CN210725108U - Multi-architecture-based video data access monitoring system - Google Patents

Multi-architecture-based video data access monitoring system Download PDF

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Publication number
CN210725108U
CN210725108U CN201922007660.3U CN201922007660U CN210725108U CN 210725108 U CN210725108 U CN 210725108U CN 201922007660 U CN201922007660 U CN 201922007660U CN 210725108 U CN210725108 U CN 210725108U
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comprehensive
monitoring system
network
video data
monitoring
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孟书强
李艳阳
李大亮
方光胜
刘政
汪洋
李艳萍
刘宗阳
关占文
仝方乐
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Henan Faende Mining Co ltd
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Henan Faende Mining Co ltd
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Abstract

A multi-architecture-based video data access monitoring system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, a comprehensive substation and a comprehensive base station; the analog camera and the network camera are accessed to the comprehensive transmission platform through the comprehensive substation and the comprehensive base station to realize the access of multi-architecture video data; the utility model discloses a multi-architecture video data access video monitoring system, on the basis of the original mine video monitoring system, with the help of the communication network and the monitoring platform of the 'six systems' of digital mine, the system access problem of the analog cameras and the network cameras of each period and different manufacturers is solved only by adding the comprehensive substation and the comprehensive base station under the condition of less investment; meanwhile, other functional modules are additionally arranged on the comprehensive substation and the comprehensive base station, so that the functions of the video monitoring system are expanded.

Description

Multi-architecture-based video data access monitoring system
Technical Field
The utility model relates to a video monitoring technical field, concretely relates to access to monitored control system based on many framework video data.
Background
The video monitoring system is a subsystem of a security system, is an important component of a security system, and is a comprehensive integrated system with strong precaution capacity; video surveillance systems have undergone the entire process of evolution from analog systems, digital systems, networked systems, and the future to intellectualization.
Similarly, the mine video monitoring system is subjected to an analog system, a digital system and a networking system, and the systems coexist, disperse and operate independently; with the emphasis of the country on mine safety production, mine enterprises widely develop six systems which tightly surround safety production, take digital mine construction as a technical platform and rely on important underground safety risk avoidance, wherein a video remote monitoring system is the most important one; however, the simulation systems, the networking system technical standards and the technical standards of different enterprises in all periods of video monitoring construction are not uniform, so that the video remote monitoring system is greatly restricted in the application of intercommunication interconnection and integration of monitoring equipment; if the video monitoring equipment installed in the past is eliminated, the resource waste is greatly caused, and the construction cost of the video remote monitoring system is increased; how to realize the intercommunication and interconnection of simulation systems and networked systems of different manufacturers at each period becomes a technical problem which needs to be solved for the construction of a video remote monitoring system.
SUMMERY OF THE UTILITY MODEL
In order to overcome the defects in the background art, the utility model discloses a video data access monitoring system based on multiple architectures; the system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe is connected with the monitoring platform through the comprehensive transmission platform; the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, a comprehensive substation and a comprehensive base station, wherein the comprehensive substation and the comprehensive base station are both multifunctional switches; the integrated substations are directly connected with the corresponding integrated base stations; the analog camera is connected with the comprehensive substation through the DVR; one part of the network cameras is connected with the comprehensive substation through the switch, the switch is also connected with the NVR, and the other part of the network cameras are directly connected with the comprehensive substation; the monitoring platform comprises a core switch, an NVR, a streaming media server, a video server and a local monitor, and a CMS management system is arranged in the monitoring platform; the core switch and the comprehensive base station form a ring network connection structure; the core switch is also respectively connected with the NVR, the streaming media server and the video server; the video server is connected with the local monitoring; the utility model discloses a based on many architectures video data access monitoring system, through synthesizing substation, comprehensive basic station has realized the system access of simulation camera, network camera; the network camera and the NVR are configured through SDK interface data published by manufacturers, so that intercommunication and interconnection among different manufacturer devices are realized; and the remote monitoring, acquisition and storage of videos are realized through a CMS management system arranged in the monitoring platform.
In order to realize the utility model aims at, the utility model adopts the following technical scheme: a multi-architecture-based video data access monitoring system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe is connected with the monitoring platform through the comprehensive transmission platform;
the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, a comprehensive substation and a comprehensive base station, wherein the DVR, the NVR and the switch are devices configured by an original video monitoring system, and the comprehensive substation and the comprehensive base station are newly added devices; the comprehensive substations are arranged underground and close to the cameras configured by the original video monitoring system, a plurality of mining wells are configured according to the number and positions of the cameras, the comprehensive base stations are arranged in a monitoring room of the original video monitoring system, and one mining well is configured with one comprehensive base station; a plurality of comprehensive substations of one mining mine are directly connected with corresponding comprehensive base stations; the analog camera is connected with the comprehensive substation through the originally configured DVR; one part of the network cameras is connected with the comprehensive substation through a switch configured by the original video monitoring system, the switch is also connected with an NVR configured by the original video monitoring system, and the other part of the network cameras which are not configured with the switch and the NVR are directly connected with the comprehensive substation;
the monitoring platform comprises a core switch, an NVR (network video recorder), a streaming media server, a video server and a local monitor, wherein the NVR is newly added equipment of the multi-architecture video data access monitoring system, and the rest equipment is equipment configured for six underground safety risk avoidance systems; the core switch and the comprehensive base station form a ring network connection structure so as to increase the safety and reliability of a communication network between the core switch and the comprehensive base station; the core switch is also respectively connected with the NVR, the streaming media server and the video server; the video server is also connected to local surveillance.
Furthermore, the analog camera is connected with the DVR through a coaxial video cable, and the DVR is connected with the comprehensive substation through a network cable; the network camera is connected with the switch, and the NVR is connected with the switch through network lines; the network camera is connected with the comprehensive substation through a network cable.
Furthermore, the comprehensive substation is connected with the comprehensive base station and the comprehensive base station is connected with the comprehensive base station through single-mode flame-retardant optical cables, so that the reliability of remote communication between the comprehensive substation and the comprehensive base station is ensured.
The integrated base station is connected with the core switch through a single-mode optical cable, so that the reliability of remote communication between the integrated base station and the core switch is ensured.
Furthermore, the core switch is connected with the NVR, the streaming media server and the video server, and the video server is connected with the local monitor through network lines.
Furthermore, the network camera and the NVR are configured through SDK interface data published by manufacturers, so that intercommunication and interconnection between the network cameras and the NVRs of different manufacturers are guaranteed.
And the DVR and the NVR select corresponding transmission protocols based on manufacturers to ensure the transmission of digital video signals.
The comprehensive substation and the comprehensive base station are both multifunctional exchangers; the multifunctional switch realizes the functions of underground personnel positioning, underground gas monitoring, voice broadcasting, voice talkback and remote control by additionally arranging other functional modules, and realizes the maximization of the function of accessing the multi-architecture video data to the monitoring system by fully exploiting the potential of equipment with less investment.
Further, a CMS management system is arranged in the monitoring platform; the CMS management system comprises a database, a file management module, a media conversion module, an alarm management module and a foreground service module; the database and the file management module are arranged in a streaming media server, and the media conversion module, the alarm management module and the foreground service module are arranged in a video server; the streaming media server is mainly responsible for the acquisition of front-end data and the pushing and distribution of data streams, and receives various information fed back by the video server, and the streaming media server and the video server are in bidirectional communication; the streaming media server generates buffer storage at the video server to complete the early-stage data storage, then starts playing, and the subsequent data is continuously cached at the video server, thereby realizing the purpose of local monitoring and real-time monitoring.
Furthermore, the video monitoring system with multi-architecture video data access also comprises remote monitoring; the core switch is connected with the Internet, and the remote monitoring remotely accesses the video server through the Internet to realize the remote video real-time monitoring.
Due to the adoption of the technical scheme, the utility model discloses following beneficial effect has: the utility model discloses a video data access monitoring system based on multiple architectures; the system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe is connected with the monitoring platform through the comprehensive transmission platform; the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, a comprehensive substation and a comprehensive base station, wherein the comprehensive substation and the comprehensive base station are both multifunctional switches; the integrated substations are directly connected with the corresponding integrated base stations; the analog camera is connected with the comprehensive substation through the DVR; one part of the network cameras is connected with the comprehensive substation through the switch, the switch is also connected with the NVR, and the other part of the network cameras are directly connected with the comprehensive substation; the monitoring platform comprises a core switch, an NVR, a streaming media server, a video server and a local monitor, and a CMS management system is arranged in the monitoring platform; the core switch and the comprehensive base station form a ring network connection structure; the core switch is also respectively connected with the NVR, the streaming media server and the video server; the video server is connected with the local monitoring; the utility model discloses a based on many architectures video data access monitoring system, through synthesizing substation, comprehensive basic station has realized the system access of simulation camera, network camera; the network camera and the NVR are configured through SDK interface data published by manufacturers, and intercommunication and interconnection among different manufacturer devices are realized; the remote monitoring, acquisition and storage of videos are realized through a CMS management system arranged in the monitoring platform; the utility model discloses a based on many framework video data access monitored control system on original mine video monitoring system basis, only increased and synthesized the substation, synthesize the basic station, communication network and the monitor platform with the help of digital mine "six major systems", under the condition that drops into less cost, each period has been solved, and the analog system of different producers, networking system intercommunication interconnection problem, simultaneously through synthesizing the substation, synthesize and install other functional modules additional on the basic station, the video monitoring system function has been expanded, personnel's location in the pit has been realized, gas monitoring in the pit, the pronunciation is reported, the pronunciation is talkbacked, remote control.
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Fig. 1 is a schematic diagram of a multi-architecture-based video data access monitoring system.
Detailed Description
The invention will be explained in more detail by the following examples, which disclose the invention and are intended to protect all technical improvements within the scope of the invention.
A multi-architecture-based video data access monitoring system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe is connected with the monitoring platform through the comprehensive transmission platform;
the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, comprehensive substations and comprehensive base stations, wherein a plurality of comprehensive substations are arranged on the comprehensive substations and the comprehensive base stations, and the comprehensive substations are directly connected with the corresponding comprehensive base stations; the analog camera is connected with the comprehensive substation through the DVR; one part of the network cameras is connected with the comprehensive substation through the switch, the switch is also connected with the NVR, and the other part of the network cameras are directly connected with the comprehensive substation;
the monitoring platform comprises a core switch, an NVR, a streaming media server, a video server and a local monitor; the core switch and the comprehensive base station form a ring network connection structure; the core switch is also respectively connected with the NVR, the streaming media server and the video server; the video server is also connected to local surveillance.
The analog camera is connected with the DVR through a coaxial video cable, and the DVR is connected with the comprehensive substation through a network cable; the network camera is connected with the switch, and the NVR is connected with the switch through network lines; the network camera is connected with the comprehensive substation through a network cable; the comprehensive substation is connected with the comprehensive base station, and the comprehensive base station is connected with the comprehensive base station through single-mode flame-retardant optical cables; the integrated base station is connected with the core switch through a single-mode optical cable; the core switch is connected with the NVR, the streaming media server and the video server, and the video server is connected with the local monitor through a network cable.
The network camera and the NVR are configured through SDK interface data published by manufacturers.
And the DVR and the NVR select corresponding transmission protocols based on manufacturers.
The comprehensive substation and the comprehensive base station are both multifunctional exchangers; the multifunctional exchanger realizes the functions of underground personnel positioning, underground gas monitoring, voice broadcasting, voice talkback and remote control by additionally arranging other functional modules.
A CMS management system is arranged in the monitoring platform; the CMS management system comprises a database, a file management module, a media conversion module, an alarm management module and a foreground service module; the database and the file management module are arranged in a streaming media server, and the media conversion module, the alarm management module and the foreground service module are arranged in a video server.
The video monitoring system with the multi-architecture video data access also comprises remote monitoring; the core switch is connected with the Internet, and the remote monitoring remotely accesses the video server through the Internet.
The part of the utility model not detailed is prior art.

Claims (9)

1. A video data access monitoring system based on multiple architectures is characterized in that: the system comprises a monitoring probe, a comprehensive transmission platform and a monitoring platform; the monitoring probe is connected with the monitoring platform through the comprehensive transmission platform;
the monitoring probe comprises an analog camera and a network camera; the comprehensive transmission platform comprises a DVR, an NVR, a switch, comprehensive substations and comprehensive base stations, wherein a plurality of comprehensive substations are arranged on the comprehensive substations and the comprehensive base stations, and the comprehensive substations are directly connected with the corresponding comprehensive base stations; the analog camera is connected with the comprehensive substation through the DVR; one part of the network cameras is connected with the comprehensive substation through the switch, the switch is also connected with the NVR, and the other part of the network cameras are directly connected with the comprehensive substation;
the monitoring platform comprises a core switch, an NVR, a streaming media server, a video server and a local monitor; the core switch and the comprehensive base station form a ring network connection; the core switch is also respectively connected with the NVR, the streaming media server and the video server; the video server is connected to a local surveillance.
2. The multi-architecture based video data access monitoring system of claim 1, wherein: the analog camera is connected with the DVR through a coaxial video cable, and the DVR is connected with the comprehensive substation through a network cable; the network camera is connected with the switch, and the NVR is connected with the switch through network lines; the network camera is connected with the comprehensive substation through a network cable.
3. The multi-architecture based video data access monitoring system of claim 1, wherein: the comprehensive substation is connected with the comprehensive base station through a single-mode flame-retardant optical cable, and the comprehensive base station is connected with the comprehensive base station through a single-mode flame-retardant optical cable.
4. The multi-architecture based video data access monitoring system of claim 1, wherein: and the integrated base station is connected with the core switch through a single-mode optical cable.
5. The multi-architecture based video data access monitoring system of claim 1, wherein: the core switch is connected with the NVR, the streaming media server and the video server, and the video server is connected with the local monitor through a network cable.
6. The multi-architecture based video data access monitoring system of claim 1, wherein: the network camera and the NVR are configured through SDK interface data published by manufacturers.
7. The multi-architecture based video data access monitoring system of claim 1, wherein: and the DVR and the NVR select corresponding transmission protocols based on manufacturers.
8. The multi-architecture based video data access monitoring system of claim 1, wherein: a CMS management system is arranged in the monitoring platform; the CMS management system comprises a database, a file management module, a media conversion module, an alarm management module and a foreground service module; the database and the file management module are arranged in a streaming media server, and the media conversion module, the alarm management module and the foreground service module are arranged in a video server.
9. The multi-architecture based video data access monitoring system of claim 1, wherein: remote monitoring is also included; the core switch is connected with the Internet, and the remote monitoring remotely accesses the video server through the Internet.
CN201922007660.3U 2019-11-20 2019-11-20 Multi-architecture-based video data access monitoring system Active CN210725108U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201922007660.3U CN210725108U (en) 2019-11-20 2019-11-20 Multi-architecture-based video data access monitoring system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201922007660.3U CN210725108U (en) 2019-11-20 2019-11-20 Multi-architecture-based video data access monitoring system

Publications (1)

Publication Number Publication Date
CN210725108U true CN210725108U (en) 2020-06-09

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Inventor after: Meng Shuqiang

Inventor after: Tong fangle

Inventor after: Li Yanyang

Inventor after: Li Daliang

Inventor after: Fang Guangsheng

Inventor after: Liu Zheng

Inventor after: Wang Yang

Inventor after: Li Yanping

Inventor after: Liu Zongyang

Inventor after: Guan Zhanwen

Inventor before: Meng Shuqiang

Inventor before: Tong fangle

Inventor before: Li Yanyang

Inventor before: Li Daliang

Inventor before: Fang Guangsheng

Inventor before: Liu Zheng

Inventor before: Wang Yang

Inventor before: Li Yanping

Inventor before: Liu Zongyang

Inventor before: Guan Zhanwen