CN110598346B - Interaction method of construction management system and GIM (graphic information management) model - Google Patents
Interaction method of construction management system and GIM (graphic information management) model Download PDFInfo
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- CN110598346B CN110598346B CN201910890980.XA CN201910890980A CN110598346B CN 110598346 B CN110598346 B CN 110598346B CN 201910890980 A CN201910890980 A CN 201910890980A CN 110598346 B CN110598346 B CN 110598346B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/067—Enterprise or organisation modelling
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/08—Construction
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
Abstract
The invention discloses an interaction method of a construction management system and a GIM (graphic information management) model, which comprises the following steps of: s1, establishing a construction management system; s2, an interactive butt joint step; s3, a data calling step; s4, editing data; s5, returning data; wherein the interactive docking step S2 comprises the following steps: s2.1, interactively butting data of the construction management system; s2.2, interactively butting GIM models. The invention realizes the interactive butt joint of the multidimensional database with complicated information in the construction management system model and the GIM model, thereby leading the traditional construction management system of the construction engineering to have the model data with the compatible GIM format and the functions thereof, and leading the traditional GIM model to have the visual display of three-dimensional visualization in the construction management system.
Description
Technical Field
The invention relates to an interaction method of a construction management system and a GIM (general information model).
Background
A construction management system (building information model) is another important computer application technology appearing in the engineering construction industry after CAD (computer aided design) technology, and is causing a thorough revolution of an unprecedented case in the construction industry. The technology utilizes digital modeling software to improve the efficiency of project design, construction and management and bring great added value to construction enterprises adopting the technology.
In recent years, the application of a construction management system (building information modeling) technology in the engineering construction industry at home and abroad is sound, and in the process of applying the construction management system technology to enterprises, construction management system modeling software such as Revit, catia, bentley, tekla and the like is utilized to establish a large amount of construction process data, which is intangible knowledge productivity.
The existing management of construction process data is mainly stored in a personal computer in a file form, and a series of problems of incapability of carrying out unified management on the construction process data, poor safety (loss and leakage), low retrieval efficiency, traditional sharing mode and the like exist; moreover, the existing management of the construction process data is only the management of the database of the construction management system family, which can improve the management level of the construction management system component library, but fails to consider the overall management of the construction process data, so that the management efficiency and the use efficiency of the construction process data are lower, and the application efficiency of the enterprise construction management system is seriously influenced. And the GIM model can be intuitively reflected in the three-dimensional building model, so all data can be more clearly expressed and transmitted. And as such will be more readily understood by the party receiving the information.
Disclosure of Invention
In order to solve the above technical problems, an object of the present invention is to provide an interaction method between a construction management system and a GIM model.
In order to solve the technical problems, the invention adopts the following technical scheme:
an interaction method of a construction management system and a GIM (general information management) model comprises the following steps:
s1, establishing a construction management system
The method comprises the steps of establishing a construction management system model database, wherein the construction management system model database is built on a private cloud platform and used for storing and managing a construction management system model; the construction management system model database includes: a construction management system component and a construction management system model;
the construction management system model database is used for storing construction process data to be uploaded, and the construction process data is uploaded to the construction management system model database;
the method also comprises the steps of establishing a plug-in terminal based on a Bentley platform, and downloading and calling the construction process data stored in the construction management system model database to establish a target construction management system model;
s2, interactive docking: establishing interactive butt joint between an open interface of a construction management system and an open interface of a GIM model;
s3, data calling: the construction management system writes the information data called from the GIM into a construction management system model database of the construction management system through the interactive butt joint;
s4, data editing: displaying the information data in a construction management system model database, and editing the information data in the construction management system model database;
s5, data returning: covering the edited information data in the construction management system model database with corresponding called information data in the GIM model;
wherein the interactive docking step S2 comprises the following steps:
s2.1, interactive butt joint step of construction management system
The construction management system determines data needing to be interacted, the construction management system model sends the data needing to be interacted to WebService issued based on the GIM through a Post function of an http protocol, the WebService issued based on the GIM processes the data needing to be interacted and writes the processed data into the GIM, and the written result is returned to the construction management system model through the WebService of the GIM;
s2.2, mutual butt joint step of GIM model
The GIM determines data needing to be interacted, and sends the data needing to be interacted to WebService issued by a construction management system model database through a Post function of an http protocol; and processing the data needing interaction by the WebService released by the construction management system model database, writing the processed data into the construction management system model database, and returning the writing result to the GIM through the WebService released by the construction management system model database.
Further, the step of establishing the construction management system further comprises the following steps:
a device parameter list generating step: the model components of the construction management system are internally provided with equipment parameters of corresponding actual components, and the construction management system model generates an equipment parameter list according to the equipment parameters corresponding to the model components; wherein the plant parameters of the actual component are invoked from the GIM model;
and equipment parameter interaction: and uploading the equipment parameters corresponding to the equipment parameter list to a construction management system model database, and pushing and writing the equipment parameters into the GIM by the construction management system model database when the equipment parameters need to be modified when necessary.
Further, the web page end includes:
the data uploading module is used for uploading the construction management information and the model information to be uploaded to the construction management system model database according to the parameter information set by the user;
the construction management system component library module is used for carrying out classification management on the construction management system components stored in the construction management system model library in a component tree mode and presenting the components in a tree diagram mode;
the construction management system model library module is used for carrying out classified management on the construction management system models stored in the construction management system model database in a mode of a component tree and presenting the construction management system models in a mode of a thumbnail list;
and the system management background is used for managing users, roles and authorities of the construction management system model management system and performing statistical analysis on data in the construction management system model management system.
Further, the web page side further includes: and the plug-in downloading module is used for downloading the installation program of the plug-in terminal based on the Bentley platform to the local client terminal.
Further, the plug-in terminal based on the Bentley platform comprises:
the construction process data management module is used for displaying a specified construction management system model and the level information of the specified construction management system model;
and the webpage end switching function module is used for directly switching from the plug-in end based on the Bentley platform to the webpage end.
Further, the construction management system component is specifically configured to divide the construction management system model stored in the construction management system model database into four levels; among the four levels, the first level is a field level, the second level is a professional level, the third level is a category level, and the fourth level is a component level;
the construction management system model is specifically used for dividing the construction management system model stored in the construction management system model database into two levels; of the two levels, the first level is a domain level and the second level is an item level.
Further, the construction management system component is also used for carrying out information query and retrieval on the construction process data stored in the construction management system model database; the construction management system model is also used for carrying out information query and retrieval on the construction process data stored in the construction management system model database.
Compared with the prior art, the invention has the following beneficial technical effects:
1. the invention realizes the interactive butt joint of the database with complicated information in the construction management system and the GIM model, thereby leading the traditional construction management system model of the building engineering to have the GIM data and the functions thereof and leading the traditional GIM data to have the three-dimensional visual display of the construction management system model.
2. The invention realizes the bidirectional interaction of reading, modifying and storing the GIM data in the database of the construction management system (such as time progress dimensions except three dimensions of length, width and height and construction cost information dimensions except the four dimensions), and reversely operating the construction process data in the GIM database.
3. A huge and complicated construction management system model subjected to effect rendering is subjected to volume data lightweight processing, then the cloud computing technology is applied to be displayed on intelligent equipment such as a tablet computer and a smart phone, and the engineering management of the whole life cycle of the construction engineering can achieve more accurate, more precise and more scientific effects by utilizing the big data technology.
4. The construction management system provided by the invention comprises a construction management system model database, a webpage end and a plug-in end based on a Bentley platform. The construction management system model database is built on the private cloud platform, so that the confidentiality and the safety of data in the construction process are improved; compared with a management mode of storing the data of the construction management system module in a personal computer, the unified management of the data in the construction process is realized, and the management efficiency of the data in the construction process is improved; in addition, the construction management system component and the construction management system model are stored in the construction management system model database, so that overall management of construction process data is comprehensively realized, the construction management system model is more favorable for modeling use of the construction management system model, and the management efficiency and the use efficiency of the construction process data are improved. Moreover, a construction management system model and a construction management system component meeting the requirements of users can be quickly and efficiently created, the effectiveness, the normalization, the reusability and the safety of the data use in the construction process are ensured, and an enterprise does not need to repeatedly modify the model, increase the data or re-model when using the data in the construction process, so that the use efficiency of the data in the construction process is improved, and the production efficiency of the enterprise is further improved.
Detailed Description
An interaction method of a construction management system and a GIM (general information management) model comprises the following steps:
s1, establishing a construction management system
The method comprises the steps of establishing a construction management system model database, wherein the construction management system model database is built on a private cloud platform and used for storing and managing a construction management system model; the construction management system model database includes: a construction management system component and a construction management system model;
the construction management system model database is used for storing construction process data to be uploaded, and the construction process data is uploaded to the construction management system model database;
the method also comprises the steps of establishing a plug-in terminal based on a Bentley platform, and downloading and calling the construction process data stored in the construction management system model database to establish a target construction management system model;
s2, interactive butt joint: establishing interactive butt joint between an open interface of a construction management system and an open interface of a GIM model;
s3, data calling: the construction management system writes the information data called from the GIM into a construction management system model database of the construction management system through the interactive butt joint;
s4, data editing: displaying the information data in a construction management system model database, and editing the information data in the construction management system model database;
s5, data returning: covering the edited information data in the construction management system model database with corresponding called information data in the GIM model;
wherein the interactive docking step S2 comprises the following steps:
s2.1, interactive butt joint step of construction management system
The construction management system determines data needing to be interacted, the construction management system model sends the data needing to be interacted to WebService issued based on the GIM through a Post function of an http protocol, the WebService issued based on the GIM processes the data needing to be interacted and writes the processed data into the GIM, and the written result is returned to the construction management system model through the WebService of the GIM;
s2.2, mutual butt joint step of GIM model
The GIM determines data needing to be interacted, and the GIM sends the data needing to be interacted to WebService issued by a construction management system model database through a Post function of an http protocol; and processing the data needing interaction by the WebService issued by the construction management system model database, writing the processed data into the construction management system model database, and returning the writing result to the GIM through the WebService issued by the construction management system model database.
The step of establishing the construction management system further comprises the following steps:
a device parameter list generating step: the model components of the construction management system are internally provided with equipment parameters of corresponding actual components, and the construction management system model generates an equipment parameter list according to the equipment parameters corresponding to the model components; wherein the plant parameters of the actual component are invoked from the GIM model;
and equipment parameter interaction: and uploading the equipment parameters corresponding to the equipment parameter list to a construction management system model database, and pushing and writing the equipment parameters into the GIM by the construction management system model database when the equipment parameters need to be modified when necessary.
The webpage end comprises:
the data uploading module is used for uploading construction management information and model information to be uploaded to the construction management system model database according to parameter information set by a user;
the construction management system component library module is used for carrying out classification management on the construction management system components stored in the construction management system model library in a component tree mode and presenting the components in a tree diagram mode;
the construction management system model library module is used for carrying out classified management on the construction management system models stored in the construction management system model database in a mode of a component tree and presenting the construction management system models in a mode of a thumbnail list;
and the system management background is used for managing users, roles and authorities of the construction management system model management system and carrying out statistical analysis on data in the construction management system model management system.
The webpage end further comprises: and the plug-in downloading module is used for downloading the installation program of the plug-in terminal based on the Bentley platform to the local client terminal.
The plug-in terminal based on the Bentley platform comprises:
the construction process data management module is used for displaying a specified construction management system model and the level information of the specified construction management system model;
and the webpage end switching function module is used for directly switching from the plug-in end based on the Bentley platform to the webpage end.
The construction management system component is specifically configured to divide a construction management system model stored in the construction management system model database into four levels; among the four levels, the first level is a field level, the second level is a professional level, the third level is a category level, and the fourth level is a component level; the construction management system model is specifically used for dividing the construction management system model stored in the construction management system model database into two levels; of the two hierarchies, the first hierarchy is a domain level and the second hierarchy is an item level.
The construction management system component is also used for carrying out information query and retrieval on the construction process data stored in the construction management system model database; the construction management system model is also used for carrying out information query and retrieval on the construction process data stored in the construction management system model database.
According to the construction management method, a construction management system based on the private cloud is built by means of the private cloud technology and the internet technology, the management and maintenance work of construction process data is achieved, the main work comprises the classified storage and inquiry, the modification and updating, the uploading and the downloading of the construction process data, and the role and authority management, the model statistical analysis, the cooperative work and the like are set. The invention can ensure the integrity and accuracy of the data information in the construction process, the comprehensiveness and normalization of data retrieval in the construction process, the usability of data multiplexing in the construction process, the compatibility of expansion and the like.
The invention can realize the information interaction between the equipment maintenance information and the three-dimensional model of the construction management system, specifically, the maintenance plan is arranged in the model component corresponding to the corresponding equipment, and a maintenance plan list can be automatically generated; the maintenance record is uploaded to the information model through WebService, and the Server generates a case history card, so that information interaction between the information model and daily maintenance work is realized, electronic records (characters, pictures and sound) of maintenance are reserved, and the subway full-life-cycle electronic maintenance file is generated. Furthermore, the construction management system model of the invention is a maintenance platform constructed on the basis of maintenance requirements, and can quickly find a certain type of equipment containing search 'keywords' in the whole line through fuzzy search of the keywords, list the equipment, click the equipment in the form, realize equipment search positioning and focusing amplification, click the equipment, and inquire information such as equipment construction information, product description, operation manual, medical record card and the like. Meanwhile, the maintenance record, the maintenance and the replacement of the product can be recorded, and the product is stored in a corresponding case history card, and the state and the process of the whole operation period of the equipment are recorded. Therefore, the difficulty and risk of operation and maintenance are reduced.
The invention can realize the following functions through the interactive butt joint between the construction management system and the GIM model: the GIM system has a three-dimensional visualization function of a construction management system model, calls an interface in WebService of a construction management system end by the GIM, acquires all data required by 3D model display, and converts the data into a 3D model and imitation writing through processing.
The above-described embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solutions of the present invention can be made by those skilled in the art without departing from the spirit of the present invention, and the technical solutions of the present invention are within the scope of the present invention defined by the claims.
Claims (7)
1. An interaction method of a construction management system and a GIM (general information model) is characterized by comprising the following steps of:
s1, establishing a construction management system
The method comprises the steps of establishing a construction management system model database, wherein the construction management system model database is built on a private cloud platform and used for storing and managing a construction management system model; the construction management system model database includes: a construction management system component and a construction management system model;
the construction management system model database is used for storing construction process data to be uploaded, and the construction process data is uploaded to the construction management system model database;
the method also comprises the steps of establishing a plug-in terminal based on a Bentley platform, and downloading and calling the construction process data stored in the construction management system model database to establish a target construction management system model;
s2, interactive docking: establishing interactive butt joint between an open interface of a construction management system and an open interface of a GIM model;
s3, data calling: the construction management system writes the information data called from the GIM into a construction management system model database of the construction management system through the interactive butt joint;
s4, data editing: displaying the information data in a construction management system model database, and editing the information data in the construction management system model database;
s5, data returning: covering the edited information data in the construction management system model database with corresponding called information data in the GIM;
wherein the interactive docking step S2 comprises the following steps:
s2.1, interactive butt joint step of construction management system
The construction management system determines data needing to be interacted, the construction management system model sends the data needing to be interacted to WebService issued based on the GIM through a Post function of an http protocol, the WebService issued based on the GIM processes the data needing to be interacted and writes the processed data into the GIM, and the written result is returned to the construction management system model through the WebService of the GIM;
s2.2, mutual butt joint step of GIM model
The GIM determines data needing to be interacted, and sends the data needing to be interacted to WebService issued by a model database of a construction management system through a Post function of an http protocol; and processing the data needing interaction by the WebService released by the construction management system model database, writing the processed data into the construction management system model database, and returning the writing result to the GIM through the WebService released by the construction management system model database.
2. The method of claim 1, wherein the step of establishing the construction management system further comprises the steps of:
a device parameter list generating step: the method comprises the following steps that equipment parameters of corresponding actual components are built in model components of a construction management system, and an equipment parameter list is generated by a construction management system model according to the equipment parameters corresponding to the model components; wherein the device parameters of the actual component are invoked from the GIM model;
and equipment parameter interaction: and uploading the equipment parameters corresponding to the equipment parameter list to a construction management system model database, and pushing and writing the equipment parameters into the GIM by the construction management system model database when the equipment parameters need to be modified.
3. The interaction method of the construction management system and the GIM model according to claim 1, wherein the web page side comprises:
the data uploading module is used for uploading the construction management information and the model information to be uploaded to the construction management system model database according to the parameter information set by the user;
the construction management system component library module is used for carrying out classification management on the construction management system components stored in the construction management system model library in a component tree mode and presenting the components in a tree diagram mode;
the construction management system model library module is used for carrying out classification management on the construction management system models stored in the construction management system model database in a component tree mode and presenting the construction management system models in a thumbnail list mode;
and the system management background is used for managing users, roles and authorities of the construction management system model management system and carrying out statistical analysis on data in the construction management system model management system.
4. The interaction method of the construction management system and the GIM model according to claim 3, wherein the web page further comprises: and the plug-in downloading module is used for downloading the installation program of the plug-in terminal based on the Bentley platform to the local client terminal.
5. The interaction method of the construction management system and the GIM model according to claim 1, wherein the Bentley platform-based plug-in side comprises:
the construction process data management module is used for displaying a specified construction management system model and the level information of the specified construction management system model;
and the webpage end switching function module is used for directly switching from the plug-in end based on the Bentley platform to the webpage end.
6. The method of claim 1, wherein the construction management system component is specifically configured to divide the construction management system model stored in the construction management system model database into four levels; among the four levels, the first level is a field level, the second level is a professional level, the third level is a category level, and the fourth level is a component level;
the construction management system model is specifically used for dividing the construction management system model stored in the construction management system model database into two levels; of the two levels, the first level is a domain level and the second level is an item level.
7. The method of claim 6, wherein the construction management system component is further configured to query and retrieve information about construction process data stored in the construction management system model database; the construction management system model is also used for carrying out information query and retrieval on the construction process data stored in the construction management system model database.
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