CN105183267A - In-place survey mobile device allowing real-time interactions and in-place survey method - Google Patents
In-place survey mobile device allowing real-time interactions and in-place survey method Download PDFInfo
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- CN105183267A CN105183267A CN201410260185.XA CN201410260185A CN105183267A CN 105183267 A CN105183267 A CN 105183267A CN 201410260185 A CN201410260185 A CN 201410260185A CN 105183267 A CN105183267 A CN 105183267A
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Abstract
The invention provides an in-place survey mobile device allowing real-time interactions and an in-place survey method, which comprise a digital map display module, a remote end data access module, a digital map marking module and a survey information input module, wherein the digital map display module displays a digital map on a screen of the mobile device; the remote end data access module provides position information of the mobile device to a remote end server via an internet and also receives a kind of near regional data returned back by the remote end server; the digital map marking module marks a regional coverage scope or sampling distribution records on the digital map according to the near regional data; the survey information input module comprises the screen which displays an editable interface on the mobile device, and the editable interface allows a user to compile the regional coverage scope or the sampling distribution records of any position in the digital map; and the remote end data access module uploads the compiled regional coverage scope or the sampling distribution records to the remote end server.
Description
Technical field
The invention relates to one and now investigate mobile device and method, particularly about a kind of can immediate interactive now investigate mobile device and existing investigation method.
Background technology
Now investigate operation is a ring very important in environmental engineering, the assessment operation of environment site and pollution potential analysis always; especially be flooded with pollution risk everywhere in modern environment, therefore must often carry out now investigating operation to monitor the environmental aspect arround life.Such as, due to the pollution source high-risk populations that factory is use or discharge harmful, be no matter in running or discarded after all must carry out now investigating operation to monitor the situation of soil and underground water arround it, to understand by this in this running/discarded after factory to arround the pollution potential that causes.Again such as, when land use object is changed (such as Reconstruction of factories is house or leisure center), when even turning factory's continuation operation, whether the context situation can assessing current displaced plant by now investigating operation gained information is applicable to being used once again.In addition, carry out utilizing now investigate operation gained information and also to can be used to control in running/discarded after arround factory resident whether have to be exposed to and pollute risk in the lower health caused and doubt.
But now investigating operation is but the engineering of not easily carrying out.Traditionally, now investigating operation to carry out one, a large amount of documents must be prepared in advance and prepare, such as, preparing up-to-date aerial photo map, history aerial photo map, sample record, this region related data etc., to understand at present about the context situation of this region.And also must do a large amount of paper pen/Taking Pictures recordings when carrying out investigation operation in scene, also this paper pen notes/Taking Pictures recording must be arranged, quite inconvenience afterwards.In addition, traditionally to investigate post-job evaluation process also quite consuming time existingly, because conventional on-site investigation operation after cannot rapidly by obtained information back be further analyzed at once and overall pollution potential assessment, and due to information cannot share immediately also cause investigation work efficiency decline problem.
Summary of the invention
Because the problem of above-mentioned known technology, the object of the present invention is to provide a kind of for immediate interactive now investigate mobile device, make field investigation personnel that this mobile device can be utilized to obtain the relevant information about this region rapidly and prepare without the need to mass data in advance when carrying out now investigating and sampling, and the scope of record/inspect that can be simple and quick in the process of investigation about certain special-purpose of this region and sample record, and be back to back-end server after reordering rapidly to carry out the operation such as the assessment of environment site and pollution potential analysis/management immediately.
According to object of the present invention, propose a kind ofly to investigate mobile device for immediate interactive, it includes and operates the numerical map display module, a remote data access module, a numerical map mark module, a survey information load module and the GPS locating module that couple existingly.This numerical map display module is that display one numerical map is in the screen of this mobile device; One positional information of this mobile device is provided to a far-end server by world-wide web by this remote data access module, and be received from this far-end server passback one near zone data; This numerical map mark module marks a geographical coverage or a sample distribution record according to this neighbouring zone data on this numerical map; This survey information load module comprises an editing interface, and this editing interface is the screen being shown in this mobile device, and edits this geographical coverage or this sample distribution record of an optional position in this numerical map for user; This GPS locating module operates with detect this mobile device one instant geographical location information, and the instant geographical location information detected by GPS locating module is provided to this far-end server by this remote data access module.In the present invention, this geographical coverage through editing or this sample distribution record are uploaded to this far-end server by this remote data access module.
Based on above-mentioned conception, this sample distribution record comprises a sample numbering.
Based on above-mentioned conception, this geographical coverage is displaced plant's covering scope.
Based on above-mentioned conception, this numerical map mark module adopts different colours for different sample and is marked on this numerical map by this sample distribution record.This numerical map of this numerical map display module display is selected from one of them of road schematic diagram, up-to-date aerial photo map and history aerial photo map.
Based on above-mentioned conception, the mobile device of investigating for immediate interactive of the present invention comprises one first query interface existingly further, and it is this geographical coverage by clicking on this numerical map and starts.The display of this first query interface is associated with details of this clicked geographical coverage.
Based on above-mentioned conception, the mobile device of investigating for immediate interactive of the present invention comprises an editing interface existingly further, and it is this geographical coverage by clicking on this numerical map and starts.User edits this geographical coverage by this editing interface or is associated with the details of this clicked region usable range.
Based on above-mentioned conception, the mobile device of investigating for immediate interactive of the present invention comprises one second query interface existingly further, and it is this sample distribution record by clicking on this numerical map and starts.This second query interface is the sampling details that display is associated with this sample distribution record.
Based on above-mentioned conception, this remote data access module is that timing batch carries out the operation of data automatic synchronization to this far-end server, and can suspend this data automatic synchronization operation according to network connectivity situation or restart this data automatic synchronization operation.
According to object of the present invention, propose a kind of existing ground investigation method for immediate interactive in addition, the method is applied to a mobile device and implements.Existing ground investigation method for immediate interactive of the present invention comprises the following steps: by world-wide web, one positional information of this mobile device is provided to a far-end server, and zone data near be received from that this far-end server returns; Screen in this mobile device shows a numerical map, and on this numerical map, marks a geographical coverage or a sample distribution record according to this neighbouring zone data; Screen in this mobile device shows an editing interface, and this editing interface edits this geographical coverage or this sample distribution record of an optional position in this numerical map for user; And from this mobile device upload through editor this geographical coverage or this sample distribution be recorded to this far-end server.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: utilize GPS to locate an instant geographical location information of this mobile device, and this instant geographical location information is provided to this far-end server.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: this geographical coverage clicked on this numerical map is associated with this clicked geographical coverage with display or is associated with the details of this clicked geographical coverage.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: click this geographical coverage on this numerical map to edit this geographical coverage or to be associated with the details of this clicked geographical coverage.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: this sample distribution record marking different sample on this numerical map with different colours.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: this sample distribution record clicked on this numerical map is associated with sampling details of this sample distribution record with display.
Based on above-mentioned conception, of the present inventionly the existing ground investigation method of immediate interactive more can comprise following steps: batch a data automatic synchronization operation is carried out to this far-end server, and suspend this data automatic synchronization operation according to network connectivity situation, or restart this data automatic synchronization operation.
From the above, according to of the present invention can immediate interactive existing investigate mobile device and now investigation method can realize following advantage: fast fetching must investigate domain information fresh needed for scene and history samples record, and last samples record can be inputted quickly and easily and according to existing ground situation correction regional information in time investigating, after investigation completes, more rapidly enquiry data can be returned for further analysis and overall pollution potential of back-end server assess.
Accompanying drawing explanation
Fig. 1 is the overall architecture schematic diagram now investigating mobile device according to the present invention one specific embodiment;
Fig. 2 A is the process flow diagram of the existing ground investigation method according to the present invention one specific embodiment;
Fig. 2 B is the process flow diagram of the existing ground investigation method according to another specific embodiment of the present invention;
Fig. 3 is a mobile device screen display frame, and it illustrates by GPS positioning mobile device on numerical map;
Fig. 4 is a mobile device screen display frame, and it illustrates the interface of carrying out Position input in a manual manner;
Fig. 5 is a mobile device screen display frame, and its explanation marks geographical coverage on numerical map;
Fig. 6 is a mobile device screen display frame, and its explanation marks sample distribution record on numerical map;
Fig. 7 is a mobile device screen display frame, and it is illustrated on map and shows details;
Fig. 8 is a mobile device screen display frame, the tabular language of its display details;
Fig. 9 is a mobile device screen display frame, the classification of its display sample information;
Figure 10 is a mobile device screen display frame, an input picture of its display soil sampling information (such as, pedotheque sample information); And
Figure 11 is a mobile device screen display frame, another input picture of its display soil sampling information (such as, pedotheque sample information).
Wherein, description of reference numerals is as follows:
1 mobile device
11 numerical map mark modules
12 numerical map display modules
13 survey information load modules
14GPS locating module
15 remote data access modules
101 soil sampling editing interfaces
111 soil sampling editing interfaces
2 users
3 far-end servers
31 numerical maps
32 present positions
41 menus
42 inputting interfaces
51 ground field marks
61 sampling designations
71 ground Domain Details
81 details viewing areas
91 editing interfaces
S20 ~ S27 step
Embodiment
Below enumerate specific embodiment to describe the content of this case in detail, and using accompanying drawing as aid illustration.The symbol mentioned in explanation is with reference to reference numeral.It should be noted that " the comprising " mentioned in explanation is an open term, should be construed to " comprise but be not limited to ".In addition, relevant technical staff in the field should be appreciated that, identity element/product often has different address modes, such as " numerical map " or " electronic chart ", " mobile device " or " portable apparatus ", therefore with mentioned same domain in this instructions and intimate element/product should be contained among this instructions scope.
Please refer to Fig. 1, Fig. 1 is the overall architecture schematic diagram now investigating mobile device 1 according to the present invention one specific embodiment.As shown in Figure 1, mobile device 1 of the present invention contains the numerical map mark module 11, numerical map display module 12, survey information load module 13, GPS locating module 14 and the remote data access module 15 that operate mutually and couple.Numerical map display module 12 operates to show a numerical map on the screen of mobile device 1, makes user 2 can obtain the cartographic information now investigated needed for operation quickly and easily.The information source of this numerical map can be provided by remote data access module 15 from far-end server 3, or namely this numerical map is stored in the storage device of mobile device 1 originally.Survey information load module 13 operates to show an editing interface in the screen of mobile device 1, and this editing interface edits geographical coverage or the sample distribution record of optional position in numerical map for user 2.GPS locating module 14 detects the instant geographical location information of mobile device 1, and provides this instant geographical location information to remote data access module 15, and this instant geographical location information is provided to far-end server 3 by remote data access module 15.Remote data access module 15 is as the communication conduit between mobile device 1 and far-end server 3, and that carries out stored data between the two by world-wide web uploads/download/synchronization job.Numerical map mark module 11 marks geographical coverage or sample distribution record based on the information that far-end server 3 provides on numerical map.
In field belonging to the present invention, person skilled should understand, mobile device 1 of the present invention can be selected from the portable apparatus with abundant graphic interface that smart mobile phone, panel computer, notebook computer, PDA etc. can access world-wide web or mobile network, and the storage device built in mobile device 1 is a kind of machine-readable form storage computer data, comprise volatility and non-volatile, removable and non-removable formula media, it includes but not limited to random access memory, ROM (read-only memory), Erasable Programmable Read Only Memory EPROM, electronic type EPROM, flash memory or other solid-state memory technology, laser disc or other optical storage device, magnetic card casket, tape, disk storage or other mass storage, or can be used for storing desired information and other media any that can be accessed by this computer.
Please refer to Fig. 2 A, which illustrate the process flow diagram of the existing ground investigation method according to the present invention one specific embodiment, now investigation method of the present invention is the mobile device that is applied to as shown in Figure 1 and implements; Fig. 3 to Figure 11 then shows and performs corresponding mobile device screen display frame with each step of the method.
As shown in the step S21 of Fig. 2 A (subelement symbol please also refer to Fig. 1), user 2, in time carrying out now investigating operation, first starts the GPS locating module 14 in mobile device 1 of the present invention.GPS locating module 14 is that running is with the instant geographical location information detecting mobile device 1, and provide this instant geographical location information to remote data access module 15, this instant geographical location information is provided to far-end server 3 by remote data access module 15, and wherein in order to user 2 can be confirmed, whether the location in this instant geographic position is correct.Preferably, the instant geographical location information detected is provided to numerical map display module 12 (as shown in Figure 3) by GPS locating module 14, allows numerical map display module 12 be that running confirms for user to show this instant geographic position on the screen of mobile device 1.As shown in Figure 3, digitally Figure 31 is shown in the screen of mobile device 1, simultaneously and mark mobile device 1 in the present position 32 of digitally Figure 31.In the present invention, the digitally Figure 31 shown by numerical map display module 12 is selected from one of them of road schematic diagram, up-to-date aerial photo map and history aerial photo map.
Please refer to the step S22 of Fig. 2 A, if mobile device 1 is in the not good area of GPS signal reception, and when causing GPS locating module 14 normally to play a role, then can use the position (as shown in Figure 4) that manual mode inputs current mobile device 1 on the screen of mobile device 1 instead.Please refer to Fig. 4, mobile device 1 provides a menu 41 or inputting interface 42 to select a geographic position for user, after selecting or inputting, remote data access module 15 operates so that inputted geographical location information is sent to far-end server 3, and wherein inputting interface 42 can be preferably searched by key word and carry out menu formula to search result to select.
Please refer to the step S23 of Fig. 2 A, once receive the geographical location information of mobile device 1, namely far-end server 3 returns the remote data access module 15 of neighbouring zone data to mobile device 1 of mobile device 1, and wherein this neighbouring zone data comprises each land used regional extent (border etc. as displaced plant's scope, special geology) in the neighbourhood and sample information in detail.
Please refer to the step S24 of Fig. 2 A, remote data access module 15 is by after near reception, zone data is sent to numerical map mark module 11 and numerical map display module 12, numerical map mark module 11 is that running to mark geographical coverage according to this neighbouring zone data on numerical map, boundary line of the border of such as factory, displaced plant's covering scope, buildings scope, certain special geology etc., more then by numerical map display module 12 the screen of mobile device show this labeled after numerical map (as shown in Figure 5).Please refer to Fig. 5, ground field mark 51 marked the scope of factory and the actual size of shop building, the worker making now to investigate operation can simple and quick and information that is region near correctly obtaining and without the need to preparing operation on a large amount of paper before investigation, also a mobile device being provided with present system is only needed at the scene during investigation, save time and cost in a large number, improve correctness simultaneously.
In addition, numerical map mark module 11, except mark geographical coverage, also can mark sample distribution record (as shown in Figure 6) according to this neighbouring zone data on numerical map.As please refer to Fig. 6, numerical map mark module 11 is that running is to adopt different colours mark sampling designations 61 in this numerical map for different sample.For example, in sampling designations 61, soil sampling is green, and groundwater sampling is blue, and discarded object is sampled as brown, and simultaneously in drawing mark sample numbering.Thus, the worker now investigating operation can be very clear to the historical record of having sampled, and can accelerate overall survey process.It should be noted that, although for factory's investigation in above-described embodiment, but should understand in relevant technical staff in the field, without departing from the spirit and scope of the present invention, ground field mark 51 and sampling designations 61 also can be for other forms of field investigation operation, the objects such as such as geologic examination, water investigation, the assessment of environment site, pollution potential analysis.
Please refer to the step S25 of Fig. 2 A, by clicking geographical coverage on numerical map or sample distribution record to start a query interface, to inquire about further and to show relevant details, such as display is associated with the ground Domain Details of clicked geographical coverage or shows the sampling details being associated with sample distribution record.In other words, by the sampling designations 61 of the ground field mark 51 or Fig. 6 that click Fig. 5, by startup one query interface, and this query interface will directly obtain and explicitly Domain Details 71 (as shown in Figure 7) or Query Result is separately opened the page and be shown in details viewing area 81 (as shown in Figure 8) on numerical map.In a particular embodiment of the present invention, above-mentioned ground Domain Details or obtaining of sampling details are that after by remote data access module 15, distally server 3 requires, far-end server 3 is replied provides these data to obtain to the process of remote data access module 15.
Please refer to the step S26 of Fig. 2 A, by clicking numerical map to start survey information load module 13, this survey information load module 13 starts rear display one editing interface in the screen of mobile device 1, and this editing interface edits geographical coverage or the sample distribution record of optional position in this numerical map for user.For example, the ground field mark 51 by clicking Fig. 5 can revise the border setting of ground field mark 51 or the ground Domain Details of ground field mark 51.Or by clicking the sampling designations 61 of Fig. 6, survey information load module 13 will be started, survey information load module 13 starts rear display editing interface 91 (as shown in Figure 9), the various detailed data in sampling operation and process can be set in editing interface 91, such as, set together with investigator, investigator's control data, investigation facility control data, pedotheque sample record, groundwater sample sample record, discarded object sample record, monitor well master data, other business, confirmation form etc.
After clicking each classification item in editing interface 91, further can set thin item number certificate.Such as, after clicking the pedotheque sample record in editing interface 91, soil sampling editing interface 101 (as shown in Figure 10) will be entered, date collected, the method for sampling can be set among soil sampling editing interface 101, sieve project, sampling depth, analysis project etc. sampling details soon.
In addition, in soil sampling editing interface 111 (as shown in figure 11), the GPS location that also can obtain current mobile device from GPS locating module 14 directly sets sampling position, and directly uses the incidental photographic element of this mobile device to carry out shoot on location record.This geographical coverage through editing or this sample distribution record, after user edits, are sent to remote data access module 15 by survey information load module 13.
Should be noted, now investigate in mobile device of the present invention, such as can to click according to the difference clicking action, double-click or towing etc. different click action to distinguish click geographical coverage on numerical map or sample distribution record after start query interface or survey information load module 13.In an embodiment, selected the option of inquiry or information input by display after, again action is clicked to the geographical coverage on numerical map or sample distribution record, with distinguish click geographical coverage on numerical map or sample distribution record after start query interface or survey information load module 13.
Please refer to the step S27 of Fig. 2 A, the geographical coverage through editing or sample distribution record are uploaded to far-end server 3 by remote data access module 15.In an embodiment; remote data access module 15 timing batch carries out the operation of data automatic synchronization to far-end server 3; and suspend according to network connectivity situation or restart the operation of data automatic synchronization, such as suspend this data automatic synchronization operation when network connectivity ability is not good and after network recovery ability in joining wire, restart this data automatic synchronization operation.
In addition, the speed considering the wireless network in investigation/sampling area or mobile network is slowly or when not yet containing, be difficult at the scene of investigation/sampling directly by near world-wide web download, zone data is to mobile device, the present invention still has another kind of embodiment to overcome this kind of situation.Please refer to Fig. 2 B, which illustrate the process flow diagram of the existing ground investigation method according to another specific embodiment of the present invention.As shown in the step S20 of Fig. 2 B, before investigator sets out, in advance zone data near investigation place is downloaded to mobile device, the mode downloaded can be by entity connecting line, the such as connection wire of the various form of USB connecting line, RS232 connecting line, SATA connecting line etc., or downloaded by wire/wireless Local Area Network, or use infrared-ray communication/bluetooth communication/near-field communication (NFC)/radio-frequency discriminating (RFID) technology to download.Thus, investigate now/sample and would not be limited to on-the-spot wireless network or mobile network slowly or not contain and influenced.In addition, the same aforementioned embodiments of step S21 ~ S27 of Fig. 2 B, namely repeats no more at this.Must be noted that step S21 or S22 terminates rear direct subsequent steps S24.
According to above-mentioned flow process, of the present invention can the investigating mobile device existingly and can make field investigation personnel that this mobile device can be utilized when carrying out now investigating and sampling to obtain relevant information about this region rapidly and without the need to a large amount of document data encasement in advance of immediate interactive, and the scope inspecting or record certain special-purpose about this region, detailed data and relevant sample record that can be simple and quick in the process of investigation.In addition, more can be back to back-end server after reordering rapidly in order to carry out the operation such as the assessment of environment site and pollution potential analysis/management immediately, therefore the present invention really can simplify, accelerates overall survey process and improve investigation work efficiency.
The foregoing is only illustrative, but not be restricted.Anyly do not depart from claim of the present invention, and to its equivalent modifications of carrying out or change, all should be contained in attached claims.
Claims (19)
1. can immediate interactive investigate a mobile device existingly, it is characterized in that, described mobile device comprises:
One numerical map display module, shows a numerical map in the screen of described mobile device;
One remote data access module, zone data near of a far-end server download investigation place;
One numerical map mark module, marks a geographical coverage or a sample distribution record according to described neighbouring zone data on described numerical map; And
One survey information load module, comprises display one editing interface in the screen of described mobile device, and described editing interface edits the described geographical coverage of an optional position in described numerical map or described sample distribution record for a user;
Wherein, the described geographical coverage through editing or described sample distribution record are uploaded to described far-end server by described remote data access module.
2. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, one positional information of described mobile device is provided to described far-end server by world-wide web by described remote data access module, then is received from the described neighbouring zone data of described far-end server passback by world-wide web.
3. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described mobile device also comprises a GPS locating module, described GPS locating module is the instant geographical location information detecting described mobile device, and described instant geographical location information is provided to described far-end server by described remote data access module.
4. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described mobile device comprises one first query interface further, wherein said first query interface is described geographical coverage by clicking on described numerical map and starts, and described first query interface display is associated with details of clicked described geographical coverage.
5. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described mobile device comprises an editing interface further, wherein said editing interface is described geographical coverage by clicking on described numerical map and starts, and described user is by geographical coverage described in described editing interface editor or the details being associated with clicked described region usable range.
6. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described geographical coverage is displaced plant's covering scope.
7. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described sample distribution record comprise one sample numbering.
8. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described numerical map mark module adopts different colours to mark described sample distribution record on described numerical map for different sample.
9. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described mobile device comprises one second query interface further, wherein said second query interface is described sample distribution record by clicking on described numerical map and starts, and described second query interface display is associated with sampling details of described sample distribution record.
10. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, the described numerical map shown by described numerical map display module is selected from one of them of a road schematic diagram, a up-to-date aerial photo map and a history aerial photo map.
11. as claimed in claim 1 can immediate interactive investigate mobile device existingly, it is characterized in that, described remote data access module is that timing batch carries out a data automatic synchronization operation to described far-end server, and suspends the operation of described data automatic synchronization according to network connectivity situation or restart the operation of described data automatic synchronization.
12. 1 kinds can the existing ground investigation method of immediate interactive, and implement by being applied to a mobile device, it is characterized in that, described investigation method comprises the following steps:
Zone data near one of a far-end server download investigation place;
Screen in described mobile device shows a numerical map, and on described numerical map, marks a geographical coverage or a sample distribution record according to described neighbouring zone data;
Screen in described mobile device shows an editing interface, and described editing interface edits the described geographical coverage of an optional position in described numerical map or described sample distribution record for user; And
From described mobile device upload through editor described geographical coverage or described sample distribution be recorded to described far-end server.
13. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: by world-wide web, one positional information of described mobile device is provided to described far-end server, and once again by world-wide web be received from described far-end server passback one near zone data.
14. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: utilize GPS to locate an instant geographical location information of described mobile device, and described instant geographical location information is provided to described far-end server.
15. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: the described geographical coverage clicked on described numerical map is associated with clicked described geographical coverage with display or is associated with the details of clicked described geographical coverage.
16. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: click described geographical coverage on described numerical map to edit described geographical coverage or to be associated with the details of clicked described geographical coverage.
17. as claimed in claim 12 can the existing ground investigation method of immediate interactive, and it is characterized in that, described investigation method also comprises following steps: the described sample distribution record marking different sample on described numerical map with different colours.
18. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: the described sample distribution record clicked on described numerical map is associated with sampling details of described sample distribution record with display.
19. as claimed in claim 12 can the existing ground investigation method of immediate interactive, it is characterized in that, described investigation method also comprises following steps: batch carry out a data automatic synchronization operation to described far-end server, and suspend the operation of described data automatic synchronization according to network connectivity situation, or restart the operation of described data automatic synchronization.
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Cited By (1)
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| CN111552726A (en) * | 2020-04-21 | 2020-08-18 | 四川省地质工程勘察院集团有限公司 | Method for realizing intelligent acquisition of geological disaster investigation information |
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Application publication date: 20151223 |