CN108876684A - For designing the tool and design method of emergency drilling disposal process - Google Patents
For designing the tool and design method of emergency drilling disposal process Download PDFInfo
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- 238000000034 method Methods 0.000 title claims abstract description 135
- 238000005553 drilling Methods 0.000 title claims abstract description 60
- 230000008569 process Effects 0.000 title claims abstract description 59
- 238000013461 design Methods 0.000 title claims abstract description 51
- 238000012216 screening Methods 0.000 claims abstract description 52
- 239000000284 extract Substances 0.000 claims abstract description 8
- 238000004458 analytical method Methods 0.000 claims description 30
- 230000004044 response Effects 0.000 claims description 12
- 238000012544 monitoring process Methods 0.000 claims description 5
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- 230000007246 mechanism Effects 0.000 claims description 3
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- 238000007726 management method Methods 0.000 description 4
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- 238000011156 evaluation Methods 0.000 description 2
- 230000000116 mitigating effect Effects 0.000 description 2
- 230000005180 public health Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Abstract
The present invention proposes a kind of for designing the tool of the disposal process of emergency drilling, including emergency plan database, screening module, program analysis module, integrates module and process design module；Emergency plan database purchase emergency disposal scheme, screening module filters out target disposal method from emergency plan database according to screening conditions, program analysis module extracts disposal method element from target disposal method, it integrates module cross-combining disposal method element and generates rehearsal element, process design module carries out permutation and combination to rehearsal element, generates time-based disposal process；To which the design tool of disposal process of the invention can be automatically generated for the disposal process figure of emergency drilling.
Description
Technical field
The present invention relates to contingency management technical fields, and it is a kind of for designing the design of emergency drilling disposal process especially to relate to its
Tool and design method.
Background technique
In recent years, China's natural calamity and artificial emergency event happen occasionally, to people's life and property safety with
And national economic development all causes strong influence.In order to reinforce adaptibility to response of the people when encountering emergency event, effectively
The validity of emergency preplan is examined, therefore, carrying out emergency drilling is also emergency curricula indispensable in daily life.
Now, the emergency disposal process in emergency drilling for solution of emergent event is often made according to relevant departments in advance
Fixed emergency preplan and generate.However, being currently used for the design tool or design method of design emergency drilling disposal process
Fragmentation is than more serious, that is to say, that every kind of design tool or design method are often only used for design and cope with a type of dash forward
The emergency drilling disposal process of hair event, and lack a kind of more generally applicable design tool and design method and can be designed for answering
To the emergency drilling process of various emergency events.Moreover, since existing most design tool or design method are designing
Only with reference to a kind of emergency plan of emergency preplan person in disposal process, answered so that the disposal process designed can not be covered
All rehearsal targets for needing to take exercise in anxious rehearsal, reduce the rehearsal effect of emergency drilling.
Therefore, it is necessary to a kind of for designing the design tool and method of emergency drilling disposal process, can design reply
The emergency drilling disposal process of various types of emergency events, while can refer to various types of emergency plan to dispose stream
Journey.
Summary of the invention
It is an object of the invention to solve above-mentioned disposal process design tool or design method cannot design reply it is various
The problem of the problem of emergency drilling disposal process of time burst, is with that single can only refer to emergency preplan design disposal process.
In order to achieve the object of the present invention, the present invention provides a kind of for designing the tool of the disposal process of emergency drilling,
It includes：
Emergency plan database stores multiple emergency disposal schemes for solution of emergent event；
Screening module filters out at least one mesh according to from external received screening conditions from the emergency plan database
Disposal method is marked, the screening conditions are matched with the emergency drilling carried out is needed；
Program analysis module carries out structured analysis to each target disposal method, from the target disposal method
In extract disposal method element；
Module is integrated, it is matched to generate the emergency drilling carried out with the needs for disposal method element described in cross-combining
Drill element；And
Process design module carries out permutation and combination to the rehearsal element, generates time-based disposal process.
Above-mentioned tool, wherein the multiple emergency disposal scheme includes emergency preplan and Expeditious Plan, the target disposition
Scheme includes the target prediction scheme screened from the emergency preplan and the target case screened from the Expeditious Plan, the disposition side
Case element includes the prediction scheme element extracted from the target prediction scheme and the case element extracted from the target case.
Above-mentioned tool, wherein the prediction scheme element includes response mechanism, responding agencies responsibility, monitoring and warning program, emergency
Responder and/or restoration and reconstruction program；The case element include time of origin, scene, emergency event classification and/or
Disposal Measures.
Above-mentioned tool, wherein the program analysis module also receives the emergency capability table being externally introduced, according to the place
It sets scheme element and screens the emergency capability table, it is clear to generate the matched contingency capabilities assessment of emergency drilling carried out with the needs
It is single；The module of integrating is to the contingency capabilities assessment inventory and disposal method element progress cross-combining.
Above-mentioned tool, wherein the rehearsal element includes rehearsal plot, emergency information, rehearsal role, rehearsal stage
And/or rehearsal task.
Above-mentioned tool, wherein the process design module has the visual design interface, the visual design interface tool
There is the first area for indicating the rehearsal plot, indicate the second area of the rehearsal task and indicates the target disposition side
The third region of case.
Above-mentioned tool can also be opened up wherein the first area shows the brief information of the rehearsal plot by click
It opens, to show the specifying information of the rehearsal plot；The third region shows the title containing the target disposal method
Scheme list can also click the particular content of the title of the target disposal method and the reality target disposal method.
Above-mentioned tool, wherein the second area has orthogonal first axle and the second axis, the first axle is the
The rehearsal role is arranged on one direction, second axis is arranged with the rehearsal stage, the rehearsal in a second direction
Task is positioned corresponding to the rehearsal role of the rehearsal task in the form of geometric graph target and drills the position in stage.
Above-mentioned tool, wherein in the second area, the rehearsal task with incidence relation by connecting line segment that
This is connected.
The present invention also provides a kind of methods for designing the disposal process of emergency drilling comprising：
The step of screening disposal method, the emergency drilling carried out as needed determines screening conditions, and according to the screening
Condition filters out at least one target disposal method in the emergency plan database for storing multiple emergency disposal schemes；
The step of program analysis, target disposal method described in structured analysis are extracted from the target disposal method
Emergency plan element；
The step of integrating element integrates the emergency plan element to generate and the rehearsal of the emergency drilling carried out is needed to want
Element；And
The step of process design, carries out permutation and combination to the rehearsal element, to generate time-based disposal process, institute
State emergency drilling of the disposal process for needs progress.
The above method, wherein the step of screening disposal method further comprises：
The step of screening emergency preplan, screens the emergency preplan in the emergency disposal scheme according to the screening conditions,
Obtain target prediction scheme；And
The step of screening Expeditious Plan, screens the Expeditious Plan in the emergency disposal scheme according to the screening conditions,
Obtain target case；
The step of program analysis further comprises：
The step of analyzing prediction scheme, target prediction scheme described in structured analysis, extracts prediction scheme element from the target prediction scheme；
And
The step of analyzing case, target case described in structured analysis, extracts case element from the target case.
The above method, wherein the step of program analysis further comprises：
The step of generative capacity inventory, receives emergency capability table from outside, is sieved according to the prediction scheme element and case element
The emergency capability table is selected, contingency capabilities assessment inventory is obtained.
In conclusion beneficial effects of the present invention are：
By screening module according to outside import screening conditions to all emergency plans in emergency plan database into
Row screening, and with reference to the disposal process of the target emergency plan design emergency drilling after screening, screening conditions can be according to inhomogeneity
The emergency drilling of type needs and changes, so that process design tool and method of the invention is suitable for designing various types of emergency and drills
Experienced disposal process.
Meanwhile emergency plan database also stores Expeditious Plan, by integrating module pair in addition to storing emergency preplan
Emergency preplan and Expeditious Plan carry out cross integration to generate disposal process, so that the disposal process generated can be covered as far as possible to be needed
The emergency drilling target to investigate in emergency drilling improves the rehearsal effect of emergency drilling.
Detailed description of the invention
Fig. 1 is the modular diagram according to the disposal process design tool of embodiments of the present invention；
Fig. 2 is the schematic diagram according to the process design interface of embodiments of the present invention；
Fig. 3 is the flow chart according to the disposal process design method of embodiments of the present invention.
Specific embodiment
Technical solution of the present invention is illustrated below according to the drawings and specific embodiments.
Fig. 1 is please referred to, Fig. 1 is the module diagram according to the disposal process design tool 100 of embodiments of the present invention.
Wherein tool 100 includes emergency plan database 110, screening module 120, analysis module 130, integrates module 140 and process is set
Count module 150.Multiple emergency disposal schemes are stored in emergency plan database 110, these emergency disposal schemes contain respectively
Kind of various kinds for instructing people how to cope with scheme/methods of various emergency events, (such as the emergency that relevant departments formulate is pre-
Case, the case of the true emergency event of disposition occurred in the past, the emergency drilling carried out in the past and related with solution of emergent event
Various laws and regulations etc.).Screening module 120 is connected with emergency plan database, and receives screening conditions 121, sieve from outside
Modeling block filters out at least one target disposal method by screening conditions 121 from emergency plan database 110, wherein screening
Condition 121 is that the emergency drilling carried out as needed generates, therefore the emergency drilling phase that screening conditions 121 are carried out with needs
Match；In a specific embodiment, screening conditions 121 may include type of emergency event relevant to emergency drilling, venue location
Area, main disposition step of emergency drilling etc., such as needing the emergency drilling carried out is that earthquake, therefore relevant sieve occur for Beijing
Selecting condition 121 can be relative multiple keywords, such as earthquake, Beijing, large size city, public health and emergency management and rescue；
Therefore, target disposal method obtained by being screened based on screening conditions 121 described above and the emergency drilling for needing to carry out are close
It is related.The analysis module 130 connecting with screening module 120 receives target emergency plan, and carries out to each target disposal method
Structured analysis carrys out the extraction scheme element from target disposal method, and the scheme element is several passes in target disposal method
The general contents of target disposal method can be depicted by these key messages for key information.It can due to passing through analysis module 130
The scheme element comprising several key messages is extracted from each target disposal method, therefore connect with analysis module 130
It integrates module 140 and receives these scheme elements, and these scheme elements are subjected to cross integration and is used for this emergency to generate and drills
Experienced rehearsal element, in a specific embodiment, rehearsal element include rehearsal plot relevant to this emergency drilling, burst thing
Part information, rehearsal role, rehearsal stage and rehearsal task dispatching.With integrate process design module 150 that module 140 is connect according to one
Fixed queueing discipline is to the various contents emergency permutation and combination in rehearsal element, to generate the disposition for being used for this emergency drilling
Process, in a specific embodiment, the time-based development of process design module 150 arrangement rehearsal element is based on to generate
The emergency drilling disposal process of time.
Continuing with reference to Fig. 1, in a specific embodiment, emergency plan database 110 further comprises having emergency preplan
Inventory 111 and Expeditious Plan inventory 112 are stored in the various emergency plans in emergency plan database 110 according to its type
Difference is respectively stored in emergency preplan inventory 111 or Expeditious Plan inventory 112.In suchlike embodiment, emergency
It is pre- that prediction scheme inventory 111 is used to store overall prediction scheme, special prediction scheme, department's prediction scheme, local prediction scheme, the unit formulated by various pieces
Case, 6 major class emergency preplans of activity prediction scheme and existing laws and regulations and regulations；Expeditious Plan inventory 112 is then for storing
The emergency drilling case that should be carried out to the typical case of true emergency event and in the past, and will in Expeditious Plan inventory 112
It is stored after the classification of these case further progresss, such as in a specific embodiment, is natural calamity, thing by these case classifications
Therefore 4 major class of disaster, public health and social safety.Meanwhile in suchlike embodiment, 120 basis of screening module
Screening conditions 121 filter out target prediction scheme and target case from emergency preplan inventory 111 and Expeditious Plan inventory 112 respectively.
Such as or by above-mentioned design by taking the emergency drilling disposal process that is the theme of Beijing spot shake as an example, can be from by screening conditions
It is filtered out such as in emergency preplan inventory 111《National emergency response plan scenario for destructive earthquake》Earthquake prediction scheme and such as《The People's Republic of China (PRC)
Protection against and mitigation of earthquake disasters method》With《Beijing's protection against and mitigation of earthquake disasters regulations》Relevant laws and regulations；And it can be filtered out from Expeditious Plan inventory 112
Such as various typical cases of " 512 " Wenchuan earthquake and " 414 " Yushu earthquake.
Continuing with reference to Fig. 1, in a specific embodiment, analysis module 130 has used common template to target disposition side
The structured analysis that case carries out, for example, " common template " used herein can be the antistop list comprising multiple keywords,
These keywords can be the word being closely related with the fundamental and disposal process of emergency plan, for example, such as suitable for description
The keywords relevant to substrate element such as time, place, emergency event classification, disposition role, and such as prevent suitable for description,
Preparation, monitoring, early warning, rescue, reconstruction information such as report and submit at the keyword relevant to disposal process, by these keywords each
It is screened in target disposal method, and the frequency of occurrence based on such as each keyword or the information of position judge each key
The weight of word will be greater than scheme element of the keyword of the weight threshold of setting as target disposal method.Certainly, it is possible to use
Other any structural workflow nets suitable for the extraction scheme element from target disposal method.In addition, in specific embodiment
In, analysis module 130 includes prediction scheme analytical unit 131 and analysis of cases unit 132,131 structured analysis of prediction scheme analytical unit
From target prediction scheme obtained by the screening of emergency preplan inventory 111 to obtain prediction scheme element, 132 structured analysis of analysis of cases unit from
Target case obtained by Expeditious Plan inventory 112 screens is to obtain case element, wherein prediction scheme analytical unit 131 and analysis of cases
The above-mentioned structural workflow net that unit 132 is all made of.In suchlike embodiment, prediction scheme element includes response machine
Contents, the case element such as system, responding agencies responsibility, monitoring and warning program, emergency response program and/or restoration and reconstruction program are then wrapped
Include the contents such as time of origin, scene, emergency event classification and/or Disposal Measures.In addition, in some other embodiment
In, analysis module 130 also has capability list generation unit 133, and analysis module 130 receives capability evaluation inventory 134 from outside, and
Screening capacity assesses inventory 134 and generates the capability list to match with this emergency drilling, wherein capability evaluation inventory 134 wraps
Containing all Ability of emergency management that should have when coping with various emergency events, when screening capacity assesses inventory, can according to point
Scheme element (being in some embodiments prediction scheme element and case element) obtained by analysis module 130 is analyzed is corresponding to filter out
Ability and generative capacity table, corresponding ability can also be filtered out according to the screening conditions 121 being externally introduced and generates energy
Power table.Or by taking the emergency drilling that earthquake is the theme occurs for above-mentioned Beijing as an example, analysis module 130 is to corresponding target prediction scheme point
Analysis, obtains prediction scheme element, it may include：Earthquake disaster response at different level mechanism, earthquake emergency organizational framework, seismic monitoring early warning journey
Restore to wait with reconstruction algorithm after sequence, Emergency Response to Earthquake program, calamity；To corresponding target analysis of cases, case element is obtained,
May include：Occurence Time of Earthquakes, earthquake scene, earthquake disaster rank, emergency management and rescue responsive measures etc., while the energy that will meet an urgent need
Force estimation inventory is matched with above-mentioned prediction scheme element and case element (or screening conditions), generates the emergency capability of this rehearsal
Assess inventory.
It in a specific embodiment, (is being prediction scheme element in certain embodiments to scheme element by integrating module 140
With case element) carry out cross integration with generate rehearsal element when, first by all factor contents in multiple scheme elements
It merges, and classification processing is carried out to all factor contents, the factor content with the same category is classified as one kind, example
The factor content of time as will be described is classified as one kind and wants result as the rehearsal for being used to describe rehearsal event and rehearsal stage
Element, or by be used to describe disposition role element be classified as one kind and using result as be used to describe drill role rehearsal element,
Again or the factor content for being used to describe disposition task is classified as one kind and result is described to the rehearsal element of rehearsal task, and it is such
As, the factor content with other same types is classified as one kind and using result as corresponding rehearsal element.In addition, at it
In its some embodiment, the capability list that module 140 is generated herein in connection with handling capacity table generation unit 133 is integrated to refine rehearsal
Rehearsal task in element, such as the partial task to match in rehearsal task with the emergency capability contained in capability list can be made
For the important rehearsal task of this rehearsal.Or by taking the emergency drilling that earthquake is the theme occurs for above-mentioned Beijing as an example, integrate module
After 140 pairs of above scheme elements carry out cross integration, the rehearsal element for being used for this earthquake disaster emergency drilling, such as institute are generated
It states comprising the earthquake disaster information for describing earthquake disaster generation in rehearsal element, such as seismological bureau defends planning commission, is People's Armed Police, comprehensive
Multiple rehearsal roles (or being rehearsal department) of concilliation panel and the group that gives a news briefing are closed, such as disaster occurs, information reporting,
Emergency response, emergency disposal multiple rehearsal stages, and need by rehearsal role in a role or multiple roles execute
Rehearsal task.
In a specific embodiment, process design module 150, which also has, indicates each rehearsal element row with visual means
The design interface 151 of column relationship can make the user of design tool 100 in the rehearsal element of generation by design interface 151
Holding and drilling configuring condition of the element in emergency drilling disposal process has more intuitive understanding, and design interface can be used
The configuration status of the content of 151 pairs of rehearsal elements and rehearsal element is adjusted to advanced optimize the generation of design tool 100
Disposal process.Referring to Fig. 2, Fig. 2 is according to the schematic diagram of the design interface 151 of embodiments of the present invention, design interface 151
Generally comprise first area 1511, second area 1512 and third region 1513.Wherein, first area 1511 can be placed on and set
(such as top) position on the upper side for counting interface 151, for showing by the rehearsal plot and/or emergency event letter in rehearsal element
Breath, in a specific embodiment, first area 1511 can be the icon of a button form, and rehearsal plot is shown on the icon
With the brief information (may be, for example, several keywords) of emergency information, and operator can pass through click first area
1511 button and first area 1511 is unfolded, detailed rehearsal plot information is shown in the first area 1511 through being unfolded
And/or emergency information.Third region 1513 is used to show that the target disposal method screened by screening module 120 (to have
Can be target case and target prediction scheme in body embodiment) list or inventory, likewise, in a specific embodiment, third
Region 1513 can also be the icon of a button form, and third region 1513 can be unfolded to show clearly by clicking the icon
Scenario Name in list, in addition, clicking project title also at this time to show the detailed content of chosen scheme.
Second area 1512 is mainly used for rehearsal role, rehearsal stage and rehearsal task in display rehearsal element.Having
In body embodiment, it is further provided with orthogonal horizontal axis 1512A and longitudinal axis 1512B in second area 1512, uses respectively
In indicating different rehearsal role and rehearsal stage, for example, in the embodiment illustrated in fig. 2, horizontal axis 1512A is along transverse direction
Direction sequence is arranged each rehearsal role (such as role 1~4), and longitudinal axis 1512B be sequentially arranged in a longitudinal direction according to when
Between each rehearsal stage (such as stage 1 and stage 2) for developing, in the second area being made of horizontal axis 1512A and longitudinal axis 1512B
It is provided with multiple rehearsal tasks in 1512, each rehearsal task is arranged in second area 1512 specific rehearsal role and specific drills
Practice the position of stage intersection, the stage that this corresponds to the rehearsal role for executing the rehearsal task and the rehearsal task is performed, example
Such as the position that role 1 is arranged in the task 1 in Fig. 2 and the stage 1 intersects, expression task 1 is to be executed in the stage 1 by role 1.Separately
Outside, the top-down solid arrow between different tasks is for indicating that identical rehearsal role exists along the development need of time
The rehearsal task that the different rehearsal stages execute, as between task adjacent in task 3, task 4 ' and the task 2 ' in Fig. 2 by
Solid arrow series connection indicates that task 3, task 4 ' and task 2 ' are executed by role 2, and develops according to the time and hold in the stage 1
Row task 3, and task 4 ' is first carried out in the subsequent stage 2, then execute task 2 '.Meanwhile drilling certain between role
Business is connected by dash-dot arrows, for indicating there is association, such as 3 He of task in Fig. 2 between rehearsal task interconnected
Task 3 ' is to be executed by role 2 and role 3, and be performed simultaneously in the stage 1, therefore dash-dot arrows can indicate respectively
Task 3 and task 3 ' are the interactive task for needing role 2 and role 3 to execute simultaneously in the stage 1, in addition, 2 He of task in Fig. 2
Task 2 ', task 4 and task 4 ', task 5 and task 5 ' are performed in the different stages, and dash-dot arrows can indicate at this time
There are the relationships of interdependence between connected task, such as are only performed in task 2 and just may require that execution 2 ', and or
The execution of task 4 ' is just triggered after obtaining specific result after execution task 4, certainly, it is also possible to which dash-dot arrows indicate different and appoint
Other incidence relations between business, are not limited thereto.
Or by taking the emergency drilling that earthquake is the theme occurs for above-mentioned Beijing as an example, this can be shown in first area 1511
The information such as the rehearsal plot of rehearsal, the earthquake magnitude of the earthquake of generation and disaster-stricken situation.It can show in third region 1513 through screening
Obtained related prediction scheme, laws and regulations and typical case is (such as above-mentioned《National emergency response plan scenario for destructive earthquake》,《Beijing is shockproof to be subtracted
Calamity regulations》, " 512 " Wenchuan earthquake and " 414 " Yushu earthquake etc.), the horizontal axis 1512A of second area 1512 may be configured with it is all as above
The seismological bureau that states, the rehearsal role for defending planning commission, People's Armed Police, comprehensive coordination group and the group that gives a news briefing, longitudinal axis 1512B may be configured with
Such as above-mentioned disaster occurs, the rehearsal stage of information reporting and emergency response, while believing position in second area 1512
Install it is each rehearsal role needed to be implemented in the different rehearsal stages rehearsal task (such as the condition of a disaster report, assign rescue instruction,
Fire extinguishing, evacuation masses etc.).
It is the flow chart according to the disposal process design method of embodiments of the present invention please continue to refer to Fig. 3, Fig. 3.?
In step S101, corresponding screening conditions are generated according to the emergency drilling that this needs carries out first, according to the screening item
Part wherein contains in emergency plan database various from emergency plan database from least one target disposal method is filtered out
Scheme/the method for being used to that people to be instructed how to cope with various emergency events of various kinds, and the target disposal method filtered out and sheet
The emergency drilling that secondary needs carry out is closely related, with the disposal process for designing emergency drilling；In addition, in specific embodiment
In, emergency plan database may include having emergency preplan inventory for being stored in emergency preplan and for storing the clear of Expeditious Plan
It is single, target prediction scheme and target case, institute are filtered out from emergency preplan inventory and Expeditious Plan inventory respectively by screening conditions
It states target prediction scheme and target case constitutes above-mentioned target disposal method.In step s 102, to each target disposal method into
Row structured analysis carrys out the extraction scheme element from target disposal method, and the scheme element is several in target disposal method
Key message, the general contents of target disposal method can be depicted by these key messages, wherein above-mentioned use can be used
The mode structured analysis target disposal method of antistop list；In addition, in a specific embodiment, step S102 is to target prediction scheme
Structured analysis is carried out with target case, to extract prediction scheme element from target prediction scheme and target case respectively and case is wanted
Element, the prediction scheme element and case element constitute above-mentioned scheme element.In step s 103, by these scheme elements (
Can be prediction scheme element and case element in specific embodiment) rehearsal that carries out cross integration to generate for this emergency drilling wants
Element, wherein the cross integration method sorted out by type after as described above merge can be used.In step S104, it is based on timeline
Development to rehearsal element in various contents meet an urgent need permutation and combination, thus generate be used for this emergency drilling disposal process.
Although the present invention is disclosed above with embodiment, however, it is not to limit the invention, any to be familiar with this technology neck
The those of ordinary skill in domain, without departing from the spirit and scope of the present invention, can make it is various change and retouch, but these change with
Retouching is fallen in the protection scope of appended claims of the present invention.
Claims (12)
1. a kind of for designing the tool of the disposal process of emergency drilling, which is characterized in that including：
Emergency plan database stores multiple emergency disposal schemes for solution of emergent event；
Screening module filters out from least one target according to from external received screening conditions from the emergency plan database
Scheme is set, the screening conditions are matched with the emergency drilling carried out is needed；
Program analysis module carries out structured analysis to each target disposal method, mentions from the target disposal method
Take out disposal method element；
Module is integrated, disposal method element described in cross-combining generates the matched rehearsal of emergency drilling carried out with the needs
Element；And
Process design module carries out permutation and combination to the rehearsal element, generates time-based disposal process.
2. tool according to claim 1, which is characterized in that the multiple emergency disposal scheme includes emergency preplan and answers
Urgent case example, the target disposal method include the target prediction scheme screened from the emergency preplan and screen from the Expeditious Plan
Target case, the disposal method element include the prediction scheme element extracted from the target prediction scheme and extract from the target case
Case element.
3. the tool according to requiring 2, which is characterized in that the prediction scheme element includes response mechanism, responding agencies duty
Duty, monitoring and warning program, emergency response program and/or restoration and reconstruction program；The case element includes time of origin, spot
Point, emergency event classification and/or Disposal Measures.
4. the tool according to requiring 1, which is characterized in that the program analysis module also received to be externally introduced answers
Anxious capability list screens the emergency capability table according to the disposal method element, generates the emergency drilling carried out with the needs
Matched contingency capabilities assessment inventory；It is described integrate module to the contingency capabilities assessment inventory and the disposal method element into
Row cross-combining.
5. tool according to any one of claims 1 to 4, which is characterized in that the rehearsal element includes rehearsal plot, dashes forward
Send out event information, rehearsal role, rehearsal stage and/or rehearsal task.
6. tool according to claim 5, which is characterized in that the process design module has the visual design interface,
The visual design interface have the first area for indicating the rehearsal plot, indicate the second area of the rehearsal task with
And indicate the third region of the target disposal method.
7. tool according to claim 6, which is characterized in that the first area shows the brief letter of the rehearsal plot
Breath, can be also unfolded by click, to show the specifying information of the rehearsal plot；The third region is shown containing the mesh
The scheme list for marking the title of disposal method can also click the title of the target disposal method and the real target disposition side
The particular content of case.
8. tool according to claim 6 or 7, which is characterized in that the second area has orthogonal first axle
With the second axis, the first axle is arranged with the rehearsal role in a first direction, and second axis arranges in a second direction
Have a rehearsal stage, the rehearsal task be positioned corresponding in the form of geometric graph target the rehearsal task rehearsal role and
The position in rehearsal stage.
9. tool according to claim 8, which is characterized in that in the second area, there is the described of incidence relation to drill
Practice task to be connected with each other by connecting line segment.
10. a kind of method for designing the disposal process of emergency drilling, which is characterized in that including：
The step of screening disposal method, the emergency drilling carried out as needed determines screening conditions, and according to the screening conditions
At least one target disposal method is filtered out in the emergency plan database for storing multiple emergency disposal schemes；
The step of program analysis, target disposal method described in structured analysis extract emergency from the target disposal method
Scheme element；
The step of integrating element integrates the emergency plan element to generate the rehearsal element for needing the emergency drilling carried out；With
And
The step of process design, carries out permutation and combination to the rehearsal element, to generate time-based disposal process, the place
Set emergency drilling of the process for needs progress.
11. according to the method described in claim 10, it is characterized in that,
The step of screening disposal method further comprises：
The step of screening emergency preplan, screens the emergency preplan in the emergency disposal scheme according to the screening conditions, obtains
Target prediction scheme；And
The step of screening Expeditious Plan, screens the Expeditious Plan in the emergency disposal scheme according to the screening conditions, obtains
Target case；
The step of program analysis further comprises：
The step of analyzing prediction scheme, target prediction scheme described in structured analysis, extracts prediction scheme element from the target prediction scheme；And
The step of analyzing case, target case described in structured analysis, extracts case element from the target case.
12. according to the method for claim 11, which is characterized in that the step of program analysis further comprises：
The step of generative capacity inventory, emergency capability table is received from outside, institute is screened according to the prediction scheme element and case element
Emergency capability table is stated, contingency capabilities assessment inventory is obtained.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112529318A (en) * | 2020-12-17 | 2021-03-19 | 迪爱斯信息技术股份有限公司 | Plan disposal method, system, computer equipment and storage medium |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101799999A (en) * | 2010-04-06 | 2010-08-11 | 中国石油化工股份有限公司 | Accident emergency drilling system and method |
| CN103093409A (en) * | 2012-12-21 | 2013-05-08 | 东莞中国科学院云计算产业技术创新与育成中心 | Emergency simulation drill platform emergency plan exercise scheme producing and executing method |
| CN104573032A (en) * | 2015-01-14 | 2015-04-29 | 清华大学 | Emergency simulation drilling all-in-one machine for nuclear emergency device |
-
2017
- 2017-05-11 CN CN201710330284.4A patent/CN108876684A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101799999A (en) * | 2010-04-06 | 2010-08-11 | 中国石油化工股份有限公司 | Accident emergency drilling system and method |
| CN103093409A (en) * | 2012-12-21 | 2013-05-08 | 东莞中国科学院云计算产业技术创新与育成中心 | Emergency simulation drill platform emergency plan exercise scheme producing and executing method |
| CN104573032A (en) * | 2015-01-14 | 2015-04-29 | 清华大学 | Emergency simulation drilling all-in-one machine for nuclear emergency device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112529318A (en) * | 2020-12-17 | 2021-03-19 | 迪爱斯信息技术股份有限公司 | Plan disposal method, system, computer equipment and storage medium |
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