CN117391623A - Modularized intelligent construction management system - Google Patents
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Abstract
The invention relates to the technical field of construction process management, and particularly discloses a modularized intelligent construction management system which comprises a data layer, a platform layer and an application layer, wherein the platform layer comprises a data service layer, a base component and a service layer, the service layer comprises a monitoring module and a user center module, and the application layer comprises a management module, a display module and a framework module. According to the technical scheme, a foundation network structure consisting of a data layer, a platform layer and an application layer is constructed manually, the opening and closing of modules in the framework module are regulated in the background according to the requirements of different users, corresponding data are obtained through the foundation network structure according to the opening and closing of the modules in the framework module, the corresponding data and results are displayed through the modules opened in the framework module, so that a construction management system is configured, and a construction management platform meeting the requirements of the users is generated in a customized mode.
Description
Technical Field
The invention relates to the technical field of construction process management, in particular to a modularized intelligent construction management system.
Background
Construction management is an important component in the construction process. In order to complete the construction task of the building product, the enterprise needs to perform the organization management work of the production transaction around the construction object and the construction site in the whole process from the acceptance of the construction task to the acceptance of the engineering.
In the existing large-scale construction projects, the construction units are numerous, the management elements in the construction management process are tens or even hundreds, and in order to facilitate construction management, a construction management platform with numerous functions and numerous supervision is often required. However, each construction unit has the construction attention points, and some construction units pay attention to labor management and have low attention to environmental monitoring; some construction units have high attention to progress management and have low attention to mechanical management; some construction units do not need to pay attention to the fine construction management elements even because of cost management. If a construction management platform with numerous functions and numerous supervision is developed for each customer, the development cost is huge, the development time is long, and improvement is needed, so that a modularized intelligent construction management system is provided.
Disclosure of Invention
The invention aims to provide a modularized intelligent construction management system which solves the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions: a modularized intelligent construction management system comprises a data layer, a platform layer and an application layer;
the data layer is used for acquiring internet of things data, web end data, enterprise WeChat end data and APP end data;
the platform layer comprises a data service layer, a base component and a service layer; the data service layer is used for retrieving and storing various data of the data layer; the base component is used for processing and calculating various data of the data service layer; the service layer comprises a monitoring module and a user center module, wherein the monitoring module is used for quality safety monitoring, material monitoring, progress monitoring and risk analysis, and the user center module is used for collaborative office, intelligent report generation and message sending;
the application layer comprises a management module, a display module and an architecture module; the management module is used for controlling the opening and closing of the modules in the architecture module in the background; the display module is used for displaying the opening and closing of the modules in the architecture module, and the modules in the architecture module comprise an enterprise system management module, a business application display module, a BIM application display module and a data acquisition display module; the enterprise system management module is used for uploading and updating the regulation system of an enterprise and providing a comparison standard for the operation of a data layer, a platform layer and an application layer; the business application display module is used for displaying management elements in the construction management process, wherein the management elements comprise engineering progress, labor relation, engineering materials, equipment management, engineering monitoring, inspection scheduling and engineering basic information; the BIM application display module is used for displaying BIM related information, and the data acquisition display module is used for displaying data acquired by the data layer.
As a preferred implementation manner of the technical scheme, the business application display module, the BIM application display module and the data acquisition display module can all display or hide the data displayed by the business application display module, the user can watch the data conveniently, and the construction management platform meeting the user requirements can be generated in a customized mode.
As a preferred implementation mode of the technical scheme, BIM related information comprises BIM progress, BIM measurement, BIM calculation amount, BIM+ monitoring, model browsing, model version, drawing linkage, construction template, label function and BIM+GIS+IOT, a BIM application display module provides a basic model in the construction process, BIM related information is obtained in real time, and whether problems occur in actual construction is judged by comparing actual construction with the basic model, so that enterprises can conveniently carry out construction management; different BIM related information can be displayed according to different users.
As a preferred implementation mode of the technical scheme, the regulation system comprises engineering management, safety management, quality management, real-name labor service system and wagon balance weighing, different regulation systems are uploaded by users, a calculation standard is provided for operation of basic components, each construction unit can conveniently know the regulation system, and management of enterprises in the construction process is guaranteed.
As a preferred implementation mode of the technical scheme, the engineering basic information comprises address book, notification notices, weather information, drawing inquiry, effect drawings and CAD drawings, and a construction unit knows engineering basic information in the construction process in real time and can control the smooth progress of each stage in the construction process.
As a preferred implementation manner of the technical scheme of the application, the basic component comprises a BIM+GIS component, a NEO4j component, a workflow component, a cache component and a DB component, wherein each component corresponds to different data of the data service layer respectively, so that the different data can be operated conveniently, and the data required to be displayed by the application layer can be obtained quickly in sequence.
As a preferred implementation manner of the technical scheme, the management module controls the opening and closing of information display in the architecture module, and the service layer can adjust corresponding calculated amount based on the opening and closing of the information display in the architecture module, so that calculated amount can be saved, information in the architecture module can be obtained more quickly, and system operation is smoother.
Compared with the prior art, the invention has the following beneficial effects:
1. according to the technical scheme, a foundation network structure consisting of a data layer, a platform layer and an application layer is constructed manually, the opening and closing of modules in the framework module are regulated in the background according to the requirements of different users, corresponding data can be obtained through the foundation network structure according to the opening and closing of the modules in the framework module, the corresponding data and results can be displayed through the modules opened in the framework module, the construction management system is configured, and a construction management platform meeting the requirements of the users is generated in a customized mode.
2. According to the technical scheme, the management module provides a basic model for the construction process through the BIM application display module, BIM related information is acquired in real time, whether problems occur in actual construction or not can be judged by comparing the actual construction with the basic model, and enterprises can conveniently manage the construction.
3. According to the technical scheme, the data displayed by the business application display module, the BIM application display module and the data acquisition display module can be highlighted and hidden, and different contents can be respectively highlighted, so that each user can conveniently watch the data, and the construction management platform meeting the user demands can be customized.
Drawings
Other features, objects and advantages of the present invention will become more apparent upon reading of the detailed description of non-limiting embodiments, given with reference to the accompanying drawings in which:
FIG. 1 is a schematic diagram of a network architecture of a modular intelligent construction management system of the present invention;
FIG. 2 is a schematic diagram of a module architecture according to the present invention;
fig. 3 is a schematic diagram of a service application display module according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments.
Embodiment 1, as shown in fig. 1-3, the present invention provides a technical solution: a modularized intelligent construction management system comprises a data layer, a platform layer and an application layer;
the data layer is used for acquiring internet of things data, web end data, enterprise WeChat end data and APP end data; the acquisition of the internet of things data, the Web end data, the enterprise WeChat end data and the APP end data is realized through corresponding data interfaces or sensors. The specific data acquisition mode is as follows: the internet of things equipment can acquire various environmental data such as temperature, humidity, pressure and the like through hardware equipment such as a sensor, a gateway and the like, and transmits the environmental data to a cloud server through a network; through a Web page or application interface, a user can input data in a browser or generate data through interactive operation, and the data can be transmitted to a back-end server through a network request; the enterprise WeChat terminal can provide interfaces or SDKs, and a developer can acquire data related to enterprise WeChat, such as employee information, organization structures, message records and the like, by calling the interfaces or integrating the SDKs; through mobile application development, various operation behaviors of a user on the APP and generated data, such as form data filled by the user, position information, device sensor data and the like, can be collected. The latest information can be timely obtained through obtaining the data of the Internet of things equipment, the Web end, the enterprise WeChat end and the APP end, and real-time monitoring and analysis can be carried out; by acquiring data of a plurality of different ends, data integration and analysis can be performed, more comprehensive information can be acquired, potential association and modes can be found, and more accurate basis is provided for decision making; personalized service and recommendation can be realized by acquiring data of different ends, and customized display and interaction can be performed according to the requirements and behavior habits of users; by acquiring the equipment data of the Internet of things, the equipment state can be remotely managed and monitored, the problems can be timely found and solved, the efficiency and convenience are improved, more comprehensive, real-time and personalized information can be brought by acquiring the data of the Internet of things, the data of the Web end, the data of the enterprise WeChat end and the data of the APP end, the service efficiency and the user experience are improved, and the innovation and decision of data driving are promoted;
the platform layer comprises a data service layer, a base component and a service layer; the data service layer is used for retrieving and storing various data of the data layer; the basic component comprises a BIM+GIS component, a NEO4j component, a workflow component, a cache component and a DB component, and is used for processing and calculating various data of the data service layer; the basic component can process and calculate data and provide powerful functions and algorithm support, for example, the BIM+GIS component can fuse and analyze the data of a Building Information Model (BIM) and a Geographic Information System (GIS) to realize the visualization of spatial data and the calculation of spatial relations; the NEO4j component is a graph database and is suitable for storing and inquiring complex associated data; the workflow component can manage and execute complex business processes; the cache component can accelerate data access and response time; the DB component is a database component for storing and managing the structured data; the basic component can integrate data of a plurality of data sources, store and manage scattered data in a centralized way, and provide a unified interface and a standardized data format, so that sharing and exchange of data between different components and systems can be facilitated, data redundancy and repeated storage are reduced, and data consistency and reliability are improved; the basic component has optimized inquiring and calculating capability, can carry out efficient inquiring, analyzing and calculating on large-scale data and provides quick response, so that the time and resource consumption of data inquiry can be reduced, the speed of data processing and decision making is accelerated, and the working efficiency is improved. The functions and the computing power provided by the basic components can support complex decision-making and planning tasks, for example, site planning and resource optimization of building facilities can be performed through the space analysis function of the BIM+GIS components; through the graph analysis function of the NEO4j component, the relation and the mode in the data can be found, and decision making is assisted; the basic components can be customized and expanded according to specific requirements, so as to meet the requirements of different industries and application scenes, and can be integrated with other systems and components to construct flexible and expandable data processing and computing platforms. The use of the basic component can provide the capability of data processing and calculation, realize data integration and sharing, improve the data query and analysis efficiency, support decision making and planning, and provide the flexibility and expandability of the system, thereby bringing about a more efficient, reliable and intelligent data service layer;
the service layer comprises a monitoring module and a user center module, wherein the monitoring module is used for quality safety monitoring, material monitoring, progress monitoring and risk analysis, and the user center module is used for collaborative office, intelligent report generation and message sending, and the beneficial effects of the monitoring module are as follows: the monitoring module can monitor the quality and safety condition of engineering projects in real time, provide early warning and abnormal reports, help discover potential quality problems and potential safety hazards as soon as possible, and reduce the risk of accidents. By monitoring the purchase, transportation and use conditions of the materials, the traceability and management of the materials can be realized, the qualified materials are ensured to be used by projects according to the specified quality standard, the construction quality is improved, and the risk is reduced. The monitoring module can track and monitor the progress condition of engineering projects, including the completion condition of each task, early warning and adjustment of construction period delay and the like, and can realize the visualization and real-time control of project progress and improve project management efficiency. By analyzing and evaluating various risks in the project, the monitoring module can provide prediction and early warning, help management personnel to take countermeasures in time, reduce the risk of the project and guarantee the smooth progress of the project.
The user center module has the beneficial effects that: the user center module provides the collaborative office function, including real-time communication, task allocation, progress update and the like among project team members, promotes team collaboration and information sharing, and improves working efficiency. The user center module can automatically generate various reports and statistical data, and the key indexes and the performance of the project are presented in a visual mode, so that managers and decision makers are helped to quickly know the conditions and trends of the project. The user center module can realize the sending and receiving of the information, including personal information and group information, which is convenient for communication and information exchange and enhances the connection between team and project members. Through the use of the monitoring module and the user center module, real-time quality safety monitoring, material monitoring, progress monitoring and risk analysis can be provided, collaborative office and information sharing of a team are promoted, report forms and statistical data are intelligently generated, and a convenient message sending function is realized. These benefits help to improve project management efficiency, improve project quality, reduce risk, and enhance collaboration and communication between teams, thereby promoting the smooth progress of the entire project;
the application layer comprises a management module, a display module and an architecture module; the management module is used for controlling the opening and closing of the modules in the architecture module in the background; the display module is used for displaying the opening and closing of the modules in the architecture module, and the modules in the architecture module comprise an enterprise system management module, a business application display module, a BIM application display module and a data acquisition display module, and the enterprise system management module has the beneficial effects that: the module can manage the enterprise system, including user authority management, role management, organization structure management and the like, and helps the enterprise to realize more efficient organization management; the enterprise system management module can provide system configuration and setting functions, including database configuration, system parameter setting and the like, meet specific requirements of enterprises and ensure normal operation of the system.
The service application display module has the beneficial effects that: the business application display module provides display and operation interfaces of various business application functions, so that a user can easily use the functions, and the working efficiency is improved; the module can display the business data in a visual mode, such as a chart, a report form and the like, so that a user can better understand and analyze the business data, and decision making and management are supported.
The BIM application display module has the beneficial effects that: the BIM application display module can display the BIM model in a three-dimensional graph form, so that a user can intuitively know the structure and design of a building or engineering project, and the construction and management process is facilitated to be optimized; the module can realize collaborative design and editing of multiple persons on the same BIM model, promote collaboration and communication among team members, and improve quality and efficiency of projects;
the enterprise system management module is used for uploading and updating a regulation system of an enterprise, provides a comparison standard for the operation of a data layer, a platform layer and an application layer, the regulation system is a foundation of enterprise management, and the management concept and the standard of the enterprise can be promoted and implemented through uploading and updating the regulation system by the enterprise system management module, so that each management flow in the enterprise is standardized, staff gradually develop good habit of obeying the regulation system, the management efficiency of the enterprise is improved, and the possibility of illegal operation is reduced; the enterprise system management module can help enterprises to realize informatization management, store regulations in a system in a digital mode, ensure the safety and legitimacy of the regulations in a permission control mode, improve the reliability and safety of data and improve the informatization level of the enterprises; the system management module of the enterprise is utilized to upload and update the regulation system, so that the resource waste caused by repeated or invalid procedures can be avoided through unified management and standardization of the regulation system, and the update of the regulation system can also avoid the additional cost expenditure of the enterprise such as the need of revising and approving the procedures and the like due to the outdated regulation system; the enterprise system management module uploads and updates the regulation system, so that an accurate standard can be provided for staff, the staff is helped to know various management processes and operation standards in the enterprise, misoperation caused by incomplete compliance of operation is avoided, and the working efficiency is improved; the business application display module is used for displaying management elements in the construction management process, wherein the management elements comprise engineering progress, labor relation, engineering materials, equipment management, engineering monitoring, inspection scheduling and engineering basic information, and the engineering progress management can help enterprises to know the progress situation of engineering projects in real time, master the problems of engineering completion situation, progress delay and the like in time, and is favorable for timely taking adjustment and optimization measures; through engineering progress management, various work tasks and resource investment can be reasonably arranged, the work flow is optimized, and the delivery efficiency of the project is improved.
The labor relationship management has the advantages that the labor relationship management can help enterprises to effectively manage labor resources, including recruitment, contract management, attendance management, salary welfare and the like, so that stable supply and reasonable use of the labor are ensured; through labor relationship management, a good labor relationship can be established, the rights and interests of staff are protected, the working environment is improved, and the work enthusiasm and the production efficiency of the staff are improved.
Engineering material management has the advantages that the engineering material management can help enterprises accurately control purchasing, inventory and service conditions of materials, avoid cost waste or construction period delay caused by excessive or insufficient purchasing of materials, and improve the benefit of material management; through engineering material management, the adopted materials can be ensured to meet the quality standard, and the construction quality and safety are improved.
The equipment management has the advantages that the equipment management can help enterprises ensure the normal operation of equipment, including equipment maintenance, fault elimination, spare part management and the like, reduces the influence of equipment faults on the engineering progress, and improves the production efficiency and the stability; through equipment management, the use and maintenance of equipment can be reasonably arranged, the equipment utilization rate is improved, and the equipment investment and operation cost of enterprises are reduced.
The engineering monitoring has the advantages that the engineering monitoring can monitor various parameters and indexes of engineering projects in real time, discover potential problems or abnormal conditions in time, take corresponding measures in time and solve the problems, and ensure stable operation and quality control of the engineering; by engineering monitoring, a large amount of engineering data can be collected and analyzed, accurate decision support is provided for the management layer, and the management layer is helped to make reasonable decisions and adjustments.
The inspection scheduling has the advantages that the inspection scheduling can help enterprises to carry out comprehensive inspection and evaluation on engineering projects, discover potential problems in time and guide improvement, and improve the quality and reliability of the engineering; through checking and scheduling, the use of resources can be reasonably arranged, the resource waste and redundancy are avoided, and the resource utilization efficiency is improved.
The engineering basic information management has the advantages that the engineering basic information management can record and manage various basic information of engineering projects, including engineering planning, contracts, license and the like, and provides accurate and convenient information inquiry and reference for related parties; through engineering basic information management, engineering information can be classified, archived and backed up, so that the safety and the integrity of the information are ensured, and information leakage and loss are prevented. Benefits of engineering progress management, labor relationship management, engineering materials management, equipment management, engineering monitoring, inspection scheduling, and engineering basic information management include improved efficiency, optimized resource utilization, improved quality, ensured safety, and provided decision support. These management factors help enterprises to effectively organize and manage engineering projects, and promote the competitiveness and the development level of the enterprises; the BIM application display module is used for displaying BIM related information, and the BIM application display module can be used for visually displaying related information such as design, construction, operation and the like in a BIM model in a three-dimensional form, so that people can more intuitively understand and know each aspect of the project, and communication and cooperation efficiency is improved; the BIM application display module can integrate and display various BIM related information, including space layout, material properties, engineering progress, cost data and the like, so that a user can comprehensively know the condition of a project and perform comprehensive analysis and decision; the BIM application display module is generally interactive and operative, and a user can control display content and a visual angle through an operation interface, so that free browsing, inquiring and analyzing of the BIM model are realized, and related information is acquired and used more flexibly; the BIM application display module is used for carrying out conflict detection and coordination on the BIM model, timely finding and solving the conflict problem in the model, avoiding errors and disputes in the construction process, improving the engineering quality and efficiency, and enabling the data acquisition display module to be used for displaying data acquired by a data layer; the data acquisition display module can analyze and process the acquired data, such as statistical analysis, trend analysis, prediction model and the like, so that a user is helped to know the rules and the trend of the data, and basis and early warning are provided for decision making; the data acquisition display module can monitor and display the use condition of energy and resources, thereby helping users optimize resource allocation and management and realizing the aims of high-efficiency utilization of energy, reduction of carbon emission and the like; the data acquisition display module can comprehensively analyze and compare the data, help users find systematic problems and improvement potential, and propose an optimization scheme and improvement measures, so that the overall benefit and sustainable development level of engineering are improved.
In the preferred technical scheme, the data displayed by the business application display module, the BIM application display module and the data acquisition display module can be highlighted or hidden, so that a user can conveniently watch the data, and a construction management platform meeting the user requirements can be customized and generated; the information comprises node management, progress snapshot, large site events, intelligent logs, concrete pouring linkage progress, an intelligent labor service module, a monitoring module and a user center module, wherein the intelligent labor service module is used for displaying information related to labor service relation; the information comprises labor real names, subcontracting statistics, subcontracting data, education training, blacklists and wage management, and the intelligent material module is used for displaying information related to engineering materials based on the monitoring module and the user center module; the information comprises wagon balance weighing, concrete pouring, material details and plan actual comparison analysis; the intelligent equipment module is used for displaying information related to equipment management based on the monitoring module and the user center module; the information comprises intelligent side stations, vehicle identification, equipment accounts, equipment shifts, vehicle positioning and tower crane monitoring; the intelligent monitoring module is used for displaying information related to engineering monitoring based on the monitoring module and the user center module; the information comprises environmental monitoring, energy consumption monitoring, smoke monitoring, electronic patrol, electronic fence and video monitoring; the intelligent scheduling module is used for displaying information related to checking scheduling based on the monitoring module and the user center module; the information comprises potential safety hazard monitoring and scheduling, quality investigation and scheduling, a meeting approval record and actual measurement actual quantity.
In the preferred technical scheme, BIM related information comprises BIM progress, BIM measurement, BIM calculation, BIM+ monitoring, model browsing, model version, drawing linkage, construction template, label function and BIM+GIS+IOT, a BIM application display module provides a basic model in the construction process, BIM related information is obtained in real time, and whether problems occur in actual construction is judged by comparing actual construction with the basic model, so that enterprises can conveniently carry out construction management; different BIM related information can be displayed according to different users.
In the preferred technical scheme, the regulations comprise engineering management, safety management, quality management, labor practice real-name system and wagon balance weighing, different regulations are uploaded by users, a calculation standard is provided for the operation of basic components, each construction unit can conveniently know the regulations, and the management of enterprises in the construction process is ensured.
In the preferred technical scheme, the engineering basic information comprises address book, notification notice, weather information, drawing inquiry, effect drawing and CAD drawing, and the construction unit knows the engineering basic information in the construction process in real time, so that the smooth progress of each stage in the construction process can be controlled.
In a preferred technical scheme, the management module controls the on-off of information display in the architecture module, and the service layer is based on the on-off of information display in the architecture module.
In a specific embodiment of the invention, the management elements in the construction management process are modularly classified and stored in the data service layer by manually constructing a basic network constructed by the data layer, the platform layer and the application layer; the basic network is constructed as low-code development and is a general-purpose platform, so that the management and intelligent analysis of elements such as man-machine material law ring in the construction process can be met by most construction units, then, according to the requirements of different users, the management module is used for adjusting the data display opening and closing of an enterprise system management module, a business application display module, a BIM application display module and a data acquisition display module in the background, and the data layer can be used for acquiring corresponding data according to the data display opening and closing of the enterprise system management module, the business application display module, the BIM application display module and the data acquisition display module and sending the corresponding data to the data service layer for classified storage;
the service layer calculates data classified by the data service layer through the foundation assembly, so that results (including construction progress, BIM related information and the like) of various data in the construction process are obtained, the display module can respectively display the opened enterprise system management module, the business application display module, the BIM application display module and the data acquisition display module, the enterprise system management module, the business application display module, the BIM application display module and the data acquisition display module can fold and display the corresponding data and the results, so that important data (such as engineering progress, BIM progress and the like) are highlighted, the construction management system is configured, and a construction management platform meeting user requirements is customized and generated.
The foregoing is merely exemplary of the present invention and the specific structures and/or characteristics of the present invention that are well known in the art have not been described in detail herein. It should be noted that modifications and improvements can be made by those skilled in the art without departing from the structure of the present invention, and these should also be considered as the scope of the present invention, which does not affect the effect of the implementation of the present invention and the utility of the patent. The protection scope of the present application shall be subject to the content of the claims, and the description of the specific embodiments and the like in the specification can be used for explaining the content of the claims.
Claims (7)
1. A modularized intelligent construction management system is characterized in that: the system comprises a data layer, a platform layer and an application layer;
the data layer is used for acquiring internet of things data, web end data, enterprise WeChat end data and APP end data;
the platform layer comprises a data service layer, a base component and a service layer; the data service layer is used for retrieving and storing various data of the data layer; the base component is used for processing and calculating various data of the data service layer; the service layer comprises a monitoring module and a user center module, wherein the monitoring module is used for quality safety monitoring, material monitoring, progress monitoring and risk analysis, and the user center module is used for collaborative office, intelligent report generation and message sending;
the application layer comprises a management module, a display module and an architecture module; the management module is used for controlling the on and off of the modules in the architecture module in the background; the display module is used for displaying the opening and closing of the modules in the architecture module, and the modules in the architecture module comprise an enterprise system management module, a business application display module, a BIM application display module and a data acquisition display module; the enterprise system management module is used for uploading and updating the regulation system of an enterprise and providing a comparison standard for the operation of a data layer, a platform layer and an application layer; the business application display module is used for displaying management elements in the construction management process; the BIM application display module is used for displaying BIM related information, and the data acquisition display module is used for displaying data acquired by the data layer.
2. A modular intelligent construction management system according to claim 1, wherein: the management elements comprise engineering progress, labor relation, engineering materials, equipment management, engineering monitoring, inspection scheduling and engineering basic information
A modular intelligent construction management system according to claim 1, wherein: the data displayed by the business application display module, the BIM application display module and the data acquisition display module can be highlighted or hidden, so that a user can conveniently watch the data, and a construction management platform meeting the user requirements can be customized.
3. A modular intelligent construction management system according to claim 1, wherein: the BIM related information comprises BIM progress, BIM measurement, BIM calculation amount, BIM+ monitoring, model browsing, model version, drawing linkage, construction template, label function and BIM+ GIS+ IOT, and the BIM application display module provides a basic model in the construction process to acquire the BIM related information in real time.
4. A modular intelligent construction management system according to claim 1, wherein: the regulations comprise engineering management, safety management, quality management, labor practice real-name system and wagon balance weighing, different regulations are uploaded by users, a calculation standard is provided for operation of basic components, each construction unit knows the regulations, and management of enterprises in the construction process is guaranteed.
5. A modular intelligent construction management system according to claim 2, wherein: the engineering basic information comprises address book, notification announcement, weather information, drawing inquiry, effect drawing and CAD drawing, and a construction unit knows engineering basic information in the construction process in real time, so that the smooth progress of each stage in the construction process can be controlled.
6. A modular intelligent construction management system according to claim 1, wherein: the base component comprises a BIM+GIS component, a NEO4j component, a workflow component, a cache component and a DB component.
7. A modular intelligent construction management system according to claim 1, wherein: the management module controls the opening and closing of information display in the architecture module, and the service layer can be based on the opening and closing of information display in the architecture module.
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| CN202311341223.XA CN117391623A (en) | 2023-10-17 | 2023-10-17 | Modularized intelligent construction management system |
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