CN112149042A - System and method for managing subway tunnel structure quality information in operation period - Google Patents
System and method for managing subway tunnel structure quality information in operation period Download PDFInfo
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Abstract
The invention relates to a system and a method for managing the quality information of a subway tunnel structure in an operation period, belonging to the technical field of quality information management. The system comprises a disease information management module, a maintenance reinforcement information management module, a monitoring point reference variable management module and a tunnel BIM modeling module; in the BIM modeling module of the tunnel, a three-dimensional model of the tunnel is established according to technical data of the tunnel, and the three-dimensional model of the data module end and the three-dimensional model of the functional module end are respectively led into a disease information management module, a maintenance reinforcement information management module and a monitoring point reference variable management module, and the BIM modeling module of the tunnel comprises the following specific steps: performing obs structure analysis on the tunnel structure, accurately positioning the tunnel position, performing BIM three-dimensional visual display, and performing corresponding analysis on tunnel structure monitoring information and apparent diseases to realize active maintenance on the quality of the tunnel structure; the subway tunnel quality information in the operation period is effectively managed, and the sharing and analysis of tunnel quality information data are facilitated.
Description
Technical Field
The invention relates to a system and a method for managing the quality information of a subway tunnel structure in an operation period, belonging to the technical field of quality information management.
Background
In a conventional tunnel quality information management system, a tunnel quality information result is only a planar expansion diagram, structure monitoring information does not effectively correspond to tunnel surface diseases, and the visualization effect is poor.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a system and a method for managing the structural quality information of a subway tunnel in an operation period.
The invention relates to a method for managing the structural quality information of a subway tunnel in an operation period, which comprises the following steps:
the method comprises the following steps: in a disease information management module, defining the content and the dispersion and storage mode contained in disease information, and storing the disease information as disease records in a structured data table mode through a disease information input/introduction unit, wherein each disease record comprises a disease record ID, a father disease record ID, a disease position coordinate, a disease attribute, maintenance information ID and inspection and monitoring data ID;
step two: in the maintenance and reinforcement information management module, defining the content, characteristics and characteristics of maintenance and reinforcement information, and storing the maintenance and reinforcement information as a maintenance and reinforcement record in a structured data table mode through a maintenance and reinforcement information input unit, wherein the maintenance and reinforcement record comprises adhesive strength, toughness strength, corrosion and water resistance, anti-permeability and anti-freezing degree, impact resistance degree and aging resistance degree, as well as construction simplicity, construction period and engineering cost;
step three: in a monitoring point reference variable management module, defining the content contained in monitoring information, and storing the monitoring information as a monitoring data record in a structured data table mode through a monitoring data import unit, wherein the monitoring data record contains subway tunnel structure information, hidden danger information and maintenance information;
step four: in the tunnel BIM modeling module, a tunnel three-dimensional model is established according to tunnel technical data, the format of the tunnel three-dimensional model is converted into a data module end three-dimensional model and a function module end three-dimensional model respectively, a unified scene coordinate system is kept during conversion, and the data module end three-dimensional model and the function module end three-dimensional model are led into a disease information management module, a maintenance reinforcement information management module and a monitoring point reference variable management module respectively, and the method comprises the following specific steps:
the first step is as follows: performing obs structure analysis on the tunnel structure: the analysis of the OBS structure comprises OBS addition and responsibility range division, and the operation items and the work packages are linked with related departments or units to finally form mutual butt joint of the OBS structure and data in the project;
the second step is that: accurately positioning the tunnel position: surveying on site, collecting the positions of monitoring points, determining the position of each monitoring point number by the actual area corresponding to each monitoring point, and establishing a complete tunnel position;
the third step: and (3) BIM three-dimensional visual display: the method is characterized in that image acquisition equipment on a rail-mounted vehicle is used as an auxiliary device, and tunnel image data acquired by the image acquisition equipment are spliced into a tunnel three-dimensional image in the running process of the rail-mounted vehicle; the tunnel BIM modeling module displays the current state and the predicted state of the tunnel;
the fourth step: the corresponding analysis of the tunnel structure monitoring information and the apparent diseases realizes the active maintenance of the tunnel structure quality: and comparing the three-dimensional model obtained in the disease inspection with the three-dimensional model of the tunnel position, judging whether the tunnel has the disease or not, and actively maintaining the tunnel structure.
Preferably, in the first step, the information management of the disease information management module includes the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving disease records to be displayed from a disease information query module according to user requirements;
the fourth step: displaying the disease records on a BIM three-dimensional visual display according to the information of the disease records;
the fifth step: clicking the disease record to obtain a disease record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on the disease information modifying unit in the disease information management module according to the disease record ID.
Preferably, in the second step, the information management of the maintenance and reinforcement information management module includes the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving a maintenance reinforcement record to be displayed from a maintenance reinforcement information management module according to the user requirement;
the fourth step: displaying the maintenance reinforcement record on a BIM three-dimensional visual display according to the information of the maintenance reinforcement record;
the fifth step: clicking the maintenance reinforcement record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a maintenance modifying unit in the maintenance and reinforcement information management module according to the maintenance and reinforcement record ID.
Preferably, in the third step, the information management of the monitoring point reference variable management module includes the following small steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving monitoring data records to be displayed from a monitoring point reference variable management module according to user requirements;
the fourth step: displaying the monitoring data record on a BIM three-dimensional visual display according to the monitoring data record;
the fifth step: clicking the monitoring data record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a monitoring information modifying unit in the monitoring point reference variable management module according to the monitoring data record ID.
The invention relates to a subway tunnel structure quality information management system used in an operation period, which comprises the following parts:
the user registration and login interface is used for registering and logging in, and one-time login is realized;
the disease information management module is used for inputting/importing, inquiring and modifying the disease information;
the maintenance reinforcement information management module is used for inputting and modifying maintenance reinforcement information;
a monitoring point reference variable management module for importing and modifying monitoring information;
the information query module is used for querying disease information, maintenance reinforcement information and monitoring information;
the system comprises a disease information statistic module and a monitoring data change analysis module, wherein the disease information statistic module and the monitoring data change analysis module are used for correspondingly analyzing tunnel structure monitoring information and apparent diseases;
and the three-dimensional visualization module is used for displaying the current state and the predicted state of the tunnel by the tunnel BIM modeling module.
Preferably, the system further comprises a system setting end, and the system setting end comprises the following parts:
the basic data maintenance module is used for OBS maintenance and unit information maintenance;
and the system user management module is used for managing registration and login.
The invention has the beneficial effects that: the system and the method for managing the subway tunnel structure quality information in the operation period effectively manage the subway tunnel quality information in the operation period, and are convenient for sharing and analyzing tunnel quality information data.
Drawings
Fig. 1 is a schematic block diagram of the structure of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1:
as shown in fig. 1, the method for managing the quality information of the subway tunnel structure in the operation period according to the present invention includes the following steps:
the method comprises the following steps: in a disease information management module, defining the content and the dispersion and storage mode contained in disease information, and storing the disease information as disease records in a structured data table mode through a disease information input/introduction unit, wherein each disease record comprises a disease record ID, a father disease record ID, a disease position coordinate, a disease attribute, maintenance information ID and inspection and monitoring data ID;
step two: in the maintenance and reinforcement information management module, defining the content, characteristics and characteristics of maintenance and reinforcement information, and storing the maintenance and reinforcement information as a maintenance and reinforcement record in a structured data table mode through a maintenance and reinforcement information input unit, wherein the maintenance and reinforcement record comprises adhesive strength, toughness strength, corrosion and water resistance, anti-permeability and anti-freezing degree, impact resistance degree and aging resistance degree, as well as construction simplicity, construction period and engineering cost;
step three: in a monitoring point reference variable management module, defining the content contained in monitoring information, and storing the monitoring information as a monitoring data record in a structured data table mode through a monitoring data import unit, wherein the monitoring data record contains subway tunnel structure information, hidden danger information and maintenance information;
step four: in the tunnel BIM modeling module, a tunnel three-dimensional model is established according to tunnel technical data, the format of the tunnel three-dimensional model is converted into a data module end three-dimensional model and a function module end three-dimensional model respectively, a unified scene coordinate system is kept during conversion, and the data module end three-dimensional model and the function module end three-dimensional model are led into a disease information management module, a maintenance reinforcement information management module and a monitoring point reference variable management module respectively, and the method comprises the following specific steps:
the first step is as follows: performing obs structure analysis on the tunnel structure: the analysis of the OBS structure comprises OBS addition and responsibility range division, and the operation items and the work packages are linked with related departments or units to finally form mutual butt joint of the OBS structure and data in the project;
the second step is that: accurately positioning the tunnel position: surveying on site, collecting the positions of monitoring points, determining the position of each monitoring point number by the actual area corresponding to each monitoring point, and establishing a complete tunnel position;
the third step: and (3) BIM three-dimensional visual display: the method is characterized in that image acquisition equipment on a rail-mounted vehicle is used as an auxiliary device, and tunnel image data acquired by the image acquisition equipment are spliced into a tunnel three-dimensional image in the running process of the rail-mounted vehicle; the tunnel BIM modeling module displays the current state and the predicted state of the tunnel;
the fourth step: the corresponding analysis of the tunnel structure monitoring information and the apparent diseases realizes the active maintenance of the tunnel structure quality: and comparing the three-dimensional model obtained in the disease inspection with the three-dimensional model of the tunnel position, judging whether the tunnel has the disease or not, and actively maintaining the tunnel structure.
It should be noted that: in the first step, the information management of the disease information management module comprises the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving disease records to be displayed from a disease information query module according to user requirements;
the fourth step: displaying the disease records on a BIM three-dimensional visual display according to the information of the disease records;
the fifth step: clicking the disease record to obtain a disease record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on the disease information modifying unit in the disease information management module according to the disease record ID.
It should be noted that: in the second step, the information management of the maintenance reinforcement information management module comprises the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving a maintenance reinforcement record to be displayed from a maintenance reinforcement information management module according to the user requirement;
the fourth step: displaying the maintenance reinforcement record on a BIM three-dimensional visual display according to the information of the maintenance reinforcement record;
the fifth step: clicking the maintenance reinforcement record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a maintenance modifying unit in the maintenance and reinforcement information management module according to the maintenance and reinforcement record ID.
It should be noted that: in the third step, the information management of the monitoring point reference variable management module comprises the following small steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving monitoring data records to be displayed from a monitoring point reference variable management module according to user requirements;
the fourth step: displaying the monitoring data record on a BIM three-dimensional visual display according to the monitoring data record;
the fifth step: clicking the monitoring data record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a monitoring information modifying unit in the monitoring point reference variable management module according to the monitoring data record ID.
Example 2:
as shown in fig. 1, the system for managing the quality information of the subway tunnel structure in the operation period according to the present invention includes the following components:
the user registration and login interface is used for registering and logging in, and one-time login is realized;
the disease information management module is used for inputting/importing, inquiring and modifying the disease information;
the maintenance reinforcement information management module is used for inputting and modifying maintenance reinforcement information;
a monitoring point reference variable management module for importing and modifying monitoring information;
the information query module is used for querying disease information, maintenance reinforcement information and monitoring information;
the system comprises a disease information statistic module and a monitoring data change analysis module, wherein the disease information statistic module and the monitoring data change analysis module are used for correspondingly analyzing tunnel structure monitoring information and apparent diseases;
and the three-dimensional visualization module is used for displaying the current state and the predicted state of the tunnel by the tunnel BIM modeling module.
Preferably, the system further comprises a system setting end, and the system setting end comprises the following parts:
the basic data maintenance module is used for OBS maintenance and unit information maintenance;
and the system user management module is used for managing registration and login.
The invention has the beneficial effects that: the system and the method for managing the subway tunnel structure quality information in the operation period effectively manage the subway tunnel quality information in the operation period, and are convenient for sharing and analyzing tunnel quality information data.
The invention can be widely applied to the occasions of quality information management.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
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 (6)
1. A method for managing the structural quality information of a subway tunnel in an operation period is characterized by comprising the following steps:
the method comprises the following steps: in a disease information management module, defining the content and the dispersion and storage mode contained in disease information, and storing the disease information as disease records in a structured data table mode through a disease information input/introduction unit, wherein each disease record comprises a disease record ID, a father disease record ID, a disease position coordinate, a disease attribute, maintenance information ID and inspection and monitoring data ID;
step two: in the maintenance and reinforcement information management module, defining the content, characteristics and characteristics of maintenance and reinforcement information, and storing the maintenance and reinforcement information as a maintenance and reinforcement record in a structured data table mode through a maintenance and reinforcement information input unit, wherein the maintenance and reinforcement record comprises adhesive strength, toughness strength, corrosion and water resistance, anti-permeability and anti-freezing degree, impact resistance degree and aging resistance degree, as well as construction simplicity, construction period and engineering cost;
step three: in a monitoring point reference variable management module, defining the content contained in monitoring information, and storing the monitoring information as a monitoring data record in a structured data table mode through a monitoring data import unit, wherein the monitoring data record contains subway tunnel structure information, hidden danger information and maintenance information;
step four: in the tunnel BIM modeling module, a tunnel three-dimensional model is established according to tunnel technical data, the format of the tunnel three-dimensional model is converted into a data module end three-dimensional model and a function module end three-dimensional model respectively, a unified scene coordinate system is kept during conversion, and the data module end three-dimensional model and the function module end three-dimensional model are led into a disease information management module, a maintenance reinforcement information management module and a monitoring point reference variable management module respectively, and the method comprises the following specific steps:
the first step is as follows: performing obs structure analysis on the tunnel structure: the analysis of the OBS structure comprises OBS addition and responsibility range division, and the operation items and the work packages are linked with related departments or units to finally form mutual butt joint of the OBS structure and data in the project;
the second step is that: accurately positioning the tunnel position: surveying on site, collecting the positions of monitoring points, determining the position of each monitoring point number by the actual area corresponding to each monitoring point, and establishing a complete tunnel position;
the third step: and (3) BIM three-dimensional visual display: the method is characterized in that image acquisition equipment on a rail-mounted vehicle is used as an auxiliary device, and tunnel image data acquired by the image acquisition equipment are spliced into a tunnel three-dimensional image in the running process of the rail-mounted vehicle; the tunnel BIM modeling module displays the current state and the predicted state of the tunnel;
the fourth step: the corresponding analysis of the tunnel structure monitoring information and the apparent diseases realizes the active maintenance of the tunnel structure quality: and comparing the three-dimensional model obtained in the disease inspection with the three-dimensional model of the tunnel position, judging whether the tunnel has the disease or not, and actively maintaining the tunnel structure.
2. The method for managing the structural quality information of the subway tunnel in the operation period according to claim 1, wherein in the step one, the information management of the defect information management module comprises the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving disease records to be displayed from a disease information query module according to user requirements;
the fourth step: displaying the disease records on a BIM three-dimensional visual display according to the information of the disease records;
the fifth step: clicking the disease record to obtain a disease record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on the disease information modifying unit in the disease information management module according to the disease record ID.
3. The method for managing the structural quality information of the subway tunnel in the operation period according to the claim 1, wherein in the second step, the information management of the maintenance reinforcement information management module includes the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving a maintenance reinforcement record to be displayed from a maintenance reinforcement information management module according to the user requirement;
the fourth step: displaying the maintenance reinforcement record on a BIM three-dimensional visual display according to the information of the maintenance reinforcement record;
the fifth step: clicking the maintenance reinforcement record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a maintenance modifying unit in the maintenance and reinforcement information management module according to the maintenance and reinforcement record ID.
4. The method for managing the structural quality information of the subway tunnel in the operation period according to the claim 1, wherein in the third step, the information management of the monitoring point reference variable management module includes the following steps:
the first step is as follows: the management user logs in the interface through the personal information panel;
the second step is that: selecting an operation-period subway tunnel needing management information, and opening a functional module end three-dimensional visualization model according to a tunnel ID;
the third step: retrieving monitoring data records to be displayed from a monitoring point reference variable management module according to user requirements;
the fourth step: displaying the monitoring data record on a BIM three-dimensional visual display according to the monitoring data record;
the fifth step: clicking the monitoring data record to obtain a maintenance reinforcement record ID;
and a sixth step: and performing information checking, record deleting and record modifying operation on a monitoring information modifying unit in the monitoring point reference variable management module according to the monitoring data record ID.
5. A subway tunnel structure quality information management system used in an operation period is characterized by comprising the following parts:
the user registration and login interface is used for registering and logging in, and one-time login is realized;
the disease information management module is used for inputting/importing, inquiring and modifying the disease information;
the maintenance reinforcement information management module is used for inputting and modifying maintenance reinforcement information;
a monitoring point reference variable management module for importing and modifying monitoring information;
the information query module is used for querying disease information, maintenance reinforcement information and monitoring information;
the system comprises a disease information statistic module and a monitoring data change analysis module, wherein the disease information statistic module and the monitoring data change analysis module are used for correspondingly analyzing tunnel structure monitoring information and apparent diseases;
and the three-dimensional visualization module is used for displaying the current state and the predicted state of the tunnel by the tunnel BIM modeling module.
6. The system for managing the structural quality information of the subway tunnel in the operation period according to claim 5, wherein the system further comprises a system setting end, and the system setting end comprises the following parts:
the basic data maintenance module is used for OBS maintenance and unit information maintenance;
and the system user management module is used for managing registration and login.
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Application publication date: 20201229 |