CN102662980A - Automatic generation method for tender documents of power station - Google Patents
Automatic generation method for tender documents of power station Download PDFInfo
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- CN102662980A CN102662980A CN2012100649573A CN201210064957A CN102662980A CN 102662980 A CN102662980 A CN 102662980A CN 2012100649573 A CN2012100649573 A CN 2012100649573A CN 201210064957 A CN201210064957 A CN 201210064957A CN 102662980 A CN102662980 A CN 102662980A
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Abstract
The invention discloses an automatic generation method for tender documents of a power station. The method is based on a computer technology and is completed in an automatic generation system. The automatic generation system includes a module management system and a module database. The module management system is composed of a plurality of module management subsystems, in particular composed of independently generating a diagrammatic figure, a material bill and a report document of each subsystem, automatically integrating and generating design diagrams and the tender documents of the whole project. The method modularizes each subsystem of the power station so as to achieve timely call when making the tender documents. Thus, operation members can simply enter design conditions and easily modify the conditions and then the tender documents can be made. The method helps with achieving more standardization and normalization of tender projects, greatly reducing making time of the tender documents, and improving working efficiency and design quality of the tender documents.
Description
Technical field
The present invention relates to a kind of automatic generation method in the computer realm, specifically a kind of automatic generation method that is applied to tender documents in the generating plant.
Background technology
Along with being growing more intense of fuel-burning power plant industry market competition, each designing institute is the assurance that is increased in stratagem ensuring success in the project competition, and the design aspect in the generating plant must adopt the design that becomes more meticulous, and this has just proposed higher requirement to tender documents.Yet the time that the tenderer submits bidding documents in the bid process and the quality of bidding documents all have strict regulation, therefore the quality of bidding documents is whether in determining target is crucial, bidding documents time of submitting is the primary problem that solves so.Because the workload of tender documents is very great, need fill in a lot of forms, inserts many photos at every turn, and the making of tender documents at present all is to lean on manual the completion, and not only work efficiency is slow, delays the bid time easily, and error rate is also higher.
Summary of the invention
The technical issues that need to address of the present invention provide a kind of based on computer technology, through the input and the modification of simple condition, can generate the automatic generation method of the complete tender documents of a cover automatically.
For solving the problems of the technologies described above, the technical scheme that the present invention adopted is.
The generating plant tender documents generate method automatically, and this method is accomplished in automatic creation system based on computer technology; Said automatic creation system comprises module management system and module database, and said module management system is made up of several module management subsystems; Store the several subsystems module that has the Unified coding form in the generating plant in the said module database; Comprise 3 d model library, discrete component numeral collection, discrete component attribute set, the discrete component three-dimensional coordinate subclass of this subsystem in each subsystem module, said subsystem module is corresponding with the module management subsystem;
Automatically the generation method specifically may further comprise the steps:
A. get into and generate subsystem automatically,, confirm contained subsystem title and quantity according to the engineering design condition;
B. module management system is confirmed the subsystem module coding according to the condition of input, changes over to automatically and the corresponding module management subsystem of this subsystem according to the subsystem module coding then; The module management subsystem accesses corresponding subsystem module in module database, in the module management subsystem, generate illustraton of model, the material list of this subsystem automatically;
C. the module management subsystem carries out demonstration according to illustraton of model and material list that step B confirms to subsystem, and generates the report file that comprises this subsystem main equipment selection foundation and subsystem brief introduction;
D. repeating step B to C is up to the illustraton of model, material list and the report file that generate all subsystems;
E. module management system is integrated design drawing and the tender documents that generate whole engineering automatically according to illustraton of model, material list and the report file of each subsystem.
The concrete generation method of said illustraton of model of step B of the present invention and material list is:
B1. the module management subsystem is the discernible storage invocation code of 3 d model library with the subsystem module code conversion, confirms the three-dimensional model diagram of this subsystem and all discrete component sign indicating numbers, discrete component attribute and the discrete component D coordinates value that is associated with this subsystem through the storage invocation code;
B2. confirm that according to step B1 each item result generates the three-dimensional stereo model of this subsystem that contains design attributes;
B3. combine engineering design and bidding document requirement, each item index in the three-dimensional stereo model is made amendment, generate planimetric map, shaft side figure, stereographic map and the material list of required this subsystem at last.
The coded format of subsystem according to the invention is: the coded format of said subsystem module comprises 8 altogether; Wherein first is generating capacity, uses letter representation; Second is forms of electricity generation, uses numeral; The 3rd and the 4th is the firsts and seconds coding in power plant zone, uses numeral; The 5th and the 6th is the design specialist code, uses letter representation; The 7th and the 8th is the sequential encoding of regional intra subsystem, uses numeral.
Because the technical progress of having adopted technique scheme, the present invention to obtain is.
The present invention with network technology and computer technology application in the compilation process of engineering design and tender documents; With each subsystem moduleization in the fuel-burning power plant; As independent design sample, when carrying out the generating plant design effort and making tender documents, can in time call, only importing design conditions simply can produce design finished product and tender documents easily to make the staff; The staff is freed from heavy manual operations; Omission and the mistake of having avoided manual operations to cause simultaneously, and, cycle design phase is shortened because the uneven tender documents quality of bringing of staff's design level differs the generation of big situation; Improved designing quality; Make bid work standardization more, standardization, greatly reduce the time that tender documents are made, improved the designing quality of work efficiency and tender documents.
The present invention's needed data message unification of will submitting a tender is placed in the database; All modifications operates in the computing machine and can carry out; The staff only need combine actual design to require the parameter of the minimum part of modification can accomplish the making of whole tender documents through accessing database; Simplify client computer load, realized resource sharing better, effectively kept the consistance of data.
Description of drawings
Fig. 1: be process flow diagram of the present invention.
Embodiment
Below in conjunction with specific embodiment the present invention is explained further details.
Tender documents generation method automatically in generating plant is applied to the making of generating plant tender documents, and this method is accomplished in automatic creation system based on computer technology.Automatic creation system comprises module management system and module database, and wherein module management system is made up of several module management subsystems; Store the several subsystems module that has the Unified coding form in the generating plant in the module database; Comprise 3 d model library, discrete component numeral collection, discrete component attribute set, the discrete component three-dimensional coordinate subclass of this subsystem in each subsystem module, said subsystem module is corresponding with the module management subsystem.
The coded format of above-mentioned subsystem module comprises 8 altogether.Wherein: first is generating capacity, uses letter representation, as: A represents the 300MW unit, and B represents the 600MW unit, and C represents the 1000MW unit; Second is forms of electricity generation, uses numeral, and on behalf of air, 1 cool off overcritical heat supply, and on behalf of water cycle, 2 cool off overcritical heat supply, and on behalf of air, 3 cool off overcritical pure condensate, and on behalf of water cycle, 4 cool off overcritical pure condensate or the like; The 3rd and the 4th is the firsts and seconds coding in power plant zone, uses numeral, as: the 3rd; 1 expression main building zone; 2 expression stove rear regions, 3 ash disposal slagging-off zone or the like, the 4th is the subregion in above-mentioned certain zone; As: third and fourth is 11 to represent the steam turbine building zone in the main building, and 12 are the zone of the bunker bay in the representative main building; The 5th and the 6th is the design specialist code, uses letter representation, as: RJ represents hot machine specialty, and GL represents the boiler specialty, and TJ represents the civil engineering specialty, and JZ represents architectural discipline or the like; The 7th and the 8th is the sequential encoding of regional intra subsystem, uses numeral.
Automatically the process flow diagram of generation method is as shown in Figure 1, specifically may further comprise the steps.
A. present embodiment relates generally to the design of the overcritical heat supply unit of 300MW air cooling; Comprise facility behind main building, the stove, remove one-level power plant zone such as slag system; One-level power plant zone comprises a plurality of level-2 areas again respectively, for example comprises level-2 areas such as steam turbine building, bunker bay, boiler room again in the main building zone; Comprise a plurality of subsystems in the level-2 area, for example comprise main steam subsystem, extracted steam from turbine subsystem in the steam turbine building zone again, to several subsystems such as water subsystems.
Present embodiment only describes with the automatic generation of giving water subsystem part tender documents.
Get into automatic creation system, behind input right user name and the password,, select to search automatically layer menu and find the hot machine specialty that satisfies condition to give water subsystem based on the engineering design condition.
B. module management system confirms that according to the condition of input the feedwater subsystem module of the hot machine specialty of the overcritical heat supply unit of 300MW air cooling is encoded to A111RJ14, changes over to and the corresponding module management subsystem of this subsystem according to the subsystem module coding then automatically; The module management subsystem accesses corresponding subsystem module in module database, in the module management subsystem, generate illustraton of model, the material list of this subsystem automatically.
Specifically comprise the following course of work in this step.
B1. the module management subsystem converts the subsystem module A111RJ14 that encodes into 3 d model library discernible storage invocation code, confirms the three-dimensional model diagram of this subsystem and all discrete component sign indicating numbers, discrete component attribute and the discrete component D coordinates value that is associated with this subsystem through the storage invocation code.
B2. confirm that according to step B1 each item result generates the three-dimensional stereo model of this subsystem that contains design attributes.In this process, can amplify, dwindle three-dimensional stereo model or operation such as rotation direction, model is watched in the imitation people roaming of walking about.Click each discrete component in the model, can also see the various design attributes and the parameter of this element.
B3. combine engineering design and bidding document requirement, each item index in the three-dimensional stereo model is made amendment, generate required planimetric map, shaft side figure, stereographic map and the material list of giving water subsystem at last.
C. illustraton of model and the material list confirmed according to step B of module management subsystem to carrying out demonstration to water subsystem, and generates the report file that comprises this subsystem main equipment selection foundation and subsystem brief introduction.
In the demonstration process, when carrying out type selecting, can carry out type selecting through the selection ground file of module data library storage to major equipment.Comprise the selection of feed pump in the present embodiment major equipment of water subsystem; Can be according to the engineering design condition; Select air pump scheme or electronic scheme, the steam-operating scheme is 1 100% capacity steam feed pump and 1 the 30% combined form of the electronic startup feed pump of capacity; Electronic scheme is 1 100% capacity electrically driven feed pump and 1 the 30% combined form of the electronic startup feed pump of capacity.And these two kinds of schemes can be found when comparing, and adopt the heat pump scheme can practice thrift mark coal 1062 t in 1 year, practice thrift about 530,000 yuan of cost; And the heat pump scheme is hanged down 6,000,000 yuan than electric pump scheme in the investment of first stage of construction approximately.
Certainly, the heat pump scheme can also select the steam feed pump with two 50% to replace one 100% steam feed pump, but the cost in initial stage of investment then can increase by 4,000,000 yuan, and efficient also reduces about 4%.Therefore the present invention preferably adopts 1 100% capacity steam feed pump and 1 the 30% combined heat pump scheme of the electronic startup feed pump of capacity when selecting feed pump.
D. repeating step B to C imports other subsystem conditions, generates illustraton of model, material list and the report file of all subsystems.
E. module management system is integrated design drawing and the tender documents that generate whole engineering automatically according to illustraton of model, material list and the report file of each subsystem.
Claims (3)
1. the generating plant tender documents generate method automatically, it is characterized in that: this method is accomplished in automatic creation system based on computer technology; Said automatic creation system comprises module management system and module database, and said module management system is made up of several module management subsystems; Store the several subsystems module that has the Unified coding form in the generating plant in the said module database; Comprise 3 d model library, discrete component numeral collection, discrete component attribute set, the discrete component three-dimensional coordinate subclass of this subsystem in each subsystem module, said subsystem module is corresponding with the module management subsystem;
Automatically the generation method specifically may further comprise the steps:
A. get into and generate subsystem automatically,, confirm contained subsystem title and quantity according to the engineering design condition;
B. module management system is confirmed the subsystem module coding according to the condition of input, changes over to automatically and the corresponding module management subsystem of this subsystem according to the subsystem module coding then; The module management subsystem accesses corresponding subsystem module in module database, in the module management subsystem, generate illustraton of model, the material list of this subsystem automatically;
C. the module management subsystem carries out demonstration according to illustraton of model and material list that step B confirms to subsystem, and generates the report file that comprises this subsystem main equipment selection foundation and subsystem brief introduction;
D. repeating step B to C is up to the illustraton of model, material list and the report file that generate all subsystems;
E. module management system is integrated design drawing and the tender documents that generate whole engineering automatically according to illustraton of model, material list and the report file of each subsystem.
2. generating plant according to claim 1 tender documents generate method automatically, it is characterized in that: the concrete generation method of said illustraton of model of step B and material list is:
B1. the module management subsystem is the discernible storage invocation code of 3 d model library with the subsystem module code conversion, confirms the three-dimensional model diagram of this subsystem and all discrete component sign indicating numbers, discrete component attribute and the discrete component D coordinates value that is associated with this subsystem through the storage invocation code;
B2. confirm that according to step B1 each item result generates the three-dimensional stereo model of this subsystem that contains design attributes;
B3. combine engineering design and bidding document requirement, each item index in the three-dimensional stereo model is made amendment, generate planimetric map, shaft side figure, stereographic map and the material list of required this subsystem at last.
3. generate method automatically according to claim 1 or 2 each described generating plant tender documents, it is characterized in that: the coded format of said subsystem module comprises 8 altogether; Wherein first is generating capacity, uses letter representation; Second is forms of electricity generation, uses numeral; The 3rd and the 4th is the firsts and seconds coding in power plant zone, uses numeral; The 5th and the 6th is the design specialist code, uses letter representation; The 7th and the 8th is the sequential encoding of regional intra subsystem, uses numeral.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108021543A (en) * | 2017-05-12 | 2018-05-11 | 国电龙源电力技术工程有限责任公司 | It is a kind of based on internet+power sourcing equipment system |
| CN112328555A (en) * | 2020-11-25 | 2021-02-05 | 国网重庆招标有限公司 | Quick generation method of bidding document |
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| EP1299821A1 (en) * | 2000-06-09 | 2003-04-09 | Thanh Ngoc Nguyen | Method and apparatus for data collection and knowledge management |
| CN1592909A (en) * | 2000-06-12 | 2005-03-09 | 塔里克·卡里迪 | Automated competitive bidding system and process |
| CN1828659A (en) * | 2002-04-10 | 2006-09-06 | 伏特资讯科学公司 | System and method for prodject bid and requisition process |
| CN101689111A (en) * | 2007-04-03 | 2010-03-31 | Ldra技术公司 | The automatic management of software requirements verification |
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- 2012-01-13 CN CN201210064957.3A patent/CN102662980B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| EP1299821A1 (en) * | 2000-06-09 | 2003-04-09 | Thanh Ngoc Nguyen | Method and apparatus for data collection and knowledge management |
| CN1592909A (en) * | 2000-06-12 | 2005-03-09 | 塔里克·卡里迪 | Automated competitive bidding system and process |
| CN1828659A (en) * | 2002-04-10 | 2006-09-06 | 伏特资讯科学公司 | System and method for prodject bid and requisition process |
| CN101689111A (en) * | 2007-04-03 | 2010-03-31 | Ldra技术公司 | The automatic management of software requirements verification |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108021543A (en) * | 2017-05-12 | 2018-05-11 | 国电龙源电力技术工程有限责任公司 | It is a kind of based on internet+power sourcing equipment system |
| CN108021543B (en) * | 2017-05-12 | 2023-09-05 | 国能龙源电力技术工程有限责任公司 | Internet + based power equipment purchasing system |
| CN112328555A (en) * | 2020-11-25 | 2021-02-05 | 国网重庆招标有限公司 | Quick generation method of bidding document |
| CN112328555B (en) * | 2020-11-25 | 2022-11-04 | 国家电网有限公司 | Quick generation method of bidding document |
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| CN102662980B (en) | 2014-02-26 |
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Address after: 050031 No. 6 Jianhua Street, Shijiazhuang City, Hebei Province Patentee after: China Electric Power Construction Group Hebei electric survey and Design Research Institute Co., Ltd. Address before: 050031 No. 6 Jianhua Street, Shijiazhuang City, Hebei Province Patentee before: Hebei Province Power Surveying Design & Research Institute |