CN115618973A - Substation operation monitoring and error prevention analysis and processing system based on centralized control station - Google Patents

Substation operation monitoring and error prevention analysis and processing system based on centralized control station Download PDF

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CN115618973A
CN115618973A CN202211637104.4A CN202211637104A CN115618973A CN 115618973 A CN115618973 A CN 115618973A CN 202211637104 A CN202211637104 A CN 202211637104A CN 115618973 A CN115618973 A CN 115618973A
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王文
狄衡彬
陶雪峰
李杜康
王璐
邱宏瑜
刘林青
邵忠堂
胡晓慧
阁智祺
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Hefei Yousheng Electric Technology Co ltd
Xuancheng Power Supply Co of State Grid Anhui Electric Power Co Ltd
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Xuancheng Power Supply Co of State Grid Anhui Electric Power Co Ltd
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Abstract

The invention belongs to the technical field of substation operation anti-misoperation processing, and particularly discloses a substation operation monitoring anti-misoperation analysis processing system based on a centralized control station, which comprises an operation instruction information extraction module, a maintenance protection monitoring analysis module, a personnel maintenance process monitoring module, a personnel maintenance environment monitoring module, a personnel maintenance process anti-misoperation analysis module and an early warning terminal; according to the transformer substation maintenance operation monitoring method and device, operation monitoring and error analysis are carried out according to three dimensions, namely protection information corresponding to maintenance personnel, maintenance process information corresponding to the maintenance personnel and maintenance environment information, so that the problem that the current monitoring dimension has certain limitation is effectively solved, multi-dimensional maintenance monitoring of the transformer in the transformer substation is realized, the coverage rate and the accuracy of transformer maintenance operation monitoring of the transformer substation are greatly improved, the maintenance execution efficiency and the maintenance execution normalization of the transformer are ensured, and the occurrence probability of maintenance safety accidents of the maintenance personnel is effectively reduced.

Description

基于集控站的变电站操作监控防误分析处理系统Substation operation monitoring and error prevention analysis and processing system based on centralized control station

技术领域technical field

本发明属于变电站操作防误处理技术领域，涉及到基于集控站的变电站操作监控防误分析处理系统。The invention belongs to the technical field of substation operation error prevention processing and relates to a substation operation monitoring error prevention analysis and processing system based on a centralized control station.

背景技术Background technique

近年来，电力系统的快速发展，人们对于电力系统供电可靠性的要求越来越高。变电站作为电力系统的重要组成部分，直接关系着整个电力系统的安全稳定运行，而变压器作为变电和配电系统中非常重要的设备，其检修的重要性不言而喻。In recent years, with the rapid development of power systems, people have higher and higher requirements for power supply reliability of power systems. As an important part of the power system, the substation is directly related to the safe and stable operation of the entire power system, and the transformer is a very important equipment in the power transformation and distribution system, and the importance of its maintenance is self-evident.

由于变压器结构较为复杂，尤其是针对较大故障时，其检修流程较多和繁琐，比较容易出现操作失误或者操作错误的现象，而当前对变压器操作监测主要是通过对检修人员对应检修操作票信息与实际操作信息进行对比监测，由此对检修人员进行操作防误分析，很显然，当前操作防误监测与分析方式还存在以下问题：1、监测维度比较单一，存在一定的局限性，不仅无法确保检修人员检修过程的安全性，还无法保障变压器检修执行的精准性和检修效率。Due to the complex structure of the transformer, especially for larger faults, the maintenance process is more and cumbersome, and it is more prone to operational errors or wrong operations. The current monitoring of transformer operation is mainly through the corresponding maintenance operation ticket information of maintenance personnel. By comparing and monitoring with the actual operation information, we can analyze the operation error prevention of the maintenance personnel. Obviously, the current operation error prevention monitoring and analysis method still has the following problems: 1. The monitoring dimension is relatively single, and there are certain limitations. Not only cannot Ensuring the safety of maintenance personnel during the maintenance process cannot guarantee the accuracy and efficiency of transformer maintenance.

2、当前对变电站检修防误监测上主要针对“五防”进行监测，较为笼统，属于设备层的监测防误，对检修人员自身层面的分析维度研究较少，使得变压器检修操作的监测覆盖面不足，进而无法提高检修人员对应错误检修操作的觉察及时性和整改及时性。2. At present, the monitoring of substation maintenance error prevention mainly focuses on the "five preventions", which is relatively general and belongs to the monitoring and error prevention at the equipment level. There are few studies on the analysis dimension of the maintenance personnel's own level, which makes the monitoring coverage of transformer maintenance operations insufficient. , and then it is impossible to improve the timeliness of the maintenance personnel's awareness and rectification of the erroneous maintenance operations.

3、检修过程很多时候会涉及到元件拆卸，元件的放置以及检修工具的放置不仅影响检修进程，还可能造成变压器组装失败又或者元件遗落在变压器内部，严重影响了变压器的后续运行，当前没有对其进行监测与分析，无法保障变压器的后续运行的安全性和稳定性，也无法保障变压器的检修效果。3. The maintenance process often involves component disassembly. The placement of components and maintenance tools not only affects the maintenance process, but may also cause transformer assembly failure or components left inside the transformer, which seriously affects the subsequent operation of the transformer. Currently, there is no Monitoring and analyzing it cannot guarantee the safety and stability of the subsequent operation of the transformer, nor can it guarantee the maintenance effect of the transformer.

发明内容Contents of the invention

鉴于此，为解决上述背景技术中所提出的问题，现提出基于集控站的变电站操作监控防误分析处理系统。In view of this, in order to solve the problems raised in the above-mentioned background technology, a substation operation monitoring and error prevention analysis and processing system based on the centralized control station is proposed.

本发明的目的可以通过以下技术方案实现：本发明提供基于集控站的变电站操作监控防误分析处理系统，该系统包括：操作指令信息提取模块，用于提取指定变电站接收集控站下发的变压器检修操作指令信息。The purpose of the present invention can be achieved through the following technical solutions: the present invention provides a substation operation monitoring anti-error analysis and processing system based on the centralized control station, the system includes: an operation instruction information extraction module, used to extract the designated substation to receive the information issued by the centralized control station Transformer maintenance operation instruction information.

检修防护监测解析模块，用于当检修人员抵达指定变电站时，对检修人员进行防护监测与处理，得到检修人员的防护信息，进而解析得到检修人员对应的防护达标评估指数，若检修人员对应的防护达标指数未达到设定防护达标指数值，则发送防护预警指令至预警终端，若检修人员防护达标指数达到设定防护达标指数值，则启动人员检修过程监测模块。The maintenance protection monitoring analysis module is used to monitor and process the maintenance personnel when they arrive at the designated substation, obtain the protection information of the maintenance personnel, and then analyze and obtain the protection compliance evaluation index corresponding to the maintenance personnel. If the compliance index does not reach the set protection compliance index value, a protection warning command is sent to the early warning terminal. If the protection compliance index of the maintenance personnel reaches the set protection compliance index value, the personnel maintenance process monitoring module is started.

人员检修过程监测模块，用于将检修人员对应检修的变压器记为目标变压器，并当检修人员开始进行目标变压器检修时，对检修人员当前的检修过程进行监测与处理，得到检修人员当前对应的检修过程信息。The personnel maintenance process monitoring module is used to record the transformer corresponding to the maintenance personnel as the target transformer, and when the maintenance personnel start to carry out the target transformer maintenance, monitor and process the current maintenance process of the maintenance personnel, and obtain the current corresponding maintenance personnel process information.

人员检修环境监测模块，用于当检修人员进行目标变压器检修时，对其当前检修环境进行监测，得到检修人员当前对应的检修环境信息。The personnel maintenance environment monitoring module is used to monitor the current maintenance environment of the maintenance personnel when the maintenance personnel perform maintenance on the target transformer, and obtain the current maintenance environment information corresponding to the maintenance personnel.

人员检修过程防误解析模块，用于基于检修人员当前对应的检修过程信息和检修环境信息，解析得到检修人员对应的综合操作告警评估指数，以此确认检修人员当前对应的处理方式。The personnel maintenance process anti-mistake analysis module is used to analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel based on the current maintenance process information and maintenance environment information corresponding to the maintenance personnel, so as to confirm the current corresponding processing method of the maintenance personnel.

预警终端，用于当接收到预警指令时，进行对应预警。The early warning terminal is used for performing corresponding early warning when an early warning instruction is received.

优选地，所述解析得到检修人员对应的防护达标评估指数，具体解析过程包括以 下步骤：从检修人员对应的防护信息中定位出头部防护信息，进而提取头部防护完整度和 头部防护可靠度，分析得到检修人员对应的头部防护达标评估指数，并记为

Figure DEST_PATH_IMAGE001
。 Preferably, the analysis obtains the protection compliance evaluation index corresponding to the maintenance personnel. The specific analysis process includes the following steps: locate the head protection information from the protection information corresponding to the maintenance personnel, and then extract the completeness of the head protection and the reliability of the head protection. degree, the head protection compliance evaluation index corresponding to the maintenance personnel is obtained through analysis, and recorded as
Figure DEST_PATH_IMAGE001
.

从检修人员对应的防护信息中定位出手部防护信息，进而提取手部防护完整度、 手部防护缺陷度以及手部防护可靠度，分析得到检修人员对应的手部防护达标指数，并记 为

Figure 241717DEST_PATH_IMAGE002
。 The hand protection information is located from the protection information corresponding to the maintenance personnel, and then the completeness of the hand protection, the defect degree of the hand protection and the reliability of the hand protection are extracted, and the hand protection compliance index corresponding to the maintenance personnel is obtained by analysis, and recorded as
Figure 241717DEST_PATH_IMAGE002
.

从检修人员对应的防护信息中定位出脚部防护信息，按照手部防护达标指数的分 析方式同理分析得到检修人员对应的脚部防护达标指数，记为

Figure DEST_PATH_IMAGE003
。 The foot protection information is located from the protection information corresponding to the maintenance personnel, and the foot protection compliance index corresponding to the maintenance personnel is obtained through the analysis method of the hand protection compliance index, which is denoted as
Figure DEST_PATH_IMAGE003
.

依据分析公式

Figure 601154DEST_PATH_IMAGE004
分析得到检修人员对应的防护达标 评估指数
Figure DEST_PATH_IMAGE005
,
Figure 726105DEST_PATH_IMAGE006
分别表示为设定的头部防护、手部防护以及脚部防护对 应的人员防护评估占比权重，
Figure DEST_PATH_IMAGE007
为设定常数，
Figure 554515DEST_PATH_IMAGE008
，
Figure DEST_PATH_IMAGE009
、
Figure 931270DEST_PATH_IMAGE010
、
Figure DEST_PATH_IMAGE011
分别表示为 设定检修人员参照的头部防护达标指数阈值、手部防护达标指数阈值、脚部防护达标指数 阈值。 According to the analysis formula
Figure 601154DEST_PATH_IMAGE004
The protection compliance evaluation index corresponding to the maintenance personnel is obtained through analysis
Figure DEST_PATH_IMAGE005
,
Figure 726105DEST_PATH_IMAGE006
Respectively expressed as the proportion weight of personnel protection evaluation corresponding to the set head protection, hand protection and foot protection,
Figure DEST_PATH_IMAGE007
To set the constant,
Figure 554515DEST_PATH_IMAGE008
,
Figure DEST_PATH_IMAGE009
,
Figure 931270DEST_PATH_IMAGE010
,
Figure DEST_PATH_IMAGE011
Respectively expressed as the head protection compliance index threshold, hand protection compliance index threshold, and foot protection compliance index threshold for setting maintenance personnel's reference.

优选地，所述检修人员当前对应的检修过程信息具体包括检修操作信息、检修姿态信息和检修放置信息。Preferably, the maintenance process information currently corresponding to the maintenance personnel specifically includes maintenance operation information, maintenance attitude information and maintenance placement information.

所述检修操作信息包括检修内容差异度和检修顺序差异度。The maintenance operation information includes the degree of difference of the maintenance content and the degree of difference of the maintenance sequence.

所述检修姿态信息包括变压器吊罩姿态信息和检修人员的作业姿态信息，吊罩姿态信息包括起吊速度均匀度和起吊水平度，检修人员的作业姿态信息包括检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距。The maintenance posture information includes the posture information of the transformer hanging cover and the operation posture information of the maintenance personnel. The suspension cover posture information includes the uniformity of the lifting speed and the lifting level. The pedal position of the maintenance personnel and the horizontal maintenance distance between the maintenance personnel and the target transformer.

所述检修放置信息包括检修工具和拆卸零件对应的放置位置和放置规则度。The maintenance placement information includes the corresponding placement positions and placement regularity of maintenance tools and disassembled parts.

优选地，所述检修人员当前对应的检修环境信息包括温度、湿度、灰尘浓度和通风量。Preferably, the maintenance environment information currently corresponding to the maintenance personnel includes temperature, humidity, dust concentration and ventilation rate.

优选地，所述解析得到检修人员对应的综合操作告警评估指数，具体解析过程包 括以下步骤：步骤一、从检修人员当前对应的检修过程信息中提取检修操作信息，进而提取 检修内容差异度和检修顺序差异度，分别记为

Figure 535426DEST_PATH_IMAGE012
和
Figure DEST_PATH_IMAGE013
，解析得到检修人员当前对应 的检修操作告警评估指数，记为
Figure 457377DEST_PATH_IMAGE014
。Preferably, the analysis obtains the comprehensive operation alarm evaluation index corresponding to the maintenance personnel. The specific analysis process includes the following steps: Step 1. Extract the maintenance operation information from the maintenance process information currently corresponding to the maintenance personnel, and then extract the difference degree of maintenance content and the maintenance Sequential difference degree, denoted as
Figure 535426DEST_PATH_IMAGE012
and
Figure DEST_PATH_IMAGE013
, analyze and obtain the maintenance operation alarm evaluation index corresponding to the current maintenance personnel, denoted as
Figure 457377DEST_PATH_IMAGE014
.

步骤二、从检修人员当前对应的检修过程信息中提取检修姿态信息，解析得到检 修人员当前对应的检修姿态告警评估指数，记为

Figure DEST_PATH_IMAGE015
。 Step 2: Extract the maintenance attitude information from the current maintenance process information corresponding to the maintenance personnel, analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel, which is denoted as
Figure DEST_PATH_IMAGE015
.

步骤三、从检修人员当前对应的检修过程信息中提取检修放置信息，解析得到检 修人员当前对应的检修放置告警评估指数，记为

Figure 146984DEST_PATH_IMAGE016
。 Step 3. Extract the maintenance placement information from the maintenance process information corresponding to the maintenance personnel currently, and analyze and obtain the maintenance placement alarm evaluation index corresponding to the maintenance personnel, which is denoted as
Figure 146984DEST_PATH_IMAGE016
.

步骤四、从检修人员当前对应的检修环境信息中提取温度、湿度、灰尘浓度和通风 量，解析得到检修人员当前对应的检修环境告警评估指数，记为

Figure DEST_PATH_IMAGE017
。 Step 4: Extract the temperature, humidity, dust concentration and ventilation rate from the current maintenance environment information corresponding to the maintenance personnel, analyze and obtain the current maintenance environment alarm evaluation index corresponding to the maintenance personnel, which is recorded as
Figure DEST_PATH_IMAGE017
.

步骤五、依据分析公式

Figure 327430DEST_PATH_IMAGE018
分析得到检修人员对应的综合操作告警评估指数
Figure DEST_PATH_IMAGE019
，
Figure 134894DEST_PATH_IMAGE020
为设定的操作告警评估修正因 子，
Figure DEST_PATH_IMAGE021
分别表示为设定的检修操作、检修姿态、检修放置、检修环境 对应的操作告警评估占比权重，e表示自然常数。 Step 5. According to the analysis formula
Figure 327430DEST_PATH_IMAGE018
Analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE019
,
Figure 134894DEST_PATH_IMAGE020
Evaluate correction factors for set operational alerts,
Figure DEST_PATH_IMAGE021
Respectively represent the operation alarm evaluation proportion weights corresponding to the set maintenance operation, maintenance posture, maintenance placement, and maintenance environment, and e represents a natural constant.

优选地，所述检修人员当前对应的检修操作告警评估指数具体解析公式为

Figure 867226DEST_PATH_IMAGE022
,其中，
Figure DEST_PATH_IMAGE023
为检修人员当前 对应的检修操作告警评估指数，
Figure 919496DEST_PATH_IMAGE024
分别表示为设定的检修内容差异度、检修顺序 差异度对应的检修操作告警评估占比权重，
Figure DEST_PATH_IMAGE025
为设定的检修人员操作告警评估修正因 子，
Figure 998573DEST_PATH_IMAGE026
和
Figure DEST_PATH_IMAGE027
分别表示为设定的预警检修内容差异度、预警检修顺序差异度。 Preferably, the specific analytical formula of the maintenance operation alarm evaluation index currently corresponding to the maintenance personnel is
Figure 867226DEST_PATH_IMAGE022
,in,
Figure DEST_PATH_IMAGE023
is the current maintenance operation alarm evaluation index corresponding to the maintenance personnel,
Figure 919496DEST_PATH_IMAGE024
Respectively expressed as the proportion weight of the maintenance operation alarm evaluation corresponding to the set maintenance content difference degree and maintenance sequence difference degree,
Figure DEST_PATH_IMAGE025
Evaluate the correction factor for the set maintenance personnel operation alarm,
Figure 998573DEST_PATH_IMAGE026
and
Figure DEST_PATH_IMAGE027
Respectively expressed as the difference degree of the pre-warning maintenance content and the difference degree of the pre-warning maintenance sequence.

优选地，所述解析得到检修人员当前对应的检修姿态告警评估指数，具体解析过 程包括以下步骤:从检修人员当前对应的检修姿态信息中提取变压器吊罩姿态信息，进而 提取起吊均匀度和起吊水平度，分别记为

Figure 701955DEST_PATH_IMAGE028
和
Figure DEST_PATH_IMAGE029
,依据分析公式
Figure 106654DEST_PATH_IMAGE030
分析得到目标变压器起吊姿态告警评估指数
Figure DEST_PATH_IMAGE031
，
Figure 380641DEST_PATH_IMAGE032
分别表示为设定的起吊均匀度、起吊水平度对应的起吊状态告警评估占比权 重，
Figure DEST_PATH_IMAGE033
、
Figure 152157DEST_PATH_IMAGE034
分别表示为设定的参照起吊均匀度、参照起吊水平度，
Figure DEST_PATH_IMAGE035
分别表示为设 定的目标变压器起吊操作告警评估修正因子。 Preferably, the analysis obtains the maintenance attitude warning evaluation index currently corresponding to the maintenance personnel, and the specific analysis process includes the following steps: extracting the attitude information of the transformer hanging cover from the maintenance posture information corresponding to the maintenance personnel, and then extracting the lifting uniformity and lifting level degree, recorded as
Figure 701955DEST_PATH_IMAGE028
and
Figure DEST_PATH_IMAGE029
, according to the analytical formula
Figure 106654DEST_PATH_IMAGE030
The target transformer hoisting attitude warning evaluation index is obtained by analysis
Figure DEST_PATH_IMAGE031
,
Figure 380641DEST_PATH_IMAGE032
Respectively expressed as the proportion weight of the hoisting state alarm evaluation corresponding to the set hoisting uniformity and hoisting levelness,
Figure DEST_PATH_IMAGE033
,
Figure 152157DEST_PATH_IMAGE034
Respectively expressed as the set reference lifting uniformity, reference lifting levelness,
Figure DEST_PATH_IMAGE035
Respectively represent the correction factors for the set target transformer hoisting operation alarm evaluation.

从检修人员当前对应的检修姿态信息中提取检修人员的作业姿态信息，进而提取检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距。The working posture information of the maintenance personnel is extracted from the current maintenance posture information of the maintenance personnel, and then the holding position of the maintenance personnel corresponding to the maintenance tools, the pedal position of the maintenance personnel and the horizontal maintenance distance between the maintenance personnel and the target transformer are extracted.

根据检修人员对应检修工具的握取位置，分析得到检修人员对应的检修工具使用 安全度，记为

Figure 86877DEST_PATH_IMAGE036
，根据检修人员的脚踏位置，分析得到检修人员对应的脚踏位置安全度， 记为
Figure DEST_PATH_IMAGE037
。 According to the holding position of the maintenance personnel corresponding to the maintenance tools, the safety degree of the maintenance tools corresponding to the maintenance personnel is obtained by analysis, which is denoted as
Figure 86877DEST_PATH_IMAGE036
, according to the pedal position of the maintenance personnel, analyze and obtain the safety degree of the pedal position corresponding to the maintenance personnel, denoted as
Figure DEST_PATH_IMAGE037
.

将检修人员与目标变压器之间的水平检修间距，记为

Figure 770799DEST_PATH_IMAGE038
，通过分析公式
Figure DEST_PATH_IMAGE039
分析得到检修人员对应的作业 姿态告警评估指数
Figure 656715DEST_PATH_IMAGE040
，
Figure DEST_PATH_IMAGE041
分别表示为设定的检修工具使用安全度、脚踏 位置安全度、检修水平间距对应的作业姿态告警评估占比权重，
Figure 467808DEST_PATH_IMAGE042
分别表示为设定的参照检修工具使用安全度阈值、参照脚踏位置安全度阈值、参照安全检 修间距、参照许可安全检修间距偏离值，
Figure DEST_PATH_IMAGE043
为设定的作业姿态告警评估修正因子。 The horizontal maintenance distance between the maintenance personnel and the target transformer is recorded as
Figure 770799DEST_PATH_IMAGE038
, by analyzing the formula
Figure DEST_PATH_IMAGE039
Analyze and obtain the operation attitude warning evaluation index corresponding to the maintenance personnel
Figure 656715DEST_PATH_IMAGE040
,
Figure DEST_PATH_IMAGE041
Respectively represent the proportion weights of the operation posture alarm evaluation corresponding to the set maintenance tool use safety degree, pedal position safety degree, and maintenance horizontal distance,
Figure 467808DEST_PATH_IMAGE042
Respectively expressed as the set reference maintenance tool use safety threshold, reference pedal position safety threshold, reference safety maintenance distance, and reference permission safety maintenance distance deviation value,
Figure DEST_PATH_IMAGE043
Evaluate correction factors for set operating attitude alerts.

依据分析公式

Figure 365357DEST_PATH_IMAGE044
分析得到检修人员 当前对应的检修姿态告警评估指数
Figure DEST_PATH_IMAGE045
，
Figure 469448DEST_PATH_IMAGE046
分别表示为设定的起吊姿态告警、作 业姿态告警对应的检修姿态告警评估占比权重，
Figure DEST_PATH_IMAGE047
为设定的检修姿态告警评估占比权重。 According to the analysis formula
Figure 365357DEST_PATH_IMAGE044
Analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel
Figure DEST_PATH_IMAGE045
,
Figure 469448DEST_PATH_IMAGE046
Respectively expressed as the proportion weight of the maintenance attitude alarm corresponding to the set lifting attitude alarm and operation attitude alarm,
Figure DEST_PATH_IMAGE047
Evaluate the percentage weight for the set maintenance attitude warning.

优选地，所述解析得到检修人员当前对应的检修放置告警评估指数,解析过程包 括以下步骤：从检修人员当前对应的检修放置信息中提取检修工具对应的放置位置和放置 规则度，基于检修工具的放置位置，分析得到检修工具放置符合度，由此解析得到检修人员 当前检修工具放置告警评估指数，记为

Figure 344125DEST_PATH_IMAGE048
。 Preferably, the analysis obtains the maintenance placement alarm evaluation index currently corresponding to the maintenance personnel, and the analysis process includes the following steps: extracting the corresponding placement position and placement regularity of the maintenance tool from the maintenance placement information currently corresponding to the maintenance personnel, and based on the maintenance tools. The location of the maintenance tool is analyzed to obtain the conformity of the placement of the maintenance tool. From this analysis, the alarm evaluation index of the current maintenance tool placement of the maintenance personnel is obtained, which is denoted as
Figure 344125DEST_PATH_IMAGE048
.

从检修人员当前对应的检修放置信息中提取拆卸零件对应的放置位置和放置规 则度，按照检修工具放置告警评估指数的分析方式同理解析得到检修人员当前拆卸零件放 置告警评估指数，并记为

Figure DEST_PATH_IMAGE049
。 Extract the corresponding placement position and placement regularity of the disassembled parts from the maintenance placement information corresponding to the maintenance personnel. According to the analysis method of the maintenance tool placement alarm evaluation index, the alarm evaluation index of the maintenance personnel's current disassembly parts placement is obtained, and recorded as
Figure DEST_PATH_IMAGE049
.

依据分析公式

Figure 942597DEST_PATH_IMAGE050
分析得到检修人员当前对 应的检修放置告警评估指数
Figure DEST_PATH_IMAGE051
，
Figure 943920DEST_PATH_IMAGE052
分别表示为设定的检修工具放置、拆卸零件 放置对应的检修放置告警评估占比权重，
Figure DEST_PATH_IMAGE053
为设定的检修放置告警评估修正因子。 According to the analysis formula
Figure 942597DEST_PATH_IMAGE050
Analyze and obtain the current maintenance alarm evaluation index corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE051
,
Figure 943920DEST_PATH_IMAGE052
Respectively denoted as the proportion weight of the maintenance placement alarm evaluation corresponding to the maintenance tool placement and disassembly parts placement,
Figure DEST_PATH_IMAGE053
Evaluate the correction factor for the scheduled maintenance placement alarm.

优选地，所述解析得到检修人员当前对应的检修环境告警评估指数，具体解析过 程包括：将检修人员当前对应的温度、湿度、灰尘浓度和通风量，分别记为

Figure 235224DEST_PATH_IMAGE054
、
Figure DEST_PATH_IMAGE055
、
Figure 190672DEST_PATH_IMAGE056
和 q，依据分析公式
Figure DEST_PATH_IMAGE057
分析得到检修人员当前对应的检修环境告警评估指数
Figure 717469DEST_PATH_IMAGE058
，
Figure DEST_PATH_IMAGE059
分别 表示为设定的温度、湿度、灰尘浓度、通风量对应的检修环境评估占比权重，
Figure 589610DEST_PATH_IMAGE060
分别表示为设定的变压器检修过程适宜温度、适宜湿度、最大许可 灰尘浓度、适宜通风量，
Figure DEST_PATH_IMAGE061
分别表示为检修环境告警评估占比权重。 Preferably, the analysis obtains the maintenance environment alarm evaluation index currently corresponding to the maintenance personnel, and the specific analysis process includes: recording the current temperature, humidity, dust concentration and ventilation rate corresponding to the maintenance personnel as
Figure 235224DEST_PATH_IMAGE054
,
Figure DEST_PATH_IMAGE055
,
Figure 190672DEST_PATH_IMAGE056
and q, according to the analytical formula
Figure DEST_PATH_IMAGE057
Analyze and obtain the maintenance environment alarm evaluation index corresponding to the current maintenance personnel
Figure 717469DEST_PATH_IMAGE058
,
Figure DEST_PATH_IMAGE059
Respectively expressed as the proportion weight of the maintenance environment assessment corresponding to the set temperature, humidity, dust concentration, and ventilation volume,
Figure 589610DEST_PATH_IMAGE060
Respectively represent the set suitable temperature, suitable humidity, maximum allowable dust concentration and suitable ventilation during the transformer maintenance process,
Figure DEST_PATH_IMAGE061
Respectively expressed as the proportion weight of the maintenance environment alarm evaluation.

优选地，所述确认检修人员当前对应的处理方式，具体确认过程包括以下步骤：将检修人员对应的综合操作告警评估指数与设定的第一操作告警评估指数进行对比，若检修人员对应的综合操作告警评估指数大于或者等于设定的第一操作告警评估指数，发送停止检修预警指令至预警终端。Preferably, the confirmation of the current processing method corresponding to the maintenance personnel, the specific confirmation process includes the following steps: comparing the comprehensive operation alarm evaluation index corresponding to the maintenance personnel with the set first operation alarm evaluation index, if the comprehensive operation alarm evaluation index corresponding to the maintenance personnel The operation alarm evaluation index is greater than or equal to the set first operation alarm evaluation index, and an early warning command to stop maintenance is sent to the early warning terminal.

若检修人员对应的综合操作告警指数小于设定的第一操作告警评估指数且大于设定的第二操作告警评估指数，发送检修安全预警指令至预警终端，若检修人员对应的综合操作告警指数小于设定的第二操作告警评估指数，则不对检修人员进行处理。If the comprehensive operation alarm index corresponding to the maintenance personnel is less than the set first operation alarm evaluation index and greater than the set second operation alarm evaluation index, the maintenance safety warning command will be sent to the early warning terminal. If the comprehensive operation alarm index corresponding to the maintenance personnel is less than If the second operation alarm evaluation index is set, the maintenance personnel will not be dealt with.

相较于现有技术，本发明的有益效果如下：（1）本发明通过从检修人员对应的防护信息以及检修人员对应的检修过程信息以及检修环境信息这三个维度进行操作监控以及防误分析，有效解决当前监测维度存在一定局限性的问题，实现了变电站内变压器的多维度检修监控，大幅度提升了变电站变压器检修操作监控的覆盖率和精准性，从而有效确保了变压器检修执行效率和检修执行规范性。Compared with the prior art, the beneficial effects of the present invention are as follows: (1) The present invention conducts operation monitoring and error prevention analysis from three dimensions: the protection information corresponding to the maintenance personnel, the maintenance process information corresponding to the maintenance personnel, and the maintenance environment information , effectively solves the problem of certain limitations in the current monitoring dimension, realizes multi-dimensional maintenance monitoring of transformers in substations, and greatly improves the coverage and accuracy of transformer maintenance operation monitoring in substations, thereby effectively ensuring the efficiency and maintenance of transformer maintenance. Execute normative.

（2）本发明通过进行检修防护监测解析，通过从防护完整度、缺陷度以及可靠度这三个层面进行防护解析，有效增强了检修人员防护监测力度，从而有效保障了检修人员防护解析结果的可信度和参考性，确保了检修人员检修过程的绝缘性，从而降低了检修人员后续触电等安全事故的发生几率。(2) The present invention effectively enhances the protection and monitoring of maintenance personnel by performing protection analysis from the three levels of protection integrity, defect degree and reliability, thus effectively ensuring the accuracy of maintenance personnel protection analysis results. Reliability and reference ensure the insulation of maintenance personnel during the maintenance process, thereby reducing the probability of subsequent electric shock and other safety accidents for maintenance personnel.

（3）本发明在进行监测过程监测时，通过从检修操作信息、检修姿态信息以及检修放置信息这三个维度进行监测，实现了检修人员检修过程的多方位监测，不仅有效规避当前单一设备层面操作监控存在的片面性，提高了操作过程监控的覆盖面，还有效保障了检修人员错误检修操作觉察的及时性和整改的及时性，同时还极大防止了检修功率或者拆卸元件遗落在变压器内部的概率，确保了检修人员检修工具以及拆卸元件放置的规范性，在另一层面而言还促进变压器后续运行的安全性和稳定性，从而极大保障了变压器的检修效果。(3) When monitoring the monitoring process, the present invention monitors from the three dimensions of maintenance operation information, maintenance posture information, and maintenance placement information, and realizes multi-directional monitoring of maintenance personnel's maintenance process, which not only effectively avoids the current single equipment level The one-sidedness of the operation monitoring improves the coverage of the operation process monitoring, and effectively guarantees the timeliness of the maintenance personnel’s detection of wrong maintenance operations and the timeliness of rectification. Probability ensures the standardization of maintenance tools for maintenance personnel and the placement of dismantled components. On the other hand, it also promotes the safety and stability of the subsequent operation of the transformer, thus greatly ensuring the maintenance effect of the transformer.

（4）本发明通过对检修环境进行监测与解析，有效降低了对变压器器身以及绝缘部件后续使用过程中的影响，同时也有效降低了对变压器器身以及其他元件驻留时长的影响，从而在不干扰变压器后续使用的前提下为检修人员提供了充足的检修时长，进而避免了检修人员因检修时长不足造成漏检或者错检，并且还有效保障了检修人员检修过程的安全性，从而降低了检修人员检修过程的事故率。(4) By monitoring and analyzing the maintenance environment, the present invention effectively reduces the impact on the subsequent use of the transformer body and insulating components, and also effectively reduces the impact on the dwell time of the transformer body and other components, thereby On the premise of not interfering with the subsequent use of the transformer, sufficient maintenance time is provided for the maintenance personnel, thereby avoiding missed or wrong inspections caused by insufficient maintenance time, and effectively ensuring the safety of the maintenance personnel during the maintenance process, thereby reducing The accident rate of maintenance personnel in the maintenance process is calculated.

附图说明Description of drawings

为了更清楚地说明本发明实施例的技术方案，下面将对实施例描述所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the accompanying drawings that are required for the description of the embodiments. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. Those of ordinary skill in the art can also obtain other drawings based on these drawings without any creative effort.

图1为本发明系统各模块连接示意图。Fig. 1 is a schematic diagram of the connection of each module of the system of the present invention.

具体实施方式detailed description

下面将结合本发明实施以上内容仅仅是对本发明的构思所作的举例和说明，所属本技术领域的技术人员对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，只要不偏离发明的构思或者超越本权利要求书所定义的范围，均应属于本发明的保护范围。The following will be implemented in conjunction with the present invention. The above content is only an example and description of the concept of the present invention. Those skilled in the art will make various modifications or supplements to the described specific embodiments or replace them in similar ways. As long as it does not deviate from the concept of the invention or exceeds the scope defined in the claims, it shall belong to the protection scope of the present invention.

请参阅图1所示，本发明提供了基于集控站的变电站操作监控防误分析处理系统，包括操作指令信息提取模块、检修防护监测解析模块、人员检修过程监测模块、人员检修环境监测模块、人员检修过程防误解析模块和预警终端。Please refer to Fig. 1, the present invention provides a substation operation monitoring and anti-mistake analysis processing system based on a centralized control station, including an operation instruction information extraction module, an inspection and protection monitoring and analysis module, a personnel inspection and maintenance process monitoring module, and a personnel inspection and maintenance environment monitoring module. Anti-mis-analysis module and early warning terminal during personnel maintenance.

其中，检修防护监测解析模块分别与人员检修过程监测模块和预警终端连接，人员检修过程防误解析模块分别与人员检修过程监测模块、人员检修环境监测模块和预警终端连接，人员检修环境监测模块与操作指令信息提取模块连接。Among them, the maintenance protection monitoring analysis module is respectively connected with the personnel maintenance process monitoring module and the early warning terminal, the personnel maintenance process error prevention analysis module is respectively connected with the personnel maintenance process monitoring module, the personnel maintenance environment monitoring module and the early warning terminal, and the personnel maintenance environment monitoring module is connected with the early warning terminal. The operation instruction information extraction module is connected.

所述操作指令信息提取模块，用于提取指定变电站接收集控站下发的变压器检修操作指令信息。The operation instruction information extraction module is used to extract the transformer maintenance operation instruction information issued by the designated substation receiving centralized control station.

其中，操作指令信息包括检修操作项数目、各检修操作项对应的操作顺序和各检修操作项对应的操作内容。Wherein, the operation instruction information includes the number of maintenance operation items, the operation sequence corresponding to each maintenance operation item, and the operation content corresponding to each maintenance operation item.

所述检修防护监测解析模块，用于当检修人员抵达指定变电站时，对检修人员进行防护监测与处理，得到检修人员的防护信息，进而解析得到检修人员对应的防护达标评估指数，若检修人员对应的防护达标指数未达到设定防护达标指数值，则发送防护预警指令至预警终端，若检修人员防护达标指数达到设定防护达标指数值，则启动人员检修过程监测模块。The maintenance protection monitoring analysis module is used to perform protection monitoring and processing on the maintenance personnel when the maintenance personnel arrive at the designated substation, obtain the protection information of the maintenance personnel, and then analyze and obtain the protection compliance evaluation index corresponding to the maintenance personnel. If the protection compliance index does not reach the set protection compliance index value, a protection warning command is sent to the early warning terminal. If the protection compliance index of the maintenance personnel reaches the set protection compliance index value, the personnel maintenance process monitoring module is started.

具体地，检修人员对应的防护信息包括头部防护信息、手部防护信息和脚部防护信息，其中，头部防护信息包括头部防护完整度和头部防护可靠度，手部防护信息包括手部防护完整度、手部防护缺陷度以及手部防护可靠度，脚部防护信息包括脚部防护完整度、脚部防护缺陷度以及脚部防护可靠度。Specifically, the protection information corresponding to maintenance personnel includes head protection information, hand protection information, and foot protection information, wherein the head protection information includes head protection integrity and head protection reliability, and hand protection information includes hand protection information. The body protection integrity, hand protection defect degree and hand protection reliability, foot protection information includes foot protection integrity, foot protection defect degree and foot protection reliability.

需要说明的是，检修人员对应的头部防护信息、手部防护信息以及脚部防护信息对应监测与处理过程如下：A1、通过指定变电站内安置的第一高清摄像头对检修人员进行图像采集，得到检修人员对应的表观图像，并聚焦在检修人员对应的头部位置，得到检修人员对应的头部图像。It should be noted that the corresponding monitoring and processing process of the head protection information, hand protection information and foot protection information corresponding to the maintenance personnel is as follows: A1. The first high-definition camera installed in the designated substation collects images of the maintenance personnel, and obtains The apparent image corresponding to the maintenance personnel is focused on the head position corresponding to the maintenance personnel to obtain the head image corresponding to the maintenance personnel.

A2、从检修人员对应的头部图像中定位出安全帽的佩戴状态，若检修人员未佩戴安全帽，则将检修人员对应的头部防护完整度记为0，反之则将检修人员对应的头部防护完整度记为1，以此得到检修人员对应的头部防护完整度。A2. Locate the wearing status of the helmet from the head image corresponding to the maintenance personnel. If the maintenance personnel does not wear a helmet, record the head protection integrity corresponding to the maintenance personnel as 0; The completeness of the head protection is recorded as 1, so as to obtain the completeness of the head protection corresponding to the maintenance personnel.

A3、从检修人员对应的头部图像中定位出安全帽对应的磨损处数目、裂缝处数目、 最大磨损面积和最大裂缝面积，分别记为

Figure 802548DEST_PATH_IMAGE062
、
Figure DEST_PATH_IMAGE063
、
Figure 884773DEST_PATH_IMAGE064
、和
Figure DEST_PATH_IMAGE065
，依据分析公 式
Figure 825047DEST_PATH_IMAGE066
分析 得到检修人员对应的头部防护可靠度
Figure DEST_PATH_IMAGE067
，
Figure 314146DEST_PATH_IMAGE068
分别表示为设定的磨 损处数目、裂缝处数目、最大磨损面积、最大裂缝面积对应的头部防护可靠占比权重，
Figure DEST_PATH_IMAGE069
、
Figure 681673DEST_PATH_IMAGE070
、
Figure DEST_PATH_IMAGE071
、和
Figure 110250DEST_PATH_IMAGE072
分别表示为设定的安全帽许可存在磨损处数目、许可存在裂 缝处数目、许可最大磨损面积、许可最大裂缝面积。 A3. From the head image corresponding to the maintenance personnel, locate the number of worn parts, the number of cracks, the largest worn area and the largest cracked area corresponding to the helmet, which are recorded as
Figure 802548DEST_PATH_IMAGE062
,
Figure DEST_PATH_IMAGE063
,
Figure 884773DEST_PATH_IMAGE064
,and
Figure DEST_PATH_IMAGE065
, according to the analytical formula
Figure 825047DEST_PATH_IMAGE066
The reliability of the head protection corresponding to the maintenance personnel is obtained through analysis
Figure DEST_PATH_IMAGE067
,
Figure 314146DEST_PATH_IMAGE068
Respectively expressed as the set number of worn places, number of cracks, maximum wear area, maximum crack area corresponding to the head protection reliability ratio weight,
Figure DEST_PATH_IMAGE069
,
Figure 681673DEST_PATH_IMAGE070
,
Figure DEST_PATH_IMAGE071
,and
Figure 110250DEST_PATH_IMAGE072
Respectively expressed as the number of allowable wear places, the number of allowable cracks, the allowable maximum wear area, and the allowable maximum crack area of the set helmet.

A4、将检修人员对应的表观图像聚焦在检修人员对应的手部位置，得到检修人员对应的手部图像，从检修人员对应的手部图像中定位出绝缘手套的佩戴状态，若检修人员未佩戴绝缘手套或者仅佩戴一只绝缘手套，则将检修人员对应的手部防护完整度记为0，反之则将检修人员对应的手部防护完整度记为1，以此得到检修人员对应的手部防护完整度。A4. Focus the apparent image corresponding to the maintenance personnel on the corresponding hand position of the maintenance personnel, obtain the hand image corresponding to the maintenance personnel, and locate the wearing state of the insulating gloves from the hand images corresponding to the maintenance personnel. If the maintenance personnel do not If you wear insulating gloves or only wear one insulating glove, record the integrity of the hand protection corresponding to the maintenance personnel as 0; Internal protection integrity.

A5、将检修人员对应的手部图像进行放大处理，并从中定位出绝缘手套破损面积、 折痕处数目和裂缝处数目，分别记为

Figure DEST_PATH_IMAGE073
、
Figure 480313DEST_PATH_IMAGE074
和
Figure DEST_PATH_IMAGE075
，依据分析公式
Figure 327047DEST_PATH_IMAGE076
分析得到检修人员对 应的手部防护缺陷度，
Figure DEST_PATH_IMAGE077
分别表示为设定的破损面积、折痕处数目、裂缝处 数目对应的缺陷评估占比权重，
Figure 114743DEST_PATH_IMAGE078
、
Figure DEST_PATH_IMAGE079
和
Figure 781348DEST_PATH_IMAGE080
分别为设定的绝缘手套预警破损面积、预警 折痕处数目、预警裂缝处数目，且在一个具体实施例中
Figure DEST_PATH_IMAGE081
、
Figure 814157DEST_PATH_IMAGE082
和
Figure DEST_PATH_IMAGE083
均可以取值为0。 A5. Enlarge the hand image corresponding to the maintenance personnel, and locate the damaged area of the insulating glove, the number of creases and the number of cracks, which are recorded as
Figure DEST_PATH_IMAGE073
,
Figure 480313DEST_PATH_IMAGE074
and
Figure DEST_PATH_IMAGE075
, according to the analytical formula
Figure 327047DEST_PATH_IMAGE076
Analyze and obtain the defect degree of hand protection corresponding to maintenance personnel,
Figure DEST_PATH_IMAGE077
Respectively expressed as the proportion weight of the defect evaluation corresponding to the set damaged area, the number of creases, and the number of cracks,
Figure 114743DEST_PATH_IMAGE078
,
Figure DEST_PATH_IMAGE079
and
Figure 781348DEST_PATH_IMAGE080
Respectively, the pre-warning damaged area of insulating gloves, the number of pre-warning creases, and the number of pre-warning cracks, and in a specific embodiment
Figure DEST_PATH_IMAGE081
,
Figure 814157DEST_PATH_IMAGE082
and
Figure DEST_PATH_IMAGE083
Both can take a value of 0.

A6、从检修人员对应的手部图像中定位出绝缘手套对应的污渍处数目和最大污渍 面积，分别记为

Figure 640030DEST_PATH_IMAGE084
和
Figure DEST_PATH_IMAGE085
，依据分析公式
Figure 349360DEST_PATH_IMAGE086
分 析得到检修人员对应的手部防护可靠度
Figure DEST_PATH_IMAGE087
，
Figure 519573DEST_PATH_IMAGE088
分别表示为设定的污渍处数 目、污渍面积对应的防护可靠评估占比权重，
Figure DEST_PATH_IMAGE089
和
Figure 605340DEST_PATH_IMAGE090
分别表示为设定的绝缘手套许可污 渍处数目、许可污渍面积。 A6. Locate the number of stains and the largest stain area corresponding to the insulating gloves from the hand image corresponding to the maintenance personnel, which are recorded as
Figure 640030DEST_PATH_IMAGE084
and
Figure DEST_PATH_IMAGE085
, according to the analytical formula
Figure 349360DEST_PATH_IMAGE086
Analyze and obtain the reliability of hand protection for maintenance personnel
Figure DEST_PATH_IMAGE087
,
Figure 519573DEST_PATH_IMAGE088
Respectively expressed as the set number of stains and the proportion weight of the reliable evaluation of protection corresponding to the stained area,
Figure DEST_PATH_IMAGE089
and
Figure 605340DEST_PATH_IMAGE090
Respectively expressed as the number of allowable stains on insulating gloves and the allowable stain area.

A7、将检修人员对应的表观图像聚焦在检修人员对应的脚部位置，得到检修人员对应的脚部图像，按照检修人员手部防护完整度的分析方式分析得到检修人员对应的脚部防护完整度。A7. Focus the apparent image corresponding to the maintenance personnel on the foot position corresponding to the maintenance personnel, obtain the foot image corresponding to the maintenance personnel, and analyze the completeness of the foot protection corresponding to the maintenance personnel according to the analysis method of the integrity of the maintenance personnel's hand protection Spend.

A8、对检修人员对应的脚部图像进行放大处理，从中定位出绝缘鞋开胶处数目、最 大开胶面积和最大磨损面积，分别记为

Figure DEST_PATH_IMAGE091
、
Figure 285721DEST_PATH_IMAGE092
和
Figure DEST_PATH_IMAGE093
，依据分析公式
Figure 447843DEST_PATH_IMAGE094
分析得到检修人 员对应的脚部防护缺陷度
Figure DEST_PATH_IMAGE095
，
Figure 10411DEST_PATH_IMAGE096
分别表示为设定的绝缘鞋开胶处数 目、开胶面积、磨损面积对应的缺陷评估占比权重，
Figure DEST_PATH_IMAGE097
、
Figure 525968DEST_PATH_IMAGE098
和
Figure DEST_PATH_IMAGE099
分别表 示为设定的绝缘鞋预警开胶处数目、预警开胶面积、预警磨损面积。 A8. Enlarge the image of the foot corresponding to the maintenance personnel, and locate the number of glue-opened places, the maximum glue-open area and the maximum wear area of the insulating shoes, which are recorded as
Figure DEST_PATH_IMAGE091
,
Figure 285721DEST_PATH_IMAGE092
and
Figure DEST_PATH_IMAGE093
, according to the analytical formula
Figure 447843DEST_PATH_IMAGE094
Analyze and obtain the defect degree of foot protection corresponding to maintenance personnel
Figure DEST_PATH_IMAGE095
,
Figure 10411DEST_PATH_IMAGE096
Respectively expressed as the proportion weight of the defect evaluation corresponding to the number of glue openings, glue opening area, and wear area of the set insulating shoes,
Figure DEST_PATH_IMAGE097
,
Figure 525968DEST_PATH_IMAGE098
and
Figure DEST_PATH_IMAGE099
Respectively expressed as the number of pre-warning openings of insulating shoes, the area of pre-warning glue opening, and the area of pre-warning wear of insulating shoes.

A9、从检修人员对应的脚部放大图像中定位出绝缘鞋的色度和脏污面积，分别记 为

Figure 732959DEST_PATH_IMAGE100
和
Figure DEST_PATH_IMAGE101
，依据分析公式
Figure 174304DEST_PATH_IMAGE102
分析得到 检修人员对应的脚部防护可靠度
Figure DEST_PATH_IMAGE103
，
Figure 53530DEST_PATH_IMAGE104
分别表示为设定的色度、脏污面积对 应的可靠评估占比权重，
Figure DEST_PATH_IMAGE105
和
Figure 481100DEST_PATH_IMAGE106
分别表示为设定的绝缘斜参照色度值、预警脏污面积。 A9. Locate the chromaticity and dirty area of the insulating shoes from the enlarged image of the feet corresponding to the maintenance personnel, and record them as
Figure 732959DEST_PATH_IMAGE100
and
Figure DEST_PATH_IMAGE101
, according to the analytical formula
Figure 174304DEST_PATH_IMAGE102
Analyze the reliability of the foot protection corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE103
,
Figure 53530DEST_PATH_IMAGE104
Respectively expressed as the reliable evaluation proportion weight corresponding to the set chromaticity and dirty area,
Figure DEST_PATH_IMAGE105
and
Figure 481100DEST_PATH_IMAGE106
They are respectively expressed as the set insulation oblique reference chromaticity value and the pre-warning dirty area.

进一步地，解析得到检修人员对应的防护达标评估指数，具体解析过程包括以下 步骤：从检修人员对应的防护信息中定位出头部防护信息，进而提取头部防护完整度和头 部防护可靠度，分别记为

Figure DEST_PATH_IMAGE107
和
Figure 136072DEST_PATH_IMAGE108
，依据分析公式
Figure DEST_PATH_IMAGE109
分析得到检修人员对应的头 部防护达标评估指数
Figure 374418DEST_PATH_IMAGE110
，其中，
Figure DEST_PATH_IMAGE111
分别表示为头部防护完整度、头部防护可靠度 对应的头部防护达标评估占比权重，
Figure 990207DEST_PATH_IMAGE112
和
Figure DEST_PATH_IMAGE113
为设定的参照检修人员头部防护完整度 和参照检修人员头部防护完整度，
Figure 205157DEST_PATH_IMAGE114
为设定的检修人员头部防护达标评估修正因子。 Further, the protection compliance evaluation index corresponding to the maintenance personnel is analyzed and obtained. The specific analysis process includes the following steps: locate the head protection information from the protection information corresponding to the maintenance personnel, and then extract the completeness of the head protection and the reliability of the head protection. denoted respectively as
Figure DEST_PATH_IMAGE107
and
Figure 136072DEST_PATH_IMAGE108
, according to the analytical formula
Figure DEST_PATH_IMAGE109
The head protection compliance evaluation index corresponding to the maintenance personnel is obtained by analysis
Figure 374418DEST_PATH_IMAGE110
,in,
Figure DEST_PATH_IMAGE111
Respectively expressed as the proportion weight of head protection compliance evaluation corresponding to head protection integrity and head protection reliability,
Figure 990207DEST_PATH_IMAGE112
and
Figure DEST_PATH_IMAGE113
is the set reference maintenance personnel head protection integrity and reference maintenance personnel head protection integrity,
Figure 205157DEST_PATH_IMAGE114
Evaluate the correction factor for the set maintenance personnel's head protection compliance.

从检修人员对应的防护信息中定位出手部防护信息，进而提取手部防护完整度、 手部防护缺陷度以及手部防护可靠度，分别记为

Figure DEST_PATH_IMAGE115
、
Figure 204381DEST_PATH_IMAGE116
和
Figure DEST_PATH_IMAGE117
，依据分析公式
Figure 862896DEST_PATH_IMAGE118
分析得到 检修人员对应的手部防护达标指数
Figure DEST_PATH_IMAGE119
，其中，
Figure 215249DEST_PATH_IMAGE120
分别表示为设定的手部 防护完整度、手部防护缺陷度、手部防护可靠度对应的手部防护达标评估占比权重，
Figure DEST_PATH_IMAGE121
、
Figure 876299DEST_PATH_IMAGE122
和
Figure DEST_PATH_IMAGE123
分别表示为设定的检修人员对应的参照手部防护完整度、许可手部防护缺陷 度、参照手部防护可靠度，
Figure 115651DEST_PATH_IMAGE124
为设定的检修人员手部防护达标评估修正因子。 The hand protection information is located from the protection information corresponding to the maintenance personnel, and then the completeness of hand protection, the defect degree of hand protection and the reliability of hand protection are extracted, which are recorded as
Figure DEST_PATH_IMAGE115
,
Figure 204381DEST_PATH_IMAGE116
and
Figure DEST_PATH_IMAGE117
, according to the analytical formula
Figure 862896DEST_PATH_IMAGE118
Analyze and obtain the hand protection compliance index corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE119
,in,
Figure 215249DEST_PATH_IMAGE120
Respectively expressed as the proportion weight of the hand protection standard evaluation corresponding to the set hand protection integrity, hand protection defect degree, and hand protection reliability,
Figure DEST_PATH_IMAGE121
,
Figure 876299DEST_PATH_IMAGE122
and
Figure DEST_PATH_IMAGE123
Respectively expressed as the reference hand protection integrity, allowable hand protection defect degree, and reference hand protection reliability corresponding to the set maintenance personnel,
Figure 115651DEST_PATH_IMAGE124
Evaluate the correction factor for the set maintenance personnel's hand protection compliance.

从检修人员对应的防护信息中定位出脚部防护信息，按照手部防护达标指数的分 析方式同理分析得到检修人员对应的脚部防护达标指数，记为

Figure DEST_PATH_IMAGE125
。 The foot protection information is located from the protection information corresponding to the maintenance personnel, and the foot protection compliance index corresponding to the maintenance personnel is obtained through the analysis method of the hand protection compliance index, which is denoted as
Figure DEST_PATH_IMAGE125
.

依据分析公式

Figure 928755DEST_PATH_IMAGE126
分析得到检修人员 对应的防护达标评估指数
Figure DEST_PATH_IMAGE127
,
Figure 784715DEST_PATH_IMAGE128
分别表示为设定的头部防护、手部防护 以及脚部防护对应的人员防护评估占比权重，
Figure DEST_PATH_IMAGE129
为设定常数，
Figure 718299DEST_PATH_IMAGE130
，
Figure DEST_PATH_IMAGE131
、
Figure 327003DEST_PATH_IMAGE132
、
Figure DEST_PATH_IMAGE133
分别表示为设定检修人员参照的头部防护达标指数阈值、手部防护达标指数阈值、脚 部防护达标指数阈值。 According to the analysis formula
Figure 928755DEST_PATH_IMAGE126
The protection compliance evaluation index corresponding to the maintenance personnel is obtained through analysis
Figure DEST_PATH_IMAGE127
,
Figure 784715DEST_PATH_IMAGE128
Respectively expressed as the proportion weight of personnel protection evaluation corresponding to the set head protection, hand protection and foot protection,
Figure DEST_PATH_IMAGE129
To set the constant,
Figure 718299DEST_PATH_IMAGE130
,
Figure DEST_PATH_IMAGE131
,
Figure 327003DEST_PATH_IMAGE132
,
Figure DEST_PATH_IMAGE133
Respectively expressed as the head protection compliance index threshold, hand protection compliance index threshold, and foot protection compliance index threshold for setting maintenance personnel's reference.

本发明实施例通过进行检修防护监测解析，通过从防护完整度、缺陷度以及可靠度这三个层面进行防护解析，有效增强了检修人员防护监测力度，从而有效保障了检修人员防护解析结果的可信度和参考性，确保了检修人员检修过程的绝缘性，从而降低了检修人员后续触电等安全事故的发生几率。The embodiment of the present invention effectively enhances the protection and monitoring strength of maintenance personnel by performing maintenance protection monitoring and analysis from the three levels of protection integrity, defect degree and reliability, thereby effectively ensuring the reliability of the maintenance personnel's protection analysis results. Reliability and reference ensure the insulation of maintenance personnel during the maintenance process, thereby reducing the probability of subsequent electric shock and other safety accidents for maintenance personnel.

所述人员检修过程监测模块，用于将检修人员对应检修的变压器记为目标变压器，并当检修人员开始进行目标变压器检修时，对检修人员当前的检修过程进行监测与处理，得到检修人员当前对应的检修过程信息。The personnel inspection process monitoring module is used to record the transformer corresponding to the inspection by the maintenance personnel as the target transformer, and when the maintenance personnel starts to carry out the maintenance of the target transformer, monitor and process the current maintenance process of the maintenance personnel to obtain the current corresponding transformer of the maintenance personnel. maintenance process information.

具体地，检修人员当前对应的检修过程信息包括检修操作信息、检修姿态信息和检修放置信息。Specifically, the maintenance process information currently corresponding to the maintenance personnel includes maintenance operation information, maintenance posture information, and maintenance placement information.

其中，检修操作信息包括检修内容差异度和检修顺序差异度。Wherein, the maintenance operation information includes the difference degree of the maintenance content and the difference degree of the maintenance sequence.

需要说明的是，检修操作信息的具体监测与处理过程包括以下步骤：B1、启动目标变压器所在位置内安置的摄像头对检修人员当前的检修过程进行视频采集，得到检修人员当前对应的检修视频。It should be noted that the specific monitoring and processing process of maintenance operation information includes the following steps: B1. Start the camera installed in the location of the target transformer to collect video of the current maintenance process of the maintenance personnel, and obtain the current corresponding maintenance video of the maintenance personnel.

B2、将检修人员当前对应的检修视频分割为各操作分解图，并将各操作分解图按照检修人员的操作先后顺序进行排序，得到各操作分解图的实际操作排序。B2. Divide the maintenance video currently corresponding to the maintenance personnel into operation decomposition diagrams, and sort the operation decomposition diagrams according to the operation sequence of the maintenance personnel, so as to obtain the actual operation sequence of each operation decomposition diagram.

B3、从操作指令信息中提取各检修操作项对应的操作内容，将各检修操作项对应的操作内容与预设的各操作内容对应的指示操作分解图进行对比，匹配得到各检修操作项对应的各指示操作分解图。B3. Extract the operation content corresponding to each maintenance operation item from the operation instruction information, compare the operation content corresponding to each maintenance operation item with the instruction operation decomposition diagram corresponding to each preset operation content, and match to obtain the corresponding operation content of each maintenance operation item Exploded diagram of each instruction operation.

B4、将各操作分解图与各检修操作项对应的各指示操作分解图进行对比，若某操 作分解图与各检修操作项对应各指示操作分解图均不匹配，则将检修人员对应的检修内容 差异度记为

Figure 61741DEST_PATH_IMAGE134
，若某操作分解图与某检修操作项对应的某指示操作分解图一致，则判定 该操作分解图属于该检修操作项，由此得到检修人员当前执行的检修操作项数目，并将各 操作分解图进行检修操作项归类，得到各执行的检修操作项对应操作分解图数目。 B4. Compare each operation decomposition diagram with each instruction operation decomposition diagram corresponding to each maintenance operation item. If an operation decomposition diagram does not match each maintenance operation item corresponding to each instruction operation decomposition diagram, then the maintenance personnel corresponding to the maintenance content The degree of difference is recorded as
Figure 61741DEST_PATH_IMAGE134
, if an operation decomposition diagram is consistent with an instruction operation decomposition diagram corresponding to a maintenance operation item, it is determined that the operation decomposition diagram belongs to the maintenance operation item, and thus the number of maintenance operation items currently performed by the maintenance personnel is obtained, and each operation is decomposed The maintenance operation items are classified according to the graph, and the number of operation decomposition diagrams corresponding to each performed maintenance operation item is obtained.

B5、若检修人员当前执行的检修操作项数目大于1，将检修时间距离当前所处时间 点最近的检修操作项记为临近检修操作项，将其他检修操作项记为各非临近检修操作项， 若某非临近检修操作向对应的操作分解图数目与其指示操作分解图数目不一致，则将检修 人员对应的检修内容差异度记为

Figure DEST_PATH_IMAGE135
，反之则将检修人员对应的检修内容差异度记为
Figure 624572DEST_PATH_IMAGE136
， 由此得到检修人员对应的检修内容差异度，并记为
Figure DEST_PATH_IMAGE137
，其中，
Figure 1327DEST_PATH_IMAGE137
取值为
Figure 667800DEST_PATH_IMAGE138
或者
Figure DEST_PATH_IMAGE139
或者
Figure 839018DEST_PATH_IMAGE140
，且在一个具体实施例中，
Figure DEST_PATH_IMAGE141
取值为1、
Figure 889145DEST_PATH_IMAGE142
取值为0.6、
Figure 7274DEST_PATH_IMAGE140
取值为0。 B5. If the number of maintenance operation items currently performed by the maintenance personnel is greater than 1, record the maintenance operation items whose maintenance time is closest to the current time point as immediate maintenance operation items, and record other maintenance operation items as non-imminent maintenance operation items, If the number of operation decomposition diagrams corresponding to a non-imminent maintenance operation direction is inconsistent with the number of instruction operation decomposition diagrams, the difference degree of maintenance content corresponding to the maintenance personnel is recorded as
Figure DEST_PATH_IMAGE135
, otherwise, the difference degree of maintenance content corresponding to the maintenance personnel is recorded as
Figure 624572DEST_PATH_IMAGE136
, so that the difference degree of the maintenance content corresponding to the maintenance personnel is obtained, and recorded as
Figure DEST_PATH_IMAGE137
,in,
Figure 1327DEST_PATH_IMAGE137
The value is
Figure 667800DEST_PATH_IMAGE138
or
Figure DEST_PATH_IMAGE139
or
Figure 839018DEST_PATH_IMAGE140
, and in a specific embodiment,
Figure DEST_PATH_IMAGE141
The value is 1,
Figure 889145DEST_PATH_IMAGE142
The value is 0.6,
Figure 7274DEST_PATH_IMAGE140
The value is 0.

B6、从操作指令信息中提取各检修操作项对应的操作顺序，同时提取检修人员当前执行的各检修操作项中各操作分解图对应的实际操作顺序。B6. Extract the operation sequence corresponding to each maintenance operation item from the operation instruction information, and simultaneously extract the actual operation sequence corresponding to each operation decomposition diagram in each maintenance operation item currently performed by the maintenance personnel.

B7、若某执行的检修操作项的操作顺序在其他另一个执行的检修操作项顺序之前 且该执行的检修操作项中某检修操作分解图的实际操作顺序在其他另一个执行的检修操 作项中某检修操作分解图的实际操作顺序之后，则将检修人员对应的检修顺序差异度记为

Figure DEST_PATH_IMAGE143
，若某执行的检修操作项顺序在其他另一个执行的检修操作项顺序之前且该执行的检 修操作项中各检修操作分解图的实际操作顺序均在其他另一个执行的检修操作项中各检 修操作分解图对应的实际操作顺序之前，则将检修人员对应的检修顺序差异度记为
Figure 324992DEST_PATH_IMAGE144
，由 此得到检修人员对应的检修顺序差异度，并记为
Figure DEST_PATH_IMAGE145
，
Figure 558789DEST_PATH_IMAGE145
取值为
Figure 673376DEST_PATH_IMAGE143
或者
Figure 595195DEST_PATH_IMAGE144
，且在一 个具体实施例中，
Figure 111627DEST_PATH_IMAGE143
取值为1，
Figure 342757DEST_PATH_IMAGE144
取值为0。 B7. If the operation sequence of an executed maintenance operation item is before another executed maintenance operation item and the actual operation sequence of a certain maintenance operation decomposition diagram in the executed maintenance operation item is in another executed maintenance operation item After the actual operation sequence of a maintenance operation decomposition diagram, the difference degree of the maintenance sequence corresponding to the maintenance personnel is recorded as
Figure DEST_PATH_IMAGE143
, if the sequence of an executed maintenance operation item is before the sequence of another executed maintenance operation item and the actual operation sequence of each maintenance operation decomposition diagram in the executed maintenance operation item is in the order of each maintenance operation item in another executed maintenance operation item Before the actual operation sequence corresponding to the operation decomposition diagram, the difference degree of the maintenance sequence corresponding to the maintenance personnel is recorded as
Figure 324992DEST_PATH_IMAGE144
, thus the difference degree of the maintenance sequence corresponding to the maintenance personnel is obtained, and recorded as
Figure DEST_PATH_IMAGE145
,
Figure 558789DEST_PATH_IMAGE145
The value is
Figure 673376DEST_PATH_IMAGE143
or
Figure 595195DEST_PATH_IMAGE144
, and in a specific embodiment,
Figure 111627DEST_PATH_IMAGE143
The value is 1,
Figure 342757DEST_PATH_IMAGE144
The value is 0.

其中，检修姿态信息包括变压器吊罩姿态信息和检修人员的作业姿态信息，吊罩姿态信息包括起吊速度均匀度和起吊水平度，检修人员的作业姿态信息包括检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距。Among them, the maintenance posture information includes the posture information of the transformer hanging cover and the operation posture information of the maintenance personnel. The pedal position of the maintenance personnel and the horizontal maintenance distance between the maintenance personnel and the target transformer.

需要说明的是，吊罩姿态信息的具体监测与处理过程包括以下步骤：E1、按照设定的单位监测时间间隔通过指定变电站内安置的第二高清摄像头对目标变压器的起吊过程进行图像采集，得到第二高清摄像头在各监测时间点对应采集的目标变压器起吊图像，在一个具体实施例中，单位监测时间间隔是以1分钟为单位时间。It should be noted that the specific monitoring and processing process of the attitude information of the hanging cover includes the following steps: E1. According to the set unit monitoring time interval, the image acquisition of the lifting process of the target transformer is carried out through the second high-definition camera installed in the designated substation, and the obtained The second high-definition camera corresponds to the hoisting images of the target transformer collected at each monitoring time point. In a specific embodiment, the unit monitoring time interval is 1 minute as the unit time.

E2、从第二高清摄像头在各监测时间点对应采集的目标变压器起吊图像中定位出目标变压器中心点与地面之间的垂直间距，并作为变压器在各监测时间点对应的起吊间距。E2. Locate the vertical distance between the center point of the target transformer and the ground from the hoisting images of the target transformer collected by the second high-definition camera at each monitoring time point, and use it as the lifting distance corresponding to the transformer at each monitoring time point.

E3、将目标变压器在第一个监测时间点记为初始监测时间点，将目标变压器在其他各监测时间点作为各目标监测时间点，将目标变压器在各目标监测时间点对应的起吊间距与其初始监测时间点对应的起吊间距进行作差，得到各目标监测时间点对应的上升距离；E3. Record the target transformer at the first monitoring time point as the initial monitoring time point, use the target transformer at other monitoring time points as each target monitoring time point, and compare the lifting distance corresponding to the target transformer at each target monitoring time point with its initial monitoring time point. The hoisting distance corresponding to the monitoring time point is calculated, and the lifting distance corresponding to each target monitoring time point is obtained;

E4、将各目标监测时间点对应的上升距离与单位时间长度作比得到各目标监测时 间点对应的上升速度，并从中提取出最高上升速度和最低上升速度，同时将各目标监测时 间点对应的上升速度进行均值计算，得到平均上升速度，依据计算公式

Figure 820006DEST_PATH_IMAGE146
分析得到起吊速度均匀度。 E4. Compare the rising distance corresponding to each target monitoring time point with the unit time length to obtain the rising speed corresponding to each target monitoring time point, and extract the highest rising speed and the lowest rising speed from it. Calculate the mean value of the rising speed to get the average rising speed, according to the calculation formula
Figure 820006DEST_PATH_IMAGE146
The uniformity of lifting speed is obtained by analysis.

E5、从第二高清摄像头在各监测时间点对应采集的目标变压器起吊图像中定位出 目标变压器两端中心点与地面之间的垂直间距，将目标变压器两端中心点与地面之间的垂 直间距进行作差，得到目标变压器在各监测时间点对应的两端间距差，依据计算公式

Figure DEST_PATH_IMAGE147
分析得到起吊水平度。 E5. Locate the vertical distance between the center point at both ends of the target transformer and the ground from the hoisting images of the target transformer collected by the second high-definition camera at each monitoring time point, and calculate the vertical distance between the center point at both ends of the target transformer and the ground Make a difference to obtain the distance difference between the two ends of the target transformer at each monitoring time point, according to the calculation formula
Figure DEST_PATH_IMAGE147
The analysis obtains the lifting levelness.

还需要说明的是，检修人员的作业姿态信息的具体监测与处理过程包括以下步骤：通过第二高清摄像头对检修人员的作业姿态进行图像采集，并定位出检修人员对应的检修图像。It should also be noted that the specific monitoring and processing process of the maintenance personnel's operation posture information includes the following steps: collecting images of the maintenance personnel's operation posture through the second high-definition camera, and locating the maintenance image corresponding to the maintenance personnel.

将检修人员对应的检修图像中聚焦在检修人员对应的手部位置，得到检修人员对应检修工具的握取位置；Focus the maintenance image corresponding to the maintenance personnel on the hand position corresponding to the maintenance personnel, and obtain the holding position of the maintenance tools corresponding to the maintenance personnel;

将检修人员对应的检修图像中聚焦在检修人员对应的脚部位置，得到检修人员对应脚踏位置；Focus the maintenance image corresponding to the maintenance personnel on the foot position corresponding to the maintenance personnel, and obtain the pedal position corresponding to the maintenance personnel;

将检修人员对应的检修图像聚焦在检修人员对应的身体位置，在检修人员的身体位置内按照从头到脚的方式依次布设距离监测点，得到各距离监测点与目标变压器之间的水平间距，并将最短的水平间距作为检修人员与目标变压器之间的水平检修间距。The maintenance image corresponding to the maintenance personnel is focused on the corresponding body position of the maintenance personnel, and the distance monitoring points are arranged sequentially from head to toe in the body position of the maintenance personnel, and the horizontal distance between each distance monitoring point and the target transformer is obtained, and The shortest horizontal distance is taken as the horizontal maintenance distance between the maintenance personnel and the target transformer.

其中，检修放置信息包括检修工具和拆卸零件对应的放置位置和放置规则度，其具体监测与处理过程为：通过第三高清摄像头对检修人员进行拆卸过程图像采集，得到各采集的拆卸过程图像。Among them, the maintenance placement information includes the corresponding placement position and placement regularity of maintenance tools and disassembly parts. The specific monitoring and processing process is: the disassembly process images are collected by the maintenance personnel through the third high-definition camera, and the collected disassembly process images are obtained.

从采集的各拆卸过程图像中定位出检修工具的放置位置以及检修工具放置轮廓， 将检修工具的放置轮廓与设定的检修工具对应的参考放置轮廓进行重叠对比，得到检修工 具对应的放置重合面积，进而依据公式

Figure 827408DEST_PATH_IMAGE148
分析得 到检修工具的放置规则度。Locate the placement position of the maintenance tool and the placement contour of the maintenance tool from the collected images of each disassembly process, and compare the placement contour of the maintenance tool with the reference placement contour corresponding to the set maintenance tool to obtain the corresponding placement overlap area of the maintenance tool , and then according to the formula
Figure 827408DEST_PATH_IMAGE148
The placement regularity of maintenance tools is obtained through analysis.

从采集的各拆卸过程图像中定位出拆卸零件的放置位置以及拆卸零件的放置轮廓，按照检修工具放置规则的分析方式同理分析得到拆卸零件的放置规则度。The location of the dismantled parts and the contour of the disassembled parts are located from the collected images of each dismantling process, and the placement regularity of the disassembled parts is obtained by analyzing in the same way as the analysis method of the maintenance tool placement rules.

所述人员检修环境监测模块，用于当检修人员进行目标变压器检修时，对其当前检修环境进行监测，得到检修人员当前对应的检修环境信息，其中，检修环境信息包括温度、湿度、灰尘浓度和通风量。The personnel maintenance environment monitoring module is used to monitor the current maintenance environment of the maintenance personnel when the maintenance personnel perform the maintenance of the target transformer, and obtain the current maintenance environment information corresponding to the maintenance personnel, wherein the maintenance environment information includes temperature, humidity, dust concentration and Ventilation.

需要补充的是，温度通过温度传感器监测得到，湿度通过湿度传感器监测得到，灰尘浓度通过灰尘浓度传感器监测得到，通风量通过风速测定仪监测得到。What needs to be added is that the temperature is obtained by monitoring the temperature sensor, the humidity is obtained by monitoring the humidity sensor, the dust concentration is obtained by monitoring the dust concentration sensor, and the ventilation rate is obtained by monitoring the anemometer.

本发明实施例在进行监测过程监测时，通过从检修操作信息、检修姿态信息以及检修放置信息这三个维度进行监测，实现了检修人员检修过程的多方位监测，不仅有效规避当前单一设备层面操作监控存在的片面性，提高了操作过程监控的覆盖面，还有效保障了检修人员错误检修操作觉察的及时性和整改的及时性，同时还极大防止了检修功率或者拆卸元件遗落在变压器内部的概率，确保了检修人员检修工具以及拆卸元件放置的规范性，在另一层面而言还促进变压器后续运行的安全性和稳定性，从而极大保障了变压器的检修效果。In the embodiment of the present invention, when monitoring the monitoring process, by monitoring from the three dimensions of maintenance operation information, maintenance posture information, and maintenance placement information, the multi-directional monitoring of the maintenance process of the maintenance personnel is realized, which not only effectively avoids the current operation at the single equipment level The one-sidedness of the monitoring improves the coverage of the monitoring of the operation process, and effectively guarantees the timeliness of the maintenance personnel's detection of wrong maintenance operations and the timeliness of rectification, and also greatly prevents the probability of maintenance power or disassembled components being left inside the transformer , to ensure the standardization of maintenance personnel’s maintenance tools and the placement of dismantled components, and on the other hand, it also promotes the safety and stability of the subsequent operation of the transformer, thus greatly ensuring the maintenance effect of the transformer.

所述人员检修过程防误解析模块，用于基于检修人员当前对应的检修过程信息和检修环境信息，解析得到检修人员对应的综合操作告警评估指数，以此确认检修人员当前对应的处理方式。The personnel maintenance process error prevention analysis module is used to analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel based on the current maintenance process information and maintenance environment information corresponding to the maintenance personnel, so as to confirm the current corresponding processing method of the maintenance personnel.

示例性地，解析得到检修人员对应的综合操作告警评估指数，具体解析过程包括 以下步骤：步骤一、从检修人员当前对应的检修过程信息中提取检修操作信息，进而提取检 修内容差异度

Figure DEST_PATH_IMAGE149
和检修顺序差异度
Figure 870450DEST_PATH_IMAGE150
，解析得到检修人员当前对应的检修操作告警 评估指数，记为
Figure DEST_PATH_IMAGE151
。 Exemplarily, the comprehensive operation alarm evaluation index corresponding to the maintenance personnel is obtained through analysis. The specific analysis process includes the following steps: Step 1. Extract the maintenance operation information from the maintenance process information currently corresponding to the maintenance personnel, and then extract the difference degree of maintenance content
Figure DEST_PATH_IMAGE149
and maintenance sequence difference
Figure 870450DEST_PATH_IMAGE150
, analyze and obtain the maintenance operation alarm evaluation index corresponding to the current maintenance personnel, denoted as
Figure DEST_PATH_IMAGE151
.

可理解地，检修人员当前对应的检修操作告警评估指数具体解析公式为

Figure 538061DEST_PATH_IMAGE152
,其中，
Figure DEST_PATH_IMAGE153
为检修人员当前 对应的检修操作告警评估指数，
Figure 925442DEST_PATH_IMAGE154
分别表示为设定的检修内容差异度、检修顺序 差异度对应的检修操作告警评估占比权重，
Figure DEST_PATH_IMAGE155
为设定的检修人员操作告警评估修正因 子，
Figure 985802DEST_PATH_IMAGE156
和
Figure DEST_PATH_IMAGE157
分别表示为设定的预警检修内容差异度、预警检修顺序差异度。 Understandably, the specific analytical formula of the maintenance operation alarm evaluation index corresponding to the maintenance personnel is as follows:
Figure 538061DEST_PATH_IMAGE152
,in,
Figure DEST_PATH_IMAGE153
is the current maintenance operation alarm evaluation index corresponding to the maintenance personnel,
Figure 925442DEST_PATH_IMAGE154
Respectively expressed as the proportion weight of the maintenance operation alarm evaluation corresponding to the set maintenance content difference degree and maintenance sequence difference degree,
Figure DEST_PATH_IMAGE155
Evaluate the correction factor for the set maintenance personnel operation alarm,
Figure 985802DEST_PATH_IMAGE156
and
Figure DEST_PATH_IMAGE157
Respectively expressed as the difference degree of the pre-warning maintenance content and the difference degree of the pre-warning maintenance sequence.

步骤二、从检修人员当前对应的检修过程信息中提取检修姿态信息，解析得到检 修人员当前对应的检修姿态告警评估指数，记为

Figure 239277DEST_PATH_IMAGE158
。 Step 2: Extract the maintenance attitude information from the current maintenance process information corresponding to the maintenance personnel, analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel, which is denoted as
Figure 239277DEST_PATH_IMAGE158
.

可理解地，解析得到检修人员当前对应的检修姿态告警评估指数，具体解析过程 包括以下步骤：Y1、从检修人员当前对应的检修姿态信息中提取变压器吊罩姿态信息，进而 提取起吊均匀度和起吊水平度，分别记为

Figure DEST_PATH_IMAGE159
和
Figure 94101DEST_PATH_IMAGE160
,依据分析公式
Figure DEST_PATH_IMAGE161
分析得到目标变压器起吊姿态告警评估指数
Figure 326368DEST_PATH_IMAGE162
，
Figure DEST_PATH_IMAGE163
分别表示为设定的起吊均匀度、起吊水平度对应的起吊状态告警评估占比权 重，
Figure 924839DEST_PATH_IMAGE164
、
Figure DEST_PATH_IMAGE165
分别表示为设定的参照起吊均匀度、参照起吊水平度，
Figure 427627DEST_PATH_IMAGE166
分别表示为设 定的目标变压器起吊操作告警评估修正因子。 Understandably, the maintenance attitude warning evaluation index currently corresponding to the maintenance personnel is obtained by analyzing. The specific analysis process includes the following steps: Y1. Extract the attitude information of the transformer hanging cover from the maintenance attitude information corresponding to the maintenance personnel, and then extract the lifting uniformity and lifting horizontality, denoted as
Figure DEST_PATH_IMAGE159
and
Figure 94101DEST_PATH_IMAGE160
, according to the analytical formula
Figure DEST_PATH_IMAGE161
The target transformer hoisting attitude warning evaluation index is obtained by analysis
Figure 326368DEST_PATH_IMAGE162
,
Figure DEST_PATH_IMAGE163
Respectively expressed as the proportion weight of the hoisting state alarm evaluation corresponding to the set hoisting uniformity and hoisting levelness,
Figure 924839DEST_PATH_IMAGE164
,
Figure DEST_PATH_IMAGE165
Respectively expressed as the set reference lifting uniformity, reference lifting levelness,
Figure 427627DEST_PATH_IMAGE166
Respectively represent the correction factors for the set target transformer hoisting operation alarm evaluation.

Y2、从检修人员当前对应的检修姿态信息中提取检修人员的作业姿态信息，进而提取检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距。Y2. Extract the working posture information of the maintenance personnel from the current maintenance posture information of the maintenance personnel, and then extract the holding position of the maintenance personnel corresponding to the maintenance tools, the pedal position of the maintenance personnel, and the horizontal maintenance distance between the maintenance personnel and the target transformer .

Y3、根据检修人员对应检修工具的握取位置，分析得到检修人员对应的检修工具 使用安全度，记为

Figure DEST_PATH_IMAGE167
，根据检修人员的脚踏位置，分析得到检修人员对应的脚踏位置安全 度，记为
Figure 843565DEST_PATH_IMAGE168
。 Y3. According to the holding position of the maintenance tool corresponding to the maintenance personnel, analyze and obtain the safety degree of the maintenance tool corresponding to the maintenance personnel, which is recorded as
Figure DEST_PATH_IMAGE167
, according to the pedal position of the maintenance personnel, analyze and obtain the safety degree of the pedal position corresponding to the maintenance personnel, denoted as
Figure 843565DEST_PATH_IMAGE168
.

需要说明的是，分析得到检修人员对应的检修工具使用安全度的具体分析过程 为：将检修人员对应检修工具的握取位置与设定的检修工具对应的危险握取位置进行对 比，得到检修人员对应的危险握取偏距，并记为

Figure DEST_PATH_IMAGE169
。 It should be noted that the specific analysis process for obtaining the safety degree of the maintenance tool corresponding to the maintenance personnel is as follows: compare the holding position of the maintenance personnel corresponding to the maintenance tool with the set dangerous holding position corresponding to the maintenance tool, and obtain the The corresponding dangerous grip offset distance, and recorded as
Figure DEST_PATH_IMAGE169
.

将检修人员对应检修工具的握取位置与设定的检修工具对应的标准握取位置进 行对比，得到检修人员对应的标准握取偏距，记为

Figure 579440DEST_PATH_IMAGE170
，依据分析公式
Figure DEST_PATH_IMAGE171
分析得到检修人员对应的检修工 具使用安全度
Figure 201176DEST_PATH_IMAGE172
，
Figure DEST_PATH_IMAGE173
分别表示为设定的危险握取偏距、标准握取偏距对应的评 估修正因子，
Figure 73317DEST_PATH_IMAGE174
分别表示为设定的参考危险握取偏距、参考标准握取偏距。 Comparing the gripping position of the maintenance personnel corresponding to the maintenance tool with the standard gripping position corresponding to the set maintenance tool, the standard grip offset distance corresponding to the maintenance personnel is obtained, which is denoted as
Figure 579440DEST_PATH_IMAGE170
, according to the analytical formula
Figure DEST_PATH_IMAGE171
Analyze and obtain the safety degree of the maintenance tools corresponding to the maintenance personnel
Figure 201176DEST_PATH_IMAGE172
,
Figure DEST_PATH_IMAGE173
Respectively expressed as the evaluation correction factors corresponding to the set dangerous gripping distance and standard gripping distance,
Figure 73317DEST_PATH_IMAGE174
Respectively represent the set reference dangerous grip offset distance and reference standard grip offset distance.

还需要说明的是，分析得到检修人员对应的脚踏位置安全度，具体分析为：将检修 人员的脚踏位置与设定的各预警脚踏位置进行对比，若检修人员的脚踏位置与某设定的预 警脚踏位置一致，则将检修人员对应的脚踏位置安全度记为

Figure DEST_PATH_IMAGE175
，若检修人员的脚踏位置 与设定的各预警脚踏位置均不一致，则将检修人员对应的脚踏位置安全度记为
Figure 660156DEST_PATH_IMAGE176
，以此 得到检修人员对应的脚踏位置安全度
Figure DEST_PATH_IMAGE177
，
Figure 102901DEST_PATH_IMAGE178
取值为
Figure DEST_PATH_IMAGE179
或者
Figure 308755DEST_PATH_IMAGE180
，
Figure 487932DEST_PATH_IMAGE180
>
Figure 448935DEST_PATH_IMAGE179
,且在一 个具体实施例中
Figure 97085DEST_PATH_IMAGE179
和
Figure 60624DEST_PATH_IMAGE180
取值均不为0。 It should also be noted that the safety degree of the pedal position corresponding to the maintenance personnel is obtained through analysis. If the set warning pedal positions are consistent, the safety degree of the pedal position corresponding to the maintenance personnel is recorded as
Figure DEST_PATH_IMAGE175
, if the pedal position of the maintenance personnel is inconsistent with the set pedal positions of each warning, the safety degree of the pedal position corresponding to the maintenance personnel is recorded as
Figure 660156DEST_PATH_IMAGE176
, so as to obtain the safety degree of the pedal position corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE177
,
Figure 102901DEST_PATH_IMAGE178
The value is
Figure DEST_PATH_IMAGE179
or
Figure 308755DEST_PATH_IMAGE180
,
Figure 487932DEST_PATH_IMAGE180
>
Figure 448935DEST_PATH_IMAGE179
, and in a specific embodiment
Figure 97085DEST_PATH_IMAGE179
and
Figure 60624DEST_PATH_IMAGE180
None of the values are 0.

在一个具体实施例中，预警脚踏位置包括但不限于绝缘垫外侧、变压器线缆位置和变压器壳体位置。In a specific embodiment, the position of the early warning pedal includes but is not limited to the outside of the insulating pad, the position of the transformer cable and the position of the transformer casing.

Y4、将检修人员与目标变压器之间的水平检修间距，记为

Figure DEST_PATH_IMAGE181
，通过分析公式
Figure 641778DEST_PATH_IMAGE182
分析得到检修人员对应 的作业姿态告警评估指数
Figure DEST_PATH_IMAGE183
，
Figure 429474DEST_PATH_IMAGE184
分别表示为设定的检修工具使用安全 度、脚踏位置安全度、检修水平间距对应的作业姿态告警评估占比权重，
Figure DEST_PATH_IMAGE185
分别表示为设定的参照检修工具使用安全度阈值、参照脚踏位 置安全度阈值、参照安全检修间距、参照许可安全检修间距偏离值，
Figure 96079DEST_PATH_IMAGE186
为设定的作业姿 态告警评估修正因子。 Y4. Record the horizontal maintenance distance between the maintenance personnel and the target transformer as
Figure DEST_PATH_IMAGE181
, by analyzing the formula
Figure 641778DEST_PATH_IMAGE182
Analyze and obtain the operation attitude warning evaluation index corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE183
,
Figure 429474DEST_PATH_IMAGE184
Respectively represent the proportion weights of the operation posture alarm evaluation corresponding to the set maintenance tool use safety degree, pedal position safety degree, and maintenance horizontal distance,
Figure DEST_PATH_IMAGE185
Respectively expressed as the set reference maintenance tool use safety threshold, reference pedal position safety threshold, reference safety maintenance distance, and reference permission safety maintenance distance deviation value,
Figure 96079DEST_PATH_IMAGE186
Evaluate correction factors for set operating attitude alerts.

Y5、依据分析公式

Figure DEST_PATH_IMAGE187
分析 得到检修人员当前对应的检修姿态告警评估指数
Figure 535413DEST_PATH_IMAGE188
，
Figure DEST_PATH_IMAGE189
分别表示为设定的起 吊姿态告警、作业姿态告警对应的检修姿态告警评估占比权重，
Figure 751500DEST_PATH_IMAGE190
为设定的检修姿态告 警评估占比权重。 Y5, according to the analysis formula
Figure DEST_PATH_IMAGE187
Analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel
Figure 535413DEST_PATH_IMAGE188
,
Figure DEST_PATH_IMAGE189
Respectively expressed as the proportion weight of the maintenance attitude alarm corresponding to the set lifting attitude alarm and operation attitude alarm,
Figure 751500DEST_PATH_IMAGE190
Evaluate the percentage weight for the set maintenance attitude warning.

步骤三、从检修人员当前对应的检修过程信息中提取检修放置信息，解析得到检 修人员当前对应的检修放置告警评估指数，记为

Figure DEST_PATH_IMAGE191
。 Step 3. Extract the maintenance placement information from the maintenance process information corresponding to the maintenance personnel currently, and analyze and obtain the maintenance placement alarm evaluation index corresponding to the maintenance personnel, which is denoted as
Figure DEST_PATH_IMAGE191
.

可理解地，解析得到检修人员当前对应的检修放置告警评估指数,解析过程包括 以下步骤：T1、从检修人员当前对应的检修放置信息中提取检修工具对应的放置位置和放 置规则度，基于检修工具的放置位置，分析得到检修工具放置符合度，由此解析得到检修人 员当前检修工具放置告警评估指数，记为

Figure 352507DEST_PATH_IMAGE192
。 Understandably, the current corresponding maintenance placement alarm evaluation index of the maintenance personnel is obtained by analyzing, and the analysis process includes the following steps: T1. Extract the corresponding placement position and placement regularity of the maintenance tool from the maintenance placement information currently corresponding to the maintenance personnel, based on the maintenance tool The placement position of the maintenance tool is analyzed to obtain the conformity of the placement of the maintenance tool, and the alarm evaluation index of the current maintenance tool placement of the maintenance personnel is obtained from the analysis, which is denoted as
Figure 352507DEST_PATH_IMAGE192
.

需要说明的是，分析得到检修工具放置符合度，具体分析过程包括以下步骤：将检 修人员对应检修工具的放置位置与设定的检修工具对应的额定放置位置进行对比，若检修 工具的放置位置不处于其额定放置位置内，则将检修工具的放置符合度记为

Figure DEST_PATH_IMAGE193
，若检修 工具的放置处于其额定放置位置内，则将检修工具的放置符合度记为
Figure 303146DEST_PATH_IMAGE194
，以此得到检修 工具放置符合度，并记为
Figure DEST_PATH_IMAGE195
，其中
Figure 779127DEST_PATH_IMAGE195
取值为
Figure 662769DEST_PATH_IMAGE196
或者
Figure DEST_PATH_IMAGE197
，
Figure 169099DEST_PATH_IMAGE197
>
Figure 403771DEST_PATH_IMAGE196
,且在一个具 体实施例中
Figure 745760DEST_PATH_IMAGE196
和
Figure 483909DEST_PATH_IMAGE197
取值均不为0。It should be noted that the conformity of the maintenance tool placement is obtained through the analysis. The specific analysis process includes the following steps: compare the placement position of the maintenance tool corresponding to the maintenance personnel with the rated placement position corresponding to the set maintenance tool, if the placement position of the maintenance tool is not If it is within its rated placement position, then the placement conformity of the overhaul tool is recorded as
Figure DEST_PATH_IMAGE193
, if the overhaul tool is placed in its rated placement position, then the placement conformity of the overhaul tool is recorded as
Figure 303146DEST_PATH_IMAGE194
, so as to obtain the compliance degree of maintenance tool placement, which is recorded as
Figure DEST_PATH_IMAGE195
,in
Figure 779127DEST_PATH_IMAGE195
The value is
Figure 662769DEST_PATH_IMAGE196
or
Figure DEST_PATH_IMAGE197
,
Figure 169099DEST_PATH_IMAGE197
>
Figure 403771DEST_PATH_IMAGE196
, and in a specific embodiment
Figure 745760DEST_PATH_IMAGE196
and
Figure 483909DEST_PATH_IMAGE197
None of the values are 0.

还需要说明的是，检修人员当前检修工具放置告警评估指数具体计算过程为：将 检修工具对应的放置规则度记为

Figure 269462DEST_PATH_IMAGE198
，依据分析公式
Figure DEST_PATH_IMAGE199
分析得到检修人员当检修工具放置告 警评估指数
Figure 136969DEST_PATH_IMAGE200
，
Figure DEST_PATH_IMAGE201
分别表示为设定的检修工具放置符合度、检修工具放置规则 度对应的检修工具放置告警评估占比权重因子，
Figure 689173DEST_PATH_IMAGE202
和
Figure DEST_PATH_IMAGE203
分别表示为设定的参考 检修工具放置符合度、参考检修工具放置规则度。 It should also be noted that the specific calculation process of the maintenance tool placement alarm evaluation index for the maintenance personnel is as follows: record the placement regularity degree corresponding to the maintenance tool as
Figure 269462DEST_PATH_IMAGE198
, according to the analytical formula
Figure DEST_PATH_IMAGE199
Analyze and obtain the alarm evaluation index of the maintenance personnel when the maintenance tool is placed
Figure 136969DEST_PATH_IMAGE200
,
Figure DEST_PATH_IMAGE201
Respectively represent the maintenance tool placement alarm evaluation proportion weight factors corresponding to the set maintenance tool placement compliance degree and maintenance tool placement regularity,
Figure 689173DEST_PATH_IMAGE202
and
Figure DEST_PATH_IMAGE203
Respectively expressed as the set reference maintenance tool placement conformity degree and reference maintenance tool placement regularity degree.

T2、从检修人员当前对应的检修放置信息中提取拆卸零件对应的放置位置和放置 规则度，按照检修工具放置告警评估指数的分析方式同理解析得到检修人员当前拆卸零件 放置告警评估指数，并记为

Figure 219511DEST_PATH_IMAGE204
。 T2. Extract the placement position and placement regularity of the disassembled parts from the current maintenance placement information corresponding to the maintenance personnel, and obtain the current disassembly part placement alarm evaluation index of the maintenance personnel according to the analysis method of the maintenance tool placement alarm evaluation index, and record it for
Figure 219511DEST_PATH_IMAGE204
.

T3、依据分析公式

Figure DEST_PATH_IMAGE205
分析得到检修人员 当前对应的检修放置告警评估指数
Figure 457857DEST_PATH_IMAGE206
，
Figure DEST_PATH_IMAGE207
分别表示为设定的检修工具放置、拆 卸零件放置对应的检修放置告警评估占比权重，
Figure 808067DEST_PATH_IMAGE208
为设定的检修放置告警评估修正因 子。 T3, according to the analysis formula
Figure DEST_PATH_IMAGE205
Analyze and obtain the current maintenance alarm evaluation index corresponding to the maintenance personnel
Figure 457857DEST_PATH_IMAGE206
,
Figure DEST_PATH_IMAGE207
Respectively denoted as the proportion weight of the maintenance placement alarm evaluation corresponding to the maintenance tool placement and disassembly parts placement,
Figure 808067DEST_PATH_IMAGE208
Evaluate the correction factor for the scheduled maintenance placement alarm.

步骤四、从检修人员当前对应的检修环境信息中提取温度、湿度、灰尘浓度和通风 量，解析得到检修人员当前对应的检修环境告警评估指数，记为

Figure DEST_PATH_IMAGE209
。 Step 4: Extract the temperature, humidity, dust concentration and ventilation rate from the current maintenance environment information corresponding to the maintenance personnel, analyze and obtain the current maintenance environment alarm evaluation index corresponding to the maintenance personnel, which is recorded as
Figure DEST_PATH_IMAGE209
.

可理解地，解析得到检修人员当前对应的检修环境告警评估指数，具体解析过程 包括：将检修人员当前对应的温度、湿度、灰尘浓度和通风量，分别记为

Figure 23016DEST_PATH_IMAGE210
、
Figure DEST_PATH_IMAGE211
、
Figure 299539DEST_PATH_IMAGE212
和q， 依据分析公式
Figure DEST_PATH_IMAGE213
分析得 到检修人员当前对应的检修环境告警评估指数
Figure 958053DEST_PATH_IMAGE214
，
Figure DEST_PATH_IMAGE215
分别表示为 设定的温度、湿度、灰尘浓度、通风量对应的检修环境评估占比权重，
Figure 44827DEST_PATH_IMAGE216
分别表示为设定的变压器检修过程适宜温度、适宜湿度、最大许可灰尘浓度、适宜通风量，
Figure DEST_PATH_IMAGE217
分别表示为检修环境告警评估占比权重。 Understandably, the maintenance environment alarm evaluation index corresponding to the maintenance personnel is obtained through analysis. The specific analysis process includes: recording the current temperature, humidity, dust concentration and ventilation volume corresponding to the maintenance personnel as
Figure 23016DEST_PATH_IMAGE210
,
Figure DEST_PATH_IMAGE211
,
Figure 299539DEST_PATH_IMAGE212
and q, according to the analytical formula
Figure DEST_PATH_IMAGE213
Analyze and obtain the maintenance environment alarm evaluation index corresponding to the current maintenance personnel
Figure 958053DEST_PATH_IMAGE214
,
Figure DEST_PATH_IMAGE215
Respectively expressed as the proportion weight of the maintenance environment assessment corresponding to the set temperature, humidity, dust concentration, and ventilation volume,
Figure 44827DEST_PATH_IMAGE216
Respectively represent the set suitable temperature, suitable humidity, maximum allowable dust concentration and suitable ventilation during the transformer maintenance process,
Figure DEST_PATH_IMAGE217
Respectively expressed as the proportion weight of the maintenance environment alarm evaluation.

本发明实施例通过对检修环境进行监测与解析，有效降低了对变压器器身以及绝缘部件后续使用过程中的影响，同时也有效降低了对变压器器身以及其他元件驻留时长的影响，从而在不干扰变压器后续使用的前提下为检修人员提供了充足的检修时长，进而避免了检修人员因检修时长不足造成漏检或者错检，并且还有效保障了检修人员检修过程的安全性，从而降低了检修人员检修过程的事故率。The embodiment of the present invention effectively reduces the impact on the transformer body and insulation components during subsequent use by monitoring and analyzing the maintenance environment, and also effectively reduces the impact on the transformer body and other components. On the premise of not interfering with the subsequent use of the transformer, it provides sufficient maintenance time for the maintenance personnel, thereby avoiding missed inspections or wrong inspections caused by insufficient maintenance time, and effectively guaranteeing the safety of the maintenance personnel during the maintenance process, thereby reducing the The accident rate of maintenance personnel during the maintenance process.

步骤五、依据分析公式

Figure 814200DEST_PATH_IMAGE218
分析得到检修人员对应的综合操作告警评估指数
Figure DEST_PATH_IMAGE219
，
Figure 679650DEST_PATH_IMAGE220
为设定的操作告警评估修正因 子，
Figure DEST_PATH_IMAGE221
分别表示为设定的检修操作、检修姿态、检修放置、检修环境 对应的操作告警评估占比权重，e表示自然常数。 Step 5. According to the analysis formula
Figure 814200DEST_PATH_IMAGE218
Analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel
Figure DEST_PATH_IMAGE219
,
Figure 679650DEST_PATH_IMAGE220
Evaluate correction factors for set operational alerts,
Figure DEST_PATH_IMAGE221
Respectively represent the operation alarm evaluation proportion weights corresponding to the set maintenance operation, maintenance posture, maintenance placement, and maintenance environment, and e represents a natural constant.

本发明实施例通过从检修人员对应的防护信息以及检修人员对应的检修过程信息以及检修环境信息这三个维度进行操作监控以及防误分析，有效解决当前监测维度存在一定局限性的问题，实现了变电站内变压器的多维度检修监控，大幅度提升了变电站变压器检修操作监控的覆盖率和精准性，从而有效确保了变压器检修执行效率和检修执行规范性。The embodiment of the present invention effectively solves the problem of certain limitations in the current monitoring dimension by performing operation monitoring and error prevention analysis from the three dimensions of the protection information corresponding to the maintenance personnel, the maintenance process information corresponding to the maintenance personnel, and the maintenance environment information, and realizes The multi-dimensional maintenance monitoring of transformers in substations has greatly improved the coverage and accuracy of substation transformer maintenance operation monitoring, thus effectively ensuring the efficiency and standardization of transformer maintenance execution.

又一示例性地，确认检修人员当前对应的处理方式，具体确认过程包括以下步骤：将检修人员对应的综合操作告警评估指数与设定的第一操作告警评估指数进行对比，若检修人员对应的综合操作告警评估指数大于或者等于设定的第一操作告警评估指数，发送停止检修预警指令至预警终端。In yet another example, confirm the current processing method corresponding to the maintenance personnel. The specific confirmation process includes the following steps: comparing the comprehensive operation alarm evaluation index corresponding to the maintenance personnel with the set first operation alarm evaluation index, if the maintenance personnel correspond to The comprehensive operation warning evaluation index is greater than or equal to the set first operation warning evaluation index, and an early warning command to stop maintenance is sent to the early warning terminal.

若检修人员对应的综合操作告警指数小于设定的第一操作告警评估指数且大于设定的第二操作告警评估指数，发送检修安全预警指令至预警终端，若检修人员对应的综合操作告警指数小于设定的第二操作告警评估指数，则不对检修人员进行处理。If the comprehensive operation alarm index corresponding to the maintenance personnel is less than the set first operation alarm evaluation index and greater than the set second operation alarm evaluation index, the maintenance safety warning command will be sent to the early warning terminal. If the comprehensive operation alarm index corresponding to the maintenance personnel is less than If the second operation alarm evaluation index is set, the maintenance personnel will not be dealt with.

所述预警终端，用于当接收到预警指令时，进行对应预警，其具体包括防护预警、停止检修预警和检修安全预警。The early warning terminal is used to perform corresponding early warnings when receiving early warning instructions, which specifically include protection early warnings, stop maintenance early warnings, and maintenance safety early warnings.

以上内容仅仅是对本发明的构思所作的举例和说明，所属本技术领域的技术人员对所描述的具体实施例做各种各样的修改或补充或采用类似的方式替代，只要不偏离发明的构思或者超越本权利要求书所定义的范围，均应属于本发明的保护范围。The above content is only an example and description of the concept of the present invention. Those skilled in the art make various modifications or supplements to the described specific embodiments or replace them in similar ways, as long as they do not deviate from the concept of the invention Or beyond the scope defined in the claims, all should belong to the protection scope of the present invention.

Claims (10)

1.基于集控站的变电站操作监控防误分析处理系统，其特征在于：该系统包括：1. The substation operation monitoring and error prevention analysis and processing system based on the centralized control station is characterized in that: the system includes: 操作指令信息提取模块，用于提取指定变电站接收集控站下发的变压器检修操作指令信息；The operation instruction information extraction module is used to extract the transformer maintenance operation instruction information sent by the designated substation to receive the centralized control station; 检修防护监测解析模块，用于当检修人员抵达指定变电站时，对检修人员进行防护监测与处理，得到检修人员的防护信息，进而解析得到检修人员对应的防护达标评估指数，若检修人员对应的防护达标指数未达到设定防护达标指数值，则发送防护预警指令至预警终端，若检修人员防护达标指数达到设定防护达标指数值，则启动人员检修过程监测模块；The maintenance protection monitoring analysis module is used to monitor and process the maintenance personnel when they arrive at the designated substation, obtain the protection information of the maintenance personnel, and then analyze and obtain the protection compliance evaluation index corresponding to the maintenance personnel. If the compliance index does not reach the set protection compliance index value, a protection warning command is sent to the early warning terminal, and if the maintenance personnel protection compliance index reaches the set protection compliance index value, the personnel maintenance process monitoring module is started; 人员检修过程监测模块，用于将检修人员对应检修的变压器记为目标变压器，并当检修人员开始进行目标变压器检修时，对检修人员当前的检修过程进行监测与处理，得到检修人员当前对应的检修过程信息；The personnel maintenance process monitoring module is used to record the transformer corresponding to the maintenance personnel as the target transformer, and when the maintenance personnel start to carry out the target transformer maintenance, monitor and process the current maintenance process of the maintenance personnel, and obtain the current corresponding maintenance personnel process information; 人员检修环境监测模块，用于当检修人员进行目标变压器检修时，对其当前检修环境进行监测，得到检修人员当前对应的检修环境信息；The personnel maintenance environment monitoring module is used to monitor the current maintenance environment of the maintenance personnel when the maintenance personnel perform the maintenance of the target transformer, and obtain the current maintenance environment information corresponding to the maintenance personnel; 人员检修过程防误解析模块，用于基于检修人员当前对应的检修过程信息和检修环境信息，解析得到检修人员对应的综合操作告警评估指数，以此确认检修人员当前对应的处理方式；The personnel maintenance process anti-mistake analysis module is used to analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel based on the current maintenance process information and maintenance environment information corresponding to the maintenance personnel, so as to confirm the current corresponding processing method of the maintenance personnel; 预警终端，用于当接收到预警指令时，进行对应预警。The early warning terminal is used for performing corresponding early warning when an early warning instruction is received. 2.根据权利要求1所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述解析得到检修人员对应的防护达标评估指数，具体解析过程包括以下步骤：2. The substation operation monitoring anti-mistake analysis processing system based on the centralized control station according to claim 1, characterized in that: the analysis obtains the protection compliance evaluation index corresponding to the maintenance personnel, and the specific analysis process includes the following steps: 从检修人员对应的防护信息中定位出头部防护信息，进而提取头部防护完整度和头部 防护可靠度，分析得到检修人员对应的头部防护达标评估指数，并记为
Figure 616564DEST_PATH_IMAGE001
； The head protection information is located from the protection information corresponding to the maintenance personnel, and then the completeness of the head protection and the reliability of the head protection are extracted, and the head protection compliance evaluation index corresponding to the maintenance personnel is obtained by analysis, and recorded as
Figure 616564DEST_PATH_IMAGE001
; 从检修人员对应的防护信息中定位出手部防护信息，进而提取手部防护完整度、手部 防护缺陷度以及手部防护可靠度，分析得到检修人员对应的手部防护达标指数，并记为
Figure 410208DEST_PATH_IMAGE002
； The hand protection information is located from the protection information corresponding to the maintenance personnel, and then the completeness of the hand protection, the defect degree of the hand protection and the reliability of the hand protection are extracted, and the hand protection compliance index corresponding to the maintenance personnel is obtained by analysis, and recorded as
Figure 410208DEST_PATH_IMAGE002
; 从检修人员对应的防护信息中定位出脚部防护信息，按照手部防护达标指数的分析方 式同理分析得到检修人员对应的脚部防护达标指数，记为
Figure 701380DEST_PATH_IMAGE003
； The foot protection information is located from the protection information corresponding to the maintenance personnel, and the foot protection compliance index corresponding to the maintenance personnel is obtained through the analysis method of the hand protection compliance index, which is denoted as
Figure 701380DEST_PATH_IMAGE003
; 依据分析公式
Figure 388714DEST_PATH_IMAGE004
分析得到检修人员对应的防护达标 评估指数
Figure 857872DEST_PATH_IMAGE005
,
Figure 889545DEST_PATH_IMAGE006
分别表示为设定的头部防护、手部防护以及脚部防护对应的 人员防护评估占比权重，
Figure 328616DEST_PATH_IMAGE007
为设定常数，
Figure 11401DEST_PATH_IMAGE008
，
Figure 900729DEST_PATH_IMAGE009
、
Figure 528019DEST_PATH_IMAGE010
、
Figure 911727DEST_PATH_IMAGE011
分别表示为设定检修人 员参照的头部防护达标指数阈值、手部防护达标指数阈值、脚部防护达标指数阈值。 According to the analysis formula
Figure 388714DEST_PATH_IMAGE004
The protection compliance evaluation index corresponding to the maintenance personnel is obtained through analysis
Figure 857872DEST_PATH_IMAGE005
,
Figure 889545DEST_PATH_IMAGE006
Respectively expressed as the proportion weight of personnel protection evaluation corresponding to the set head protection, hand protection and foot protection,
Figure 328616DEST_PATH_IMAGE007
To set the constant,
Figure 11401DEST_PATH_IMAGE008
,
Figure 900729DEST_PATH_IMAGE009
,
Figure 528019DEST_PATH_IMAGE010
,
Figure 911727DEST_PATH_IMAGE011
Respectively expressed as the head protection compliance index threshold, hand protection compliance index threshold, and foot protection compliance index threshold for setting maintenance personnel's reference. 3.根据权利要求1所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述检修人员当前对应的检修过程信息具体包括检修操作信息、检修姿态信息和检修放置信息；3. The centralized control station-based substation operation monitoring error prevention analysis and processing system according to claim 1, characterized in that: the maintenance process information currently corresponding to the maintenance personnel specifically includes maintenance operation information, maintenance posture information and maintenance placement information ; 所述检修操作信息包括检修内容差异度和检修顺序差异度；The maintenance operation information includes the difference degree of maintenance content and the difference degree of maintenance sequence; 所述检修姿态信息包括变压器吊罩姿态信息和检修人员的作业姿态信息，吊罩姿态信息包括起吊速度均匀度和起吊水平度，检修人员的作业姿态信息包括检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距；The maintenance posture information includes the posture information of the transformer hanging cover and the operation posture information of the maintenance personnel. The suspension cover posture information includes the uniformity of the lifting speed and the lifting level. The pedal position of the maintenance personnel and the horizontal maintenance distance between the maintenance personnel and the target transformer; 所述检修放置信息包括检修工具和拆卸零件对应的放置位置和放置规则度。The maintenance placement information includes the corresponding placement positions and placement regularity of maintenance tools and disassembled parts. 4.根据权利要求3所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述检修人员当前对应的检修环境信息包括温度、湿度、灰尘浓度和通风量。4. The centralized control station-based substation operation monitoring error prevention analysis and processing system according to claim 3, characterized in that: the current maintenance environment information corresponding to the maintenance personnel includes temperature, humidity, dust concentration and ventilation. 5.根据权利要求4所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述解析得到检修人员对应的综合操作告警评估指数，具体解析过程包括以下步骤：5. The substation operation monitoring anti-mistake analysis processing system based on the centralized control station according to claim 4, characterized in that: the analysis obtains the comprehensive operation alarm evaluation index corresponding to the maintenance personnel, and the specific analysis process includes the following steps: 步骤一、从检修人员当前对应的检修过程信息中提取检修操作信息，进而提取检修内 容差异度和检修顺序差异度，分别记为
Figure 573653DEST_PATH_IMAGE012
和
Figure 135346DEST_PATH_IMAGE013
，解析得到检修人员当前对应的检修操 作告警评估指数，记为
Figure 859720DEST_PATH_IMAGE014
； Step 1. Extract the maintenance operation information from the current maintenance process information corresponding to the maintenance personnel, and then extract the difference degree of the maintenance content and the difference degree of the maintenance sequence, which are recorded as
Figure 573653DEST_PATH_IMAGE012
and
Figure 135346DEST_PATH_IMAGE013
, analyze and obtain the maintenance operation alarm evaluation index corresponding to the current maintenance personnel, denoted as
Figure 859720DEST_PATH_IMAGE014
; 步骤二、从检修人员当前对应的检修过程信息中提取检修姿态信息，解析得到检修人 员当前对应的检修姿态告警评估指数，记为
Figure 171752DEST_PATH_IMAGE015
； Step 2: Extract the maintenance attitude information from the current maintenance process information corresponding to the maintenance personnel, analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel, which is denoted as
Figure 171752DEST_PATH_IMAGE015
; 步骤三、从检修人员当前对应的检修过程信息中提取检修放置信息，解析得到检修人 员当前对应的检修放置告警评估指数，记为
Figure 78397DEST_PATH_IMAGE016
； Step 3. Extract the maintenance placement information from the maintenance process information corresponding to the maintenance personnel currently, and analyze and obtain the maintenance placement alarm evaluation index corresponding to the maintenance personnel, which is denoted as
Figure 78397DEST_PATH_IMAGE016
; 步骤四、从检修人员当前对应的检修环境信息中提取温度、湿度、灰尘浓度和通风量， 解析得到检修人员当前对应的检修环境告警评估指数，记为
Figure 794681DEST_PATH_IMAGE017
； Step 4. Extract the temperature, humidity, dust concentration and ventilation rate from the current maintenance environment information corresponding to the maintenance personnel, and analyze and obtain the current maintenance environment alarm evaluation index corresponding to the maintenance personnel, which is recorded as
Figure 794681DEST_PATH_IMAGE017
; 步骤五、依据分析公式
Figure 491504DEST_PATH_IMAGE018
分析得到检 修人员对应的综合操作告警评估指数
Figure 76069DEST_PATH_IMAGE019
，
Figure 837220DEST_PATH_IMAGE020
为设定的操作告警评估修正因子，
Figure 724405DEST_PATH_IMAGE021
分别表示为设定的检修操作、检修姿态、检修放置、检修环境对应的 操作告警评估占比权重，e表示自然常数。 Step 5. According to the analysis formula
Figure 491504DEST_PATH_IMAGE018
Analyze and obtain the comprehensive operation alarm evaluation index corresponding to the maintenance personnel
Figure 76069DEST_PATH_IMAGE019
,
Figure 837220DEST_PATH_IMAGE020
Evaluate correction factors for set operational alerts,
Figure 724405DEST_PATH_IMAGE021
Respectively represent the operation alarm evaluation proportion weights corresponding to the set maintenance operation, maintenance posture, maintenance placement, and maintenance environment, and e represents a natural constant. 6.根据权利要求5所述的基于集控站的变电站操作监控防误分析处理系统，其特征在 于：所述检修人员当前对应的检修操作告警评估指数具体解析公式为
Figure 79163DEST_PATH_IMAGE022
,其中，
Figure 827938DEST_PATH_IMAGE023
为检修人员当前对应的检修操 作告警评估指数，
Figure 459908DEST_PATH_IMAGE024
分别表示为设定的检修内容差异度、检修顺序差异度对应的检 修操作告警评估占比权重，
Figure 642627DEST_PATH_IMAGE025
为设定的检修人员操作告警评估修正因子，
Figure 343736DEST_PATH_IMAGE026
和
Figure 270104DEST_PATH_IMAGE027
分 别表示为设定的预警检修内容差异度、预警检修顺序差异度。 6. The centralized control station-based substation operation monitoring error prevention analysis and processing system according to claim 5, characterized in that: the specific analytical formula of the maintenance operation alarm evaluation index currently corresponding to the maintenance personnel is
Figure 79163DEST_PATH_IMAGE022
,in,
Figure 827938DEST_PATH_IMAGE023
is the current maintenance operation alarm evaluation index corresponding to the maintenance personnel,
Figure 459908DEST_PATH_IMAGE024
Respectively expressed as the proportion weight of the maintenance operation alarm evaluation corresponding to the set maintenance content difference degree and maintenance sequence difference degree,
Figure 642627DEST_PATH_IMAGE025
Evaluate the correction factor for the set maintenance personnel operation alarm,
Figure 343736DEST_PATH_IMAGE026
and
Figure 270104DEST_PATH_IMAGE027
Respectively expressed as the difference degree of the pre-warning maintenance content and the difference degree of the pre-warning maintenance sequence. 7.根据权利要求5所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述解析得到检修人员当前对应的检修姿态告警评估指数，具体解析过程包括以下步骤:7. the anti-mistake analysis and processing system of transformer substation operation monitoring based on centralized control station according to claim 5, is characterized in that: described analysis obtains the maintenance attitude warning evaluation index that maintenance personnel is currently corresponding, and concrete analysis process comprises the following steps: 从检修人员当前对应的检修姿态信息中提取变压器吊罩姿态信息，进而提取起吊均匀 度和起吊水平度，分别记为
Figure 491001DEST_PATH_IMAGE028
和
Figure 736299DEST_PATH_IMAGE029
,依据分析公式
Figure 941016DEST_PATH_IMAGE030
分析得到目标变压器起吊姿态告警评估指数
Figure 326867DEST_PATH_IMAGE031
，
Figure 792483DEST_PATH_IMAGE032
分别表示为设定的起吊均匀度、 起吊水平度对应的起吊状态告警评估占比权重，
Figure 723530DEST_PATH_IMAGE033
、
Figure 166275DEST_PATH_IMAGE034
分别表示为设定的参照起吊均 匀度、参照起吊水平度，
Figure 840970DEST_PATH_IMAGE035
分别表示为设定的目标变压器起吊操作告警评估修正因子； The posture information of the transformer hanging cover is extracted from the current maintenance posture information corresponding to the maintenance personnel, and then the lifting uniformity and lifting levelness are extracted, which are recorded as
Figure 491001DEST_PATH_IMAGE028
and
Figure 736299DEST_PATH_IMAGE029
, according to the analytical formula
Figure 941016DEST_PATH_IMAGE030
The target transformer hoisting attitude warning evaluation index is obtained by analysis
Figure 326867DEST_PATH_IMAGE031
,
Figure 792483DEST_PATH_IMAGE032
Respectively expressed as the proportion weight of the hoisting state alarm evaluation corresponding to the set hoisting uniformity and hoisting levelness,
Figure 723530DEST_PATH_IMAGE033
,
Figure 166275DEST_PATH_IMAGE034
Respectively expressed as the set reference lifting uniformity, reference lifting levelness,
Figure 840970DEST_PATH_IMAGE035
Respectively represent the correction factors for the set target transformer hoisting operation alarm evaluation; 从检修人员当前对应的检修姿态信息中提取检修人员的作业姿态信息，进而提取检修人员对应检修工具的握取位置、检修人员的脚踏位置和检修人员与目标变压器之间的水平检修间距；Extract the working posture information of the maintenance personnel from the current maintenance posture information corresponding to the maintenance personnel, and then extract the holding position of the maintenance personnel corresponding to the maintenance tool, the pedal position of the maintenance personnel, and the horizontal maintenance distance between the maintenance personnel and the target transformer; 根据检修人员对应检修工具的握取位置，分析得到检修人员对应的检修工具使用安全 度，记为
Figure 551306DEST_PATH_IMAGE036
，根据检修人员的脚踏位置，分析得到检修人员对应的脚踏位置安全度，记为
Figure 387675DEST_PATH_IMAGE037
； According to the holding position of the maintenance personnel corresponding to the maintenance tools, the safety degree of the maintenance tools corresponding to the maintenance personnel is obtained by analysis, which is denoted as
Figure 551306DEST_PATH_IMAGE036
, according to the pedal position of the maintenance personnel, analyze and obtain the safety degree of the pedal position corresponding to the maintenance personnel, denoted as
Figure 387675DEST_PATH_IMAGE037
; 将检修人员与目标变压器之间的水平检修间距，记
Figure 63855DEST_PATH_IMAGE038
，通过分析公式
Figure 401296DEST_PATH_IMAGE039
分析得到检修人员对应的作业姿态告 警评估指数
Figure 451291DEST_PATH_IMAGE040
，
Figure 707829DEST_PATH_IMAGE041
分别表示为设定的检修工具使用安全度、脚踏位置安全度、 检修水平间距对应的作业姿态告警评估占比权重，
Figure 967909DEST_PATH_IMAGE042
分别表示为设定的 参照检修工具使用安全度阈值、参照脚踏位置安全度阈值、参照安全检修间距、参照许可安 全检修间距偏离值，
Figure 718827DEST_PATH_IMAGE043
为设定的作业姿态告警评估修正因子； The horizontal maintenance distance between the maintenance personnel and the target transformer is recorded as
Figure 63855DEST_PATH_IMAGE038
, by analyzing the formula
Figure 401296DEST_PATH_IMAGE039
Analyze and obtain the operation attitude warning evaluation index corresponding to the maintenance personnel
Figure 451291DEST_PATH_IMAGE040
,
Figure 707829DEST_PATH_IMAGE041
Respectively represent the proportion weights of the operating posture alarm evaluation corresponding to the set maintenance tool use safety degree, pedal position safety degree, and maintenance horizontal distance,
Figure 967909DEST_PATH_IMAGE042
Respectively expressed as the set reference maintenance tool use safety threshold, reference pedal position safety threshold, reference safety maintenance distance, and reference permission safety maintenance distance deviation value,
Figure 718827DEST_PATH_IMAGE043
Evaluate correction factors for set operating attitude alerts; 依据分析公式
Figure 374062DEST_PATH_IMAGE044
分析得到检修人员 当前对应的检修姿态告警评估指数
Figure 676867DEST_PATH_IMAGE045
，
Figure 299610DEST_PATH_IMAGE046
分别表示为设定的起吊姿态告警、作业姿 态告警对应的检修姿态告警评估占比权重，
Figure 713274DEST_PATH_IMAGE047
为设定的检修姿态告警评估占比权重。 According to the analysis formula
Figure 374062DEST_PATH_IMAGE044
Analyze and obtain the maintenance attitude alarm evaluation index corresponding to the current maintenance personnel
Figure 676867DEST_PATH_IMAGE045
,
Figure 299610DEST_PATH_IMAGE046
Respectively expressed as the proportion weight of the maintenance attitude alarm corresponding to the set lifting attitude alarm and operation attitude alarm,
Figure 713274DEST_PATH_IMAGE047
Evaluate the percentage weight for the set maintenance attitude warning. 8.根据权利要求5所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述解析得到检修人员当前对应的检修放置告警评估指数,解析过程包括以下步骤：8. The substation operation monitoring anti-mistake analysis processing system based on the centralized control station according to claim 5, characterized in that: the analysis obtains the current corresponding maintenance and placement alarm evaluation index of the maintenance personnel, and the analysis process includes the following steps: 从检修人员当前对应的检修放置信息中提取检修工具对应的放置位置和放置规则度， 基于检修工具的放置位置，分析得到检修工具放置符合度，由此解析得到检修人员当前检 修工具放置告警评估指数，记为
Figure 987129DEST_PATH_IMAGE048
； Extract the corresponding placement position and placement regularity of the maintenance tool from the maintenance placement information corresponding to the maintenance personnel. Based on the placement position of the maintenance tool, analyze the placement conformity of the maintenance tool, and then obtain the alarm evaluation index of the current maintenance tool placement of the maintenance personnel. , denoted as
Figure 987129DEST_PATH_IMAGE048
; 从检修人员当前对应的检修放置信息中提取拆卸零件对应的放置位置和放置规则度， 按照检修工具放置告警评估指数的分析方式同理解析得到检修人员当前拆卸零件放置告 警评估指数，并记为
Figure 336202DEST_PATH_IMAGE049
； Extract the corresponding placement position and placement regularity of the disassembled parts from the maintenance placement information corresponding to the maintenance personnel. According to the analysis method of the maintenance tool placement alarm evaluation index, the current disassembly part placement alarm evaluation index of the maintenance personnel is obtained, and recorded as
Figure 336202DEST_PATH_IMAGE049
; 依据分析公式
Figure 570874DEST_PATH_IMAGE050
分析得到检修人员当前对应的检 修放置告警评估指数
Figure 414327DEST_PATH_IMAGE051
，
Figure 293422DEST_PATH_IMAGE052
分别表示为设定的检修工具放置、拆卸零件放置对应 的检修放置告警评估占比权重，
Figure 938030DEST_PATH_IMAGE053
为设定的检修放置告警评估修正因子。 According to the analysis formula
Figure 570874DEST_PATH_IMAGE050
Analyze and obtain the current maintenance alarm evaluation index corresponding to the maintenance personnel
Figure 414327DEST_PATH_IMAGE051
,
Figure 293422DEST_PATH_IMAGE052
Respectively denoted as the proportion weight of the maintenance placement alarm evaluation corresponding to the maintenance tool placement and disassembly parts placement,
Figure 938030DEST_PATH_IMAGE053
Evaluate the correction factor for the scheduled maintenance placement alarm. 9.根据权利要求5所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述解析得到检修人员当前对应的检修环境告警评估指数，具体解析过程包括：9. The centralized control station-based substation operation monitoring error prevention analysis and processing system according to claim 5, characterized in that: the analysis obtains the maintenance environment alarm evaluation index currently corresponding to the maintenance personnel, and the specific analysis process includes: 将检修人员当前对应的温度、湿度、灰尘浓度和通风量，分别记为
Figure 784632DEST_PATH_IMAGE054
、
Figure 540098DEST_PATH_IMAGE055
、
Figure 539278DEST_PATH_IMAGE056
和q，依据 分析公式
Figure 980886DEST_PATH_IMAGE057
分析得到检修 人员当前对应的检修环境告警评估指数
Figure 924571DEST_PATH_IMAGE058
，
Figure 624674DEST_PATH_IMAGE059
分别表示为设定的温度、 湿度、灰尘浓度、通风量对应的检修环境评估占比权重，
Figure 462049DEST_PATH_IMAGE060
分别表示为设 定的变压器检修过程适宜温度、适宜湿度、最大许可灰尘浓度、适宜通风量，
Figure 714039DEST_PATH_IMAGE061
分别表示为 检修环境告警评估占比权重。 Record the current temperature, humidity, dust concentration and ventilation rate corresponding to the maintenance personnel as
Figure 784632DEST_PATH_IMAGE054
,
Figure 540098DEST_PATH_IMAGE055
,
Figure 539278DEST_PATH_IMAGE056
and q, according to the analytical formula
Figure 980886DEST_PATH_IMAGE057
Analyze and obtain the maintenance environment alarm evaluation index corresponding to the current maintenance personnel
Figure 924571DEST_PATH_IMAGE058
,
Figure 624674DEST_PATH_IMAGE059
Respectively expressed as the proportion weight of the maintenance environment assessment corresponding to the set temperature, humidity, dust concentration, and ventilation volume,
Figure 462049DEST_PATH_IMAGE060
Respectively represent the set suitable temperature, suitable humidity, maximum allowable dust concentration and suitable ventilation during the transformer maintenance process,
Figure 714039DEST_PATH_IMAGE061
Respectively expressed as the proportion weight of the maintenance environment alarm evaluation. 10.根据权利要求1所述的基于集控站的变电站操作监控防误分析处理系统，其特征在于：所述确认检修人员当前对应的处理方式，具体确认过程包括以下步骤：10. The centralized control station-based substation operation monitoring error prevention analysis and processing system according to claim 1, characterized in that: the current corresponding processing method of the confirmation maintenance personnel, the specific confirmation process includes the following steps: 将检修人员对应的综合操作告警评估指数与设定的第一操作告警评估指数进行对比，若检修人员对应的综合操作告警评估指数大于或者等于设定的第一操作告警评估指数，发送停止检修预警指令至预警终端；Compare the comprehensive operation alarm evaluation index corresponding to the maintenance personnel with the set first operation alarm evaluation index, if the comprehensive operation alarm evaluation index corresponding to the maintenance personnel is greater than or equal to the set first operation alarm evaluation index, send an early warning to stop maintenance Command to the early warning terminal; 若检修人员对应的综合操作告警指数小于设定的第一操作告警评估指数且大于设定的第二操作告警评估指数，发送检修安全预警指令至预警终端，若检修人员对应的综合操作告警指数小于设定的第二操作告警评估指数，则不对检修人员进行处理。If the comprehensive operation alarm index corresponding to the maintenance personnel is less than the set first operation alarm evaluation index and greater than the set second operation alarm evaluation index, the maintenance safety warning command will be sent to the early warning terminal. If the comprehensive operation alarm index corresponding to the maintenance personnel is less than If the second operation alarm evaluation index is set, the maintenance personnel will not be dealt with.
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