Intelligent security information sensing method and device for grassroots governance

Abstract

The invention relates to the technical field of data processing, in particular to an intelligent security information sensing method and device for grassroots governance. According to the invention, a rapid ad hoc network and modular component integration technology is adopted, the problems of single front-end information perception, difficult deployment, difficult integration and difficult interconnection application are solved, rapid and flexible information interconnection and intercommunication in a local application scene are realized, and the efficiency and cost of the Internet of Things are effectively improved; and distributed calculation, sharing and quick response of information are realized by utilizing technical modes of edge calculation and edge storage.

Description

Technical Field

[0001] The present invention relates to the field of data processing technology, and in particular to a smart security information perception method and device for grassroots governance. Background Art

[0002] In the grassroots governance of society and the public security industry, traditional video surveillance and processing technologies mainly store historical video data for post-analysis to discover clues to events, which has problems such as high labor costs and single functions of security monitoring equipment. Although with the development of artificial intelligence technology represented by deep learning, the use of AI technology to parse and process video image information can solve the application upgrade from simply watching videos to retrieving and comparing videos, it is limited by the deployment location of front-end equipment, and still has problems such as monitoring blind spots, inflexible deployment, and poor mobility. With the gradual improvement of the social security prevention and control system, various IT systems and perception equipment in the public security field are constantly built and put into use, and various types of perception data are increasing. In view of different IT construction manufacturers and units, although perception is ubiquitous, there are problems such as a wide variety of holographic perception data, difficult interface adaptation, and complex aggregation, integration and management.

[0003] In order to solve these problems, the existing technology adopts the following method: (1) Through the integration of multiple system portals, unified login access and information browsing applications of different IoT perception systems are realized. This method reduces the complexity of multi-account multi-system login access to a certain extent.

[0004] (2) Adopt the data center architecture model to build data integration applications, and realize the integration analysis of multi-dimensional perception data through multi-source heterogeneous data access, data processing, data modeling and analysis applications.

[0005] However, these methods still have the following problems: (1) Although the difficulty of user account management has been reduced through multi-system portal integration and single sign-on, the problems of information integration analysis and linkage scheduling have not been solved, and the value of information application has been greatly reduced.

[0006] (2) Although the data center model solves the problem of multi-source heterogeneous data fusion application, it still has problems such as high implementation cost, long cycle, and poor deployment flexibility. In addition, during the network transmission process, there is a cost of timeliness loss in information perception applications.

[0007] To this end, this application designs a smart security information perception method and device for grassroots governance, as well as solves the above-mentioned problems. Summary of the invention

[0008] In order to make up for the fact that the diversified Internet of Things sensing technologies in the prior art are limited by the complexity and diversity of technical specifications, technical standards, and application environments, resulting in the shortcomings of long implementation cycle, single sensing information, and difficult integrated application in the integration and empowerment of Internet of Things sensing information, the present invention provides a smart security information sensing method and device for grassroots governance.

[0009] A smart security information sensing device for grassroots governance, including modular integrated components, characterized in that: The modular integrated components include thermal imaging cameras, identity recognition equipment, electronic fence equipment, voice-controlled broadcasts and alarms, batteries, wireless routing equipment, computing and storage modules, video network management components, edge video image intelligent analysis components, and data network push components. Through internal networking integration and external interconnection networking between components, the rapid deployment of sensing devices can be achieved, and the precise collection, interconnection, sharing, and linkage application of holographic sensing information in grassroots governance smart security scenarios can be realized.

[0010] Furthermore, in order to better implement the present invention, the modular integrated component is built with an industrial-grade dual-band wireless router to realize information integration and interaction between the components of the internal self-organizing network, as well as external interconnection and sharing of application transmission interfaces, and at the same time, through the integration of WIFI sniffing technology, the collection and encrypted transmission of mobile phone MAC addresses are realized; The modular integrated component has a built-in ID card reader and integrated ID card recognition technology to support fast reading, collection and identity verification services of second-generation ID card information; The modular integrated component has a built-in computing and storage host module to support video networking, view analysis, data push and application services; The external thermal imaging camera in the modular integrated component realizes the collection of video image information of people and vehicles, as well as the non-sensing collection of temperature information of external target objects; The modular integrated component is equipped with dual external screens to realize information release, voice-controlled alarm reminders and touch-screen human-computer interactive operations as needed; The computing and storage module has built-in video networking, view analysis, perception data application, data push equipment, front-end networking, information perception and information management application services, which can realize the simultaneous recognition, collection, comparison and sharing services of multiple indicators such as human face, vehicle face and human body temperature.

[0011] The modular integrated component is provided with a mobile deployment mode equipment component, and the external base is designed with universal wheels, which can be pushed and moved, and is convenient for rapid deployment; The external UPS power supply in the modular integrated component realizes mobile deployment application and ensures stable power consumption.

[0012] A smart security information perception method for grassroots governance includes the following steps: S1, determine the deployment scenario and integrate and assemble the component modules of the smart security information perception device; S2, convenient networking deployment and perception information collection in application scenarios; S3, calls the device software service capabilities to realize the networking application of smart security perception data information.

[0013] Furthermore, in order to better implement the present invention, the S1 is specifically: S11, mobile deployment, select the mobile deployment mode equipment components and UPS power components in the modular integrated components and assemble them according to the environmental requirements; S12, according to the security needs of major events, security activities, and important entrances and exits, select the identity verification and thermal imaging components to realize the information collection of active target information in the area; S13, select the external dual-screen module according to the needs of publicity, communication / guidance, and human-computer interaction; S14, in the case of cloud networking and multi-point deployment in the region, enable the data push module on demand; S15, the video networking and view analysis component, is the device's embedded basic software, integrated into the computing and storage units.

[0014] Further, in order to better implement the present invention, S2 is specifically: S21, installing and deploying the smart security information sensing device to a predetermined application environment, and connecting the device to the Internet using a wired or wireless method as needed; S22, calling the embedded basic software to initialize the basic parameters of the device, including the detailed deployment location of the device and the precise geographic coordinate information; adjusting the camera angle on the device to improve the quality of information collection; S23, calling the embedded video networking component, and accessing the surrounding networked video surveillance devices as needed through the GB28181 protocol; S24, calling the video image target object extraction and analysis and information integration capabilities as needed to perform feature extraction and information standardization processing on the target object.

[0015] Further, in order to better implement the present invention, S3 is specifically: S31, according to the GA / T1400 video image information application system interface protocol standard and the GB / T28181 video networking protocol standard, the data push and application modules embedded in the device are called to realize the networking sharing and capability calling of equipment, people, vehicles and WiFi data information as needed; S32, calls upon the device’s built-in information matching and information release capabilities as needed, carries out key person / vehicle target matching, and conducts education and guidance information publicity for grassroots governance and service business applications.

[0016] The beneficial effects of the present invention are: The present invention adopts fast self-organizing network and modular component integration technology to construct a mobile and fixedly installable smart security information perception device for grassroots governance. Through the convenient deployment characteristics of the device, the problems of single front-end information perception, difficult deployment, difficult integration, and difficult interconnection application are solved, and flexible and convenient equipment deployment is achieved in multiple scenarios such as large-scale activities, communities, security activities, emergency and disaster relief sites, key sections, subways, airports, hospitals, schools, banks, etc.; according to the needs of different scene deployment applications, the deployment orientation and data perception range can be flexibly adjusted to ensure that the terminal acquisition equipment is always at the best angle, thereby improving the quality of information collection, thereby effectively improving the target information collection recognition rate and collection quality, and realizing the diversity and accuracy of front-end perception data information collection such as positioning data, audio, video, and electromagnetic; through the integration of edge storage and edge computing technologies, distributed computing, sharing and rapid response of information are achieved. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 This is a flow chart of the intelligent security information perception method of the present invention; Figure 2 It is a functional schematic diagram of the present invention. DETAILED DESCRIPTION

[0018] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some embodiments of the present invention, not all embodiments. Generally, the components of the embodiments of the present invention described and shown in the accompanying drawings here can be arranged and designed in various different configurations.

[0019] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without making creative work are within the scope of protection of the present invention.

[0020] Figure 1 Figure 2 This is a specific embodiment of the present invention, which is a method and device for intelligent security information perception for grassroots governance. Through internal networking integration and external interconnection networking between components, the rapid deployment of the perception device is realized, and the accurate collection, interconnection sharing and linkage application of holographic perception information in the grassroots governance intelligent security scene are realized.

[0021] The modular integration mainly includes thermal imaging cameras, identity recognition equipment, electronic fence equipment, voice-controlled broadcasts and alarms, batteries, wireless routing equipment, computing and storage modules, as well as video network management components, edge video image intelligent analysis components, data network push components, etc.

[0022] 1. Modular components of smart security information sensing device (1) Built-in industrial-grade dual-band wireless routing to achieve information integration and interaction between components of the internal self-organizing network, as well as external interconnection and sharing application transmission interface. At the same time, through the integration of WIFI sniffing technology, mobile phone MAC address collection and encrypted transmission are realized; (2) Built-in ID card reader (optional), integrated ID card recognition technology, supports fast reading, collection and identity verification services of second-generation ID card information; (3) Built-in computing and storage host modules to support video networking, view analysis, data push and application services; (4) External thermal imaging camera (optional) to collect video image information of people and vehicles, as well as temperature information of external target objects without any sense; (5) External dual screen (optional) to realize information release, voice-controlled alarm reminder and touch-screen human-computer interactive operation as needed; (6) In the computing and storage module, built-in video networking, view analysis, perception data application, data push device front-end networking, information perception and information management application services are provided to achieve simultaneous recognition, collection, comparison and sharing services of multiple indicators such as human face, vehicle face and human body temperature.

[0023] (7) Mobile deployment equipment components (optional): The external base has universal wheels, which can be pushed and moved, making it easy to deploy quickly; (8) UPS power plug-in (optional) to achieve mobile deployment and ensure stable power supply.

[0024] 2. The steps for modular component integration and rapid networking application are as follows: S1. Determine the deployment scenario and integrate and assemble the component modules of the smart security information perception device.

[0025] (1) Mobile deployment: select the mobile deployment mode component from the optional components, and assemble the UPS power supply components according to the environmental requirements; (2) According to the security needs of major events, security activities, important entrances and exits, etc., select components such as identity verification (HTTP protocol integration) and thermal imaging (SDK interface integration) to realize the information collection of active target information in the area; (3) According to the needs of publicity, communication / guidance, and human-computer interaction, select an external dual-screen module (HDMI protocol + HTTP protocol integration); (4) When cloud networking is used and multiple points are deployed in the region, the data push module is enabled on demand; (5) Video networking and view analysis components are device-embedded basic software integrated into the computing and storage units.

[0026] S2. Convenient network deployment and perception information collection in application scenarios (1) Install and deploy the smart security information sensing device in the predetermined application environment, and connect the device to the Internet using wired or wireless methods as needed; (2) Call the embedded basic software to initialize the basic parameters of the device, including the detailed deployment location of the device and the precise geographic coordinate information; adjust the camera angle on the device to improve the quality of information collection; (3) Call the embedded video networking component and access the surrounding networked video surveillance devices as needed through the GB28181 protocol; (4) Call on the video image target object extraction and analysis, and information integration capabilities as needed to perform feature extraction and information standardization processing on the target object.

[0027] S3. Call the device software service capabilities to realize the networking application of smart security perception data information.

[0028] (1) According to the GA / T1400 video image information application system interface protocol standard and the GB / T28181 video networking protocol standard, the data push and application modules embedded in the device are called to realize the networking sharing and capability calling of data information of equipment, people, vehicles, WiFi, etc. as needed.

[0029] (2) Call upon the device's built-in information matching and information release capabilities as needed to carry out grassroots governance and service business applications such as key person / vehicle target matching and education and guidance information dissemination.

[0030] The key point of the present invention is to adopt a modular assembly and integration mode to form a smart security information sensing device, and to provide a convenient deployment application solution, including: 1. Adopt fast self-organizing network and modular component integration technology to construct a mobile and fixed-installation smart security information perception device for grassroots governance, integrating IoT sensors, video surveillance, identity recognition, human-computer interaction and other equipment components, and coordinating with technical components such as video image analysis and video networking to realize real-time collection of smart security data information.

[0031] 2. Based on the characteristics of the device, realize scenario-based rapid deployment and integrated management and application of perception data According to the application needs of different scenarios, the deployment direction and data perception range can be flexibly adjusted to ensure that the terminal collection equipment is always at the best angle, improve the quality of information collection, and improve the target information collection recognition rate and collection quality; and through the embedded data integration management software, the standardized integration of positioning data, audio, video, electromagnetic and other front-end perception data and network sharing applications and interactive applications can be achieved.

[0032] Compared with the prior art, the present invention has the following advantages: 1. Flexible deployment and easy networking: Through the model of smart security information perception device, integrated network and modular components, necessary functional components can be customized according to different scene conditions, and standard video surveillance and other equipment integration components are built in, which can maximize the use of existing surrounding networked devices for information collection and perception.

[0033] 2. The built-in standardized data integration components can internally integrate and convert multiple types of data such as identity card information, portraits, faces, vehicles, mobile phones, video streams, etc. to form standard data information and interface services. Without the need for modification, it can be integrated and linked with the superior platform or data center for information exchange.

[0034] 3. In the LAN environment, it can effectively utilize the high efficiency of regional environmental data information transmission, give full play to the timeliness value of video images and IoT perception information, and enhance the human-computer interaction experience.

[0035] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Other modifications or equivalent substitutions made to the technical solution of the present invention by ordinary technicians in the field should be included in the scope of the claims of the present invention as long as they do not depart from the spirit and scope of the technical solution of the present invention.

Claims

1. A smart security information sensing device for grassroots governance, including modular integrated components, characterized in that: The modular integrated components include thermal imaging cameras, identity recognition equipment, electronic fence equipment, voice-controlled broadcasts and alarms, batteries, wireless routing equipment, computing and storage modules, video network management components, edge video image intelligent analysis components, and data network push components. Through internal networking integration and external interconnection networking between components, the rapid deployment of sensing devices can be achieved, and the precise collection, interconnection, sharing, and linkage application of holographic sensing information in grassroots governance smart security scenarios can be realized.

2. The smart security information sensing device for grassroots governance according to claim 1 is characterized by: The modular integrated component has an industrial-grade dual-band wireless router built in, which realizes the information integration and interaction between the components of the internal self-organizing network, as well as the external interconnection and sharing application transmission interface. At the same time, through the integration of WIFI sniffing technology, the mobile phone MAC address collection and encrypted transmission are realized; The modular integrated component has a built-in ID card reader and integrated ID card recognition technology to support fast reading, collection and identity verification services of second-generation ID card information; The modular integrated component has a built-in computing and storage host module to support video networking, view analysis, data push and application services; The external thermal imaging camera in the modular integrated component realizes the collection of video image information of people and vehicles, as well as the non-sensing collection of temperature information of external target objects; The modular integrated component is equipped with dual external screens to realize information release, voice-controlled alarm reminders and touch-screen human-computer interactive operations as needed; The computing and storage module has built-in video networking, view analysis, perception data application, data push equipment, front-end networking, information perception and information management application services, which can realize the synchronous recognition, collection, comparison and sharing services of multiple indicators such as human face, vehicle face and human body temperature; The modular integrated component is provided with a mobile deployment mode equipment component, and the external base is designed with universal wheels, which can be pushed and moved, and is convenient for rapid deployment; The external UPS power supply in the modular integrated component realizes mobile deployment application and ensures stable power consumption.

3. A smart security information perception method for grassroots governance, characterized in that: The following steps are involved: S1, determine the deployment scenario and integrate and assemble the component modules of the smart security information perception device; S2, convenient networking deployment and perception information collection in application scenarios; S3, calls the device software service capabilities to realize the networking application of smart security perception data information.

4. The smart security information perception method for grassroots governance according to claim 3 is characterized by: The S1 is specifically: S11, mobile deployment, select the mobile deployment mode equipment components and UPS power components in the modular integrated components and assemble them according to the environmental requirements; S12, according to the security needs of major events, security activities, and important entrances and exits, select the identity verification and thermal imaging components to realize the information collection of active target information in the area; S13, select the external dual-screen module according to the needs of publicity, communication / guidance, and human-computer interaction; S14, in the case of cloud networking and multi-point deployment in the region, enable the data push module on demand; S15, the video networking and view analysis component, is the device's embedded basic software, integrated into the computing and storage units.

5. The smart security information perception method for grassroots governance according to claim 3 is characterized by: The S2 is specifically: S21, installing and deploying the smart security information sensing device to a predetermined application environment, and connecting the device to the Internet using a wired or wireless method as needed; S22, calling the embedded basic software to initialize the basic parameters of the device, including the detailed deployment location of the device and the precise geographic coordinate information; adjusting the camera angle on the device to improve the quality of information collection; S23, calling the embedded video networking component, and accessing the surrounding networked video surveillance devices as needed through the GB28181 protocol; S24, calling the video image target object extraction and analysis and information integration capabilities as needed to perform feature extraction and information standardization processing on the target object.

6. The smart security information perception method for grassroots governance according to claim 3 is characterized by: The S3 is specifically: S31, according to the GA / T1400 video image information application system interface protocol standard and the GB / T28181 video networking protocol standard, the data push and application modules embedded in the device are called to realize the networking sharing and capability calling of equipment, people, vehicles and WiFi data information as needed; S32, calls upon the device’s built-in information matching and information release capabilities as needed, carries out key person / vehicle target matching, and conducts education and guidance information publicity for grassroots governance and service business applications.

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