CN102663558B - A kind of on-the-spot multivariate data integral collecting method towards polymorphic type task - Google Patents
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Abstract
The present invention relates to a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task, its workflow is that commanding in the rear personnel are by data management service subsystem newdata acquisition tasks and the work on the spot group of executing the task, make the task data bag comprising background base map, work layer and data acquisition list, and task data bag is distributed in the terminal device of site work staffing; Site work personnel are by terminal device positioning acquisition target, according to the real time data more new data collection list gathering target, and image data is reported and submitted in real time to data management service subsystem, data management service subsystem is verified the data received, and is then stored in database; Databases contains the essential information of data acquisition list, background base map, work layer, task data bag and work on the spot group, calls and show in order to data management service subsystem.Versatility of the present invention is good, and it is ageing good to report and submit, and can be widely used for the on-site data gathering operation of multiple industry.
Description
Technical field
The present invention relates to a kind of collecting method, particularly about a kind of in complicated site environment the on-the-spot multivariate data integral collecting method towards polymorphic type task.
Background technology
Obtaining field data is fast and efficiently the important foundation analyzed on-the-spot situation, carry out command scheduling, issue managerial decision.Along with developing rapidly of infotech, on-site data gathering work to rapidity, multivariate data is integrated, front and back are worked in coordination with etc., and there has been higher requirement aspect.At present, the domestic on-site data gathering method and system having developed the technology such as some integrated geographic information systems, satellite navigation location, remote sensing, mobile communication, have played vital role at industry fields such as survey of territorial resources, disaster situation statistics, Investigation Forestry Resources, census, precision agricultures.But, the simple work pattern that these on-site data gathering method and system all adopt " satnav+base map plotting+mobile communication ", day by day highlight dealing with the disadvantage in the sector application functional requirement day by day expanded, mainly be summarised as the following aspects: 1, existing on-site data gathering method and system are mainly for specific industry, particular scene data acquisition session and designing, directly cannot be applied to other collection in worksite business of other industry, the even industry, system versatility is low, poor compatibility, and pervasive degree is low.2, the working base map direct plot method of existing on-site data gathering method and system employing, by the impact of collection in worksite terminal device satnav precision, after often image data is sent to rear data management service system at the scene, collection in worksite data and system working base map geographic coordinate situation devious can be there is, need a large amount of late time data process to revise, the function that real-time monitoring and the front and back of site work are worked in coordination with cannot be realized.3, the data acquisition item of existing on-site data gathering method and system mostly presets, site work personnel can not gather item according to on-site actual situations newdata, cannot adapt to the newly-increased job requirements produced because of site environment change, on-the-spot adaptive faculty is poor.4, the data acquisition kind of existing on-site data gathering method and system is comparatively single, data layout is main mainly with list and text, support poor to business demands such as multi-medium data collection and location-based multivariate data integral collectings, data correlation degree is low.5, existing on-site data gathering method and system lack grouping operation synchronizing information shared mechanism, and group member's data sharing degree is low, and cooperative ability is poor, easily causes repetition operation.
Summary of the invention
For above-mentioned topic, the object of this invention is to provide one can towards polytype mission requirements, the on-the-spot multivariate data integral collecting method that universal performance is good.
For achieving the above object, the present invention takes following technical scheme: a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task, it is characterized in that, comprise the following steps: 1) data acquisition system (DAS) is set, comprise a data management service subsystem, a database and more than one terminal device for collection site data; 2) commanding in the rear personnel make background base map, work layer and data acquisition list by data management service subsystem, and reach databases storage; 3) commanding in the rear personnel pass through the newly-built data acquisition session of data management service subsystem according to data acquisition demand, and background base map, work layer and the data acquisition list relevant to this task is downloaded from database, be encapsulated as a task data bag, and task data bag reached databases storage; 4) commanding in the rear personnel set up the work on the spot group performing data acquisition tasks by data management service subsystem, and the memory address of task data bag are distributed in the standby terminal device of work on the spot assembly; 5) site work personnel download and install task data bag by terminal device; 6) site work personnel are by the terminal device vector graphics that location is corresponding with gathering target in work layer, according to the real time data gathering target, for the relevant field in data acquisition list adds acquisition and recording; 7) datagram of collection in worksite is given data management service subsystem by terminal device; 8) data that report of data management service subsystem receiving terminal apparatus, reach databases storage after verifying its completeness and efficiency.
Above-mentioned steps 2) in, commanding in the rear personnel are by general remote sensing image process software, with the ground control point of field regions or did geometric accurate correction remote sensing image product for reference, geometric accurate correction is carried out to the high-resolution remote sensing image of field regions, and add map projection's information, generate the background base map of field regions; Commanding in the rear personnel mark and draw the vector graphics background base map in instrument region at the scene being marked and drawed field regions by the built-in vector graphics of data management service subsystem, each vector graphics is corresponding with a collection in worksite target, and the set of one group of vector graphics and topological relation thereof is the work layer of field regions; Commanding in the rear personnel arrange corresponding field according to data acquisition demand by the list management tool that data management service subsystem is built-in, generate data acquisition list.
Above-mentioned steps 3) in, by the task management tool in data management service subsystem, task essential information is set; Data management service subsystem adopts map overlay instrument by background base map and shop drawing is stacked adds as monitoring layer; Task essential information, monitoring layer and data acquisition list are encapsulated as a task data bag by data management service subsystem, reach databases storage, and the memory address of logger task packet.
Above-mentioned steps 1) in, commanding in the rear personnel also make a task and layer contingency table, a task and list contingency table and a multimedia file table by data management service subsystem, and reach databases storage; Task and layer contingency table comprise a mission number field and and to work layer name field; Task and list contingency table comprise a mission number field and a data acquisition form name field; Multimedia file table comprises a multimedia file number field, a multimedia file name field, an acquisition and recording number field and a data acquisition form name field; Step 2) in, the vector graphics number field in a mission number field, a work layer and an acquisition and recording number field are also set in data acquisition list; Step 3) in, during encapsulation task packet, a record is added in task and layer contingency table, record this mission number and the work layer title corresponding with this task, in task and list contingency table, add a record, record this mission number and the data acquisition form name corresponding with this task; Step 6) in, when adding acquisition and recording for the field in data acquisition list, often adding an acquisition and recording, in data acquisition list, just recording the vector graphics numbering in corresponding mission number, work layer and acquisition and recording numbering; When terminal user makes corresponding multimedia file for acquisition and recording, often make a multimedia file, in multimedia file table, just record corresponding multimedia file numbering, multimedia file title, acquisition and recording numbering and data acquisition form name.
Above-mentioned steps 6) comprise the following steps: 1. site work personnel check whether the work layer in task data bag has the vector graphics corresponding with gathering target: if vector graphics does not exist, then enter step 2.; If vector graphics exists, then enter step 3.; 2. according to on-the-spot needs, site work personnel mark and draw instrument by its built-in vector graphics on the terminal device and add and paint new vector graphics in work layer, needing to add acquisition and recording in the data acquisition list corresponding with it, and under the vector graphics number field of data acquisition list, add the numbering of this vector graphics, both realizations associate; 3. by the navigation module that terminal device is built-in, vector graphics corresponding with gathering target in site work personnel positioning work layer, and choose this vector graphics; 4. terminal device launches the data acquisition list corresponding with the vector graphics chosen; 5. site work personnel check in the data acquisition list of expansion whether there is the field relevant to gathering objective attribute target attribute: if field does not exist, then enter step 6.; If field exists, then enter step 7.; 6. in data acquisition list, new field is added; 7. site work personnel are that relevant field in data acquisition list adds acquisition and recording according to gathering the real time data of target.
Commanding in the rear personnel are also monitored on-site data gathering progress and situation of change by the Mission Monitor module that data management service subsystem is built-in, it comprises the following steps: 1. commanding in the rear personnel choose a task from the task list of data management service subsystem, the task data bag of this task is called in by data management service subsystem from database, by map overlay instrument by the background base map in task data bag with shop drawing is stacked adds as monitoring layer, and monitoring layer is shown to commanding in the rear personnel by display device; 2., when commanding in the rear personnel choose the vector graphics in monitoring layer, data management service subsystem launches data acquisition list corresponding to vector graphics therewith; 3., when commanding in the rear personnel choose the acquisition and recording on data acquisition list, if this acquisition and recording has corresponding multimedia file, data management service subsystem plays multimedia file corresponding to acquisition and recording therewith.
The collection in worksite data that receive are given the terminal device of every site work personnel by data management service subsystem with broadcast mode synchronization distribution.
The present invention is owing to taking above technical scheme, it has the following advantages: 1, the present invention adopts the framework mode of oriented mission to perform on-site data gathering work, therefore can according to actual job demand planning data acquisition session, meet the data acquisition demand at different industries, different work scene, universal performance is good.2, the present invention is according to collection in worksite job requirements, make background base map and work layer, and be encapsulated as the terminal device that task data bag is distributed to collection in worksite operation, terminal device uses and the identical background base map of data management service subsystem, work layer Develop Data Collecting operation, the vector graphics of data acquisition target is not by the impact of satnav precision, thus guarantee the consistent of the data space geographic position of data that terminal device reports and submits and data management service subsystem, data management service subsystem can be realized to the accurate monitoring of on-site terminal equipment availability situation and scheduling.3, the present invention supports that site work personnel are according to on-site actual situations, in the work layer of terminal device, add the vector graphics of newly-increased data acquisition target and set up data acquisition field, compared with existing acquisition method and system, on-the-spot job requirements complicated and changeable can be adapted to.4, the integral collecting of the multivariate data such as support vector figure of the present invention, list, text and multimedia and transmission, support the operation of map graph interface, data association degree is high, can meet the demand of the various on-site data gathering business of industry such as civil administration, territory, water conservancy, agricultural, forestry, statistics, meteorology, earthquake.5, the present invention is according to mission requirements, on-site terminal equipment is carried out marshalling and work compound, VLAN is formed by internet and mobile communications network with data management service subsystem, thus the data syn-chronization realized between terminal device is with shared, thus the waste that repetition operation causes can be avoided.The present invention can be widely used for the on-site data gathering operation of various industry.
Accompanying drawing explanation
Fig. 1 is system of the present invention composition schematic diagram
Fig. 2 is data management service subsystem work schematic flow sheet of the present invention
Fig. 3 is terminal device workflow schematic diagram of the present invention
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
As shown in Figure 1, the present invention can be realized by a data acquisition system (DAS), this system comprises data management service subsystem 1, database 2 and more than one terminal device 3 for on-site data gathering operation, data management service subsystem 1 can be set up data communication by internet and mobile communications network with each terminal device 3 and be connected, Virtual LAN, carries out data interaction by LAN and database 2 simultaneously.
The user of system comprises commanding in the rear personnel and site work personnel.Wherein, commanding in the rear personnel are in charge of service data management service subsystem 1, by data management service subsystem 1 newdata acquisition tasks and the work on the spot group performing data acquisition session, make the task data bag comprising background base map, work layer and data acquisition list, and task data bag is distributed in the standby terminal device of work on the spot assembly 3.Site work personnel are responsible for operation terminal device 3 collection site data, collection target in positioning work layer, gather the attribute of target and record by filling in data acquisition list or revising the data that field real-time acquisition arrives, and give data management service subsystem 1 by the datagram collected.Data management service subsystem 1 is verified the data received, and is then stored in database 2.Store the essential information of data acquisition list, background base map, work layer, task data bag and work on the spot group in database 2, call in order to data management service subsystem 1 and show.
The present invention adopts enterprise schema's collection site data of task framework, and image data comprises the various ways such as vector graphics, list, text and multimedia.Be described to gather Natural Disaster data for embodiment below, its workflow comprises the following steps:
1) arrange a data acquisition system (DAS), this system comprises data management service subsystem 1, database 2 and more than one terminal device 3 for on-site data gathering operation.
Wherein, for realize towards multiple, polymorphic type task data acquisition and meet on-the-spot newly-increased data acquisition job requirements, commanding in the rear personnel also make a task and list contingency table and a task and layer contingency table by data management service subsystem 1, reach in database 2 and store.Task and list contingency table comprise a mission number field and a data acquisition form name field, with the incidence relation of logger task and data acquisition list.Task and layer contingency table comprise a mission number field and and to work layer name field, with the incidence relation of logger task and layer.
Gather for realizing the data such as data acquisition list, text and multimedia, commanding in the rear personnel make a multimedia file table by data management service subsystem 1 simultaneously, reach in database 2 and store.Multimedia file table comprises a multimedia file number field, a multimedia file name field, an acquisition and recording number field and a data acquisition form name field, with the incidence relation of the acquisition and recording and multimedia file that record data acquisition list.
2) commanding in the rear personnel make background base map by general remote sensing image process software, make work layer and data acquisition list by data management service subsystem 1, and reach storage in database 2:
1. commanding in the rear personnel are by general remote sensing image process software, with the ground control point of field regions or did geometric accurate correction remote sensing image product for reference, geometric accurate correction is carried out to the high-resolution remote sensing image of field regions, and add map projection's information, generate the background base map of field regions.
2. the background base map that commanding in the rear personnel mark and draw instrument region at the scene by the built-in vector graphics of data management service subsystem 1 is marked and drawed the vector graphics (point, line, surface) of field regions, each vector graphics is corresponding with a collection in worksite target.The set of one group of vector graphics and topological relation thereof is the work layer of field regions.Vector graphics plotting instrument can adopt the instrument as GIS Integrated Simulation such as SuperMapDeskPro.
3. commanding in the rear personnel arrange corresponding field according to data acquisition demand by the list management tool that data management service subsystem 1 is built-in, generate data acquisition list.
Wherein, the field of data acquisition list comprises following two classes: a class is the field that data acquisition list associates with work layer vector graphics, comprises the vector graphics number field in an acquisition and recording number field, a mission number field and a work layer; One class is the field of the concrete image data of site work, as earthquake disaster data acquisition operation need set the field such as number and direct economic loss between disaster time of origin, magnitude of earthquake, seismic intensity, population suffered from disaster, collapsed house.
3) commanding in the rear personnel pass through the newly-built data acquisition session of data management service subsystem 1 according to data acquisition demand, background base map, work layer and the data acquisition list relevant to this task is downloaded from database 2, be encapsulated as a task data bag, and task data bag reached storage in database 2:
1. task essential information is set by the task management tool in data management service subsystem 1, as information such as mission number, task names, task type, start-up time and content descriptions;
2. data management service subsystem 1 is downloaded the background base map relevant to this task and to be worked layer from database 2, and adopts map overlay instrument by background base map and shop drawing is stacked adds as monitoring layer;
3. task essential information, monitoring layer and data acquisition list are encapsulated as a task data bag by data management service subsystem 1, reach in database 2 and store, the memory address of logger task packet.
Wherein, during encapsulation task packet, task is needed to associate with required work layer, data acquisition list, an i.e. every newly-built data acquisition session, just by step 1) respectively add a record in the task of setting up and layer contingency table and task and list contingency table, record this mission number, the work layer title corresponding with this task and data acquisition form name.
4) commanding in the rear personnel set up the work on the spot group performing data acquisition session by data management service subsystem 1, and the memory address of task data bag are distributed in the standby terminal device of work on the spot assembly 3.
Wherein, commanding in the rear personnel organize into groups terminal device 3, set up data communication with data management service subsystem 1 to be connected, be built into VLAN, and the essential information of work on the spot group is set by the task management tool in data management service subsystem 1, the essential information of work on the spot group is reached in database 2 and store.The essential information of work on the spot group comprises marshalling number, site work personal information, and corresponding terminal device 3 information etc.
5) site work personnel download and install task data bag by terminal device 3.
6) site work personnel are by terminal device 3 vector graphics that location is corresponding with gathering target in work layer, according to the real time data gathering target, for the relevant field in data acquisition list adds acquisition and recording:
1. site work personnel check whether the work layer in task data bag has the vector graphics corresponding with gathering target:
If vector graphics does not exist, then enter step 2.;
If vector graphics exists, then enter step 3.;
2. according to on-the-spot needs, site work personnel mark and draw instrument by its built-in vector graphics and add and paint new vector graphics in work layer on terminal device 3, needing to add acquisition and recording in the data acquisition list corresponding with it, and under the vector graphics number field of data acquisition list, add the numbering of this vector graphics, both realizations associate;
3. by the navigation module that terminal device 3 is built-in, vector graphics corresponding with gathering target in site work personnel positioning work layer, and choose this vector graphics;
4. terminal device 3 launches the data acquisition list corresponding with the vector graphics chosen;
Wherein, terminal device 3 is in task and layer contingency table, the mission number of association is retrieved according to the title of the work layer at the vector graphics place chosen, then in task and list contingency table, retrieve and the data acquisition form name associated according to mission number, thus launch the data acquisition list corresponding with the vector graphics chosen;
5. site work personnel check in the data acquisition list of expansion whether there is the field relevant to gathering objective attribute target attribute:
If field does not exist, then enter step 6.;
If field exists, then enter step 7.;
6. in data acquisition list, new field is added;
7. site work personnel are that relevant field in data acquisition list adds acquisition and recording according to gathering the real time data of target.
Wherein, often add an acquisition and recording, also need in data acquisition list, record the vector graphics numbering in corresponding mission number, work layer and acquisition and recording numbering, acquisition and recording is associated with corresponding work layer vector graphics.In addition, site work personnel can also be that acquisition and recording makes the multimedia files such as corresponding photo site or video by the image capture module that terminal device 3 is built-in.Often make a multimedia file, just in multimedia file table, add a record, record multimedia file numbering, multimedia file title, acquisition and recording numbering and data acquisition form name, make multimedia file associate with acquisition and recording.
7) datagram of collection in worksite is given data management service subsystem 1 by terminal device 3.
Wherein, the data that terminal device 3 reports comprise data acquisition list, the multimedia file such as picture or video, and vector graphics newly-increased in work layer.Data acquisition list transmits in xml format, and vector graphics, picture or video file are transmitted by HTTPHandler.
8) data that report of data management service subsystem 1 receiving terminal apparatus 3, reach after verifying its completeness and efficiency in database 2 and store.
Wherein, the data acquisition list of the XML format that data management service subsystem 1 is sent by WebServices receiving terminal apparatus 3, the multimedia files such as the vector graphics that the HTTPHandler request receiving terminal device 3 sent by response terminal equipment 3 is sent, picture or video.Breakpoint transmission is supported in the transmission of data management service subsystem 1 pair of multimedia file such as picture or video, and when there are the abnormal conditions that transmission is interrupted suddenly, the information received can not be lost.
In above-described embodiment, commanding in the rear personnel can also be monitored on-site data gathering progress and situation of change by the Mission Monitor module that data management service subsystem 1 is built-in, and Mission Monitor comprises the following steps:
1. commanding in the rear personnel choose a task from the task list of data management service subsystem 1, the task data bag of this task is called in by data management service subsystem 1 from database 2, by map overlay instrument by the background base map in task data bag with shop drawing is stacked adds as monitoring layer, and monitoring layer is shown to commanding in the rear personnel by display device;
2., when commanding in the rear personnel choose the vector graphics in monitoring layer, data management service subsystem 1 launches data acquisition list corresponding to vector graphics therewith;
Wherein, data management service subsystem 1 is by the work layer title at vector graphics place, retrieve with layer contingency table the mission number associated from task, according to mission number, from task with retrieve the data acquisition form name associated list contingency table, and then find and launch data acquisition list corresponding to vector graphics therewith;
3., when commanding in the rear personnel choose the acquisition and recording on data acquisition list, if this acquisition and recording has corresponding multimedia file, data management service subsystem 1 plays multimedia file corresponding to acquisition and recording therewith.
Wherein, data management service subsystem 1, by acquisition and recording numbering and data acquisition form name, retrieves multimedia file numbering and the title of association, and then finds and play multimedia file corresponding to acquisition and recording therewith from multimedia file table.
In above-described embodiment, for realizing collaborative work and information sharing between site work personnel, the collection in worksite data that receive can also be given the terminal device 3 of every site work personnel by data management service subsystem 1 with broadcast mode synchronization distribution; The terminal device 3 of each site work personnel can be obtained by the broadcast service of data management service subsystem 1 simultaneously and show the data on other operating personnel's terminal devices 3, thus realizes work compound.
In above-described embodiment, each terminal device 3 all can adopt as the mobile device such as smart mobile phone, PDA.
The various embodiments described above are only for illustration of the present invention; the connection of each parts and structure all can change to some extent; on the basis of technical solution of the present invention; all improvement of carrying out the connection of individual part and structure according to the principle of the invention and equivalents, all should not get rid of outside protection scope of the present invention.
Claims (5)
1., towards an on-the-spot multivariate data integral collecting method for polymorphic type task, it is characterized in that, comprise the following steps:
1) data acquisition system (DAS) is set, comprises a data management service subsystem, a database and more than one terminal device for collection site data; Commanding in the rear personnel also make a task and layer contingency table, a task and list contingency table and a multimedia file table by data management service subsystem, and reach databases storage; Task and layer contingency table comprise a mission number field and and to work layer name field; Task and list contingency table comprise a mission number field and a data acquisition form name field; Multimedia file table comprises a multimedia file number field, a multimedia file name field, an acquisition and recording number field and a data acquisition form name field;
2) commanding in the rear personnel make background base map, work layer and data acquisition list by data management service subsystem, and reach databases storage; Vector graphics number field in one mission number field, a work layer and an acquisition and recording number field are also set in data acquisition list;
Commanding in the rear personnel are by general remote sensing image process software, with the ground control point of field regions or did geometric accurate correction remote sensing image product for reference, geometric accurate correction is carried out to the high-resolution remote sensing image of field regions, and add map projection's information, generate the background base map of field regions; Commanding in the rear personnel mark and draw the vector graphics background base map in instrument region at the scene being marked and drawed field regions by the built-in vector graphics of data management service subsystem, each vector graphics is corresponding with a collection in worksite target, and the set of one group of vector graphics and topological relation thereof is the work layer of field regions; Commanding in the rear personnel arrange corresponding field according to data acquisition demand by the list management tool that data management service subsystem is built-in, generate data acquisition list;
3) commanding in the rear personnel pass through the newly-built data acquisition session of data management service subsystem according to data acquisition demand, and background base map, work layer and the data acquisition list relevant to this task is downloaded from database, be encapsulated as a task data bag, and task data bag reached databases storage; During encapsulation task packet, a record is added in task and layer contingency table, record this mission number and the work layer title corresponding with this task, in task and list contingency table, add a record, record this mission number and the data acquisition form name corresponding with this task;
4) commanding in the rear personnel set up the work on the spot group performing data acquisition tasks by data management service subsystem, and the memory address of task data bag are distributed in the standby terminal device of work on the spot assembly;
5) site work personnel download and install task data bag by terminal device;
6) site work personnel are by the terminal device vector graphics that location is corresponding with gathering target in work layer, according to the real time data gathering target, for the relevant field in data acquisition list adds acquisition and recording; When adding acquisition and recording for the field in data acquisition list, often adding an acquisition and recording, in data acquisition list, just recording the vector graphics numbering in corresponding mission number, work layer and acquisition and recording numbering; When terminal user makes corresponding multimedia file for acquisition and recording, often make a multimedia file, in multimedia file table, just record corresponding multimedia file numbering, multimedia file title, acquisition and recording numbering and data acquisition form name;
7) datagram of collection in worksite is given data management service subsystem by terminal device;
8) data that report of data management service subsystem receiving terminal apparatus, reach databases storage after verifying its completeness and efficiency.
2. a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task as claimed in claim 1, is characterized in that: described step 3) in, by the task management tool in data management service subsystem, task essential information is set; Data management service subsystem adopts map overlay instrument by background base map and shop drawing is stacked adds as monitoring layer; Task essential information, monitoring layer and data acquisition list are encapsulated as a task data bag by data management service subsystem, reach databases storage, and the memory address of logger task packet.
3. a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task as claimed in claim 1 or 2, is characterized in that: described step 6) comprise the following steps:
1. site work personnel check whether the work layer in task data bag has the vector graphics corresponding with gathering target:
If vector graphics does not exist, then enter step 2.;
If vector graphics exists, then enter step 3.;
2. according to on-the-spot needs, site work personnel mark and draw instrument by its built-in vector graphics on the terminal device and add and paint new vector graphics in work layer, needing to add acquisition and recording in the data acquisition list corresponding with it, and under the vector graphics number field of data acquisition list, add the numbering of this vector graphics, both realizations associate;
3. by the navigation module that terminal device is built-in, vector graphics corresponding with gathering target in site work personnel positioning work layer, and choose this vector graphics;
4. terminal device launches the data acquisition list corresponding with the vector graphics chosen;
5. site work personnel check in the data acquisition list of expansion whether there is the field relevant to gathering objective attribute target attribute:
If field does not exist, then enter step 6.;
If field exists, then enter step 7.;
6. in data acquisition list, new field is added;
7. site work personnel are that relevant field in data acquisition list adds acquisition and recording according to gathering the real time data of target.
4. a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task as claimed in claim 1 or 2, it is characterized in that: commanding in the rear personnel are also monitored on-site data gathering progress and situation of change by the Mission Monitor module that data management service subsystem is built-in, and it comprises the following steps:
1. commanding in the rear personnel choose a task from the task list of data management service subsystem, the task data bag of this task is called in by data management service subsystem from database, by map overlay instrument by the background base map in task data bag with shop drawing is stacked adds as monitoring layer, and monitoring layer is shown to commanding in the rear personnel by display device;
2., when commanding in the rear personnel choose the vector graphics in monitoring layer, data management service subsystem launches data acquisition list corresponding to vector graphics therewith;
3., when commanding in the rear personnel choose the acquisition and recording on data acquisition list, if this acquisition and recording has corresponding multimedia file, data management service subsystem plays multimedia file corresponding to acquisition and recording therewith.
5. a kind of on-the-spot multivariate data integral collecting method towards polymorphic type task as claimed in claim 1 or 2, is characterized in that: data management service subsystem by the collection in worksite data that receive with broadcast mode synchronization distribution to the terminal device of every site work personnel.
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| CN107479792B (en) * | 2017-08-19 | 2020-05-05 | 杭州幂拓科技有限公司 | Intelligent grid forecast correction method and system |
| CN110853042B (en) * | 2019-11-14 | 2023-01-10 | 空间信息产业发展股份有限公司 | Automatic secret-involved vector graph segmentation system and method based on image recognition |
| CN115357601B (en) * | 2022-10-19 | 2023-01-24 | 广东电网有限责任公司佛山供电局 | Method and system for acquiring real-time data of power transformation work |
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| US7739138B2 (en) * | 2003-05-19 | 2010-06-15 | Trimble Navigation Limited | Automated utility supply management system integrating data sources including geographic information systems (GIS) data |
| CN101079052A (en) * | 2007-07-06 | 2007-11-28 | 石家庄汉佳信息技术有限公司 | Basic map information dynamic collection and maintenance method |
| CN102096759A (en) * | 2010-12-03 | 2011-06-15 | 东南大学 | Real-time land cluster survey method |
| CN102208093B (en) * | 2010-12-31 | 2012-11-14 | 航天恒星科技有限公司 | Disaster information acquiring and reporting system |
| CN102270277A (en) * | 2011-07-08 | 2011-12-07 | 福州特力惠电子有限公司 | Territorial resource GPS (Global Positioning System) mobile law enforcement system and method |
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