CN109376874A - A kind of wisdom bridge management system towards Middle Or Small Span Bridge Group - Google Patents
A kind of wisdom bridge management system towards Middle Or Small Span Bridge Group Download PDFInfo
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- CN109376874A CN109376874A CN201811065153.9A CN201811065153A CN109376874A CN 109376874 A CN109376874 A CN 109376874A CN 201811065153 A CN201811065153 A CN 201811065153A CN 109376874 A CN109376874 A CN 109376874A
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Abstract
The invention discloses a kind of wisdom bridge management systems towards Middle Or Small Span Bridge Group, based on B/S framework, comprising: data inputting module: essential information, detection information and monitoring information for typing bridge；Data memory module: the assessment result for information and data evaluation module to data recording module typing stores；Data disaply moudle: the data for being stored according to data memory module automatically generate bridge threedimensional model, and show to the data and bridge threedimensional model of data memory module storage；Data evaluation module: detection information and monitoring information for storing to data memory module are assessed；Data-optimized decision-making module: optimizing for the assessment result to data evaluation module and decision.The present invention is integrated to be detected, monitors, evaluating and optimizing decision making function integration, provides corresponding management function for the feeding different user of bridge operation, pipe.
Description
Technical field
The present invention relates to wisdom bridge management systems, more particularly to the wisdom bridge management system towards Middle Or Small Span Bridge Group
System.
Background technique
With the high speed development of world economy, transportation network is further expanded.Traffic infrastructure especially bridge
Construction plays key player.According to statistics, 5 ten thousand to 8 ten thousand, annual U.S. Reinforced Concrete Bridge needs to repair or replace, and takes
With reaching nearly 50,000,000,000, every ten years expenses for carrying out detection reparation or replacement to about 6000 bridge blocks of Britain reach 62,000,000 pounds.
The current highway bridge in China is there are about 750,000, and due to factors such as vehicle flowrate increasing, overload of vehicle and structure agings, bridge age is 15-
There is different degrees of disease in 20 years or more most of bridges, and maintenance costs increases year by year.
Existing bridge management system can carry out electronic management to bridge at present, store bridge master data information.This
Class system is based on C/S framework, and system function is limited and scaling difficulty.Meanwhile currently for Bridge Group in region, especially in
The small management system across Bridge Group, not yet integrated detection, monitoring, the integrated management of Decision Evaluation function, has various information
Data storage capacities and three-dimensional visualization display function.
Summary of the invention
Goal of the invention: it is integrated the object of the present invention is to provide one kind and detects, monitors, evaluating and optimizing decision making function integration
The wisdom bridge management system towards Middle Or Small Span Bridge Group.
Technical solution: to reach this purpose, the invention adopts the following technical scheme:
Wisdom bridge management system of the present invention towards Middle Or Small Span Bridge Group, based on B/S framework, comprising:
Data inputting module: essential information, detection information and monitoring information for typing bridge；
Data memory module: the assessment result for information and data evaluation module to data recording module typing carries out
Storage；
Data disaply moudle: the data for being stored according to data memory module automatically generate bridge threedimensional model, and right
The data and bridge threedimensional model of data memory module storage are shown；
Data evaluation module: detection information and monitoring information for storing to data memory module are assessed；
Data-optimized decision-making module: optimizing for the assessment result to data evaluation module and decision.
Further, the essential information includes bridge code, bridge title, route type, location, center pile No., bridge
Beam type, bridge dimension information, superstructure information, substructure information and bridge deck information.
Further, the detection information includes component number, Damage Types, disease quantity and detection time.
Further, the monitoring information includes amount of deflection detection information, strain monitoring information, Crack Monitoring information and environment prison
Measurement information.
Further, the assessment that the data evaluation module carries out detection information and monitoring information includes: status assessment, damage
Wound identification, structural finite element model updating, internal force status analysis, dynamic response analysis, degradation trend analysis and bearing capacity are commented
Estimate.
Further, the decision that the data-optimized decision-making module carries out includes: budgeting decision, reinforces maintenance program, reinforces
Effect prediction, network priority is reinforced and module to be added.
Further, the system is according to the assessment result of data evaluation module, the result of decision of data-optimized decision-making module
Bridge machinery monitoring report is generated with bridge threedimensional model.
Further, it distributes the system also includes Detection task and execution module；Detection task is distributed to be used with execution module
Bridge machinery task is distributed in management unit, and detection unit recipient simultaneously executes Defect inspection typing, and Detection task summarizes and looks into
It askes.
Further, it distributes the system also includes maintenance task and execution module；Maintenance task is distributed to be used with execution module
It distributes, receive, execute and completes to summarize in maintenance task.
Further, the data disaply moudle is believed according to the superstructure information, substructure information, bridge deck of bridge
Breath, across footpath length and component number automatically generate corresponding cast-in-place solid plate-girder, pre-cast hollow slab, pre- based on WEBGL technology
The three-dimensional visualization model of box beam processed and prefabricated T-shaped beam, to generate bridge threedimensional model.
The utility model has the advantages that the invention discloses a kind of wisdom bridge management systems towards Middle Or Small Span Bridge Group, with existing skill
Art is compared, have it is following the utility model has the advantages that
1) it realizes Middle Or Small Span bridge monomer and region Bridge Group pipe supports the integrated management of process Various types of data, and realize
Detection, monitoring, assessment and decision integrated process；
2) modularization and standardized management of Various types of data information during Bridge Management & Maintenance are realized；
3) bridge threedimensional model is realized based on WebGL technology visually to automate, be conducive to obtain bridge base in time
The information such as this structure type.
Detailed description of the invention
Fig. 1 is the design frame chart of system in the specific embodiment of the invention；
Fig. 2 is that specific embodiment of the invention Bridge Detection task distributes procedure chart；
Fig. 3 is that specific embodiment of the invention Bridge maintenance task distributes procedure chart.
Specific embodiment
Technical solution of the present invention is further introduced with attached drawing With reference to embodiment.
Present embodiment discloses a kind of wisdom bridge management system towards Middle Or Small Span Bridge Group, with B/S framework
Based on, it is based on J2EE and MySQL database, using data integration as elementary object, as shown in Figure 1, comprising:
Data inputting module 1: essential information, detection information and prison based on WEB terminal input mode, for typing bridge
Measurement information.
Data memory module 2: it is established based on MySQL database, for the information and data to 1 typing of data recording module
The assessment result of evaluation module 4 is stored.Basic information database (static state) is constructed according to the affiliated type of data, detection letter
It ceases database (dynamic), monitoring information database (dynamic), status assessment data library (dynamic) and maintenance measures database are (dynamic
State).
Data disaply moudle 3: the data for being stored according to data memory module 2 automatically generate bridge threedimensional model, and
The data and bridge threedimensional model store to data memory module 2 are shown.In conjunction with WEBGIS technology, in display area and
The location distribution information of monomer bridge, and mark corresponding evaluation grade；Based on WEBGL technology, according to data memory module
Bridge essential information, automatically generate the corresponding three-dimensional visualization model of bridge；Show that bridge is believed substantially with WEB diagrammatic form
Breath, Defect inspection information, sensor real time data information, status assessment information and maintenance measures information.
Data evaluation module 4: detection information and monitoring information for storing to data memory module 2 are assessed.According to
According to " Highway bridge technique status assessment standard " (JTG/T H21-2011), in conjunction with Defect inspection data, the automatic bridge that calculates is commented
Estimate grade.
Data-optimized decision-making module 5: optimizing for the assessment result to data evaluation module 4 and decision.According to bridge
Beam evaluation grade establishes the Maintenance Significant Items information such as storage girder reinforcing, bearing replacement.
System integrates bridge essential information, component information, defect information, inspection by Javascript and html front end frame
Log history information is surveyed, sensor information, bridge historical evaluation information are monitored, bridge decision safeguards information.In conjunction with WEBGIS skill
Art establishes Bridge Group geographical location information.It, can using the three-dimensional that Three.js establishes all bridges of Bridge Group using WEBGL as frame
Depending on changing model.For all kinds of task events of Bridge Management & Maintenance process, by Javascript, css frame establish bridge structure, across
Diameter, component data query, Detection task distribute execution, and state grade assessment record and maintenance task distribute execution function.Exploitation
Real-time Monitoring Data shows that monitoring data batch stores and real-time early warning function.
System establishes second development interface, provides the specific function development interface of detection, monitoring, assessment and maintenance management,
Convenient for special detection content, fast intelligent means, novel sensor monitoring access this system, while providing assessment and decision dimension
The port that protective function updates, to be extended to bridge items assessment content, novel reinforced maintenance service and economic decision.
The processes such as present system fusion detection, monitoring, assessment and maintenance measures, realize integrated management.
Wherein, essential information include bridge code, bridge title, route type, location, center pile No., bridge type,
Bridge dimension information, superstructure information, substructure information and bridge deck information.Detection information includes component number, disease
Type, disease quantity and detection time.Monitoring information include amount of deflection detection information, strain monitoring information, Crack Monitoring information and
Environmental monitoring information.
The assessment that data evaluation module 4 carries out detection information and monitoring information includes: status assessment, non-destructive tests, knot
Structure FEM updating, internal force status analysis, dynamic response analysis, degradation trend analysis and bearing capacity evaluation.
The decision that data-optimized decision-making module 5 carries out includes: budgeting decision, reinforces maintenance program, consolidation effect prediction, net
Network priority is reinforced and module to be added.
System is three-dimensional according to the assessment result of data evaluation module 4, the result of decision of data-optimized decision-making module 5 and bridge
Model generates bridge machinery monitoring report.
System further includes that Detection task is distributed and distributed with execution module and maintenance task and execution module.As shown in Fig. 2, inspection
Survey task, which is distributed, distributes bridge machinery task for management unit with execution module, detects unit recipient and executes Defect inspection record
Enter, Detection task summarizes and inquires.Detection task can be distributed to specified detection unit, coherent detection by single or batch
Unit user can inquire the task of being distributed after logging on to system；In Detection task implementation procedure, task status mark can be passed through
Post staff, issuing time, reception staff, receiving time and the detection unit for signing page inquiry Detection task, such as exceed the time limit not receive
Detection task, management unit user can be reminded by sending mail.Task completion summarizes the completed detection of display and appoints
Business information, bridge essential information and detection information can generate the local files such as PDF, WORD by printing function, in order to rear
Continuous work report arranges.
It distributes, receive, execute and completes for maintenance task with execution module as shown in figure 3, maintenance task is distributed
Summarize.The module is mainly according to each Bridge Evaluation as a result, establish the maintenance content and record of each bridge.Meanwhile for need
The bridge to be safeguarded, system establish expansion joint replacement, bearing replacement, upper part bearing structure reinforcing and bridge pier and reinforce four contents,
User may specify specific maintenance content and unit in charge of construction, issue maintenance task；Unit in charge of construction user can login system inquiry, execution
And maintenance task is completed, associated maintenance progress can be inquired by list.
Data disaply moudle 3 is according to the superstructure information of bridge, substructure information, bridge deck information, across footpath length
With component number, based on WEBGL technology automatically generate corresponding cast-in-place solid plate-girder, pre-cast hollow slab, prefabricated box beam and
The three-dimensional visualization model of prefabricated T-shaped beam, to generate bridge threedimensional model.
System also has a query function, according to bridge geographical location information, essential information, component information, photographic intelligence and
Three-dimensional visualization model facilitates the distribution feelings that bridge management unit integrally understands monomer abutment or Bridge Group in region within the jurisdiction
Condition, the essential informations such as inquiry bridge road wire size, center pile No., structure type, across footpath；Believe in conjunction with three-dimensional visualization model and component
List is ceased, deeply grasps element type and the distribution of each bridge comprehensively.System also has the function of monitoring and real-time early warning, including looks into
Sensor type and distribution situation are ask, Real-time Monitoring Data is inquired, exceeds Threshold Alerts.
Claims (10)
1. a kind of wisdom bridge management system towards Middle Or Small Span Bridge Group, it is characterised in that: based on B/S framework, comprising:
Data inputting module (1): essential information, detection information and monitoring information for typing bridge；
Data memory module (2): for the information of data recording module (1) typing and the assessment knot of data evaluation module (4)
Fruit is stored；
Data disaply moudle (3): for automatically generating bridge threedimensional model according to the data that data memory module (2) store, and
The data and bridge threedimensional model of data memory module (2) storage are shown；
Data evaluation module (4): detection information and monitoring information for storing to data memory module (2) are assessed；
Data-optimized decision-making module (5): being used to optimize the assessment result of data evaluation module (4) and decision.
2. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the base
This information include bridge code, bridge title, route type, location, center pile No., bridge type, bridge dimension information, on
Portion's structural information, substructure information and bridge deck information.
3. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the inspection
Measurement information includes component number, Damage Types, disease quantity and detection time.
4. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the prison
Measurement information includes amount of deflection detection information, strain monitoring information, Crack Monitoring information and environmental monitoring information.
5. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the number
It include: status assessment, non-destructive tests, structure finite element according to the assessment that evaluation module (4) carries out detection information and monitoring information
Modifying model, internal force status analysis, dynamic response analysis, degradation trend analysis and bearing capacity evaluation.
6. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the number
Include: budgeting decision according to the decision that Optimal Decision-making module (5) carry out, reinforce maintenance program, consolidation effect prediction, network priority
It reinforces and module to be added.
7. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the system
System is raw according to the assessment result of data evaluation module (4), the result of decision of data-optimized decision-making module (5) and bridge threedimensional model
At bridge machinery monitoring report.
8. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the system
System further includes that Detection task distributes and execution module；Detection task, which is distributed, distributes bridge machinery for management unit with execution module
Task, detection unit recipient simultaneously execute Defect inspection typing, and Detection task summarizes and inquires.
9. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: the system
System further includes that maintenance task distributes and execution module；Maintenance task distribute with execution module for the distributing of maintenance task, receive,
It executes and completes to summarize.
10. the wisdom bridge management system according to claim 1 towards Middle Or Small Span Bridge Group, it is characterised in that: described
Data disaply moudle (3) is according to the superstructure information of bridge, substructure information, bridge deck information, each across footpath length and structure
Part number, automatically generates corresponding cast-in-place solid plate-girder, pre-cast hollow slab, prefabricated box beam and prefabricated T based on WEBGL technology
The three-dimensional visualization model of type beam, to generate bridge threedimensional model.
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| CN201811065153.9A CN109376874A (en) | 2018-09-13 | 2018-09-13 | A kind of wisdom bridge management system towards Middle Or Small Span Bridge Group |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109920319A (en) * | 2019-04-29 | 2019-06-21 | 兰州沃博特机器人科技有限公司 | A kind of wisdom bridge teaching experiment sand table system and application method |
| CN111637920A (en) * | 2020-05-13 | 2020-09-08 | 山西省交通规划勘察设计院有限公司 | Bridge detection information management system based on BIM |
| CN111861423A (en) * | 2020-08-03 | 2020-10-30 | 广东华路交通科技有限公司 | Bridge basic data management system |
| CN113737641A (en) * | 2021-09-28 | 2021-12-03 | 南京毛勒工程材料有限公司 | Wisdom telescoping device for bridge |
| CN114005278A (en) * | 2021-11-01 | 2022-02-01 | 河北省高速公路延崇管理中心 | Intelligent monitoring and early warning system and method for highway infrastructure group |
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Cited By (7)
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| CN113737641A (en) * | 2021-09-28 | 2021-12-03 | 南京毛勒工程材料有限公司 | Wisdom telescoping device for bridge |
| CN114005278A (en) * | 2021-11-01 | 2022-02-01 | 河北省高速公路延崇管理中心 | Intelligent monitoring and early warning system and method for highway infrastructure group |
| CN114005278B (en) * | 2021-11-01 | 2022-12-16 | 河北省高速公路延崇管理中心 | Intelligent monitoring and early warning system and method for highway infrastructure group |
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