Complex construction digital debugging completion movement solving method

Abstract

The invention discloses a digital debugging completion movement solution for complex construction. The solution comprises an acquisition module, a project management module, a debugging management module, a data management module, a model management module, a display management module, an information verification module, a process management module, a system management module and an information service module. The whole construction process is simulated through virtual construction, the construction scheme is debugged, and the risk of the construction process is reduced; technical documents are electronized and synchronously stored in the whole process through information, the circulation rate of the information documents and the integrity of the information are improved, and the information documents are convenient to retrieve and use; a complex engineering project is subdivided through a block chain technology, relevance between modules is saved, and the project is effectively divided into different modules for tracking, so that improvement of construction accuracy is facilitated; the construction process is automatically collected, and a digital twinborn model is established, so that the workload of personnel is reduced, and real-time follow-up of the project process and visual observation of the project completion condition are facilitated.

Description

Technical Field

[0001] The present invention relates to the technical field related to engineering digital construction, and in particular to a complex construction digital debugging completion mobile solution. Background Art

[0002] Complex construction refers to irreversible construction projects with complex designs, complex equipment installation, high degree of customization of equipment design, and high rework costs.

[0003] Traditional construction lacks digitalization, and most construction activities rely on manpower. Information-based software and hardware technologies are rarely used in the construction process, making it impossible to model complex projects well, making it impossible to update construction data in a timely manner, and making it impossible to regulate the construction progress well. This results in a low level of information sharing and great challenges in document storage. Summary of the invention

[0004] Therefore, in order to solve the above-mentioned shortcomings, the present invention provides a complex construction digital debugging completion mobile solution.

[0005] In order to achieve the above-mentioned purpose, the present invention adopts the following technical scheme: a mobile solution for digital debugging and completion of complex construction, including an acquisition module, an engineering management module, a debugging management module, a data management module, a model management module, a display management module, an information verification module, a process management module, a system management module, and an information service module, and the data of each module is updated synchronously in real time; the specific method includes the following steps:

[0006] S1 collects data information through various defined interfaces and electronically processes paper materials for transmission;

[0007] S2 performs data processing on the collected information;

[0008] S3 builds a construction model based on the design plan and relevant collected data information, and uses virtual construction to simulate the entire construction process;

[0009] S4 creates debugging documents based on the virtual construction analysis results to adjust the engineering plan, optimize the construction model, and verify and store relevant information;

[0010] S5 uses blockchain technology to divide the optimized data, and makes corresponding plans and displays the catalog based on the division results combined with big data;

[0011] S6 big data combines the data after debugging to generate the preset model of the digital twin and use multiple devices to monitor the real-time construction situation. It uses information technology mapping to generate digital twin clones and conducts comparative analysis with the preset model; the process data and analysis results are displayed and fed back to relevant personnel for adjustment;

[0012] S7 conducts delivery acceptance according to the delivery standards.

[0013] Preferably, the acquisition module calls up a multi-interface protocol to associate with multiple devices, and collects information according to set template requirements, mainly collecting design information, procurement information, construction process information, historical construction information and document information.

[0014] Preferably, the project management module includes a project subdivision unit, a plan management unit, and a process tracking unit.

[0015] Preferably, the debugging management module creates debugging documents and analyzes debugging relevance to perform digital debugging.

[0016] Preferably, the data management module includes data processing, data storage and data application management.

[0017] Preferably, the model management module, including model establishment, model optimization and model division, is processed in combination with engineering big data.

[0018] Preferably, the display management module comprehensively analyzes and displays various data analysis results in various forms, and automatically adjusts the display according to the display screen conditions.

[0019] Preferably, the information verification module has built-in intelligent data information verification rules in the system to verify all data and document information in the database and control the data quality.

[0020] Preferably, the process management module includes a setting unit and an approval unit.

[0021] Preferably, the system management module includes system settings, user information management and authority role management.

[0022] Preferably, the information service module is responsible for data connection and conversion transmission with other related platforms, and acquisition of third-party data and applications.

[0023] Preferably, the definition interface can be added as needed, so that the system can integrate information data from multiple platforms.

[0024] Preferably, the data processing is used to integrate data resources, manage data optimization processes, and evaluate data quality.

[0025] The beneficial effects of the present invention are as follows: the entire construction process is simulated through virtual construction, the construction plan is debugged, and the risk of the construction process is reduced; technical documents are electronically stored synchronously throughout the entire process through information, which improves the circulation rate of information documents and the integrity of information, and facilitates retrieval and use.

[0026] The present invention subdivides complex engineering projects through blockchain technology, preserves the correlation between modules, and effectively divides the project into different modules for tracking, which helps to improve the accuracy of construction.

[0027] The present invention reduces the workload of personnel by automatically collecting the construction progress and establishing a digital twin model, making it easier to follow up the project progress in real time and intuitively observe the completion status of the project. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a schematic diagram of the structure of the present invention;

[0029] Figure 2 It is a flow chart of the present invention;

[0030] Figure 3 It is a flow chart of information collection of the present invention. DETAILED DESCRIPTION

[0031] In order to further explain the technical solution of the present invention, it is described in detail below through specific embodiments.

[0032] See also Figure 1 The present invention provides a mobile solution for digital debugging and completion of complex construction, including an acquisition module, an engineering management module, a debugging management module, a data management module, a model management module, a display management module, an information verification module, a process management module, a system management module, and an information service module.

[0033] In one embodiment, Figure 2 As shown, the specific steps include:

[0034] S1 collects data information through various defined interfaces and electronically processes paper materials for transmission;

[0035] S2 processes the collected information and adopts a series of processing methods such as processing, aggregation, fusion, conversion, editing, association, and verification to generate standard, standardized, and uniformly associated data information;

[0036] S3 builds a construction model based on the design plan and the collected relevant data information, uses virtual construction to simulate the entire construction process, uses big data analysis combined with existing technology and multidisciplinary knowledge to use computers to simulate and evaluate the construction process, discovers various problems that may arise in the construction process, and solves them in a targeted manner through optimization, providing a basis for the determination and adjustment of the construction plan. The process simulation includes mechanical simulation of the construction process, process simulation, etc.

[0037] S4 creates debugging documents based on the results of virtual construction analysis to adjust the engineering plan, optimize the construction model, and verify and store relevant information; data information flows to relevant responsible personnel for approval, verifies and stores the confirmed data, sets and optimizes the information flow process, records the approval, optimizes the approval process, and analyzes, optimizes and reviews existing problems;

[0038] S5 uses blockchain technology to divide the optimized data, and makes corresponding plans and displays the catalog based on the division results combined with big data;

[0039] S6 combines analytical data to generate a preset model of the digital twin and uses multiple devices to monitor the real-time construction situation. It uses information technology mapping to generate a digital twin clone and conducts comparative analysis with the preset model; it displays and feeds back process data and analysis results to relevant personnel for adjustment;

[0040] S7 conducts delivery acceptance according to the delivery standards and articulates the full-cycle materials of the project according to the delivery document requirements, including design, implementation, commissioning, operation and maintenance and other related documents.

[0041] Before the project is implemented, the Internet of Things, Internet, cameras, etc. should be laid out at the construction site to collect information during the construction process.

[0042] The information collected by the acquisition module may include design information, procurement information, construction process information, historical construction information and document information. The collected data is set with certain template specifications to reduce information missing. The template can be edited and designed, and the collected information meets the engineering requirements.

[0043] Among them, design information refers to the data collection of unstructured data generated in the design of engineering entities;

[0044] Procurement information refers to the collection of data generated during the material flow process to facilitate logistics tracking;

[0045] Construction process information collects unstructured data generated during the construction process, mainly using Internet of Things devices.

[0046] Historical construction information is used to import historical construction plans in the form of documents or to capture key information through an Internet interface for data analysis.

[0047] In one embodiment, referring to Figure 3 The collection of the above information is mainly divided into the following steps:

[0048] (1) Data definition: define the data structure according to the data template;

[0049] (2) Data input: Enter or import relevant data according to the data template;

[0050] (3) Data processing: Processing the data in an appropriate manner;

[0051] (4) Data review: Review and confirm the processed data. If the verification information fails, return to (3) for further operation. If the verification information passes, proceed to the next step.

[0052] (5) Data storage: Approved data is stored according to its attributes and associations.

[0053] The collection of unstructured data such as document information, design drawings, and design reports is carried out in accordance with the national major construction project document archiving requirements and archive organization regulations. The relevant person in charge uses the document management port to upload documents, and the documents support multiple formats such as .doc, .pdf, and .jpg; the uploaded documents are named according to the format, which facilitates the system to automatically encode and classify the documents. When the files enter the system, protection measures are automatically taken. The download and viewing of the files can be obtained through application approval. The approval of the documents is at least two levels. Under the permitted conditions, batch export and migration of documents are allowed.

[0054] Project management module, including project subdivision unit, plan management unit, and process tracking unit;

[0055] Among them, the engineering subdivision unit uses blockchain to subdivide the models and engineering solutions that have been analyzed and confirmed. The data is divided through blockchain, and there is correlation between them. After debugging and modification, other related changes will occur;

[0056] The planning management unit obtains historical data information based on the BIM model and segmented model information, analyzes and calculates the required material information and equipment requirements, and generates a schedule based on personnel information;

[0057] The progress tracking unit obtains the progress information collected by the equipment, generates virtual model information through digital twin mapping, compares it with the preset model, displays corresponding pictures and reports, and updates them dynamically to facilitate progress tracking.

[0058] The debugging management module generates corresponding debugging files based on the analysis of virtual demonstration results and engineering solutions, explains the debugging content in detail, and related personnel discuss and approve it. The project is adjusted based on the determined debugging files, and related information is adjusted synchronously.

[0059] The data management module includes data processing, data storage and data application management. Data management involves the entire project cycle.

[0060] Data processing refers to the data processing performed on the system and the data obtained from inside and outside the system, which mainly includes data cleaning, fusion processing of multi-type and multi-source data, data format conversion, data table association processing and data verification processing;

[0061] Data storage is used to provide corresponding databases and manage data storage rules for the data types of new data after data processing, configure data storage, and manage storage conditions; databases can be created based on data types and their associations, such as model databases, document databases, special databases, etc.;

[0062] Data application management manages the data application interfaces provided to each application system in the business application layer in the data operation link.

[0063] The model management module is used to manage the model information of the system construction, including virtual reality models, construction models, scenario models, digital twin models, BIM models and corresponding segmentation models. The establishment of the model requires the use of information technology and data, involving multidisciplinary knowledge.

[0064] The display management module comprehensively analyzes and displays the results of various data analysis in various forms, automatically adjusts according to the display screen conditions, and has built-in multi-functional components to allow online document viewing.

[0065] Information verification is based on the system's built-in intelligent data information verification rules. It conducts intelligent checks on the integrity, compliance, consistency and relevance of all data and document information in the database, and intelligent checks on the relationship between objects and documents. At the same time, it conducts integrity, accuracy and consistency checks on digital delivery data to ensure the quality of incoming data and control the quality of digitally delivered data.

[0066] Process management module, including process setting unit module and approval unit;

[0067] Among them, the process setting unit sets, controls and optimizes the business process and data flow process;

[0068] Approval unit: For operations such as document information that the system needs to approve, batch operations can be performed.

[0069] The system management module includes system settings, user information management, and authority role management;

[0070] Among them, the system settings set system parameter information, such as the number of people online at the same time, login scenarios, device port association analysis, etc.

[0071] User information management facilitates the operation of user information of this system, including real-name authentication information of account, account number, name and corresponding authority role, etc. Some information can be edited;

[0072] Permission role management grants different permissions to roles created for system data information and functions, facilitating batch authorization and deauthorization.

[0073] The information service module is responsible for connecting with other system platforms and obtaining the information and applications required for the project, such as personnel information, model processing tools, etc., by associating with third parties. It can complete cross-platform data transmission through a customizable trusted interface.

[0074] This system can obtain information from other systems, convert it into standardized data information, conduct unified management, perform data analysis and verification, transfer file data, and generate corresponding data structure analysis.

[0075] In one embodiment, for a hydropower station project construction:

[0076] Generate a planning blueprint according to demand, download and photograph the terrain and other information through the Internet, divide it through software to generate scene data; set geographic reference points, establish a BIM model of the hydropower station according to the design plan and other information, store relevant data information, and personnel can adjust the model according to actual conditions;

[0077] Use UE to obtain basic data and scene data information to generate digital scene information, import the BIM model into the software design for adjustment, and integrate digital scene, model data and other data to generate a new digital hydropower station model for display and viewing;

[0078] Refer to the new hydropower station construction model, divide it, save the correlation between data, use virtual reality technology and CAD to obtain data information, adjust the model, obtain multidisciplinary technology to generate construction plans and technical measures, simulate corresponding construction technology, etc., integrate with the model scene, generate a virtual construction model, and analyze the construction process;

[0079] Obtain relevant data to generate analysis reports for display, and relevant personnel will conduct analysis and discussion, generate debugging documents, adjust the plan and optimize the model according to the debugging documents, divide the optimized model, and generate a schedule based on big data analysis;

[0080] Real-time information is obtained through detection methods such as drones and sensors to monitor and follow up the progress of hydropower station construction. The information obtained is mapped through digital twins to establish corresponding model information, which is compared and analyzed with the optimized generation model and its segmentation model. The existing model is adjusted through software technology, and image information is generated for display and storage for later retrieval and use, so as to make certain calculations on the construction period and efficiency.

[0081] The present invention provides a mobile solution for digital debugging and completion of complex construction. By using high technology to monitor complex projects, the person in charge can supervise remotely, the construction status is collected automatically, and the project progress information can be obtained in real time; the electronic management of documents makes the information storage more complete, which is convenient for later viewing and analysis.

[0082] The above description is only a preferred example of the present invention and is not intended to limit the present invention. Although the present invention is described in detail with reference to the aforementioned embodiments, those skilled in the art can still modify the technical solutions described in the aforementioned embodiments or replace some of the technical features therein by equivalents. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. A mobile solution for complex construction digital debugging and completion, characterized by: It includes acquisition module, engineering management module, debugging management module, data management module, model management module, display management module, information verification module, process management module, system management module and information service module. The data of each module is updated synchronously in real time. The specific method includes the following steps: S1 collects data information through various defined interfaces and electronically processes paper materials for transmission; S2 performs data processing on the collected information; S3 builds a construction model based on the design plan and relevant collected data information, and uses virtual construction to simulate the entire construction process; S4 creates debugging documents based on the virtual construction analysis results to adjust the engineering plan, optimize the construction model, and verify and store relevant information; S5 uses blockchain technology to divide the optimized data, and makes corresponding plans and displays the catalog based on the division results combined with big data; S6 big data combines the data after debugging to generate the preset model of the digital twin and use multiple devices to monitor the real-time construction situation. It uses information technology mapping to generate digital twin clones and conducts comparative analysis with the preset model; the process data and analysis results are displayed and fed back to relevant personnel for adjustment; S7 conducts delivery acceptance according to the delivery standards.

2. According to claim 1, a complex construction digital debugging completion mobile solution is characterized by: The acquisition module retrieves multiple interface protocols and associates multiple devices to collect information according to the set template requirements, mainly collecting design information, procurement information, construction process information, historical construction information and document information; The project management module includes a project subdivision unit, a plan management unit, and a process tracking unit. The debugging management module creates debugging documents and analyzes debugging relevance to perform digital debugging; The data management module includes data processing, data storage and data application management; The display management module comprehensively analyzes and displays the results of various data analysis in various forms, and automatically adjusts the display according to the display screen conditions; The information verification module has built-in intelligent data information verification rules in the system to verify all data and document information in the database and control the data quality; The model management module includes model establishment, model optimization and model division, and is processed in combination with engineering big data; The process management module includes a setting unit and an approval unit; The system management module includes system settings, user information management, and authority role management; The information service module is responsible for data connection and conversion transmission with other related platforms, and obtaining third-party data and applications.

3. According to claim 1, a complex construction digital debugging completion mobile solution is characterized by: The defined interface can be added as needed, so that the system can integrate information data from multiple platforms.

4. According to claim 1, a complex construction digital debugging completion mobile solution is characterized by: The information collection steps are as follows: (1) Data definition; (2) Data input; (3) Data processing; (4) Data review; (5)Data storage.

5. According to claim 2, a complex construction digital debugging completion mobile solution is characterized by: The data processing is used to integrate data resources, manage data optimization process, and evaluate data quality.

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