CN114358731A - Project engineering archive management system based on digital cloud computing - Google Patents
Project engineering archive management system based on digital cloud computing Download PDFInfo
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- CN114358731A CN114358731A CN202111666087.2A CN202111666087A CN114358731A CN 114358731 A CN114358731 A CN 114358731A CN 202111666087 A CN202111666087 A CN 202111666087A CN 114358731 A CN114358731 A CN 114358731A
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Abstract
The invention provides a project engineering archive management system based on digital cloud computing, which is built on a private cloud platform and comprises the following components: the system comprises a BIM module, a scheme management module and a change negotiation module, wherein the BIM module is connected with other modules and is used for building, updating and changing a BIM model; the drawing management module is used for importing a change drawing, comparing the change drawing with a drawing of a current version to display a project quantity change list, and setting project versions of the project quantity change list; the change merchant module is used for inputting change information and the item version number into the BIM model module to update the model; the scheme management module is used for compiling a comprehensive file for guiding construction technology, economy and management on line according to the engineering characteristics and the construction conditions of the BIM model; the component acceptance module is used for decomposing the BIM model of each process node through a built-in engineering structure tree template to obtain a BIM model component, and associating the engineering node with the corresponding BIM model component to generate engineering data.
Description
Technical Field
The invention relates to the technical field of BIM, in particular to a project engineering archive management system based on digital cloud computing.
Background
Project technical management is a general term of a series of management actions such as project planning, transaction, internal work data and the like, change management (drawing examination, design change, project visa), measurement management, test management and the like in a construction planning stage and a construction process of a project, so that the project technical management relates to a large amount of document data, including a large amount of important data related to project settlement, project acceptance and the like.
In the actual project construction process, serious consequences such as delay of project construction and settlement work due to data loss or untimely updating of text data often occur.
Disclosure of Invention
Based on this, aiming at the defects of the prior art, the invention aims to provide a project archive management system based on digital cloud computing, which applies the BIM technology and the Internet technology to the daily technical management work of a project, and improves the management of technical data through online and offline synchronous promotion, in particular through the instantaneity of an online technical management system.
In order to achieve the purpose, the invention adopts the technical scheme that:
the utility model provides a project engineering archives management system based on digital cloud calculates, builds in private cloud platform for store and manage BIM model resource, includes: a BIM module, a scheme management module, a drawing management module, a component acceptance module and a change negotiation module, wherein the BIM module is respectively connected with the scheme management module, the drawing management module, the component acceptance module and the change negotiation module,
the BIM module is used for constructing creation, updating and changing of a BIM model and calling corresponding version contents of the scheme management module, the drawing management module, the change negotiation module and the component acceptance module according to version numbers;
the drawing management module is used for importing a change drawing, comparing the change drawing with a drawing of a current version to display a project quantity change list, and setting project versions of the project quantity change list;
the change merchant module is used for importing the engineering quantity change list and the item version number, and inputting the change information and the item version number into the BIM model module to update the model;
the project management module is used for browsing the BIM model information in real time and compiling a comprehensive file which corresponds to the project version and is used for guiding the technology, economy and management of the construction on line according to the engineering characteristics and the construction conditions of the BIM model;
and the component acceptance module is used for dividing the range of the BIM model according to the process nodes, decomposing the BIM model of each process node through a built-in engineering structure tree template to obtain a BIM model component corresponding to the process node, and associating the process node with the corresponding BIM model component to generate engineering data.
Preferably, the system further comprises a measurement management module, which is used for recording and summarizing the field construction measurement data according to the process nodes, inputting the measurement data into corresponding engineering data in the component acceptance module, and automatically checking the component acceptance module with the model component information at the corresponding position after inputting the confirmed data.
Preferably, the system further comprises a maintenance management module, which is used for monitoring the use condition and the verification condition of the measuring instrument at the project department, sending information that the instrument needs to be verified again to an instrument manager, reminding the instrument manager to finish verification work of the measuring instrument as soon as possible, and for the instrument with damage, the instrument manager should update the instrument state in the system and initiate a request for updating or maintaining the instrument, so as to avoid influencing subsequent measurement work.
Preferably, the system also comprises a data management module which is used for classifying according to the data types, arranging according to the serial number of the data and the date of the receiving and sending text, and checking the data according to the construction content, the specific part of the construction and the condition of checking and accepting by sub-items.
Preferably, in the updating process of the BIM, the version number of the BIM is associated with the corresponding change files, the changed files are checked at any time when the drawing and the model are checked, and the drawing management module can collect the change files into a file ledger, so that the overview is facilitated.
Preferably, the system further comprises an inspection test module, which is used for counting the experiments of the project according to an experiment plan formulated in the construction organization design, recording the approach test of the raw materials in the project construction process and the detection experiment condition of the main structure body in the project construction process, and forming a corresponding experiment ledger, wherein the experiment ledger comprises the inspection time, the specification batch of the inspection materials, the use position and the experiment result, each inspection record is also associated with the experiment inspection entrustment and the experiment report input into the system, the result of a specific experiment report can be looked up at any time, the experiment inspection entrustment and the experiment report are associated with corresponding engineering data, and the corresponding experiment condition can be checked by selecting the engineering data in the BIM module.
Preferably, the system further comprises a project progress module for comparing the actual construction progress, the actual construction data, the planned construction progress and the planned construction data with the cooperative component acceptance module, and mastering the construction quality condition to complete the process management.
Due to the adoption of the technical scheme, the beneficial effects obtained by the invention comprise that: the BIM technology and the internet technology are applied to daily technical management work of projects, and the management of technical data is perfected through online and offline synchronous promotion, particularly through the instantaneity of an online technical management system.
Drawings
Fig. 1 is a schematic structural diagram of a project engineering archive management system based on digital cloud computing according to the present invention.
Detailed Description
The invention is further described with reference to the following figures and examples.
Referring to fig. 1, for example, a project archive management system based on digital cloud computing includes a BIM module, a project management module, a drawing management module, a change negotiation module, a measurement management module, a component acceptance module, and a data management module, where the BIM module is used to create, update, and change a construction BIM model, and all the other modules are associated with the BIM module. The version number of the BIM model is associated with the corresponding version contents of the scheme management module, the drawing management module, the change negotiation module and the component acceptance module, and after the model is updated, the associated information in each corresponding module is updated accordingly. The drawing management module is used for importing a change drawing, comparing the change drawing with a drawing of a current version to display a project quantity change list, and setting project versions of the project quantity change list; the change merchant module is used for importing the engineering quantity change list and the version number, and inputting the change information and the version number into the BIM model module to update the model; the scheme management module is used for browsing the information of the BIM model in real time and compiling a comprehensive file which corresponds to the project version and is used for guiding the technology, economy and management of the construction on line according to the engineering characteristics and the construction conditions of the BIM model; the component acceptance module is used for dividing the range of the BIM model according to the process nodes, decomposing the BIM model of each process node through a built-in engineering structure tree template to obtain a BIM model component corresponding to the process node, and associating the process node with the corresponding BIM model component to generate engineering data. For example, a plurality of engineering data are named and numbered according to model information (axis, high-marking position information of the model), and a check batch table is automatically formed. The engineering data supports manual modification, and the inspection lot table is updated accordingly.
The scheme management module is used for providing a full-process management platform integrating scheme compilation, scheme simulation, scheme approval and scheme submittal implementation for project technicians. Before a project enters a field, a construction organization design needs to be compiled according to a design blueprint provided by a construction unit, wherein the construction organization design refers to a comprehensive file which is compiled according to engineering characteristics and construction conditions and is used for guiding construction technology, economy and management, but in the actual operation process, because project managers are difficult to comprehensively master drawings and construction site information, missing or unreasonable places often exist in the construction organization design process, but in a scheme management module, the project organization design can be associated with a BIM module, a pre-finished BIM model can be referred to when the construction organization design is compiled, and construction areas possibly with high risk in the construction process can also be marked obviously when browsing.
The drawing management module is a functional module which archives and records related files related to drawings generated in the project process, such as a design blueprint after a construction unit and a design unit are confirmed, the drawings are changed, drawings before project operation are reviewed, and the like, and distributes the drawing information. The system is used for recording and summarizing field construction measurement data according to process nodes, wherein the process nodes are building construction processes, the measurement data are input into corresponding engineering data in the component acceptance module, and after confirmed data are input, the component acceptance module automatically checks the model component information at the corresponding position. In addition, the drawing management module also has a file reminding function and is used for binding with a mailbox for receiving drawings confirmed by a construction unit, and sending an addressee reminding through a preset telephone number of a contact person at the first time after the mailbox at the project part receives a mail from the construction unit, for example, sending the addressee reminding to a project manager, a technical responsible person and a business responsible person at the project part in a short message or telephone voice mode, and reminding a main manager at the project part of confirming the mail content at the first time. If drawing change is involved, a technical responsible person of the project department confirms change content at the first time and uploads a change file to a drawing management module, the drawing management module sends prompt information to all management persons of the project department and related sub-packaging units, a terminal of the technical responsible person can check the information checking condition of a person receiving the information, after the related person checks the information, the terminal account number of the technical responsible person can receive the state display of the information checked by the related person, a system background can record the information receiving state of the information receiving person one by one and form an information file receiving and sending record, and a person who does not check the information within two hours of information sending can receive change prompt again. The problems that information omission, untimely drawing updating and lost paper record information are easily caused in the conventional construction management link that drawings are managed in a mode of making the receiving and dispatching document ledger by recording the receiving and dispatching document information of the drawings can be effectively avoided. The instantaneity and the efficiency of drawing management are improved. And after receiving the drawing change confirmed by the design unit and the construction unit, the project technician updates the data model of the BIM model at the first time according to the change information so as to match the model with the latest drawing.
In the updating process of the BIM model, the version number of the BIM model is associated with a change file and a drawing, and the change files are checked at any time when the drawing and the model are checked. The drawing management module can collect the changed files into a file account, so that the overview is facilitated. After the model is updated, a project technical responsible person is required to confirm that the updated model is consistent with the changed drawing, and the updated model is stored and finally updated through identity verification. After receiving the confirmation information of the technical responsible person, the system automatically transmits the model updating information to a receiving terminal of a project department and related sub-package management personnel in the forms of short messages and the like, reminds the related management personnel of updating the drawing and the model information, and reminds the constructors of adjusting the construction scheme in time according to the changed drawing. When the model is confirmed, the project technical responsible person needs to select corresponding management persons in the system according to the situation of drawing change, and the system selects the management persons as high priority. When receiving information, the selected personnel must confirm at the terminal (such as fingerprint, face and other ways for identification confirmation), so as to ensure that the changed information can be timely transmitted to the related personnel, and avoid information omission.
When the construction is carried out to the change position, the change negotiation module can send out construction reminding to field managers and related sub-packages according to the current actual progress management condition, remind related personnel to pay attention to conveying change information to labor teams and groups, and make corresponding material preparation. When the content of construction change is close, the system sends change reminding to related personnel again. And requiring field management personnel to upload construction images to the system in the process of changing construction. The change negotiation module automatically records, summarizes and changes the process data, and supports the production of data tables such as visas and the export of the process data. After the visa is made, the system can track and update visa handling conditions. For the visa which is not transacted after the preset time limit is exceeded, the system is marked with visa transaction exception, and the related responsible personnel should update the reason for delayed visa transaction in time.
And the measurement management module is used for summarizing the records of the field construction measurement data to form a complete measurement record. The project technician should record the data of the control point points confirmed by the construction unit into the component acceptance module, and the component acceptance module inputs the measurement data corresponding to the process nodes into the BIM module. After the corresponding engineering data is input, the data component acceptance module automatically checks the model component information at the corresponding position, and checks whether the construction parameter requirements of the building component are met. The measurement management module also requires recording of on-site elevation measurement, positioning and paying-off measurement, main structure measurement, wall surface verticality, flatness measurement data and the like so as to realize measurement monitoring of the whole construction process and control construction quality. The input measurement data can not be modified after the measurement data is input into the component acceptance module and is audited and confirmed by a measurement responsible person at the project department. Data need be revised, need input the component after the remeasurement again and accept the module in, original data remain, and two times of data are all saved in the system promptly, conveniently look over the contrast. And construction errors are reduced.
The project archive management system based on the digital cloud computing further comprises a maintenance management module, the maintenance management module monitors the measuring instrument of the project department, monitors the use condition of the measuring equipment, monitors the verification condition of the measuring equipment, and sends information that the instrument needs to be verified again to the instrument manager to remind the instrument manager to finish the verification work of the measuring instrument as soon as possible. For the damaged instrument, the instrument manager should update the instrument state in the system and initiate the request for updating or maintaining the instrument, so as to avoid influencing the subsequent measurement work. When the manager at the project department wants to use the measuring instrument, the manager needs to apply for the use of the instrument in the system, explain the use area and the approximate use time of the instrument, and can confirm the availability of the instrument on the system at the instrument manager after approval. When the instrument is returned, the instrument manager should record the instrument return time and personnel at the first time.
Project engineering archive management system based on digital cloud calculates still includes the inspection test module, the experiment of inspection test module to the project according to the experimental plan made in the construction organization design carries out statistical record, this module is to the approach test of raw materials in the project construction process, the main structure body in the project construction process detects, experimental conditions such as door and window and curtain's performance experiment carry out the record, and form corresponding experiment ledger, the experiment ledger includes that the censorship time, the specification of censorship material is batched, the position of use, the experimental result etc. is recorded, each censorship record still is associated with experiment censorship entree order and the test report of typing in the system, can look up the result of specific experiment report at any time. The test submission entrusts and the test reports are associated with corresponding engineering data, and corresponding experimental conditions can be checked by selecting the engineering data in the model. The module can also track the progress of each experiment and send information reminding to experiment managers for the experiment projects which are overdue and update the experiment state in time. The module can remind experiment management personnel to finish sampling and inspection as soon as possible according to the project progress condition and the existing engineering data division plan. The test module can also automatically collect various experiments of a single project, and the work efficiency of subsequent main body acceptance and completion acceptance is improved.
The project technical management data comprises drawing and change data, construction scheme and transaction data, examination data and in-process project data and acceptance data, and particularly the data is numerous and numerous in the middle and later stages of the project, and the data is inconvenient to collect, arrange, file and look up, so a special data management module is further arranged in the project archive management system based on the digital cloud computing. The data management module can classify according to the data types, arrange in sequence according to the serial numbers of the data and the dates of receiving and sending the texts, and check the data according to the construction content, the specific part of the construction and the condition of checking and accepting the sub-items. When the data such as drawings, changed data, construction schemes, cross-bottom data, inspection and test data, engineering data and acceptance data in the process are uploaded, classification according to file types is required, the uploaded data are required to be briefly explained or labeled, construction parts and content information related to the uploaded files are determined, and a system performs necessary classification and summarization according to the information, so that project managers can conveniently look up the information, and the management efficiency of the file data is improved. When project management personnel upload new drawings, change business records, pay-off lofting records, actual measurement data and other data, the data management module records personnel uploading data, uploading time and uploading places. After the data uploaded to the cloud server are modified, the system records information such as modified personnel and modified time, the drawing and the data before modification are reserved by the system for the drawing and the data before modification, and files are recorded and stored according to the time information. For drawings and engineering data which are modified for many times, the system records the time and modification personnel of each modification and saves the drawings and data before the modification for each time. The system can form time series information arranged according to the time sequence, so that managers can conveniently trace and recheck the modification of drawings and engineering data, and the full-period management of the engineering data is ensured.
The project archive management system based on the digital cloud computing further comprises a project progress module used for comparing the actual construction progress, the actual construction data, the planned construction progress and the planned construction data with the component acceptance module, and mastering the construction quality condition to complete process management.
The foregoing description and description of the embodiments are provided to facilitate understanding and application of the invention by those skilled in the art. It will be readily apparent to those skilled in the art that various modifications can be made to these teachings and the generic principles described herein may be applied to other embodiments without the use of the inventive faculty. Therefore, the present invention is not limited to the above description and the description of the embodiments, and those skilled in the art should make improvements and modifications within the scope of the present invention based on the disclosure of the present invention.
Claims (7)
1. The utility model provides a project engineering archives management system based on digital cloud calculates, builds in private cloud platform for store and manage BIM model resource, its characterized in that includes: a BIM module, a scheme management module, a drawing management module, a component acceptance module and a change negotiation module, wherein the BIM module is respectively connected with the scheme management module, the drawing management module, the component acceptance module and the change negotiation module,
the BIM module is used for constructing creation, updating and changing of a BIM model and calling corresponding version contents of the scheme management module, the drawing management module, the change negotiation module and the component acceptance module according to version numbers;
the drawing management module is used for importing a change drawing, comparing the change drawing with a drawing of a current version to display a project quantity change list, and setting project versions of the project quantity change list;
the change negotiation module is used for importing the engineering quantity change list and the corresponding project version number, and inputting the change information and the project version number into the BIM module to update the model;
the project management module is used for browsing the BIM model information in real time and compiling a comprehensive file which corresponds to the project version and is used for guiding the technology, economy and management of the construction on line according to the engineering characteristics and the construction conditions of the BIM model;
and the component acceptance module is used for dividing the range of the BIM model according to the process nodes, decomposing the BIM model of each process node through a built-in engineering structure tree template to obtain a BIM model component corresponding to the process node, and associating the process node with the corresponding BIM model component to generate engineering data.
2. The project archive management system based on digital cloud computing as claimed in claim 1, characterized by further comprising a measurement management module for recording and summarizing field construction measurement data according to process nodes, inputting the measurement data into corresponding project data in the component acceptance module, and after inputting confirmed data, the component acceptance module automatically checks with model component information at a corresponding position.
3. The material management system according to claim 1, further comprising a maintenance management module, configured to monitor a use condition and a verification condition of the measuring instrument at the project department, send information that the instrument needs to be verified again to an instrument manager, and remind the instrument manager to complete verification of the measuring instrument as soon as possible, and for a damaged instrument, the instrument manager should update an instrument state in the system and initiate an instrument update or maintenance request, so as to avoid affecting subsequent measurement.
4. The project archive management system based on digital cloud computing as claimed in claim 1, characterized by further comprising a material management module for classifying according to material types, arranging according to the number of the material and the date of the receiving and sending text, and viewing the material according to the construction content, the specific part of the construction, and the condition of partial and partial item acceptance.
5. The project engineering archive management system based on the digital cloud computing as claimed in claim 1, wherein during the updating process of the BIM model, the version number of the BIM model is associated with the corresponding change files, the change files are checked at any time when the drawings and the model are checked, and the drawing management module can collect the change files into a file ledger for easy overview.
6. The digital cloud computing-based project engineering archive management system of claim 1, it is characterized by also comprising a test module for counting the experiments of the project according to the experiment plan formulated in the construction organization design, recording the approach test of the raw materials in the project construction process and the detection test condition of the main structure body in the project construction process, forming a corresponding test ledger, wherein the laboratory ledger comprises the inspection time, the specification batch of the inspection material, the use part and the experimental result for recording, each inspection record is also associated with the experimental inspection entrustment order and the experimental report which are recorded in the system, the result of a specific experiment report can be consulted at any time, the experiment submission entrusts and the experiment report are associated with corresponding engineering data, and the corresponding experiment condition can be checked by selecting the engineering data in the BIM module.
7. The project archive management system based on digital cloud computing of claim 1, characterized by further comprising a project progress module for comparing the actual construction progress, actual construction data with the planned construction progress and planned construction data in cooperation with the component acceptance module, and grasping construction quality conditions to complete process management.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115409395A (en) * | 2022-09-06 | 2022-11-29 | 河南正海实业有限公司 | Quality acceptance inspection method and system for hydraulic construction engineering |
| CN115759423A (en) * | 2022-11-17 | 2023-03-07 | 北京中友金审科技有限公司 | Project audit management system and method based on big data |
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2021
- 2021-12-31 CN CN202111666087.2A patent/CN114358731A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115409395A (en) * | 2022-09-06 | 2022-11-29 | 河南正海实业有限公司 | Quality acceptance inspection method and system for hydraulic construction engineering |
| CN115409395B (en) * | 2022-09-06 | 2023-08-08 | 河南正海实业有限公司 | Quality acceptance inspection method and system for hydraulic construction engineering |
| CN115759423A (en) * | 2022-11-17 | 2023-03-07 | 北京中友金审科技有限公司 | Project audit management system and method based on big data |
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