CN117421817B - Intelligent management platform for glass curtain wall installation based on cloud computing and data analysis - Google Patents
Intelligent management platform for glass curtain wall installation based on cloud computing and data analysis Download PDFInfo
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- CN117421817B CN117421817B CN202311748849.2A CN202311748849A CN117421817B CN 117421817 B CN117421817 B CN 117421817B CN 202311748849 A CN202311748849 A CN 202311748849A CN 117421817 B CN117421817 B CN 117421817B
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- 238000004088 simulation Methods 0.000 claims abstract description 55
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F2119/14—Force analysis or force optimisation, e.g. static or dynamic forces
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Abstract
The invention relates to the technical field of curtain wall installation, in particular to a glass curtain wall installation intelligent management platform based on cloud computing and data analysis. The method comprises a building matching unit, an installation simulation unit and an installation step making unit. According to the invention, the building matching unit is used for modeling the frame of the building, matching the glass curtain wall, enabling the installed glass curtain wall to be matched with the outer surface of the building, then the installation simulation unit is used for installing the frame according to the installation condition of the glass curtain wall, analyzing the stress condition of the building in the installation process, the installation step making unit is used for carrying out installation simulation on the glass curtain wall according to the analyzed structure, carrying out installation analysis in the installation simulation process, and adjusting the installation sequence of the glass curtain wall according to the analysis result, so that the installed glass curtain wall accords with the stress state of the building, and the installation stability of the glass curtain wall is ensured.
Description
Technical Field
The invention relates to the technical field of curtain wall installation, in particular to a glass curtain wall installation intelligent management platform based on cloud computing and data analysis.
Background
When the glass curtain wall of a building is installed, the stress condition and the bearing condition of the building are required to be analyzed, then the installation layout of the glass curtain wall frame is set according to the structure of the building frame, and then the glass curtain wall is installed.
However, the stress condition exists in the building, when the mounting mode of the glass curtain wall and the stress state of the building are not consistent, the mounting stability of the glass curtain wall can be influenced, meanwhile, the mounting stability of the building can be influenced, the glass curtain wall is unstable, and the situation that the glass curtain wall falls occurs.
Disclosure of Invention
The invention aims to provide a glass curtain wall installation intelligent management platform based on cloud computing and data analysis so as to solve the problems in the background technology.
In order to achieve the above purpose, the invention provides a glass curtain wall installation intelligent management platform based on cloud computing and data analysis, which comprises a building matching unit, an installation simulation unit and an installation step making unit;
The building matching unit establishes a building frame model according to the input building data, and matches the model installed by the glass curtain wall according to the stress condition of the building, so that the glass curtain wall is matched with the building frame;
The installation simulation unit performs position layout on a frame for installing the glass curtain wall according to the glass curtain wall installation model matched by the building matching unit, and determines the anchor point position of the fixed frame, so that the frame is fixed on a building through the anchor point, and the frame can support the glass curtain wall;
The installation step making unit determines the layout of the fixed frame according to the installation simulation unit, performs installation simulation of the glass curtain wall, performs building load bearing analysis in the installation process, and adjusts the installation sequence of the glass curtain wall according to the stress analysis of the building.
As a further improvement of the technical scheme, the building matching unit comprises a building frame modeling module, a building structure stress calculation module and an installation model matching model;
The building frame modeling module is used for receiving data of a building, modeling a frame of the building according to the data of the building, and forming a building frame model so as to facilitate the installation of the glass curtain wall according to the data of the building model;
The building structure stress calculation module calculates the stress condition of the gravity of each position of the building, and determines the stress of the outer surface frame of the building so as to facilitate the installation of the glass curtain wall on the outer surface of the building according to the stress condition of the outer surface frame of the building;
The installation model matching model is used for matching and installing the glass curtain wall installed on the surface of the building according to the stress condition of the building model, so that the glass curtain wall is matched with the surface of the building.
As a further improvement of the technical scheme, the installation simulation unit comprises a frame installation layout module, an anchor point determining module and a stress analysis module;
The frame installation layout module is used for arranging frames for fixing the glass curtain wall according to the installation positions of the glass curtain wall matched with the installation model matching model, so that the arranged frames can position the glass curtain wall;
The anchor point determining module determines anchor points according to the positions of the frames arranged by the frame installation layout module, so that the frames are fixed on the surface of the building through the anchor points;
The stress analysis module processes the stress condition of the outer surface of the building in a cloud computing mode according to the determined anchor point position, and determines the stress magnitude of the anchor point position of the outer surface of the building, so that the installation step making unit can adjust the installation sequence according to the stress magnitude of the anchor point.
As a further improvement of the technical scheme, the installation step making unit comprises an installation simulation module and an installation analysis module;
the installation simulation module is used for performing simulation installation of the frame and the glass curtain wall on the outer surface of the building according to the arrangement condition of the frame installation layout module on the frame positions;
The installation analysis module is used for carrying out installation analysis on the frame and the glass curtain wall in a cloud computing mode according to the positions of the frame and the glass curtain wall which are installed in a simulation mode, and determining whether the installed frame and the installed glass curtain wall accord with the stress of a building or not so as to ensure that the overall stability of the building cannot be influenced after the frame and the glass curtain wall are installed on the surface of the building.
As a further improvement of the technical scheme, the installation step making unit further comprises an installation sequence adjusting module;
The installation sequence adjusting module receives the installation analysis result of the installation analysis module, adjusts the installation sequence of the frame and the glass curtain wall according to the analysis result of the installation analysis module, transmits the adjusted installation sequence of the frame and the glass curtain wall to the installation analysis module, analyzes the installation sequence of the frame and the glass curtain wall after the adjustment by the installation analysis module, transmits the installation sequence of the frame and the glass curtain wall which are qualified in analysis to the installation simulation module after the analysis is completed, and carries out simulation installation by the installation simulation module.
As a further improvement of the technical scheme, the installation analysis module receives the data of the stress analysis module for analyzing the stress of the outer surface of the building when the installation analysis of the frame and the glass curtain wall is carried out, and analyzes the installation sequence of the frame and the glass curtain wall adjusted by the installation sequence adjustment module according to the stress condition of the anchor point position determined by the anchor point determination module.
As a further improvement of the technical scheme, the stress analysis module judges whether the stress of each anchor point is within a specified range in the process of carrying out stress analysis on the anchor points, and when the stress of the anchor point is not within the specified range, the stress analysis module feeds back to the frame installation layout module.
As a further improvement of the technical scheme, the stress analysis module receives the data transmitted by the building structure stress calculation module in the process of carrying out stress analysis on the anchor point, acquires the stress data of the building structure, analyzes the stress condition of the outer surface of the building through the data transmitted by the building structure stress calculation module and the stress condition of the anchor point, and feeds back the stress condition to the installation analysis module and the frame installation layout module after analysis, so that the frame installation layout module carries out adaptive layout on the frame according to the data transmitted by the installation sequence adjustment module, even if the installed frame accords with the whole stress condition of the building, the safety and stability of the building after the frame and the glass curtain wall are built are ensured.
Compared with the prior art, the invention has the beneficial effects that:
In the intelligent management platform for installing the glass curtain wall based on cloud computing and data analysis, the building matching unit is used for modeling the frame of a building and matching the glass curtain wall, so that the installed glass curtain wall is matched with the outer surface of the building, the installation of the frame is carried out according to the installation condition of the glass curtain wall through the installation simulation unit, the stress condition of the building is analyzed in the installation process, the installation step making unit is used for carrying out the installation simulation of the glass curtain wall according to the analyzed structure, the installation analysis is carried out in the installation simulation process, the installation sequence of the glass curtain wall is adjusted according to the analysis result, the installed glass curtain wall accords with the stress state of the building, and the installation stability of the glass curtain wall is ensured.
Drawings
FIG. 1 is an overall block diagram of embodiment 1 of the present invention;
Fig. 2 is a diagram of a building matching unit according to embodiment 1 of the present invention;
FIG. 3 is a diagram of an installation simulation unit according to embodiment 1 of the present invention;
FIG. 4 is a diagram showing an installation procedure setting unit in embodiment 1 of the present invention;
fig. 5 is an overall flow chart of embodiment 1 of the present invention.
The meaning of each reference sign in the figure is:
1. a building matching unit; 11. a building frame modeling module; 12. the building structure stress calculation module; 13. installing a model matching model;
2. Installing a simulation unit; 21. a frame installation layout module; 22. an anchor point determining module; 23. a stress analysis module;
3. an installation step making unit; 31. installing a simulation module; 32. installing an analysis module; 33. and installing a sequence adjusting module.
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. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Example 1: the intelligent management platform is used for managing the installation of the glass curtain wall, and after the glass curtain wall is installed on the building, the stress of the glass curtain wall is consistent with the stress state of the building.
The invention provides a glass curtain wall installation intelligent management platform based on cloud computing and data analysis, referring to fig. 1-5, comprising a building matching unit 1, an installation simulation unit 2 and an installation step making unit 3;
The building matching unit 1 establishes a building frame model according to input building data, and matches the model of the glass curtain wall according to the stress condition of the building, so that the glass curtain wall is matched with the frame of the building;
The building matching unit 1 comprises a building frame modeling module 11, a building structure stress calculation module 12 and an installation model matching model 13;
The building frame modeling module 11 is configured to receive data of a building, perform modeling of a frame of the building according to the data of the building, and form a building frame model, so that the glass curtain wall is installed according to building model data information, where the building frame model is a model of the building where the glass curtain wall needs to be installed, and can be obtained by adopting a three-dimensional modeling mode according to the data of the building;
The building structure stress calculation module 12 calculates the stress condition of the gravity of each position of the building, and determines the stress of the outer surface frame of the building so as to facilitate the subsequent installation of the glass curtain wall on the outer surface of the building according to the stress condition of the outer surface frame of the building;
The installation model matching model 13 performs matching installation on the glass curtain wall installed on the surface of a building according to the stress condition of the building model, so that the glass curtain wall is matched with the surface of the building, at the moment, the glass curtain wall and the building frame model matching model is a glass curtain wall installation model, and when the glass curtain wall installation model is established, the glass curtain wall is uniformly arranged on the building frame model according to the size of each glass curtain wall and the size of the building frame model.
The installation simulation unit 2 performs position layout on the frames for installing the glass curtain wall according to the glass curtain wall installation model matched by the building matching unit 1, and determines the anchor point positions of the fixed frames, so that the frames are fixed on a building through the anchor points, and the frames can support the glass curtain wall;
The installation simulation unit 2 comprises a frame installation layout module 21, an anchor point determination module 22 and a stress analysis module 23;
The frame installation layout module 21 is used for arranging frames for fixing the glass curtain wall according to the installation positions of the glass curtain walls matched with the installation model matching model 13, so that the arranged frames can position the glass curtain wall;
the anchor point determining module 22 determines anchor points according to the positions of the frames arranged by the frame installation layout module 21, so that the frames are fixed on the surface of the building through the anchor points;
the stress analysis module 23 processes the stress condition of the outer surface of the building in a cloud computing mode according to the determined anchor point position to determine the stress magnitude of the anchor point position of the outer surface of the building so as to facilitate the installation step making unit 3 to adjust the installation sequence according to the stress magnitude of the anchor point;
When the stress condition of each anchor point is analyzed, the size and the weight of the glass curtain wall supported by each anchor point are determined, and the stress condition of each anchor point is determined through the weight supported by each anchor point.
The installation step making unit 3 determines the layout of the fixed frames according to the installation simulation unit 2, performs installation simulation of the glass curtain wall, performs building load bearing analysis in the installation process, and adjusts the installation sequence of the glass curtain wall according to the stress analysis of the building.
The installation step making unit 3 includes an installation simulation module 31 and an installation analysis module 32;
the installation simulation module 31 performs simulation installation of the frame and the glass curtain wall on the outer surface of the building according to the arrangement condition of the frame installation layout module 21 on the frame positions;
The installation analysis module 32 carries out installation analysis on the frame and the glass curtain wall in a cloud computing mode according to the positions of the frame and the glass curtain wall which are installed in a simulation mode by the installation simulation module 31, and determines whether the installed frame and the installed glass curtain wall meet the stress of a building or not so as to ensure that the overall stability of the building cannot be affected after the frame and the glass curtain wall are installed on the surface of the building.
The installation step formulation unit 3 further includes an installation order adjustment module 33;
The installation sequence adjustment module 33 receives the installation analysis result of the installation analysis module 32, adjusts the installation sequence of the frame and the glass curtain wall according to the analysis result of the installation analysis module 32, transmits the adjusted installation sequence of the frame and the glass curtain wall to the installation analysis module 32, analyzes the installation sequence of the frame and the glass curtain wall by the installation analysis module 32, transmits the installation sequence of the frame and the glass curtain wall qualified in analysis to the installation simulation module 31 after the analysis is completed, and performs simulation installation by the installation simulation module 31.
The installation analysis module 32 receives the data of the stress analysis module 23 for analyzing the stress of the outer surface of the building when the installation analysis of the frame and the glass curtain wall is performed, and analyzes the installation sequence of the frame and the glass curtain wall adjusted by the installation sequence adjustment module 33 according to the stress condition of the anchor point position determined by the anchor point determination module 22.
In the process of carrying out stress analysis on the anchor points, the stress analysis module 23 judges whether the stress of each anchor point is within a specified range, and when the stress of the anchor point is not within the specified range, the stress analysis module 23 feeds back to the frame installation layout module 21.
The stress analysis module 23 receives the data transmitted by the building structure stress calculation module 12 in the process of performing stress analysis on the anchor point, acquires the stress data of the building structure, analyzes the stress condition of the outer surface of the building through the data transmitted by the building structure stress calculation module 12 and the stress condition of the anchor point, and feeds back to the installation analysis module 32 and the frame installation layout module 21 after analysis, so that the frame installation layout module 21 performs adaptive layout on the frame according to the data transmitted by the installation sequence adjustment module 33, and even if the installed frame accords with the whole stress condition of the building, the safety and stability of the building after the frame and the glass curtain wall are built are ensured.
The building structure force calculation module 12, the force analysis module 23, and the installation analysis module 32 use Inventor software to analyze the forces of the building and the building surface anchor points when performing force analysis.
The use flow is as follows:
The building frame modeling module 11 receives the data of a building and models the frame of the building through the data of the building, the building structure stress calculation module 12 calculates the stress condition of the gravity of each position of the building on the model established by the building frame modeling module 11, determines the stress magnitude of the frame on the outer surface of the building, and the installation model matching model 13 performs matching installation on the glass curtain wall installed on the surface of the building according to the stress condition of the building model, so that the glass curtain wall is attached to the outer surface of the building.
The frame installation layout module 21 is used for arranging the frames for fixing the glass curtain wall according to the installation positions of the glass curtain walls matched with the installation model matching model 13, so that the arranged frames can position the glass curtain wall, the anchor point determining module 22 is used for determining anchor points according to the positions of the frames arranged by the frame installation layout module 21, the frames are fixed on the surface of a building through the anchor points, and the stress analyzing module 23 is used for processing the stress condition of the outer surface of the building in a cloud computing mode according to the determined anchor points to determine the stress magnitude of the anchor point positions of the outer surface of the building.
The installation simulation module 31 performs simulated installation of the frame and the glass curtain wall on the outer surface of the building according to the arrangement condition of the frame installation layout module 21 on the frame position, the installation analysis module 32 performs installation analysis on the frame and the glass curtain wall in a cloud computing mode according to the installation simulation module 31 to determine whether the installed frame and the glass curtain wall conform to the stress of the building, the installation sequence adjustment module 33 receives the installation analysis result of the installation analysis module 32, adjusts the installation sequence of the frame and the glass curtain wall according to the analysis result of the installation analysis module 32, transmits the adjusted installation sequence of the frame and the glass curtain wall to the installation analysis module 32, and after the analysis is completed, transmits the installation sequence of the frame and the glass curtain wall which are qualified in analysis to the installation simulation module 31, and performs simulation installation by the installation simulation module 31.
Meanwhile, in the process of installation simulation by the installation simulation module 31, the stress analysis module 23 receives data transmitted by the building structure stress calculation module 12, analyzes stress conditions of the outer surface of the building through the data transmitted by the building structure stress calculation module 12 and stress conditions of anchor points, and feeds back to the installation analysis module 32 and the frame installation layout module 21 after analysis, so that the frame installation layout module 21 performs adaptive layout on the frame according to the data transmitted by the installation sequence adjustment module 33, and the safety and stability of the building after the frame and the glass curtain wall are built are ensured even if the installed frame accords with the whole stress conditions of the building.
The foregoing has shown and described the basic principles, principal features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and that the above-described embodiments and descriptions are only preferred embodiments of the present invention, and are not intended to limit the invention, and that various changes and modifications may be made therein without departing from the spirit and scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (5)
1. Glass curtain wall installs intelligent management platform based on cloud calculates and data analysis, its characterized in that: comprises a building matching unit (1), an installation simulation unit (2) and an installation step making unit (3);
the building matching unit (1) establishes a building frame model according to input building data and matches the model of the glass curtain wall according to the stress condition of a building;
The installation simulation unit (2) performs position layout on a frame for installing the glass curtain wall according to the glass curtain wall installation model matched by the building matching unit (1), and determines the anchor point position of the fixed frame;
The installation step making unit (3) determines the layout of the fixed frame according to the installation simulation unit (2), performs installation simulation of the glass curtain wall, performs building load bearing analysis in the installation process, and adjusts the installation sequence of the glass curtain wall according to the stress analysis of the building;
The building matching unit (1) comprises a building frame modeling module (11), a building structure stress calculation module (12) and an installation model matching model (13);
the building frame modeling module (11) is used for receiving data of a building and modeling a frame of the building according to the data of the building to form a building frame model;
The building structure stress calculation module (12) calculates the stress condition of the gravity of each position of the building and determines the stress of the outer surface frame of the building;
the installation model matching model (13) is used for matching and installing the glass curtain wall installed on the surface of a building according to the stress condition of the building model;
the installation simulation unit (2) comprises a frame installation layout module (21), an anchor point determination module (22) and a stress analysis module (23);
The frame installation layout module (21) is used for arranging frames for fixing the glass curtain wall according to the installation positions of the glass curtain wall matched with the installation model matching model (13);
The anchor point determining module (22) determines anchor points according to the positions of the frames arranged by the frame installation layout module (21);
The stress analysis module (23) processes the stress condition of the outer surface of the building in a cloud computing mode according to the determined anchor point position, and determines the stress magnitude of the anchor point position of the outer surface of the building;
the installation step making unit (3) comprises an installation simulation module (31) and an installation analysis module (32);
The installation simulation module (31) is used for performing simulation installation on the outer surface of the building and the glass curtain wall according to the arrangement condition of the frame installation layout module (21) on the frame positions;
The installation analysis module (32) is used for carrying out installation analysis on the frame and the glass curtain wall in a cloud computing mode according to the positions of the frame and the glass curtain wall which are installed in a simulation mode by the installation simulation module (31), and determining whether the installed frame and the installed glass curtain wall meet the stress of a building.
2. The intelligent management platform for installing the glass curtain wall based on cloud computing and data analysis according to claim 1, wherein the intelligent management platform is characterized by: the installation step making unit (3) further comprises an installation sequence adjusting module (33);
The installation sequence adjusting module (33) receives the installation analysis result of the installation analysis module (32), adjusts the installation sequence of the frame and the glass curtain wall according to the analysis result of the installation analysis module (32), transmits the adjusted installation sequence of the frame and the glass curtain wall to the installation analysis module (32), analyzes the installation sequence of the frame and the glass curtain wall by the installation analysis module (32), and transmits the installation sequence of the frame and the glass curtain wall which are qualified in analysis to the installation simulation module (31) after the analysis is completed, and the installation simulation module (31) performs simulation installation.
3. The intelligent management platform for installing the glass curtain wall based on cloud computing and data analysis according to claim 2, wherein the intelligent management platform is characterized by: and the installation analysis module (32) receives data of the stress analysis module (23) for analyzing the stress of the outer surface of the building when the installation analysis of the frame and the glass curtain wall is performed, and analyzes the installation sequence of the frame and the glass curtain wall adjusted by the installation sequence adjustment module (33) according to the stress condition of the anchor point position determined by the anchor point determination module (22).
4. The intelligent management platform for installing glass curtain wall based on cloud computing and data analysis according to claim 3, wherein: the stress analysis module (23) judges whether the stress of each anchor point is within a specified range in the process of carrying out stress analysis on the anchor points, and when the stress of the anchor points is not within the specified range, the stress analysis module (23) feeds back to the frame installation layout module (21).
5. The intelligent management platform for installing the glass curtain wall based on cloud computing and data analysis according to claim 4, wherein the intelligent management platform is characterized by: the stress analysis module (23) receives data transmitted by the building structure stress calculation module (12) in the process of performing stress analysis on the anchor point, acquires stress data of a building structure, analyzes the stress condition of the outer surface of the building through the data transmitted by the building structure stress calculation module (12) and the stress condition of the anchor point, and feeds back the stress condition to the installation analysis module (32) and the frame installation layout module (21) after analysis, so that the frame installation layout module (21) performs adaptive layout on the frame according to the data transmitted by the installation sequence adjustment module (33), and the safety and stability of the building after the frame and the glass curtain wall are built are ensured even if the installed frame accords with the whole stress condition of the building.
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