CN102521709B - A kind of online risk management system of Construction Quality safety - Google Patents
A kind of online risk management system of Construction Quality safety Download PDFInfo
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- CN102521709B CN102521709B CN201110436017.8A CN201110436017A CN102521709B CN 102521709 B CN102521709 B CN 102521709B CN 201110436017 A CN201110436017 A CN 201110436017A CN 102521709 B CN102521709 B CN 102521709B
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Abstract
The present invention provides a kind of online risk management system of Construction Quality safety, relate to the risk management technology field of architectural engineering, including comprehensive management subsystem and single project management subsystem, comprehensive management subsystem includes project risk situation, Risk Monitoring and five functional modules such as early warning, work prompting, instruction granting, emergency drilling, for browsing, company is all undertakes project for information about, send instruction to project management department, check the routine work of project management department；Single project management subsystem includes nine functional modules such as engineering information, risk identification, risk assessment, risk tracking, alarm emergency, document management, work prompting, instruction reply, video monitoring, for carrying out risk identification, assessment, tracking and alarm emergency by project profile information, remotely monitor engineering site.Native system integrates online risk evaluating system, long distance control system and crisis management information platform, it is achieved the real-time management of large-scale construction engineering project risk and Whole Course Management.
Description
Technical field
The invention belongs to the risk management technology field of architectural engineering, particularly to a kind of online risk management system of Construction Quality safety.
Background technology
Flourish along with Chinese large-sized construction project, engineering construction presents the diversification of investment subjects, technical matters complicates, construction material newcooperative medical system and the feature such as enterprise's independentization, construction project scale maximization.For a large-scale construction engineering, quality safety is to ensure that the important foundation that construction is smoothed out, uses safely, once generation quality accident, light then affect construction and be smoothed out, heavy then leave hidden dangers in project or shorten the service life of building, even cause building collapsing, cause casualties and huge economic loss, therefore, the quality safety risk in construction project and safety problem are paid close attention to widely.
Along with the high speed development of information technology, the risk pipe carrying out heavy construction quality safety with the form of computer software has become as a kind of trend.The Large Scale Construction Engineering construction stage is the formation stages of construction project entity, is quality risk and the Main Stage of security risk exposure, is also the Main Stage of quality control and security control simultaneously.But, owing to Large Scale Construction Engineering is by the restriction of each side condition, risk uncertain factor is many, and risk is various and random, once quality accidents, environmental effect and social influence's degree is huge, need the quality safety management pattern forming the Large Scale Construction Engineering construction stage not only tallied with the national condition but also can be in line with international standards badly, form the effective Risk Management System of engineering construction field.Therefore, build the online risk management system of heavy construction quality safety, set of system, perfect, effective Risk Management Model can be provided for Chinese large-sized engineering construction project Risk Management, also can pass through risk management can identify in advance and assess risk, then take effective prevention with counter-measure to reduce risk, it is ensured that being smoothed out and safe operation of large-scale construction project.Information-based means and remote control technology is utilized to carry out the real-time management of risk, form the quality safety Risk Management Model of persistence, circular type and dynamic, become the risk management Risk Management Model into active forewarning formula of passive emergency, conscientiously reduce engineering risk.
Summary of the invention
It is an object of the invention to: the risk of Big Business Building is identified and assessment, and the risk identified is carried out dynamic tracking, realize project management is planned, the record of implementation process range of information and management, relevant information and the decision support of Construction Project Risk are provided, auxiliary risk manager carries out risk management planning and risk tracing control, for realizing real-time management and the Whole Course Management of large-scale construction engineering project risk faced by corporate level and item layer, it is provided that a kind of online risk management system of heavy construction quality safety.
In order to realize foregoing invention purpose, as follows by the following technical solutions:
A kind of online risk management system of heavy construction quality safety includes, comprehensive management subsystem and single project management subsystem, and has strict user authority management；The main users of comprehensive management subsystem is corporate operations personnel and project management department management personnel, corresponding enterprise-level authority, for to browsing the information of company's all items, carrying out individual event purpose current check, Risk Monitoring and early warning, project management department being operated prompting and sends instruction；The main users of single project management subsystem is project management department member, corresponding project level authority, for browsing, typing project information, transmitting-receiving file and uplink data, carry out risk identification, risk assessment, risk is followed the tracks of, work prompting, alarm emergency and video monitoring, replys, by system, the instruction that comprehensive management subsystem is provided online simultaneously.
Comprehensive management subsystem also includes: module and risk rehearsal module are provided in project risk condition module, Risk Monitoring and warning module, work prompting module, instruction,
Single project management subsystem also includes: module, work prompting module and video monitoring module are replied in engineering information module, risk identification module, risk evaluation module, risk tracking module, alarm emergency module, document management module, instruction,
Project risk condition module is used for browsing, inquiring about all items information, records risk level and the situation of change of each project, and all items is added up；For to the inquiry of all individual event purpose current checks of company and information, browse.
Risk Monitoring exceedes the phenomenon of warning value with warning module for recording each project Monitoring Data in work progress, and the process of alert event is recorded；For inquiring about, add up the warning message of each project.
Work prompting module is used for recording the same day or current generation user needs item to be processed, adds, inquires about the various reminded contents of all items risk management, reflects the linkage work mechanism that enterprise-level manager and project are taken part in building between each side.
Instruction is provided module, for enterprise-level manager, project work is sent dependent instruction, including the item instruction adding, editing, inquire about all items.
Risk rehearsal module is for recording, inquire about, browse each project emergency preplan rehearsal situation in work progress.
Single project management subsystem, including following functional module:
Engineering information module is for the basic condition of record entry, including checking, add, edit, deleting basic operation；It is also used for subdivisional work and the typing of partitioned project information, editor and deletion；Browse project progress situation.
Risk identification module is for according to project profile information, carrying out system by the embedded rule of system and automatically identify, obtain the risk case of project and the risk inventory of risk factor, and draw risk tree.
Risk evaluation module, for the risk assessment of construction projects, is determined by computation model, calculates the risk class obtaining each risk case and Engineering Overall；Sensitivity analysis for Big Business Building, it is determined that the significance level of risk factor.
Risk class, for recording the change of every Monitoring Data in engineering process, is dynamically adjusted by risk tracking module according to the progress of branch, subdivisional work.
Alarm emergency module exceedes the phenomenon of warning value for recording Monitoring Data in construction process, and the disposition of alert event is recorded.
Document management module is for the management of Miscellaneous Documents in Big Business Building risk management process, including browsing and downloading.
Instruction replys module for inquiring about the instruction that higher level assigns, and the instruction of higher level is replied online.
Work prompting module is used for recording the same day or current generation need item to be processed, needs item to be processed including browsing, add, inquiring about.
Video monitoring module, for reflecting project field condition by long distance control system, carries out the risk management at scene.
In technique scheme, the main users of described comprehensive management subsystem is Executive, it is possible to browse all items for information about, and sends instruction to project management department；The user of single project management subsystem is each project management department member, mainly includes project manager, project chief engineer, documenter, and the authority of each user is different with responsibility.
The project risk condition module of described comprehensive management subsystem, for inquiring about, browse the risk status of each construction projects；For all construction projects are added up according to item types, risk class and project status；Risk situation for all single projects of company carries out current check, including inquiry, browses the risk case of project, risk class, disposition.
The Risk Monitoring of described comprehensive management subsystem and warning module are for inquiring about and add up the warning message of each project；Exceed the phenomenon of warning value for recording each project Monitoring Data in work progress, and record the disposition of alert event.
The work prompting module of described comprehensive management subsystem is used for adding, inquiring about the same day or current generation user need item to be processed, and sends work prompting message to each side that takes part in building.
The instruction of described comprehensive management subsystem provides module for according to individual event purpose risk case, alarm condition, processing method, adding, edit, inquire about the item instruction of all items, and send instruction to relevant item portion.
The risk rehearsal module of described comprehensive management subsystem is for inquiring about, browsing each project emergency drilling information in work progress.
The engineering information module of described single project management subsystem is for checking, add, edit, delete the essential information of project；It is also used for the information of typing, editor and deletion construction unit and partitioned project；For adding, browse project progress information.
The risk identification module of described single project management subsystem is for being identified risk case and the risk factor of construction projects by the rule that system is embedded according to project profile information, including editor and confirmation project overview information, form risk inventory, draw three key steps of risk tree；Editor for project overview information, risk inventory and risk tree.
The risk evaluation module of described single project management subsystem is for the risk assessment of construction projects；Loss consequence C for the probability of happening P of calculated risk event and risk case；For the risk factor in risk inventory are carried out weight setting；For evaluation of risk, it is determined that the risk class of risk case and risk factor；Sensitivity analysis for project, it is determined that the significance level of risk factor, it is determined that key risk factor.
The risk tracking module of described single project management subsystem is used for typing project construction progress situation；Inquiry and typing for risk of construction project Monitoring Data；For to not easily quantifying and construction quality having safely the item of material impact carry out data inputting；For following the tracks of data according to branch, subdivisional work progress situation and risk, engineering is carried out dynamic evaluation.
The alarm emergency module of described single project management subsystem is used for the warning information and the disposition that record in work progress；For inquiring about and have access to the emergency preplan in work progress；For recording the emergency preplan rehearsal situation in work progress；For recording the disposition of the emergency event in work progress.
The document management module of described single project management subsystem carries out the ordinary management of all kinds of documents in process for Big Business Building, including inquiry, browses and downloads.
The instruction of described single project management subsystem replys module for inquiring about the instruction that higher level is assigned by comprehensive management subsystem, and the instruction of higher level is replied online.
The work prompting module of described single project management subsystem is for recording and inquire about and the relevant timed reminding that works, including SMS, Email, three kinds of modes of network system；For browsing, add the item processed needed for the same day or current generation.
The video monitoring module of described single project management subsystem, for project scene being monitored by remote wireless monitoring technology, is reflected field condition, instructs the related work of risk management.
Having the beneficial effect that of the online risk management system of heavy construction quality safety of the present invention
1) powerful self-study mechanism.System has a powerful self-learning function, each risk assessment, for the expert (user) correction to assessment result, the rule that sophisticated systems is embedded；Along with being on the increase of evaluation item, the assessment result of system is closer to truth.
2) information management system of a comprehensive integration.Native system is a heavy construction quality safety crisis management information integral system integrating the online risk evaluating system of network, digitized building site technology, long distance control system, crisis management information platform.This integral system is based on the modern construction quality safety vulnerability database that knowledge based manages, with the online risk evaluating system of network for core, with digitized building site, engineering long distance control system be risk tracing and monitoring means, with crisis management information platform for carrier, it is achieved that to the dynamic of engineering risk and Whole Course Management.
3) powerful data analysis function.The project profile information that native system inputs according to user, the rule embedded by system and data analysing method carry out risk identification, calculated risk probability of happening P and loss C, form risk inventory, risk class table and risk tree, carry out risk assessment, it is achieved the purpose of quick assessment.
4) dynamic risk of specification manages control flow and modification rule.According to engineering progress situation and environmental change, in time the result identified can be modified, it is achieved tracking control of full process risk and the purpose controlled risk, it is ensured that the smooth enforcement of engineering.
5) static risk management and dynamic risk management are taken into account.Native system not only support construction projects to go into operation before static risk assessment and risk management, also the dynamic risk assessment in the project implementation process and risk management are supported, the situation of change of clearly different risk cases, it is achieved dynamic evaluation, risk tracking, Risk Monitoring, dynamic early-warning purpose.
6) dispose simple, easy to operate.Native system is the online risk management system of B/S structure, is deployed on corporate server by native system, and various places engineering project utilizes network to access, and uses software easily, supports that multiple project carries out risk assessment and risk management simultaneously simultaneously；Native system is set up orderliness job menu clearly and facilitates simple and direct tool button, and provides detailed careful help system, even non-computer or specialty risk assessment personnel, also can quickly be familiar with and grasp the use of this software.
7) good system structure, flexibly database programming interface.Based on the consideration of system upgrade and maintenance, design clear in structure, organize rational system structure；The data base that various information design data is different, and operate on it in the different interfaces of system, facilitate data management, reduce data redundancy；By data interaction interface, it is achieved between native system and environment framework, other software tools data interaction and share.
The present invention is by the effective cooperation of total management system and single project management system, set up complete heavy construction quality safety Risk Management System, carry out effective linkage of company and project management department, realize the target of " risk identification risk assessment risk follows the tracks of Risk Monitoring Risk-warning Risk Pre-control ", passive emergent risk management in heavy construction being constructed, becomes quality safety Risk Management Model actively.
Accompanying drawing explanation
Fig. 1 is the functional module composition diagram of the present invention
Detailed description of the invention
Below in conjunction with accompanying drawing, the online risk management system of heavy construction quality safety of the present invention is illustrated.
The functional module composition diagram of the present invention is as shown in Figure 1, a kind of online risk management system of heavy construction quality safety includes comprehensive management subsystem and two subsystems of single project management subsystem, and wherein comprehensive management subsystem includes project risk condition module, Risk Monitoring and warning module, work prompting module, instruction granting module, risk rehearsal module；Single project management subsystem includes engineering information module, risk identification module, risk evaluation module, risk tracking module, alarm emergency module, document management module, instruction reply module, video monitoring module.Total management system can be linked into single project management subsystem by individual event order, and the routine work of project management department is checked.
The input information that the embodiment of present system relates to includes: the construction information of current generation and the surrounding enviroment information of current generation in engineering information, construction information, surrounding enviroment information, engineering geology hydrogeological information, work progress；System database includes: incident database, risk case inventory storehouse, risk case probability storehouse, risk case loss storehouse, risk case pre-control storehouse and the emergent storehouse of risk case；Output information includes: risk inventory, risk case probability P value and loss C value, risk case probability P and the loss valuation of C, risk case coefficients R and risk class, risk case Pre-control measures and emergency measure, and Risk Assessment Report.
The main users of comprehensive management subsystem is Executive, and all items that the company that mainly browses undertakes for information about, and sends instruction to project management department, checks the routine work of project management department simultaneously；The user of single project management subsystem is project management department user, and each user can browse notice, information according to the authority of oneself, the file of typing transmitting-receiving, uplink data.
Project risk condition module, for inquiring about, browse risk level and the situation of change of each project, reminds situation including project profile information, project progress situation, warning message, work；For all items is added up according to item types, risk class and project status；For single project the browsing of risk situation, inquire about and current check.
Risk Monitoring and warning module are for inquiring about, browse the warning message of each project, including warning project, sum of reporting to the police, warning position, warning numerical value, alert level, red alarm quantity, yellow alarm quantity, alert process state, untreated warning message, overtime warning message and processed warning message；For carrying out the statistical analysis of warning message according to risk class, item types, risk status；Information is processed, including process department, treatment measures, treatment effect and leftover problem for browsing alarm condition.
Work prompting module is used for recording the same day or current generation user needs item to be processed, adds, inquires about the various reminded contents of all items risk management, and alerting pattern includes SMS, Email and network system.
Instruction granting module, for project work is sent dependent instruction, including the item instruction adding, editing, inquire about all items, provides people, Time Of Release, granting content including instruction.
Risk rehearsal module is for recording, inquire about, browse each project emergency preplan rehearsal situation in work progress, and including prediction scheme numbering, prediction scheme title, rehearsal unit, Zhi Huiren, rehearsal place, time started, end time, accountability unit, participation department and personnel, the number of participant, goods and materials prepare and staff training situation, rehearsal purpose and content, rehearsal process prescription.
Engineering information module is used for checking and edit construction projects master data information；It is additionally operable to the data message of typing, editor, deletion construction unit and partitioned project；The data message of construction unit includes: construction unit title, engineering type, type of foundation, structure type and construction area；The data message of partitioned project includes: base pit engineering, xoncrete structure and steel construction.
Risk identification module is for according to engineering information overview, and system carries out risk identification automatically, and key step includes data validation, risk inventory, risk tree；Amendment and confirmation for the data to construction projects, including the data message of construction projects, the data message of construction unit and the data of partitioned project and engineering characteristics information, engineering geology and hydrogeological information, surrounding enviroment information and project accident information；The risk factor of the automatic recognitive engineering project of embedded rule according to system, confirm risk path, form risk inventory, and according to engineering project information risk inventory are modified and confirm；Set up the logical relation of risk case and risk factor, form the risk tree of engineering project；For risk tree editor and amendment, reload structure and structure tree and risk tree are matched.
Whole engineering project is carried out risk assessment for after risk identification by risk evaluation module, mainly includes six steps: computation model confirmation, probability of happening, loss consequence, event weights, evaluation of risk and sensitivity analysis；For the confirmation of risk evaluation model, including fuzzy comprehensive evaluation method, analytic hierarchy process (AHP) and Bayesian network method；For the probability of happening P and loss consequence C of the risk factor in calculated risk inventory, wherein, probability of happening P is the ratio-dependent of risk case library shared by this risk case, and loss consequence C is mainly made up of project subject loss and surrounding enviroment loss；For utilizing analytic hierarchy process (AHP) to determine the weight of each risk case；Membership function is utilized to carry out fuzzy overall evaluation, it is determined that the risk class of risk case and risk factor；Each risk factor for heavy construction carry out sensitivity analysis, it is determined that the significance level of each risk factor.
Risk tracking module is followed the tracks of for the risk of construction stage, makes an inspection tour and dynamic evaluation including construction progress, Risk Monitoring, risk；Typing and amendment for construction progress information；Browsing, edit and revising for Risk Monitoring data, including monitoring project, Monitoring Data is worth most, monitoring site configures；Not easily quantify for some and construction quality has safely the item of material impact carry out manual site's inspection and record inspection result；When changing for engineering progress process, Risk Monitoring and tour data, engineering is carried out dynamic risk assessment, determine present level and the current coefficient of risk case, by with the commenting grade in advance and comment coefficient to contrast in advance of risk case, form the assessment report of construction projects.
Alarm emergency module carries out reporting to the police and emergency response in work progress, including warning information, emergency preplan, emergency drilling, emergency processing；For inquiring about, record warning information in work progress and disposition；For the inquiry of emergency preplan in work progress, browse；For recording the emergency preplan rehearsal situation in work progress；For recording the disposition of the emergency event in work progress.
The document management module all kinds of documents for recording, inquire about, download items carrying out in process, including all kinds of technical standards, rule of operation, emergency preplan.
Instruction replys module for inquiring about the instruction that higher level is provided by comprehensive management subsystem, and replys online.
Video monitoring module, for project scene being monitored by remote wireless monitoring technology, instructs the related work of risk management.
Claims (1)
1. the online risk management system of Construction Quality safety, it is characterised in that include comprehensive management subsystem and single project management subsystem,
Described comprehensive management subsystem browses for company management layer personnel and all undertakes project for information about, sends instruction to project management department and checks project management department's routine work,
Described single project management subsystem browses for project management department member, typing item related information and data, and carries out project risk identification, assessment, tracking, alarm emergency and video monitoring,
Described comprehensive management subsystem and single project management subsystem are respectively provided with enterprise-level administration authority and project level administration authority, belong to the relation of higher level and subordinate,
Described comprehensive management subsystem also includes: module and risk rehearsal module are provided in project risk condition module, Risk Monitoring and warning module, work prompting module, instruction,
Described single project management subsystem also includes: module, work prompting module and video monitoring module are replied in engineering information module, risk identification module, risk evaluation module, risk tracking module, alarm emergency module, document management module, instruction,
The workflow of described comprehensive management subsystem is, according to project risk situation, engineering risk is monitored, and each side that takes part in building is issued work and reminds, and assign instruction,
The workflow of described single project management subsystem is, according to project profile information, carries out risk identification, risk assessment, risk tracking, Risk-warning by the embedded rule of system and meets an urgent need, replying the instruction that higher level assigns, and carry out document management,
Described project risk condition module is for checking risk level and the situation of change of each project, including inquiring about, browse, statistical analysis,
Described Risk Monitoring and warning module are used for monitoring each project alert event and event handling situation in work progress, including inquiring about, browse, statistical analysis,
Described work prompting module is used for recording the same day or current generation user needs item to be processed, including adding, inquiring about various reminded contents,
Described instruction provides module for project work is sent dependent instruction, including interpolation, editor, inquiry,
Described risk rehearsal module is for recording each project emergency preplan rehearsal situation in work progress, including inquiring about and browsing,
Described engineering information module provides the management interface of the master data information of construction projects, including browsing, revise and deletion action, and the data message of typing, editor, deletion construction unit and partitioned project,
Described risk identification module is for being automatically identified risk factor by project profile information system, including data validation, risk inventory, three steps of risk tree,
Described risk evaluation module is for assessing the risk class of each risk case and Engineering Overall, including computation model confirmation, probability of happening, loss consequence, event weights, evaluation of risk, six basic steps of sensitivity analysis,
Described risk tracking module, for recording the change of every Monitoring Data in engineering process, dynamically adjusts risk class, makes an inspection tour and four parts of dynamic evaluation including construction progress, Risk Monitoring, risk,
Described alarm emergency module is for recording alarm condition and the disposition of Monitoring Data in construction process, including warning information, emergency preplan, emergency drilling, four parts of emergency processing,
Described document management module is used for recording Miscellaneous Documents in construction projects risk management processes, including browsing and downloading,
Described instruction is replied module and is replied online for the instruction that higher level is assigned by total management system,
Described video monitoring module is used for reflecting construction projects field condition by long distance control system,
Integrated project management and single project management are integrated in crisis management information integral system, based on system construction quality safety vulnerability database, with online risk assessment for core, remotely to monitor as risk tracing and monitoring means, with crisis management information platform for carrier, realize the dynamic of engineering risk and Whole Course Management
User can pass through the Internet and directly log in use system,
System has strict user authority management, and the main users of comprehensive management subsystem is corporate operations personnel and project management department management personnel, corresponding enterprise-level authority；The main users of single project management subsystem is project management department member, corresponding project level authority；Comprehensive management subsystem and single project management subsystem belong to the relation of higher level and subordinate,
The risk level of described project risk condition module refers to individual event purpose risk assessment grade, and including five risk class of 1-5, wherein light breeze danger grade is minimum, and strong breeze danger the highest grade,
Risk status statistics in described project risk condition module is to carry out statistical analysis according to risk class, item types, project status,
The alert event of described Risk Monitoring and warning module refers to that Monitoring Data exceedes the phenomenon of warning value；Disposition includes processed, untreated, overtime,
Described work prompting module be by system from involuntary movements take part in building each side issue work remind, alerting pattern includes SMS, Email, three kinds of modes of network system,
It is that corporate operations personnel sends instruction according to alert event to project management department personnel that the granting content of module is provided in described instruction, and command status includes sending, replys, cancels three kinds of states,
The situation of described risk rehearsal module record and inquiry emergency drilling, including prediction scheme numbering, prediction scheme title, rehearsal unit, Zhi Huiren, rehearsal place, time started, end time, accountability unit, participation department and personnel, the number of participant, goods and materials prepare and staff training situation, rehearsal purpose and content, rehearsal process prescription；The original material of emergency drilling, once uploading system, must not be revised,
Described engineering information module includes construction unit information and partitioned project information, and wherein construction unit information includes construction unit title, engineering type, type of foundation, structure type and construction area；Partitioned project information includes base pit engineering, concrete structure engineering and structural steelwork,
Described risk identification module, the method for risk identification is FTA, by being compared with engineering project information similar, close in data base by the engineering project profile information of input, determines this project risk factor by analogy method；Risk inventory is the logical relation table of risk case and risk factor, and wherein risk case is made up of the risk path of the risk factor identified He its correspondence；Risk tree is made up of the logical relation between risk case, risk factor and risk case and risk factor,
The computation model of described risk evaluation module is fuzzy synthetic evaluation model；Probability of happening P adopts the ratio in risk case library shared by this risk case to estimate；Engineering loss consequence C, by constructing construction costs and the functional relationship of engineering loss, is estimated by loss consequence C by construction costs, including project subject loss and surrounding enviroment loss；Event weights adopts analytic hierarchy process (AHP) to determine the weight of each risk case；Evaluation of risk is represented by risk class and risk factor；Sensitivity analysis is used for determining the significance level of construction projects risk factor,
The construction progress of described risk tracking module includes not constructing, construct in, complete, four kinds of states of stopping work；Risk Monitoring is worth for the accumulation monitoring all items and is worth most with rate of change most, arranges monitoring site, typing Monitoring Data and Monitoring Data and must not revise once typing；Risk makes an inspection tour the risk item input system for will not easily quantify, and data must not be revised once typing；Dynamic evaluation according to construction progress, Risk Monitoring data and the change reflection risk situation of change making an inspection tour data, disappears including risk case or the rising or falling of newly-increased and risk level,
The warning information of described Risk Monitoring and warning module includes alert level, number of alarms, alarm processing situation；Emergency preplan includes prediction scheme numbering, prediction scheme title, establishment time, establishment people, prediction scheme download；Emergency drilling is for emergency drilling situation in record entry work progress, including rehearsal time, rehearsal place, Zhi Huiren, emergency preplan, rehearsal purpose and content, rehearsal process prescription；Emergency processing is for recording the disposition of emergency event, including processed, untreated, overtime,
The document of described document management module includes all kinds of engineering document, the browsing and downloading of emergency preplan,
Described instruction is replied module and is replied online for the instruction assigned for higher level, including replying people, replying date, reply content,
Described video monitoring module for by remote wireless monitoring system project scene being monitored and instructing,
Module is provided in described instruction and instruction is replied module and reflected enterprise-level manager and participate in each side's connected effect in project management and mechanism of information feedback,
System has a powerful self-learning function, each risk assessment, for the correction to assessment result, and the rule that sophisticated systems is embedded；Along with being on the increase of evaluation item, the assessment result of system closer to truth,
The project profile information that described system inputs according to user, the rule embedded by system and data analysing method carry out risk identification, calculated risk probability of happening P and loss C, form risk inventory, risk class table and risk tree, carry out risk assessment, it is achieved the purpose of quick assessment
According to engineering progress situation and environmental change, in time the result identified is modified, it is achieved tracking control of full process risk and the purpose controlled risk, it is ensured that the smooth enforcement of engineering,
Described system not only support construction projects to go into operation before static risk assessment and risk management, also the dynamic risk assessment in the project implementation process and risk management are supported, the situation of change of clearly different risk cases, realize the purpose of dynamic evaluation, risk tracking, Risk Monitoring, dynamic early-warning
Described system is the online risk management system of B/S structure, is deployed on corporate server by native system, and various places engineering project utilizes network to access, and uses software easily, supports that multiple project carries out risk assessment and risk management simultaneously simultaneously；Native system is set up orderliness job menu clearly and facilitates simple and direct tool button, and provides detailed careful help system, even non-computer or specialty risk assessment personnel, also can quickly be familiar with and grasp the use of this software,
Based on the consideration of system upgrade and maintenance, described system designs clear in structure, organizes rational system structure；The data base that various information design data is different, and operate on it in the different interfaces of system, facilitate data management, reduce data redundancy；By data interaction interface, it is achieved between native system and environment framework, other software tools data interaction and share.
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