CN212012920U - Video operation and maintenance diagnostic system framework - Google Patents
Video operation and maintenance diagnostic system framework Download PDFInfo
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- CN212012920U CN212012920U CN202020975408.1U CN202020975408U CN212012920U CN 212012920 U CN212012920 U CN 212012920U CN 202020975408 U CN202020975408 U CN 202020975408U CN 212012920 U CN212012920 U CN 212012920U
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Abstract
The utility model discloses a video operation and maintenance diagnostic system frame, which comprises a video acquisition terminal, a video optical transmitter and receiver, a rack-mounted optical transmitter and receiver, a video server, a convergence switch, a diagnostic host, a CS supervision client, a television screen server, an intranet switch, an operation and maintenance host and an operation and maintenance client which are connected in sequence through optical fibers; the aggregation switch is connected with the intranet switch through a video private network; the internal network switch is respectively connected with the diagnosis host through an internal network, and the CS supervision client is connected with the television screen server; the intranet switch is connected with the operation and maintenance switch through a network gate; the operation and maintenance switch is connected with the operation and maintenance host and the operation and maintenance client through optical fibers. The utility model discloses the all-round trouble of video private network is salvageed the frame, can accurate feedback video fault point to automatic analysis video trouble, in time sending fault information simultaneously and giving fortune dimension terminal, accomplish high-efficient, accurate, standardize fortune dimension.
Description
Technical Field
The utility model relates to a video diagnostic system field, concretely relates to video fortune dimension diagnostic system frame.
Background
At present, each video system is based on respective management requirements, a set of asset management modules is respectively established in the system, but due to the lack of effective data interfaces, a standard and unified whole asset management system cannot be formed at present. This results in a plurality of management platforms and a large amount of operation and maintenance personnel to undertake overall planning and field maintenance of various equipment simultaneously, and the management degree of difficulty is big, can't concentrate the operation and maintenance, and the operation and maintenance cost is high.
The following problems mainly exist in the current operation and maintenance:
1) each video system is independently separated, the whole network cannot be managed from the whole situation, the management difficulty is high, and the low efficiency of operation and maintenance and the increase of the operation and maintenance cost are caused;
2) data are scattered and messy, and cannot be uniformly sorted, analyzed and counted, so that the problems of difficult data guarantee, incapability of updating in real time, low data accuracy and the like are caused, and management and operation and maintenance personnel can quickly acquire effective related information resources in a one-map mode and the like to quickly process faults;
3) the operation and maintenance mode still carries out daily inspection and maintenance management according to the traditional manual operation mode, the fault removal delay is serious, the event cannot be responded in time, the efficiency is low, and the waste of human resources is caused;
4) the fault causes are difficult to locate: when a fault is found, effective information is lacked to carry out rapid positioning and preliminary diagnosis on a fault reason, the problem troubleshooting period is long, and the influence degree is difficult to evaluate at the first time;
5) operation and maintenance treatment is not standard: the maintenance period is unstable, the disposal operation is not standard, the process is not tracked, and the high-priority fault disposal requirement cannot be responded in time;
6) due to the fact that the equipment mode is diverse in standard and low in maintenance mode efficiency, maintenance service is quite difficult;
7) due to the fact that the number of point positions is large, management personnel cannot carefully manage all operation and maintenance links.
Therefore, the existing video operation and maintenance system needs to be improved to solve the problems of low operation and maintenance management efficiency, high cost, difficult fault location and irregular operation and maintenance treatment.
SUMMERY OF THE UTILITY MODEL
In order to solve the technical problem, the utility model provides an fortune dimension managerial efficiency to current video fortune dimension system existence is low, and is with high costs, and fault location is difficult, and fortune dimension handles the problem that is irregular and provides the video fortune dimension diagnostic system frame of solution.
In order to achieve the purpose, the utility model adopts the following technical scheme: a video operation and maintenance diagnosis system framework comprises a video acquisition terminal, a video optical transceiver, a rack-mounted optical transceiver, a video server, a convergence switch, a diagnosis host, a CS supervision client, a television screen server, an intranet switch, an operation and maintenance host and an operation and maintenance client;
the video acquisition terminal, the video optical transceiver, the rack-mounted optical transceiver, the video server and the convergence switch are sequentially connected through optical fibers; the aggregation switch is connected with the intranet switch through a video private network; the internal network switch is respectively connected with the diagnosis host through an internal network, and the CS supervision client is connected with the television screen server; the intranet switch is connected with the operation and maintenance switch through a network gate; the operation and maintenance switch is connected with the operation and maintenance host and the operation and maintenance client through optical fibers.
Preferably, the video acquisition terminal is a ball machine or a camera gun.
Preferably, the video private network includes a first-type point video private network, a second-type point video private network and a third-type point video private network.
Preferably, the first-class point video private network is a video private network of a monitoring center dispatched to each region, and the second-class and third-class point video private networks are video private networks of offices and monitoring centers of each region.
Preferably, the video server is an integrated matrixed server.
Preferably, the operation and maintenance client is a computer.
Preferably, the system further comprises a handheld operation and maintenance terminal, and the handheld operation and maintenance terminal is connected with the operation and maintenance client through the internet.
Preferably, the television screen server is connected with a television screen through a cable.
The utility model discloses profitable technological effect: the utility model discloses the all-round trouble of video private network is salvageed the frame, can accurate feedback video fault point to automatic analysis video trouble, in time sending fault information simultaneously and giving fortune dimension terminal, accomplish high-efficient, accurate, standardize fortune dimension.
Drawings
Fig. 1 is an overall structural schematic diagram of the video operation and maintenance diagnostic system framework of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments, but the scope of the present invention is not limited to the following specific embodiments.
As shown in fig. 1, a video operation and maintenance diagnosis system framework includes a video acquisition terminal, a video optical transceiver, a rack-mounted optical transceiver, a video server, a convergence switch, a diagnosis host, a CS supervision client, a tv screen server, an intranet switch, an operation and maintenance host, and an operation and maintenance client;
specifically, the connection relationship between the devices is as follows: the video acquisition terminal, the video optical transceiver, the rack-mounted optical transceiver, the video server and the convergence switch are sequentially connected through optical fibers; the aggregation switch is connected with the intranet switch through a video private network; the internal network switch is respectively connected with the diagnosis host through an internal network, and the CS supervision client is connected with the television screen server; the intranet switch is connected with the operation and maintenance switch through a network gate; the operation and maintenance switch is connected with the operation and maintenance host and the operation and maintenance client through optical fibers.
Specifically, the video acquisition terminal is a ball machine or a camera gun, the video acquisition terminal is distributed in each county, city, province and region, the video acquisition terminal and the video optical network machine form a data acquisition end, and the video acquisition terminal transmits acquired data to the video optical network machine; the video optical transceiver transmits data to the rack-mounted optical transceiver through the optical fiber.
The video server is an integrated matrix type server, the rack type optical transceiver receives video data and then transmits the video data to the video server for storage, the video server sends the data to the convergence switch, and the convergence switch sends the data to the video private network in a unified mode. The video private network comprises a first-type point video private network, a second-type point video private network and a third-type point video private network. The first-class point video private network is a video private network of a monitoring center dispatched by each region, and the second-class and third-class point video private networks are video private networks of regional offices and monitoring centers.
After receiving the data, the intranet switch in the video private network distributes the data to the diagnosis host, and the diagnosis host is used for diagnosing the video data and determining a video fault point and a video fault reason. And meanwhile, the CS supervision client analyzes the data and stores the video content data into the television screen server when receiving the data transmitted by the intranet switch, the television screen server is connected with a television screen through a cable, and the original video content and the analyzed data are directly displayed through the television screen so as to achieve the purposes of monitoring the video content, managing assets and the like.
The diagnosis host computer analyzes the data collected by the video terminal and returns the data to the intranet switch, the intranet switch transmits the data fed back to the operation and maintenance switch after passing through the network gate, and the data are fed back to the operation and maintenance host computer and the operation and maintenance client through the operation and maintenance switch. The operation and maintenance client is connected with the handheld operation and maintenance terminal through the Internet.
The operation and maintenance client is a computer, the operation and maintenance host processes data, and if the video has a fault, the operation and maintenance client distributes an alarm result to the handheld operation and maintenance terminal in a form of a work order and informs operation and maintenance personnel to process the alarm result. The handheld operation and maintenance terminal is a mobile phone or a tablet, and operation and maintenance personnel can timely go to a fault place for maintenance through work order reminding.
The utility model discloses with each county, the city, the video data of province integrates to a system in, assemble all video data together through the special line, judge and diagnose video fault through the diagnosis host computer, and send fortune dimension host computer and fortune dimension customer end with data through net floodgate and switch, fortune dimension host computer carries out the analysis to data once more, and show and the group of worksheet is put through fortune dimension customer end, it is quick to have reached video fault diagnosis, it is accurate, the maintenance is fast, fortune dimension has standard characteristics.
Variations and modifications to the above-described embodiments may occur to those skilled in the art, in light of the above teachings and teachings. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the present invention should fall within the protection scope of the claims of the present invention. In addition, although specific terms are used in the specification, the terms are used for convenience of description and do not limit the utility model in any way.
Claims (8)
1. A video operation and maintenance diagnosis system frame is characterized by comprising a video acquisition terminal, a video optical transceiver, a rack-mounted optical transceiver, a video server, a convergence switch, a diagnosis host, a CS supervision client, a television screen server, an intranet switch, an operation and maintenance host and an operation and maintenance client;
the video acquisition terminal, the video optical transceiver, the rack-mounted optical transceiver, the video server and the convergence switch are sequentially connected through optical fibers; the aggregation switch is connected with the intranet switch through a video private network; the internal network switch is respectively connected with the diagnosis host through an internal network, and the CS supervision client is connected with the television screen server; the intranet switch is connected with the operation and maintenance switch through a network gate; the operation and maintenance switch is connected with the operation and maintenance host and the operation and maintenance client through optical fibers.
2. The video operation and maintenance diagnostic system framework of claim 1, wherein the video capture terminal is a ball machine or a camera gun.
3. The video operation and maintenance diagnostic system framework of claim 1, wherein the video private network comprises a point-like video private network, and a point-like video private network.
4. The video operation and maintenance diagnostic system framework of claim 3, wherein the one type of point video private network is a video private network of a monitoring center assigned to each district, and the two and three types of point video private networks are video private networks of a regional office organization and a monitoring center.
5. The video operation and maintenance diagnostic system framework of claim 1, wherein said video server is an integrated matrix server.
6. The video operation and maintenance diagnostic system framework of claim 1, wherein the operation and maintenance client is a computer.
7. The video operation and maintenance diagnostic system framework of claim 6, further comprising a handheld operation and maintenance terminal, wherein the handheld operation and maintenance terminal is connected with the operation and maintenance client through the internet.
8. The video operation and maintenance diagnostic system framework of claim 1, wherein said television screen server is connected to said television screen through a cable.
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| CN202020975408.1U CN212012920U (en) | 2020-06-01 | 2020-06-01 | Video operation and maintenance diagnostic system framework |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115460105A (en) * | 2022-08-17 | 2022-12-09 | 北京控制工程研究所 | Automatic operation and maintenance monitoring system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN115460105A (en) * | 2022-08-17 | 2022-12-09 | 北京控制工程研究所 | Automatic operation and maintenance monitoring system and method |
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