CN118071116A - Intelligent management system for equipment operation and maintenance based on data analysis - Google Patents
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Abstract
The invention belongs to the technical field of equipment operation and maintenance supervision, in particular to an intelligent management system for equipment operation and maintenance based on data analysis, which comprises an intelligent management platform, an equipment operation and maintenance detection and summarization module, an equipment operation and failure evaluation module, an equipment operation and maintenance management dividing module, an operation and maintenance emergency degree inspection module and a remote supervision end; according to the invention, the equipment operation stop detection summarizing module and the equipment operation fault evaluating module are used for analyzing to distribute corresponding operation stop summarizing symbols and fault evaluating symbols to the operation and maintenance main body, the equipment operation and maintenance management dividing module is used for realizing accurate division of corresponding equipment based on the operation stop summarizing symbols and the fault evaluating symbols of the corresponding operation and maintenance main body and through analysis, so that the equipment operation and maintenance management dividing module is beneficial to formulating an adapted management operation and maintenance scheme for different equipment, timely operation and maintenance of all equipment are realized, operation and maintenance personnel selection is reasonably performed, subsequent operation and maintenance efficiency and operation and maintenance effect are ensured, management difficulty of background supervision personnel is effectively reduced, and the intelligent and automatic degree is high.
Description
Technical Field
The invention relates to the technical field of equipment operation and maintenance supervision, in particular to an intelligent management system for equipment operation and maintenance based on data analysis.
Background
The equipment operation and maintenance refers to a series of operations for operating and maintaining equipment so as to ensure the normal operation and performance of the equipment, improve the reliability and stability of the equipment, reduce the failure rate of the equipment, reduce the downtime of the equipment and improve the comprehensive efficiency and service life of the equipment;
At present, a regular maintenance mode is often adopted for equipment operation and maintenance management, so that the operation suspension condition and the operation fault condition of equipment are difficult to reasonably analyze, the equipment is accurately divided, the corresponding equipment is not beneficial to timely operation and maintenance, the high matching performance of arranged operation and maintenance personnel is ensured, the intelligent and automatic degree is low, and the operation risk and the equipment supervision difficulty of the supervised equipment cannot be reduced;
In view of the above technical drawbacks, a solution is now proposed.
Disclosure of Invention
The invention aims to provide an intelligent management system for equipment operation and maintenance based on data analysis, which solves the problems that in the prior art, the operation suspension condition and the operation fault condition of equipment are difficult to reasonably analyze, the equipment is accurately divided, the corresponding equipment is not favorable for performing time-to-time operation and maintenance, the high matching performance of arranged operation and maintenance personnel is ensured, the operation risk and the equipment supervision difficulty of the supervised equipment cannot be reduced, and the intelligent and automatic degree is low.
In order to achieve the above purpose, the present invention provides the following technical solutions:
The intelligent management system for the equipment operation and maintenance based on the data analysis comprises an intelligent management platform, an equipment operation and maintenance detection and summarization module, an equipment operation fault evaluation module, an equipment operation and maintenance management dividing module, an operation and maintenance emergency degree inspection module and a remote monitoring end; the intelligent management platform marks equipment to be subjected to operation and maintenance management as an operation and maintenance main body, the equipment operation and maintenance detection summarization module performs operation and maintenance detection summarization analysis on the corresponding operation and maintenance main body, an operation and maintenance summarization symbol YT-1 or YT-2 is distributed to the corresponding operation and maintenance main body through analysis, and the operation and maintenance summarization symbol YT-1 or YT-2 of the corresponding operation and maintenance main body is sent to the equipment operation and maintenance management dividing module through the intelligent management platform;
the equipment operation fault evaluation module performs operation fault evaluation analysis on the corresponding operation and maintenance main body, distributes a fault evaluation symbol QT-1 or QT-2 to the corresponding operation and maintenance main body through analysis, and sends the fault evaluation symbol QT-1 or QT-2 of the corresponding operation and maintenance main body to the equipment operation and maintenance management division module through the intelligent management platform;
The equipment operation and maintenance management dividing module marks the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body, an operation and maintenance middle-pipe main body and an operation and maintenance low-pipe main body through analysis based on the operation and maintenance summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body, and sends the marking information of the corresponding operation and maintenance main body to the intelligent management platform for storage; the operation and maintenance emergency degree inspection module is used for judging whether to generate an operation and maintenance early warning signal corresponding to the operation and maintenance main body through analysis, and sending the operation and maintenance early warning signal corresponding to the operation and maintenance main body to a remote monitoring end through the intelligent management platform, and when the remote monitoring end receives the operation and maintenance early warning signal, corresponding operation and maintenance personnel are arranged to go to the operation and maintenance main body corresponding to the operation and maintenance main body.
Further, the specific analysis process of the operation stop detection summary analysis is as follows:
the method comprises the steps of collecting the times of suspending operation of a corresponding operation and maintenance main body due to faults in a detection period, marking the times as operation and stop frequency condition values, marking the starting time and the ending time of each suspension operation as operation and stop initial time and operation and stop final table time respectively, and calculating the time difference between the corresponding operation and stop final table time and the operation and stop initial time to obtain operation and stop time interval values;
the method comprises the steps of carrying out summation calculation on all operation and stop time interval values of corresponding operation and maintenance main bodies in a detection period to obtain operation and stop time condition values, marking the number of the operation and stop time interval values exceeding a preset operation and stop time interval threshold value in the detection period as operation and stop high measurement values, carrying out numerical calculation on the operation and stop frequency condition values, the operation and stop time condition values and the operation and stop high measurement values to obtain operation and stop detection total values of the corresponding operation and maintenance main bodies, carrying out numerical comparison on the operation and stop detection total values and the preset operation and stop detection total threshold value, and if the operation and stop detection total values exceed the preset operation and stop detection total threshold value, distributing operation and stop total symbols YT-1 to the corresponding operation and maintenance main bodies; and if the operation stop detection summary value does not exceed the preset operation stop detection summary threshold value, assigning an operation stop summary symbol YT-2 to the corresponding operation maintenance main body.
Further, the specific analysis process of the fault evaluation analysis is as follows:
Collecting all faults of the corresponding operation and maintenance main body in a detection period, classifying all faults, marking the occurrence times of the corresponding type of faults as fault detection condition values, performing numerical comparison on the fault detection condition values and preset fault detection condition thresholds of the corresponding type of faults, and marking the corresponding type of faults as frequent faults if the fault detection condition values exceed the preset fault detection condition thresholds;
Obtaining the number of frequency faults in a corresponding operation and maintenance main body, marking the number as a frequency fault detection value, collecting the occurrence time of all faults, marking the occurrence time as a fault table time, marking the interval time between two adjacent groups of fault table time as a fault time, marking the number of fault time which does not exceed a preset fault time threshold as a fault short frequency value, and carrying out summation calculation on all fault time and taking an average value to obtain a fault time condition value;
Performing numerical calculation on the frequent accident measurement value, the accident time short frequency value and the accident time condition value to obtain a fault evaluation value of the corresponding operation and maintenance main body, performing numerical comparison on the fault evaluation value and a preset fault evaluation threshold value, and if the fault evaluation value exceeds the preset fault evaluation threshold value, distributing a fault evaluation symbol QT-1 to the corresponding operation and maintenance main body; if the fault evaluation value does not exceed the preset fault evaluation threshold value, a fault evaluation symbol QT-2 is distributed to the corresponding operation and maintenance main body.
Further, the specific operation process of the equipment operation and maintenance management division module comprises the following steps:
Acquiring an operation and stop summarization symbol and a fault evaluation symbol of a corresponding operation and maintenance main body, and marking the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body if the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are acquired, wherein the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are respectively the YT-1 n QT-1, the YT-1 n QT-2 or the YT-2 n QT-1 are acquired; if the YT-2U QT-2 is obtained, acquiring the production time and the operation time of the corresponding operation and maintenance main body, carrying out numerical calculation on the production time, the operation stop detection summary value and the fault evaluation value of the corresponding operation and maintenance main body to obtain an operation and maintenance management value, carrying out numerical comparison on the operation and maintenance management value and a preset operation and maintenance management value range, and if the operation and maintenance management value exceeds the maximum value of the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as the operation and maintenance high management main body; if the operation and maintenance management value does not exceed the minimum value of the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as an operation and maintenance low-management main body; and if the operation and maintenance management value is within the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as an operation and maintenance middle management main body.
Further, the specific analysis process of the operation and maintenance emergency degree inspection module is as follows:
The method comprises the steps of collecting the last operation time of a corresponding operation main body, marking the interval time between the current time and the last operation time as an operation emergency value, and respectively endowing a preset operation emergency threshold value YP1, YP2 and YP3 to an operation high-pipe main body, an operation medium-pipe main body and an operation low-pipe main body, wherein YP1 is more than 0 and YP2 is less than YP3; and comparing the operation and maintenance emergency value of the corresponding operation and maintenance main body with a corresponding preset operation and maintenance emergency threshold value, and generating an operation and maintenance early warning signal of the corresponding operation and maintenance main body if the operation and maintenance emergency value exceeds the preset operation and maintenance emergency threshold value.
Further, the intelligent management platform is in communication connection with the operation and maintenance matching performance inspection module, the operation and maintenance matching performance inspection module obtains all operation and maintenance personnel, the corresponding operation and maintenance personnel are marked as excellent matching personnel, good matching personnel or bad matching personnel through operation and maintenance matching performance analysis, and marking information of the corresponding operation and maintenance personnel is sent to the intelligent management platform for storage, wherein the excellent matching personnel operate the operation and maintenance high-level main body, the operation and maintenance medium-level main body and the operation and maintenance low-level main body, the good matching personnel operate the operation and maintenance main body and the operation and maintenance low-level main body.
Further, before the operation of the corresponding operation and maintenance main body is performed, the operation and maintenance matching performance checking module acquires matched operation and maintenance personnel based on the marking information of the corresponding operation and maintenance main body, acquires the positions of the corresponding operation and maintenance personnel, calculates the distance between the positions of the operation and maintenance personnel and the positions of the corresponding operation and maintenance main body to obtain an operation and maintenance distance condition value, and marks the total times of the operation and maintenance operation of the operation and maintenance main body by the corresponding operation and maintenance personnel in a historical stage as an operation and maintenance table condition value;
And carrying out numerical calculation on the operation and maintenance matching check value, the operation and maintenance distance condition value and the operation and maintenance table condition value of the corresponding operation and maintenance personnel to obtain an operation and maintenance check condition value, sequencing all the operation and maintenance personnel which are matched according to the sequence of the operation and maintenance check condition value from big to small, marking the operation and maintenance personnel positioned at the head as the optimal personnel, transmitting the optimal personnel to a remote monitoring pipe end through an intelligent management platform, and arranging the optimal personnel to carry out operation and maintenance operation of the corresponding operation and maintenance main body by the remote monitoring pipe end.
Further, the specific analysis process of the operation and maintenance matching analysis is as follows:
Collecting the total duration of the equipment operation and maintenance operation performed by the corresponding operation and maintenance personnel in the history stage, marking the total duration as an operation and maintenance condition value, collecting the total times that the equipment operation and maintenance operation performed by the corresponding operation and maintenance personnel in the history stage does not arrive and starts to be performed within the specified time, marking the total times as non-compliance time frequency, obtaining an operation and maintenance condition value of the corresponding operation and maintenance personnel, and obtaining an operation and maintenance matching test value through carrying out numerical calculation on the operation and maintenance condition value, the non-compliance time frequency and the operation and maintenance condition value of the corresponding operation and maintenance personnel;
Performing numerical comparison on the operation and maintenance matching check value and a preset operation and maintenance matching check value range, and marking the corresponding operation and maintenance personnel as excellent operation and maintenance personnel if the operation and maintenance matching check value exceeds the maximum value of the preset operation and maintenance matching check value range; if the operation and maintenance matching check value does not exceed the minimum value of the preset operation and maintenance matching check value range, marking the corresponding operation and maintenance personnel as inferior operation and maintenance personnel; and if the operation and maintenance matching check value is within the preset operation and maintenance matching check value range, marking the corresponding operation and maintenance personnel as good operation and maintenance personnel.
Further, the operation and maintenance matching performance checking module is in communication connection with the operation and monitoring evaluation module, in the process of carrying out equipment operation and maintenance operation on corresponding operation and maintenance personnel, the operation and monitoring evaluation module monitors the whole operation and maintenance operation process, through monitoring, the error operation of the corresponding operation and maintenance personnel in the operation and maintenance operation process is identified, the total occurrence times of the error operation in the corresponding operation and maintenance process are marked as operation and maintenance error condition values, the exceeding value of the operation and maintenance continuous time length of the corresponding operation and maintenance process compared with the preset operation and maintenance continuous time length threshold is marked as operation and maintenance time exceeding value, the operation and maintenance monitoring value is obtained through carrying out numerical calculation on the operation and maintenance error condition value and the operation and maintenance time exceeding value, the operation and maintenance monitoring value is compared with the preset operation and maintenance monitoring threshold, if the operation and maintenance monitoring value exceeds the preset operation and maintenance monitoring threshold, the corresponding operation and maintenance operation process is judged to be a non-optimal operation and maintenance process, the number of the corresponding operation and maintenance personnel in the history stage is marked as operation and maintenance condition value, and maintenance condition value of the corresponding operation and maintenance personnel is sent to the operation and maintenance matching performance checking module.
Compared with the prior art, the invention has the beneficial effects that:
1. According to the invention, the equipment operation and maintenance management dividing module is used for realizing the accurate division of corresponding equipment based on the operation and maintenance summarizing symbol and the fault evaluating symbol of the corresponding operation and maintenance main body by analyzing the equipment operation and maintenance summarizing symbol and the equipment operation and fault evaluating module, so that the follow-up establishment of an adapted management operation and maintenance scheme for different equipment is facilitated, the timely operation and maintenance of all equipment is realized, the selection of operation and maintenance personnel is reasonably carried out, the follow-up operation and maintenance efficiency and operation and maintenance effect are ensured, the management difficulty of background supervisory personnel is effectively reduced, and the intelligent and automatic degree is high;
2. According to the invention, the operation and maintenance matching analysis is carried out through the operation and maintenance matching detection module so as to mark the corresponding operation and maintenance personnel as the excellent matching personnel, the good matching personnel or the bad matching personnel, the subsequent operation and maintenance personnel selection is facilitated, the personnel matching performance is improved, the optimal personnel is determined through the analysis before the operation and maintenance operation of the corresponding operation and maintenance main body is carried out, the remote supervision terminal arranges the optimal personnel to carry out the operation and maintenance operation of the corresponding operation and maintenance main body, the selection of the operation and maintenance personnel is more reasonable, the management difficulty of the background supervision personnel is further reduced, and the operation and maintenance efficiency and the operation and maintenance effect of the corresponding operation and maintenance operation are guaranteed.
Drawings
For the convenience of those skilled in the art, the present invention will be further described with reference to the accompanying drawings;
FIG. 1 is a system block diagram of a first embodiment of the present invention;
Fig. 2 is a system block diagram of the second and third embodiments of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Embodiment one: as shown in fig. 1, the intelligent management system for equipment operation and maintenance based on data analysis provided by the invention comprises an intelligent management platform, an equipment operation and maintenance detection summarizing module, an equipment operation and maintenance fault evaluating module, an equipment operation and maintenance management dividing module, an operation and maintenance emergency degree checking module and a remote monitoring end, wherein the intelligent management platform is in communication connection with the equipment operation and maintenance detection summarizing module, the equipment operation and maintenance fault evaluating module, the equipment operation and maintenance management dividing module, the operation and maintenance emergency degree checking module and the remote monitoring end;
The intelligent management platform marks equipment to be subjected to operation and maintenance management as an operation and maintenance main body, and sets a detection period with a duration of L1, preferably thirty-five days; the equipment operation and maintenance detection summarization module performs operation and maintenance detection summarization analysis on the corresponding operation and maintenance main body, distributes operation and maintenance summarization symbols YT-1 or YT-2 to the corresponding operation and maintenance main body through analysis, and sends the operation and maintenance summarization symbols YT-1 or YT-2 of the corresponding operation and maintenance main body to the equipment operation and maintenance management dividing module through the intelligent management platform, so that information support is provided for the dividing process of the equipment operation and maintenance management dividing module, and the accuracy of the dividing result is ensured; the specific analysis process of the operation stop detection summary analysis is as follows:
The method comprises the steps of collecting the times of suspending operation of a corresponding operation and maintenance main body due to faults in a detection period, marking the times as operation and stop frequency condition values, marking the starting time and the ending time of each suspension operation as operation and stop initial time and operation and stop final table time respectively, and calculating the time difference between the corresponding operation and stop final table time and the operation and stop initial time to obtain operation and stop time interval values; the larger the value of the operation and stop time interval value is, the longer the duration of the corresponding operation and maintenance main body in the operation and stop state is;
Calculating all operation stop time interval values of the corresponding operation and maintenance main body in a detection period in a summation way to obtain operation stop time condition values, marking the number of the operation stop time interval values exceeding a preset operation stop time interval threshold value in the detection period as operation stop high measurement values, and calculating the operation stop frequency condition values TP, the operation stop time condition values TS and the operation stop high measurement values TK in a numerical way through a formula TX= (eq1+eq2) TS+eq3) TK/3 to obtain operation stop detection total values TX of the corresponding operation and maintenance main body; wherein, eq1, eq2, eq3 are preset proportionality coefficients, eq3 > eq1 > eq2 > 0; and, the larger the value of the operation and stop detection total value TX, the worse the operation condition of the corresponding operation and maintenance main body in the detection period is indicated;
Comparing the operation stop detection total value TX with a preset operation stop detection total threshold value, and if the operation stop detection total value TX exceeds the preset operation stop detection total threshold value, indicating that the operation condition of the corresponding operation maintenance main body in a detection period is poor, distributing an operation stop total symbol YT-1 to the corresponding operation maintenance main body; if the operation stop detection summary value TX does not exceed the preset operation stop detection summary threshold value, indicating that the operation condition of the corresponding operation and maintenance main body in the detection period is good, assigning an operation stop summary symbol YT-2 to the corresponding operation and maintenance main body.
The equipment operation fault evaluation module performs operation fault evaluation analysis on the corresponding operation and maintenance main body, distributes a fault evaluation symbol QT-1 or QT-2 to the corresponding operation and maintenance main body through analysis, and sends the fault evaluation symbol QT-1 or QT-2 of the corresponding operation and maintenance main body to the equipment operation and maintenance management division module through the intelligent management platform, so that information support is provided for the division process of the equipment operation and maintenance management division module, and the accuracy of the division result is ensured; the specific analysis process of the fault evaluation analysis is as follows:
Collecting all faults of the corresponding operation and maintenance main body in a detection period, classifying all faults, marking the occurrence times of the corresponding type of faults as fault detection condition values, performing numerical comparison on the fault detection condition values and preset fault detection condition thresholds of the corresponding type of faults, and marking the corresponding type of faults as frequent faults if the fault detection condition values exceed the preset fault detection condition thresholds, wherein the more frequent the corresponding type of faults of the corresponding operation and maintenance main body in the detection period are indicated;
Obtaining the number of frequency faults in a corresponding operation and maintenance main body, marking the number as a frequency fault detection value, collecting the occurrence time of all faults, marking the occurrence time as a fault table time, marking the interval time between two adjacent groups of fault table time as a fault time, marking the number of fault time which does not exceed a preset fault time threshold as a fault short frequency value, and carrying out summation calculation on all fault time and taking an average value to obtain a fault time condition value;
By the formula Carrying out numerical calculation on the frequent accident measurement value GL, the accident short frequency value GK and the accident time condition value GS to obtain a fault evaluation value GY of the corresponding operation and maintenance main body, wherein fy1, fy2 and fy3 are preset proportion coefficients, and the values of fy1, fy2 and fy3 are positive numbers; and the larger the value of the fault evaluation value GY is, the worse the operation fault performance of the corresponding operation and maintenance main body in the detection period is indicated;
Performing numerical comparison on the fault evaluation value GY and a preset fault evaluation threshold, and if the fault evaluation value GY exceeds the preset fault evaluation threshold, indicating that the operation fault performance of the corresponding operation and maintenance main body in the detection period is poor, distributing a fault evaluation symbol QT-1 to the corresponding operation and maintenance main body; if the fault evaluation value GY does not exceed the preset fault evaluation threshold value, indicating that the operation fault of the corresponding operation and maintenance main body in the detection period is better, distributing a fault evaluation symbol QT-2 to the corresponding operation and maintenance main body.
The equipment operation and maintenance management dividing module marks the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body, an operation and maintenance medium-pipe main body and an operation and maintenance low-pipe main body through analysis based on the operation and maintenance summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body, and sends the marking information of the corresponding operation and maintenance main body to the intelligent management platform for storage, so that the accurate division of the corresponding equipment is realized, the follow-up establishment of an adapted management operation and maintenance scheme for different equipment is facilitated, the timely operation and maintenance of all equipment is realized, the operation safety of the equipment is ensured, the information support can be provided for the selection of follow-up operation and maintenance personnel, and the follow-up operation and maintenance efficiency and operation and maintenance effect are ensured; the specific operation process of the equipment operation and maintenance management division module is as follows:
Acquiring an operation and stop summarization symbol and a fault evaluation symbol of a corresponding operation and maintenance main body, and marking the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body if the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are acquired, wherein the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are respectively the YT-1 n QT-1, the YT-1 n QT-2 or the YT-2 n QT-1 are acquired; if the YT-2 is acquired, acquiring the production time length and the operation time length of the corresponding operation and maintenance main body, wherein the production time length is a data value representing the size of the interval between the production date of the corresponding operation and maintenance main body and the current date, and the operation time length is a data value representing the size of the total time length of the corresponding operation and maintenance main body in an operation state in a history process;
By the formula Carrying out numerical calculation on the production time FS, the running time FM, the operation and stop detection summary value TX and the fault evaluation value GY of the corresponding operation and maintenance main body to obtain an operation and maintenance Guan Fenzhi FX, wherein b1, b2, b3 and b4 are preset proportionality coefficients, and the values of b1, b2, b3 and b4 are positive numbers; and, the larger the value of the operation and maintenance management value FX is, the worse the equipment condition of the corresponding operation and maintenance main body is indicated to be comprehensive;
Comparing the operation and maintenance Guan Fenzhi FX with a preset operation and maintenance management value range, and marking the corresponding operation and maintenance main body as the operation and maintenance high-management main body if the operation and maintenance management value FX exceeds the maximum value of the preset operation and maintenance management value range, which indicates that the equipment condition of the corresponding operation and maintenance main body is very poor in combination; if the operation and maintenance management value FX does not exceed the minimum value of the preset operation and maintenance management value range, indicating that the equipment conditions of the corresponding operation and maintenance main bodies are better in combination, marking the corresponding operation and maintenance main bodies as operation and maintenance low-management main bodies; if the operation and maintenance management value FX is in the preset operation and maintenance management value range, which indicates that the equipment condition of the corresponding operation and maintenance main body is poor in synthesis, the corresponding operation and maintenance main body is marked as the operation and maintenance middle pipe main body.
The operation and maintenance emergency degree inspection module judges whether to generate an operation and maintenance early warning signal of a corresponding operation and maintenance main body through analysis, and transmits the operation and maintenance early warning signal of the corresponding operation and maintenance main body to a remote monitoring end through an intelligent management platform, when the remote monitoring end receives the operation and maintenance early warning signal, corresponding operation and maintenance personnel are arranged to go to the corresponding operation and maintenance main body for operation and maintenance operation, different operation and maintenance interval time requirements can be distributed for different devices, so that the time and time operation and maintenance of all the operation and maintenance main bodies are realized, the operation safety of the operation and maintenance main body is ensured, the operation risk hidden danger of the operation and maintenance main body is reduced, the operation and maintenance management difficulty of the device is obviously reduced, and the workload of a background monitoring person is reduced; the specific analysis process of the operation and maintenance emergency degree inspection module is as follows:
The method comprises the steps of collecting the last operation time of a corresponding operation main body, marking the interval time between the current time and the last operation time as an operation emergency value, and respectively endowing a preset operation emergency threshold value YP1, YP2 and YP3 to an operation high-pipe main body, an operation medium-pipe main body and an operation low-pipe main body, wherein YP1 is more than 0 and YP2 is less than YP3; and comparing the operation and maintenance emergency value of the corresponding operation and maintenance main body with a corresponding preset operation and maintenance emergency threshold value, and generating an operation and maintenance early warning signal of the corresponding operation and maintenance main body if the operation and maintenance emergency value exceeds the preset operation and maintenance emergency threshold value, which indicates that the corresponding operation and maintenance main body needs to be operated in time.
Embodiment two: as shown in fig. 2, the difference between the embodiment and embodiment 1 is that the intelligent management platform is in communication connection with the operation and maintenance matching performance testing module, the operation and maintenance matching performance testing module obtains all operation and maintenance personnel, marks the corresponding operation and maintenance personnel as a good match personnel, a good match personnel or a bad match personnel through operation and maintenance matching performance analysis, and sends the marking information of the corresponding operation and maintenance personnel to the intelligent management platform for storage, wherein the good match personnel can perform operation and maintenance operation on the operation and maintenance high-pipe main body, the operation and maintenance medium-pipe main body and the operation and maintenance low-pipe main body, the good match personnel can perform operation and maintenance operation on the operation and maintenance low-pipe main body, the selection of the operation and maintenance personnel can be conveniently performed subsequently, the personnel matching performance is improved, the operation and maintenance efficiency and operation and maintenance effect for corresponding equipment are ensured, and the intelligent and automatic degree is high; the specific analysis process of the operation and maintenance matching analysis is as follows:
Collecting the total duration of equipment operation and maintenance operation performed by corresponding operation staff in a history stage, marking the total duration as an operation and maintenance condition value, collecting the total times that the corresponding operation and maintenance staff in the history stage does not arrive and begin to perform equipment operation and maintenance in a specified time, marking the total times as non-compliance frequency, obtaining an operation and maintenance monitoring condition value of the corresponding operation and maintenance staff, and performing numerical calculation on the operation and maintenance condition value PS, the non-compliance frequency PY and the operation and maintenance monitoring condition value PW of the corresponding operation and maintenance staff through a formula PX=ew1×PS/(ew2×PY+ew3×PW) to obtain an operation and maintenance matching test value PX; wherein, the values of the ew1, the ew2 and the ew3 are positive numbers, and the ew1, the ew2 and the ew3 are preset proportional coefficients; moreover, the larger the value of the operation and maintenance matching test value PX is, the more abundant the operation and maintenance experience of the corresponding operation and maintenance personnel is and the better the historical operation and maintenance performance is;
Performing numerical comparison on the operation and maintenance matching check value PX and a preset operation and maintenance matching check value range, and marking the corresponding operation and maintenance personnel as excellent operation and maintenance personnel if the operation and maintenance matching check value PX exceeds the maximum value of the preset operation and maintenance matching check value range, which indicates that the operation and maintenance level of the corresponding operation and maintenance personnel is higher in the comprehensive aspect; if the operation and maintenance matching check value PX does not exceed the minimum value of the preset operation and maintenance matching check value range, indicating that the operation and maintenance level of the corresponding operation and maintenance personnel is lower in the comprehensive aspect, marking the corresponding operation and maintenance personnel as inferior operation and maintenance personnel; if the operation and maintenance matching check value PX is in the preset operation and maintenance matching check value range, indicating that the operation and maintenance level of the corresponding operation and maintenance personnel is moderate in the comprehensive aspect, marking the corresponding operation and maintenance personnel as good operation and maintenance personnel.
Further, before performing operation of the corresponding operation and maintenance main body, the operation and maintenance matching performance checking module acquires matched operation and maintenance personnel based on marking information of the corresponding operation and maintenance main body, acquires positions of the corresponding operation and maintenance personnel, calculates distances between the positions of the operation and maintenance personnel and the positions of the corresponding operation and maintenance main body to obtain an operation and maintenance distance condition value, and marks the total times of operation and maintenance operation of the operation and maintenance main body by the corresponding operation and maintenance personnel in a history stage as an operation and maintenance table condition value;
Carrying out numerical calculation on the operation and maintenance matching test value PX, the operation and maintenance distance condition value WK and the operation and maintenance table condition value WY of corresponding operation and maintenance personnel according to a formula WP= (ry 1 x PX+ry3 x WY)/(ry 2 x WK+0.835), wherein ry1, ry2 and ry3 are preset proportionality coefficients, and the values of ry1, ry2 and ry3 are positive numbers; and all operation and maintenance personnel that match are ordered according to the numerical value of operation and maintenance condition value from big to small, and the operation and maintenance personnel that will be located the head is marked as the optimum personnel, sends the optimum personnel to long-range supervision pipe end through intelligent management platform, and long-range supervision pipe end arranges the operation and maintenance operation that the optimum personnel goes to carry out corresponding operation and maintenance main part before, and the selection of operation and maintenance personnel is more reasonable, reduces the management degree of difficulty of backstage supervisor, is favorable to guaranteeing the operation and maintenance efficiency and the operation and maintenance effect of corresponding operation and maintenance operation.
Embodiment III: as shown in fig. 2, the difference between the present embodiment and embodiments 1 and 2 is that, in the process of performing the equipment operation by the corresponding operation personnel, the operation monitoring and evaluating module monitors the whole operation process, and identifies the error operation of the corresponding operation personnel during the operation by monitoring, marks the total occurrence times of the error operation during the corresponding operation as an operation error condition value, and marks the exceeding value of the operation duration threshold of the corresponding operation process compared with the preset operation duration threshold as an operation duration exceeding value; the larger the operation and maintenance fault condition value and the numerical value of the over value in operation and maintenance are, the worse the operation and maintenance efficiency and the operation and maintenance effect of the corresponding operation and maintenance process of the corresponding operation and maintenance personnel are indicated;
Carrying out numerical calculation on the operation and maintenance error condition value YX and the operation and maintenance time excess value YS through a formula YK=a1 x YX+a2 x YS to obtain an operation and maintenance monitoring value YK, wherein a1 and a2 are preset weight coefficients, and a1 is more than a2 is more than 0; and the smaller the value of the operation and maintenance monitoring value YK is, the better the operation and maintenance efficiency and the operation and maintenance effect of the corresponding operation and maintenance process are shown; and comparing the operation and maintenance monitoring value YK with a preset operation and maintenance monitoring threshold value, if the operation and maintenance monitoring value YK exceeds the preset operation and maintenance monitoring threshold value, judging that the corresponding operation and maintenance process is a non-optimal operation and maintenance process, marking the number of the non-optimal operation and maintenance processes of corresponding operation and maintenance personnel in a history stage as an operation and maintenance monitoring value, and sending the operation and maintenance monitoring value of the corresponding operation and maintenance personnel to an operation and maintenance matching performance checking module, so that reasonable evaluation of each operation and maintenance operation is realized, and data support can be provided for the analysis process of the operation and maintenance matching performance checking module, so that the accuracy of the analysis result is ensured.
The working principle of the invention is as follows: when the system is used, the equipment operation and maintenance main body is subjected to operation and maintenance detection and summarization analysis through the equipment operation and maintenance detection summarization module, operation and maintenance summarization symbols YT-1 or YT-2 are distributed to the corresponding operation and maintenance main body through the analysis, the equipment operation and maintenance main body is subjected to operation and maintenance evaluation analysis through the equipment operation and maintenance failure evaluation module, the equipment operation and maintenance management partitioning module is used for marking the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body, an operation and maintenance medium-pipe main body and an operation and maintenance low-pipe main body through the analysis, accurate partitioning of corresponding equipment is realized, the follow-up establishment of an adapted management operation and maintenance scheme aiming at different equipment is facilitated, the timely operation and maintenance of all equipment is realized, the operation and maintenance safety of the equipment is ensured, information support can be provided for the selection of follow-up operation and maintenance personnel, the follow-up operation and maintenance efficiency and maintenance effect are ensured, and the management difficulty of background supervision personnel is effectively reduced.
The above formulas are all formulas with dimensions removed and numerical values calculated, the formulas are formulas with a large amount of data collected for software simulation to obtain the latest real situation, and preset parameters in the formulas are set by those skilled in the art according to the actual situation. The preferred embodiments of the invention disclosed above are intended only to assist in the explanation of the invention. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best understand and utilize the invention. The invention is limited only by the claims and the full scope and equivalents thereof.
Claims (9)
1. The intelligent management system for the equipment operation and maintenance based on the data analysis is characterized by comprising an intelligent management platform, an equipment operation and maintenance detection and summarization module, an equipment operation fault evaluation module, an equipment operation and maintenance management dividing module, an operation and maintenance emergency degree inspection module and a remote monitoring end; the intelligent management platform marks equipment to be subjected to operation and maintenance management as an operation and maintenance main body, the equipment operation and maintenance detection summarization module performs operation and maintenance detection summarization analysis on the corresponding operation and maintenance main body, an operation and maintenance summarization symbol YT-1 or YT-2 is distributed to the corresponding operation and maintenance main body through analysis, and the operation and maintenance summarization symbol YT-1 or YT-2 of the corresponding operation and maintenance main body is sent to the equipment operation and maintenance management dividing module through the intelligent management platform;
the equipment operation fault evaluation module performs operation fault evaluation analysis on the corresponding operation and maintenance main body, distributes a fault evaluation symbol QT-1 or QT-2 to the corresponding operation and maintenance main body through analysis, and sends the fault evaluation symbol QT-1 or QT-2 of the corresponding operation and maintenance main body to the equipment operation and maintenance management division module through the intelligent management platform;
The equipment operation and maintenance management dividing module marks the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body, an operation and maintenance middle-pipe main body and an operation and maintenance low-pipe main body through analysis based on the operation and maintenance summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body, and sends the marking information of the corresponding operation and maintenance main body to the intelligent management platform for storage; the operation and maintenance emergency degree inspection module is used for judging whether to generate an operation and maintenance early warning signal corresponding to the operation and maintenance main body through analysis, and sending the operation and maintenance early warning signal corresponding to the operation and maintenance main body to a remote monitoring end through the intelligent management platform, and when the remote monitoring end receives the operation and maintenance early warning signal, corresponding operation and maintenance personnel are arranged to go to the operation and maintenance main body corresponding to the operation and maintenance main body.
2. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 1, wherein the specific analysis process of the operation and stop detection summary analysis is as follows:
the method comprises the steps of collecting the times of suspending operation of a corresponding operation and maintenance main body due to faults in a detection period, marking the times as operation and stop frequency condition values, marking the starting time and the ending time of each suspension operation as operation and stop initial time and operation and stop final table time respectively, and calculating the time difference between the corresponding operation and stop final table time and the operation and stop initial time to obtain operation and stop time interval values;
The method comprises the steps of carrying out summation calculation on all operation and stop time interval values of a corresponding operation and maintenance main body in a detection period to obtain operation and stop time condition values, marking the number of the operation and stop time interval values exceeding a preset operation and stop time interval threshold value in the detection period as operation and stop high measurement values, carrying out numerical calculation on the operation and stop frequency condition values, the operation and stop time condition values and the operation and stop high measurement values to obtain operation and stop detection total values of the corresponding operation and maintenance main body, and distributing operation and stop total symbols YT-1 to the corresponding operation and maintenance main body if the operation and stop detection total values exceed the preset operation and stop detection total threshold value; and if the operation stop detection summary value does not exceed the preset operation stop detection summary threshold value, assigning an operation stop summary symbol YT-2 to the corresponding operation maintenance main body.
3. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 1, wherein the specific analysis process of the fault evaluation analysis is as follows:
Collecting all faults of the corresponding operation and maintenance main body in a detection period, classifying all faults, marking the occurrence times of the corresponding type of faults as fault detection condition values, performing numerical comparison on the fault detection condition values and preset fault detection condition thresholds of the corresponding type of faults, and marking the corresponding type of faults as frequent faults if the fault detection condition values exceed the preset fault detection condition thresholds;
Obtaining the number of frequency faults in a corresponding operation and maintenance main body, marking the number as a frequency fault detection value, collecting the occurrence time of all faults, marking the occurrence time as a fault table time, marking the interval time between two adjacent groups of fault table time as a fault time, marking the number of fault time which does not exceed a preset fault time threshold as a fault short frequency value, and carrying out summation calculation on all fault time and taking an average value to obtain a fault time condition value;
Performing numerical calculation on the frequent accident measurement value, the accident time short frequency value and the accident time condition value to obtain a fault evaluation value of the corresponding operation and maintenance main body, and if the fault evaluation value exceeds a preset fault evaluation threshold value, distributing a fault evaluation symbol QT-1 to the corresponding operation and maintenance main body; if the fault evaluation value does not exceed the preset fault evaluation threshold value, a fault evaluation symbol QT-2 is distributed to the corresponding operation and maintenance main body.
4. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 1, wherein the specific operation process of the equipment operation and maintenance management dividing module comprises:
Acquiring an operation and stop summarization symbol and a fault evaluation symbol of a corresponding operation and maintenance main body, and marking the corresponding operation and maintenance main body as an operation and maintenance high-pipe main body if the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are acquired, wherein the operation and stop summarization symbol and the fault evaluation symbol of the corresponding operation and maintenance main body are respectively the YT-1 n QT-1, the YT-1 n QT-2 or the YT-2 n QT-1 are acquired; if the YT-2U QT-2 is obtained, acquiring the production time length and the operation time length of the corresponding operation and maintenance main body, carrying out numerical calculation on the production time length, the operation stop detection summary value and the fault evaluation value of the corresponding operation and maintenance main body to obtain an operation and maintenance management value, and if the operation and maintenance management value exceeds the maximum value of the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as the operation and maintenance high management main body; if the operation and maintenance management value does not exceed the minimum value of the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as an operation and maintenance low-management main body; and if the operation and maintenance management value is within the preset operation and maintenance management value range, marking the corresponding operation and maintenance main body as an operation and maintenance middle management main body.
5. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 1, wherein the specific analysis process of the operation and maintenance emergency degree inspection module is as follows:
The method comprises the steps of collecting the last operation time of a corresponding operation main body, marking the interval time between the current time and the last operation time as an operation emergency value, and respectively endowing a preset operation emergency threshold value YP1, YP2 and YP3 to an operation high-pipe main body, an operation medium-pipe main body and an operation low-pipe main body, wherein YP1 is more than 0 and YP2 is less than YP3; and comparing the operation and maintenance emergency value of the corresponding operation and maintenance main body with a corresponding preset operation and maintenance emergency threshold value, and generating an operation and maintenance early warning signal of the corresponding operation and maintenance main body if the operation and maintenance emergency value exceeds the preset operation and maintenance emergency threshold value.
6. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 1, wherein the intelligent management platform is in communication connection with the operation and maintenance matching performance checking module, the operation and maintenance matching performance checking module acquires all operation and maintenance personnel, marks the corresponding operation and maintenance personnel as a good match personnel, a good match personnel or an inferior match personnel through operation and maintenance matching performance analysis, and sends the marking information of the corresponding operation and maintenance personnel to the intelligent management platform for storage, wherein the good match personnel performs operation and maintenance operations on the operation and maintenance high pipe main body, the operation and maintenance medium pipe main body and the operation and maintenance low pipe main body, and the poor match personnel performs operation and maintenance operations on the operation and maintenance low pipe main body.
7. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 6, wherein before the operation and maintenance operation of the corresponding operation and maintenance main body is performed, the operation and maintenance matching performance checking module acquires matched operation and maintenance personnel based on the marking information of the corresponding operation and maintenance main body, acquires the positions of the corresponding operation and maintenance personnel, calculates the distance between the positions of the operation and maintenance personnel and the positions of the corresponding operation and maintenance main body to obtain an operation and maintenance distance condition value, and marks the total number of times of operation and maintenance operation of the operation and maintenance main body by the corresponding operation and maintenance personnel in a history stage as an operation and maintenance table condition value;
And carrying out numerical calculation on the operation and maintenance matching check value, the operation and maintenance distance condition value and the operation and maintenance table condition value of the corresponding operation and maintenance personnel to obtain an operation and maintenance check condition value, sequencing all the operation and maintenance personnel which are matched according to the sequence of the operation and maintenance check condition value from big to small, marking the operation and maintenance personnel positioned at the head as the optimal personnel, transmitting the optimal personnel to a remote monitoring pipe end through an intelligent management platform, and arranging the optimal personnel to carry out operation and maintenance operation of the corresponding operation and maintenance main body by the remote monitoring pipe end.
8. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 6, wherein the specific analysis process of the operation and maintenance matching analysis is as follows:
Collecting the total duration of the equipment operation and maintenance operation performed by the corresponding operation and maintenance personnel in the history stage, marking the total duration as an operation and maintenance condition value, collecting the total times that the equipment operation and maintenance operation performed by the corresponding operation and maintenance personnel in the history stage does not arrive and starts to be performed within the specified time, marking the total times as non-compliance time frequency, obtaining an operation and maintenance condition value of the corresponding operation and maintenance personnel, and obtaining an operation and maintenance matching test value through carrying out numerical calculation on the operation and maintenance condition value, the non-compliance time frequency and the operation and maintenance condition value of the corresponding operation and maintenance personnel;
if the operation and maintenance matching check value exceeds the maximum value of the preset operation and maintenance matching check value range, marking the corresponding operation and maintenance personnel as excellent operation and maintenance personnel; if the operation and maintenance matching check value does not exceed the minimum value of the preset operation and maintenance matching check value range, marking the corresponding operation and maintenance personnel as inferior operation and maintenance personnel; and if the operation and maintenance matching check value is within the preset operation and maintenance matching check value range, marking the corresponding operation and maintenance personnel as good operation and maintenance personnel.
9. The intelligent management system for equipment operation and maintenance based on data analysis according to claim 8, wherein the operation and maintenance matching performance inspection module is in communication connection with the operation and maintenance monitoring evaluation module, in the process of equipment operation and maintenance operation by corresponding operation and maintenance personnel, the operation and maintenance monitoring evaluation module monitors the whole operation and maintenance operation process, through monitoring, identifies the error operation of the corresponding operation and maintenance personnel in the operation and maintenance operation process, marks the total occurrence number of the error operation in the corresponding operation and maintenance process as an operation and maintenance error condition value, marks the exceeding value of the operation and maintenance time duration of the corresponding operation and maintenance process compared with the preset operation and maintenance duration threshold as an operation and maintenance exceeding value, obtains an operation and maintenance monitoring value by carrying out numerical calculation on the operation and maintenance error condition value and the operation and maintenance exceeding value, and if the operation and maintenance monitoring value exceeds the preset operation and maintenance monitoring threshold, judges the corresponding operation process as a non-history operation and marks the number of the non-optimal operation processes of the corresponding operation and maintenance personnel in the corresponding operation stage as a corresponding operation and maintenance personnel to send the operation and maintenance monitoring personnel to the operation and maintenance monitoring module.
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