CN104764486A - Civil engineering surveying informatization system - Google Patents
Civil engineering surveying informatization system Download PDFInfo
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- CN104764486A CN104764486A CN201510032566.7A CN201510032566A CN104764486A CN 104764486 A CN104764486 A CN 104764486A CN 201510032566 A CN201510032566 A CN 201510032566A CN 104764486 A CN104764486 A CN 104764486A
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Abstract
The invention discloses a civil engineering surveying informatization system. The civil engineering surveying informatization system comprises a surveying instrument, an intelligent terminal, a network storage server and an intelligent display terminal, wherein the working process is that firstly, the intelligent terminal is utilized to obtain data surveyed by the surveying instrument, the data are sent to the network storage server through a network; secondly, information is stored and managed by the network storage server, and query and analysis service is provided through the intelligent display terminal; finally, manual analysis is performed on the intelligent display terminal, and an analysis result is fed back to the intelligentterminal. An original traditional extensive type civil engineering surveying mode is changed, whole-process and all-around analysis, monitoring and management on civil engineering surveying are achieved in a virtual space by adopting the network and a computer technology, engineering surveying workers and specialists can query and communicate surveying information through the system any time anywhere, and the working efficiency and working level of engineering surveying are quickly improved.
Description
Technical field
The present invention relates to the ancillary technique field of Construction of Civil Engineering quality testing, particularly relate to a kind of information process-system being applicable to civil engineering surveying.
Background technology
In today of information age, infotech is that the mankind have built a virtual network information world corresponding with real world, and its maximum feature is that with internet be the topmost tool of production, and knowledge and information are the important component parts in essential elements of productive forces.The Information Technology Development essence that building is measured is the process that infotech acts on civil engineering surveying.The development level of China's civil engineering surveying is lower, still continues to use traditional extensive mode of operation.Therefore, significant to the construction of building metrical information system.
The measuring method simultaneously at present also also existed on the market is after operating at the scene, manually carries out record by scene, the data of manual record is input in computer.This results in the testing result that managerial personnel inquire about on computer more delayed, and there is the disadvantage of artificial amendment.Adopt building metrical information technology, automatically can identify immediately measurement result and upload, not only avoid data distortion, and managerial personnel can real time inspection up-to-date information, is conducive to Construction Decision, management.
Summary of the invention
For above-mentioned Problems existing, the invention provides a kind of system utilizing modern network technology efficient storage and the traditional building metrical information of process.
In order to achieve the above object, the technical solution used in the present invention is as follows: a kind of civil engineering surveying information system, described civil engineering surveying information system comprises surveying instrument, intelligent terminal, network storage server and intelligent display terminal, its course of work first utilizes intelligent terminal to obtain data that surveying instrument is surveyed, and then intelligent terminal sends data to network storage server by network; Secondly network storage server is by storing information, management, and provides inquiry and analysis service by intelligent display terminal; Last on intelligent display terminal through manual analysis, analysis result is fed back to intelligent terminal; Its detailed job step is as follows:
1) field personnel is by the construction engineering test data of surveying instrument measure field; Before starting to measure, mobile phone is synchronous with the clock alignment of surveying instrument, open cellphone GPS during measurement and locate, recorded the GPS position information of a mobile phone by cellphone GPS at interval of 20 seconds kinds; After measurement completes, by the GPS information in mobile phone and the metrical information in surveying instrument, mated by the identical time; Utilize mobile phone to obtain GPS information, without the need to being equipped with special GPS, operation transparent, adding of GPS information is completed automatically by APP completely.No matter be once upload a collection of or many batch datas, the not situation such as uploading data immediately also or when having tested, can pass through time match, accurate positioning, guarantee the GPS information that test data is corresponding correct;
2) measurement data is saved to instrument storage card;
3) measurement data in intelligent terminal reading instrument memory card is utilized; Intelligent terminal by bluetooth Real-time Obtaining measurement data, or directly reads the measurement data in storage card, or by the information in memory card is passed through printer printed report, then mobile phone photograph reads measurement data in memory card; Read by mobile phone photograph, mainly because the equipment with bluetooth is less, and cost is higher, is read the data in memory card by the mode of mobile phone photograph, simple to operate, good practical effect;
4) by intelligent terminal, measurement data is uploaded to network storage server, engineering information and survey crew information is reached on network storage server simultaneously;
5) measurement data and metrical information are sent to intelligent display terminal by network by the network terminal, with the planimetric position of the mode of planar graph display measurement point directly perceived, elevation information and testing result in terminal, whether automatic decision testing result meets standard, managerial personnel are inquired about measurement result by intelligent display terminal, judge whether the construction being applicable to carrying out next step, and provide evaluation and test reply or instruction, by server, instruction is communicated to working-yard;
6) next step operation is carried out after tester and construction group receive the instruction of managerial personnel for construction by intelligent terminal.
Intelligent terminal in the present invention is smart mobile phone or portable PC; Smart mobile phone and portable PC compact, be convenient for carrying, and the personnel that can be convenient for measuring observe whenever and wherever possible or upload metrical information, simple to operation.
In step 3 of the present invention, measurement data comprises: Measuring Time, test load information, foundation coefficient, static deformation modulus, dynamic deformation module.
In step 4 of the present invention, engineering information and survey crew information comprise: detect unit, testing staff, supervisor, detection time, test number, device numbering and model, bid section ID, work point ID, mileage hat number, construction mileage, point position mileage, measuring point is apart from distance between center line, length chain indicates, inspection layer position, filler title, code requirement target, measuring point GPS information.
Surveying instrument of the present invention is E
vD , E
v2 , K
30in a kind of tester.
The invention has the advantages that: the present invention changes traditional extensive building measurement pattern, propose a kind of new civil engineering surveying information system; Mainly utilize network and computer technology, in Virtual space, overall process, omnibearing analysis are realized to building measurement, monitor and managment.By traditional building metrical information in conjunction with up-to-date network technology, each civil engineering surveying is managed and technical information link up share; Survey crew and the expert of engineering inquire about whenever and wherever possible by system, link up metrical information, promote the science of information management, ageing and transparency to the full extent, the work efficiency of Quick height engineering survey and working level.
Accompanying drawing explanation
Fig. 1 is building metrical information work general flow chart of the present invention;
Fig. 2 is that the present invention is presented at the planimetric position of display measurement point in terminal, elevation information and testing result schematic diagram;
Fig. 3 is EVD test result chart of the present invention;
Fig. 4 is foundation coefficient K of the present invention
30laboratory report.
Embodiment
Below in conjunction with embodiment, the present invention is described in further detail.
embodiment 1:the method of work of civil engineering surveying information system as shown in Figure 1:
1) the AX01 type electronic plane load testing instrument that field personnel is produced by German ANIX company measures foundation coefficient K
30;
2) data recorded are saved to instrument storage card by measuring instrument;
3) intelligent terminal is utilized to read data in storage card;
4) by intelligent terminal, measurement data is uploaded to network storage server, engineering information and survey crew information is reached on network storage server simultaneously;
5) measurement data and metrical information are sent to intelligent display terminal by network by the network terminal, managerial personnel receive metrical information by intelligent display terminal and remind, contrast according to the data that measurement data and standard specify, judge whether the construction being applicable to carrying out next step, and provide evaluation and test reply or instruction to server;
6) practical operation is carried out after tester and construction group receive the instruction of expert for construction by intelligent terminal.
By obtain in embodiment 1 filling compaction quality test report, this test report be applied to work area, XX group XX section statistical table as follows: construction section is: DK901+100 ~ DK901+200; The compacting mode of its construction is impact-rolling; The detection method foundation of report: TB10102-2004 " railway engineering earthwork test rule ", No. [2005] 160, iron construction " Railway Embankment for Passenger Dedicated Line engineering construction quality checks and accepts tentative standard ".
By obtaining data transfer in embodiment 1 to can only display terminal, with the planimetric position of the mode of planar graph display measurement point directly perceived, elevation information and testing result (as shown in Figure 2) in terminal.
Intuitively show place and the information of test position according to planimetric map, simultaneously in conjunction with the detecting information of this point, network generates the ground COEFFICIENT K of this point automatically
30laboratory report, concrete outcome is as shown in the table.
foundation coefficient K 30 laboratory reportas shown in Figure 4:
According to the result of upper table gained, according to No. [2005] 160, iron construction " Railway Embankment for Passenger Dedicated Line engineering construction quality checks and accepts tentative standard " and No. [2007] 85, iron construction " Ballastless Track of Passenger Dedicated Railway construction of railway project inspection of quality tentative standard ", draw the foundation coefficient K that this point detects
30value meets the requirements; Managerial personnel will according to foundation coefficient K
30laboratory report, finally obtain the K of foundation coefficient
30test result.
Obtain the acceptance value tested according to related specifications, the automatic comparative test result of system and this acceptance value, feed back to managerial personnel rapidly by the conclusion drawn, managerial personnel can carry out construction management according to feedback information.Mode all with soft copy in integrated operation process is transmitted, compared to the measuring method of traditional building information, save the time of loss in message transmitting procedure, information data is inquired about whenever and wherever possible by system, link up the K measured in work progress on each position
30the information of coefficient, improves work efficiency and the working level of engineering survey.
embodiment 2:the method of work of civil engineering surveying information system as shown in Figure 1:
1) field personnel is by TERRA TEST 3000 dynamic deformation module E
vD tester measure field building information data;
2) printer field print measurement data is utilized;
3) utilize intelligent graphic identification 2) in print data report in measurement data;
4) by intelligent terminal, measurement data is uploaded to network storage server, on network storage server, fills in the metrical information of survey crew simultaneously;
5) measurement data and metrical information are sent to intelligent display terminal by network by the network terminal, managerial personnel receive metrical information by intelligent display terminal and remind, contrast according to the data that measurement data and standard specify, judge whether the construction being applicable to carrying out next step, and provide evaluation and test reply or instruction to server;
6) practical operation is carried out after tester and construction group receive the instruction of expert for construction by intelligent terminal.
The test result obtained is as follows: E
vD =28.4MPa, shown in the display chart (as Fig. 3) of its record:
E is passed through by embodiment 2
vD tester test scene building information data by analysis with summary after, the result drawn is as shown in the table:
Obtain the acceptance value tested according to related specifications, the automatic comparative test result of system and this acceptance value, feed back to managerial personnel rapidly by the conclusion drawn, managerial personnel can carry out construction management according to feedback information.Mode all with soft copy in integrated operation process is transmitted, compared to the measuring method of traditional building information, save the time of loss in message transmitting procedure, information data is inquired about whenever and wherever possible by system, link up the E measured in work progress on each position
vD the information of coefficient, shortens the duration of engineering, improves work efficiency and the working level of engineering survey.
embodiment 3:the method of work of civil engineering surveying information system as shown in Figure 1:
1) field personnel passes through E
v2 tester measure field building information data;
2) printer field print measurement data is utilized;
3) utilize intelligent graphic identification 2) in print data report in measurement data;
4) by intelligent terminal, measurement data is uploaded to network storage server, on network storage server, fills in the metrical information of survey crew simultaneously;
5) measurement data and metrical information are sent to intelligent display terminal by network by the network terminal, managerial personnel receive metrical information by intelligent display terminal and remind, contrast according to the data that measurement data and standard specify, judge whether the construction being applicable to carrying out next step, and provide evaluation and test reply or instruction to server;
6) practical operation is carried out after tester and construction group receive the instruction of expert for construction by intelligent terminal.
The result recorded is as follows:
foundation coefficient E v2 test result
Obtain the acceptance value tested according to related specifications, the automatic comparative test result of system and this acceptance value, feed back to managerial personnel rapidly by the conclusion drawn, managerial personnel can carry out construction management according to feedback information.
Deformation modulus Ev2 test report
Mode all with soft copy in integrated operation process is transmitted, compared to the measuring method of traditional building information, save the time of loss in message transmitting procedure, information data is inquired about whenever and wherever possible by system, link up the Ev measured in work progress on each position
2the information of coefficient, shortens the duration of engineering, improves work efficiency and the working level of engineering survey.
It should be noted that, above-mentioned is only preferred embodiment of the present invention, is not used for limiting protection scope of the present invention, and equivalents done on the basis of above-described embodiment all belongs to protection scope of the present invention.
Claims (7)
1. a civil engineering surveying information system, it is characterized in that, described civil engineering surveying information system comprises surveying instrument, intelligent terminal, network storage server and intelligent display terminal, its course of work first utilizes intelligent terminal to obtain data that surveying instrument is surveyed, and then intelligent terminal sends data to network storage server by network; Secondly network storage server is by storing information, management, and provides inquiry and analysis service by intelligent display terminal; Last on intelligent display terminal through manual analysis, analysis result is fed back to intelligent terminal; Its detailed job step is as follows:
1) field personnel is by the construction engineering test data of surveying instrument measure field;
2) measurement data is saved to instrument storage card;
3) measurement data in intelligent terminal reading instrument storage card is utilized;
4) by intelligent terminal, measurement data is uploaded to network storage server, engineering information and survey crew information is reached on network storage server simultaneously;
5) network storage server will be surveyed
Amount data and metrical information send to intelligent display terminal by network, with the planimetric position of the mode of planar graph display measurement point directly perceived, elevation information and testing result on intelligent display terminal, whether automatic decision testing result meets standard, managerial personnel are inquired about measurement result by intelligent display terminal, judge whether the construction being applicable to carrying out next step, and provide evaluation and test reply or instruction, by server, instruction is communicated to working-yard;
6) next step operation is carried out after tester and construction group receive the instruction of managerial personnel for construction by intelligent terminal.
2. civil engineering surveying information system according to claim 1, is characterized in that, described intelligent terminal is smart mobile phone or portable PC.
3. civil engineering surveying information system according to claim 1, it is characterized in that, in described step 3, measurement data comprises: Measuring Time, test load information, foundation coefficient, static deformation modulus, dynamic deformation module.
4. civil engineering surveying information system according to claim 1, is characterized in that, in described step 4, engineering information and survey crew information comprise: detect unit, testing staff, supervisor, detection time, test number, device numbering and model, bid section ID, work point ID, mileage hat number, construction mileage, point position mileage, measuring point is apart from distance between center line, and length chain indicates, inspection layer position, filler title, code requirement target, measuring point GPS information.
5. civil engineering surveying information system according to claim 1, is characterized in that, described surveying instrument is E
vD , E
v2 , K
30in a kind of tester.
6. civil engineering surveying information system according to claim 3, it is characterized in that, in the measuring process of described step 1), before starting measurement, mobile phone is synchronous with the clock alignment of surveying instrument, open cellphone GPS during measurement, recorded the GPS position information of a mobile phone by cellphone GPS at interval of 20 seconds kinds; After measurement completes, by the GPS information in mobile phone and the metrical information in surveying instrument, mated by the identical time.
7. civil engineering surveying information system according to claim 1, it is characterized in that, in described step 3, described intelligent terminal is by bluetooth Real-time Obtaining measurement data, or the measurement data read in instrument storage card, or the measurement data in printing memory card, then by mobile phone photograph figure identification measurement data.
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| CN109784840A (en) * | 2018-12-28 | 2019-05-21 | 福建华闽通达信息技术有限公司 | A kind of construction survey automatic data collection processing method being associated with engineering structure task |
| CN110264048A (en) * | 2019-06-04 | 2019-09-20 | 中科光绘（上海）科技有限公司 | Tower bar basis Acceptance Test System |
| CN110288818A (en) * | 2019-07-29 | 2019-09-27 | 明晟测试技术(合肥)有限公司 | A kind of detection data transmitting device and its transmission method |
| CN110830331A (en) * | 2019-12-06 | 2020-02-21 | 中国交通建设股份有限公司 | Physical model test process data transmission system and method |
| CN111967230A (en) * | 2020-08-13 | 2020-11-20 | 上海威克迈龙川汽车发动机零件有限公司 | Measuring system for automatically inputting corresponding report after field measurement and application method thereof |
| CN116402407A (en) * | 2023-06-05 | 2023-07-07 | 山东四维卓识信息技术有限公司 | Construction detection data management system and method based on Internet of things |
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| CN109784840A (en) * | 2018-12-28 | 2019-05-21 | 福建华闽通达信息技术有限公司 | A kind of construction survey automatic data collection processing method being associated with engineering structure task |
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