Unattended property anti-theft intelligent safety management system and method and electronic equipment

Abstract

The invention provides an unattended property anti-theft safety intelligent management system. The system comprises a main system server; a domain system controller; a front-end video monitoring system; a video information management application system; the front-end infrared induction security and protection system is in signal connection with the main system server; the front-end video monitoring system, the video information management application system and the front-end infrared induction security system are linked in a property management area based on a domain system controller; and the domain system controller is linked with the application terminal APP through the main system server according to the operation states of the front-end video monitoring system, the video information management application system and the front-end infrared induction security system. Compared with the prior art, the active prevention capability and the safety protection capability of the property anti-theft safety management system are improved, multiple functions are integrated, efficiency and quality improvement of property management service and social service can be taken into account, and in addition, the invention further relates to an unattended property anti-theft intelligent safety management method and electronic equipment. The invention also has the above technical effects.

Description

Technical Field

[0001] The present invention belongs to the technical field of Internet of Things, and more specifically, particularly relates to an unattended property anti-theft intelligent security management system; the present invention also relates to an unattended property anti-theft intelligent security management method and electronic equipment. Background Art

[0002] Anti-theft security management is the top priority of property management and has a great impact on social security. The current property management will adopt a variety of technical means and management methods to carry out prevention management, such as installing access control systems, installing monitoring systems, implementing visitor registration systems, implementing visitor reception and entry systems, etc. However, due to the limitations of various technical means and the uncertainty of human factors in management implementation, criminal incidents such as burglary or even property management personnel harming owners have occurred frequently. The existing management has failure loopholes and room for improvement.

[0003] In the prior art, the methods adopted for property anti-theft security management mainly include: for personnel entry and exit, installation of personnel entry and exit doors and access control systems, and use of intelligent facial recognition, access control electronic cards or other identification codes to authorize owners to enter and exit; for vehicle entry and exit, installation of vehicle entry and exit railings and access control systems, and use of intelligent license plate recognition to authorize vehicle entry and exit; for visiting personnel or vehicles, such as guests, take-out, express delivery, taxis, etc., hiring security personnel to be on duty at the entry and exit gates, and adopting manual registration of visitor information or on-site reception of the visitors for management and control; installing a video surveillance system, and having security personnel monitor illegal climbing behaviors; installing a courtyard wall protection grid or barbed wire or barbs to prevent illegal climbing; installing an alarm system, arranging security personnel to conduct security patrols, and adopting a dedicated management method to arrange security personnel to manage the temporary parking of visiting vehicles.

[0004] However, the property anti-theft safety management system in the prior art has the following problems, such as the existing security system is easily maliciously bypassed or cannot be recognized due to obstruction, resulting in invalid monitoring images that cannot be identified, which leads to safety hazards such as visitors being able to follow in or illegally climb in and out, and the existing manual registration of visitor information is inefficient, the access control system for personnel, the access control system for vehicles, the video surveillance system, the temporary parking management system for visiting vehicles, and the property charging and repair management system each operate completely independently, making it difficult to form a coordinated response, and the monitoring function of the existing system technology is mainly used for post-event evidence collection, and manual monitoring during the process is useless, and there are technical disadvantages such as passive processing capabilities and invalid processing.

[0005] Therefore, how to provide an unattended property anti-theft intelligent security management system, method and electronic equipment that can overcome the above-mentioned technical problems, improve the active prevention capability and security protection capability of the property anti-theft security management system, and have multi-functional integration, while taking into account the efficiency and quality improvement of property management services and social services, has become a technical problem that needs to be urgently solved by technical personnel in this field. Summary of the invention

[0006] In order to solve the above-mentioned technical problems, the present invention provides an unattended property anti-theft intelligent security management system, which can overcome the above-mentioned technical problems, improve the active prevention capability and security protection capability of the property anti-theft security management system, and has multi-functional integration, which can take into account the efficiency and quality improvement of property management services and social services. In addition, the present invention also relates to an unattended property anti-theft intelligent security management method and electronic equipment, which also have the above-mentioned technical effects.

[0007] The technical solution provided by the present invention is as follows:

[0008] The present invention provides an unattended property anti-theft intelligent security management system, comprising: a main system server;

[0009] A domain system controller connected to the main system server signal;

[0010] A front-end video monitoring system connected to the domain system controller signal, the front-end video monitoring system is used to collect image video data within the property management area;

[0011] A video information management application system connected to the domain system controller by signal, the video information management application system is used to perform information management on image video data;

[0012] The front-end infrared sensing security system is connected to the domain system controller signal. The front-end infrared sensing security system is used to monitor and obtain abnormal intrusion data in the property management area;

[0013] The application terminal APP is connected to the main system server signal. The application terminal APP is used to check property notification information and issue control operation instructions;

[0014] The front-end video surveillance system, video information management application system and front-end infrared sensing security system are based on the domain system controller and linked within the property management area;

[0015] The domain system controller interacts with the application terminal APP through the main system server according to the operating status of the front-end video surveillance system, video information management application system and front-end infrared sensing security system.

[0016] Further, in a preferred technical solution of the present invention, the main system server is the first level, and the main system server is used to place and process data of the domain system controller and the application end APP;

[0017] The domain system controller and application terminal APP are the second level. The domain system controller is used to collect and process data from the hardware end of the property management area; the application terminal APP is used to collect and process data from the client end;

[0018] The front-end video surveillance system, video information management application system and front-end infrared sensing security system are the third level. The front-end video surveillance system, video information management application system and front-end infrared sensing security system are used to collect various audio and video signals and infrared signals at the front end.

[0019] Further, in a preferred technical solution of the present invention, the front-end video monitoring system includes: an image acquisition device arranged in a property management area;

[0020] The front-end infrared induction security system includes: infrared induction sensors arranged in the property management area;

[0021] The domain system controller includes:

[0022] An image and infrared data communication system connected with an image acquisition device and an infrared sensing sensor for transmitting video image data and infrared sensing signals;

[0023] The application terminal APP is used to be installed on the owner's terminal and the visitor's terminal;

[0024] Support the storage applications and processing systems required for the interactive information between the system controllers in each domain and the APP applications on the application side;

[0025] The main system server is used to collect and process data from the hardware end within the domain system controller and the installed application terminal APP client.

[0026] Furthermore, in a preferred technical solution of the present invention, the domain system controller issues a control instruction to an external management device, and the external management device includes: a security pedestrian door and a security vehicle railing.

[0027] Furthermore, in a preferred technical solution of the present invention, the layout locations of the image acquisition device include: property management area, pedestrian gate, vehicle railing; the layout locations of the infrared sensing sensor include: property management area wall, pedestrian gate, vehicle railing; the visiting terminal includes: deliveryman terminal, courier terminal, taxi terminal, guest terminal.

[0028] In addition, the present invention also provides an unattended property anti-theft security intelligent management system, the method comprising:

[0029] Conduct entry management for people passing through the security pedestrian door;

[0030] Lift the barriers to manage vehicles passing through security vehicle barriers;

[0031] Among them, "entry management for people passing through security pedestrian doors" includes:

[0032] Obtain the collected face information to be verified, and judge the face information to be verified based on the pre-stored owner's face information. If it is recognized as the owner, the domain system controller will issue a command to open the security pedestrian door, and the infrared sensor transmitter in the security pedestrian door area will suspend monitoring of abnormal intrusions, and will not make illegal climbing judgments;

[0033] Obtain the collected pedestrian visitor pass code to be verified, and judge the pedestrian visitor pass code to be verified. If it is identified as a qualified visitor, the domain system controller will issue a security pedestrian door opening command, and the infrared sensor transmitter in the security pedestrian door area will suspend monitoring of abnormal intrusions, and no illegal climbing judgment will be made;

[0034] "Lifting the barriers for vehicles passing through security vehicle barriers" includes:

[0035] The collected vehicle information to be verified is obtained, and the vehicle information to be verified is judged based on the pre-stored owner vehicle information. If it is identified as the owner's vehicle, a command to lift the security vehicle barrier is issued through the domain system controller, and the infrared sensor transmitter in the security vehicle barrier area is suspended from monitoring abnormal intrusions, and no illegal entry judgment is made;

[0036] The collected visitor vehicle information to be verified is obtained and judged. If it is identified as a qualified visitor vehicle, a security vehicle barrier lifting command is issued through the domain system controller, and the infrared sensing transmitter in the security vehicle barrier area is suspended from monitoring abnormal intrusions, and no illegal entry judgment is made.

[0037] Obtain the collected blacklist vehicle information to be verified: and judge the vehicle information to be passed based on the collected blacklist vehicle information, specifically, vehicles with irregular parking, vehicles whose owners have not paid property fees or parking fees, and vehicles that are not allowed to enter during specific time periods.

[0038] If the vehicle is identified as an irregularly parked vehicle, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will be suspended from monitoring abnormal intrusions, and no illegal entry will be judged. At the same time, the video surveillance system will broadcast a message to pay attention to the standard parking.

[0039] If the vehicle is identified as a vehicle of an owner who has not paid the property fee or parking fee, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged. At the same time, a voice message asking for timely payment of property fees or parking fees will be broadcast through the video surveillance system.

[0040] If it is identified that the vehicle is not allowed to enter during a specific time period, the video surveillance system will broadcast the voice of the time period allowed to enter. When the passable conditions are met, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged.

[0041] Furthermore, in a preferred technical solution of the present invention, the method further comprises:

[0042] Conduct path monitoring and management for people entering security pedestrian doors or security vehicle barriers;

[0043] Parking management for vehicles entering the security vehicle barriers;

[0044] Among them, "path monitoring and management of personnel entering security pedestrian doors or security vehicle railings" includes:

[0045] The front-end video surveillance system collects and monitors the qualified visitors / qualified visitor vehicles to generate visitor path information; the visitor path information is synchronously sent to the owner's application end APP through the main system server for safety confirmation. After the owner's application end APP issues a safety confirmation instruction, the path monitoring management is stopped;

[0046] “Parking management of vehicles entering security vehicle barriers” includes:

[0047] The front-end video surveillance system is used to collect and monitor the video of qualified visitor vehicles, generate visitor vehicle parking information, and make a judgment on the visitor vehicle parking information. If the visitor vehicle occupies the owner's parking space, the visitor vehicle parking information will be sent to the owner's application end APP for approval and confirmation. Upon receiving the parking permission instruction or the latest departure instruction from the owner of the occupied parking space, a dialogue connection will be established between the owner of the occupied parking space and the visited owner.

[0048] Furthermore, in a preferred technical solution of the present invention, the method further comprises:

[0049] Based on the abnormal intrusion information of security pedestrian doors, security vehicle railings, and walls of property management areas, video surveillance management, linkage community alarm management, and / or risk prevention notification management for owners are carried out;

[0050] Among them, "Video Surveillance Management" includes:

[0051] When the front-end infrared sensing security system detects abnormal intrusion into the property management area, security pedestrian doors, or vehicle railings, or is forcibly powered off, the front-end video surveillance system of the corresponding area is activated through the domain system controller to collect abnormal image data, and the video information management application system starts intelligent image capture to conduct security management and tracking of suspicious persons;

[0052] “Linked Community Alarm Management” includes:

[0053] When the front-end infrared sensing security system monitors abnormal intrusion into the property management area, security pedestrian doors, or vehicle barriers, or is forcibly powered off, it sends an alarm command to the community police management end through the domain system controller;

[0054] “Owner risk prevention notification management” includes:

[0055] When the front-end infrared sensing security system detects abnormal intrusion into the property management area, security pedestrian doors, or vehicle railings, or when the power is forced to be cut off, a risk warning message is sent to the owner's application APP through the domain system controller.

[0056] Furthermore, in a preferred technical solution of the present invention, "linked community alarm management" also includes:

[0057] Access and link with the local police station's national online pursuit platform, start intelligent image capture, identify and judge suspicious persons in abnormal image data, and issue an alarm command if they are identified as suspects;

[0058] Connect to the main system servers within the streets and above, implement data sharing, and conduct joint community alarm management.

[0059] In addition, the present invention also provides an electronic device, comprising:

[0060] Computer program, the computer program is used to execute the above unattended property anti-theft intelligent security management method;

[0061] Memory, memory is used to store computer programs;

[0062] Processor: The processor is used to execute computer programs.

[0063] The present invention provides an unattended property anti-theft intelligent security management system. Compared with the prior art, the technical solution of the present invention involves the following important technical features, specifically: a main system server;

[0064] A domain system controller connected to the main system server signal;

[0065] A front-end video monitoring system connected to the domain system controller signal, the front-end video monitoring system is used to collect image video data within the property management area;

[0066] A video information management application system connected to the domain system controller by signal, the video information management application system is used to perform information management on image video data;

[0067] The front-end infrared sensing security system is connected to the domain system controller signal. The front-end infrared sensing security system is used to monitor and obtain abnormal intrusion data in the property management area;

[0068] The application terminal APP is connected to the main system server signal. The application terminal APP is used to check property notification information and issue control operation instructions;

[0069] The front-end video surveillance system, video information management application system and front-end infrared sensing security system are based on the domain system controller and linked within the property management area;

[0070] The domain system controller interacts with the application terminal APP through the main system server according to the operating status of the front-end video surveillance system, video information management application system and front-end infrared sensing security system.

[0071] As described above, the technical solution of the present invention connects the domain system controller and the application end APP through the main system server through the multi-level anti-theft security control management system architecture, realizes the communication platform of multi-point domain system controller and multi-point application end APP, saves social resources, realizes the operation of unattended anti-theft security management system through the installation and application of infrared sensing system, realizes the efficient response of anti-theft security management after different situations such as guest visit, illegal climbing, tailing entry, etc., and consists of dynamic image intelligent capture and analysis software, display and control software that displays temporary vehicle information, temporary parking location information and property payment information. It is composed of a network that supports communication network information transmission, network protocol and control software. Through the installation and application of the video application management system, the intelligent collection, capture and analysis of video surveillance system images are realized, the intelligent collection, capture and analysis and comparison of image data of the national online pursuit platform of the public security network are realized, and the anti-theft security management control communication between the video surveillance system and the application-end APP is realized. In addition, the shared application of property anti-theft security management data and the image data data of the national online pursuit platform of the public security network in the present invention realizes the socialized utilization of property management monitoring resources through the application of image data, and completes the last link of the public security network's no-dead-angle monitoring system. Compared with the existing technology, this system is a comprehensive operating system for the integration of property anti-theft security management and property management, which realizes the linkage response of personnel access control system, vehicle access control system, video surveillance system, gate guard system, temporary parking management system for visiting vehicles, and property charging and repair management system, and has significant technical effects. BRIEF DESCRIPTION OF THE DRAWINGS

[0072] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0073] Figure 1 A schematic diagram of the management system architecture of the unattended property anti-theft intelligent security management system provided by an embodiment of the present invention;

[0074] Figure 2 A schematic diagram of the attribution relationship of each functional module in the unattended property anti-theft intelligent security management system solution provided by an embodiment of the present invention;

[0075] Figure 3 A schematic diagram of the specific functions of each level in the unattended property anti-theft intelligent security management system solution provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0076] In order to enable those skilled in the art to better understand the technical solutions in the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in the field without creative work are within the scope of protection of the present invention.

[0077] It should be noted that when an element is referred to as being "fixed on" or "set on" another element, it can be directly on the other element or indirectly set on the other element; when an element is referred to as being "connected to" another element, it can be directly connected to the other element or indirectly connected to the other element.

[0078] It should be understood that the terms "length", "width", "up", "down", "front", "back", "first", "second", "vertical", "horizontal", "top", "bottom", "inside", "outside", etc., indicating the orientation or position relationship, are based on the orientation or position relationship shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present invention.

[0079] In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features. In the description of the present invention, the meaning of "multiple" and "several" is two or more, unless otherwise clearly and specifically defined.

[0080] It should be noted that the structures, proportions, sizes, etc. illustrated in the drawings of this specification are only used to match the contents disclosed in the specification so as to facilitate understanding and reading by persons familiar with this technology. They are not used to limit the conditions under which the present invention can be implemented, and therefore have no substantive technical significance. Any structural modification, change in proportion or adjustment of size, without affecting the effects and purposes that can be achieved by the present invention, should still fall within the scope of the technical contents disclosed by the present invention.

[0081] Please Figure 1 and Figure 3 As shown, an unattended property anti-theft intelligent security management system provided by an embodiment of the present invention includes: a main system server; a domain system controller connected to the main system server by signal; a front-end video monitoring system connected to the domain system controller by signal, wherein the front-end video monitoring system is used to collect image video data within the property management area;

[0082] A video information management application system connected to the domain system controller by signal, the video information management application system being used to perform information management on the image video data;

[0083] A front-end infrared sensing security system connected to the domain system controller signal, the front-end infrared sensing security system is used to monitor and obtain abnormal intrusion data in the property management area;

[0084] An application terminal APP connected to the main system server by signal, the application terminal APP is used to check property notification information and issue control operation instructions;

[0085] The front-end video monitoring system, the video information management application system and the front-end infrared sensing security system are linked based on the domain system controller and within the property management area;

[0086] The domain system controller is linked with the application terminal APP through the main system server according to the operating status of the front-end video surveillance system, the video information management application system and the front-end infrared sensing security system.

[0087] The embodiment of the present invention provides a technical solution for an unattended property anti-theft intelligent security management system, in which the technical solution of the present invention involves the following important technical features, specifically: a main system server; a domain system controller connected to the main system server by signal; a front-end video surveillance system connected to the domain system controller by signal, the front-end video surveillance system is used to collect image and video data within the property management area; a video information management application system connected to the domain system controller by signal, the video information management application system is used to perform information management on the image and video data; a front-end infrared sensing security system connected to the domain system controller by signal, the front-end infrared sensing security system is used to monitor and obtain abnormal intrusion data within the property management area; an application terminal APP connected to the main system server by signal, the application terminal APP is used to check property notification information and issue control operation instructions; the front-end video surveillance system, the video information management application system and the front-end infrared sensing security system are based on the domain system controller and are linked within the property management area; the domain system controller is linked with the application terminal APP through the main system server according to the operating status of the front-end video surveillance system, the video information management application system and the front-end infrared sensing security system. As described above, the technical solution of the present invention connects the domain system controller and the application end APP through the main system server through the multi-level anti-theft security control management system architecture, realizes the communication platform of multi-point domain system controller and multi-point application end APP, saves social resources, and realizes the operation of unattended anti-theft security management system through the installation and application of infrared sensing system, realizes the efficient response of anti-theft security management after different situations such as guest visit, illegal climbing, tailing entry, etc., and consists of dynamic image intelligent capture and analysis software, display and control software that displays temporary vehicle information, temporary parking location information and property payment information. It is composed of a network that supports communication network information transmission, network protocol and control software. Through the installation and application of the video application management system, the intelligent collection, capture and analysis of video surveillance system images are realized, the intelligent collection, capture, analysis and comparison of image data of the national online pursuit platform of the public security network are realized, and the anti-theft security management control communication between the video surveillance system and the application-end APP is realized. In addition, the shared application of property anti-theft security management data and the image data data of the national online pursuit platform of the public security network in the present invention realizes the socialized utilization of property management monitoring resources through the application of image data, and completes the last link of the public security network's no-dead-angle monitoring system. Compared with the existing technology, this system is a comprehensive operating system after the integration of property anti-theft security management and property management, which realizes the linkage response of personnel access control system, vehicle access control system, video surveillance system, gate guard system, temporary parking management system for visiting vehicles and property fee management system, and has significant technical effects.

[0088] Specifically, in the embodiment of the present invention, the main system server is the first level, and the main system server is used to place and process data of the domain system controller and the application end APP;

[0089] The domain system controller and the application terminal APP are the second level, the domain system controller is used to collect and process data from the hardware end of the property management area; the application terminal APP is used to collect and process data from the client end;

[0090] The front-end video surveillance system, the video information management application system and the front-end infrared sensing security system are the third level, and the front-end video surveillance system, the video information management application system and the front-end infrared sensing security system are used to collect various audio and video signals and infrared signals at the front end.

[0091] Specifically, in an embodiment of the present invention, the front-end video monitoring system includes: an image acquisition device arranged in a property management area;

[0092] The front-end infrared induction security system includes: infrared induction sensors arranged in the property management area;

[0093] The domain system controller comprises:

[0094] An image and infrared data communication system connected to the image acquisition device and the infrared sensing sensor for transmitting video image data and infrared sensing signals;

[0095] The application terminal APP is used to be installed on the owner terminal and the visitor terminal;

[0096] The storage application and processing system that supports the interactive information between the system controllers of each domain and the APP applications on the application side;

[0097] The main system server is used for data collection and processing of the hardware end in the domain system controller and the application terminal APP client installed.

[0098] Specifically, in the embodiment of the present invention, the domain system controller issues a control instruction to an external management device, and the external management device includes: a security pedestrian door and a security vehicle railing.

[0099] Specifically, in an embodiment of the present invention, the layout locations of the image acquisition device include: property management area, pedestrian gate, vehicle railing; the layout locations of the infrared sensing sensor include: property management area wall, pedestrian gate, vehicle railing; the visiting terminal includes: deliveryman terminal, courier terminal, taxi terminal, guest terminal.

[0100] It is further explained that in a specific implementation scheme of the present invention, a video surveillance camera is installed at the security pedestrian door, and the security pedestrian door controller is provided with control software that supports the operation of a face recognition system. An infrared sensing transmitter and control panel as well as an infrared sensing receiver are also installed at the security pedestrian door. The infrared sensing control panel has control software that supports infrared sensing signal processing. The security pedestrian door is provided with a network, network protocol and control software that support communication information transmission. In addition, a video surveillance camera and a controller are also provided at the security vehicle railing, and control software that supports the operation of a license plate recognition system is installed in the controller of the security vehicle railing. Similarly, it also involves an infrared sensing transmitter and control panel, an infrared sensing receiver installed at the security vehicle railing, control software that supports infrared sensing signal processing in the infrared sensing control panel, a network, network protocol and control software that support communication information transmission are installed at the security vehicle railing, and a license plate that can support vehicle payment is provided at the security vehicle railing. Identification system control panel and control software, the security fence is also equipped with an infrared sensing transmitter and control panel and an external sensing receiver. The infrared sensing control panel at the security fence has control software that supports infrared sensing signal processing, and has a network, network protocol and control software that supports communication information transmission. The system involved in the present invention supports smart phone terminals running application-side APPs, and control software installed on the application-side APP that can realize owner face entry, license plate entry, visit application, visit authorization, and visit information security confirmation. Specifically, it is installed on the domain system controller, supports dynamic image intelligent capture and analysis, supports temporary vehicle information, temporary parking location information and property payment information display and control software, and supports communication information transmission network, network protocol and control software. In this solution, video surveillance cameras are also installed in the property management area, and networks, network protocols and control software that support communication information transmission are installed on the video surveillance camera control panel.

[0101] In addition, the present invention also provides an unattended property anti-theft security intelligent management method, the method comprising:

[0102] Conduct entry management for people passing through the security pedestrian door;

[0103] Lift the barriers to manage vehicles passing through security vehicle barriers;

[0104] The “entry management of persons passing through the security pedestrian door” includes:

[0105] Acquire the collected face information to be verified, and judge the face information to be verified based on the pre-stored face information of the owner. If the person is identified as the owner, issue a command to open the security pedestrian door through the domain system controller, and suspend the monitoring of abnormal intrusion by the infrared sensor transmitter in the security pedestrian door area, and do not make illegal climbing judgment;

[0106] Obtain the collected pedestrian visitor pass code to be verified, and judge the pedestrian visitor pass code to be verified. If the visitor is identified as a qualified visitor, the domain system controller issues a door opening command for the pedestrian security door, and the infrared sensor transmitter in the pedestrian security door area is suspended from monitoring abnormal intrusions, and no illegal climbing judgment is made;

[0107] The “lifting of barriers for vehicles passing through security vehicle barriers” includes:

[0108] Acquire the collected vehicle information to be verified, and judge the vehicle information to be verified based on the pre-stored owner vehicle information. If it is identified as the owner's vehicle, issue a security vehicle barrier lifting command through the domain system controller, and suspend the infrared sensor transmitter in the security vehicle barrier area from monitoring abnormal intrusions, and do not make illegal entry judgments;

[0109] The collected visitor vehicle information to be verified is obtained, and the visitor vehicle information to be verified is judged. If it is identified as a qualified visitor vehicle, a security vehicle barrier lifting command is issued through the domain system controller, and the infrared sensing transmitter in the security vehicle barrier area is suspended from monitoring abnormal intrusions, and no illegal entry judgment is made.

[0110] Obtain the collected blacklist vehicle information to be verified: and judge the vehicle information to be passed based on the collected blacklist vehicle information, specifically, vehicles with irregular parking, vehicles whose owners have not paid property fees or parking fees, and vehicles that are not allowed to enter during specific time periods.

[0111] If the vehicle is identified as an irregularly parked vehicle, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will be suspended from monitoring abnormal intrusions, and no illegal entry will be judged. At the same time, the video surveillance system will broadcast a message to pay attention to the standard parking.

[0112] If the vehicle is identified as a vehicle of an owner who has not paid the property fee or parking fee, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged. At the same time, a voice message asking for timely payment of property fees or parking fees will be broadcast through the video surveillance system.

[0113] If it is identified that the vehicle is not allowed to enter during a specific time period, the video surveillance system will broadcast the voice of the time period allowed to enter. When the passable conditions are met, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged.

[0114] Specifically, further in the embodiments of the present invention, in a preferred technical solution of the present invention, the method further includes:

[0115] Conduct path monitoring and management for people entering security pedestrian doors or security vehicle barriers;

[0116] Parking management for vehicles entering the security vehicle barriers;

[0117] Among them, the “path monitoring and management of personnel entering the security pedestrian door or security vehicle railing” includes:

[0118] The front-end video surveillance system is used to collect and monitor the qualified visitor / the qualified visitor's vehicle to generate visitor path information; the visitor path information is synchronously sent to the owner's application end APP through the main system server for safety confirmation, and the path monitoring management is stopped after the owner's application end APP issues a safety confirmation instruction;

[0119] The “parking management of vehicles entering the security vehicle barriers” includes:

[0120] The qualified visitor vehicles are monitored and captured by the front-end video surveillance system to generate visitor vehicle parking information. If the visitor vehicle occupies the owner's parking space, the visitor vehicle parking information is sent to the APP of the owner of the occupied parking space for approval and confirmation. Upon receiving the parking instruction or the latest departure instruction from the owner of the occupied parking space, a dialogue connection is established between the owner of the occupied parking space and the visited owner.

[0121] In the preferred implementation of the present invention, the innovative multi-level anti-theft security control management system architecture is embodied as a first-level control, namely:

[0122] Level 1 control: When a visitor passes through after being authorized by the owner, the domain system controller issues a command, and the video surveillance system at the security pedestrian door or security vehicle railing automatically takes a picture. The video application system extracts valid image information and sends it to the main system server, which sends it to the application end APP, notifying the owner's application end APP personal account to check and confirm the safety. Before the owner confirms, the video application system continues to run the video camera intelligent capture function to conduct security management and tracking of the visiting guests;

[0123] Level 1 control: When a visiting visitor's vehicle passes through after authorization by the owner, the domain system controller prompts the temporary parking location information of the vehicle, and the video application system tracks the parking location of the vehicle. Based on the parking location, it extracts valid image information and sends it to the main system server, which sends it to the application-side APP. If the parking space is occupied, the owner of the occupied parking space will be notified, and the owner of the occupied parking space can make judgments and handle the situation based on the actual situation, such as requiring immediate departure or agreeing on a departure time. Direct dialogue with the visited owner is supported to coordinate emergency vehicle movement.

[0124] Specifically, in an embodiment of the present invention, the method further includes:

[0125] Based on the abnormal intrusion information of security pedestrian doors, security vehicle railings, and walls of property management areas, video surveillance management, linkage community alarm management, and / or risk prevention notification management for owners are carried out;

[0126] The “video surveillance management” includes:

[0127] When the front-end infrared sensing security system monitors the property management area, security pedestrian door, vehicle railing for abnormal intrusion or forced power outage, the front-end video surveillance system of the corresponding area is started through the domain system controller to collect abnormal image data, and the video information management application system starts intelligent image capture to conduct security management and tracking of suspicious persons;

[0128] The “linked community alarm management” includes:

[0129] When the front-end infrared sensing security system monitors the property management area, security pedestrian door, vehicle railing for abnormal intrusion or forced power outage, an alarm instruction is sent to the community policing management terminal through the domain system controller;

[0130] The “owner risk prevention notification management” includes:

[0131] When the front-end infrared sensing security system monitors the property management area, security pedestrian doors, and vehicle railings for abnormal intrusion or forced power outage, a risk warning message is sent to the owner's application APP through the domain system controller.

[0132] In the preferred implementation of the present invention, the innovative multi-level anti-theft security control management system architecture is embodied as a secondary control, namely:

[0133] Secondary control - security pedestrian doors, security vehicle railings or security walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a sensing signal that is blocked and communicates to the domain system controller. The domain system controller sends a command, the video surveillance system automatically takes pictures, and the video information application system starts intelligent image capture to conduct security management and tracking of suspicious persons.

[0134] Secondary control - security pedestrian doors, security vehicle railings or security walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a blocked sensing signal and communicates to the domain system controller. The domain system controller sends an alarm command, links the community security police force, and conducts security management on suspicious persons.

[0135] Secondary control - security pedestrian doors, security vehicle railings or security courtyard walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a sensing signal that is blocked and communicates to the domain system controller. The domain system controller communicates to the main system server, and the main system server sends it to the application-side APP to notify the owner of the application-side APP personal account to check and conduct security management and prevention of suspicious persons.

[0136] Specifically, in the embodiment of the present invention, the "linked community alarm management" also includes:

[0137] Access and link with the local police station's national online pursuit platform, start intelligent image capture, identify and judge suspicious persons in the abnormal image data, and issue an alarm command if they are identified as suspects;

[0138] Connect to the main system servers within the streets and above, implement data sharing, and conduct joint community alarm management.

[0139] In the preferred embodiment of the present invention, the innovative multi-level anti-theft security control management system architecture is embodied as three-level control, namely:

[0140] Level 3 control - the domain system controller is connected to the national online pursuit platform of the local police station's public security network to extract relevant image data. The video information application system starts intelligent capture, and compares and analyzes the images of people collected by the system, including owners and visitors. If there is any suspicion, an alarm command is issued, and the community security police force is mobilized to carry out security management and processing of suspicious persons.

[0141] Level 3 control: The domain system controller is connected to the national online pursuit platform of the local police station public security network, extracts relevant video data, communicates to the main system server, and implements data sharing. The video information application system of each domain system starts intelligent capture, compares and analyzes the images of people collected by each domain system, including owners and visitors. If there is any suspicion, an alarm command is issued, and the community security police force is linked to carry out security management and processing of suspicious persons.

[0142] More specifically, in an embodiment of the present invention, it also includes: performing hierarchical encryption processing on video surveillance, image information obtained by security, infrared sensing data and other sensitive information, and vehicle license plate information, and the hierarchical encryption processing includes encrypted transmission and encrypted storage.

[0143] More specifically, in the embodiment of the present invention, the terminal on which the application terminal APP is installed includes a computer, a server, a handheld terminal, a vehicle-mounted terminal, and the like, which are terminals capable of sending and receiving interactive information to a user.

[0144] The forms of application terminal APP include vehicle-mounted software, computer software, mobile phone software or "mini program" software based on the main program.

[0145] It should be noted that by meeting the different needs of end users, the availability and coverage of the entire system can be improved.

[0146] More specifically, in an embodiment of the present invention, non-owner users can access the unattended property anti-theft intelligent security management system through a mini-program to facilitate the unified management of the main system server.

[0147] After the non-owner user opens the application terminal APP, the application terminal APP calls the terminal's geographic location information, connects to the nearest main system server where the unattended property anti-theft smart security management system is installed, and obtains a WiFi connection for the near-field communication connection.

[0148] Based on the purpose of the non-owner user's visit and the visiting owner's authorization information, recommended behavior route information is generated and sent to the non-owner user application terminal APP. After the non-owner user application terminal APP receives the recommended behavior route information, the recommended behavior route is displayed on the non-owner user application terminal APP in the form of text or images.

[0149] If the non-owner's application terminal is a vehicle-mounted terminal, the recommended route information includes the recommended parking location arrival path information, and the application terminal APP of the vehicle-mounted terminal displays the recommended parking location arrival path according to the recommended parking location arrival path information.

[0150] The non-owner user application terminal APP sends the non-owner user's real-time location information to the main system server in real time. If the non-owner user's real-time location exceeds a certain distance threshold and time threshold of the recommended route, an abnormal prompt will be sent to the property terminal, such as the security terminal, to remind the property personnel to intervene and provide services in time.

[0151] The domain system controller calls and adjusts the opening and closing and angle of the cameras covering the recommended route based on the recommended route information to ensure that the activity tracks of non-owner users within the property management area are monitored.

[0152] If a non-owner user triggers an alarm command, the relevant video data of the non-owner user will be directly uploaded to the cloud server to prevent it from being tampered with. At the same time, it is beneficial for the police to directly obtain real-time image data information on the cloud, which is convenient for the deployment of police forces and on-site control.

[0153] According to the type of non-owner users and the purpose of their visit, the non-owner users' stay time and activity range are specified. If the non-owner users' stay time or actual activity range exceeds the preset value, an abnormal prompt will be sent to the property terminal, such as the security terminal, to remind the property personnel to intervene and provide services in time. An abnormal situation security confirmation pop-up box will be sent to the visited owner. If the owner confirms that it is safe / normal, the abnormal reminder status will be lifted.

[0154] The location information of non-owner users is obtained in real time. If the user leaves the coverage of the main system server of the current unattended property anti-theft intelligent security management system, the access log record and data call index of this non-owner user access event will be terminated.

[0155] It should be noted that the above-mentioned management method for non-owner users can further improve the security of visitor management.

[0156] More specifically, in an embodiment of the present invention, the main system server is a local server, and the sequence is stored in real time on the cloud server in the form of incremental storage or variable storage; when the local server fails in whole or in part, resulting in the loss of all or part of the functions of the local server, the cloud server can be called to meet normal monitoring needs.

[0157] It should be noted that the above solution can ensure the security of data storage.

[0158] More specifically, in the embodiment of the present invention, the owner's mobile phone number and ID card number are collected in advance to facilitate identity verification when the owner registers and logs in after installing the application terminal APP.

[0159] It should be noted that the above solution can ensure the accuracy of the owner's identity.

[0160] In addition, an embodiment of the present invention further provides an electronic device, including:

[0161] A computer program, the computer program is used to execute the unattended property anti-theft intelligent security management method as described above;

[0162] A memory, the memory being used to store the computer program;

[0163] A processor is used to execute the computer program.

[0164] Among them, the infrared sensor in the front-end infrared sensing security system adopts a safety voltage not higher than 36V, and the infrared sensor adopts a safety low voltage design not higher than 36V. It is different from high-voltage power grids and barbed wire and other protective measures that directly harm personal safety. It is more humane. In the unattended property anti-theft smart security management system, the design of the front-end infrared sensing security system is not only related to the monitoring effect, but also needs to pay attention to safety and humanity. The unattended property anti-theft smart security management system adopts a safety low voltage design not higher than 36V, which is an in-depth practice of the system's safety concept. The low voltage design fundamentally reduces the risk of electric shock. Even in extreme cases such as equipment damage, accidental touch, etc., it can greatly reduce the potential harm to personnel, especially for It provides additional protection for susceptible groups such as children and the elderly. In addition, low-voltage systems are usually accompanied by lower energy consumption, which helps reduce electricity consumption in property management and is in line with the green and low-carbon modern building concept. At the same time, low-voltage equipment is safer during maintenance and replacement, reducing the operating risks of professionals and improving maintenance efficiency. Through non-invasive monitoring methods, such as infrared sensing rather than high-voltage power grids, it not only protects the safety of intruders, but also reflects the property management’s humanistic care for community members and visitors, and enhances the overall image of the community. In addition, low-voltage infrared sensing sensors can be seamlessly connected with smart access control, alarm systems, etc. to achieve more accurate intrusion detection and rapid response, further improving the intelligence level of property management.

[0165] Furthermore, in the embodiment of the present invention, the unattended property anti-theft intelligent security management system further introduces an innovative mode of parking space idle management, which can not only improve the utilization rate of parking spaces, but also bring additional sources of income to owners and properties, including:

[0166] A charging mechanism that respects the wishes of owners: The system allows parking space owners to independently set the charging standards and parking time periods for their idle parking spaces through the application terminal APP, which fully reflects the owners' control over the right to use the parking spaces. At the same time, this mechanism also encourages owners to participate more actively in parking space sharing and improve parking space utilization.

[0167] Automatic matching and notification: When a visitor (such as a food delivery person, courier, taxi driver or guest) needs to park, the system will automatically match the available idle parking spaces according to the current parking space occupancy and the conditions set by the owner, and send an application notification to the car owner through the APP. The car owner can confirm or reject the application based on the actual situation to ensure the convenience and rights of both parties.

[0168] Weakening the contradiction of interest distribution: Through the intelligent fee distribution mechanism, the system can automatically record the details of each parking service, including parking time, fees, etc., and distribute fees according to the pre-agreed rules. This mechanism weakens the contradiction of interest distribution between owners and property management when using idle parking spaces, making the interests of both parties more closely related and jointly promoting the effective use of parking space resources.

[0169] In addition, the unattended property anti-theft intelligent security management system according to the present invention can also improve the socialized utilization rate of parking space resources, specifically:

[0170] Parking space sharing promotes community harmony: Parking space owners actively or passively participate in parking space sharing, which not only increases their own income, but also provides convenient parking conditions for visitors in the community. This mutually beneficial and win-win model helps to enhance neighborhood relations among owners and promote community harmony.

[0171] Standardize parking behavior: Through the intelligent parking space management system, the property can more effectively monitor and manage parking behavior, reduce or eliminate the occurrence of irregular parking, which not only improves the utilization rate of parking space resources, but also reduces the workload of property security management, allowing the property to devote more energy to other service projects.

[0172] Optimize parking space resource allocation: By analyzing parking space usage data, the system can help property managers understand the usage patterns and trends of parking spaces, and provide a scientific basis for optimizing parking space layout and adjusting charging strategies. At the same time, these data can also serve as an important reference for formulating community parking policies, promoting the rational allocation and efficient use of parking space resources.

[0173] At the same time, the unattended property anti-theft intelligent security management system of the present invention is also conducive to realizing unified charging and cost allocation, as follows:

[0174] Unified payment upon exit: To facilitate car owners and visitors, the system supports unified parking fee settlement upon vehicle exit. Car owners can view parking records, fee details and make payments through the APP, while visitors can complete payment at designated locations according to system prompts.

[0175] Cost allocation mechanism: The system will automatically calculate and allocate parking fees based on factors such as the charging standards set by the owner, parking time, and property service fees. Among them, the owner's income portion will be directly included in his property fee or parking service fee account, realizing transparency and reasonable allocation of fees. In summary, in the specific implementation of the unattended property anti-theft intelligent security management system involved in the present invention, the innovative model of idle parking space management not only optimizes the allocation of parking space resources through flexible parking fee management forms, improving the social utilization rate of parking space resources, and unified charging and fee allocation measures, but also promotes a harmonious relationship between owners, visitors and properties, bringing more intelligent and humane solutions to property management.

[0176] Furthermore, in the embodiment of the present invention, the unattended property anti-theft intelligent security management system further introduces an innovative property repair management model, which can not only ensure the accuracy and speed of property repair information, but also improve the timeliness of property repair information processing, and can also supervise the timeliness of maintenance services, and improve the owner satisfaction with property services, specifically including:

[0177] Simplified repair reporting: Owners only need to fill in the actual repair content in the registered APP, the system will automatically identify the owner's information and simultaneously send the repair content to the authorized maintenance personnel.

[0178] Quick repair processing: Maintenance personnel can directly receive system instructions and process them quickly to avoid information transmission errors or time delays.

[0179] Closed-loop repair management: After the maintenance personnel complete the processing, they will issue a completion instruction, and the owner will confirm and evaluate it.

[0180] In summary, the unattended property anti-theft intelligent security management system involved in the present invention is implemented in a specific manner. The property repair management innovation mode uses the APP reporting form to ensure the accuracy of the repair information, reduce the cumbersomeness of the reporting operation, improve the timeliness of the maintenance service, promote the improvement of the property service response speed and the satisfaction of the owners of the maintenance quality, and also promote the harmonious relationship between the owners and the property, bringing a more intelligent and humanized solution to the property management. In addition, the scheme involved in the embodiment of the present invention is summarized and explained in more detail. The anti-theft security management is the top priority of property management, but due to the limitations of various technical means and the uncertainty of personnel factors in the management execution, criminal incidents such as burglary or even property management personnel harming the owners have occurred repeatedly, and the existing management has failure loopholes and room for improvement. In addition, the intelligent access control systems used in the existing property management are independently operated, and the monitoring systems used are independently operated, which makes it difficult to form the socialized utilization of resources. At the moment when intelligent technology is developing rapidly, property management should conform to the development of the times, systematically think about the existing technical means and management methods, and use intelligent technology to innovate and replace.

[0181] In the prior art, the methods used for property anti-theft security management mainly include:

[0182] For personnel access, install personnel access doors and access control systems, and use intelligent facial recognition, access control electronic cards or other identification codes to authorize owners to enter and exit;

[0183] For vehicle access, vehicle access barriers and access control systems are installed, and intelligent license plate recognition is used to authorize vehicle access;

[0184] For visitors or vehicles, such as guests, takeaways, couriers, taxis, etc., security personnel are hired to guard the entrances and exits, and control is carried out by manually registering visitor information or receiving visitors on site;

[0185] Install a video surveillance system and have security personnel monitor illegal climbing behavior; install a protective electric fence or barbed wire or barbs on the courtyard wall to prevent illegal climbing;

[0186] Install an alarm system, arrange security personnel to conduct safety patrols, adopt a dedicated management method, and arrange security personnel to manage the temporary parking of visiting vehicles.

[0187] For unpaid property fees and parking fees, dedicated property personnel must be appointed to handle the matter, and collection calls or door-to-door collection collection must be made.

[0188] For property repair reports, establish an owner contact network group, or set up a property service phone number, or introduce an online repair reporting platform, and hire full-time service personnel to identify and extract relevant information and then convey it to maintenance service personnel.

[0189] However, the property anti-theft security management system in the prior art has the following problems, namely, the access control system for personnel entering and leaving the door cannot identify and prevent the potential safety hazard of visitors following in; the existing access control system for personnel entering and leaving the door cannot identify the potential safety hazard of people illegally climbing over the door; the existing access control system for vehicles entering and leaving the railing cannot identify the potential safety hazard of people illegally climbing over the door; the existing manual registration of visitor information or on-site reception of the visitor is very inefficient, and due to factors such as uneven quality of practitioners, there are potential safety hazards of security personnel's dereliction of duty or even malicious harm, which cannot bring visitors a home-like experience. The existing monitoring system cannot actively identify potential safety hazards, and can be maliciously bypassed or blocked to form invalid monitoring images. The existing barbed wire or electric grid or barbs on the courtyard wall, as well as the security patrol system, cannot completely prevent the potential safety hazard of malicious and premeditated entry into the room, and the personnel access control system, vehicle access control system, video monitoring system, gate guard system, temporary parking management system for visiting vehicles, and property charging and repair management system in the existing property security management system are completely independent of each other and cannot form a linkage response. The existing collection methods for property fees and parking fees are time-consuming and labor-intensive, and the collection effect is not good. The existing property repair management operation is cumbersome, the information input is confusing, the information transmission is delayed, and the property service management cost is high. Based on this, the embodiment of the present invention creatively proposes the above-mentioned technical solution, based on the current property anti-theft security focuses on prior prevention and elimination of hidden dangers, and the main center is on the current situation analysis of outsiders and foreign vehicles. Therefore, the technical solution of the present invention closely revolves around the entry and exit behavior of outsiders and foreign vehicles, takes prevention and control as the starting point, and combines a variety of technical means to provide an unmanned property anti-theft security intelligent management system solution. At the same time, based on the principle of socialized utilization of resources, the present invention integrates multiple functions according to the actual needs of social services, avoiding cross-border conflicts between property management services and social services.

[0190] The technical solution involved in the embodiment of the present invention adopts a three-level anti-theft security management and control system, and the system architecture is divided into three levels.

[0191] The first level is the main system server, which is responsible for the data placement and processing of the domain system and the application-side APP. It has functions such as hardware platform, encoding algorithm, processing power and functional application, and realizes the interaction and operation management of the domain system and the application-side APP.

[0192] The second level is the domain system controller and application-side APP, which are responsible for data collection and processing of the hardware and client sides within the domain system. They have functions such as access, storage, browsing, setting, video intelligent analysis, encoding, decoding, puzzle, display, and management applications to realize the interaction between the application-side hardware and the domain system controller. The third level is the video surveillance system, security system, and client side, which realize the collection of various front-end audio and video signals, infrared signals, and application APP-side information, and transmit them to the domain system controller switch through the transmission network.

[0193] The specific management system architecture of the solution involved in the embodiment of the present invention is as follows Figure 1 As shown,

[0194] The basic tools for operating and maintaining the architecture of the present invention are as follows:

[0195] The front end of the video surveillance system - the camera installed in a predetermined location, the mounting bracket required to install the camera, and the communication support required to transmit the camera video image data.

[0196] Infrared sensing system front end - infrared sensing transmitter and receiver installed at a predetermined location, mounting brackets required to install infrared sensing transmitter and receiver, and communication support required to transmit infrared sensing signals.

[0197] Video information management application system - the communication network required to transmit video image data and infrared sensing signals, the data storage application system required to store video images, the management application software required for video analysis, encoding, decoding, intelligent capture, and puzzle, and the large display screen required to display, set, and browse video image data and infrared sensing signals.

[0198] Owner side and visitor side - support the smartphones required for the installation of the application side APP, the application information required for the interaction of the application side APP, and the communication support required for transmitting the interaction information of the application side APP.

[0199] Main system server - supports the storage application and processing system required for the interaction of information between the system controllers in each domain and the APP applications on the application side. For the specific relationship between the components of each tool, see Figure 2 shown.

[0200] More specifically, the anti-theft security management control classification and information decision logic of the present invention are as follows:

[0201] Level 1 control - the video surveillance system collects the owner's facial information and communicates it to the domain system controller. If the information is consistent with the input, the owner is allowed to pass through the security pedestrian door. When passing through, the security pedestrian door is opened by the domain system controller, and the infrared sensor transmitter is automatically powered off, and no illegal trespassing is judged.

[0202] Level 1 control - the video surveillance system collects the license plate information of the owner's vehicle and communicates it to the domain system controller. If the information is consistent with the input information, the vehicle is allowed to pass through the security vehicle barrier. When passing, the security vehicle barrier is opened by the domain system controller, and the infrared sensor transmitter is automatically powered off, and no illegal crossing is judged.

[0203] Level 1 control - the video surveillance system collects the pass code provided by the visitor who is authorized by the owner, communicates it to the domain system controller, and after verification, allows passage through the security pedestrian door. When passing through, the security pedestrian door is opened by the domain system controller, and the infrared sensor transmitter is automatically powered off, and no illegal crossing is judged.

[0204] Level 1 control - the video surveillance system collects the information of visiting visitors and vehicles authorized by the owner, and communicates it to the domain system controller. If the information is consistent with the input, the security vehicle barrier is allowed to pass. When passing, the security vehicle barrier is opened by the domain system controller, and the infrared sensor transmitter is automatically powered off, and no illegal crossing is judged.

[0205] The hierarchical control and information decision logic of the anti-theft security control management of the present invention are as follows:

[0206] Level 1 control - when a visiting guest passes through after being authorized by the owner, the domain system controller issues a command, the video surveillance system at the security pedestrian door or the security vehicle railing automatically takes a picture, the video application system extracts the valid image information and sends it to the main system server, the main system server sends it to the application end APP, notifies the owner's application end APP personal account to check it and confirm the security. Before the owner confirms, the video application system continues to run the video camera intelligent capture function to conduct security management and tracking of visiting guests.

[0207] Level 1 control: When a visiting visitor's vehicle passes through after authorization by the owner, the domain system controller prompts the temporary parking location information of the vehicle, and the video application system tracks the parking location of the vehicle. Based on the parking location, it extracts valid image information and sends it to the main system server, which sends it to the application-side APP. If the parking space is occupied, the owner of the occupied parking space will be notified, and the owner of the occupied parking space can make judgments and handle the situation based on the actual situation, such as requiring immediate departure or agreeing on a departure time. Direct dialogue with the visited owner is supported to coordinate emergency vehicle movement.

[0208] The hierarchical control and information decision logic of the anti-theft security control management of the present invention are as follows:

[0209] Secondary control - security pedestrian doors, security vehicle railings or security walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a sensing signal that is blocked and communicates to the domain system controller. The domain system controller sends a command, the video surveillance system automatically takes pictures, and the video information application system starts intelligent image capture to conduct security management and tracking of suspicious persons.

[0210] Secondary control - security pedestrian doors, security vehicle railings or security walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a blocked sensing signal and communicates to the domain system controller. The domain system controller sends an alarm command, links the community security police force, and conducts security management on suspicious persons.

[0211] Secondary control - security pedestrian doors, security vehicle railings or security courtyard walls. When illegal climbing occurs or the power is forced to be cut off, the front end of the infrared sensing system sends a sensing signal that is blocked and communicates to the domain system controller. The domain system controller communicates to the main system server, and the main system server sends it to the application-side APP to notify the owner of the application-side APP personal account to check and conduct security management and prevention of suspicious persons.

[0212] The hierarchical control and information decision logic of the anti-theft security control management of the present invention are as follows:

[0213] Level 3 control - the domain system controller is connected to the national online pursuit platform of the local police station's public security network to extract relevant image data. The video information application system starts intelligent capture, and compares and analyzes the images of people collected by the system, including owners and visitors. If there is any suspicion, an alarm command is issued, and the community security police force is mobilized to carry out security management and processing of suspicious persons.

[0214] Level 3 control: The domain system controller is connected to the national online pursuit platform of the local police station public security network, extracts relevant video data, communicates to the main system server, and implements data sharing. The video information application system of each domain system starts intelligent capture, compares and analyzes the images of people collected by each domain system, including owners and visitors. If there is any suspicion, an alarm command is issued, and the community security police force is linked to carry out security management and processing of suspicious persons.

[0215] The technical solutions for realizing the specific functions of each level in the anti-theft security control management domain system of the present invention are as follows:

[0216] Video surveillance cameras installed at the security pedestrian gate, controllers installed at the security pedestrian gate, control software supporting the operation of the face recognition system installed in the security pedestrian gate controller, infrared sensing transmitters and control panels installed at the security pedestrian gate, infrared sensing receivers and control panels installed at the security pedestrian gate, control software supporting infrared sensing signal processing in the infrared sensing control panels installed at the security pedestrian gate, networks supporting communication information transmission installed at the security pedestrian gate, network protocols and control software.

[0217] Video surveillance cameras installed at the security vehicle railings, controllers installed at the security vehicle railings, control software installed in the controllers of the security vehicle railings that supports the operation of the license plate recognition system, infrared sensing transmitters and control panels installed at the security vehicle railings, infrared sensing receivers and control panels installed at the security vehicle railings, control software supporting infrared sensing signal processing in the infrared sensing control panels installed at the security vehicle railings, networks supporting communication information transmission installed at the security vehicle railings, network protocols and control software. License plate recognition system control panels and control software supporting vehicle payment installed at the security vehicle railings; infrared sensing transmitters and control panels installed at security fences, infrared sensing receivers and control panels installed at security fences, control software supporting infrared sensing signal processing in the infrared sensing control panels installed at security fences, networks supporting communication information transmission installed at security fences, network protocols and control software.

[0218] The technical solutions for realizing the specific functions of each level in the anti-theft security control management domain system of the present invention are as follows:

[0219] Smartphone terminals that support the running of application-side APP;

[0220] Control software installed on the application APP that can realize owner face entry, license plate entry, visit application, visit authorization, and visit information security confirmation;

[0221] Installed on the domain system controller, supports intelligent capture and analysis of dynamic images, supports display and control software for temporary vehicle information, temporary parking location information and property payment information. Supports network, network protocol and control software for communication information transmission, video surveillance cameras installed in the property management area, and networks, network protocols and control software installed on the video surveillance camera control panel that support communication information transmission

[0222] The specific functions of each level are as follows: Figure 3 As shown,

[0223] The key point of the technical improvement of the embodiment of the present invention is that the innovative multi-level anti-theft security control management system architecture connects the domain system controller and the application end APP through the main system server, realizes the communication platform of multi-point domain system controller and multi-point application end APP, and saves social resources. It is composed of the main system server, the control software installed on the main system server, the domain system controller, the control software installed on the domain system controller, the smart phone and the application end APP software, as well as the network, network protocol and control software that support the transmission of communication information. The innovative unattended infrared sensing security system is composed of an infrared sensing transmitter, an infrared sensing receiver, an infrared sensing control panel, an infrared sensing control software and a communication network. Through the installation and application of the infrared sensing system, the unattended anti-theft security management system can be operated. It can realize efficient response to anti-theft security management after different situations such as guest visits, illegal climbing, and tailing entry.

[0224] The innovative video application management system consists of dynamic image intelligent capture and analysis software, and displays and control software that display temporary vehicle information, temporary parking location information, and property payment information. It is composed of a network that supports communication network information transmission, network protocols, and control software. Through the installation and application of the video application management system, the intelligent collection, capture, and analysis of video surveillance system images can be realized, and the intelligent collection, capture, analysis, and comparison of image data on the national online pursuit platform of the public security network can be realized, and the anti-theft security management and control communication between the video surveillance system and the application-side APP can be realized. The innovative sharing application of property anti-theft security management data and the image data of the national online pursuit platform of the public security network, through the application of image data, realizes the socialized utilization of property management monitoring resources and fills the last link of the public security network's no-dead-angle monitoring system. The innovative property anti-theft security management and property management integrated comprehensive operation system realizes the linkage response of personnel access control system, vehicle access control system, video surveillance system, gate guard system, temporary parking management system for visiting vehicles, and property charging and repair management system.

[0225] Compared with the prior art, the technical solution involved in the embodiment of the present invention has the following improvements: APP reservation is for owner authorization, rather than traditional property authorization. Owners and visiting guests only need to input the simplest owner's room number or license plate information, and do not need to fill in complex information. After providing scan code information or entering the license plate number, the visiting person scans the code to enter and exit, or the visiting vehicle automatically identifies and enters and exits, thereby realizing information privacy protection and avoiding registration, inspection and inquiry by property gate personnel; and, in the solution involved in the embodiment of the present invention, the application of the infrared sensor system realizes the immediate unattended response processing of illegal entry; in addition, the innovative mode of APP parking space idle management in the embodiment of the present invention not only optimizes the parking space resource allocation and improves the parking space utilization rate through flexible parking fee management forms, improving the social utilization rate of parking space resources, and unified charging and fee distribution. It can also bring additional sources of income to owners and properties, and promote harmonious relations between owners, visitors and properties, bringing more intelligent and humane solutions to property management. In addition, in the embodiment of the present invention, the APP property fee collection function is controlled by the domain system controller. When the owner enters or exits, a voice reminder will be played, forming an invisible pressure of public opinion. Compared with the prior art, it avoids the situation where only the property management service company knows the payment of property fees or parking fees, and only has a relationship with the property management service company, and other owners are unaware and unable to participate in supervision, and actively introduces the public opinion supervision of the owner. In addition, in the embodiment of the present invention, the APP property repair function is controlled by the domain system controller. When the owner reports a repair, he only needs to fill in the information required for repair, and the property maintenance personnel can receive and process it synchronously. Compared with the prior art, it simplifies the reporting method, avoids the tediousness of personnel identification and information extraction, and delays or even omissions, significantly ensures and improves the quality of repair services, and reduces the cost of property management services.

[0226] In addition, in the embodiment of the present invention, the APP reservation function is controlled by the main system server, and different cells share the same APP, which significantly saves social resources compared with the prior art.

[0227] The above description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but rather to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. An unattended property anti-theft intelligent security management system, characterized in that: include: Main system server; A domain system controller signal-connected to the main system server; A front-end video monitoring system connected to the domain system controller by signal, the front-end video monitoring system is used to collect image video data within the property management area; A video information management application system connected to the domain system controller by signal, the video information management application system being used to perform information management on the image video data; A front-end infrared sensing security system connected to the domain system controller signal, the front-end infrared sensing security system is used to monitor and obtain abnormal intrusion data in the property management area; An application terminal APP connected to the main system server by signal, the application terminal APP is used to check property notification information and issue control operation instructions; The front-end video monitoring system, the video information management application system and the front-end infrared sensing security system are linked based on the domain system controller and within the property management area; The domain system controller is linked with the application terminal APP through the main system server according to the operating status of the front-end video surveillance system, the video information management application system and the front-end infrared sensing security system.

2. The unattended property anti-theft intelligent security management system according to claim 1 is characterized in that: The main system server is the first level, and is used to place and process data of the domain system controller and the application end APP; The domain system controller and the application terminal APP are the second level, and the domain system controller is used to collect and process data from the hardware end of the property management area; The application terminal APP is used to collect and process data from the client; The front-end video surveillance system, the video information management application system and the front-end infrared sensing security system are the third level. The front-end video surveillance system, the video information management application system and the front-end infrared sensing security system are used to collect various audio and video signals and infrared signals at the front end; the infrared sensors in the front-end infrared sensing security system use a safety voltage not higher than 36V.

3. The unattended property anti-theft intelligent security management system according to claim 2 is characterized in that: The front-end video monitoring system includes: an image acquisition device arranged in the property management area; the front-end infrared sensing security system includes: an infrared sensing sensor arranged in the property management area; The domain system controller comprises: An image and infrared data communication system connected to the image acquisition device and the infrared sensing sensor for transmitting video image data and infrared sensing signals; The application terminal APP is used to be installed on the owner terminal and the visitor terminal; The storage application and processing system that supports the interactive information between the system controllers of each domain and the APP applications on the application side; The main system server is used for data collection and processing of the hardware end in the domain system controller and the application terminal APP client installed.

4. The unattended property anti-theft intelligent security management system according to claim 3 is characterized in that: The domain system controller issues control instructions to the external management device, and the external management device includes: a security pedestrian door and a security vehicle railing.

5. The unattended property anti-theft intelligent security management system according to claim 3 is characterized in that: The image acquisition device is arranged at locations including property management areas, pedestrian gates, and vehicle railings; the infrared sensing sensors are arranged at locations including walls of property management areas, pedestrian gates, and vehicle railings; the visiting terminals include deliveryman terminals, courier terminals, taxi terminals, and guest terminals.

6. An unattended property anti-theft intelligent security management method, characterized in that: Based on the unattended property anti-theft security intelligent management system described in any one of claims 1 to 5, the method comprises the steps of: Entry management for people passing through the security pedestrian door and lifting management for vehicles passing through the security vehicle barrier; wherein, "entry management for people passing through the security pedestrian door" includes: Obtain the collected face information to be verified; Judging the facial information to be verified based on the pre-stored facial information of the owner; If the person is identified as the owner, the domain system controller will issue a command to open the security pedestrian door, and the infrared sensor transmitter in the security pedestrian door area will suspend monitoring of abnormal intrusions, and will not make any judgment on illegal climbing; Obtain the collected visitor pass code to be verified; The pedestrian visitor pass code to be verified is judged. If the visitor is identified as a qualified visitor, a command to open the pedestrian door is issued through the domain system controller, and the infrared sensor transmitter in the pedestrian door area is suspended from monitoring abnormal intrusions, and no illegal climbing judgment is made; The "lifting of barriers for vehicles passing through security vehicle barriers" includes: Obtain the collected vehicle information to be verified; The vehicle information to be verified is judged based on the pre-stored owner vehicle information. If it is identified as the owner's vehicle, a security vehicle barrier lifting command is issued through the domain system controller, and the infrared sensor transmitter in the security vehicle barrier area is suspended from monitoring abnormal intrusions, and no illegal climbing judgment is made; Obtain the collected vehicle information of the visitor to be verified; The information of the visitor vehicle to be verified is judged. If it is identified as a qualified visitor vehicle, the security vehicle barrier lifting command is issued through the domain system controller, and the infrared sensing transmitter in the security vehicle barrier area is suspended from monitoring abnormal intrusions, and no illegal entry judgment is made. Obtain the collected blacklist vehicle information to be verified: and judge the vehicle information to be passed based on the collected blacklist vehicle information, specifically illegally parked vehicles, vehicles of owners who have not paid property fees or parking fees, and vehicles that are not allowed to enter during specific time periods. If it is identified as a illegally parked vehicle, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged. At the same time, the video surveillance system will broadcast a message to pay attention to standard parking. If the vehicle is identified as a vehicle of an owner who has not paid the property fee or parking fee, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged. At the same time, a voice message asking for timely payment of property fees or parking fees will be broadcast through the video surveillance system. If it is identified that the vehicle is not allowed to enter during a specific time period, the video surveillance system will broadcast the voice of the time period allowed to enter. When the passable conditions are met, the domain system controller will issue a command to lift the security vehicle barrier, and the infrared sensor transmitter in the security vehicle barrier area will suspend monitoring of abnormal intrusions, and no illegal entry will be judged.

7. The unattended property anti-theft intelligent security management method according to claim 6 is characterized in that: The method further comprises the steps of: Conduct path monitoring and management for people entering security pedestrian doors or security vehicle barriers; Parking management for vehicles entering the security vehicle barriers; Among them, the "path monitoring and management of personnel entering the security pedestrian door or security vehicle railing" includes: The qualified visitor or the qualified visitor's vehicle is monitored by the front-end video surveillance system to generate visitor path information; the visitor path information is synchronously sent to the owner's application end APP through the main system server for safety confirmation, and the path monitoring management is stopped after the owner's application end APP issues a safety confirmation instruction; The "parking management of vehicles entering the security vehicle barriers" includes: The qualified visitor's vehicle is monitored by a front-end video surveillance system to generate visitor vehicle parking information; Determining the parking information of the visitor's vehicle; If the owner's parking space is occupied, the visitor's vehicle parking information will be sent to the occupied parking space owner's application APP for approval and confirmation. Upon receiving the occupied parking space owner's parking permission instruction or the latest departure instruction, a dialogue connection will be established between the occupied parking space owner and the visited owner.

8. The unattended property anti-theft intelligent security management method according to claim 6 is characterized in that: The method further comprises the steps of: Based on the abnormal intrusion information of security pedestrian doors, security vehicle railings, and walls of property management areas, video surveillance management, linkage community alarm management, and / or risk prevention notification management for owners are carried out; Wherein, the "video surveillance management" includes: When the front-end infrared sensing security system monitors the property management area, security pedestrian door, vehicle railing for abnormal intrusion or forced power outage, the front-end video surveillance system of the corresponding area is started through the domain system controller to collect abnormal image data, and the video information management application system starts intelligent image capture to conduct security management and tracking of suspicious persons; The "linked community alarm management" includes: When the front-end infrared sensing security system monitors the property management area, security pedestrian door, vehicle railing for abnormal intrusion or forced power outage, an alarm instruction is sent to the community policing management terminal through the domain system controller; The "owner risk prevention notification management" includes: When the front-end infrared sensing security system monitors abnormal intrusion into the property management area, security pedestrian doors, or vehicle railings or forced power outages, a risk warning message is sent to the owner's application APP through the domain system controller; the infrared sensors in the front-end infrared sensing security system use a safety voltage not higher than 36V.

9. The unattended property anti-theft intelligent security management method according to claim 7 is characterized in that: The "linked community alarm management" also includes: Access and link with the local police station's national online pursuit platform, start intelligent image capture, identify and judge suspicious persons in the abnormal image data, and issue an alarm command if they are identified as suspects; Connect to the main system servers within the streets and above, implement data sharing, and conduct joint community alarm management.

10. An electronic device, characterized in that: include: A computer program, the computer program being used to execute the unattended property anti-theft intelligent security management method as claimed in any one of claims 6 to 9; A memory, the memory being used to store the computer program; A processor is used to execute the computer program.

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