CN-122022456-A - Safety control system and method for marketing site operation platform

CN122022456ACN 122022456 ACN122022456 ACN 122022456ACN-122022456-A

Abstract

The invention provides a safety control system and a safety control method of a marketing field operation platform, which relate to the technical field of electric power marketing operation safety management, wherein the system comprises a data processing module, a control module and a control module, wherein the data processing module is used for acquiring operation plan data, work order data, field operation data and environment data; the system comprises a data processing module, a safety control module and a risk early warning and disposal module, wherein the data processing module is used for processing data, the safety control module is in communication connection with the data processing module and used for executing a safety control algorithm model, and the risk early warning and disposal module is in communication connection with the safety control module and used for generating early warning information or executing a flow control instruction according to an algorithm output result. According to the invention, the text semantics and key fields of the plan and the work order are compared in an automatic quantification manner through the key operation consistency detection unit, and the judgment threshold is dynamically set, so that the out-of-range operation is effectively stopped, the automatic blocking of the inconsistency is realized, and the problem that the manual verification of the consistency of the contents of the plan and the work order is unreliable is solved.

Inventors

ZHANG XIANG
CAI JUNYI
LI LINHUAN
WAN ZHONGBING
YANG RUI
ZENG HONGBO
WANG SHUTING
GAN WEI
MA YINLING
HE MIN
HU XIN
ZHONG LI
HUANG JIAPENG
SHI QIANG
WANG CHENCHENG

Assignees

国网四川省电力公司营销服务中心

Dates

Publication Date: 20260512
Application Date: 20260114

Claims (10)

1. A security management and control system for a marketing field work platform, comprising: the data processing module is used for acquiring operation plan data, work order data, field operation data and environment data; the safety control module is in communication connection with the data processing module and is used for executing a safety control algorithm model; The risk early warning and treatment module is in communication connection with the safety control module and is used for generating early warning information or executing a flow control instruction according to an algorithm output result; The safety control algorithm model is at least integrated with a key operation consistency detection unit, a dynamic risk assessment unit, an offline operation compliance verification unit and a site evidence authenticity verification unit.
2. The system for safety control of a marketing field work platform according to claim 1, wherein the process of detecting the consistency of the critical work comprises: calculating a work plan vector Associated worker-directed vector Integrated similarity between The comprehensive similarity By the formula The calculation results, wherein, For the semantic similarity of the text, In order to structure the degree of field matching, And Is a preset weight coefficient and ; Based on worksheet complexity function Dynamically adjusting a consistency determination threshold The threshold value By the formula The calculation results, wherein, As a basis for the threshold value, Is a complexity coefficient; When (when) And when the plan is inconsistent with the work order, triggering early warning.
3. The system for security management of a marketing field work platform of claim 2, wherein the risk assessment process of the dynamic risk assessment unit comprises: Collecting the current operation Individual risk factors And based on preset weight coefficient Weighted summation is performed while calculating historical risk attenuation values ; By the formula Calculating real-time risk scores , wherein, Is a history influence coefficient; real-time risk scoring With a preset risk level threshold 、 Comparing, outputting low, medium and high risk levels and corresponding management and control suggestions, wherein the historical risk attenuation values By the formula The calculation is performed such that, And Respectively historical th The occurrence time and severity of the secondary similar accident, Is the attenuation coefficient.
4. The system for safety management and control of a marketing field work platform of claim 3, wherein the verification process of the off-line work compliance verification unit comprises: after the network of the operation terminal is restored, receiving an offline operation sequence ; Will be Model with standard operation state machine Comparing, counting the number of effective state transitions And total transfer number ; By the formula Calculating the compliance of offline operation ; When (when) Less than a preset compliance threshold Or when illegal state transition is detected, marking the offline operation as abnormal and triggering a rechecking process.
5. The system for security management of a marketing field work platform of claim 4, wherein the verification process of the field proof authenticity verification unit comprises: Receiving job images uploaded on site Using feature extraction functions Extracting a job image And calculates the feature vector and the corresponding image in the standard operation image library Similarity between feature vectors of (a) The calculation formula is as follows: ; Fusing GPS, wiFi and base station positioning data to obtain fused positioning coordinates Calculating the fusion positioning coordinates With the expected coordinates of the worksheet Spherical distance error between ; Based on distance error Calculating location trust scores The calculation formula is as follows: ; When the image similarity Less than the image threshold And locate trust scores Less than trust threshold And when the on-site evidence is in doubt, judging the authenticity of the on-site evidence, and triggering a high-risk alarm.
6. The system of claim 5, wherein the risk pre-warning and treatment module comprises a pre-warning generation sub-module and a flow control sub-module, wherein the pre-warning generation sub-module generates pre-warning information, and the flow control sub-module executes the flow control instruction.
7. The system for safety control of a marketing field operation platform according to claim 6, wherein the pre-warning generation sub-module is configured to generate pre-warning information of different levels according to a risk level, an abnormality flag or a consistency judgment result output by a safety control algorithm model; the early warning information is pushed to an operation responsible person, a work ticket issuer or a safety supervision person through a system interface, a short message or a mobile application.
8. The system of claim 6, wherein the flow control submodule is configured to execute at least one of the following flow control instructions according to an output result of the safety control algorithm model: When the key operation consistency detection result is inconsistent, the submission of the current operation plan or the work order association operation is blocked; When the dynamic risk assessment result is high risk level, the on-site investigation flow or the upgrading work ticket approval path is forcedly started; When the on-site evidence authenticity verification result is suspicious, suspending the current operation flow and notifying a supervisor to intervene; When the offline operation compliance verification result is abnormal, the operation record is marked as a state to be rechecked, and the automatic archiving is prevented.
9. A method of safety management and control of a safety management and control system for a marketing field work platform according to any one of claims 1-8, comprising the steps of: S1, in an operation plan creation link, calling a key operation consistency detection unit to ensure that the plan is consistent with the content of a work order to be associated, and if the plan is inconsistent with the content of the work order to be associated, blocking the plan from submitting; S2, in a working ticket issuing link, calling a dynamic risk assessment unit, and prompting whether to update and examine or conduct on-site investigation according to the assessed risk level; s3, in an on-site operation execution link, calling an on-site evidence authenticity verification unit, verifying the uploaded operation image and positioning information in real time, and alarming when the operation image and positioning information are abnormal; S4, calling an offline operation compliance verification unit to perform post compliance analysis on the operation completed in the offline mode after the network is restored, and transferring the abnormal operation to a rechecking process; And S5, summarizing the output of each algorithm unit to dynamically control the state of the operation flow, and generating a safety management and control report.
10. The method according to claim 9, wherein in step S2, if the output of the dynamic risk assessment unit is a high risk level, at least one of the following operations is performed: forcing a field survey to be performed; upgrading the work ticket approval process to a higher authority level; And pushing high-risk operation warning information to an operation responsible person and a supervisory person.

Description

Safety control system and method for marketing site operation platform Technical Field The invention relates to the technical field of safety management of electric power marketing operation, in particular to a safety management and control system and method of a marketing site operation platform. Background Along with the digital development of electric power marketing business, the scene of field operation is increasingly complex, and various business types such as metering assembly and disassembly, equipment inspection, fault handling and the like are involved, and at present, the field operation safety management mainly depends on manual supervision and a static flow system, and has the following problems: The consistency of the operation plan and the work order content lacks an effective automatic checking means, easily causes out-of-range operation, relies on manual experience for risk assessment, cannot dynamically and quantitatively reflect real-time risk change of an operation site, lacks an effective post-compliance rechecking mechanism for operation completed in an offline mode, has a blind area for safety control, is difficult to effectively check the authenticity of site operation evidence, and has management loopholes; therefore, in order to solve the problems and realize the active early warning and control of the whole operation process, the invention provides a system and a method for safely controlling a marketing field operation platform. Disclosure of Invention The invention aims to provide a safety control system and method for a marketing field operation platform, which are used for solving the problems in the background technology. In order to achieve the above purpose, the invention provides a safety control system of a marketing field operation platform, comprising: the data processing module is used for acquiring operation plan data, work order data, field operation data and environment data; the safety control module is in communication connection with the data processing module and is used for executing a safety control algorithm model; The risk early warning and treatment module is in communication connection with the safety control module and is used for generating early warning information or executing a flow control instruction according to an algorithm output result; The safety control algorithm model is at least integrated with a key operation consistency detection unit, a dynamic risk assessment unit, an offline operation compliance verification unit and a site evidence authenticity verification unit. The application adopts a preferable technical scheme that the detection process of the key operation consistency detection unit comprises the following steps: calculating a work plan vector Associated worker-directed vectorIntegrated similarity betweenThe comprehensive similarityBy the formulaThe calculation results, wherein,For the semantic similarity of the text,In order to structure the degree of field matching,AndIs a preset weight coefficient and; Based on worksheet complexity functionDynamically adjusting a consistency determination thresholdThe threshold valueBy the formulaThe calculation results, wherein,As a basis for the threshold value,Is a complexity coefficient; When (when) And when the plan is inconsistent with the work order, triggering early warning. According to the preferred technical scheme, the risk assessment process of the dynamic risk assessment unit comprises the following steps: Collecting the current operation Individual risk factorsAnd based on preset weight coefficientWeighted summation is performed while calculating historical risk attenuation values; By the formulaCalculating real-time risk scores, wherein,Is a history influence coefficient; real-time risk scoring With a preset risk level threshold、Comparing, outputting low, medium and high risk levels and corresponding management and control suggestions, wherein the historical risk attenuation valuesBy the formulaThe calculation is performed such that,AndRespectively historical thThe occurrence time and severity of the secondary similar accident,Is the attenuation coefficient. The preferred technical scheme of the application is that the verification process of the off-line operation compliance verification unit comprises the following steps: after the network of the operation terminal is restored, receiving an offline operation sequence ; Will beModel with standard operation state machineComparing, counting the number of effective state transitionsAnd total transfer number; By the formulaCalculating the compliance of offline operation; When (when)Less than a preset compliance thresholdOr when illegal state transition is detected, marking the offline operation as abnormal and triggering a rechecking process. The application has the preferable technical scheme that the verification process of the on-site evidence authenticity verification unit comprises the following steps: Receiving job images u