CN112328666A - Intelligent building supervision operation and maintenance system based on cloud platform technology - Google Patents
Intelligent building supervision operation and maintenance system based on cloud platform technology Download PDFInfo
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Abstract
The invention relates to the technical field of intelligent building operation and maintenance, in particular to an intelligent building supervision operation and maintenance system based on a cloud platform technology; constructing a mysql database on a cloud platform; uploading local database data and scripts to the mysql database, and forming a virtual server by the cloud platform; the virtual server is connected with the local host; the local host and the virtual server interact various data to form a data layer, construct an operation and maintenance supporting layer for the data layer, and construct a functional component layer; and establishing the intelligent building operation and maintenance management application. Through the characteristic that the cloud platform is a service, a storage and calculation framework similar to a local server is directly constructed at the cloud end, massive three-dimensional scenes are fed back to management personnel in a visual three-dimensional effect or a visual two-dimensional effect, and the supervision, operation and maintenance efficiency of the smart building is greatly improved.
Description
Technical Field
The invention relates to the technical field of intelligent building operation and maintenance, in particular to a cloud platform technology-based intelligent building supervision operation and maintenance system.
Background
The operation mode of the current large-scale intelligent building is mainly as follows: the sensors upload the data to the control center, and then the control center performs various calculations and outputs results. For example, chinese patent discloses a BIM-based intelligent building system and method, patent No. 201510005667.5, in which: the method comprises the following steps: the data acquisition and storage module is used for acquiring building data, wherein the building data comprises building data and equipment data; the data processing module is used for processing the building data to obtain processed data; and the data output module is used for outputting the processed data and displaying the processed data through a BIM (building information modeling) model.
The invention has the following beneficial effects: 1. displaying the building three-dimensional visualization; 2. various information required by building operation and maintenance is highly integrated, and information management automation is realized; 3. the use of the Internet of things ensures the accuracy and timeliness of data and the accurate control of the construction equipment; 4. the concurrent read-write operation of big data is greatly improved by using the non-relational database.
The operation and maintenance capacity can be improved by visualizing the building, but obviously, the three-dimension, visualization and large data calculation necessarily need huge calculation power, and the technical scheme does not record how to enable managers to easily obtain the huge calculation power.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a supervision operation and maintenance system which provides reliable computing power for the three-dimensional visual management of a smart building through a cloud platform.
The technical scheme of the invention is as follows:
the utility model provides a wisdom building supervision operation and maintenance system based on cloud platform technique which characterized in that: it comprises the following steps:
step one, constructing a mysql database on a cloud platform;
uploading local database data and scripts to the mysql database, and forming a virtual server by the cloud platform;
step three, the virtual server is connected with a local host;
the local host and the virtual server interact with the two-dimensional space data, the three-dimensional landscape data, the three-dimensional BIM data, the three-dimensional equipment data, the service facility data, the strategy mechanism knowledge base, the park planning data, the operation and maintenance management data, the control system real-time data and the three-dimensional pipeline data to form a data layer, and the virtual server synchronously stores and backups;
constructing an operation and maintenance support layer for the data layer, wherein the operation and maintenance support layer comprises a three-dimensional database management tool, a three-dimensional data release service, a city maker SDK, a three-dimensional data editing tool, an operation and maintenance management module and an emergency linkage interface module;
step six, constructing a functional component layer;
and seventhly, constructing the intelligent building operation and maintenance management application.
The functional component layer comprises an operation and maintenance data integration component, an overground and underground data integration component, an indoor and outdoor data integration component, a building appearance display component, a building introduction component, a virtual roaming component, a safety control integration system component, an energy utilization device integration control component, a device operation state monitoring component, a pipe network analysis component, an engineering analysis component, a facility operation analysis component, a comprehensive query component, an energy utilization analysis component, an emergency linkage component, an emergency command component, an authority management component, a data publishing component and a service platform component.
Wherein, wisdom building operation and maintenance management is used and is included:
the building space navigation module is used for accurately positioning the building and checking the whole structure, floors, rooms and key areas of the building according to browsing and management requirements;
and the facility equipment management module is used for three-dimensional management of building pipelines and facility equipment, dynamically generating three-dimensional modules and pipe points by utilizing building related air conditioning ventilation, strong current, weak current, water supply and drainage and fire fighting data generated by BIM software through two-dimensional GIS and CAD format design drawing construction drawing data, establishing a mutual connection relation and a control relation, and superposing the three-dimensional modules and the pipe points to a three-dimensional scene.
The building space navigation module comprises a building positioning function, a building structure display function, a space positioning function and a room use function;
in the building positioning function, the position of a building is quickly positioned through query retrieval, mouse pickup and specific scenes;
in the building structure display function, the whole building structure and any floor of the building are checked according to browsing and management requirements;
in the space positioning function, the specified room and key area in the building are quickly positioned by inputting the room number and the name;
in the room use function, the use of rooms in the building and the division of different areas are shown through color and text description.
The facility equipment management module comprises a building periphery management and tool submodule which realizes four functions including an underground mode function, an overground transparent function, a scene measurement function and a line-setting patrol function through view operation;
the underground mode function is used for enabling the vision to enter the underground and starting the soil effect;
the ground transparent function is used for setting the entities on the ground of the three-dimensional scene to be transparent so as to display the distribution of the building pipelines;
the scene measurement function is used for measuring and calculating the coordinates of scenes, the horizontal distance, the vertical distance and the linear distance between the scenes;
the line-setting inspection function defines an inspection route in a user-defined mode, and the scenes are browsed along the line.
Specifically, the facility equipment management module further comprises a facility query statistical module, which is used for querying and displaying related information by using a mouse to pick up entity objects including buildings, roads, building auxiliary facilities and peripheral municipal pipe networks in a three-dimensional digital scene, wherein the information includes attribute information added by attribute editing.
Specifically, the facility query statistical module comprises an attribute query function, a condition query function, a region query function, a special question query function, a comprehensive statistical function and a pipeline quantity calculation function;
the attribute query function is used for clicking an object in a three-dimensional scene through a mouse so as to display attribute information;
the condition query function is used for querying objects in the three-dimensional scene and displaying attribute information by inputting query conditions;
the region query function is used for clicking relevant region display region information through a mouse;
the special topic query function is used for displaying objects of specified types, such as fire-fighting special topics and fire-fighting facilities;
the comprehensive statistical function is used for counting entity information in all three-dimensional digital scenes;
the pipeline measurement function is used for measuring the coordinates of the entities in the scene, the horizontal distance between the entities, the vertical distance and the straight-line distance.
The invention has the beneficial effects that: through the characteristic that the cloud platform is a service, a storage and calculation framework similar to a local server is directly constructed at the cloud end, massive three-dimensional scenes are fed back to management personnel in a visual three-dimensional effect or a visual two-dimensional effect, and the supervision, operation and maintenance efficiency of the smart building is greatly improved.
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Fig. 1 is a general framework diagram of the present invention.
Detailed Description
The following further describes embodiments of the present invention with reference to the accompanying drawings:
as shown in FIG. 1, a wisdom building supervision operation and maintenance system based on cloud platform technique, its characterized in that: it comprises the following steps:
step one, constructing a mysql database on a cloud platform;
uploading local database data and scripts to the mysql database, and forming a virtual server by the cloud platform;
step three, the virtual server is connected with a local host;
the local host and the virtual server interact with the two-dimensional space data, the three-dimensional landscape data, the three-dimensional BIM data, the three-dimensional equipment data, the service facility data, the strategy mechanism knowledge base, the park planning data, the operation and maintenance management data, the control system real-time data and the three-dimensional pipeline data to form a data layer, and the virtual server synchronously stores and backups;
constructing an operation and maintenance support layer for the data layer, wherein the operation and maintenance support layer comprises a three-dimensional database management tool, a three-dimensional data release service, a city maker SDK, a three-dimensional data editing tool, an operation and maintenance management module and an emergency linkage interface module;
step six, constructing a functional component layer;
and seventhly, constructing the intelligent building operation and maintenance management application.
The functional component layer comprises an operation and maintenance data integration component, an overground and underground data integration component, an indoor and outdoor data integration component, a building appearance display component, a building introduction component, a virtual roaming component, a safety control integration system component, an energy utilization device integration control component, a device operation state monitoring component, a pipe network analysis component, an engineering analysis component, a facility operation analysis component, a comprehensive query component, an energy utilization analysis component, an emergency linkage component, an emergency command component, an authority management component, a data publishing component and a service platform component.
Wherein, wisdom building operation and maintenance management is used and is included:
the building space navigation module is used for accurately positioning the building and checking the whole structure, floors, rooms and key areas of the building according to browsing and management requirements;
and the facility equipment management module is used for three-dimensional management of building pipelines and facility equipment, dynamically generating three-dimensional modules and pipe points by utilizing building related air conditioning ventilation, strong current, weak current, water supply and drainage and fire fighting data generated by BIM software through two-dimensional GIS and CAD format design drawing construction drawing data, establishing a mutual connection relation and a control relation, and superposing the three-dimensional modules and the pipe points to a three-dimensional scene.
The building space navigation module comprises a building positioning function, a building structure display function, a space positioning function and a room use function;
in the building positioning function, the position of a building is quickly positioned through query retrieval, mouse pickup and specific scenes;
in the building structure display function, the whole building structure and any floor of the building are checked according to browsing and management requirements;
in the space positioning function, the specified room and key area in the building are quickly positioned by inputting the room number and the name;
in the room use function, the use of rooms in the building and the division of different areas are shown through color and text description.
The facility equipment management module comprises a building periphery management and tool submodule which realizes four functions including an underground mode function, an overground transparent function, a scene measurement function and a line-setting patrol function through view operation;
the underground mode function is used for enabling the vision to enter the underground and starting the soil effect;
the ground transparent function is used for setting the entities on the ground of the three-dimensional scene to be transparent so as to display the distribution of the building pipelines;
the scene measurement function is used for measuring and calculating the coordinates of scenes, the horizontal distance, the vertical distance and the linear distance between the scenes;
the line-setting inspection function defines an inspection route in a user-defined mode, and the scenes are browsed along the line.
Specifically, the facility equipment management module further comprises a facility query statistical module, which is used for querying and displaying related information by using a mouse to pick up entity objects including buildings, roads, building auxiliary facilities and peripheral municipal pipe networks in a three-dimensional digital scene, wherein the information includes attribute information added by attribute editing.
Specifically, the facility query statistical module comprises an attribute query function, a condition query function, a region query function, a special question query function, a comprehensive statistical function and a pipeline quantity calculation function;
the attribute query function is used for clicking an object in a three-dimensional scene through a mouse so as to display attribute information;
the condition query function is used for querying objects in the three-dimensional scene and displaying attribute information by inputting query conditions;
the region query function is used for clicking relevant region display region information through a mouse;
the special topic query function is used for displaying objects of specified types, such as fire-fighting special topics and fire-fighting facilities;
the comprehensive statistical function is used for counting entity information in all three-dimensional digital scenes;
the pipeline measurement function is used for measuring the coordinates of the entities in the scene, the horizontal distance between the entities, the vertical distance and the straight-line distance.
In this embodiment, when the system is started, the local host is connected to the internet, the 3306 port is opened on the linux local machine, the arilocos security group is also configured with the 3306 port, and is connected to the cloud server mysql database, and the connection is performed in a common connection manner.
The foregoing embodiments and description have been presented only to illustrate the principles and preferred embodiments of the invention, and various changes and modifications may be made therein without departing from the spirit and scope of the invention as hereinafter claimed.
Claims (7)
1. The utility model provides a wisdom building supervision operation and maintenance system based on cloud platform technique which characterized in that: it comprises the following steps:
step one, constructing a mysql database on a cloud platform;
uploading local database data and scripts to the mysql database, and forming a virtual server by the cloud platform;
step three, the virtual server is connected with a local host;
the local host and the virtual server interact with the two-dimensional space data, the three-dimensional landscape data, the three-dimensional BIM data, the three-dimensional equipment data, the service facility data, the strategy mechanism knowledge base, the park planning data, the operation and maintenance management data, the control system real-time data and the three-dimensional pipeline data to form a data layer, and the virtual server synchronously stores and backups;
constructing an operation and maintenance support layer for the data layer, wherein the operation and maintenance support layer comprises a three-dimensional database management tool, a three-dimensional data release service, a city maker SDK, a three-dimensional data editing tool, an operation and maintenance management module and an emergency linkage interface module;
step six, constructing a functional component layer;
and seventhly, constructing the intelligent building operation and maintenance management application.
2. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 1, wherein: the functional component layer comprises an operation and maintenance data integration component, an overground and underground data integration component, an indoor and outdoor data integration component, a building appearance display component, a building introduction component, a virtual roaming component, a safety management and control integration system component, an energy utilization device integration and control component, a device running state monitoring component, a pipe network analysis component, an engineering analysis component, a facility running analysis component, a comprehensive query component, an energy utilization analysis component, an emergency linkage component, an emergency command component, an authority management component, a data publishing component and a service platform component.
3. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 2, wherein: the intelligent building operation and maintenance management application comprises:
the building space navigation module is used for accurately positioning the building and checking the whole structure, floors, rooms and key areas of the building according to browsing and management requirements;
and the facility equipment management module is used for three-dimensional management of building pipelines and facility equipment, dynamically generating three-dimensional modules and pipe points by utilizing building related air conditioning ventilation, strong current, weak current, water supply and drainage and fire fighting data generated by BIM software through two-dimensional GIS and CAD format design drawing construction drawing data, establishing a mutual connection relation and a control relation, and superposing the three-dimensional modules and the pipe points to a three-dimensional scene.
4. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 3, wherein: the building space navigation module comprises a building positioning function, a building structure display function, a space positioning function and a room use function;
in the building positioning function, the position of a building is quickly positioned through query retrieval, mouse pickup and specific scenes;
in the building structure display function, the whole building structure and any floor of the building are checked according to browsing and management requirements;
in the space positioning function, the specified room and key area in the building are quickly positioned by inputting the room number and the name;
in the room use function, the use of rooms in the building and the division of different areas are shown through color and text description.
5. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 4, wherein: the facility equipment management module comprises a building periphery management and tool submodule which realizes four functions including an underground mode function, an overground transparent function, a scene calculation function and a routing inspection function through view operation;
the underground mode function is used for enabling the vision to enter the underground and starting the soil effect;
the ground transparent function is used for setting the entities on the ground of the three-dimensional scene to be transparent so as to display the distribution of the building pipelines;
the scene measurement function is used for measuring and calculating the coordinates of scenes, the horizontal distance, the vertical distance and the linear distance between the scenes;
the line-setting inspection function defines an inspection route in a user-defined mode, and the scenes are browsed along the line.
6. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 5, wherein: the facility equipment management module also comprises a facility query statistical module which is used for querying and displaying related information by using a mouse to pick up entity objects including buildings, roads, building auxiliary facilities and peripheral municipal pipe networks in a three-dimensional digital scene, wherein the information comprises attribute information added by attribute editing.
7. The intelligent building supervision operation and maintenance system based on the cloud platform technology as claimed in claim 6, wherein: the facility query statistical module comprises an attribute query function, a condition query function, a region query function, a special question query function, a comprehensive statistical function and a pipeline quantity calculation function;
the attribute query function is used for clicking an object in a three-dimensional scene through a mouse so as to display attribute information;
the condition query function is used for querying objects in the three-dimensional scene and displaying attribute information by inputting query conditions;
the region query function is used for clicking relevant region display region information through a mouse;
the special topic query function is used for displaying objects of specified types, such as fire-fighting special topics and fire-fighting facilities;
the comprehensive statistical function is used for counting entity information in all three-dimensional digital scenes;
the pipeline measurement function is used for measuring the coordinates of the entities in the scene, the horizontal distance between the entities, the vertical distance and the straight-line distance.
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