CN116822923A - Intelligent full-flow management system for sponge city construction project - Google Patents
Intelligent full-flow management system for sponge city construction project Download PDFInfo
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Abstract
The invention relates to an intelligent full-flow management system for sponge city construction projects, which comprises a government affair platform, a data automatic grabbing module, a project library management module, a post management module and a project inspection module, wherein the government affair platform grabs data of the project library management module, the post management module and the project inspection module according to requirements through the data automatic grabbing module; the process of the automatic data grabbing sequence comprises the following steps: the system comprises a project library management module, a post management module and a project inspection module. The method is used for acquiring construction project standing materials and sponge planning conditions through the government affair service platform, establishing a sponge project library, integrating the functions of construction project library management, post technical examination in scheme design matters, inspection supervision in construction period operation and maintenance period and the like, and realizing the whole-flow tracking management of sponge city construction projects.
Description
Technical Field
The invention belongs to the technical field of intersection of municipal engineering, environmental engineering and sponge city construction, and particularly relates to an intelligent full-flow management system for sponge city construction projects.
Background
In the rapid urban construction process of China, due to the fact that city development intensity is too high and a large number of hard pavement are carried out, the original natural ecological background and hydrologic characteristics are changed, and a series of problems of water ecological deterioration, water resource shortage, water environment pollution, water safety shortage guarantee and the like are also brought. Aiming at the situation, sponge cities are built in China, the sponge cities are built through modern city rainwater management concepts, technology and management method systems, and sustainable city development modes are built through overall process management and control of planning, designing, building, operating and managing, and converting city development concepts.
The construction of sponge cities is firstly focused on the protection and repair of natural sponge bodies, and secondly focused on the synchronous construction and maintenance of artificial sponge bodies in each construction project of urban construction areas: the related works of each construction project construction such as building district, green land park, road, water system are combined together to form a source runoff control system, an urban drainage canal and facility system and a waterlogging prevention and treatment system, and the continuous and healthy water ecology system is finally constructed by combining with the flood prevention and moisture prevention system.
Thus, the effectiveness of project implementation is an important basis for supporting the overall construction success of urban building areas. The sponge city construction is taken as a new thing, the construction project needs to be guided and controlled in a full period, and all links such as planning, designing, constructing, completion acceptance, operation maintenance, evaluation, inspection and the like are explicitly planned, designed, constructed, completed, accepted, operated, evaluated, inspected and the like, and the main implementation content and the control requirement are required to be implemented, so that the construction and implementation effects can be practically ensured.
However, in actual operation, the whole-flow management of the sponge city construction project is often difficult to realize. On the one hand, the sponge city construction project comprises a plurality of project types such as buildings, communities, roads, squares, greenbelts, parks, water projects, old improvement projects and the like, and relates to administrative approval links of a plurality of departments, such as planning homeland departments, transportation departments, living building departments, water departments, urban management departments and the like. The cognition and the importance degree of departments on sponge cities can be different, and the coordination and unification difficulty is high; the communication cost between departments is high, project information synchronization is difficult to achieve, the communication cost is often limited by data of a data platform of the departments, and information islands are easy to form and are administrative.
On the other hand, the construction project period is long, and the management of the same project planning design, construction and operation maintenance stage authorities can also change, so that the management is difficult to achieve. For example, in the related files of the sponge city planning construction management released in many cities at present, the related requirements of the sponge city of the construction project are definitely brought into the whole process management of the construction project such as 'two-certificate one-book' planning approval, scheme design examination, completion acceptance and the like, but the opinion in the scheme design stage in the development process is often difficult to be transmitted to the construction diagram stage, and the realization condition of the correction opinion is difficult to track; the deformation and sample-passing in the construction operation and maintenance stage are common in the problems of rough construction, operation and maintenance, such as nonstandard construction of hidden engineering, incomplete maintenance of facilities and the like, so that part of sponge facilities cannot perform normal functions.
Disclosure of Invention
The invention aims to provide an intelligent full-flow management system for sponge city construction projects, which is used for acquiring construction project stand materials and sponge planning conditions by opening a government service platform to capture data, establishing a sponge project library, integrating the functions of construction project library management, post technical examination in scheme design matters, inspection and supervision in construction period operation and maintenance period and the like, realizing full-flow tracking management of the sponge city construction projects, and solving the problems that the full-flow management information is visual, sharable and traceable, and the information interaction between different departments is difficult and the same project management is difficult to be completed after one book and two certificates of a planning department and the post examination, project inspection and completion acceptance in scheme design matters are started.
The technical scheme of the invention is that the intelligent full-flow management system for the sponge city construction project is characterized by comprising a government affair platform, a data automatic grabbing module, a project library management module, a post management module and a project inspection module, wherein the government affair platform grabs data of the project library management module, the post management module and the project inspection module according to requirements through the data automatic grabbing module; the process of the automatic data grabbing sequence comprises the following steps: the system comprises a project library management module, a post management module and a project inspection module.
As preferable: the automatic data grabbing module further comprises: the system comprises a government platform, a management platform, a system database and a management platform, wherein the government platform is used for acquiring construction data from the government platform at intervals of set time to form the system database; the project approval process comprises the following branches connected in parallel between a government affair platform and all-market construction project management information:
1) Project overall stage: the annual construction plan of the urban area is called and used for forming a background project library, namely a foundation information database of all standing projects;
2) Planning licensing phase in land: scheduling license information for calling, which is used for identifying the project of the sponge city construction requirement in the license, incorporating the project into a sponge project library and supporting a project library management module;
3) Scheme design inspection stage: the project design data and project form examination comments are called and used for supporting a project design event post management module;
4) Project planning permission phase: invoking project planning license for project process file record, supporting project state update;
5) Construction diagram inspection stage: the project construction diagram design file data and construction diagram examination comments are called and used for supporting a project design event post management module;
6) Construction license stage: the construction permission issuing information is called and used for supporting a project inspection module to serve as a basis for the project to start inspection;
7) Completion acceptance stage: the information related to the completion acceptance report is called and used for project process file recording and supporting project state updating;
all the data generated in the steps 1) to 7) together form a whole city construction project management information base.
As preferable: the project library management module further comprises: the system is used for managing the project information, and comprises project importing, project state updating, project ending application and project information overview functions; the method specifically comprises the following steps:
1) Item importing: the sponge project library is used for importing the grasped sponge city construction projects by the urban level sponge city management departments and the regional level sponge city management departments, and constructing a sponge project library;
2) Item updating: the method is used for updating basic information and supplementing and replacing data of construction projects in a sponge project library;
when the condition of the library items changes, the information in the item library is also updated dynamically; the system automatically updates project basic information and supplements data according to the related license information captured by the government affair platform; the project importing unit realizes project update by initiating a project update application, and the project update can be completed after the project importing unit is confirmed by a city level sponge city administration;
3) Project termination: the method is used for terminating the construction project in the sponge project library;
4) Item information overview: the method is used for checking basic information of all items in the sponge item library, sponge city related data and management process files, and supporting statistical analysis, screening, downloading and exporting of the related information.
As preferable: step 1) further comprises: the system provides two project warehousing modes: firstly, the land planning license information is acquired by the automatic data acquisition module, the system identifies the project of the sponge city construction requirement in the license, and the project is endowed with codes and then is incorporated into a sponge project library; secondly, the related units upload the project through the project importing function; filling basic information of the uploaded newly added project, uploading project data and project geographic information according to requirements, and approving the project by a municipal sponge city authority after the data are complete; the system automatically endows the warehouse entry item with unique codes according to the coding rules; the essential information of the necessary filling items comprises: project name, administrative area, construction type, construction status, sponge construction content, project occupation area, fund source, project period, current progress, annual progress target, construction unit; the necessary project data includes: design description, general plane design drawing, rainwater pipe network plane drawing, underlying surface classification layout drawing, site vertical and catchment partition drawing, runoff organization and sponge facility distribution drawing and sponge facility large-scale sample drawing.
As preferable: step 3) further comprises: if the urban sponge city management departments and the industry authorities find that the project library has a problem or a change in implementation, the project termination application needs to be initiated on line, and for obvious reasons, the related project is not incorporated into the subsequent management flow after the urban sponge city authorities agree, but the project data is still reserved in the project library, and the number is unchanged; in principle, the project can not be terminated at will except the situation that the project can not be managed continuously due to objective factors such as repeated warehouse entry, project cancellation due to reasons and the like.
As preferable: the post-hoc management module further includes: the system is used for carrying out post-examination, opinion feedback and processing tracking work in the project scheme design; the method specifically comprises the following steps:
and (5) in-process supervision: in the scheme design stage, conducting spot check and audit on a construction project design scheme, checking whether a sponge city scheme design file is designed according to the content required by related standard specifications, completing the aim of upper planning or related technical file requirements, discovering problems in advance in the scheme stage, giving a modification suggestion, and guiding a construction unit and a design unit to be modified and optimized in subsequent work;
post-hoc supervision: in the construction project construction drawing spot check stage, a third-party technical spot check unit checks the implementation condition of the spot check opinion of the in-process technology.
As preferable: the post-management module is used for realizing post-inspection management of the sponge city scheme design, and is used for processing and disposing the post-inspection of the scheme design and the post-inspection opinion from the steps of project inspection project design data acquisition, post-inspection project lottery determination, development of post-technology inspection and feedback of the post-inspection opinion:
1) Providing a spot check and drawing platform;
2) Electronic management of post-event examination;
3) Feedback of the censoring opinion;
4) Processing, handling and recording of the censoring opinion.
As preferable: the project inspection module further comprises: the method is used for assisting in carrying out on-site inspection work of built-in and finished projects in the sponge project library; the on-site inspection of the construction project is an important mode of post supervision and management of the sponge city construction project, so that the problems of the sponge city construction project in the links of project construction, operation maintenance management and the like are found and assisted to be solved, and the management and control of the construction, operation maintenance stage is effectively enhanced;
the patrol management relates to the release of a patrol plan and the management of patrol results; the patrol plan is derived from sponge projects with land planning licenses captured from the administration platform at regular intervals by the system, and is input by a patrol three-party plan; the third party manager initiates a patrol task according to the patrol plan, the patrol staff receives the patrol task and then carries out on-site patrol, and the patrol record is uploaded to the third party manager through a webpage end or a patrol applet, and the checked record can enter a patrol record library; meanwhile, the patrol webpage end or the patrol applet is shared to each city department and national enterprise so as to record the patrol project of the local area or the local gate; according to the patrol records, the urban sponge city authorities can report the problem items and require modification; the patrol record and the patrol problem correction record finally form a patrol information base.
As preferable: the project inspection module is used for realizing information overview, classification, screening and statistics functions:
1) An initiating platform of a patrol task;
2) Providing a unified patrol site record uploading interface;
3) Providing a field patrol applet;
4) Providing an audit and problem feedback platform of the patrol records;
5) Correction of inspection problems, feedback processing and recording;
6) And providing online inspection project forms, pictures, video presentation and inspection project statistical screening.
Compared with the prior art, the invention has the beneficial effects that:
the method has the advantages that the method is comprehensive in content, and achieves full-flow tracking management of sponge city construction projects, and links from project standing approval to 'one book two certificates' of planning departments, post examination in scheme design matters, project inspection, completion inspection and acceptance and the like are achieved.
The project data management method is visual in project data management, complete in display and analysis functions, capable of building a basic project management database, enabling project accounts, data and images to be put into the database, enabling project management process files to be checked at any time, and capable of being updated and terminated in time.
Aiming at different user demands, the invention provides various services, realizes the electronic real-time supervision and management of sponge city construction whole process by each level of sponge office, city straight department and region related departments in the city and region, carries out sponge project comprehensive management based on space geographic position information, and can provide services for reporting the sponge progress and related content of construction projects for each construction project owner.
Drawings
FIG. 1 is a block diagram of an intelligent full-flow management system for sponge city construction projects of the present invention;
FIG. 2 is a logic diagram of an automatic data grabbing module according to the present invention;
FIG. 3 is a logic diagram of an item library management module of the present invention;
FIG. 4 is a logic diagram of a post-matters management module in the design of the present invention;
fig. 5 is a logic diagram of the project inspection module of the present invention.
Detailed Description
The invention will be further described in detail below with reference to the accompanying drawings:
referring to fig. 1, the intelligent full-flow management system for the sponge city construction project comprises a government platform, an automatic data grabbing module, a project library management module, a post management module and a project inspection module, wherein the government platform grabs data of the project library management module, the post management module and the project inspection module according to requirements through the automatic data grabbing module; the process of the automatic data grabbing sequence comprises the following steps: the system comprises a project library management module, a post management module and a project inspection module.
Referring to fig. 2, the automatic data grabbing module includes: the system comprises a government platform, a management platform, a system database and a management platform, wherein the government platform is used for acquiring construction data from the government platform at intervals of set time to form the system database; the project approval process comprises the following branches connected in parallel between a government affair platform and all-market construction project management information:
1) Project overall stage: the annual construction plan of the urban area is called and used for forming a background project library, namely a foundation information database of all standing projects;
2) Planning licensing phase in land: scheduling license information for calling, which is used for identifying the project of the sponge city construction requirement in the license, incorporating the project into a sponge project library and supporting a project library management module;
3) Scheme design inspection stage: the project design data and project form examination comments are called and used for supporting a project design event post management module;
4) Project planning permission phase: invoking project planning license for project process file record, supporting project state update;
5) Construction diagram inspection stage: the project construction diagram design file data and construction diagram examination comments are called and used for supporting a project design event post management module;
6) Construction license stage: the construction permission issuing information is called and used for supporting a project inspection module to serve as a basis for the project to start inspection;
7) Completion acceptance stage: the information related to the completion acceptance report is called and used for project process file recording and supporting project state updating;
all the data generated in the steps 1) to 7) together form a whole city construction project management information base.
Referring to fig. 3, the project library management module includes: the system is used for managing the project information, and comprises project importing, project state updating, project ending application and project information overview functions; the method specifically comprises the following steps:
1) Item importing: the sponge project library is used for importing the grasped sponge city construction projects by the urban level sponge city management departments and the regional level sponge city management departments, and constructing a sponge project library;
the system provides two project warehousing modes: firstly, the land planning license information is acquired by the automatic data acquisition module, the system identifies the project of the sponge city construction requirement in the license, and the project is endowed with codes and then is incorporated into a sponge project library; secondly, the related units upload the project through the project importing function; filling basic information of the uploaded newly added project, uploading project data and project geographic information according to requirements, and approving the project by a municipal sponge city authority after the data are complete; the system automatically endows the warehouse entry item with unique codes according to the coding rules; the essential information of the necessary filling items comprises: project name, administrative area, construction type, construction status, sponge construction content, project occupation area, fund source, project period, current progress, annual progress target, construction unit; the necessary project data includes: design description, general plane design drawing, rainwater pipe network plane drawing, underlying surface classification layout drawing, site vertical and catchment partition drawing, runoff organization and sponge facility distribution drawing and sponge facility large-scale sample drawing.
2) Item updating: the method is used for updating basic information and supplementing and replacing data of construction projects in a sponge project library; when the condition of the library items changes, the information in the item library is also updated dynamically; the system automatically updates project basic information and supplements data according to the related license information captured by the government affair platform; the project importing unit realizes project update by initiating a project update application, and the project update can be completed after the project importing unit is confirmed by a city level sponge city administration;
3) Project termination: the method is used for terminating the construction project in the sponge project library;
if the urban sponge city management departments and the industry authorities find that the project library has a problem or a change in implementation, the project termination application needs to be initiated on line, and for obvious reasons, the related project is not incorporated into the subsequent management flow after the urban sponge city authorities agree, but the project data is still reserved in the project library, and the number is unchanged; in principle, the project can not be terminated at will except the situation that the project can not be managed continuously due to objective factors such as repeated warehouse entry, project cancellation due to reasons and the like.
4) Item information overview: the method is used for checking basic information of all items in the sponge item library, sponge city related data and management process files, and supporting statistical analysis, screening, downloading and exporting of the related information.
Referring to fig. 4, the post-hoc management module includes: the system is used for carrying out post-examination, opinion feedback and processing tracking work in the project scheme design; the method specifically comprises the following steps:
and (5) in-process supervision: in the scheme design stage, conducting spot check and audit on a construction project design scheme, checking whether a sponge city scheme design file is designed according to the content required by related standard specifications, completing the aim of upper planning or related technical file requirements, discovering problems in advance in the scheme stage, giving a modification suggestion, and guiding a construction unit and a design unit to be modified and optimized in subsequent work;
post-hoc supervision: in the construction project construction drawing spot check stage, a third-party technical spot check unit checks the implementation condition of the spot check opinion of the in-process technology;
the post management module is used for realizing post examination management of the sponge city scheme design, and is used for processing and disposing the post examination comments from project examination project design data acquisition, post examination project lottery determination, development of post technical examination and feedback of the post examination comments to the scheme design post examination:
1) Providing a spot check and drawing platform;
2) Electronic management of post-event examination;
3) Feedback of the censoring opinion;
4) Processing, handling and recording of the censoring opinion.
Referring to fig. 5, the project inspection module further includes: the method is used for assisting in carrying out on-site inspection work of built-in and finished projects in the sponge project library; the on-site inspection of the construction project is an important mode of post supervision and management of the sponge city construction project, so that the problems of the sponge city construction project in the links of project construction, operation maintenance management and the like are found and assisted to be solved, and the management and control of the construction, operation maintenance stage is effectively enhanced;
the patrol management relates to the release of a patrol plan and the management of patrol results; the patrol plan is derived from sponge projects with land planning licenses captured from the administration platform at regular intervals by the system, and is input by a patrol three-party plan; the third party manager initiates a patrol task according to the patrol plan, the patrol staff receives the patrol task and then carries out on-site patrol, and the patrol record is uploaded to the third party manager through a webpage end or a patrol applet, and the checked record can enter a patrol record library; meanwhile, the patrol webpage end or the patrol applet is shared to each city department and national enterprise so as to record the patrol project of the local area or the local gate; according to the patrol records, the urban sponge city authorities can report the problem items and require modification; the patrol record and the patrol problem correction record finally form a patrol information base.
The project inspection module is used for realizing information overview, classification, screening and statistics functions:
1) An initiating platform of a patrol task;
2) Providing a unified patrol site record uploading interface;
3) Providing a field patrol applet;
4) Providing an audit and problem feedback platform of the patrol records;
5) Correction of inspection problems, feedback processing and recording;
6) And providing online inspection project forms, pictures, video presentation and inspection project statistical screening.
The foregoing description is only of the preferred embodiments of the invention, and all changes and modifications that come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Claims (9)
1. The intelligent full-flow management system for the sponge city construction project is characterized by comprising a government affair platform, a data automatic grabbing module, a project library management module, a post management module and a project inspection module, wherein the government affair platform grabs data of the project library management module, the post management module and the project inspection module according to requirements through the data automatic grabbing module; the process of the automatic data grabbing sequence comprises the following steps: the system comprises a project library management module, a post management module and a project inspection module.
2. The sponge city construction project intelligent whole-flow management system according to claim 1, wherein the data automatic grabbing module further comprises: the system comprises a government platform, a management platform, a system database and a management platform, wherein the government platform is used for acquiring construction data from the government platform at intervals of set time to form the system database; the project approval process comprises the following branches connected in parallel between a government affair platform and all-market construction project management information:
1) Project overall stage: the annual construction plan of the urban area is called and used for forming a background project library, namely a foundation information database of all standing projects;
2) Planning licensing phase in land: scheduling license information for calling, which is used for identifying the project of the sponge city construction requirement in the license, incorporating the project into a sponge project library and supporting a project library management module;
3) Scheme design inspection stage: the project design data and project form examination comments are called and used for supporting a project design event post management module;
4) Project planning permission phase: invoking project planning license for project process file record, supporting project state update;
5) Construction diagram inspection stage: the project construction diagram design file data and construction diagram examination comments are called and used for supporting a project design event post management module;
6) Construction license stage: the construction permission issuing information is called and used for supporting a project inspection module to serve as a basis for the project to start inspection;
7) Completion acceptance stage: the information related to the completion acceptance report is called and used for project process file recording and supporting project state updating;
all the data generated in the steps 1) to 7) together form a whole city construction project management information base.
3. The sponge city construction project intelligent whole-flow management system of claim 1, wherein the project library management module further comprises: the system is used for managing the project information, and comprises project importing, project state updating, project ending application and project information overview functions; the method specifically comprises the following steps:
1) Item importing: the sponge project library is used for importing the grasped sponge city construction projects by the urban level sponge city management departments and the regional level sponge city management departments, and constructing a sponge project library;
2) Item updating: the method is used for updating basic information and supplementing and replacing data of construction projects in a sponge project library;
when the condition of the library items changes, the information in the item library is also updated dynamically; the system automatically updates project basic information and supplements data according to the related license information captured by the government affair platform; the project importing unit realizes project update by initiating a project update application, and the project update can be completed after the project importing unit is confirmed by a city level sponge city administration;
3) Project termination: the method is used for terminating the construction project in the sponge project library;
4) Item information overview: the method is used for checking basic information of all items in the sponge item library, sponge city related data and management process files, and supporting statistical analysis, screening, downloading and exporting of the related information.
4. The intelligent overall process management system for sponge city construction projects according to claim 3, wherein step 1) further comprises: the system provides two project warehousing modes: firstly, the land planning license information is acquired by the automatic data acquisition module, the system identifies the project of the sponge city construction requirement in the license, and the project is endowed with codes and then is incorporated into a sponge project library; secondly, the related units upload the project through the project importing function; filling basic information of the uploaded newly added project, uploading project data and project geographic information according to requirements, and approving the project by a municipal sponge city authority after the data are complete; the system automatically endows the warehouse entry item with unique codes according to the coding rules; the essential information of the necessary filling items comprises: project name, administrative area, construction type, construction status, sponge construction content, project occupation area, fund source, project period, current progress, annual progress target, construction unit; the necessary project data includes: design description, general plane design drawing, rainwater pipe network plane drawing, underlying surface classification layout drawing, site vertical and catchment partition drawing, runoff organization and sponge facility distribution drawing and sponge facility large-scale sample drawing.
5. The intelligent overall process management system for sponge city construction projects according to claim 3, wherein step 3) further comprises: if the urban sponge city management departments and the industry authorities find that the project library has a problem or a change in implementation, the project termination application needs to be initiated on line, and for obvious reasons, the related project is not incorporated into the subsequent management flow after the urban sponge city authorities agree, but the project data is still reserved in the project library, and the number is unchanged; in principle, the project can not be terminated at will except the situation that the project can not be managed continuously due to objective factors such as repeated warehouse entry, project cancellation due to reasons and the like.
6. The sponge city construction project intelligent whole-flow management system of claim 1, wherein the post-hoc management module further comprises: the system is used for carrying out post-examination, opinion feedback and processing tracking work in the project scheme design; the method specifically comprises the following steps:
and (5) in-process supervision: in the scheme design stage, conducting spot check and audit on a construction project design scheme, checking whether a sponge city scheme design file is designed according to the content required by related standard specifications, completing the aim of upper planning or related technical file requirements, discovering problems in advance in the scheme stage, giving a modification suggestion, and guiding a construction unit and a design unit to be modified and optimized in subsequent work;
post-hoc supervision: in the construction project construction drawing spot check stage, a third-party technical spot check unit checks the implementation condition of the spot check opinion of the in-process technology.
7. The intelligent full-process management system for sponge city construction projects according to claim 6, wherein the post-management module is configured to implement post-inspection management for sponge city project design, and is configured to implement a process and treatment link from project inspection project design data acquisition, post-inspection project drawing determination, development of post-inspection technology, and feedback of post-inspection comments to project design post-inspection and post-inspection comments:
1) Providing a spot check and drawing platform;
2) Electronic management of post-event examination;
3) Feedback of the censoring opinion;
4) Processing, handling and recording of the censoring opinion.
8. The sponge city construction project intelligent whole-flow management system of claim 1, wherein the project inspection module further comprises: the method is used for assisting in carrying out on-site inspection work of built-in and finished projects in the sponge project library; the on-site inspection of the construction project is an important mode of post supervision and management of the sponge city construction project, so that the problems of the sponge city construction project in the links of project construction, operation maintenance management and the like are found and assisted to be solved, and the management and control of the construction, operation maintenance stage is effectively enhanced;
the patrol management relates to the release of a patrol plan and the management of patrol results; the patrol plan is derived from sponge projects with land planning licenses captured from the administration platform at regular intervals by the system, and is input by a patrol three-party plan; the third party manager initiates a patrol task according to the patrol plan, the patrol staff receives the patrol task and then carries out on-site patrol, and the patrol record is uploaded to the third party manager through a webpage end or a patrol applet, and the checked record can enter a patrol record library; meanwhile, the patrol webpage end or the patrol applet is shared to each city department and national enterprise so as to record the patrol project of the local area or the local gate; according to the patrol records, the urban sponge city authorities can report the problem items and require modification; the patrol record and the patrol problem correction record finally form a patrol information base.
9. The intelligent full-flow management system for sponge city construction projects according to claim 7, wherein the project inspection module is used for realizing information overview, classification screening and statistics functions:
1) An initiating platform of a patrol task;
2) Providing a unified patrol site record uploading interface;
3) Providing a field patrol applet;
4) Providing an audit and problem feedback platform of the patrol records;
5) Correction of inspection problems, feedback processing and recording;
6) And providing online inspection project forms, pictures, video presentation and inspection project statistical screening.
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050251433A1 (en) * | 2004-04-16 | 2005-11-10 | Orifici Joseph M | Method and system to assess, track and implement capital projects by municipalities |
| KR100821280B1 (en) * | 2007-03-09 | 2008-04-11 | 서울특별시 영등포구 | System and method for managing government supply construction, storage medium recording that method program |
| CN106878232A (en) * | 2015-12-11 | 2017-06-20 | 天津市建设信息技术服务中心 | A kind of construction project moves observation system |
| CN108510248A (en) * | 2018-04-08 | 2018-09-07 | 广东新康博思信息技术有限公司 | A kind of construction project environment approval system of overall monitor |
| CN114118842A (en) * | 2021-12-01 | 2022-03-01 | 悉地（苏州）勘察设计顾问有限公司 | Sponge city construction engineering design examination system |
| CN114386796A (en) * | 2021-12-29 | 2022-04-22 | 中冶南方城市建设工程技术有限公司 | Sponge city project construction effect and overall quality evaluation method |
| CN114386774A (en) * | 2021-12-21 | 2022-04-22 | 中国中煤能源集团有限公司 | CPIM-based three-dimensional visual full-life-cycle management platform for coal preparation plant |
-
2023
- 2023-06-08 CN CN202310676809.5A patent/CN116822923A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050251433A1 (en) * | 2004-04-16 | 2005-11-10 | Orifici Joseph M | Method and system to assess, track and implement capital projects by municipalities |
| KR100821280B1 (en) * | 2007-03-09 | 2008-04-11 | 서울특별시 영등포구 | System and method for managing government supply construction, storage medium recording that method program |
| CN106878232A (en) * | 2015-12-11 | 2017-06-20 | 天津市建设信息技术服务中心 | A kind of construction project moves observation system |
| CN108510248A (en) * | 2018-04-08 | 2018-09-07 | 广东新康博思信息技术有限公司 | A kind of construction project environment approval system of overall monitor |
| CN114118842A (en) * | 2021-12-01 | 2022-03-01 | 悉地（苏州）勘察设计顾问有限公司 | Sponge city construction engineering design examination system |
| CN114386774A (en) * | 2021-12-21 | 2022-04-22 | 中国中煤能源集团有限公司 | CPIM-based three-dimensional visual full-life-cycle management platform for coal preparation plant |
| CN114386796A (en) * | 2021-12-29 | 2022-04-22 | 中冶南方城市建设工程技术有限公司 | Sponge city project construction effect and overall quality evaluation method |
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