CN112085220A

CN112085220A - Intelligent system for detecting technical conditions of highway bridges

Info

Publication number: CN112085220A
Application number: CN201910510601.XA
Authority: CN
Inventors: 刘克坚; 肖世品; 孙志权; 冯玉荣; 段思河
Original assignee: Jiangxi Xiuchuan Technology Co ltd
Current assignee: Jiangxi Xiuchuan Technology Co ltd
Priority date: 2019-06-13
Filing date: 2019-06-13
Publication date: 2020-12-15

Abstract

The invention discloses an intelligent system for detecting the technical conditions of a highway bridge, which comprises a browser layer and a server layer, wherein the browser layer comprises a bridge detection system and a plurality of user terminals, the bridge detection system is in bidirectional connection with the user terminals, the server layer comprises a WEB server, a graph library, a basic database and a data processing service module, and the invention relates to the technical field of highway bridge detection. This public road bridge roof beam technical status detects intelligent system has improved the intelligent degree of system greatly, realizes that the bridge field directly adopts this system to detect, and the data directly uploads to the high in the clouds server, and the system is automatic to be assessed and is calculated, the automatic report that generates, has greatly improved bridge detection work efficiency to the bridge situation distribution is directly looked over to the accessible topographic map, looks over bridge disease distribution condition and concrete disease image at any time, has realized providing accurate efficient technical status data service for public road bridge roof beam maintenance.

Description

Intelligent system for detecting technical conditions of highway bridges

Technical Field

The invention relates to the technical field of highway bridge detection, in particular to an intelligent highway bridge technical condition detection system.

Background

A highway detection unit can have thousands of bridge technical condition detection services every year, a traditional manual detection method is adopted in the past, manual detection and report compiling are needed, and efficiency is low, so that a set of bridge periodic detection system needs to be developed to improve bridge detection efficiency, reduce detection cost, establish a long-term bridge technical condition database and better provide accurate and efficient service for highway bridge maintenance, various functions of bridge basic data entry, data acquisition, automatic evaluation calculation, automatic report generation, automatic original record generation, bridge disease data statistics, query and the like are achieved, and the system is successfully applied to bridge technical condition detection in multiple urban areas and provides accurate and efficient technical condition data service for highway bridge maintenance.

In the conventional bridge technical condition detection, a recording table is adopted, diseases are recorded at one site, a camera is used for taking pictures, data are recorded into an EXCEL table one by one after the site detection is finished, a drawing is calculated through the EXCEL, and finally a report is manually compiled.

The intelligent detection system is applied to bridge technical condition detection in an urban area, bridge field is directly detected by the system, data are directly uploaded to a cloud server, the system automatically evaluates and calculates and automatically generates reports, bridge detection work efficiency is greatly improved, bridge condition distribution can be visually checked through a topographic map, bridge disease distribution conditions and specific disease images can be checked at any time, accurate and efficient technical condition data service is provided for highway bridge maintenance, and scientific maintenance measures can be taken for bridges conveniently in time.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides an intelligent system for detecting the technical conditions of the highway bridges, which solves the problems that in the detection of the technical conditions of the existing bridges, diseases are recorded one by one on site by adopting a recording table, a camera is used for taking pictures, after the field detection is finished, the data are recorded into an EXCEL table one by one, then the pictures are calculated and drawn by the EXCEL, and finally the report is manually compiled, so that the whole process is long in time consumption and low in efficiency, and only one bridge detection report is finally provided.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a public road bridge roof beam technical status detects intelligent system, includes browser layer and server layer, the browser layer includes bridge detecting system and a plurality of user terminal, and bridge detecting system realizes two-way connection with a plurality of user terminal, and the server layer includes WEB server, gallery, basic database and data processing service module, the WEB server realizes two-way connection with gallery and basic database respectively, and basic database realizes two-way connection with data processing service module, bridge detecting system includes system data processing module, system first page processing unit, basic data processing unit, bridge detecting element, detection inquiry unit, bridge evaluation unit, detection report statistical unit, system management unit and special item detecting element, system data processing module respectively with system first page processing unit, basic data processing unit, The bridge detection unit, the detection query unit, the bridge evaluation unit, the detection report statistical unit, the system management unit and the special detection unit realize bidirectional connection.

Preferably, the system home page processing unit comprises a user login module, a detection summary module, a bridge map locking module, a disease photo uploading module and a disease position display module.

Preferably, the basic data processing unit comprises a bridge card management module, a management and maintenance unit management module, a bridge component maintenance module, a component defect management module and a detection instrument management module.

Preferably, the bridge detection unit comprises a detection list management module, a component setting module, a fault acquisition module and a fault auditing module.

Preferably, the detection query unit comprises a component query module, a disease position display module and a maintenance record query module.

Preferably, the bridge evaluation unit comprises a bridge evaluation calculation module, a bridge component evaluation module, a bridge position evaluation module and a bridge overall evaluation module.

Preferably, the detection report statistic unit comprises a bridge detection report generation module and a bridge statistic report generation module.

Preferably, the system management unit includes a user management module, a role management module, and a log management module.

Preferably, the special detection unit comprises a protective layer thickness detection module, a carbonization depth detection module, a concrete strength detection module, a steel bar corrosion condition monitoring module, a bridge line type measurement module and a concrete resistivity detection module.

(III) advantageous effects

The invention provides an intelligent system for detecting the technical condition of a highway bridge. Compared with the prior art, the method has the following beneficial effects:

(1) the intelligent highway bridge technical condition detection system comprises a bridge detection system and a plurality of user terminals on a browser layer, the bridge detection system is in bidirectional connection with the user terminals, the server layer comprises a WEB server, a gallery, a basic database and a data processing service module, the WEB server is in bidirectional connection with the gallery and the basic database respectively, the basic database is in bidirectional connection with the data processing service module, the bridge detection system comprises a system data processing module, a system first page processing unit, a basic data processing unit, a bridge detection unit, a detection query unit, a bridge evaluation unit, a detection report statistical unit, a system management unit and a special detection unit, and the system data processing module is in bidirectional connection with the system first page processing unit, the basic data processing unit, the bridge detection unit, the detection query unit, The bridge evaluation unit, the detection report statistic unit, the system management unit and the special detection unit realize bidirectional connection, the system can realize the integrated intelligent detection from the entry of bridge basic data, data acquisition, automatic evaluation and calculation, automatic report generation, automatic generation of an original record table, bridge defect data statistics and query, greatly improve the intelligent degree of the system, realize the direct adoption of the system for detection by bridge industries, directly upload the data to a cloud server, automatically evaluate and calculate and automatically generate the report by the system, greatly improve the working efficiency of bridge detection, the intelligent detection system can visually check the distribution of the bridge conditions through the topographic map, check the distribution conditions of the bridge diseases and specific disease images at any time, realize the accurate and efficient technical condition data service for the maintenance of the highway bridge, and is convenient for taking scientific maintenance measures for the bridge in time.

(2) The intelligent system for detecting the technical conditions of the highway bridge comprises a user management module, a role management module and a log management module through a system management unit, so that the user information, the role information and the log of the operation of the whole system can be well managed, and the addition, modification, deletion and permission addition of the user information are realized.

(3) This highway bridge technical situation detects intelligent system, through including protective layer thickness detection module, carbonization degree of depth detection module, concrete strength detection module, reinforcing bar corrosion situation monitoring module, bridge line type measuring module and concrete resistivity detection module at special detecting element, can realize detecting each special data index of bridge to the degree of accuracy that makes whole detecting system detect improves greatly.

Drawings

FIG. 1 is a schematic block diagram of the architecture of the system of the present invention;

FIG. 2 is a schematic block diagram of the bridge inspection system of the present invention;

FIG. 3 is a schematic block diagram of the structure of the special detecting unit of the present invention;

FIG. 4 is a flowchart of the basic data processing unit and the bridge detection unit of the present invention;

FIG. 5 is a flowchart illustrating the operation of the bridge assessment unit of the present invention.

In the figure, 1 browser layer, 11 bridge detection system, 111 system data processing module, 112 system home page processing unit, 1121 user login module, 1122 detection summary module, 1123 bridge map locking module, 1124 diseased photo uploading module, 1125 diseased position display module, 113 basic data processing unit, 1131 bridge card management module, 1132 management unit management module, 1133 bridge component maintenance module, 1134 component disease management module, 1135 detection instrument management module, 114 bridge detection unit, 1141 detection single management module, 1142 component setting module, 1143 diseased acquisition module, 1144 diseased audit module, 115 detection inquiry unit, 1151 component inquiry module, 1152 diseased inquiry module, 1153 position display module, 1154 maintenance record inquiry module, 116 bridge assessment unit, 1161 bridge assessment calculation module, 1162 bridge component assessment module, 1163 bridge part assessment module, 1153 bridge part assessment module, 1164 bridge overall evaluation module, 117 detection report statistical unit, 1171 bridge detection report generation module, 1172 bridge statistical report generation module, 118 system management unit, 1181 user management module, 1182 role management module, 1183 log management module, 119 special item detection unit, 1191 protection layer thickness detection module, 1192 carbonization depth detection module, 1193 concrete strength detection module, 1194 steel bar corrosion condition monitoring module, 1195 bridge line type measurement module, 1196 concrete resistivity detection module, 12 user terminal, 2 server layer, 21WEB server, 22 map library, 23 basic database, 24 data processing service module.

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.

Referring to fig. 1-5, an embodiment of the present invention provides a technical solution: an intelligent system for detecting the technical conditions of a highway bridge comprises a browser layer 1 and a server layer 2, wherein the browser layer 1 comprises a bridge detection system 11 and a plurality of user terminals 12, the bridge detection system 11 is in bidirectional connection with the user terminals 12, the server layer 2 comprises a WEB server 21, a drawing library 22, a basic database 23 and a data processing service module 24, the WEB server 21 is in bidirectional connection with the drawing library 22 and the basic database 23 respectively, the basic database 23 is in bidirectional connection with the data processing service module 24, the bridge detection system 11 comprises a system data processing module 111, a system first page processing unit 112, a basic data processing unit 113, a bridge detection unit 114, a detection query unit 115, a bridge evaluation unit 116, a detection report statistical unit 117, a system management unit 118 and a special item detection unit 119, the system data processing module 111 is in respective connection with the system first page processing unit 112, the basic data processing unit 113, the bridge detection unit 114, the detection query unit 115, the bridge evaluation unit, The basic data processing unit 113, the bridge detection unit 114, the detection query unit 115, the bridge evaluation unit 116, the detection report statistic unit 117, the system management unit 118 and the special detection unit 119 are connected in a bidirectional manner, the system homepage processing unit 112 includes a user login module 1121, a detection summary module 1122, a bridge map locking module 1123, a diseased photo uploading module 1124 and a diseased position display module 1125, the user login module 1121 logs in on line, the foreground verifies user safety, the bridge map locking module 1123 can distribute detected bridges on the homepage map, the diseased photo uploading module 1124 can display diseased photos of each detected bridge and diseased information, the diseased position display module 1125 can display the generated diseased pictures at specific positions of the bridge, the basic data processing unit 113 includes a bridge card management module 1131, a management unit management module 1132, a disease management unit, a disease management module 1125, A bridge component maintenance module 1133, a component defect management module 1134 and a detection instrument management module 1135, wherein 81 fields of a bridge card in the bridge card management module 1131 are recorded with information, a bridge GPS is corrected, bridge information is imported, a bridge is added and modified, a management unit management module 1132 can add and modify management units, information maintenance and management is performed, the bridge component maintenance module 1133 can perform maintenance and modification of bridge components, the component defect management module 1134 can perform maintenance of defect names and description contents associated with bridge components, addition and modification, the detection instrument management module 1135 can perform management and maintenance requiring detection instruments for special detection, add modification, record check and import data, the bridge detection unit 114 comprises a detection unit management module 1141, a component setting module 1142, a defect collection module 1143 and a defect review module 1144, the detection management module 1141 can perform daily management of the bridge detection list, provide functions of creating, deleting, modifying, copying, auditing and the like of the detection list, support a photographing function and manage photos, the component setting module 1142 can provide a batch generation function for components of the bridge in the field detection process, and simultaneously number the components, the disease acquisition module 1143 is a core disease acquisition function of bridge detection, sequentially selects information such as an upper structure, bridge parts, component types, component information, main diseases, disease scales and the like of the bridge, and performs field photographing, management and maintenance of disease information. The corresponding disease information is put in storage, the disease review module 1144 can review the collected disease information again, and can modify the content of disease scales, disease information, disease pictures and the like, the detection query unit 115 comprises a member query module 1151, a disease query module 1152, a disease position display module 1153 and a maintenance record query module 1154, the member query module 1151 can query the weight and the score of a part, and whether the member is set or not, and can query the type and the disease collection state of the member, each angle picture of the detected bridge can be displayed through the disease query module 1152, the disease position display module 1153 and the maintenance record query module 1154, meanwhile, the specific position of the member disease is marked on the bridge picture, and the specific description of the disease is listed. And the management function of the photos is supported, and the specific positions of all the detected bridges are subjected to disease unified management, main diseases, disease scales, disease description and the like. The bridge evaluation unit 116 comprises a bridge evaluation calculation module 1161, a bridge part evaluation module 1162, a bridge part evaluation module 1163 and a bridge overall evaluation module 1164, the bridge evaluation calculation module 1161, the bridge part evaluation module 1162, the bridge part evaluation module 1163 and the bridge overall evaluation module 1164 can be used for carrying out one-key bridge evaluation on the bridge after the disease collection and verification, calculating scores by a background according to a formula, carrying out evaluation, display and query on part evaluation, weight and grade after bridge evaluation, display and query on part evaluation, standard weight and grade after bridge evaluation, displaying a final evaluation result of the bridge after the bridge evaluation and calculation to obtain the grade of the bridge and a final grade condition of the bridge, the detection report statistic unit 117 includes a bridge detection report generation module 1171 and a bridge statistical report generation module 1172, and is capable of generating a final detection report after bridge detection is completed, managing the detection report, importing a WORD generation report to the background according to the calculation result, generating a pie chart and a bridge data histogram for the bridge grade data, querying the bridge grade report, and managing which detection instruments are used in the bridge detection process, the system management unit 118 includes a user management module 1181, a role management module 1182 and a log management module 1183, the user management module 1181 is capable of managing system users, adding, modifying, deleting and adding authority functions for the users, the role management module 1182 is capable of managing roles of system authorities, covering functions of adding, deleting, adding new roles, and the like, and the log management module 1183 is capable of managing system logs and tracking and monitoring the login time of the users, The special detection unit 119 comprises a protective layer thickness detection module 1191, a carbonization depth detection module 1192, a concrete strength detection module 1193, a steel bar corrosion condition monitoring module 1194, a bridge line type measurement module 1195 and a concrete resistivity detection module 1196, and the protective layer thickness detection module 1191 supports single recording of 10 test points. Click calculation, displaying the related calculation result of the measuring area, the carbonization depth detection module 1192 can perform measuring area input, when the input number is supported, the page judges whether the multiple of 0.25 is included, click calculation can display the related calculation result of the detection position, and the concrete strength detection module 1193 supports the selection calculation of common concrete and pumped concrete. Selecting a single detection position, performing click calculation, displaying a related calculation result of the detection position, and supporting the function of deriving an original record table, wherein the steel bar corrosion condition monitoring module 1194 supports that the number of measurement points is less than 20, a measurement area is input into an area, the sign prefix is automatically taken when the number is input, the click calculation is recorded in a single record, the lowest detection value and evaluation scale and description of the measurement area are supported and displayed, and the bridge line type measuring module 1195 detects the bridge structure detection and monitoring deformation through a precise automatic leveling instrument. And supporting the increase of test point data of different test points line by line, and simultaneously calculating the relative elevation of the test point. Support newly-increased level point to type in data, concrete resistivity detection module 1196 supports to type in 30 measurement stations, can revise. And selecting a single detection position, clicking to calculate, supporting display of a calculation result related to the detection position, and supporting the function of exporting an original record list.

When the system is used, a user can log in a bridge detection system 11 through a user terminal 12, fast log in is carried out through a user log-in module 1121 in the bridge detection system 11, then PC end bridge data are synchronized, PC end detection single data are synchronized, the detection single data comprise a PAD end maintenance bridge name, a bridge type and construction information, a bridge map locking module 1123 can fast lock the position of a bridge to be detected, then the construction information is confirmed, a vertical photo and a front photo of the bridge are shot through the cooperation of a basic data processing unit 113 and a bridge detection unit 114, part positions and corresponding parts are selected, component types and component materials are selected, meanwhile, a special detection unit 119 can detect each special index of the bridge, then a construction number and a disease type are selected, positions are recorded, then a disease image is shot and uploaded to the system, the user can inquire the bridge information through the corresponding module in the detection inquiry unit 115, then the system data processing module 111 will control the bridge evaluation unit 116 to evaluate the individual indexes of the bridge, firstly, the map library 22, the basic database 23, the WEB server 21 and the data processing service module 24 in the server layer 2 are used to perform the on-site bridge detection, then the evaluation of the technical condition of the bridge detection indexes, the evaluation of the technical condition of the bridge members, the evaluation of the technical condition of the bridge components, the evaluation of the technical condition of the bridge substructure and the evaluation of the overall technical condition of the bridge are performed, then the evaluation data are filed, then the system data processing module 111 will control the detection report statistical unit 117 to generate the bridge detection report and the bridge statistical report, and in the whole system processing process, the system management unit 118 will perform the management of the user's information, role information and log, therefore, the whole working process of the intelligent system for detecting the technical condition of the highway bridge is completed.

The user side supports a PC or iPAD access system, the WEB service adopts windows64 bit is7, and the database adopts mysql5.564 bit.

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

1. The utility model provides a public road bridge roof beam technical status detects intelligent system which characterized in that: the bridge detection system comprises a browser layer (1) and a server layer (2), wherein the browser layer (1) comprises a bridge detection system (11) and a plurality of user terminals (12), the bridge detection system (11) is in bidirectional connection with the user terminals (12), the server layer (2) comprises a WEB server (21), a gallery (22), a basic database (23) and a data processing service module (24), the WEB server (21) is in bidirectional connection with the gallery (22) and the basic database (23) respectively, the basic database (23) is in bidirectional connection with the data processing service module (24), the bridge detection system (11) comprises a system data processing module (111), a system first page processing unit (112), a basic data processing unit (113), a bridge detection unit (114), a detection query unit (115), a bridge evaluation unit (116), The system comprises a detection report statistical unit (117), a system management unit (118) and a special detection unit (119), wherein the system data processing module (111) is respectively in bidirectional connection with the system home page processing unit (112), the basic data processing unit (113), the bridge detection unit (114), the detection query unit (115), the bridge evaluation unit (116), the detection report statistical unit (117), the system management unit (118) and the special detection unit (119).

2. The intelligent road bridge technical condition detection system according to claim 1, wherein: the system home page processing unit (112) comprises a user login module (1121), a detection summary module (1122), a bridge map locking module (1123), a disease photo uploading module (1124) and a disease position display module (1125).

3. The intelligent road bridge technical condition detection system according to claim 1, wherein: the basic data processing unit (113) comprises a bridge card management module (1131), a management unit management module (1132), a bridge component maintenance module (1133), a component defect management module (1134) and a detection instrument management module (1135).

4. The intelligent road bridge technical condition detection system according to claim 1, wherein: the bridge detection unit (114) comprises a detection list management module (1141), a component setting module (1142), a disease acquisition module (1143) and a disease auditing module (1144).

5. The intelligent road bridge technical condition detection system according to claim 1, wherein: the detection query unit (115) comprises a component query module (1151), a disease query module (1152), a disease position display module (1153) and a maintenance record query module (1154).

6. The intelligent road bridge technical condition detection system according to claim 1, wherein: the bridge evaluation unit (116) comprises a bridge evaluation calculation module (1161), a bridge component evaluation module (1162), a bridge part evaluation module (1163) and a bridge overall evaluation module (1164).

7. The intelligent road bridge technical condition detection system according to claim 1, wherein: the detection report statistic unit (117) comprises a bridge detection report generating module (1171) and a bridge statistic report generating module (1172).

8. The intelligent road bridge technical condition detection system according to claim 1, wherein: the system management unit (118) comprises a user management module (1181), a role management module (1182) and a log management module (1183).

9. The intelligent road bridge technical condition detection system according to claim 1, wherein: the special detection unit (119) comprises a protective layer thickness detection module (1191), a carbonization depth detection module (1192), a concrete strength detection module (1193), a steel bar corrosion condition monitoring module (1194), a bridge line type measurement module (1195) and a concrete resistivity detection module (1196).