a center command center, sub-control centers, and control points. Different functional permissions are assigned to managers at each level. The system integrates resources from various drug rehabilitation centers within the region, enabling rapid response to emergencies and efficient resource allocation. Furthermore, based on the geographic space provided by GIS and 3D map engine modules, it achieves integrated management of equipment, personnel, and vehicles, thereby enhancing the security capabilities of each drug rehabilitation center within the region. Attached Figure Description

[0041] Figure 1 A schematic diagram of the security IoT sensing platform provided in an embodiment of this application is shown;

[0042] Figure 2 A flowchart of a drug rehabilitation facility management method based on a security IoT sensing platform, provided in an embodiment of this application, is shown. Detailed Implementation

[0043] To make the objectives, technical solutions, and advantages of this technical solution clearer, the following detailed description, in conjunction with specific embodiments, further illustrates this technical solution. It should be understood that these descriptions are merely exemplary and not intended to limit the scope of this technical solution.

[0044] First, the security IoT sensing platform provided in the embodiments of this application will be described, such as... Figure 1 The diagram shown is a schematic of the security IoT sensing platform provided in this application embodiment. The security IoT sensing platform provided in this application embodiment includes the following modules: GIS map module, 3D map engine module, monitoring center module, equipment management module, personnel management module, vehicle management module, emergency response module, statistics viewing module, big data display module, external access module, and system settings module. All or part of the above modules are displayed on the operable user interface. The users include: bureau command center, institute command center, sub-control center, control point, and system administrator.

[0045] The following section describes the drug rehabilitation facility management method provided in this application embodiment, using the various modules of the security IoT sensing platform as an example.

[0046] Please see Figure 2 , Figure 2 A flowchart illustrating a drug rehabilitation facility management method based on a security IoT sensing platform, provided as an embodiment of this application. Figure 2 As shown, the security IoT sensing platform includes an emergency response module and a monitoring center module, and the control method includes:

[0047] S201. In response to the alarm information received by the emergency response module of the control point, the monitoring center module of the control point automatically locates the alarm location and retrieves the monitoring video image of the alarm location for evidence preservation, and identifies the managed personnel related to the alarm in the monitoring video image.

[0048] In this step, the emergency response module can realize the complete process of handling an alarm, including alarm receiving, analysis, handling, contingency plan execution, command and dispatch, and other handling nodes. Different users have different functional permissions for the emergency response module. The emergency response module of the control point can be used to receive alarm information within the area of ​​the control point under its jurisdiction (i.e., the controlled floor). The monitoring center module can realize accurate positioning and visualization of the monitoring points. Here, the people under management are generally drug addicts undergoing compulsory drug rehabilitation in drug rehabilitation centers.

[0049] Specifically, the emergency response module receives alarm information and transmits it to the monitoring center module. The monitoring center module then automatically locates the alarm position and retrieves the surveillance video image at that position. Evidence is secured by capturing screenshots of the surveillance video images, and the personnel under supervision related to the incident are identified from the captured screenshots. Depending on the actual needs, multiple screenshots are usually captured. The number of screenshots is selected based on the goal of securing evidence and identifying the personnel under supervision related to the incident.

[0050] S202. The control point where the alarm occurred shall dispatch management personnel to the alarm location to confirm the alarm type and the personnel under control related to the alarm, and supplement the alarm description.

[0051] In this step, the management personnel are generally police officers who undertake management and education tasks in drug rehabilitation centers. As the basic level in the control system, the control point can dispatch management personnel to the alarm location to handle the situation on-site, confirm the type of alarm and the persons under their control related to the alarm based on the situation on-site, and supplement the alarm description, including text description and voice description, and upload the above description to the emergency response module of the control point.

[0052] S203. The emergency response module of the control point matches an emergency response plan based on the type of the incident, the personnel under its jurisdiction and the description of the incident provided by the control point where the incident occurred, and dispatches resources within the area under its jurisdiction according to the emergency response plan to assist the management personnel of the control point in handling the incident. The resources include personnel resources, equipment resources and vehicle resources.

[0053] In this step, the emergency response plan is pre-stored in the emergency response module. The emergency response module can automatically match an emergency response plan based on the alarm category, the personnel under its jurisdiction, and the alarm description. For alarms with low urgency within the control point's handling capacity, the module can directly dispatch personnel, equipment, and vehicle resources within the control point's area according to the emergency response plan to assist the control point's management personnel in handling the alarm. For alarms with high urgency outside the control point's handling capacity, or alarms for which no emergency response plan has been matched, the emergency response module generates secondary alarm information based on the alarm category, the personnel under its jurisdiction, and the alarm description provided by the control point, and reports the secondary alarm information to the sub-control center.

[0054] In practical implementation, emergency response plans can be developed using the following methods:

[0055] Step 301: In response to the request from the bureau command center to formulate the emergency response plan, the emergency response module retrieves the police incident records and corresponding police incident handling records within the predetermined historical time period of each drug rehabilitation center under its jurisdiction.

[0056] In this step, the emergency response module of the bureau's command center is used to view historical police incident records and corresponding police incident handling records, as well as to formulate emergency response plans. This function is configured for the bureau's command center users by the system settings module, and the emergency response plan formulation control is displayed on the user interface of the bureau's command center.

[0057] Step 302: The bureau command center formulates emergency response plans for different police incidents based on the police incident records and corresponding police incident handling records within a predetermined historical time period, and stores the emergency response plans for different police incidents in the emergency response module.

[0058] In this step, the police incident records and corresponding police incident handling records within a predetermined historical time period are used as references to assist the bureau's command center in formulating emergency response plans for different police incidents. The emergency response plans for different police incidents are stored in the emergency response module, and the emergency response plans for different police incidents are synchronized to the emergency response modules of the command center, sub-control center and control point.

[0059] As examples, emergency response plans for different police situations include: plans for handling escaped persons under supervision, plans for handling riots and group fights among persons under supervision, plans for handling violent acts by persons under supervision, plans for handling suicides and self-harms by persons under supervision, plans for handling group food poisoning among persons under supervision, and plans for handling hostage situations by persons under supervision.

[0060] In practice, the following methods can be used to handle high-urgency incidents that are outside the control point's capacity or for which no matching emergency response plan exists:

[0061] Step 401: In response to the request from the sub-control center to view the secondary alarm information reported by the control point, the emergency response module displays the alarm category, the managed personnel related to the alarm, and the alarm description provided by the control point on the user interface of the sub-control center.

[0062] In this step, the emergency response module of the sub-control center is used to view historical alarm records and corresponding alarm handling records, as well as to receive secondary alarm information reported by control points and handle the alarm.

[0063] Step 402: The management personnel of the sub-control center formulate a second emergency response plan based on the alarm category, the managed personnel related to the alarm, and the alarm description. The emergency response module dispatches resources within the area of ​​the sub-control center under its jurisdiction according to the second emergency response plan to assist the management personnel of the control point in handling the alarm.

[0064] In this step, the sub-control center is assisted in formulating a second emergency response plan based on the type of the incident, the personnel under its jurisdiction, and the description of the incident. This second emergency response plan is then stored in the emergency response module. The emergency response module dispatches resources within the sub-control center's jurisdiction according to the second emergency response plan to assist the management personnel of the control point in handling the incident. In addition, this second emergency response plan serves as a historical record of incident handling and can be retrieved as a reference when the bureau command center formulates emergency response plans for different incidents.

[0065] When the security IoT sensing platform includes a system settings module, the control method further includes:

[0066] In response to the system administrator's request to configure the system settings module, resource access permissions and data access permissions for each module are configured for each user.

[0067] And / or,

[0068] In response to the command center's request to configure the system settings module, the operating mode and data storage method of the security IoT sensing platform are adjusted.

[0069] In this step, the system settings module, acting as the control center of the security IoT sensing platform, is responsible for configuring and managing various parameters and permissions of the platform. System administrators can set permissions and roles for different users to ensure the security and stability of the platform. The command center can adjust the platform's operating mode and data storage method according to actual needs. In addition, all users, including system administrators and the command center, can monitor the resource usage of other modules in real time through the system settings module and maintain the resource usage of each module.

[0070] When the security IoT sensing platform includes a statistics viewing module, the control method further includes:

[0071] In response to the bureau command center's request to view the statistics viewing module, the system compiles real-time statistics on the data of people under its jurisdiction, police reports, and comprehensive operation and maintenance data within each drug rehabilitation center area, and displays the statistical results on the user interface of the bureau command center.

[0072] And / or,

[0073] In response to the command center's request to view the statistics module, the system performs real-time statistics on the data of people under its jurisdiction within the drug rehabilitation center area and displays the statistical results on the user interface of the command center.

[0074] In this step, for the bureau command center management level, the data on the persons under their management and police incidents within the areas of each drug rehabilitation center under its jurisdiction are fully integrated in order to monitor the situation of the persons under their management in each drug rehabilitation center in real time; for the command center management level, the data on the persons under their management and police incidents within their own drug rehabilitation center are summarized in order to monitor the situation of the persons under their management within their own drug rehabilitation center in real time.

[0075] When the security IoT sensing platform includes a big data display module, the control method further includes:

[0076] In response to the request from the bureau command center to view the big data display module, the system calculates the number of managers, the number of people under their management, the proportion of people under their management, the classification of people under their management, the types of drugs used by people under their management, and the educational level of people under their management in each drug rehabilitation center under its jurisdiction, and displays the statistical results on the user interface of the bureau command center.

[0077] In response to a request to view any statistical result control, the detailed information of that statistical result is displayed on the user interface of the bureau's command center, so that the bureau's command center can conduct risk assessment based on the statistical result.

[0078] This step utilizes big data technology to process and display massive amounts of data in real time, helping the bureau's command center to assess risks based on statistical results and providing a data foundation for further individual analysis of those under its jurisdiction.

[0079] The security IoT sensing platform also includes a GIS map module and a 3D map engine module. The GIS map module includes: key area controls, personnel controls, equipment controls, and vehicle controls. The control method also includes:

[0080] In response to the control point's selection operation on any control in the GIS map module, the 3D map engine module provides geographic data to the GIS map module to drive the selection operation on the GIS map module, and displays the real-time location of the target corresponding to the control on the GIS map of the drug rehabilitation site corresponding to the control point.

[0081] In this step, the 3D map engine module enables seamless integration with map layer resources, driving the GIS map module to operate on map layer resources. At the same time, the 3D map engine module provides an API for external calls. The API is published according to web standards and provides a standard demo program for calling. As the foundation of the security IoT sensing platform, the GIS map and 3D map engine modules provide other modules with intuitive geospatial display capabilities.

[0082] The security IoT sensing platform also includes a device management module, which includes: access control device controls, intercom device controls, monitoring device controls, and alarm device controls. The management method further includes:

[0083] In response to the selection operation of any control in the device management module, the number, identification and working status of the corresponding devices of each drug rehabilitation site in the area are displayed on the user interface.

[0084] In response to a voice command issued to any device, the device's operating state is switched, wherein the operating state includes: power on, power off, and standby;

[0085] And / or,

[0086] In response to a request to adjust the operating parameters of any device, the adjusted operating parameters of the device are displayed on the user interface; the setting operations include: adding devices and debugging devices;

[0087] And / or,

[0088] In response to a request to view the working information of any device, the system compiles statistics on the working information of that device within a predetermined time period and displays the statistical results on the user interface; the working information includes: monitoring information and alarm information.

[0089] This step involves unified management and control of security equipment in drug rehabilitation centers—access control systems, intercom systems, monitoring equipment, and alarm systems—which can improve the security level of the centers. Furthermore, in emergency situations, equipment resources can be rationally allocated to provide equipment support for management personnel in handling incidents. Additionally, when the equipment management module detects a malfunction in a monitoring device, it can automatically notify the monitoring center for processing.

[0090] The security IoT sensing platform also includes a personnel management module, which includes: a manager control, a managed personnel control, and a visitor control. The management method further includes:

[0091] In response to the selection operation of any control in the personnel management module, the personnel corresponding to the control are sorted according to the last activity time and displayed in the user interface in the form of a list;

[0092] In response to a request to view any person, the person's detailed information, activity trajectory, and activity reason are displayed on the user interface, wherein the activity trajectory is a correspondence between time and location.

[0093] This step involves registering personnel information and monitoring their behavior, enabling timely reflection of regulatory status. In particular, strengthening management of the activities of those under supervision allows for the prompt detection of any abnormal behavior, thus facilitating targeted improvements to security measures. Furthermore, the personnel control module can utilize technologies such as facial recognition to identify and verify the permissions of individuals entering specific areas.

[0094] When the security IoT sensing platform includes a vehicle management module, the management method further includes:

[0095] Based on each person's vehicle usage, a vehicle usage record is obtained for that person. The persons include: managers, managed persons, and visitors. The vehicle usage information includes: vehicle scanning results during the usage period, parking management records, license plate recognition records, reasons for vehicle use, and audio and video information.

[0096] In response to a request to view the vehicle usage records of any monitored person, the system compiles vehicle usage records related to that monitored person within a predetermined time period to identify any abnormal situations involving that monitored person.

[0097] In this step, the vehicle management module integrates the vehicle scanning results, parking management records, license plate recognition records, reasons for vehicle use, and audio and video information of the managed personnel during their vehicle use, in order to identify abnormal situations of the managed personnel.

[0098] Through the security IoT sensing platform, comprehensive control over security elements—equipment, personnel, and vehicles—can be achieved, thereby enhancing security control over the managed area.

[0099] When the security IoT sensing platform includes an external access module, the control method further includes:

[0100] In response to a received access request from a third-party system, the system is allowed to access the system and is managed through the external access module. The third-party systems include: the Drug Rehabilitation Bureau of the Ministry of Justice, the Public Security Bureau, the Procuratorate, ERP systems, and OA systems.

[0101] And / or,

[0102] In response to the received call request from the third-party system, the third-party system is allowed to make the call to achieve interface with the public security and fire departments.

[0103] In this step, the security IoT sensing platform provides an open hardware and software interface system through the external access module. It is also open to the outside world, providing comprehensive system interfaces for other systems to call. It can interface with the systems of public security, fire protection and other departments to achieve information sharing and collaborative operations. In addition, the external access module can also access third-party applications and services to expand the platform's functions and application scope.

[0104] The above content is only a preferred embodiment of the present invention. For those skilled in the art, many changes can be made in the specific implementation and application scope based on the ideas of the present invention. As long as these changes do not depart from the concept of the present invention, they all fall within the protection scope of this patent.

Claims

1. A method for controlling drug rehabilitation facilities based on a security IoT sensing platform, characterized in that: The security IoT perception platform is displayed on an operable user interface, and the users include: a bureau command center, an institute command center, a sub-control center, a control point, and a system administrator; the security IoT perception platform includes: an emergency response module and a monitoring center module, and the control method includes: In response to the alarm information received by the emergency handling module of the control point, the monitoring center module of the control point automatically locates the alarm position and retrieves the monitoring video image of the alarm position to fix the evidence and identify the managed persons related to the alarm situation in the monitoring video image; The management personnel are dispatched from the control point where the alarm occurs to the alarm location to confirm the alarm type and the managed personnel related to the alarm, and to supplement the alarm description; The emergency response module of the control point matches the emergency response plan according to the alarm type, the managed personnel related to the alarm and the alarm description provided by the control point where the alarm occurs, and dispatches resources within the control point area under its jurisdiction according to the emergency response plan to assist the management personnel of the control point in handling the alarm, wherein the resources include: personnel resources, equipment resources and vehicle resources.

2. The control method according to claim 1, characterized in that: The control method also includes: In response to the bureau command center's request for the formulation of the emergency response plan, the emergency response module retrieves the police situation records and corresponding police situation handling records within a predetermined historical time period in each drug rehabilitation facility under its jurisdiction; The bureau command center formulates emergency response plans for different alarm situations based on the alarm situation records and corresponding alarm situation handling records within a predetermined historical time period, and stores the emergency response plans for different alarm situations in the emergency response module.

3. The control method according to claim 1, characterized in that: The control method also includes: In response to the sub-control center's request to view the secondary alarm information reported by the control point, the emergency handling module displays the alarm category, the managed personnel related to the alarm and the alarm description provided by the control point on the user interface of the sub-control center; The management personnel of the sub-control center formulate a second emergency response plan based on the alarm category, the managed personnel related to the alarm and the alarm description. The emergency response module dispatches resources within the sub-control center area under its jurisdiction according to the second emergency response plan to assist the management personnel of the control point in handling the alarm.

4. The control method according to claim 1, characterized in that: When the security IoT perception platform includes a system setting module, the management and control method further includes: In response to the system administrator's setting request for the system setting module, respectively configuring resource access rights and data access rights of each module for each user; and / or, In response to the command center's setting request for the system setting module, the operation mode and data storage method of the security IoT perception platform are adjusted.

5. The control method according to claim 1, characterized in that: When the security IoT perception platform includes a statistical viewing module, the management and control method further includes: In response to the bureau command center's request for viewing the statistics viewing module, real-time statistics are collected on the data of managed personnel, police situation data, and comprehensive operation and maintenance data in each drug rehabilitation facility under its jurisdiction, and the statistical results are displayed on the user interface of the bureau command center; and / or, In response to the command center's request for viewing the statistics viewing module, the data of the managed personnel in the drug rehabilitation facility under its jurisdiction are counted in real time, and the statistical results are displayed on the user interface of the command center.

6. The control method according to claim 1, characterized in that: When the security IoT perception platform includes a big data display module, the management and control method further includes: In response to the bureau command center's request to view the big data display module, statistics are respectively collected on the number of managers, the number of managed personnel, the ratio of managed personnel, the classification of managed personnel, the types of drugs taken by managed personnel, and the educational level of managed personnel in each drug rehabilitation facility under its jurisdiction, and various statistical result controls are displayed on the user interface of the bureau command center; In response to a request to view any statistical result control, detailed information of the statistical result is displayed on the user interface of the bureau command center so that the bureau command center can conduct risk analysis based on the statistical result.

7. The control method according to claim 1, characterized in that: The security IoT perception platform also includes a GIS map module and a 3D map engine module. The GIS map module includes: key area controls, personnel controls, equipment controls and vehicle controls. The management and control method also includes: In response to the control point's selection operation on any control in the GIS map module, the 3D map engine module provides geographic data for the GIS map module to drive the selection operation on the GIS map module, and displays the real-time location of the target corresponding to the control in the GIS map of the drug rehabilitation facility corresponding to the control point.

8. The control method according to claim 1, characterized in that: The security IoT perception platform also includes a device control module, which includes: access control device controls, intercom device controls, monitoring device controls, and alarm device controls. The control method also includes: In response to a selection operation on any control in the device control module, the number, identification and working status of the devices corresponding to the control in each drug rehabilitation facility in the region are displayed on the user interface; In response to a voice command issued to any device, switch the working state of the device, wherein the working state includes: power on, power off and standby; and / or, In response to a request to adjust the working parameters of any device, the adjusted working parameters of the device are displayed on the user interface; the setting operation includes: adding a device and debugging a device; and / or, In response to a request to view the working information of any device, the working information of the device within a predetermined time period is counted and the statistical results are displayed on the user interface; the working information includes: monitoring information and alarm information.

9. The control method according to claim 1, characterized in that: The security IoT sensing platform also includes a personnel management and control module, which includes: a management personnel control, a managed personnel control, and a visitor control. The management and control method also includes: In response to a selection operation on any control in the personnel management and control module, the personnel corresponding to the control are sorted in descending order according to the last activity time, and displayed in a list form on the user interface; In response to a viewing request for any person, the detailed information, activity trajectory and activity reasons of the person are displayed on the user interface, wherein the movement trajectory is the correspondence between time and location.

10. The control method according to claim 1, characterized in that: When the security IoT perception platform includes a vehicle control module, the control method further includes: Based on the vehicle usage of each person, the vehicle usage record of the person is obtained, wherein the persons include: managers, managed persons and visitors; the vehicle usage includes: vehicle scanning results, parking management records, license plate recognition records, reasons for vehicle use and audio and video information during the use of the vehicle; In response to a request to view the vehicle usage record of any managed person, the vehicle usage record related to the managed person in a predetermined time period is counted to identify abnormal conditions of the managed person.

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