CN116091901A - Operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment - Google Patents
Operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment Download PDFInfo
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Abstract
The invention relates to the technical field of security monitoring operation and maintenance, and particularly discloses an operation and maintenance management platform based on fault diagnosis analysis of monitoring equipment. The long-term stable operation of the monitoring equipment is ensured, and the problem is solved in time when the fault occurs.
Description
Technical Field
The invention relates to the technical field of security monitoring operation and maintenance, in particular to an operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment.
Background
The security monitoring system can reflect the monitored object in real time, image and reality, greatly prolongs the observation distance of human eyes, enlarges the functions of the human eyes, can replace manpower to monitor for a long time in various environments, and enables people to see and record everything actually happening on the monitoring site.
However, the current security monitoring system is often realized by means of manual inspection for fault detection of the monitoring equipment at the front end, however, the efficiency of inspecting the faults of the monitoring equipment by means of the manual inspection is not high, and the condition that the monitoring equipment is offline due to the influence of the faults is discovered when the monitoring needs to be checked frequently occurs. And because the supervisory equipment of front end is various, the equipment confetti that the front end used, operation and maintenance service provider is numerous, personnel interface is complicated, and the unified command and dispatch of being inconvenient for can not respond in time to the demand of operation and maintenance service, the debugging of most equipment, installation, trouble, work such as guarantee are responsible for by each equipment manufacturer or operator, because the equipment that monitored control system involves is numerous, when appearing the problem, each unit probably appears each other to hold down and push away the ball, seriously influences the normal use of system, causes problem solution ageing low, solves the problem incompletely, is difficult to adapt to monitored control system's operation and maintenance requirement.
The existing operation and maintenance service mainly solves the problems of repairing and processing after the equipment has alarm and faults, cannot timely detect the real-time running state of the equipment, and lacks the capability of detecting the state of the equipment and the capability of timely finding out after the faults occur. In view of the defects of the prior art, the invention aims to provide an operation and maintenance management platform based on fault diagnosis analysis of monitoring equipment, which can acquire the state information of the monitoring equipment in real time, perform fault analysis on the monitoring equipment according to the state information, and inform operation and maintenance personnel of the information of the monitoring equipment with faults, so that the human resource investment in human inspection is reduced, the faults are timely and effectively solved and processed, and the effective utilization rate of the monitoring equipment is improved.
Disclosure of Invention
The technical problem to be solved by the invention is to provide an operation and maintenance management platform based on monitoring equipment fault diagnosis analysis, which can acquire the state of the monitoring equipment in real time, perform fault analysis according to the acquired state of the monitoring equipment and dispatch a work order to operation and maintenance personnel.
The basic scheme provided by the invention is as follows: the operation and maintenance management platform based on the fault diagnosis and analysis of the monitoring equipment comprises the monitoring equipment, a server and an operation and maintenance terminal, wherein the server comprises a data acquisition module, a data analysis module, a fault analysis module, an operation and maintenance management module and a data storage module;
the data acquisition module is used for acquiring data information of the monitoring equipment, wherein the data information comprises image information and operation information;
the data analysis module is used for carrying out state analysis on the monitoring equipment according to the data information and detecting abnormal states;
the fault analysis module is used for carrying out fault analysis on fault reasons of the monitoring equipment in the abnormal state and generating fault types;
the operation and maintenance management module generates an operation and maintenance work order according to the fault cause and the fault type, distributes the operation and maintenance work order to the operation and maintenance terminal, and tracks and records operation and maintenance information;
and the data storage module is used for storing the data information, the fault reason, the fault type and the operation and maintenance information of the monitoring equipment.
The principle and the advantages of the invention are as follows: by collecting the data information of the monitoring equipment, carrying out state analysis on the monitoring equipment according to the data information, when the monitoring equipment is in a normal state, the collected images, running states and parameters have relatively normal interval ranges, so that whether the monitoring equipment is abnormal or not can be judged through the information, and the reason for the failure of the monitoring equipment in the abnormal state is generated by carrying out failure analysis according to the abnormality of the monitoring equipment, so that a failure type is generated, and an operation and maintenance work order is distributed to an operation and maintenance terminal, thereby helping operation and maintenance personnel to know the failure type of the monitoring equipment in time, and meanwhile, storing the data information, the failure reason failure type and the operation and maintenance information of the monitoring equipment, and checking the failure in a file.
Compared with the prior art, the invention can know the operation condition of the monitoring equipment in real time, ensure the long-term stable operation of the monitoring equipment, truly exert the functions of the monitoring system in the fields of security management, criminal investigation, etc., reduce the phenomena of unsmooth field command and reduced working efficiency caused by untimely maintenance of the video monitoring equipment, effectively solve the problems of untimely discovery and delayed processing of front-end faults, and schedule operation and maintenance replacement work, thereby being beneficial to systematic and standardized management of operation and maintenance work, greatly saving personnel investment of authorities in the aspect of operation and maintenance management of security monitoring systems, reducing the overall operation and maintenance cost and improving the operation and maintenance work efficiency.
Further, the server also comprises a remote regulation and control module, wherein the remote regulation and control module is pre-provided with regulation and control instructions under various abnormal states, and the regulation and control instructions are sent to the monitoring equipment according to the abnormal states.
Through the remote control module, the problem of abnormal states which can be automatically repaired is solved, and the abnormal states which can not be automatically repaired are sent to operation and maintenance personnel, so that the manual attendance and the investment of operation and maintenance funds are greatly reduced, and the operation and maintenance efficiency is further improved.
Further, the data analysis module comprises an image analysis module and an operation analysis module;
the image analysis module is used for diagnosing the image quality according to the image information shot by the monitoring equipment and analyzing the image abnormality;
and the operation analysis module is used for diagnosing the operation state of the monitoring equipment according to the operation information of the monitoring equipment and analyzing the operation abnormality.
The image quality and the running state of the monitoring equipment are detected in an intelligent, automatic and remote monitoring mode, and the monitoring equipment with poor shot image quality and the monitoring equipment with abnormal running state are found out, so that the fault reason and the fault type of the monitoring equipment can be more accurately identified.
Further, the operation and maintenance management module comprises an operation and maintenance release and operation and maintenance recording module;
the operation and maintenance release module is used for releasing the operation and maintenance work order to the operation and maintenance terminal;
the operation and maintenance recording module is used for recording the time of the operation and maintenance terminal receiving the operation and maintenance work order, the time of ending the operation and maintenance work order, and the operation and maintenance record uploaded by the operation and maintenance terminal, and recording the operation and maintenance information.
And issuing a work order to the operation and maintenance terminal, and tracking and recording the whole operation and maintenance process so as to know the operation and maintenance process.
Further, the operation and maintenance management module further comprises a device tracking module, wherein the device tracking module is used for marking the monitoring device after the operation and maintenance is finished as a tracking device, setting a tracking period, and continuously detecting whether the same abnormal state occurs to the tracking device in the tracking period.
All the equipment which is subjected to faults and operation and maintenance processing is marked, tracking and detection are carried out, whether the tracking equipment still has faults in a short time is observed, so that whether the operation and maintenance personnel solve the faults of the monitoring equipment can be known, and a basis is provided for operation and maintenance level evaluation of the operation and maintenance personnel.
Further, the operation and maintenance management module further comprises an operation and maintenance analysis module, wherein the operation and maintenance analysis module is used for analyzing the proficiency of the operation and maintenance terminal on each fault type according to the operation and maintenance work number processed by the operation and maintenance terminal, the operation and maintenance work list processing time, the fault type for processing the operation and maintenance work list and whether the processed monitoring equipment has the same abnormal state in a tracking period;
the operation and maintenance issuing module is also used for issuing operation and maintenance work orders to the operation and maintenance terminal according to the proficiency of the fault type, and preferentially sending the operation and maintenance work orders with high proficiency to the operation and maintenance terminal.
According to the quantity of operation and maintenance work orders processed by operation and maintenance personnel, the processing time of the operation and maintenance work orders, the processed operation and maintenance work order types and whether the monitoring equipment has the same abnormal state in a tracking period, the operation and maintenance level of the operation and maintenance personnel is evaluated in an overall way, the fault type good for each operation and maintenance personnel is known, the operation and maintenance work orders are distributed for the fault type good for the operation and maintenance personnel, and therefore when the operation and maintenance personnel process the fault type good for the operation and maintenance personnel, the time consumption is reduced, and the operation and maintenance quality is improved. Thereby improving the operation and maintenance efficiency as a whole.
Further, the server also comprises an equipment improvement module, wherein the equipment improvement module comprises a fault statistics module, a region marking module and an overall scheme module;
the fault statistics module is used for dividing the coverage range of the monitoring equipment into a plurality of areas and calculating the fault rate of the monitoring equipment in each area according to the fault information of the data storage module;
the area marking module is used for presetting a fault rate threshold value and marking the fault rate of the monitoring equipment higher than the fault rate threshold value as a fault high-incidence area;
and the whole scheme module is used for extracting the fault reason with the largest occurrence number in the fault high-incidence area from the data storage module, and making corresponding improvement measures for the fault reason.
Covering the monitoring equipment into a plurality of areas, and calculating the failure rate of the monitoring equipment in each area. Like other electronic products, the monitoring device can be affected by various environmental factors, such as space environmental conditions (temperature, humidity, vibration, harmful gas) and electrical conditions (overvoltage and electromagnetic field), and the influence on the monitoring device is different due to different environmental factors in different areas. The fault type with the largest occurrence number is the fault cause which causes the greatest harm to the monitoring equipment due to the geographical reasons when the fault rate is higher than the fault rate threshold value, so that improvement measures are formulated for the fault cause with the largest occurrence number by finding out the fault cause with the largest occurrence number in the area so as to be applied to all the monitoring equipment in the area.
Further, the operation and maintenance issuing module is further used for issuing operation and maintenance worksheets of the improvement measures to the plurality of operation and maintenance terminals according to the number of monitoring devices contained in the area where the improvement measures are made.
And sending operation and maintenance work orders to a plurality of operation and maintenance terminals according to the number of the monitoring devices in the area where the improvement measures are made, so that the problem of the monitoring devices in the area is solved rapidly, and more monitoring devices are prevented from being influenced.
Further, the server also comprises an information display module for visually displaying the information of the monitoring equipment and the operation and maintenance information; the information display module comprises a comprehensive display module, a distributed display module, an image display module, an operation and maintenance display module and a history management module;
the comprehensive display module is used for displaying the data information of the monitoring equipment;
the distribution display module is used for displaying the distribution position of each monitoring device through a map;
the image display module is used for displaying image information shot by the monitoring equipment in real time;
the operation and maintenance display module is used for displaying operation and maintenance information of the equipment in the abnormal state;
and the history management module is used for checking and managing the information recorded in the data storage module.
And an intuitive visual interface is provided, the information and operation and maintenance information of the monitoring equipment are visually displayed, management personnel can conveniently and rapidly browse, manage and track data information, the overall operation state, distribution position and shot pictures of the monitoring equipment are known, the operation and maintenance process is rapidly known when the monitoring equipment breaks down, and the monitored history record can be traced.
Drawings
Fig. 1 is a logic block diagram of an operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to an embodiment of the present invention.
Detailed Description
The following is a further detailed description of the embodiments:
an example is substantially as shown in figure 1: the system comprises a data acquisition module, a data analysis module, a remote control module, a fault analysis module, an equipment improvement module, an operation and maintenance management module, a data storage module and an information display module.
The data acquisition module is used for acquiring data information of the monitoring equipment, and in the embodiment, the monitoring equipment specifically comprises a camera and an intelligent monitoring protective box. And various sensors are arranged in the intelligent monitoring protective box and used for detecting state information such as power supply, temperature, total gate, cabinet door and the like of the intelligent monitoring protective box. The data acquisition module acquires image information (video, snap shot pictures) shot by the monitoring equipment, operation information (input voltage, input current, output main voltage, output auxiliary voltage, case temperature, case humidity, whether a case door is opened, whether a power lightning protection device is normal, the number of lightning strokes is counted, whether water invasion is caused, whether an optical port and a network port of the optical fiber transceiver are disconnected, a gateway address, a mask address, a voltage current value of a commercial power 22VAC power supply and the like.
The data analysis module is used for analyzing the acquired data information, and comprises an image analysis module and an operation analysis module. The image analysis module is used for carrying out quality diagnosis on the image information and analyzing image abnormality. Specifically, through the most advanced computer intelligent vision technology, secondary analysis is carried out on video image quality and image quality of a camera through the prevention of the rear-end polling, 24 image abnormal faults can be detected, including signal missing abnormality, fuzzy abnormality, brightness abnormality, color stripe interference, common noise, snowflake interference, color cast abnormality, picture freezing abnormality, scene change abnormality, foreign matter shielding abnormality, PTZ lens scaling abnormality, DVR freezing abnormality, leaf shielding abnormality, black and white abnormality, artificial shielding, excessively dark abnormality, contrast abnormality, coarse and black stripe abnormality, jitter abnormality, PTZ movement speed loss, network packet loss abnormality, PTZ movement angle abnormality, video labeling abnormality, fine and black stripe abnormality and scene drastic change abnormality.
The operation analysis module analyzes the operation information of the monitoring equipment, and monitors the temperature state of the protective box body, the opening and closing state of the cabinet door, the opening and closing state of the main gate, the equipment program operation state, the network state and the like according to the voltage state and the current state of the monitoring equipment. The operation analysis module is preset with normal states and ranges of various state operations, and when voltage overvoltage, current overcurrent, temperature overhigh or overlow, cabinet door opening, program blocking and the like do not belong to the normal states or the normal state ranges, equipment operation abnormality is defined.
When the equipment is in an abnormal state, a regulation and control instruction is sent to the monitoring equipment through the remote regulation and control module, the regulation and control instruction under various abnormal states is preset in the remote regulation and control module, for example, when the brightness of an image is abnormal, the brightness of a light supplementing lamp of the monitoring equipment is regulated and controlled, when the current voltage is abnormal, the current voltage of the monitoring equipment is regulated and controlled, when a program is blocked, the equipment such as the monitoring equipment and an OUN light cat can be restarted remotely, and the corresponding regulation and control instruction is sent according to the detected abnormal state, so that some simple faults are solved, operation and maintenance personnel are not required to go to the site for processing, and the manual attendance and the investment of operation and maintenance funds are greatly reduced.
For the abnormal state without the corresponding regulation command or the abnormal state which can not be recovered after remote regulation, the fault analysis module analyzes the fault reason of the abnormal state through the existing neural network model, specifically, the input layer is various abnormal states or abnormal state combinations through the trained BP neural network model, and the output layer is various fault reasons. And the fault reasons are classified to generate fault types, wherein the fault types comprise equipment faults, program faults, network faults and the like.
The operation and maintenance management module comprises an operation and maintenance release module, an operation and maintenance recording module, an equipment tracking module and an operation and maintenance analysis module, wherein the operation and maintenance release module is used for generating an operation and maintenance work order and sending the operation and maintenance work order to an operation and maintenance terminal, and the operation and maintenance work order is recorded with the fault reason, the fault type, the position location and the fault occurrence time of the monitoring equipment. The operation and maintenance recording module records the time of the operation and maintenance terminal receiving the operation and maintenance work order and the time of ending the operation and maintenance work order, and records the fault response time and the repair time of operation and maintenance personnel. And simultaneously receiving the operation and maintenance information such as characters, languages, photos and the like uploaded by the operation and maintenance terminal. Thus realizing tracking of operation and maintenance process, positioning of operation and maintenance personnel, management of operation and maintenance request and the like.
The device tracking module is configured to mark the monitoring device after the operation and maintenance is finished as a tracking device, and set a tracking period, where the tracking period is seven days in this embodiment, and detect whether the tracking device has an abnormal state that is solved by the current operation and maintenance in the tracking period of seven days. Therefore, whether the operation and maintenance personnel effectively solve the faults of the monitoring equipment is known, and data support is provided for operation and maintenance level evaluation of the operation and maintenance personnel.
The invention solves the problems that the power and network of the current monitoring equipment cannot be detected in real time, the faults cannot be accurately judged and the alarm cannot be given out in time, and the operation and maintenance responsibilities of different operation and maintenance personnel prevent the situation that multiple parties tear skin and wither.
The operation and maintenance analysis module analyzes the proficiency of the operation and maintenance terminal on each fault type through the operation and maintenance work order quantity processed by the operation and maintenance terminal, the processing time of the operation and maintenance work orders, the fault types of the operation and maintenance work orders and the processed monitoring equipment in a tracking period, whether the monitoring equipment has the same abnormal state and the proficiency of the abnormal state times of the operation and maintenance terminal on each fault type, specifically, the operation and maintenance terminal is analyzed through the existing analytic hierarchy process, the scheme layers are different fault types, the criterion layer is the operation and maintenance work order processing time, the operation and maintenance work order quantity of each fault type and the abnormal state times in the tracking period of the monitoring equipment, the corresponding weight of the operation and maintenance terminal on each fault type is output through the construction judgment matrix, and the proficiency of the operation and maintenance terminal on each fault type is arranged according to the weight. When the operation and maintenance issuing module issues the operation and maintenance work orders to the operation and maintenance terminal, the operation and maintenance work orders with high proficiency are preferentially sent to the operation and maintenance terminal. Therefore, operation and maintenance personnel can intensively process the types of faults which are good for themselves, and the operation and maintenance processing efficiency is improved.
The equipment improvement module comprises a fault statistics module, a distinguishing marking module and an overall scheme module.
The fault statistics module divides the coverage area of the monitoring equipment into a plurality of areas, calculates the fault rate of the monitoring equipment in each area according to the data in the data storage module, and specifically, the area division mode can be divided according to administrative areas, streets and communities, or can be divided according to occupied areas in an equal manner, and in the embodiment, the division is performed by taking the streets as units. The integrated scheme module is used for extracting the fault reason with the largest occurrence number in the fault high-incidence area from the data storage module and making improvement measures for the fault reason. Specifically, in the present embodiment, the failure rate threshold is thirty percent. Because the monitoring equipment is operated by various environmental factors like other electronic products, and the environmental factors of different areas have more or less differences, corresponding improvement measures are formulated aiming at the fault reasons with the largest occurrence times in the fault high-incidence areas so as to solve the influence of the environmental factors of the areas on the monitoring equipment. For example, in a fault high-incidence area, if the most frequently occurring fault causes are network causes, the network of the monitoring equipment in the area can be updated, or if multiple types of electromagnetic interference sources exist in an industrial field environment where the monitoring equipment is located, the electromagnetic compatibility of the monitoring equipment can be updated. By dividing the area, the depth analysis is performed on the long-term operation data record of the monitoring equipment, the influence of the area environment on the monitoring equipment is analyzed, and a basis is provided for maintenance and replacement of the monitoring equipment in the area.
In another embodiment of the present application, the device improvement module further includes an impact module, configured to obtain, in a square neighboring area of the failure high-frequency area, the number of times of occurrence of the failure cause with the largest number of times of occurrence of the failure high-frequency area, determine, according to the number of times in the neighboring area, whether the environmental factor of the failure high-frequency area affects the neighboring area, and if so, execute improvement measures on the monitoring device of the neighboring area.
The operation and maintenance issuing module is also used for issuing operation and maintenance work orders about the improvement measures to a plurality of operation and maintenance terminals according to the number of the monitoring devices in the area where the improvement measures are made, so that the improvement measures are rapidly executed, and more monitoring devices are prevented from being failed.
The information display module is used for visually displaying the information of the monitoring equipment and comprises a comprehensive display module, a distribution display module, an image display module, an operation and maintenance display module and a history management module.
After the comprehensive display module performs data statistics analysis on the data in the data storage module, comprehensive information of the monitoring equipment is displayed, specifically, the point location statistics of the monitoring equipment, the distributed operation and maintenance work orders, the online ratio of the monitoring equipment, the state trend graph, the fault condition and the disconnection condition of the monitoring equipment within seven days can be checked through the comprehensive display module.
The distribution display module is used for displaying the position distribution of each monitoring device on the map, and concretely comprises the steps of inquiring and displaying the monitoring devices on the GIS map after screening according to screening conditions. And the real-time data information of the monitoring equipment can be directly checked through the monitoring equipment on the GIS map, the state of the monitoring equipment is respectively displayed on the GIS map through three colors of red, yellow and green, wherein the red is the fault of the monitoring equipment, the yellow is the normal state of the monitoring equipment in the operation and maintenance of the monitoring equipment.
The image display module is used for displaying images shot by the monitoring equipment and displaying images shot by a plurality of monitoring equipment in a multi-picture mode.
The operation and maintenance display module is used for displaying the fault reason, the fault type and the operation and maintenance state of the monitoring equipment, specifically, before the operation and maintenance work order is released, the equipment is displayed to be in operation and maintenance after the operation and maintenance terminal receives the operation and maintenance work order, the operation and maintenance end is displayed after the operation and maintenance terminal finishes the operation and maintenance work order, and meanwhile, the operation and maintenance record uploaded by operation and maintenance personnel is displayed.
The history management module is used for checking and deleting the data such as the history data information and the image of the monitoring equipment.
The foregoing is merely exemplary of the present invention, and the specific structures and features well known in the art are not described in any way herein, so that those skilled in the art will be able to ascertain all prior art in the field, and will not be able to ascertain any prior art to which this invention pertains, without the general knowledge of the skilled person in the field, before the application date or the priority date, to practice the present invention, with the ability of these skilled persons to perfect and practice this invention, with the help of the teachings of this application, with some typical known structures or methods not being the obstacle to the practice of this application by those skilled in the art. It should be noted that modifications and improvements can be made by those skilled in the art without departing from the structure of the present invention, and these should also be considered as the scope of the present invention, which does not affect the effect of the implementation of the present invention and the utility of the patent. The protection scope of the present application shall be subject to the content of the claims, and the description of the specific embodiments and the like in the specification can be used for explaining the content of the claims.
Claims (9)
1. An operation and maintenance management platform based on monitoring equipment fault diagnosis analysis is characterized in that: the system comprises monitoring equipment, a server and an operation and maintenance terminal, wherein the server comprises a data acquisition module, a data analysis module, a fault analysis module, an operation and maintenance management module and a data storage module;
the data acquisition module is used for acquiring data information of the monitoring equipment, wherein the data information comprises image information and operation information;
the data analysis module is used for carrying out state analysis on the monitoring equipment according to the data information and detecting abnormal states;
the fault analysis module is used for carrying out fault analysis on fault reasons of the monitoring equipment in the abnormal state and generating fault types;
the operation and maintenance management module generates an operation and maintenance work order according to the fault cause and the fault type, distributes the operation and maintenance work order to the operation and maintenance terminal, and tracks and records operation and maintenance information;
and the data storage module is used for storing the data information, the fault reason, the fault type and the operation and maintenance information of the monitoring equipment.
2. An operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 1, wherein: the server also comprises a remote regulation and control module, wherein the remote regulation and control module is preset with regulation and control instructions under various abnormal states, and the regulation and control instructions are sent to the monitoring equipment according to the abnormal states.
3. An operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 1, wherein: the data analysis module comprises an image analysis module and an operation analysis module;
the image analysis module is used for diagnosing the image quality according to the image information shot by the monitoring equipment and analyzing the image abnormality;
and the operation analysis module is used for diagnosing the operation state of the monitoring equipment according to the operation information of the monitoring equipment and analyzing the operation abnormality.
4. An operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 1, wherein: the operation and maintenance management module comprises an operation and maintenance release and operation and maintenance recording module;
the operation and maintenance release module is used for releasing the operation and maintenance work order to the operation and maintenance terminal;
the operation and maintenance recording module is used for recording the time of the operation and maintenance terminal receiving the operation and maintenance work order, the time of ending the operation and maintenance work order, and the operation and maintenance record uploaded by the operation and maintenance terminal, and recording the operation and maintenance information.
5. The operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 4, wherein the operation and maintenance management platform comprises: the operation and maintenance management module further comprises a device tracking module, wherein the device tracking module is used for marking the monitoring device after operation and maintenance is finished as a tracking device, setting a tracking period and continuously detecting whether the same abnormal state occurs in the tracking device in the tracking period.
6. The operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 5, wherein the operation and maintenance management platform is characterized in that: the operation and maintenance management module further comprises an operation and maintenance analysis module, wherein the operation and maintenance analysis module is used for analyzing the proficiency of the operation and maintenance terminal on each fault type according to the operation and maintenance work number processed by the operation and maintenance terminal, the operation and maintenance work list processing time, the fault type for processing the operation and maintenance work list and whether the processed monitoring equipment has the same abnormal state in a tracking period;
the operation and maintenance issuing module is also used for issuing operation and maintenance work orders to the operation and maintenance terminal according to the proficiency of the fault type, and preferentially sending the operation and maintenance work orders with high proficiency to the operation and maintenance terminal.
7. The operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 6, wherein: the server also comprises an equipment improvement module, wherein the equipment improvement module comprises a fault statistics module, a region marking module and an overall scheme module;
the fault statistics module is used for dividing the coverage range of the monitoring equipment into a plurality of areas and calculating the fault rate of the monitoring equipment in each area according to the fault information of the data storage module;
the area marking module is used for presetting a fault rate threshold value and marking the fault rate of the monitoring equipment higher than the fault rate threshold value as a fault high-incidence area;
and the whole scheme module is used for extracting the fault reason with the largest occurrence number in the fault high-incidence area from the data storage module, and making corresponding improvement measures for the fault reason.
8. The operation and maintenance management platform based on fault diagnosis and analysis of monitoring equipment according to claim 7, wherein: the operation and maintenance issuing module is also used for issuing operation and maintenance work orders of the improvement measures to the operation and maintenance terminals according to the number of monitoring devices contained in the area where the improvement measures are made.
9. An operation and maintenance management platform based on fault diagnosis analysis of monitoring equipment according to any one of claims 1 to 8, wherein: the server also comprises an information display module which is used for visually displaying the information of the monitoring equipment; the information display module comprises a comprehensive display module, a distributed display module, an image display module, an operation and maintenance display module and a history management module;
the comprehensive display module is used for displaying the comprehensive information of the monitoring equipment after the data in the data storage module are subjected to statistical analysis;
the distribution display module is used for displaying the distribution position of each monitoring device through a map;
the image display module is used for displaying image information shot by the monitoring equipment in real time;
the operation and maintenance display module is used for displaying operation and maintenance information of the equipment in the abnormal state;
and the history management module is used for checking and managing the information recorded in the data storage module.
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