CN113469544A - Risk control method and system for safety operation - Google Patents
Risk control method and system for safety operation Download PDFInfo
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Abstract
The invention relates to the technical field of safe operation, and discloses a risk management and control method and a system of safe operation, which comprises an operation plan management module, an operation management module, a supervision and inspection module, a safety visualization module, a safety access module, a safety management and control module, a network safety early warning module, a safety event management module and a risk analysis module; the operation plan management module is used for establishing a professional operation plan library, performing on-line editing and approval functions of various operation plans and performing information-based whole-process management of the various operation plans; the operation management module is used for performing vestige recording and field operation safety control on each link of field operation such as operation preparation, operation implementation and the like; the supervision and inspection module is used for carrying out post in-place inspection, safety supervision and professional supervision through the mobile terminal. According to the invention, through better and effective scientific supervision and control, the technical effects of improving the prevention and control effect and improving the supervision and information transmission efficiency are realized.
Description
Technical Field
The invention relates to the technical field of safety operation, in particular to a risk control method and a risk control system for safety operation.
Background
The safety production risk management and control business relates to a plurality of business departments such as regulation, operation and inspection, construction, marketing, communication and the like, has very wide application field, and often uses a safety production management and control method and a safety production management and control system in the electric power construction process to manage and control risks.
In the existing electric power production risk prevention and control process, transverse data link-up and functional cooperation are insufficient. The professional systems can not comprehensively realize risk standard management and function effective integration according to the unified requirements of national network companies and company operation site risk management and control, the site operation related to cross-professional management can not realize integrated cooperative management and control, and a plurality of information systems are used for front-line employees and managers. Meanwhile, the problems of incomplete data information, non-interactive resource sharing and across-professional information barriers exist, so that the serious problems of scattered data and insufficient normalization are caused, and a gap of data information for risk intelligent cooperative management and control is caused; the optimization and intensive management and control of the longitudinal flow are insufficient. Due to various restriction factors of unified deployment and development, the safety supervision integrated platform which is systematically pushed by the national power grid company can not meet the requirements of field operation in the links of integrity and applicability of process control aiming at relevant function modules of the field operation. Although the construction of the risk management and control system developed by the company organization local-city level unit achieves certain work effect, and the construction of part of unit systems even in the state network company system has certain typicality and precedence, the safety management levels are different due to the difference of the management modes, data information, work flows and the like of various city companies, the requirements of the risk management and control specifications of the state network company and the company operation site are deviated, and the increasingly strict standardization and intensification management work requirements of the safety risk management and control are difficult to meet.
The existing risk management and control method and system are not good enough in overall prevention and control effect and low in management and control efficiency, and non-constructors and personnel not wearing safety helmets are prone to occurring in construction sites, so that accidents are prone to happening. Most of the conventional information transmission modes have low information transmission efficiency, and certain influence is brought to the use of the risk control method and the risk control system, so that the risk control method and the risk control system for the safe operation are provided.
Disclosure of Invention
The embodiment of the application provides a risk control method and a risk control system for safety operation, solves the problems of poor overall prevention and control effect and low control efficiency of the existing risk control method and system, and easily causes accidents due to the fact that non-constructors and personnel not wearing safety helmets easily appear in construction sites. The risk management and control method and system for the safe operation are mainly based on the traditional information transmission mode, the information transmission efficiency is low, certain influence is brought to the use of the risk management and control method and system, the purposes of improving the prevention and control effect and improving the supervision and information transmission efficiency are achieved, and the risk management and control method and system for the safe operation are provided.
The invention solves the technical problems through the following technical scheme, and the system comprises an operation plan management module, an operation management module, a supervision and inspection module, a safety visualization module, a safety access module, a safety control module, a network safety early warning module, a safety event management module and a risk analysis module;
the operation plan management module is used for establishing a professional operation plan library, performing on-line editing and approval functions of various operation plans and performing information-based whole-process management of the various operation plans;
the operation management module is used for performing vestige recording and field operation safety control on each link of field operation such as operation preparation, operation implementation and the like;
the supervision and inspection module is used for performing on-line full-flow office work of post in-place inspection, safety supervision, professional supervision, supervision and inspection and violation management through the mobile terminal;
the safety visualization module is used for uploading videos of an operation site in real time, archiving and playing historical videos, and meanwhile, carrying out personnel safety analysis to generate safety analysis information;
the safety access module is used for managing and controlling personnel entering a construction site, the safety access module is used for managing personnel and outsourcing projects, and the content of personnel management process management comprises a main industry unit, main industry personnel, three main industry persons, main industry arrival post arrival position, outsourcing team personnel, outsourcing key personnel and outsourcing arrival post arrival position personnel;
the safety control module is used for carrying out safety monitoring, on-duty log, work evaluation and the like;
the network security early warning module is used for displaying the running conditions of the power monitoring system and the important information system in real time, performing statistical display on network attack, emergency warning and network security risk early warning, and sending warning information;
the safety event management module is used for establishing a safety event information base and an accident investigation expert base and effectively performing statistical analysis and display on the safety events;
the risk analysis module is used for information security access analysis, operation risk analysis, knowledge map construction and the like, various data are collected and integrated, targeted analysis is conducted, current risk early warning information is labeled, early warning detailed information such as risk levels, early warning reasons, early warning time periods and power failure equipment is displayed, and in addition, current risk influence conditions can be analyzed and displayed.
Further, the operation plan library made by the operation plan management module comprises a monthly power failure plan, a weekly power failure plan, a daily power failure plan, an emergency repair work plan, a temporary work plan and a daily work plan;
wherein: after the monthly power failure plan is issued, managers directly import the safety management and control system and issue the safety management and control system without auditing;
the management personnel issue the weekly power failure plan before the fifth of each week, and directly import the weekly power failure plan into the risk control platform and issue the weekly power failure plan after the planned issue without auditing;
a manager inputs and directly issues a rush-repair work task in the system;
the daily working plan needs to be confirmed every day for the next day, and the plan can be modified or changed before the confirmation of the daily working plan without going through an audit process; cancellation or change after daily schedule confirmation requires review.
Further, the operation management module needs to perform on-site investigation during operation preparation, and the operation management module performs operation risk assessment and grading to make control measures such as on-site investigation, three measures, bearing capacity analysis, and arrival at post.
Further, the uploaded video image real-time image and the historical image are acquired by the security visualization module, and the security visualization module is used for performing video round robin at the same time;
the safety visualization module is used for recognizing human faces and safety helmets after acquiring real-time images, and processing safety analysis information according to human face recognition information and safety helmet recognition information, wherein the safety analysis information comprises personnel warning information and personnel expelling information when the safety analysis information comprises personnel warning information and safety helmet wearing warning information.
Further, the specific processing procedure of the security analysis information is as follows:
the method comprises the following steps: extracting the collected real-time image information, extracting a face image from the real-time image information, and collecting feature points;
step two: extracting the feature points and then performing connection processing according to the extraction sequence to obtain a feature area;
step three: uploading the characteristic region to a preset database, searching similar patterns in the database, and when the area difference between the real-time characteristic region and the prestored characteristic region is smaller than a preset value, passing the verification, otherwise, generating personnel warning information;
step four: then extracting the collected real-time image information, extracting the human body image information from the collected real-time image information, and enabling personnel entering a construction site to wear a safety helmet with a preset pattern;
step five: retrieving a pre-pattern from an obtained human body image, when a preset pattern is not retrieved, replacing images at different angles for retrieval, when the preset pattern is not retrieved yet at different angles for replacement, generating personnel expelling information, when the preset pattern is retrieved, and when the preset pattern is lower than the preset height, generating safety helmet wearing warning information and carrying out upper body color identification on personnel in the image, wherein the specific content of the safety helmet wearing warning information is' please wear the safety helmet by the personnel with the upper body color xx);
the specific process of feature point extraction and feature area acquisition is as follows:
s1, extracting real-time image information and extracting face photo information from the real-time image information;
s2: marking the nose tip point of the face as point a1, marking the two earlobe points as point a2 and point A3, and marking the two mouth corners as point a4 and point a5, respectively, wherein point a2 and point a4 are on one side, and point A3 and point 5 are on one side;
s3: connecting a point A1 with a point A2 to obtain a line segment L1, connecting a point A1 with the point A3 to obtain a line segment L2, and connecting a point A2 with a point A3 to obtain a line segment L3;
s4: connecting a point A1 with a point A4 to obtain a line segment L4, connecting a point A1 with the point A5 to obtain a line segment L5, and connecting a point A4 with a point A3 to obtain a line segment L5;
s5: the line segments L1, L2 and L3 enclose a triangle M1, and the line segments L4, L5 and L6 enclose a triangle M2;
s6: an overlapping part exists between the triangle M1 and the triangle M2, and the characteristic region is obtained by removing the overlapping part.
Further, the specific functions of the security event management module include security event management, security event statistical analysis and accident investigation expert database;
the safety event management comprises key information such as basic information of a safety event, an event process, an event exposure problem, a rectification measure, an examination and the like;
the accident investigation expert database is used for managing key information such as accident investigation management, technical expert basic information, professional types, work performance and the like and dynamically evaluating according to working conditions;
the security event statistical analysis is used for performing week, month and year statistical analysis on the security events and automatically generating an event analysis report.
Further, the specific content of the security admission analysis is as follows: carrying out multidimensional analysis on admission information such as credit worthiness of outsourcing units and personnel enterprises, safety training examinations, safety qualification, safety records and the like and information such as violation, accident, negative list, blacklist and the like;
the operation risk analysis is used for summarizing and integrating data such as operation plans, risk early warning, safety credit, meteorological information and the like, and realizing the early research and judgment and risk prompt of operation risks;
the specific content of the construction of the knowledge graph is as follows: and constructing a safety knowledge graph based on the service data such as risks, hidden dangers, violations, accidents, safety credit worthiness and the like, and mining the internal association relationship among the data.
Further, the specific content of the security monitoring is as follows: the operator on duty monitors the whole process of the operation process and the on-site operation picture and alarms the abnormal information of the picture;
the specific content of the on-duty log is as follows: the monitoring picture has a rapid processing flow for checking trace records and finding out violation, and an on-duty log is formed;
the specific content of the work evaluation is as follows: evaluating the use of the mobile terminal, the application of the field terminal, the working conditions of various field personnel, the working effect on duty of a subordinate safety control center, the working condition on duty and the like;
the specific content of the arrival-at-position check is as follows: the person who arrives at the post uses the mobile terminal to check the operation site that arrives at the post, and records, supervises safely, supervises professionally, supervises and checks and manages the rule and regulation violation in a shooting and uploading mode;
the safety supervision is that safety supervision personnel use a mobile terminal to perform safety supervision on an operation site and record the safety supervision through a photographing uploading mode;
the specific contents of the professional supervision are as follows: the professional department room personnel can check the professional supervision condition through the function, and report or modify supervision records;
the specific content of the supervision and inspection is as follows: and the supervision personnel use the mobile terminal to supervise and check the operation field and record the operation field in a photographing and uploading mode.
A risk control method for safety operation comprises the following steps: the method comprises the following steps:
the method comprises the following steps: making an operation plan: according to actual production requirements, making different working plans and producing corresponding operation plan libraries;
step two: performing online editing and approval function and information-based whole-process management of various operation plans on the established professional operation plan library and various operation plans;
step three: construction operation is carried out according to the approved plan, meanwhile, construction supervision operation is carried out during construction operation to check the arrival of the job, safety supervision, professional supervision, supervision and violation management are carried out, and supervision information is uploaded through the mobile terminal;
step four: acquiring and uploading image information during construction in real time, archiving the image information, and simultaneously carrying out face recognition and wearing safety helmet detection through the real-time image information during construction;
step five: comprehensively controlling personnel entering a construction site, and checking identities of the personnel entering the construction site;
step six: the on-duty personnel monitors the whole process of the operation process and the on-site operation picture, alarms are given on abnormal picture information, the uploaded monitoring picture has a quick processing flow for checking trace records and finding violation, an on-duty log is formed, and the on-duty working effect, the on-duty situation and the like of the lower-level safety control center are evaluated through the use of the mobile terminal, the application of the on-site terminal and the working conditions of various on-site personnel;
step seven: displaying the running conditions of the whole power monitoring system and the important information system in real time, performing statistical display on network attack, emergency alarm and network security risk early warning, and sending out warning information;
step eight: establishing a safety event information base and an accident investigation expert base according to various information acquired in the power construction process, and carrying out effective statistical analysis and display on the safety events;
step nine: various data in the construction and supervision processes are collected and integrated, pertinence analysis is conducted, current risk early warning information is marked, early warning detailed information such as risk levels, early warning reasons, early warning time periods and power failure equipment is displayed, and current risk influence conditions are analyzed and displayed.
Compared with the prior art, the invention has the following advantages:
1. according to the method and the system for managing and controlling the risks of the safety operation, more effective and comprehensive supervision and management and safety visualization are carried out on the electric power construction site, so that the problem that safety accidents are caused by the fact that the supervision of the electric power construction site is not strict and incomplete in data in the prior art is solved effectively, the risk prevention and control effect of the system is further improved better, the safety management and control efficiency and the supervision and inspection efficiency of the site operation are improved effectively, and the system is more worthy of popularization and use;
2. meanwhile, whether non-constructors and personnel not wearing safety helmets exist or not is known through real-time image analysis of an electric power construction site, accidents caused by the fact that the non-constructors and the personnel not wearing the safety helmets correctly exist in the prior art are effectively solved, the expelling information is sent out in time when the non-constructors are found, the accidents caused when the non-constructors appear on the construction site are avoided, meanwhile, the reminding information is sent out when the constructors do not wear the safety helmets correctly, the constructors are reminded of wearing the safety helmets, the safety of the constructors is further guaranteed, and therefore better safety control is achieved;
3. the whole system carries out approval management and control and supervision management through the mobile terminal, solves the problem that a large number of personnel are needed for approval management and control papery efficiency and supervision management in the prior art, and ensures the efficiency of information processing so that the system can better carry out risk management and control of electric power construction;
4. the method has the advantages that the running conditions of the power monitoring system and the important information system are displayed in real time, network attack, emergency alarm and network security risk early warning are statistically displayed, and warning information is sent out.
Drawings
FIG. 1 is a functional block diagram of a system in the present embodiment;
fig. 2 is a security analysis information flow chart in the present embodiment;
fig. 3 is a feature region extraction diagram in the present embodiment;
FIG. 4 is a functional diagram of the system in the present embodiment;
fig. 5 is a flowchart of the overall method in the present embodiment.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
The embodiment of the application provides a risk management and control method and system for safety operation, solves the technical problem of poor data management and control effect in the prior art, and achieves the technical effects of improving prevention and control effect and improving supervision and information transmission efficiency.
As shown in fig. 1 to 5, the present embodiment provides a technical solution: a risk management and control system for safety operation comprises an operation plan management module, an operation management module, a supervision and inspection module, a safety visualization module, a safety access module, a safety management and control module, a network safety early warning module, a safety event management module and a risk analysis module;
the operation plan management module is used for establishing a professional operation plan library, performing on-line editing and approval functions of various operation plans and performing information-based whole-process management of the various operation plans;
the operation management module is used for performing vestige recording and field operation safety control on each link of field operation such as operation preparation, operation implementation and the like;
the supervision and inspection module is used for performing on-line full-flow office work of post in-place inspection, safety supervision, professional supervision, supervision and inspection and violation management through the mobile terminal;
the safety visualization module is used for uploading videos of an operation site in real time, archiving and playing historical videos, and meanwhile, carrying out personnel safety analysis to generate safety analysis information;
the safety access module is used for managing and controlling personnel entering a construction site, the safety access module is used for managing personnel and outsourcing projects, and the content of personnel management process management comprises a main industry unit, main industry personnel, three main industry persons, main industry arrival post arrival position, outsourcing team personnel, outsourcing key personnel and outsourcing arrival post arrival position personnel;
the safety control module is used for carrying out safety monitoring, on-duty log, work evaluation and the like;
the network security early warning module is used for displaying the running conditions of the power monitoring system and the important information system in real time, performing statistical display on network attack, emergency warning and network security risk early warning, and sending warning information;
the safety event management module is used for establishing a safety event information base and an accident investigation expert base and effectively performing statistical analysis and display on the safety events;
the risk analysis module is used for information security access analysis, operation risk analysis, knowledge map construction and the like, various data are collected and integrated, targeted analysis is conducted, current risk early warning information is labeled, early warning detailed information such as risk levels, early warning reasons, early warning time periods and power failure equipment is displayed, and in addition, current risk influence conditions can be analyzed and displayed.
The operation plan library made by the operation plan management module comprises a monthly power failure plan, a weekly power failure plan, a daily power failure plan, an emergency repair work plan, a temporary work plan and a daily work plan;
wherein: after the monthly power failure plan is issued, managers directly import the safety management and control system and issue the safety management and control system without auditing;
the management personnel issue the weekly power failure plan before the fifth of each week, and directly import the weekly power failure plan into the risk control platform and issue the weekly power failure plan after the planned issue without auditing;
a manager inputs and directly issues a rush-repair work task in the system;
the daily working plan needs to be confirmed every day for the next day, and the plan can be modified or changed before the confirmation of the daily working plan without going through an audit process; the cancel or change needs to be checked after the daily plan is confirmed;
the risk is effectively regulated through reasonable planning, and meanwhile, reasonable verification of the plan further reduces the risk.
The operation management module needs to carry out on-site investigation during operation preparation, and the operation management module carries out operation risk assessment grading on an operation plan and makes management and control measures such as on-site investigation, three measures, bearing capacity analysis, arrival at post and the like.
The safety visualization module is used for acquiring real-time images and historical images of uploaded video images, and is used for performing video round robin at the same time;
the safety visualization module can acquire a working site video through means of fixing a camera, moving a cloth control ball, individual equipment and the like, and check a real-time video; meanwhile, historical video recording checking is supported, historical video information is checked in various modes such as date and the like, a video polling function is supported, a manager can conveniently and simultaneously supervise a plurality of sites, a face recognition function is also supported, the site violation recognition efficiency is improved, the manual verification time is saved, the safety helmet recognition function is supported, and personnel wearing safety helmets on the sites and colors can be conveniently and quickly screened;
the safety visualization module is used for recognizing human faces and safety helmets after acquiring real-time images, and processing safety analysis information according to human face recognition information and safety helmet recognition information, wherein the safety analysis information comprises personnel warning information and personnel expelling information when the safety analysis information comprises personnel warning information and safety helmet wearing warning information.
The specific processing procedure of the security analysis information is as follows:
the method comprises the following steps: extracting the collected real-time image information, extracting a face image from the real-time image information, and collecting feature points;
step two: extracting the feature points and then performing connection processing according to the extraction sequence to obtain a feature area;
step three: uploading the characteristic region to a preset database, searching similar patterns in the database, and when the area difference between the real-time characteristic region and the prestored characteristic region is smaller than a preset value, passing the verification, otherwise, generating personnel warning information;
step four: then extracting the collected real-time image information, extracting the human body image information from the collected real-time image information, and enabling personnel entering a construction site to wear a safety helmet with a preset pattern;
step five: retrieving a pre-pattern from an obtained human body image, when a preset pattern is not retrieved, replacing images at different angles for retrieval, when the preset pattern is not retrieved yet at different angles for replacement, generating personnel expelling information, when the preset pattern is retrieved, and when the preset pattern is lower than the preset height, generating safety helmet wearing warning information and carrying out upper body color identification on personnel in the image, wherein the specific content of the safety helmet wearing warning information is' please wear the safety helmet by the personnel with the upper body color xx);
by utilizing the on-site video and the on-site picture, the illegal behaviors such as on-site irregular and civilized construction are timely and effectively discovered, if the safety helmet is not arranged and is not worn correctly, the illegal behaviors such as mistaken violation of a non-operation area, operation item skipping and missing are identified and alarmed, and the illegal results are synchronously associated with functional data such as anti-violation and the like in real time, so that the video surveillance efficiency is improved, and accidents caused by the fact that the safety helmet is not worn and non-constructors enter an electric power construction site are avoided;
the specific process of feature point extraction and feature area acquisition is as follows:
s1, extracting real-time image information and extracting face photo information from the real-time image information;
s2: marking the nose tip point of the face as point a1, marking the two earlobe points as point a2 and point A3, and marking the two mouth corners as point a4 and point a5, respectively, wherein point a2 and point a4 are on one side, and point A3 and point 5 are on one side;
s3: connecting a point A1 with a point A2 to obtain a line segment L1, connecting a point A1 with the point A3 to obtain a line segment L2, and connecting a point A2 with a point A3 to obtain a line segment L3;
s4: connecting a point A1 with a point A4 to obtain a line segment L4, connecting a point A1 with the point A5 to obtain a line segment L5, and connecting a point A4 with a point A3 to obtain a line segment L5;
s5: the line segments L1, L2 and L3 enclose a triangle M1, and the line segments L4, L5 and L6 enclose a triangle M2;
s6: an overlapping part exists between the triangle M1 and the triangle M2, and the characteristic region is obtained by removing the overlapping part;
through the above process, the feature information can be acquired better and faster, so that the recognition efficiency is accelerated, and the shadow part in fig. 3 is the feature area.
The specific functions of the security event management module comprise security event management, security event statistical analysis and an accident investigation expert library;
the safety event management comprises key information such as basic information of a safety event, an event process, an event exposure problem, a rectification measure, an examination and the like;
the accident investigation expert database is used for managing key information such as accident investigation management, technical expert basic information, professional types, work performance and the like and dynamically evaluating according to working conditions;
the security event statistical analysis is used for performing week, month and year statistical analysis on the security events and automatically generating an event analysis report.
The specific contents of the security admission analysis are as follows: carrying out multidimensional analysis on admission information such as credit worthiness of outsourcing units and personnel enterprises, safety training examinations, safety qualification, safety records and the like and information such as violation, accident, negative list, blacklist and the like;
the operation risk analysis is used for summarizing and integrating data such as operation plans, risk early warning, safety credit, meteorological information and the like;
the operation risk is researched and judged in advance and the risk is prompted by summarizing and integrating data such as an operation plan, risk early warning, safety credit, meteorological information and the like;
the specific content of the construction of the knowledge graph is as follows: based on the business data such as risks, hidden dangers, violations, accidents, safety credit worthiness and the like, a safety knowledge map is constructed, and the internal association relationship among the data is mined;
based on the business data such as risks, hidden dangers, violations, accidents, safety credit worthiness and the like, a safety knowledge map is constructed, the internal association relationship among the data is mined, the safety weak links are analyzed, and the targeted control is developed.
The specific contents of the safety monitoring are as follows: the operator on duty monitors the whole process of the operation process and the on-site operation picture and alarms the abnormal information of the picture;
the specific content of the on-duty log is as follows: the monitoring picture has a rapid processing flow for checking trace records and finding out violation, and an on-duty log is formed;
the specific content of the work evaluation is as follows: evaluating the use of the mobile terminal, the application of the field terminal, the working conditions of various field personnel, the working effect on duty of a subordinate safety control center, the working condition on duty and the like;
the specific content of the arrival-at-position check is as follows: the person who arrives at the post uses the mobile terminal to check the operation site that arrives at the post, and records, supervises safely, supervises professionally, supervises and checks and manages the rule and regulation violation in a shooting and uploading mode;
the safety supervision is that safety supervision personnel use a mobile terminal to perform safety supervision on an operation site and record the safety supervision through a photographing uploading mode;
the specific contents of the professional supervision are as follows: the professional department room personnel can check the professional supervision condition through the function, and report or modify supervision records;
the specific content of the supervision and inspection is as follows: the supervision personnel use the mobile terminal to supervise and check the operation site and record the operation site in a photographing and uploading mode;
the violation record of the violation management comprises violation units, violation personnel, violation content, violation nature and violation score, so that the information of the violation personnel can be conveniently searched subsequently;
through the process, more professional, comprehensive and real power construction site supervision is realized.
The embodiment of the application also provides a risk control method for the risk control system for the safety operation, and the method specifically comprises the following steps:
the method comprises the following steps: making an operation plan: according to actual production requirements, making different working plans and producing corresponding operation plan libraries;
step two: performing online editing and approval function and information-based whole-process management of various operation plans on the established professional operation plan library and various operation plans;
step three: construction operation is carried out according to the approved plan, meanwhile, construction supervision operation is carried out during construction operation to check the arrival of the job, safety supervision, professional supervision, supervision and violation management are carried out, and supervision information is uploaded through the mobile terminal;
step four: acquiring and uploading image information during construction in real time, archiving the image information, and simultaneously carrying out face recognition and wearing safety helmet detection through the real-time image information during construction;
step five: comprehensively controlling personnel entering a construction site, and checking identities of the personnel entering the construction site;
step six: the on-duty personnel monitors the whole process of the operation process and the on-site operation picture, alarms are given on abnormal picture information, the uploaded monitoring picture has a quick processing flow for checking trace records and finding violation, an on-duty log is formed, and the on-duty working effect, the on-duty situation and the like of the lower-level safety control center are evaluated through the use of the mobile terminal, the application of the on-site terminal and the working conditions of various on-site personnel;
step seven: displaying the running conditions of the whole power monitoring system and the important information system in real time, performing statistical display on network attack, emergency alarm and network security risk early warning, and sending out warning information;
step eight: establishing a safety event information base and an accident investigation expert base according to various information acquired in the power construction process, and carrying out effective statistical analysis and display on the safety events;
step nine: various data in the construction and supervision processes are collected and integrated, pertinence analysis is conducted, current risk early warning information is marked, early warning detailed information such as risk levels, early warning reasons, early warning time periods and power failure equipment is displayed, and current risk influence conditions are analyzed and displayed.
In conclusion, when the invention is used, the operation plan management module establishes each professional operation plan library, the online editing and approval function of each operation plan and the informatization whole-process management of each operation plan, then the operation management module carries out the vestige recording and the on-site operation safety control of each link such as operation preparation, operation implementation and the like, a supervision and inspection module is used for carrying out online whole-flow office work of post in-place inspection, safety supervision, professional supervision, supervision inspection and violation management through a mobile terminal in the construction process, the safety visualization module uploads the operation site video and archives and plays the historical video in real time in the construction process, meanwhile, the safety analysis information is generated by personnel safety analysis, the construction site is controlled by the safety admission module, the safety admission module controls the personnel entering the construction site, the safety admission module carries out personnel management and outsourcing project management, the content of the personnel management process management comprises a main business unit, main business personnel, three main business persons, main business arrival at post, outsourcing team personnel, outsourcing key persons and outsourcing arrival at post personnel, a safety control module is used for carrying out safety monitoring, on-duty log, work evaluation and the like in the construction process, a network safety early warning module is used for displaying the operation conditions of a power monitoring system and an important information system in real time, carrying out statistical display on network attack, emergency warning and network safety risk early warning and sending warning information to remind a construction heat source, a safety event management module is used for establishing a safety event information base and an accident investigation expert base, carrying out effective statistical analysis display on safety events, avoiding subsequent accidents through reasonable statistical analysis, a risk analysis module is used for carrying out information safety admission analysis, analysis and analysis, The operation risk analysis, the knowledge graph construction and the like are used for summarizing and integrating various data, developing pertinence analysis, marking current risk early warning information, displaying early warning detailed information such as risk grade, early warning course, early warning time interval and power failure equipment, and analyzing and displaying current risk influence conditions.
As will be appreciated by one skilled in the art, embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create a system for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including an instruction system which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.
Claims (10)
1. A risk management and control system of safe operation, characterized by includes:
the operation plan management module is used for establishing various operation plan libraries, performing on-line editing and approval on various operation plans and performing informatization whole-process management on various operation plans;
the operation management module is used for performing operation preparation, tracing recording of each link of operation implementation field operation and field operation safety control;
the supervision and inspection module is used for performing on-line full-flow office work of post in-place inspection, safety supervision, professional supervision, supervision inspection and violation management through the terminal;
the safety visualization module is used for receiving real-time uploading of the operation site video and archiving and playing of the video, and simultaneously performing personnel safety analysis to generate safety analysis information;
the system comprises a safety access module, a data processing module and a data processing module, wherein the safety access module is used for controlling acquired personnel entering a construction site, the safety access module is used for managing personnel management and outsourcing projects, and the content of the personnel management process management comprises a main business unit, main business personnel, three main business persons, a main business arrival post, an outsourcing team personnel, an outsourcing key person and an outsourcing arrival post arrival person;
the safety control module is used for carrying out safety monitoring, on-duty logs and work evaluation;
the network safety early warning module is used for displaying the power monitoring and the running condition of an important information system in real time, performing statistical display on network attack, emergency warning and network safety risk early warning and sending out warning information;
the safety event management module is used for establishing a safety event information base and an accident investigation expert base and effectively performing statistical analysis and display on the safety events; and
and the risk analysis module is used for performing information security access analysis, operation risk analysis and knowledge map construction, summarizing and integrating various data, developing pertinence analysis, marking current risk early warning information, and displaying risk grade, early warning reason, early warning time period and early warning detailed information of power failure equipment.
2. The risk management and control system for secure operations according to claim 1, wherein: the operation plan library made by the operation plan management module comprises a day, week and month power failure plan, an emergency repair work plan, a temporary work plan and a day work plan; wherein:
after the monthly power failure plan is issued, managers directly import the safety management and control system and issue the safety management and control system without auditing;
a manager inputs and directly issues a rush-repair work task in the system;
the daily work plan needs to be confirmed every day for the next day, and the plan can be modified or changed before the confirmation of the daily work plan without a checking process; cancellation or change after daily schedule confirmation requires review.
3. The risk management and control system for secure operations according to claim 1, wherein: and when the operation management module performs operation preparation, on-site investigation is required, and the operation management module performs operation risk assessment and grading.
4. The risk management and control system for secure operations according to claim 1, wherein: the safety visualization module is used for acquiring real-time images and historical images of uploaded video images, and is used for performing video round robin at the same time;
the safety visualization module is used for recognizing human faces and safety helmets after acquiring real-time images, and processing safety analysis information according to human face recognition information and safety helmet recognition information, wherein the safety analysis information comprises personnel warning information and personnel expelling information when the safety analysis information comprises personnel warning information and safety helmet wearing warning information.
5. The risk management and control system for secure operations according to claim 4, wherein: the specific processing procedure of the security analysis information is as follows:
s1: extracting the collected real-time image information, extracting a face image from the real-time image information, and collecting feature points;
s2: extracting the feature points and then performing connection processing according to the extraction sequence to obtain a feature area;
s3: uploading the characteristic region to a preset database, searching similar patterns in the database, and when the area difference between the real-time characteristic region and the prestored characteristic region is smaller than a preset value, passing the verification, otherwise, generating personnel warning information;
s4: then extracting the collected real-time image information, extracting the human body image information from the collected real-time image information, and enabling personnel entering a construction site to wear a safety helmet with a preset pattern;
s5: retrieving a pre-pattern from an obtained human body image, when a preset pattern is not retrieved, replacing images at different angles for retrieval, when the preset pattern is not retrieved yet at different angles for replacement, generating personnel expelling information, when the preset pattern is retrieved, but the height of the preset pattern is lower than the preset height, generating safety helmet wearing warning information and carrying out upper body color identification on personnel in the image, wherein the specific content of the safety helmet wearing warning information is 'please wear the safety helmet by the personnel with the upper body color xx color'.
6. The risk management and control system for safety work according to claim 5, wherein the specific processes of feature point extraction and feature area acquisition are as follows:
s1, extracting real-time image information and extracting face photo information from the real-time image information;
s2: marking the nose tip point of the face as point a1, marking the two earlobe points as point a2 and point A3, and marking the two mouth corners as point a4 and point a5, respectively, wherein point a2 and point a4 are on one side, and point A3 and point 5 are on one side;
s3: connecting a point A1 with a point A2 to obtain a line segment L1, connecting a point A1 with the point A3 to obtain a line segment L2, and connecting a point A2 with a point A3 to obtain a line segment L3;
s4: connecting a point A1 with a point A4 to obtain a line segment L4, connecting a point A1 with the point A5 to obtain a line segment L5, and connecting a point A4 with a point A3 to obtain a line segment L5;
s5: the line segments L1, L2 and L3 enclose a triangle M1, and the line segments L4, L5 and L6 enclose a triangle M2;
s6: an overlapping part exists between the triangle M1 and the triangle M2, and the characteristic region is obtained by removing the overlapping part.
7. The risk management and control system for security task of claim 1, wherein the specific functions of the security event management module include security event management, security event statistical analysis and accident investigation expert database;
the safety event management comprises basic information of safety events, event processes, event exposure problems, rectification measures and assessment key information;
the accident investigation expert database is used for managing accident investigation management, technical expert basic information, professional types and work performance key information and dynamically evaluating according to working conditions;
the security event statistical analysis is used for performing week, month and year statistical analysis on the security events and automatically generating an event analysis report.
8. The risk management and control system for secure operations according to claim 1, wherein: the specific contents of the security admission analysis are as follows: carrying out multidimensional analysis on credit worthiness of outsourcing units and personnel enterprises, safety training examinations, safety qualification, safety record admission information, violation, accident, negative list and blacklist information;
the operation risk analysis is used for summarizing and integrating operation plans, risk early warning, safety credit and meteorological information data, and realizing the early research and judgment and risk prompt of operation risks;
the specific content of the construction of the knowledge graph is as follows: and constructing a safety knowledge map based on the risk, hidden danger, violation, accident and safety credit data, and mining the internal association relationship among the data.
9. The risk management and control system for secure operations according to claim 1, wherein: the specific contents of the safety monitoring are as follows: the operator on duty monitors the whole process of the operation process and the on-site operation picture and alarms the abnormal information of the picture;
the specific content of the on-duty log is as follows: the monitoring picture has a rapid processing flow for checking trace records and finding out violation, and an on-duty log is formed;
the specific content of the work evaluation is as follows: evaluating the use of the mobile terminal, the application of the field terminal, the working conditions of various field personnel, the working effect on duty of a subordinate safety control center and the working condition on duty;
the specific content of the arrival-at-position check is as follows: the person who arrives at the post uses the mobile terminal to check the operation site that arrives at the post, and records, supervises safely, supervises professionally, supervises and checks and manages the rule and regulation violation in a shooting and uploading mode;
the safety supervision is that safety supervision personnel use a mobile terminal to perform safety supervision on an operation site and record the safety supervision through a photographing uploading mode;
the specific contents of the professional supervision are as follows: the professional department room personnel can check the professional supervision condition through the function, and report or modify supervision records;
the specific content of the supervision and inspection is as follows: and the supervision personnel use the mobile terminal to supervise and check the operation field and record the operation field in a photographing and uploading mode.
10. A risk management and control method for security operation, applied to the risk management and control system according to any one of claims 1 to 9, comprising the following steps:
the method comprises the following steps: making an operation plan: according to actual production requirements, making different working plans and producing corresponding operation plan libraries;
step two: performing online editing and approval function and information-based whole-process management of various operation plans on the established professional operation plan library and various operation plans;
step three: construction operation is carried out according to the approved plan, meanwhile, construction supervision operation is carried out during construction operation to check the arrival of the job, safety supervision, professional supervision, supervision and violation management are carried out, and supervision information is uploaded through the mobile terminal;
step four: acquiring and uploading image information during construction in real time, archiving the image information, and simultaneously carrying out face recognition and wearing safety helmet detection through the real-time image information during construction;
step five: comprehensively controlling personnel entering a construction site, and checking identities of the personnel entering the construction site;
step six: the on-duty personnel monitors the whole process of the operation process and the on-site operation picture, alarms on abnormal picture information, and uploads the monitoring picture to have a quick processing flow for checking trace records and finding out violation, so that an on-duty log is formed, and the on-duty working effect and the on-duty condition of the lower-level safety control center are evaluated through the use of the mobile terminal, the application of the on-site terminal and the working conditions of various on-site personnel;
step seven: displaying the running conditions of the whole power monitoring system and the important information system in real time, performing statistical display on network attack, emergency alarm and network security risk early warning, and sending out warning information;
step eight: establishing a safety event information base and an accident investigation expert base according to various information acquired in the power construction process, and carrying out effective statistical analysis and display on the safety events;
step nine: various data in the construction and supervision processes are collected and integrated, pertinence analysis is conducted, current risk early warning information is marked, meanwhile, risk levels, early warning affair reasons, early warning periods and early warning detailed information of power failure equipment are displayed, and current risk influence conditions are analyzed and displayed.
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| CN202110786072.3A CN113469544A (en) | 2021-07-12 | 2021-07-12 | Risk control method and system for safety operation |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113920478A (en) * | 2021-12-16 | 2022-01-11 | 国能龙源电力技术工程有限责任公司 | Video-based safety monitoring method and system |
| CN114240211A (en) * | 2021-12-22 | 2022-03-25 | 重庆至信实业集团有限公司 | Intelligent production management system and management method |
| CN116612442A (en) * | 2023-07-21 | 2023-08-18 | 广州电力工程监理有限公司 | Construction site supervision violation early warning method and system combining with AI vision technology |
| WO2024027200A1 (en) * | 2022-08-05 | 2024-02-08 | 卡奥斯化智物联科技(青岛)有限公司 | Chemical production operation process system |
| CN117829579A (en) * | 2022-11-24 | 2024-04-05 | 刘德君 | Electric power engineering control method based on global identification |
| CN117952375A (en) * | 2024-02-05 | 2024-04-30 | 中国铁路北京局集团有限公司石家庄工务段 | Security operation monitoring management method and device, electronic equipment and storage medium |
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2021
- 2021-07-12 CN CN202110786072.3A patent/CN113469544A/en not_active Withdrawn
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113920478A (en) * | 2021-12-16 | 2022-01-11 | 国能龙源电力技术工程有限责任公司 | Video-based safety monitoring method and system |
| CN114240211A (en) * | 2021-12-22 | 2022-03-25 | 重庆至信实业集团有限公司 | Intelligent production management system and management method |
| WO2024027200A1 (en) * | 2022-08-05 | 2024-02-08 | 卡奥斯化智物联科技(青岛)有限公司 | Chemical production operation process system |
| CN117829579A (en) * | 2022-11-24 | 2024-04-05 | 刘德君 | Electric power engineering control method based on global identification |
| CN116612442A (en) * | 2023-07-21 | 2023-08-18 | 广州电力工程监理有限公司 | Construction site supervision violation early warning method and system combining with AI vision technology |
| CN116612442B (en) * | 2023-07-21 | 2023-09-22 | 广州电力工程监理有限公司 | Construction site supervision violation early warning method and system combining with AI vision technology |
| CN117952375A (en) * | 2024-02-05 | 2024-04-30 | 中国铁路北京局集团有限公司石家庄工务段 | Security operation monitoring management method and device, electronic equipment and storage medium |
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