CN103617507A - Engineering monitoring information management system based on web geographic information system (GIS) - Google Patents
Engineering monitoring information management system based on web geographic information system (GIS) Download PDFInfo
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Abstract
The invention discloses an engineering monitoring information management system based on a web geographic information system (GIS). The engineering monitoring information management system is used for managing the state of each preset monitoring position of engineering, and comprises a user interaction module, a WebGIS-based geographic data control module and a geographic database. A user inputs geographic data relevant to the state into the geographic database through the WebGIS-based geographic data control module by the user interaction module, and stores the geographic data in the geographic database; the WebGIS-based geographic data control module is used for processing the geographic data according to an instruction which is input by the user through the user interaction module, and providing visual information for the user through the network by the user interaction module. The monitoring information management system based on a WebGIS technology can be used for timely acquiring total alarm information of all sections, all working wells and all intervals of pipeline construction, acquiring valuable monitoring information from a large number of monitoring data and making a response program.
Description
Technical field
The present invention relates to Construction Technology field, relate in particular to for carrying out engineering device or the system of monitoring automatically.
Background technology
Along with computing machine, and the fast development of GIS technology, the information system management based on GIS technology is applied more and more extensive in engineering project.
WebGIS, i.e. the Internet GIS.Be exactly the user interface using the Web page as GIS software, Internet and GIS technology are combined, can carry out the GIS of various interactive operations.Its basic thought is exactly that geography information is provided on the internet, allows user by browser, browse data and the function services obtaining in a Geographic Information System.The Web page is used Hypermedia Technology and hypertext link language, makes that the operation of GIS is more rich in to dirigibility and interest.In recent years, the Internet of develop rapidly has become the system platform that GIS is new, utilize Internet technology on Web, to issue spatial data for user inquiry and be the inexorable trend that GIS develops, WebGIS technology is undisputable fact as one of main development direction of GIS.
In monitoring project management, Real-time Obtaining Monitoring Data and early warning and alarming are most important.Monitoring information management system based on WebGIS technology can show Monitoring Data, alarm condition and project process in real time, and can be with various ways issue early warning and warning messages such as note, mails, significant to Safety Management, monitoring information management, project risk control etc., the engineering accident in construction be can farthest reduce and prevent, casualties and economic loss reduced.
Yet traditional monitoring management method is taked papery form, the modes such as phone are linked up, and some elementary information systems are the just simple displaying of data also, does not possess the functions such as early warning, warning, analysis.Therefore be difficult to satisfy the demands.
Summary of the invention
Therefore, the present invention aim to provide there is early warning, the function engineering monitoring information management system such as warning, analysis.
In order to reach above-mentioned purpose, the invention provides a kind of engineering monitoring information management system based on WebGIS, its state to each default monitoring location of engineering manages, and comprising: user interactive module; Geodata control module based on WebGIS; And geographical data bank.
User utilizes described interactive module in described database, to input the geodata relevant to described state by described control module, and by described geodata storage and described geographical data bank, and the instruction that described control module is inputted by described interactive module according to user is processed described geodata, and to described user, provide visual information by user interactive module described in network utilisation.
In some embodiment, described interactive module comprises load module, wherein said load module comprise inputting described position basic data basic data input block and in order to input the Monitoring Data input block of the Monitoring Data of described position.
In some embodiment, described interactive module comprises output module, and wherein said output module comprises display unit, and it exports the described geodata of processing through described control module visually to user.
In some embodiment, described output module also comprises alarm unit, when described control module judges that changing value between described Monitoring Data and reference information meets predetermined condition, by described alarm unit, to user, gives the alarm.
In some embodiment, described alarm unit can be sent early warning information and warning message, wherein, when described changing value enters in the scope that is less than predetermined variation value, sends early warning information, and when described changing value is more than or equal to described predetermined variation value, send warning message.
In some embodiment, a plurality of described predetermined values are set, thereby form different alert levels, and the alert notice object corresponding with described alert levels.
In some embodiment, three grades of warnings are set, wherein three grades of warnings are for surpassing 1 times of described predetermined variation value, and secondary is reported to the police and reported to the police as 3 times of surpassing described predetermined variation value for 2 times of surpassing described predetermined value, one-level.
In some embodiment, described geographical data bank comprises monitoring information database and geographic information database.
In some embodiment, described management system runs on server end, and user utilizes network and described system to carry out alternately by browser.
In some embodiment, described management system runs on a plurality of distributed servers.
According to management system of the present invention, monitoring information management system based on WebGIS technology can be obtained the overall warning message in each bid section of pipeline construction, active well, interval in time, from a large amount of Monitoring Data, obtain valuable monitoring information, and formulate counte-rplan.In addition, according to management system of the present invention, the timely transitivity of information, information no longer, by the mode such as manually informing, directly sends warning message to responsible official's mobile phone by the collection of robotization, the warning of the processing of robotization, robotization.Really realize collection, data processing, warning robotization.
Below in conjunction with accompanying drawing, the description of purport of the present invention is described, to know other aspects of the present invention and advantage by example.
Accompanying drawing explanation
By reference to the accompanying drawings, by detailed description below, can more clearly understand above-mentioned and other feature and advantage of the present invention, wherein:
Fig. 1 is according to the calcspar of the management system of the embodiment of the present invention;
Fig. 2 is the structure calcspar of management system shown in Fig. 1;
Fig. 3 is according to the Organization Chart of the management system of the embodiment of the present invention.
Embodiment
Referring to the accompanying drawing of the specific embodiment of the invention, below the present invention will be described in more detail.Yet the present invention can be with many multi-form realizations, and should not be construed as the restriction of the embodiment being subject in this proposition.On the contrary, it is abundant and complete open in order to reach proposing these embodiment, and makes those skilled in the art understand scope of the present invention completely.
The part that should be understood that description of the invention/be illustrated as individual unit can be present in two or more physically independent but cooperation realizes the entity of the function of describe/diagram.In addition describe ,/be illustrated as two or more and physically independently partly can be integrated into an independent physically entity to carry out described/illustrated function.
Referring now to Fig. 1 describes in detail according to the engineering monitoring information management system based on WebGIS of the embodiment of the present invention.Its state to each default monitoring location of engineering of described management system manages.
As shown in Figure 1, described management system comprises user interactive module.User interactive module user realizes the mutual of user and management system, for example, user input data and instruction, the data that management system is inputted according to instruction process user, and show treated data to user.
Described management system also comprises geographical data bank, wherein stores the data relevant to described monitoring location, for example, and substrate geography information and the monitoring information of described monitoring location.In the present embodiment, described geodata is inputted by described interactive module by user, yet, the invention is not restricted to this, can import in enormous quantities the relevant geodata that realization has existed.
In the present embodiment, described geographical data bank comprises monitoring information database, and what it was deposited is the data such as logon information, item base table, project monitoring tables of data.Described monitoring information database for example can be realized by SQL database.
In addition, described geographical data bank also comprises geographic information database, it deposits the cartographic information of SHP type, comprise dot information in map, line information, Word message, its objective is that being convenient to user is distributed to monitoring CAD figure on network, and the information on CAD that guarantees is synchronously distributed on server, is convenient to user and accesses point, the word attribute in CAD.Described geographic information database for example can be realized by GIS database.
Described management system also comprises the geodata control module based on WebGIS.The character of geodata is that data volume is large, and structure is different.The control module of described management system makes user directly to access multiple different GIS data by unified mode, and does not need available data to upload to server or format transformation, facilitates the unified management of isomeric data.
User utilizes described interactive module in described database, to input the geodata relevant to described state by described control module, and the instruction that described control module is inputted by described interactive module according to user is processed described geodata, and to described user, provide visual information by user interactive module described in network utilisation.
The work of described system is below described in detail in detail with reference to Fig. 2.
Described interactive module comprises load module.Described load module comprises inputting the basic data input block of the basic data of described position.Described load module also comprises inputting the Monitoring Data input block of the Monitoring Data of described position.Web monitoring information management system according to the present invention utilizes described load module to carry out the operation of Basic Information Management and monitoring report upload.
The position of monitoring is the relevant position of setting according to engineering characteristic and the required monitoring structures of this engineering, mainly comprises coordinate (X, Y) in length and breadth, the particular location of its main monitoring point.
Basic data input block is generally used for the input Fundamental Geographic Information System relevant to monitoring location, as volume coordinate etc.In the present embodiment, by system manager, upload cloth point diagram and Back ground Information table.Monitoring Data input block is generally used for the data that input is relevant to monitoring project, and it generally changes according to the time.
Described Back ground Information comprises: call the roll, coordinate, monitoring target, risk class, each attribute change speed alarming value, each attribute single change alarming value, each attribute accumulative total change alarming value in length and breadth.In the present embodiment, monitoring information comprises displacement monitoring, inclination monitoring, water level monitoring, delaminating deposition monitoring, axle power Monitoring Data.
Monitoring Data input block is for the monitoring state of Input Monitor Connector position.Monitoring state refers to that rate of change to monitoring point, single change amount, accumulative total variable quantity monitor.The monitoring point that mainly comprises the types such as displacement monitoring, inclination monitoring, water level monitoring, delaminating deposition monitoring, the monitoring of axle power.
In the present embodiment, by monitoring personnel, upload monitoring report data.However, it should be understood that monitoring point is not limited to any concrete facility, but can be any monitoring point that needs monitoring.In addition, Monitoring Data of the present invention is without any format restriction, as long as it can characterize the state of monitoring point.And described Monitoring Data can comprise the data of number of different types.
Described interactive module comprises output module, and wherein said output module comprises display unit, and it exports the described geodata of processing through described control module visually to user.Web monitoring information management system according to the present invention utilizes institute's output module to carry out the operation of statistics analysis of the inspected data and displaying and warning message issue.
In the present embodiment, described interactive module can realize mutual herein, for example, realizes the functions such as information inquiry, data edition, specialty calculating and statistical study.Realized by the information inquiry of the modes such as administrative area, map sheet, longitude and latitude scope, grade, measurement net, point identification, simple data editor based on browser, the conventional professional computing functions such as coordinate conversion, the conversion of new and old map sheet, geoid computation, and the achievement statistical study of various ways.Inquiry and statistics are HTML achievement form and chart, and result of calculation is html file and Downloadable TXT file.
In addition, described interactive module can realize graphical interaction, for example, and the functions such as figure demonstration, graphic operation and graphical query.The dynamic load of figure Display Realization figure layer and demonstration are controlled, graphic operation realize figure amplification, dwindle, translation, refresh, the function such as full figure, range finding, graphical query has been realized the Drawing Object inquiry based on modes such as point, rectangle, circle, buffer zone, map sheet, administrative areas.Query Result is HTML achievement form.
In preferred embodiment, described output module also comprises alarm unit, when described control module judges that described Monitoring Data meets predetermined condition, by described alarm unit, to user, gives the alarm.
In the present embodiment, described alarm unit can be sent respectively early warning information and warning message.Early warning information is the information warning arranging before warning message, generally when monitoring target changing value reach alarming value 80% time produce early warning.Warning message is when monitoring target changing value meets or exceeds standard permissible value (or design permissible value), to produce information warning.
Can be according to disparity items type, different monitoring structures, set different early warning and alarming value.Generally when monitoring target changing value reach alarming value 80% time produce early warning information, when meeting or exceeding standard permissible value (or design permissible value), monitoring target changing value produces warning message, general three grades of warnings are for surpass allowing 1 times of changing value, and secondary is reported to the police and allowed 2 times of changing value, one-level to report to the police to allow 3 times of changing value for surpassing for surpassing.
As shown in Figure 2, Web monitoring information management system according to the present invention realizes aforesaid operations by SQL database and GIS database are carried out to data access.
In the present embodiment, described management system runs on server end, and user utilizes network and described system to carry out alternately by browser.Therefore, user by system described in user equipment access by carrying out alternately with described interactive module.Subscriber equipment can be anyly can by keyboard, telepilot, touch pad or voice-operated device, carry out with user the electronic product of man-machine interaction, such as computing machine, smart mobile phone, PDA, game machine or IPTV etc.In addition, described interactive module is by database described in network access.Described network can make LAN (Local Area Network), Metropolitan Area Network (MAN), wide area network, or any suitable network.
In the present embodiment, described management system runs on a plurality of distributed servers.According to the management system of the embodiment of the present invention, comprise independently assembly and module, this distributed system of utilizing WebGIS to calculate by Internet is deployed in GIS data and analysis tool on the different computing machine of network, user can be from these data of access Anywhere and the application program of network, GIS data and application program need to be installed on local computer, as long as request is sent to server, server will send user to data and analysis tool module.
Referring now to Fig. 3 describes in detail according to the framework of the management system of the embodiment of the present invention.
As shown in Figure 3, the WebGIS framework of the 3 layer B/S structure of this example based on MapGuide, be divided into server layer, network layer and client tier, adopt, the exploitation framework of Windows Server2003+Apache+Jsp, the API (MapGuideWebAPI and ViewerAPI) that enriches that uses MapGuide to provide carries out secondary development flexibly.
User uses browser to operate, by ICP/IP protocol, from client transmission, ask, by MapGuideWeb API Access Web Extensions.Web Extensions, comprise 1 MapAgent CGI/Fas-tCGI module, can make the service that MapGuide Server provides pass to client application by Internet or Intranet.MapGuide Server is divided into server in station (Site Server) and back-level server (SupportServer).Server in station is responsible for that user authenticates, management logic affairs, data warehouse and resource management, and 1 website only has 1 server.Back-level server is responsible for creating map based on DWF or image file, by FDO visit data and map block management.
In preferred embodiment, 1 website can have a plurality of back-level servers.Client is when proposing services request to certain server, do not need to know desired information whether on this server, information where, unified, by server, being solved. if the information that discovering server is asked is not on this server, and it will send request and find information needed to other servers.
MapGuide Server provides following service: website service (Site Service), resource service (Resource Service), graphical services (Drawing Service), feature service (Feature Service), Map Services (Mapping Service), the service of playing up (Rendering Service) and piecemeal service (Tile Service).These 7 kinds of services are all for processing a series of requests that user sends, for user, are same targets. by the API of these 7 kinds of services is operated, can realize systemic-function.
When user sends request browsing pages, first server in station create with website between be connected, set up user session, then create service.Resource service is mainly used to management resource database and map datum, for example to the loading of map, copy, move, rename and deletion.Map and the service of playing up are used for showing and print map, management map layer and layer group and create The Key to Maps.Feature Service, for preserving and return the characteristic irrelevant with data type, is utilized the map datum of FDO access different-format, for source of map data, carries out space and list query, edit map (create, upgrade and delete).
Piecemeal service is used for the high resolution image data of using in system to carry out piecemeal, map is shown continuously level and smooth.MapGuide provides 1 XML (eXtensibleMarkup Language) database for store and management resource, supports Data Format, database format and OGC standard that great majority are generally used.
Referring now to Fig. 4 describes in detail according to the configuration of the management system of the embodiment of the present invention.
System is used Autodesk MapGuide6.0 to realize the WebGIS system based on arrow pattern.MapGuide mainly comprises Server, Author and Viewer tri-part assemblies.Server is responsible for providing map datum; Author has been used for the making of MWF (map window file) and MLF (figure layer file).
MWF shows map to scheme layer mode, and MWF loads MLF while showing, MLF obtains data and shows map according to configuration contact Server; Viewer is client plug-in, can explain from server and divide the data that send, and dynamically to Server request spatial data, makes user can on browser, browse map and map interactive operation.
MSSQL Spatial data supply (Provider for MSSQL Spatial) can make Server be connected to MSSQL Spatial database by MSSQL Client.
System environments configuration as shown in Figure 4.Application system is followed J2EE technical manual, and the Java technology of take realizes develop and field as core, and program structure is from being divided in logic 4 layers of client layers, Web layer, Business Logic, data Layer.
Being implemented as follows of application system framework:
1) database server
Comprise data Layer, be responsible for storage, management data, for Business Logic and Map Services provide the data of request.MSSQL database (comprising MSSQL Spatial) is installed, and spatial data need to be set up spatial index.
2) GIS server
Be responsible for processing map datum request and returning to map datum.MSSQL Client need to be installed, and building database service; Server and Provider for MSSQL Spatial are installed, set up Autodesk spatial data Provider for MSSQL Spatial data source; In IIS, set up Map Services virtual directory and confirm and can normally connect, this virtual directory has been specified Map Services resource access address.
3) Web server
For release application program and map.Application program has comprised Web layer and Business Logic.Web layer mainly comprises realizes Servlet and the Java Beans that system flow is controlled, generate JSP and the map file of interaction page and expert data form, realizing system flow controls, according to user's request, Business Logic and generalized information system server are conducted interviews, dynamically generate interaction page, data sheet and map, and turn back to client.Business Logic is responsible for mutual with database, be used for all service logics of the system that realizes, comprise data access code, checking service logic and force service logic, comprised the EJB (Enterprise Java Beans, abbreviation EJB) that carries out alternately accessing operation and carry out expert data calculating based on business datum with database.EJB asks according to user, accesses the background data base that is positioned at data service layer by JDBC, carries out hind computation.
4) browser
Comprise client layer, user is by browser and map plug-in unit browsing page and map, and realization is mutual with Web server.While moving the webpage that contains map first, Viewer can be pointed out and install to system, and the Viewer that system is used is ActiveX control (supporting Internet Explorer).
Should be understood that MapGuide both can adopt " without plug-in unit " mode to any client browser, to send map and various figure by server end Java small routine, can provide by small and exquisite client browser plug-in unit more, stronger map interactive function again.
Tool of the present invention has the following advantages.
(1) according to management system of the present invention, monitoring information management system based on WebGIS technology can be obtained the overall warning message in each bid section of pipeline construction, active well, interval in time, from a large amount of Monitoring Data, obtain valuable monitoring information, and formulate counte-rplan; And
(2) according to management system of the present invention, the timely transitivity of information, information no longer, by the mode such as manually informing, directly sends warning message to responsible official's mobile phone by the collection of robotization, the warning of the processing of robotization, robotization.Really realize collection, data processing, warning robotization.
More than describe preferred embodiment of the present invention in detail.The ordinary skill that should be appreciated that this area just can design according to the present invention be made many modifications and variations without creative work.Therefore, all technician in the art, all should be in the determined protection domain by claims under this invention's idea on the basis of existing technology by the available technical scheme of logical analysis, reasoning, or a limited experiment.
Claims (10)
1. the engineering monitoring information management system based on WebGIS, its state to each default monitoring location of engineering manages, and is characterised in that, comprising:
--user interactive module;
--the geodata control module based on WebGIS; And
--geographical data bank, wherein,
User utilizes described interactive module in described database, to input the geodata relevant to described state by described control module, and by described geodata storage and described geographical data bank, and the instruction that described control module is inputted by described interactive module according to user is processed described geodata, and to described user, provide visual information by user interactive module described in network utilisation.
2. management system as claimed in claim 1, it is characterized in that, described interactive module comprises load module, wherein said load module comprise inputting described position basic data basic data input block and in order to input the Monitoring Data input block of the Monitoring Data of described position.
3. management system as claimed in claim 2, is characterized in that, described interactive module comprises output module, and wherein said output module comprises display unit, and it exports the described geodata of processing through described control module visually to user.
4. management system as claimed in claim 3, it is characterized in that, described output module also comprises alarm unit, when described control module judges that changing value between described Monitoring Data and reference information meets predetermined condition, by described alarm unit, to user, gives the alarm.
5. management system as claimed in claim 4, it is characterized in that, described alarm unit can be sent early warning information and warning message, wherein when described changing value enters in the scope that is less than predetermined variation value, send early warning information, and when described changing value is more than or equal to described predetermined variation value, send warning message.
6. management system as claimed in claim 5, is characterized in that, a plurality of described predetermined values are set, thereby forms different alert levels, and the alert notice object corresponding with described alert levels.
7. management system as claimed in claim 6, is characterized in that, three grades of warnings are set, and wherein three grades of warnings are for surpassing 1 times of described predetermined variation value, and secondary is reported to the police and reported to the police as 3 times of surpassing described predetermined variation value for 2 times of surpassing described predetermined value, one-level.
8. management system as claimed in claim 1, is characterized in that, described geographical data bank comprises monitoring information database and geographic information database.
9. management system as claimed in claim 1, is characterized in that, described management system runs on server end, and user utilizes network and described system to carry out alternately by browser.
10. management system as claimed in claim 8, is characterized in that, described management system runs on a plurality of distributed servers.
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| CN113628060B (en) * | 2021-07-22 | 2023-12-01 | 北京大学深圳研究生院 | Mangrove information management system based on WebGIS |
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