CN110737936A - full-process project management platform based on BIM technology - Google Patents
full-process project management platform based on BIM technology Download PDFInfo
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Abstract
The invention discloses an full-process project management platform based on a BIM technology, which comprises a 3D scanning module, a data processing module, a central processing unit, a data application module, a BIM model creating module, a background database, a technology verification module and a warning module, wherein the 3D scanning module, the data processing module, the central processing unit, the data application module, the BIM model creating module, the background database, the technology verification module and the warning module are sequentially connected, and the building full-process virtual design, construction, maintenance and management are carried out on the building full-process based on the BIM technology, so that greater economic benefits are brought to participating parties, project risks are greatly reduced, unknowns in the project implementation process are reduced, and the management becomes easy and fine.
Description
Technical Field
The invention relates to the technical field of building project management, in particular to kinds of BIM technology-based overall process project management platforms.
Background
The BIM Chinese translation is a building information model, the BIM technology is datamation tools applied to engineering design and construction management, and the parameter model integrates the relevant information of various projects, so that the digital information model is used as the basis of each building project to do relevant work.
In the actual application process, the BIM not only comprises the information model of the building, but also comprises the model of the management behavior of the construction engineering, and the information model of the building and the management behavior model of the construction engineering are perfectly combined, so that the building information model can simulate the actual construction engineering behavior within the fixed range of , and can be displayed in the form of three dimensions, four dimensions or even five dimensions in front of the related participants of the engineering management, and has profound significance in the engineering management.
However, the construction quality is not stable, quality accidents still occur at times, the public rights and interests of people are seriously damaged, the construction project quality is to be improved by steps, and in order to improve the quality level of the construction project, the implementation of the construction project must be strictly supervised, so that whole-process project management platforms based on the BIM technology are provided.
Disclosure of Invention
The invention aims to provide kinds of full-process project management platforms based on the BIM technology to solve the problems in the background technology.
kinds of project management platforms of overall process based on BIM technology, including 3D scanning module, data processing module, central processing unit, data application module, BIM model creation module, background database, technology verification module and warning module;
a 3D scanning module: the system is used for carrying out timed three-dimensional scanning on a construction site, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three dimensions;
a data processing module: the image data acquisition module is used for receiving the image data uploaded by the data acquisition module, performing mathematical function operation on the image data expressed by the numbers and converting the image data into computer vision data which can be identified by the central processing unit;
a central processing unit: the data processing module is used for receiving the data processed by the data processing module, generating a corresponding control signal and sending the control signal to the data application module;
a data application module: the system is used for receiving the computer visual data processed by the data processing module and recording the computer visual data into a background database;
BIM model creation module: the method comprises the steps of establishing a modeling standard of a project management BIM model, establishing a BIM implementation standard meeting project management functions and management elements according to project management requirements, receiving a control signal of a central processing unit, carrying out real-time operation processing according to the modeling standard of the BIM model by using CATIA and REVIT as core software, feeding back the site construction progress condition to the BIM model in time, and carrying out digital expression on physical and functional characteristics of a construction project;
background database: the data acquisition module, the data processing module and the central processing unit are used for acquiring image data, computer vision data and control signal information;
in the process, the technical department needs to provide necessary technical support, after the BIM model is established, the displayed three-dimensional architectural design scheme needs to be checked, and the key point is to check whether the design drawing is consistent with the model or not, and whether the node part is consistent with the design requirement of the drawing or not;
and the warning module is used for displaying abnormal construction by showing that the section of the warning module is red when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition and displaying normal construction, and the warning module is used for displaying abnormal construction by requiring an operator to timely react and making a messy and correct call when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition .
As a preferred technical solution of of the present invention, the technical verification module is connected to a technician terminal device, and the technician terminal device is a computer or a mobile terminal device.
As an preferable technical solution, the technical verification module further includes a login module and a verification module, and the login module is electrically connected to the verification module;
the login module is used for: for project technicians to input login information;
the verification module: and the login module is connected with the display module and is used for displaying the verification question and allowing the project technician to input the answer of the verification question.
As an preferable technical solution of the present invention, the verification module further presets a verification database in which verification questions and corresponding verification answers are stored.
implementation method of whole process project management platform based on BIM technology, comprising the following steps:
, creating a BIM model:
s1, determining a BIM application implementation target, applying BIM technology to realize refined progress management on the project, and assisting good operation of project quality and safety management system;
s2, establishing a BIM implementation standard which meets project management functions and management elements according to project management requirements according to the modeling standard of the project management BIM model;
s3, performing engineering model creation by using software with CATIA and REVIT as cores, and performing model creation by using different software according to modeling standards to ensure that the platform can effectively integrate the models established by the CATIA and REVIT software;
and secondly, project management is carried out based on the BIM technology:
s4, carrying out timing three-dimensional scanning on the construction site by using a 3D scanning module, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three-dimensionally;
s5, the data processing module receives the image data uploaded by the data acquisition module, and performs mathematical function operation on the image data expressed by the numbers to convert the image data into computer vision data which can be identified by the central processing unit;
s6, the central processing unit receives the data processed by the data processing module, generates a corresponding control signal and sends the control signal to the data application module;
s7, the data application module receives the computer vision data processed by the data processing module and records the computer vision data into the background database;
s8, the BIM model creating module receives the control signal of the central processing unit for modeling, feeds back the site construction progress condition to the BIM model in time and digitally expresses the physical and functional characteristics of the construction project;
s9, a technician logs in a technical verification module to provide technical support for the whole modeling process, and a BIM model established by the BIM model establishing module according to a control signal of a central processing unit is compared with the field construction progress condition for verification, so that the correctness of the BIM model establishing module is obtained;
s10, when the result obtained by the technical verification module is that the BIM created by the BIM creation module is consistent with the field construction progress situation , the section of the warning module is green and is displayed for normal construction, and when the result obtained by the technical verification module is that the BIM created by the BIM creation module is inconsistent with the field construction progress situation , the section of the warning module is red and is displayed for abnormal construction, and an operator needs to timely react and dial the information to the state, so that the BIM is maintained in real time, and the authenticity and timeliness of the information are ensured.
Compared with the prior art, the kinds of BIM technology-based overall process project management platforms are used for virtually designing, building, maintaining and managing the overall process of a building based on the BIM technology, so that great economic benefits are brought to participating parties, project risks are greatly reduced, and unknowns in the project implementation process are reduced, thereby enabling management to become easy and fine.
Drawings
Fig. 1 is a schematic diagram of the structure of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only partial embodiments of of the present invention, rather than all embodiments.
In the description of the present invention, it should be noted that the terms "vertical", "upper", "lower", "horizontal", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of describing the present invention and simplifying the description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention.
In the description of the present invention, it should be further noted that unless otherwise explicitly stated or limited, the terms "disposed," "mounted," "connected," and "connected" shall be construed , and for example, they may be fixedly connected, detachably connected, or physically connected, mechanically connected, electrically connected, directly connected, indirectly connected through an intermediate medium, and communicating between two elements.
Referring to fig. 1, the invention provides technical solutions, namely, BIM technology-based overall process project management platforms, which include a 3D scanning module, a data processing module, a central processing unit, a data application module, a BIM model creation module, a background database, a technology verification module and a warning module;
a 3D scanning module: the system is used for carrying out timed three-dimensional scanning on a construction site, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three dimensions;
a data processing module: the image data acquisition module is used for receiving the image data uploaded by the data acquisition module, performing mathematical function operation on the image data expressed by the numbers and converting the image data into computer vision data which can be identified by the central processing unit;
a central processing unit: the data processing module is used for receiving the data processed by the data processing module, generating a corresponding control signal and sending the control signal to the data application module;
a data application module: the system is used for receiving the computer visual data processed by the data processing module and recording the computer visual data into a background database;
BIM model creation module: the method comprises the steps of establishing a modeling standard of a project management BIM model, establishing a BIM implementation standard meeting project management functions and management elements according to project management requirements, receiving a control signal of a central processing unit, carrying out real-time operation processing according to the modeling standard of the BIM model by using CATIA and REVIT as core software, feeding back the site construction progress condition to the BIM model in time, and carrying out digital expression on physical and functional characteristics of a construction project;
background database: the data acquisition module, the data processing module and the central processing unit are used for acquiring image data, computer vision data and control signal information;
in the process, the technical department needs to provide necessary technical support, after the BIM model is established, the displayed three-dimensional architectural design scheme needs to be checked, and the key point is to check whether the design drawing is consistent with the model or not, and whether the node part is consistent with the design requirement of the drawing or not;
and the warning module is used for displaying abnormal construction by showing that the section of the warning module is red when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition and displaying normal construction, and the warning module is used for displaying abnormal construction by requiring an operator to timely react and making a messy and correct call when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition .
At step , the technical verification module is connected to a technician terminal device, which is a computer or a mobile terminal device.
, the technology verification module further comprises a login module and a verification module, the login module and the verification module are electrically connected;
the login module is used for: for project technicians to input login information;
the verification module: and the login module is connected with the display module and is used for displaying the verification question and allowing the project technician to input the answer of the verification question.
, the verification module is further preset with a verification database storing verification questions and corresponding verification answers.
implementation method of whole process project management platform based on BIM technology, comprising the following steps:
, creating a BIM model:
s1, determining a BIM application implementation target, applying BIM technology to realize refined progress management on the project, and assisting good operation of project quality and safety management system;
s2, establishing a BIM implementation standard which meets project management functions and management elements according to project management requirements according to the modeling standard of the project management BIM model;
s3, performing engineering model creation by using software with CATIA and REVIT as cores, and performing model creation by using different software according to modeling standards to ensure that the platform can effectively integrate the models established by the CATIA and REVIT software;
and secondly, project management is carried out based on the BIM technology:
s4, carrying out timing three-dimensional scanning on the construction site by using a 3D scanning module, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three-dimensionally;
s5, the data processing module receives the image data uploaded by the data acquisition module, and performs mathematical function operation on the image data expressed by the numbers to convert the image data into computer vision data which can be identified by the central processing unit;
s6, the central processing unit receives the data processed by the data processing module, generates a corresponding control signal and sends the control signal to the data application module;
s7, the data application module receives the computer vision data processed by the data processing module and records the computer vision data into the background database;
s8, the BIM model creating module receives the control signal of the central processing unit for modeling, feeds back the site construction progress condition to the BIM model in time and digitally expresses the physical and functional characteristics of the construction project;
s9, a technician logs in a technical verification module to provide technical support for the whole modeling process, and a BIM model established by the BIM model establishing module according to a control signal of a central processing unit is compared and verified with the situation of site construction progress, so that the correctness of the IM model establishing module is obtained;
s10, when the result obtained by the technical verification module is that the BIM created by the BIM creation module is consistent with the field construction progress situation , the section of the warning module is green and is displayed for normal construction, and when the result obtained by the technical verification module is that the BIM created by the BIM creation module is inconsistent with the field construction progress situation , the section of the warning module is red and is displayed for abnormal construction, and an operator needs to timely react and dial the information to the state, so that the BIM is maintained in real time, and the authenticity and timeliness of the information are ensured.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (5)
1, kinds of BIM technology-based overall process project management platform, which is characterized by comprising a 3D scanning module, a data processing module, a central processing unit, a data application module, a BIM model creation module, a background database, a technology verification module and a warning module;
a 3D scanning module: the system is used for carrying out timed three-dimensional scanning on a construction site, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three dimensions;
a data processing module: the image data acquisition module is used for receiving the image data uploaded by the data acquisition module, performing mathematical function operation on the image data expressed by the numbers and converting the image data into computer vision data which can be identified by the central processing unit;
a central processing unit: the data processing module is used for receiving the data processed by the data processing module, generating a corresponding control signal and sending the control signal to the data application module;
a data application module: the system is used for receiving the computer visual data processed by the data processing module and recording the computer visual data into a background database;
BIM model creation module: the method comprises the steps of establishing a modeling standard of a project management BIM model, establishing a BIM implementation standard meeting project management functions and management elements according to project management requirements, receiving a control signal of a central processing unit, carrying out real-time operation processing according to the modeling standard of the BIM model by using CATIA and REVIT as core software, feeding back the site construction progress condition to the BIM model in time, and carrying out digital expression on physical and functional characteristics of a construction project;
background database: the data acquisition module, the data processing module and the central processing unit are used for acquiring image data, computer vision data and control signal information;
in the process, the technical department needs to provide necessary technical support, after the BIM model is established, the displayed three-dimensional architectural design scheme needs to be checked, and the key point is to check whether the design drawing is consistent with the model or not, and whether the node part is consistent with the design requirement of the drawing or not;
and the warning module is used for displaying abnormal construction by showing that the section of the warning module is red when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition and displaying normal construction, and the warning module is used for displaying abnormal construction by requiring an operator to timely react and making a messy and correct call when the result obtained by the technical verification module indicates that the BIM created by the BIM creation module meets the site construction progress condition .
2. The BIM technology-based full process project management platform of claim 1, wherein the technology verification module is connected to a technician terminal device, the technician terminal device is a computer or a mobile terminal device.
3. The BIM technology-based full process project management platform of claim 2, wherein the technology verification module further comprises a login module and a verification module, the login module and the verification module being electrically connected;
the login module is used for: for project technicians to input login information;
the verification module: and the login module is connected with the display module and is used for displaying the verification question and allowing the project technician to input the answer of the verification question.
4. The BIM-technology-based full process project management platform of claim 3, wherein the verification module is further preset with a verification database storing verification questions and corresponding verification answers.
5, implementation method of the whole process project management platform based on BIM technology, which is characterized by comprising the following steps:
, creating a BIM model:
s1, determining a BIM application implementation target, applying BIM technology to realize refined progress management on the project, and assisting good operation of project quality and safety management system;
s2, establishing a BIM implementation standard which meets project management functions and management elements according to project management requirements according to the modeling standard of the project management BIM model;
s3, performing engineering model creation by using software with CATIA and REVIT as cores, and performing model creation by using different software according to modeling standards to ensure that the platform can effectively integrate the models established by the CATIA and REVIT software;
and secondly, project management is carried out based on the BIM technology:
s4, carrying out timing three-dimensional scanning on the construction site by using a 3D scanning module, acquiring real-time image data of the construction site, and providing data support for the BIM model in real time and three-dimensionally;
s5, the data processing module receives the image data uploaded by the data acquisition module, and performs mathematical function operation on the image data expressed by the numbers to convert the image data into computer vision data which can be identified by the central processing unit;
s6, the central processing unit receives the data processed by the data processing module, generates a corresponding control signal and sends the control signal to the data application module;
s7, the data application module receives the computer vision data processed by the data processing module and records the computer vision data into the background database;
s8, the BIM model creating module receives the control signal of the central processing unit for modeling, feeds back the site construction progress condition to the BIM model in time and digitally expresses the physical and functional characteristics of the construction project;
s9, a technician logs in a technical verification module to provide technical support for the whole modeling process, and a BIM model established by the BIM model establishing module according to a control signal of a central processing unit is compared with the field construction progress condition for verification, so that the correctness of the BIM model establishing module is obtained;
s10, when the result obtained by the technical verification module is that the BIM created by the BIM creation module is consistent with the field construction progress situation , the section of the warning module is green and is displayed for normal construction, and when the result obtained by the technical verification module is that the BIM created by the BIM creation module is inconsistent with the field construction progress situation , the section of the warning module is red and is displayed for abnormal construction, and an operator needs to timely react and dial the information to the state, so that the BIM is maintained in real time, and the authenticity and timeliness of the information are ensured.
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