CN113902253A - System and method for managing pre-deal contract of water conservancy project general contract - Google Patents
System and method for managing pre-deal contract of water conservancy project general contract Download PDFInfo
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Abstract
The invention relates to a water conservancy project general contract pre-deal contract management system, which comprises a water conservancy project general contract deal list generation module, a water conservancy project deal process module, an engineering log database and a water conservancy project deal with the module dynamically. The invention also relates to a hydraulic engineering general contract pre-deal contract management method, which comprises the following steps: selecting a contract list template; filling a data filling point; selecting a hydraulic engineering contract bottom-crossing list template; generating a water conservancy project contract bottom-meeting list; editing, electronic signature and electronic signature filing operation are carried out on the hydraulic engineering contract bottom-crossing list; recording the progress data packet into an engineering log database; and executing evaluation operation and contract change evaluation operation. The invention eliminates construction errors generated based on understanding the same terms; the responsibility tracing can be realized; the method realizes the unambiguous contract clauses, and cannot generate the cooperation problem; the management efficiency is improved, and the error rate is reduced.
Description
Technical Field
The invention relates to the technical field of management of a water conservancy project contract bottom-meeting list, in particular to a water conservancy project general contract pre-meeting bottom-meeting contract management system and a water conservancy project general contract pre-meeting bottom-meeting contract management method.
Background
The contract is a business activity guarantee document for an enterprise, restricts the rights and obligations of both parties, and has a vital influence on the business activity of the enterprise, and the contract is the basis of field execution, so that the contract is pre-controlled in advance, handed over in advance and emphasizes the key point of field control in advance, and has important and practical positive significance on the execution of the contract and the realization of the general contract goal.
The hydraulic engineering mostly belongs to the national dominant project and is characterized by long period, wide professional related, deeper and more professional technologies related, complex engineering and complex evaluation system; the method is embodied on a water conservancy project contract return list, and has the characteristics of large amount of contract terms, various types of contract terms, complex contract evaluation system and numerous involved parties.
The hydraulic engineering contract is generally mainly a general contract and is divided into a plurality of sub-contracts to be sent to different professional subcontractors; it also relates to the collaboration between different professional subcontractors and the problems caused thereby.
A common hydraulic engineering general contract has more than 500 pages, which includes thousands of contract terms, and the terms involve a lot of data, judgment rules, execution targets, etc., which is very complicated. Therefore, the role of the hydraulic engineering contract cross-bottom list is highlighted.
In the prior art, the management of the hydraulic engineering contract return list still adopts a manual operation mode, namely, most terms in a paper contract or an electronic contract are expressed by characters, and a quantitative and standardized management mode is lacked; on the other hand, the manual work management mode can also cause more problems of inconsistent contract terms, difficult consulting and the like; the defects of the prior art are as follows:
1. the amount of contract terms related to the hydraulic engineering contract transaction list is huge, the contract terms are various, the contract evaluation system is complex, and the number of involved parties is large, so that the manual operation faces the contract of the magnitude, the processing efficiency is low, and the error rate is very high;
2. since the terms in the subcontracts obtained by each professional subcontractor are different in understanding, unsmooth cooperation can be caused in the construction process, and even construction errors based on understanding of the terms of the subcontracts can occur, project repair and rework are needed to be performed to form resource waste, delay the construction period, bury potential safety hazards if the project is heavy, and safety accidents occur; the hydraulic engineering has no trouble, and the countries and people face huge losses no matter resource waste or safety accidents;
3. because manual management cannot really record process traces, responsibility tracing cannot be realized when accidents and responsibility happen.
Disclosure of Invention
The invention aims at the problems and provides a system and a method for managing a pre-deal contract of a general contract of a hydraulic engineering, aiming at eliminating construction errors generated based on understanding contract terms; the trace management in the whole process is realized, and the responsibility tracing can be realized when an accident and responsibility occur; the method realizes the unambiguous contract clauses; the contract execution management efficiency is improved, and the error rate in contract management is reduced.
In order to solve the problems, the technical scheme provided by the invention is as follows:
the water conservancy project general contract advance deal contract management system and method comprises the following parts:
the hydraulic engineering general contract delivery list library is used for storing contract list templates to be filled; each contract list template is provided with a plurality of data filling points to be filled;
the contract template database is used for storing a hydraulic engineering contract bottom-crossing list template; a plurality of contract data points to be filled are arranged on each hydraulic engineering contract bottom-meeting list template; the contract data points and the data filling points are in one-to-one correspondence;
the contract bottom-meeting list generating module is used for generating a hydraulic engineering contract bottom-meeting list according to the data in the data filling points and the hydraulic engineering contract bottom-meeting list template;
the hydraulic engineering general contract return flow module is used for editing the hydraulic engineering contract return list, performing electronic signature operation and performing electronic signature filing operation;
the engineering log database is used for recording progress data packets of the hydraulic engineering according to a time axis; each progress data packet comprises a plurality of progress data acquisition points; the progress data acquisition point and the contract data point are in one-to-one correspondence;
and the hydraulic engineering general contract dynamic control module is used for reading the data in the progress data acquisition points and then performing evaluation operation and contract change evaluation operation on the hydraulic engineering contract delivery list according to the data in the progress data acquisition points and the data in the data filling points.
Preferably, the hydraulic engineering general contract agreement delivery base list library comprises a design contract delivery base list sub-library, a purchasing contract delivery base list sub-library and a construction contract delivery base list sub-library.
Preferably, the contract delivery list generating module reads the data in the filled data filling points; and then filling the data in the data filling points into the contract data points in the contract transaction bottom list generating module to generate and obtain the hydraulic engineering contract transaction bottom list.
Preferably, each contract list template is provided with 1 weight numerical item for representing the importance of the contract list template; the weight value items are assigned by the manager.
Preferably, the hydraulic engineering general contract bottom-delivery flow module comprises a contract editing sub-module, an electronic signature sub-module and an electronic signature filing database; the contract editing submodule comprises a contract reading submodule for reading the hydraulic engineering contract bottom-crossing list, a contract writing submodule for rewriting the hydraulic engineering contract bottom-crossing list and a contract attribute editing submodule for reading and rewriting the attribute of the hydraulic engineering contract bottom-crossing list;
the editing operation comprises reading operation, changing operation, annotating operation and confirming operation.
Preferably, the hydraulic engineering general contract dynamic control module comprises an execution evaluation submodule, a change evaluation submodule and an evaluation rule base;
the evaluation rule base is stored with evaluation rules for representing the logic rules of the execution evaluation operation and the logic rules of the contract change evaluation operation;
the evaluation rule is a regular expression.
The hydraulic engineering general contract pre-deal contract management method utilizing the hydraulic engineering general contract pre-deal contract management system comprises the following steps:
s100, selecting the contract list template suitable for the hydraulic engineering from the hydraulic engineering general contract delivery list library; then packing the selected contract list template and sending the contract list template to a construction subcontractor; s200, filling the data filling points on the contract list template one by one correspondingly;
s300, selecting a hydraulic engineering contract bottom-meeting list template suitable for the hydraulic engineering from the contract template database; then, generating the hydraulic engineering contract bottom-crossing list according to the data in the data filling points and the hydraulic engineering contract bottom-crossing list template by using the contract bottom-crossing list generation module;
s400, the hydraulic engineering general contract bottom-delivery flow module is utilized to carry out the editing operation, the electronic signature operation and the electronic signature filing operation on the hydraulic engineering contract bottom-delivery list to obtain a modified hydraulic engineering contract bottom-delivery list;
s500, in the construction process of the hydraulic engineering, recording the progress data packet into the engineering log database according to a time axis;
s600, the hydraulic engineering general contract dynamic control module is used for carrying out the execution evaluation operation and the contract change evaluation operation on the hydraulic engineering contract delivery list.
Preferably, the evaluation operation includes a monthly evaluation operation performed once every natural month, a quarterly evaluation operation performed once every natural quarter, a semiannual evaluation operation performed once every half of a natural year, and an annual evaluation operation performed once every natural year.
Preferably, the hydraulic engineering general contract dynamic control module reads data in the progress data acquisition point; then comparing the data in the progress data acquisition point with the data in the data filling point; and substituting the comparison result into the evaluation rule, and calculating to obtain the evaluation result.
Compared with the prior art, the invention has the following advantages:
1. the invention can carry out professional agreement on three types of professional contracts of design, purchase and construction, and simultaneously adopts the unified standard to form each term in the water conservancy project contract agreement list before the project construction, thereby eliminating construction errors generated based on the understanding of the same terms among professional subcontractors and ensuring the safety and benefits of the country and people to have the most basic guarantee;
2. the invention carries out contract electronic signature filing and archiving on the personnel participating in the end of delivery, and trace management is carried out in the whole process of project starting, construction preparation and implementation stages, thereby realizing responsibility tracing when accidents and responsibilities occur;
3. because the invention adopts the mode of matching the contract list template with the contract template to generate the hydraulic engineering contract mating list in a standardized way, the unambiguous contract terms are realized, and the cooperation problem among the professional subcontractors is avoided;
4. according to the invention, in the contract execution process, automatic evaluation scoring can be automatically carried out according to the real-time data sent back by field managers and the manually preset evaluation rule, and the evaluation result is fed back, so that the contract execution management efficiency is improved, the error rate in contract management is reduced, the project efficient construction is preferably promoted, and the EPC project construction efficiency and benefit are improved.
Drawings
Fig. 1 is a schematic structural diagram of a hydraulic engineering general contract preliminary contract management system according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of a port structure of a hydraulic engineering general contract pre-deal contract management system according to an embodiment of the present invention;
fig. 3 is a flowchart illustrating a hydraulic engineering general contract preliminary contract management method according to an embodiment of the present invention.
Detailed Description
The present invention is further illustrated by the following examples, which are intended to be purely exemplary and are not intended to limit the scope of the invention, as various equivalent modifications of the invention will occur to those skilled in the art upon reading the present disclosure and fall within the scope of the appended claims.
As shown in fig. 1, the hydraulic engineering general contract delivery list library is used for storing contract list templates to be filled; and a plurality of data filling points to be filled are arranged on each contract list template.
The hydraulic engineering general contract bottom delivery list library comprises a design contract bottom delivery list sub-library, a purchasing contract bottom delivery list sub-library and a construction contract bottom delivery list sub-library.
It should be noted that, the contract list template is drawn up in advance by the manager of the general contracting party; the contractor manager may also participate in the process of formulating the contract listing template.
It should be further noted that the data filling point on the contract list template is the core of the whole contract list template, and is used for receiving the characterization data of the specific work requirement in a specific general contract, and the data structure of the data filling point is not changed after being determined, until the data filling point needs to be updated due to the actual work.
As shown in Table 1, points are populated for a portion of the data in the design violation management manifest template in the contract manifest template:
TABLE 1 data fill sample application table for design default management inventory template (section)
| Clause number | Clause content | Data fill point numbering | Data structure type | Specific numerical value |
| … | … | … | … | … |
| DesignBreak0010 | Total number of delivery days at latest | DesignBreakData0261 | Date | |
| DesignBreak0010 | Half the number of delivery days at the latest | DesignBreakData0262 | Date | |
| … | … | … | … | … |
In this embodiment, the contract list templates include a design task book list template, a plan for drawing schedule template, a receipt list template, a design drawing technology return list template, a design site technology service list template, a design default management list template, a design work log list template, a design change list template, a purchase demand list template, a purchase mode list template, a bid procurement node list template, a purchase default management list template, a delivery monitoring list template, a delivery acceptance list template, a site storage management list template, a man-machine entry preparation list template, a construction subcontract contract node list template, a construction organization design scheme list template, a safety project construction scheme list template, a wind control and management hidden danger list template, a unit quality assessment progress list template, a sub-project acceptance progress list template, a partial project acceptance progress list template, a construction sub-package contract node list template, a construction organization design scheme list template, a safety project construction scheme list template, a wind control and management hidden danger list template, a unit quality assessment progress list template, a partial project acceptance progress list template, a design change request list template, a purchase mode list template, a design change mode list template, a design mode of a design rule list template, a unit project construction management report form template, a progress plan analysis and feedback form template, a project progress settlement form template, a construction contract default management form template and a contract project completion acceptance work form template; wherein:
the design task book list template, the plan list template, the receipt list template, the technical design paper delivery list template, the technical design field service list template, the default design management list template, the working design log list template and the design change list template are stored in a design contract delivery list sublibrary.
The purchasing demand list template, the purchasing mode list template, the bidding purchasing node list template, the purchasing default management list template, the submitting supervision list template, the delivery acceptance list template and the field storage management list template are stored in the purchasing contract delivery list sub-library.
A man-machine approach preparation list template, a construction sub-package contract node list template, a construction organization design scheme list template, a safety special construction scheme list template, a wind control and hidden danger treatment list template, a unit quality assessment progress list template, a sub-project acceptance progress list template, a unit project construction management report list template, a progress plan analysis and feedback list template, a project progress settlement list template, a construction contract default management list template and a contract project completion acceptance work list template are stored in a construction contract delivery list sub-library.
In the embodiment, each contract list template is provided with 1 weight numerical item for representing the importance of the contract list template; the weight value item is assigned by the administrator.
As shown in table 2, which is part of the same list template involved in a hydraulic project:
TABLE 2 same list of templates related to hydraulic engineering (alternate)
The contract template database is used for storing a hydraulic engineering contract bottom-crossing list template; a plurality of contract data points to be filled are arranged on each hydraulic engineering contract bottom-meeting list template; the contract data points and the data filling points are in one-to-one correspondence.
It should be noted that, because the hydraulic engineering involves many kinds of engineering, there are many different hydraulic engineering contract bottom-meeting list templates for different engineering and requirements; contract data points on the hydraulic engineering contract bottom-crossing list templates correspond to the data filling points one by one; the one-to-one correspondence here includes number correspondence and data type correspondence; although certain data redundancy can be generated by adopting a one-to-one corresponding mode, the data safety, integrity and robustness can be guaranteed by 100%; this cost is negligible in view of the risk cost of the project and therefore must be paid for.
And the contract bottom-crossing list generating module is used for generating a hydraulic engineering contract bottom-crossing list according to the data in the data filling points and the hydraulic engineering contract bottom-crossing list template.
In the specific embodiment, the contract delivery list generation module reads the data in the filled data filling points; and then filling the data in the data filling points into contract data points in a contract bottom-of-hand list generating module to generate and obtain a hydraulic engineering contract bottom-of-hand list.
And the hydraulic engineering general contract return flow module is used for editing the hydraulic engineering contract return list, performing electronic signature operation and performing electronic signature filing operation.
In the specific embodiment, the hydraulic engineering general contract bottom-delivery flow module comprises a contract editing sub-module, an electronic signature sub-module and an electronic signature filing database; the contract editing submodule comprises a contract reading submodule for reading the hydraulic engineering contract bottom-crossing list, a contract writing submodule for rewriting the hydraulic engineering contract bottom-crossing list and a contract attribute editing submodule for reading and rewriting the attribute of the hydraulic engineering contract bottom-crossing list.
The editing operation includes a reading operation, a changing operation, a comment operation, and a confirming operation.
It should be noted that the electronic signature operation is an operation that can be performed only by a manager having authority; the electronic signature and filing are convenient to trace and set when a liability accident occurs.
The engineering log database is used for recording progress data packets of the hydraulic engineering according to a time axis; each progress data packet comprises a plurality of progress data acquisition points; the progress data acquisition points and the contract data points are in one-to-one correspondence.
It should be noted that, the data in the progress data acquisition point is submitted by the field management and supervision personnel with corresponding authority; the progress data acquisition points correspond to the contract data points one by one, so that standardization and automation of later-stage evaluation of the progress condition and the quality condition of the project can be facilitated.
And the hydraulic engineering general contract dynamic control module is used for reading the data in the progress data acquisition points and then performing evaluation operation and contract change evaluation operation on the hydraulic engineering contract delivery list according to the data in the progress data acquisition points and the data in the data filling points.
In this embodiment, the hydraulic engineering general contract dynamic control module includes an execution evaluation sub-module, a change evaluation sub-module, and an evaluation rule base.
The evaluation rule base stores evaluation rules for characterizing the logic rules for executing the evaluation operations and the logic rules for contract change evaluation operations.
The evaluation rule is a regular expression.
As shown in table 3, which is a sample of a partial evaluation rule:
TABLE 3 evaluation rule sample Table (section)
| Evaluation rule numbering | Logic fortune Operator symbol | Progress data acquisition point | Logical operators | Progress data mining Point collection | Logic fortune Operator symbol | Operation weave Number (C) | Logic fortune Operator symbol | Operation weave Number (C) |
| … | … | … | … | … | … | … | … | … |
| EvaluateRule0 0651 | IF | DesignBreakDat a0261 | IS BIGGER THAN | THEN | AND | |||
| EvaluateRule0 0652 | IF | DesignBreakDat a0262 | IS BIGGER THAN | THEN | AND | |||
| … | … | … | … | … | … | … | … | … |
As shown in fig. 2, in this embodiment, the functions of the above-mentioned parts of the system are implemented by using a mobile device in cooperation with a web server, a processing server, and a management server.
As shown in fig. 3, this embodiment further shows a hydraulic engineering general contract preliminary reimbursement contract management method using the hydraulic engineering general contract preliminary reimbursement contract management system, including the following steps:
s100, selecting a contract list template suitable for the hydraulic engineering from a hydraulic engineering general contract delivery list library; and then packaging the selected contract list template and sending the contract list template to a construction subcontractor.
Before the hydraulic engineering project is formally started, a contract list template suitable for the hydraulic engineering project is selected by a general packet sender; then packaging the data to a general contractor; the general contractor gives different contract list templates to main field managers of subcontractors or working teams for designing, purchasing and construction, such as project managers, technical responsible persons, quality, safety and other full-time personnel, and the contract list is handed over.
The so-called transaction work is that the major field managers of each subcontractor or working team who designs, purchases and constructs fill data filling points on the contract list template.
In this embodiment, in addition to the contract manifest template referred to in table 2, the contract manifest module package further includes a duty range manifest template, a quality safety progress target manifest template, a default penalty manifest template, and an engineering settlement manifest template.
And S200, filling data filling points on the contract list template one by one.
S300, selecting a hydraulic engineering contract bottom-crossing list template suitable for the hydraulic engineering from a contract template database; and then, generating a hydraulic engineering contract bottom-crossing list according to the data in the data filling points and the hydraulic engineering contract bottom-crossing list template by using a contract bottom-crossing list generation module.
S400, editing, electronic signature and electronic signature filing operation are carried out on the hydraulic engineering contract delivery bottom list by using a hydraulic engineering general contract delivery bottom flow module to obtain a modified hydraulic engineering contract delivery bottom list.
It should be noted that S400 is a core function of the system, and is intended to negotiate and confirm the terms in the contract bottom list of the hydraulic engineering one by one in a conference form by the general contracting party, the general contractor, and the design, purchase, and construction subcontractors before the hydraulic engineering project is put into operation formally, so as to avoid ambiguity of agreement in the later construction process, and quantify and standardize the terms in the contract.
It should be further noted that the work of meeting the contract of the general contract of the hydraulic engineering should be organized by the principal contract department of the general contract leading unit, and the project manager manages the contract meeting. The main flow of confirmation by using the system of the invention comprises the following steps:
and S410, organizing a design team, a purchasing team and a construction subcontractor by a field contract department of a general contractor to respectively carry out key term combing on the design, purchasing and construction contracts.
And S420, the general contractor project manager is used for hosting a contract delivery meeting, and a field principal of the design, purchase and construction subcontractor and a contract manager participate in the meeting.
S430, the participators perform reading, paraphrasing and confirmation on the same clauses one by one, and automatically leave electronic signature traces to form a written archive; the electronic signature is recorded into an electronic signature filing database; that is, a registered administrator is registered in the contract management system, and contract electronic signature filing is performed on the person who participates in the deal.
The electronic signature filing database can realize responsibility tracing and prevent repudiation when problems occur in the later period; meanwhile, the electronic signature in the electronic signature filing database adopts an electronic signature system provided by a nationally-approved electronic signature organization, so that the electronic signature can be used as nationally-approved and credible electronic evidence.
S500, in the construction process of the hydraulic engineering, recording the progress data packet into an engineering log database according to a time axis.
And S600, utilizing a hydraulic engineering general contract dynamic control module to perform evaluation operation and contract change evaluation operation on a hydraulic engineering contract delivery list.
In the present embodiment, the evaluation operation to be performed includes a month evaluation operation to be performed once every natural month, a quarter evaluation operation to be performed once every natural quarter, a half-year evaluation operation to be performed once every half of a natural year, and an annual evaluation operation to be performed once every natural year.
In the specific embodiment, the hydraulic engineering general contract dynamic control module reads data in the progress data acquisition points; then comparing the data in the progress data acquisition points with the data in the data filling points; and substituting the comparison result into an evaluation rule, and calculating to obtain an evaluation result.
It should be noted that, in the contract execution process, the evaluation of the contract is to make full use of the advantage of the close combination of the field management and the practice, optimize the terms of the contract delivery list of the hydraulic engineering in time, evaluate and feed back the equivalent terms and the partners in due time, and accumulate abundant experience and suggestions for the construction of the subsequent general contract project.
It should be noted that the site contract department of the general contractor organizes the design, purchase and construction subcontractors to comb the contract, so as to exert the advantage that the contract management of the professional construction unit conforms to the site practice, perfect the explanation of contract terms and detailed rules, promote the general contractor and the construction unit or the owner unit to better fulfill the contract terms, exert the respective advantages, promote the efficient construction of projects, and improve the construction efficiency and benefits.
In the foregoing detailed description, various features are grouped together in a single embodiment for the purpose of streamlining the disclosure. This method of disclosure is not to be interpreted as reflecting an intention that the claimed embodiments of the subject matter require more features than are expressly recited in each claim. Rather, as the following claims reflect, invention lies in less than all features of a single disclosed embodiment. Thus, the following claims are hereby expressly incorporated into the detailed description, with each claim standing on its own as a separate preferred embodiment of the invention.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. To those skilled in the art; various modifications to these embodiments will be readily apparent, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the disclosure. Thus, the present disclosure is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
What has been described above includes examples of one or more embodiments. It is, of course, not possible to describe every conceivable combination of components or methodologies for purposes of describing the aforementioned embodiments, but one of ordinary skill in the art may recognize that many further combinations and permutations of various embodiments are possible. Accordingly, the embodiments described herein are intended to embrace all such alterations, modifications and variations that fall within the scope of the appended claims. Furthermore, to the extent that the term "includes" is used in either the detailed description or the claims, such term is intended to be inclusive in a manner similar to the term "comprising" as "comprising" is interpreted when employed as a transitional word in a claim. Furthermore, any use of the term "or" in the specification of the claims is intended to mean a "non-exclusive or".
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (9)
1. A hydraulic engineering general contract advance deal contract management system is characterized in that: comprises the following parts:
the hydraulic engineering general contract delivery list library is used for storing contract list templates to be filled; each contract list template is provided with a plurality of data filling points to be filled;
the contract template database is used for storing the hydraulic engineering contract templates; each hydraulic engineering contract template is provided with a plurality of contract data points to be filled; the contract data points and the data filling points are in one-to-one correspondence;
the contract generation module is used for generating a hydraulic engineering contract according to the data in the data filling points and the hydraulic engineering contract template;
the hydraulic engineering general contract bottom-meeting flow module is used for carrying out editing operation, electronic signature operation and electronic signature filing operation on the hydraulic engineering contract;
the engineering log database is used for recording progress data packets of the hydraulic engineering according to a time axis; each progress data packet comprises a plurality of progress data acquisition points; the progress data acquisition point and the contract data point are in one-to-one correspondence;
and the hydraulic engineering general contract dynamic control module is used for reading the data in the progress data acquisition points and then performing evaluation operation and contract change evaluation operation on the hydraulic engineering contract according to the data in the progress data acquisition points and the data in the data filling points.
2. The hydraulic engineering general contract preliminary reimbursement contract management system according to claim 1, wherein: the hydraulic engineering general contract agreement delivery base list library comprises a design contract delivery base list sub-library, a purchasing contract delivery base list sub-library and a construction contract delivery base list sub-library.
3. The hydraulic engineering general contract preliminary reimbursement contract management system according to claim 2, wherein: the contract generation module reads the data in the filled data filling points; and then filling the contract data points in the contract generation module with the data according to the data filling points to generate and obtain the hydraulic engineering contract.
4. The hydraulic engineering general contract preliminary reimbursement contract management system according to claim 3, wherein: each contract list template is provided with 1 weight numerical item for representing the importance of the contract list template; the weight value items are assigned by the manager.
5. The hydraulic engineering general contract preliminary reimbursement contract management system according to claim 4, wherein: the hydraulic engineering general contract bottom-delivery flow module comprises a contract editing sub-module, an electronic signature sub-module and an electronic signature filing database; the contract editing submodule comprises a contract reading submodule for reading the hydraulic engineering contract, a contract writing submodule for rewriting the hydraulic engineering contract and a contract attribute editing submodule for reading and rewriting the attribute of the hydraulic engineering contract;
the editing operation comprises reading operation, changing operation, annotating operation and confirming operation.
6. The hydraulic engineering general contract preliminary reimbursement contract management system according to claim 5, wherein: the hydraulic engineering general contract dynamic control module comprises an execution evaluation submodule, a change evaluation submodule and an evaluation rule base;
the evaluation rule base is stored with evaluation rules for representing the logic rules of the execution evaluation operation and the logic rules of the contract change evaluation operation;
the evaluation rule is a regular expression.
7. A hydraulic engineering general contract preliminary contract management method using the hydraulic engineering general contract preliminary contract management system according to claim 6, characterized in that: comprises the following steps:
s100, selecting the contract list template suitable for the hydraulic engineering from the hydraulic engineering general contract delivery list library; then packing the selected contract list template and sending the contract list template to a construction subcontractor;
s200, filling the data filling points on the contract list template one by one correspondingly;
s300, selecting the hydraulic engineering contract template suitable for the hydraulic engineering from the contract template database; then, generating the hydraulic engineering contract according to the data in the data filling points and the hydraulic engineering contract template by using the contract generating module;
s400, utilizing the hydraulic engineering general contract bottom-meeting flow module to carry out the editing operation, the electronic signature operation and the electronic signature archiving operation on the hydraulic engineering contract to obtain a modified hydraulic engineering contract;
s500, in the construction process of the hydraulic engineering, recording the progress data packet into the engineering log database according to a time axis;
s600, the hydraulic engineering contract is subjected to the execution evaluation operation and the contract change evaluation operation by utilizing the hydraulic engineering general contract dynamic control module.
8. The hydraulic engineering general contract preliminary reimbursement contract management method according to claim 7, wherein: the evaluation operation includes a monthly evaluation operation performed once every natural month, a quarterly evaluation operation performed once every natural quarter, a semiannual evaluation operation performed once every half of a natural year, and an annual evaluation operation performed once every natural year.
9. The hydraulic engineering general contract preliminary reimbursement contract management method according to claim 8, wherein: the hydraulic engineering general contract dynamic control module reads data in the progress data acquisition points; then comparing the data in the progress data acquisition point with the data in the data filling point; and substituting the comparison result into the evaluation rule, and calculating to obtain the evaluation result.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111042957.9A CN113902253A (en) | 2021-09-07 | 2021-09-07 | System and method for managing pre-deal contract of water conservancy project general contract |
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| CN202111042957.9A CN113902253A (en) | 2021-09-07 | 2021-09-07 | System and method for managing pre-deal contract of water conservancy project general contract |
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