CN105843843A - Method and system for establishing coding database in mine area - Google Patents
Method and system for establishing coding database in mine area Download PDFInfo
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- CN105843843A CN105843843A CN201610137661.8A CN201610137661A CN105843843A CN 105843843 A CN105843843 A CN 105843843A CN 201610137661 A CN201610137661 A CN 201610137661A CN 105843843 A CN105843843 A CN 105843843A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/21—Design, administration or maintenance of databases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/02—Agriculture; Fishing; Mining
Abstract
The invention discloses a method and a system for establishing a coding database in a mine area. The method specifically comprises steps of: acquiring a code, an exploitation level code, a mining region name code, a coal bed name code and a working face name code corresponding to a provincial name, a city name, a supervisor department name, an enterprise name, a project type, an exploitation level, a mining region name, a coal bed name and a working face name of a project selected by a user, and positioning geographic positions of a provinces, a production supervisor department, an enterprise, a project type, an exploitation level, a mining region, a coal bed and a working face corresponding to the above codes; and establishing a mapping relation between a project code and a corresponding map of the geographic positions. When the user needs to search a project map, only by inputting a code corresponding to the project, the system can quickly position and display maps corresponding to the geographic positions, which can help the user to position the position of the mine area in a quite direct, quick and accurate manner.
Description
Technical field
The present invention relates to GIS-Geographic Information System field, particularly relate to a kind of method setting up map coded data storehouse, mining area
And system.
Background technology
In the project management of mining area, generally, client firstly the need of by webpage, open Baidu's map or other
Map, inputs address information at the map page opened and clicks on search, thus navigating to corresponding position.This acquisition mining area
The way of search of position, its efficiency is low-down, and the use to user causes great inconvenience.
Summary of the invention
It is an object of the invention to provide a kind of method and system setting up map coded data storehouse, mining area, it is possible to quickly to
The mining area corresponding to project code of family input carries out positioning and show the map corresponding to mining area.
For achieving the above object, the invention provides following scheme:
A kind of method setting up coded data storehouse, mining area, described method specifically includes:
Obtain the provincial name encoding that the provincial title of the project that user selectes is corresponding, position described provincial name encoding institute
The geographical position in corresponding province；
Obtain the city name coding that the city name of the project that user selectes is corresponding, position described city name and encode institute
The geographical position in corresponding city；
Obtain authorities' name encoding that authorities' title of the project that user selectes is corresponding, position described supervisor portion
The geographical position in city corresponding to door name encoding；
Obtain the enterprise name coding that the enterprise name of the project that user selectes is corresponding, position described enterprise name and encode institute
The geographical position of corresponding enterprise；
Obtain the project category coding that the project category of the project that user selectes is corresponding, position described project category and encode institute
The corresponding geographical position residing for project category；
Obtain the mining level coding that the mining level of the project that user selectes is corresponding, position described mining level and encode institute
The geographical position at corresponding place, mining level mining area；
Obtain the exploiting field name encoding that the exploiting field title of the project that user selectes is corresponding, position described exploiting field name encoding institute
The geographical position in corresponding exploiting field；
Obtain the coal seam name encoding that the coal seam title of the project that user selectes is corresponding, position described coal seam name encoding institute
The corresponding geographical position residing for coal seam；
Obtain the work surface name encoding that the work surface title of the project that user selectes is corresponding, position described work surface title
The geographical position residing for work surface corresponding to coding；
Determine that the project code that described project is complete, described project code include that the provincial title of described project is compiled successively
Code, city name coding, authorities' coding, enterprise name coding, project category coding, mining level coding, exploiting field title
Coding, coal seam name encoding, work surface name encoding；
Set up the mapping relations of described project code and the map in corresponding geographical position.
Optionally, obtaining, described, the provincial name encoding that the provincial title of project that user selectes is corresponding, location is described
Before the geographical position in the province corresponding to provincial name encoding, also include:
Each provincial title is carried out the coding of correspondence, obtains provincial name encoding；
Each prefecture-level city's title is carried out the coding of correspondence, obtains city name coding；
Each authorities' title is carried out the coding of correspondence, obtains authorities' name encoding；
Each mining firm's title is carried out corresponding coding, obtains enterprise name coding；
Each item types is carried out corresponding coding, obtains project category coding；
Each mining level is carried out corresponding coding, obtains mining level coding；
Each exploiting field is carried out corresponding coding, obtains exploiting field coding；
Each coal seam is carried out corresponding coding, obtains coal seam coding；
Each work surface is carried out corresponding coding, obtains work surface coding.
Optionally, described set up described project code with after the mapping relations of the map in corresponding geographical position, also
Including:
Gather the project code of user's input；
The mapping relations of the project code map corresponding with it according to user's input, determine described project code correspondence
Map；
Show described map.
Optionally, the described correspondence that carries out each item types encodes, and obtains project category coding and specifically includes:
Surface movement and deformation monitoring is encoded to 1；
Ground movement and deformation prediction is encoded to 2；
Mine GPS control network is encoded to 3；
Mining area vertical control network is encoded to 4；
Mining area horizontal control network is encoded to 5；
Mining area three-dimension virtual reality is encoded to 6.
Optionally, the described correspondence that carries out each exploiting field encodes, and obtains exploiting field coding and specifically includes:
With first Arabic numerals, the orientation in exploiting field is encoded, by the second Arabic numerals order to exploiting field
Encode.
The present invention for achieving the above object, additionally provides another scheme:
A kind of system setting up coded data storehouse, mining area, described system includes:
Provincial name encoding acquiring unit, compiles for obtaining provincial title corresponding to the provincial title of the project that user selectes
Code, positions the geographical position in province corresponding to described provincial name encoding；
City name coding acquiring unit, compiles for obtaining city name corresponding to the city name of the project that user selectes
Code, positions the geographical position in city corresponding to described city name coding；
Authorities' name encoding acquiring unit, for obtaining the master that authorities' title of the project that user selectes is corresponding
Pipe department name encodes, and positions the geographical position in city corresponding to described authorities name encoding；
Enterprise name coding acquiring unit, compiles for obtaining enterprise name corresponding to the enterprise name of the project that user selectes
Code, positions the geographical position of the corresponding enterprise of described enterprise name coding；
Project category coding acquiring unit, compiles for obtaining project category corresponding to the project category of the project that user selectes
Code, positions the geographical position residing for project category corresponding to described project category coding；
Mining level coding acquiring unit, for obtaining the production of water flat sennit that the mining level of the project that user selectes is corresponding
Code, positions the geographical position at place, mining level mining area corresponding to described mining level coding；
Exploiting field name encoding acquiring unit, compiles for the exploiting field title obtaining the exploiting field title of the project that user selectes corresponding
Code, positions the geographical position in exploiting field corresponding to the name encoding of described exploiting field；
Coal seam name encoding acquiring unit, compiles for the coal seam title obtaining the coal seam title of the project that user selectes corresponding
Code, positions the geographical position residing for coal seam corresponding to the name encoding of described coal seam；
Work surface name encoding acquiring unit, for obtaining the work surface that the work surface title of the project that user selectes is corresponding
Name encoding, positions the geographical position residing for work surface corresponding to described work surface name encoding；
Complete project code determines unit, for determining that the project code that described project is complete, described project code depend on
Secondary include the provincial name encoding of described project, city name coding, authorities coding, enterprise name coding, project category
Coding, mining level coding, exploiting field name encoding, coal seam name encoding, work surface name encoding；
Mapping relations set up unit, close with the mapping of the map in corresponding geographical position for setting up described project code
System.
Optionally, described system also includes:
Provincial name encoding unit, for each provincial title carries out the coding of correspondence, obtains provincial title and compiles
Code；
City name coding unit, for each prefecture-level city's title carries out the coding of correspondence, obtains city
Name encoding；
Authorities' name encoding unit, for each authorities' title carries out the coding of correspondence, is led
Pipe department name encodes；
Enterprise name coding unit, for each mining firm's title carries out corresponding coding, obtains enterprise name
Coding；
Project category coding unit, for each item types carries out corresponding coding, obtains project category coding；
Mining level coding unit, for each mining level carries out corresponding coding, obtains mining level coding；
Exploiting field coding unit, for each exploiting field carries out corresponding coding, obtaining exploiting field coding；
Coal seam coding unit, for each coal seam carries out corresponding coding, obtains coal seam coding；
Work surface coding unit, for each work surface carries out corresponding coding, obtains work surface coding.
Optionally, described system also includes:
User's input coding collecting unit, for gathering the project code of user's input；
Map determines unit, is used for the mapping relations of the map corresponding with it of the project code according to user's input, really
The map that fixed described project code is corresponding；
Map denotation unit, is used for showing described map.
Optionally, described project category coding unit specifically includes:
Earth's surface monitoring coded sub-units, for being encoded to 1 by surface movement and deformation monitoring；
Surface movement coded sub-units, for being encoded to 2 by ground movement and deformation prediction；
GPS Controling network coded sub-units, for being encoded to 3 by mine GPS control network；
Vertical control network coded sub-units, for being encoded to 4 by mining area vertical control network；
Horizontal control network coded sub-units, for being encoded to 5 by mining area horizontal control network；
Three-dimension virtual reality coded sub-units, for being encoded to 6 by mining area three-dimension virtual reality.
Optionally, described exploiting field coding unit specifically includes:
Exploiting field azimuth coding subelement, for using first Arabic numerals to encode the orientation in exploiting field；Exploiting field
Sequential encoding subelement, for using second Arabic numerals to encode the order in exploiting field.
The specific embodiment provided according to the present invention, the invention discloses techniques below effect: the method that the present invention provides
With system, it is assigned with a fixing project code for each mining area, and sets up corresponding mining area coded number on this basis
According to storehouse.When each engineering project is set up first, according to the progressively selection of user, system is by ground corresponding with it for project code
Figure sets up mapping relations, and so, the data base of mining area coding just establishes, and after coded data storehouse, mining area establishes, uses
When project map is searched at family again, only needing the coding corresponding to cuit, system just can quickly position and demonstrate accordingly
The map in geographical position, can help user more intuitively, more convenient and more accurately position, mining area is positioned.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to institute in embodiment
The accompanying drawing used is needed to be briefly described, it should be apparent that, the accompanying drawing in describing below is only some enforcements of the present invention
Example, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to according to these accompanying drawings
Obtain other accompanying drawing.
Fig. 1 is the flow chart that the embodiment of the present invention sets up the method in coded data storehouse, mining area；
Fig. 2 is the structural representation that the embodiment of the present invention sets up the system in coded data storehouse, mining area.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Describe, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments wholely.Based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under not making creative work premise
Embodiment, broadly falls into the scope of protection of the invention.
It is an object of the invention to provide a kind of provides a kind of method and system setting up map coded data storehouse, mining area, it is possible to
The mining area corresponding to project code quickly inputted user positions and shows the map corresponding to mining area.
Understandable for enabling the above-mentioned purpose of the present invention, feature and advantage to become apparent from, real with concrete below in conjunction with the accompanying drawings
The present invention is further detailed explanation to execute mode.
Fig. 1 is the flow chart that the embodiment of the present invention sets up the method in coded data storehouse, mining area, as it is shown in figure 1, the present invention carries
The step of the method setting up map coded data storehouse, mining area of confession is:
S101: obtain the provincial name encoding that the provincial title of the project that user selectes is corresponding, position described provincial title
The geographical position in the province corresponding to coding；
S102: obtain the city name coding that the city name of the project that user selectes is corresponding, position described city name
The geographical position in the city corresponding to coding；
S103: obtain authorities' name encoding that authorities' title of the project that user selectes is corresponding, location is described
The geographical position in city corresponding to authorities' name encoding；
S104: obtain the enterprise name coding that the enterprise name of the project that user selectes is corresponding, position described enterprise name
The geographical position of the corresponding enterprise of coding；
S105: obtain the project category coding that the project category of the project that user selectes is corresponding, position described project category
The geographical position residing for project category corresponding to coding；
S106: obtain the mining level coding that the mining level of the project that user selectes is corresponding, position described mining level
The geographical position at the place, mining level mining area corresponding to coding；
S107: obtain the exploiting field name encoding that the exploiting field title of the project that user selectes is corresponding, position described exploiting field title
The geographical position in the exploiting field corresponding to coding；
S108: obtain the coal seam name encoding that the coal seam title of the project that user selectes is corresponding, position described coal seam title
The geographical position residing for coal seam corresponding to coding；
S109: obtain the work surface name encoding that the work surface title of the project that user selectes is corresponding, position described work
The geographical position residing for work surface corresponding to the name encoding of face；
S110: determine that the project code that described project is complete, described project code include the provincial name of described project successively
Claim coding, city name coding, authorities' coding, enterprise name coding, project category coding, mining level coding, exploiting field
Name encoding, coal seam name encoding, work surface name encoding；
S111: set up the mapping relations of described project code and the map in corresponding geographical position.
Above-mentioned steps achieves the foundation of project code data base, also to enter each provincial title before above-mentioned steps
The coding that row is corresponding, obtains provincial name encoding；Each prefecture-level city's title is carried out the coding of correspondence, obtains
City name encodes；Each authorities' title is carried out the coding of correspondence, obtains authorities' name encoding；To each
Mining firm's title carries out corresponding coding, obtains enterprise name coding；Each item types is carried out corresponding coding,
Obtain project category coding；Each mining level is carried out corresponding coding, obtains mining level coding；Each exploiting field is entered
Row correspondence coding, obtains exploiting field coding；Each coal seam is carried out corresponding coding, obtains coal seam coding；To each work
Carry out corresponding coding as face, obtain work surface coding.
1) provincial name encoding
Provincial name encoding can be with " administrative regional division of the People's Republic of China's code " (GBT2260-2007) and country's system
Meter office " the above administrative division in Xin County and county code (ending on October 31st, 2014) " is that standard carries out encoding (two Arab
Numeral), see table.
2) prefecture-level city's name encoding
Prefecture-level city's name encoding can with " administrative regional division of the People's Republic of China's code " (GBT2260-2007) and
State Statistics Bureau's " the above administrative division in Xin County and county code (ending on October 31st, 2014) " is that standard carries out encoding (two
Arabic numerals).Such as, for Anhui Province, prefecture-level city's title and code Unified coding, see table.
| City | Code | City | Code | City | Code |
| Hefei City | 01 | Wuhu City | 02 | Bengbu | 03 |
| Huainan City | 04 | Maanshan City | 05 | Huaibei City | 06 |
| Tongling | 07 | Anqing | 08 | Huangshan | 10 |
| Chuzhou City | 11 | Fuyang City | 12 | Suzhou City | 13 |
| Lu'an City | 15 | Haozhou city | 16 | Chizhou City | 17 |
| Xuancheng City | 18 |
3) authorities' name encoding
Authorities' name encoding can according to the coal annual production of the said firm sequential encoding the most voluntarily (two I
Uncle's numeral).
Note: if a certain mining firm (referring to colliery, such as small coal mines) does not has authorities (referring to Mining Group), then mend with " 99 "
Together.
4) mining firm's name encoding
Mining firm's name encoding can according to authorities' (Mining Group) to the mining firm of its subordinate (refer to colliery or
Subsidiary) agreement determine.For coded system shown in the mining firm of Huainan Mining (Group) Co., Ltd. subordinate
Carry out encoding (two Arabic numerals).
Note: if a certain project is (as set up the CORS reference net of survey region, returning adjacent two work surfaces in two ore deposits
Adopt the surface movement and deformation caused to estimate etc.), involve multiple mining firm (such as Gu Qiao ore deposit and Gu Beikuang), then dig up mine
SPID represents with " 00 ".
5) item types coding
Item types coding can represent with Arabic numerals, is defined as follows:
" 1 " represents surface movement and deformation monitoring: represent that this project is substantially carried out the data process of surface movement and deformation monitoring
Analyzing, the Monitoring Data including observation station or other constructions of structures processes and analyzes, and also comprises ground movement and deformation prediction, three-dimensional
The contents such as the foundation of virtual reality model, mining subsidence evaluation.
" 2 " represent ground movement and deformation prediction: represent the surface movement and deformation that underground mining is mainly caused by this project
Carry out estimating and analyzing, including contents such as the foundation of three-dimension virtual reality model, mining subsidence evaluations.
" 3 " represent mine GPS control network: represent that the Controlling Network in Mine Area using GNSS location technology to set up is carried out by this project
Data process and analyze, including coordinate translocation and elevation translocation.
" 4 " represent mining area vertical control network: represent this project only to set up mining area vertical control network carry out data process and
Analyze.
" 5 " represent mining area horizontal control network: represent this project only to set up mining area horizontal control network carry out data process and
Analyze.
" 6 " represent mining area three-dimension virtual reality: represent that this project mainly sets up mining area Three Dimensional Ground virtual reality model.
6) mining level coding
Mining level coding is internal in mining firm (referring to colliery or subsidiary), can be according to the master-plan of mining firm
Scheme, starts to be indicated with two Arabic numerals from the first level.For a certain mining firm, at most up to 98 exploitations
Level.Such as, the code of the first mining level is " 01 ", and so on.
Note: if a certain mining firm (referring to colliery, such as small coal mines) does not demarcate water acquisition at ordinary times, then with " 99 " polishing；If
A certain project is (such as the surface movement and deformation setting up Controlling Network in Mine Area, back production to two work surfaces of different mining levels causes
Estimate etc.), involve multiple level, then mining level code represents with " 00 ".
7) exploiting field name encoding
Exploiting field name encoding is internal in mining firm (referring to colliery or subsidiary), according to the master-plan side of mining firm
Case, represents with two Arabic numerals, wherein the first bit digital represents the outline orientation in exploiting field, and second-order digit represents exploiting field
Serial number.Such as, first exploiting field, the north in a certain colliery, its numbered " 41 ", the second exploiting field, northeast, it is numbered "
62 ", and so on.
Note: if a certain small coal mines, only one of which exploiting field and do not have clear and definite azimuth information, then its numbered " 91 ", if having
Clear and definite azimuth information (such as the west and south), then its numbered " 71 ".If a certain mining firm (referring to colliery, such as small coal mines) is not if having
When dividing exploiting field, then with " 99 " polishing.If a certain project is (as set up Controlling Network in Mine Area, to two work surfaces in different exploiting fields
The surface movement and deformation that back production causes is estimated etc.), involve multiple exploiting field, then exploiting field code represents with " 00 ".
8) coal seam name encoding
Coal seam name encoding is internal in mining firm (referring to colliery or subsidiary), according to geological prospecting, with three Arab
Numeral represent, wherein front two numeral represents the numbering (such as 11 coals) of main coal seam, the 3rd bit digital represent point coal seam numbering (if
Without layering, then with " 9 " polishing).Such as, the 11-2 coal of Gu Qiaokuang, its numbered " 112 ".For the super high seam of separate zone production,
The method being also adopted by being similar to is numbered.Such as, the 1st layering of certain ore deposit back production 6 coal, then its numbered " 061 ".
Note: if a certain project is (such as the earth's surface setting up Controlling Network in Mine Area, back production to two work surfaces of different coal causes
Movement and deformation is estimated etc.), involve multiple coal seam, then coal seam code represents with " 000 ".
9) work surface name encoding
Work surface name encoding a certain mining level of this mining firm (referring to colliery or subsidiary), a certain exploiting field, certain
Carry out accumulative serial number according to mining sequence under one coal seam, represent with three Arabic numerals.
Note: if (as set up Controlling Network in Mine Area, back production to two work surfaces of the 11-2 coal in Gu Qiao ore deposit causes a certain project
Surface movement and deformation estimate etc.), involve multiple work surfaces of same coal seam, work surface name order code is "
000 ", software system the mode of the most accumulative serial number is used to set up.
By above-mentioned coding rule and design requirement, as set up colliery, Huainan Mining (Group) Co., Ltd. Pan one east
First mining level, the observation station of surface movement of the 1st work surface of 11-2 coal in northern first exploiting field, its project code is "
3404011410141112001 ", and so on.
After establishing mining area coding system according to above-mentioned rule, province that system progressively can select according to user, city, supervisor
Department, enterprise, project category etc., automatically generate project code, and correspond to the ground in geographical position corresponding to above-mentioned project code
Figure.So, the data base of mining area coding just establishes, and when user searches project map again, only needs corresponding to cuit
Coding, system just can quickly position and demonstrate the map in corresponding geographical position, can help user more intuitively, more
Convenient and more accurately position, mining area is positioned.
Fig. 2 is the structural representation that the embodiment of the present invention sets up the system in coded data storehouse, mining area, as in figure 2 it is shown, provincial
Name encoding acquiring unit 201, for obtaining the provincial name encoding that the provincial title of the project that user selectes is corresponding, positions institute
State the geographical position in province corresponding to provincial name encoding；City name coding acquiring unit 202, is used for obtaining user and selectes
City name coding corresponding to the city name of project, position the geographical position in city corresponding to described city name coding
Put；Authorities' name encoding acquiring unit 203, for obtaining the supervisor that authorities' title of the project that user selectes is corresponding
Department name encodes, and positions the geographical position in city corresponding to described authorities name encoding；Enterprise name coding obtains single
Unit 204, for obtaining the enterprise name coding that the enterprise name of the project that user selectes is corresponding, positions described enterprise name coding
The geographical position of corresponding enterprise；Project category coding acquiring unit 205, for obtaining the project category of the project that user selectes
Corresponding project category coding, positions the geographical position residing for project category corresponding to described project category coding；Production of water
Flat sennit code acquiring unit 206, for obtaining the mining level coding that the mining level of the project that user selectes is corresponding, location is described
The geographical position at the place, mining level mining area corresponding to mining level coding；Exploiting field name encoding acquiring unit 207, is used for obtaining
Take the exploiting field name encoding that the exploiting field title of the selected project in family is corresponding, position the exploiting field corresponding to the name encoding of described exploiting field
Geographical position；Coal seam name encoding acquiring unit 208, for obtaining the coal seam that the coal seam title of the project that user selectes is corresponding
Name encoding, positions the geographical position residing for coal seam corresponding to the name encoding of described coal seam；Work surface name encoding obtains single
Unit 209, for obtaining the work surface name encoding that the work surface title of the project that user selectes is corresponding, positions described work surface name
Claim the geographical position residing for work surface corresponding to coding；Complete project code determines unit 210, is used for determining described project
Complete project code, described project code includes the provincial name encoding of described project, city name coding, supervisor portion successively
Door coding, enterprise name coding, project category coding, mining level coding, exploiting field name encoding, coal seam name encoding, work
Face name encoding；Mapping relations set up unit 211, for setting up reflecting of the described project code map with corresponding geographical position
Penetrate relation.
The system that the present invention provides, also includes:
Provincial name encoding unit, for each provincial title carries out the coding of correspondence, obtains provincial title and compiles
Code；
City name coding unit, for each prefecture-level city's title carries out the coding of correspondence, obtains city
Name encoding；
Authorities' name encoding unit, for each authorities' title carries out the coding of correspondence, is led
Pipe department name encodes；
Enterprise name coding unit, for each mining firm's title carries out corresponding coding, obtains enterprise name
Coding；
Project category coding unit, for each item types carries out corresponding coding, obtains project category coding；
Mining level coding unit, for each mining level carries out corresponding coding, obtains mining level coding；
Exploiting field coding unit, for each exploiting field carries out corresponding coding, obtaining exploiting field coding；
Coal seam coding unit, for each coal seam carries out corresponding coding, obtains coal seam coding；
Work surface coding unit, for each work surface carries out corresponding coding, obtains work surface coding.
User's input coding collecting unit, for gathering the project code of user's input；
Map determines unit, is used for the mapping relations of the map corresponding with it of the project code according to user's input, really
The map that fixed described project code is corresponding；
Map denotation unit, is used for showing described map.
Described project category coding unit can also include: earth's surface monitoring coded sub-units, for by surface movement and deformation
Monitoring is encoded to 1；Surface movement coded sub-units, for being encoded to 2 by ground movement and deformation prediction；GPS Controling network coding
Unit, for being encoded to 3 by mine GPS control network；Vertical control network coded sub-units, for encoding mining area vertical control network
It is 4；Horizontal control network coded sub-units, for being encoded to 5 by mining area horizontal control network；Three-dimension virtual reality coded sub-units,
For mining area three-dimension virtual reality is encoded to 6.
Described mining level coding unit can also include: mining level coded sub-units, for using two Arab
Numeral starts to encode mining level from the first level.
Described exploiting field coding unit can also include: exploiting field azimuth coding subelement, for using first Arabic number
The orientation in exploiting field is encoded by word；Exploiting field sequential encoding subelement, for using suitable to exploiting field of second Arabic numerals
Sequence encodes.
The system that the present invention provides is after completing the foundation of data base of mining area coding, and user searches project map again
Time, only needing the coding corresponding to cuit, system just can quickly position and demonstrate the map in corresponding geographical position, can
With help user more intuitively, more convenient and more accurately position, mining area is positioned.
In this specification, each embodiment uses the mode gone forward one by one to describe, and what each embodiment stressed is and other
The difference of embodiment, between each embodiment, identical similar portion sees mutually.For system disclosed in embodiment
For, owing to it corresponds to the method disclosed in Example, so describe is fairly simple, relevant part sees method part and says
Bright.
Principle and the embodiment of the present invention are set forth by specific case used herein, saying of above example
Bright method and the core concept thereof being only intended to help to understand the present invention；Simultaneously for one of ordinary skill in the art, foundation
The thought of the present invention, the most all will change.In sum, this specification content is not
It is interpreted as limitation of the present invention.
Claims (10)
1. the method setting up coded data storehouse, mining area, it is characterised in that described method specifically includes:
Obtain the provincial name encoding that the provincial title of the project that user selectes is corresponding, position corresponding to described provincial name encoding
The geographical position in province；
Obtain the city name coding that the city name of the project that user selectes is corresponding, position described city name coding corresponding
The geographical position in city；
Obtain authorities' name encoding that authorities' title of the project that user selectes is corresponding, position described authorities name
Claim the geographical position in the corresponding city of coding；
Obtain the enterprise name coding that the enterprise name of the project that user selectes is corresponding, position described enterprise name coding corresponding
The geographical position of enterprise；
Obtain the project category coding that the project category of the project that user selectes is corresponding, position described project category coding corresponding
The geographical position residing for project category；
Obtain the mining level coding that the mining level of the project that user selectes is corresponding, position described mining level coding corresponding
The geographical position at place, mining level mining area；
Obtain the exploiting field name encoding that the exploiting field title of the project that user selectes is corresponding, position corresponding to the name encoding of described exploiting field
The geographical position in exploiting field；
Obtain the coal seam name encoding that the coal seam title of the project that user selectes is corresponding, position corresponding to the name encoding of described coal seam
The geographical position residing for coal seam；
Obtain the work surface name encoding that the work surface title of the project that user selectes is corresponding, position described work surface name encoding
The corresponding geographical position residing for work surface；
Determine that the project code that described project is complete, described project code include the provincial name encoding of described project, city name
Claim coding, authorities' coding, enterprise name coding, project category coding, mining level coding, exploiting field name encoding, coal seam
Name encoding, work surface name encoding；
Set up the mapping relations of described project code and the map in corresponding geographical position.
The method setting up coded data storehouse, mining area the most according to claim 1, it is characterised in that in described acquisition user's choosing
The provincial name encoding that the provincial title of fixed project is corresponding, positions the geographical position in province corresponding to described provincial name encoding
Before putting, also include:
Each provincial title is carried out the coding of correspondence, obtains provincial name encoding；
Each prefecture-level city's title is carried out the coding of correspondence, obtains city name coding；
Each authorities' title is carried out the coding of correspondence, obtains authorities' name encoding；
Each mining firm's title is carried out corresponding coding, obtains enterprise name coding；
Each item types is carried out corresponding coding, obtains project category coding；
Each mining level is carried out corresponding coding, obtains mining level coding；
Each exploiting field is carried out corresponding coding, obtains exploiting field coding；
Each coal seam is carried out corresponding coding, obtains coal seam coding；
Each work surface is carried out corresponding coding, obtains work surface coding.
The method setting up coded data storehouse, mining area the most according to claim 1, it is characterised in that set up described item described
Mesh encodes with after the mapping relations of the map in corresponding geographical position, also includes:
Gather the project code of user's input；
Project code according to user's input and the mapping relations of corresponding map, determine the ground that described project code is corresponding
Figure；
Show described map.
The method setting up coded data storehouse, mining area the most according to claim 2, it is characterised in that described to each item class
Type carries out corresponding coding, obtains project category coding and specifically includes:
Surface movement and deformation monitoring is encoded to 1；
Ground movement and deformation prediction is encoded to 2；
Mine GPS control network is encoded to 3；
Mining area vertical control network is encoded to 4；
Mining area horizontal control network is encoded to 5；
Mining area three-dimension virtual reality is encoded to 6.
The method setting up coded data storehouse, mining area the most according to claim 2, it is characterised in that described each exploiting field is entered
Row correspondence coding, obtains exploiting field coding and specifically includes:
With first Arabic numerals, the orientation in exploiting field is encoded, with second Arabic numerals, the order in exploiting field is carried out
Coding.
6. the system setting up coded data storehouse, mining area, it is characterised in that described system includes:
Provincial name encoding acquiring unit, for obtaining the provincial name encoding that the provincial title of the project that user selectes is corresponding,
Position the geographical position in province corresponding to described provincial name encoding；
City name coding acquiring unit, for obtaining the city name coding that the city name of the project that user selectes is corresponding,
Position the geographical position in city corresponding to described city name coding；
Authorities' name encoding acquiring unit, for obtaining the supervisor portion that authorities' title of the project that user selectes is corresponding
Door name encoding, positions the geographical position in city corresponding to described authorities name encoding；
Enterprise name coding acquiring unit, for obtaining the enterprise name coding that the enterprise name of the project that user selectes is corresponding,
Position the geographical position of the corresponding enterprise of described enterprise name coding；
Project category coding acquiring unit, for obtaining the project category coding that the project category of the project that user selectes is corresponding,
Position the geographical position residing for project category corresponding to described project category coding；
Mining level coding acquiring unit, for obtaining the mining level coding that the mining level of the project that user selectes is corresponding,
Position the geographical position at place, mining level mining area corresponding to described mining level coding；
Exploiting field name encoding acquiring unit, for obtaining the exploiting field name encoding that the exploiting field title of the project that user selectes is corresponding,
Position the geographical position in exploiting field corresponding to the name encoding of described exploiting field；
Coal seam name encoding acquiring unit, for obtaining the coal seam name encoding that the coal seam title of the project that user selectes is corresponding,
Position the geographical position residing for coal seam corresponding to the name encoding of described coal seam；
Work surface name encoding acquiring unit, for obtaining the work surface title that the work surface title of the project that user selectes is corresponding
Coding, positions the geographical position residing for work surface corresponding to described work surface name encoding；
Complete project code determines unit, for determining that the project code that described project is complete, described project code wrap successively
Include the provincial name encoding of described project, city name coding, authorities coding, enterprise name coding, project category coding,
Mining level coding, exploiting field name encoding, coal seam name encoding, work surface name encoding；
Mapping relations set up unit, for setting up the described project code mapping relations with the map in corresponding geographical position.
The system setting up coded data storehouse, mining area the most according to claim 6, it is characterised in that described system also includes:
Provincial name encoding unit, for each provincial title carries out the coding of correspondence, obtains provincial name encoding；
City name coding unit, for each prefecture-level city's title carries out the coding of correspondence, obtains city name
Coding；
Authorities' name encoding unit, for each authorities' title carries out the coding of correspondence, obtains supervisor portion
Door name encoding；
Enterprise name coding unit, for each mining firm's title carries out corresponding coding, obtains enterprise name coding；
Project category coding unit, for each item types carries out corresponding coding, obtains project category coding；
Mining level coding unit, for each mining level carries out corresponding coding, obtains mining level coding；
Exploiting field coding unit, for each exploiting field carries out corresponding coding, obtaining exploiting field coding；
Coal seam coding unit, for each coal seam carries out corresponding coding, obtains coal seam coding；
Work surface coding unit, for each work surface carries out corresponding coding, obtains work surface coding.
The system setting up coded data storehouse, mining area the most according to claim 6, it is characterised in that described system also includes:
User's input coding collecting unit, for gathering the project code of user's input；
Map determines unit, is used for the mapping relations of the map corresponding with it of the project code according to user's input, determines institute
State the map that project code is corresponding；
Map denotation unit, is used for showing described map.
The system setting up coded data storehouse, mining area the most according to claim 7, it is characterised in that described project category encodes
Unit specifically includes:
Earth's surface monitoring coded sub-units, for being encoded to 1 by surface movement and deformation monitoring；
Surface movement coded sub-units, for being encoded to 2 by ground movement and deformation prediction；
GPS Controling network coded sub-units, for being encoded to 3 by mine GPS control network；
Vertical control network coded sub-units, for being encoded to 4 by mining area vertical control network；
Horizontal control network coded sub-units, for being encoded to 5 by mining area horizontal control network；
Three-dimension virtual reality coded sub-units, for being encoded to 6 by mining area three-dimension virtual reality.
The system setting up coded data storehouse, mining area the most according to claim 7, it is characterised in that described exploiting field coding is single
Unit specifically includes:
Exploiting field azimuth coding subelement, for using first Arabic numerals to encode the orientation in exploiting field；Exploiting field order
Coded sub-units, for using second Arabic numerals to encode the order in exploiting field.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108052566A (en) * | 2017-12-06 | 2018-05-18 | 广东建邦计算机软件股份有限公司 | City element information processing method, device, server and storage medium |
| CN111305811A (en) * | 2018-11-26 | 2020-06-19 | 中国石油化工股份有限公司 | Method for constructing a data set of drilling engineering construction calculations |
-
2016
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108052566A (en) * | 2017-12-06 | 2018-05-18 | 广东建邦计算机软件股份有限公司 | City element information processing method, device, server and storage medium |
| CN111305811A (en) * | 2018-11-26 | 2020-06-19 | 中国石油化工股份有限公司 | Method for constructing a data set of drilling engineering construction calculations |
| CN111305811B (en) * | 2018-11-26 | 2023-04-14 | 中国石油化工股份有限公司 | Method for constructing a data set of drilling engineering construction calculations |
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