CN109379370A - Address processing method and system, address determine method, server and terminal - Google Patents

Address processing method and system, address determine method, server and terminal Download PDF

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Publication number
CN109379370A
CN109379370A CN201811347592.9A CN201811347592A CN109379370A CN 109379370 A CN109379370 A CN 109379370A CN 201811347592 A CN201811347592 A CN 201811347592A CN 109379370 A CN109379370 A CN 109379370A
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Prior art keywords
code
information
targeted graphical
user
station address
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黄朔
吴余龙
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Where Are All Netcom Science And Technology Co Ltd In Beijing
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Where Are All Netcom Science And Technology Co Ltd In Beijing
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00—Network architectures or network communication protocols for network security
    • H04L63/04—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks
    • H04L63/0428—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks wherein the data content is protected, e.g. by encrypting or encapsulating the payload
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation
    • G06K7/14—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation using light without selection of wavelength, e.g. sensing reflected white light
    • G06K7/1404—Methods for optical code recognition
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L61/00—Network arrangements, protocols or services for addressing or naming
    • H04L61/35—Network arrangements, protocols or services for addressing or naming involving non-standard use of addresses for implementing network functionalities, e.g. coding subscription information within the address or functional addressing, i.e. assigning an address to a function
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00—Network architectures or network communication protocols for network security
    • H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
    • H04L63/0876—Network architectures or network communication protocols for network security for authentication of entities based on the identity of the terminal or configuration, e.g. MAC address, hardware or software configuration or device fingerprint
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L2101/00—Indexing scheme associated with group H04L61/00
    • H04L2101/60—Types of network addresses
    • H04L2101/69—Types of network addresses using geographic information, e.g. room number

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Computer Security & Cryptography (AREA)
  • Computer Hardware Design (AREA)
  • General Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
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  • General Physics & Mathematics (AREA)
  • Computer Vision & Pattern Recognition (AREA)
  • Artificial Intelligence (AREA)
  • General Health & Medical Sciences (AREA)
  • Electromagnetism (AREA)
  • Health & Medical Sciences (AREA)
  • Instructional Devices (AREA)

Abstract

The invention discloses a kind of address processing methods and system, address to determine method, server and terminal.Wherein, this method comprises: obtaining current geographic location information and station address information, wherein current geographic location information includes at least: latitude and longitude information, and station address information is to carry out the information of address registration by the user that interactive interface obtains；Current geographic location information is converted into subdivision grid code using pre-arranged code rule；According to subdivision grid code and station address information, targeted graphical code is generated；Displaying target graphic code, wherein station address information is determined by targeted graphical code.The present invention solves and can not accurately recognize better address information by postcode, number etc. in the related technology, lead to not quickly, accurate position determination information the technical issues of.

Description

Address processing method and system, address determine method, server and terminal
Technical field
It is true in particular to a kind of address processing method and system, address the present invention relates to geographic positioning technology field Determine method, server and terminal.
Background technique
In the related technology, in terms of geographic positioning technology, one is individually being positioned using longitude and latitude, as Amap, The location technologies such as Baidu map, another kind is to add zone location using postcode, for example, sender is needed to write exactly in detail in delivery industry Thin address, including province, city, county, township, area, number etc., but all there is apparent defect in both modes, the first use The mode of longitude and latitude positioning, needs user to hold mobile terminal, and real time inspection routing information in real time, and this mode is logical in shortage It, can not effective position when believing signal or busy user；And second is positioned by better address, and user is needed to buy When article or sending mail, need repeatedly to fill in the same address, and since the address mode that everyone fills in is not identical, Some Postal Clerks or courier can not find out better address, cause the generation for the case where frequently returning goods.In addition, related skill The postcode of art is the geocoding based on region, cannot accurately determine geographical location, number is also without accurately Location information is managed, is not able to satisfy the needs of the positioning such as postal delivery, logistics.
Better address information can not accurately be recognized by postcode, number etc. in the related technology for above-mentioned, Lead to not quickly, accurate position determination information the technical issues of, currently no effective solution has been proposed.
Summary of the invention
The embodiment of the invention provides a kind of address processing methods and system, address to determine method, server and terminal, with It at least solves accurately recognize better address information by postcode, number etc. in the related technology, lead to not fast The technical issues of speed, accurate position determination information.
According to an aspect of an embodiment of the present invention, a kind of address processing method is provided, comprising: it is fixed to obtain current geographic Position information and station address information, wherein the current geographic location information includes at least: latitude and longitude information, the user Location information is that the information of address registration is carried out by the user that interactive interface obtains；Using pre-arranged code rule by the current position Reason location information is converted to subdivision grid code；According to the subdivision grid code and the station address information, targeted graphical is generated Code；Show the targeted graphical code, wherein the station address information is determined by the targeted graphical code.
Further, according to the subdivision grid code and the station address information, generating targeted graphical code includes: to institute It states subdivision grid code and the station address information merges processing, obtain merging text；According to the merging text and in advance If cipher mode determines ciphertext；According to the ciphertext, the targeted graphical code is generated.
Further, the current geographic location information is converted to subdivision grid code using pre-arranged code rule includes: Obtain pre-arranged code level and pre-arranged code range, wherein the pre-arranged code level is for determining conversion subdivision grid code Address level, the pre-arranged code range is for determining the smallest region size of conversion subdivision grid code；According to the default volume Code layer grade and the pre-arranged code range convert the current geographic location information using pre-arranged code rule, with To the subdivision grid code.
Further, the pre-arranged code rule is global subdivision grid GeoSoT coding rule.
Further, after showing the targeted graphical code, the method also includes: by the subdivision grid code, institute It states targeted graphical code and the station address information and user information is sent in preset address file；Utilize the subdivision grid Code, the targeted graphical code and the station address information and user information, update the preset address file.
According to another aspect of an embodiment of the present invention, it additionally provides a kind of address and determines method, comprising: obtain targeted graphical Code, wherein the targeted graphical code is generated according to current geographic location information and station address information, the current geographic Location information includes at least: latitude and longitude information, and the station address information is to carry out address by the user that interactive interface obtains The information of registration；The targeted graphical code is scanned, scanning result is obtained；According to the scanning result, the determining and target figure The corresponding subdivision grid code of shape code；According to the subdivision grid code, the station address information is determined.
Further, include: the parsing subdivision grid code after determining the station address information, obtain with it is described Target area corresponding to station address information；According to the target area, determines and send transfer information, wherein the transmission Transfer information is used to indicate transfer address information when sending article；Using the transmission transfer information, determines and send article Target transfer address.
According to another aspect of an embodiment of the present invention, a kind of server is additionally provided, comprising: first obtains module, is used for Obtain current geographic location information, station address information and user information, wherein the current geographic location information is at least wrapped Include: latitude and longitude information, the station address information is that the information of address registration is carried out by the user that interactive interface obtains, described User information is used to indicate the identity of user；Conversion module is believed for being positioned the current geographic using pre-arranged code rule Breath is converted to subdivision grid code；Merging module, for believing the subdivision grid code, the station address information and the user Breath merges processing, obtains merging text；Generation module, for generating targeted graphical code according to the merging text；It sends Module, for the targeted graphical code and the subdivision grid code to be sent to default terminal.
According to another aspect of an embodiment of the present invention, a kind of terminal is additionally provided, comprising: second obtains module, for obtaining Take targeted graphical code, wherein the targeted graphical code is generated according to current geographic location information and station address information, institute State current geographic location information to include at least: latitude and longitude information, the station address information are the use obtained by interactive interface The information of family progress address registration；Scan module obtains scanning result for scanning the targeted graphical code；First determines mould Block, for determining subdivision grid code corresponding with the targeted graphical code according to the scanning result；Second determining module is used According to the subdivision grid code, the station address information is determined；Third determining module, for being believed according to the station address It ceases and determines goal programming path, wherein the goal programming path is used to indicate the routing information for sending article.
According to another aspect of an embodiment of the present invention, a kind of address process system is additionally provided, comprising: user terminal is used In the station address information and user's letter of the article to be sent for sending current geographic location information locating for user, user's input It ceases to destination server；Server, for generating subdivision grid code according to the current geographic location information, according to the subdivision Grid code and the station address information determine targeted graphical code, and the subdivision grid code and the targeted graphical code are sent out Send into the user terminal, wherein the user terminal receive the subdivision grid code and the targeted graphical code it Afterwards, the targeted graphical code is sent in client terminal；The client terminal is obtained for scanning the targeted graphical code The station address information of the article of transmission, and goal programming path is determined according to the station address information, according to the target Planning path sends the article.
In embodiments of the present invention, it by getting current geographic location information and station address information, and utilizes default Current geographic location information is converted subdivision grid code by coding rule, later, can be according to subdivision grid code and station address Information, generate target network trellis code, can finally directly display out the targeted graphical code, with by targeted graphical code with determining user Location information.In this embodiment it is possible to which current geographic location information is carried out grid coding using pre-arranged code rule, and utilize Grid code and station address information generate graphic code, by the graphic code as medium, article sender can be allowed quick, quasi- Really recognize station address information, and then solves accurately recognize in detail by postcode, number etc. in the related technology Thin address information, lead to not quickly, accurate position determination information the technical issues of.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, this hair Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the flow chart of address processing method according to an embodiment of the present invention；
Fig. 2 is the flow chart that address according to an embodiment of the present invention determines method；
Fig. 3 is a kind of schematic diagram of server according to an embodiment of the present invention；
Fig. 4 is a kind of schematic diagram of terminal according to an embodiment of the present invention；
Fig. 5 is the schematic diagram of address process system according to an embodiment of the present invention.
Specific embodiment
In order to enable those skilled in the art to better understand the solution of the present invention, below in conjunction in the embodiment of the present invention Attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only The embodiment of a part of the invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work It encloses.
It should be noted that description and claims of this specification and term " first " in above-mentioned attached drawing, " Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should be understood that using in this way Data be interchangeable under appropriate circumstances, so as to the embodiment of the present invention described herein can in addition to illustrating herein or Sequence other than those of description is implemented.In addition, term " includes " and " having " and their any deformation, it is intended that cover Cover it is non-exclusive include, for example, the process, method, system, product or equipment for containing a series of steps or units are not necessarily limited to Step or unit those of is clearly listed, but may include be not clearly listed or for these process, methods, product Or other step or units that equipment is intrinsic.
To understand the present invention convenient for user, solution is made to part term or noun involved in the embodiment of the present invention below It releases:
GeoSOT, full name are " 2nAnd the global longitude and latitude subdivision grid of integer one-dimension array ", Geographical coordinates Subdividing grid with One-dimens ion integral coding on 2n- Tree, Abbreviation GeoSoT is subdivision and the coding method of a kind of earth surface.
According to embodiments of the present invention, a kind of embodiment of the method for address process is provided, it should be noted that in attached drawing The step of process illustrates can execute in a computer system such as a set of computer executable instructions, although also, Logical order is shown in flow chart, but in some cases, it can be to be different from shown by sequence execution herein or retouch The step of stating.
Following embodiment can be applied in the application of various geographical aspects, and the environment for application may include but unlimited In: the fields such as logistics, express delivery, postal service, for example, in logistics and/or field of express delivery, the current mode for determining address needs user When posting express delivery, fill in better address manually, courier need conscientiously to distinguish the address that user fills in be where, and step by step Corresponding province, city, county, number are posted to, but this mode needs user in mailing express delivery every time, frequently fills in mailing Address, and need that part side (i.e. express company) is given repeatedly to distinguish that the same express delivery needs place to be achieved, in addition, recipient needs Check the details (including delivery name, delivery address) etc. of mailing main body (i.e. delivery side), this express delivery mode is spent Time is more, and to require frequent operation working efficiency lower by user,, can be direct for this mode in the present invention According to the current latitude and longitude information of user, grid code is determined, and according to the better address information of input, generate graphic code, utilize Graphic code directly can be sent feeding part side, send part side that can recognize user by the graphic code by the graphic code, user Shipping address, and then positioned, planning path, send with charge free, deliver, repeatedly fill in express delivery address without user in the present invention, Address is repeatedly checked without outbox side, by graphic code as medium, can quickly determine destination address, improves work effect Rate.In addition, the corresponding postcode of postal address in the related technology is often larger range, a region in terms of postal service Postcode is not the better address of user, and can accurately determine that user's is current detailed in the present invention by subdivision grid code Address is no longer simple postcode in terms of postal service, can accurately find corresponding user by grid code, overcome correlation Postcode in technology, existing for number can not quickly, the defect of accurate position determination information.
It can (including but not limited to: business address, family live according to the address informations of user's daily routines in the present invention Location, school address), without limitation to the number of addresses of user, user can apply for that multiple address pattern codes (can be in the present invention Fix tentatively as postal address, compared with existing postal address, orientation range can narrow down to the range of 1m*1m), by user The longitude and latitude of each address encoded, and according to the detailed province of user's input, city, county, street, number, organization, The information such as personal name generate graphic code, to be used as medium using the graphic code, address determination can be carried out between user, is posted The connections such as express mail are sent to operate, wherein the same user in the present invention there can be multiple graphic codes, and each graphic code indicates one Better address, user can use the multiple graphic codes of terminal storage, when in use, it is only necessary to graphic code be sent, in this way, separately One side user can be obtained by the address information of the related user by parsing graphic code, by the specific positioning of address in the present invention Range shorter, compared with postcode positioning in the related technology, range shorter to a square metre positioning below, hence it is evident that improve address Communication efficiency.
In addition, the place applied in the present invention can also be in terms of municipal administration, traffic administration, street, it is right In the better address of user, can quickly determine.
And for positioning method involved in the embodiment of the present invention, it can include but is not limited to: GPS positioning and big-dipper satellite Position etc., the positioning method in the following embodiments of the present invention is illustrated with Beidou satellite positioning, but for specifically how to obtain To location information, can the locating module according to corresponding to different terminal and servers be determined.
Embodiment one
Below with reference to preferred implementation steps, the present invention will be described, and Fig. 1 is at address according to an embodiment of the present invention The flow chart of reason method, as shown in Figure 1, this method comprises the following steps:
Step S102 obtains current geographic location information and station address information, wherein current geographic location information is at least It include: latitude and longitude information, station address information is that the information of address registration is carried out by the user that interactive interface obtains.
For current geographic location information, it can be and the geographical location that user is presently in is determined using default equipment Position, obtains detailed information, including detailed latitude and longitude information.The concrete kind of the default equipment used in the present invention for user Type without limitation, can include but is not limited to: terminal, operation machine etc., it is preferred that user uses default in the embodiment of the present invention Equipment can be terminal, for the concrete type of terminal, can include but is not limited to: mobile terminal, PC, Ipad etc. pass through end The equipment such as end can be directly obtained current latitude and longitude information.And station address information, it can be the mailing of user's input Information corresponding to destination address, the station address information may include two kinds, and one is users as recipient, then are inputting When information, the address that user is presently in, the province being presently in including user, city, county (area), street, doorplate can be directly inputted Number etc., then when express delivery is posted by mailing side, it can be directly obtained the position that user is presently in, article is sent to user； And another kind is that user is used as delivery side, inputs station address information, and determines that geo-location corresponding to destination address is believed Breath, then after generating graphic code, directly can send article to using the destination address corresponding to graphic code as shipping address Destination address.In the embodiment of the present invention when illustrating, using user as recipient, to determine destination address.
Current geographic location information is converted to subdivision grid code using pre-arranged code rule by step S104.
User's current geographic location information can be handled in the embodiment of the present invention, so that a grid code is obtained, The geographical location that user is presently in is indicated by grid code, wherein pre-arranged code rule can be global subdivision grid GeoSoT coding rule.GeoSOT is 2nThe global longitude and latitude subdivision grid of one-dimensional integer array, GeoSOT pass through to earth table The specification in face divides, and constructs a kind of suitable for spatial information or the dedicated grid of data organization.The present invention is in World Wide Web trellis code On the basis of GeoSOT, using grid code and location dependent information as text, generating graphic code can be directly by the image of graphic code As " electrnic house number plates ", effectively overcoming can not quick, accurate position determination existing for the relevant technologies postcode, number Information Problems can be widely applied to municipal administration, postal service, express delivery, logistic industry.
Step S106 generates targeted graphical code according to subdivision grid code and station address information.
Wherein, the present invention in for targeted graphical code concrete type without limitation, can include but is not limited to: one-dimensional Code, two dimensional code, wechat code etc..The targeted graphical can be passed through using targeted graphical code as a kind of medium in the embodiment of the present invention Targeted graphical code can be sent feeding part side, send part side to can parse the targeted graphical code, pass through the targeted graphical by code, user Code obtains destination address.Especially for fields such as express delivery, postal services, it can use targeted graphical code and replace original postcode, from And using targeted graphical code as medium, obtain the accurate information of destination address.
In the embodiment of the present invention, targeted graphical code can be printed or is fabricated to doorplate, be placed on unit or family doorway The place of equal needs is used as " electrnic house number plates ", is used as by the targeted graphical code and is similar to the types such as wechat code or Alipay code Scan code, so that it is determined that station address information.In addition, targeted graphical code can also be implanted to wechat in the embodiment of the present invention Etc. in various means of communication softwares, as " electrnic house number plates " of location information, to reinforce the manager to customer position information Formula.
Step S108, displaying target graphic code, wherein station address information is determined by targeted graphical code.
Wherein, in the present invention it is possible to which graphic code, subdivision grid code, better address information are obtained by terminal storage (province, city, county, street, number) and user information (unit and user's name) etc., the corresponding record information in each address, When needing to send address, it is only necessary to graphic code is sent, in this way, the user for receiving graphic code passes through parsing graphic code Obtain the better address information of the user.
Through the above steps, current geographic location information and station address information can be first got, and is compiled using default Current geographic location information is converted subdivision grid code by code rule, later, can be believed according to subdivision grid code and station address Breath generates target network trellis code, the targeted graphical code can be finally directly displayed out, to determine station address by targeted graphical code Information.In this embodiment it is possible to which current geographic location information is carried out grid coding using pre-arranged code rule, and utilize net Trellis code and station address information generate graphic code, by the graphic code as medium, article sender can be allowed quick, accurate Recognize station address information, and then solves accurately recognize in detail by postcode, number etc. in the related technology Address information, lead to not quickly, accurate position determination information the technical issues of.
Optionally, above-mentioned to can be when generating targeted graphical code to subdivision according to subdivision grid code and station address information Grid code and station address information merge processing, obtain merging text；According to text and predetermined encryption mode is merged, determine Ciphertext；According to ciphertext, targeted graphical code is generated.The present invention carries out the text for generating two dimensional code using Encryption Algorithm Encryption, prevents privacy leakage.
Subdivision grid code and station address information can be combined, obtain combine text, and pass through cipher mode Text is encrypted, the confidentiality of destination address is reinforced, wherein the predetermined encryption mode in the embodiment of the present invention can be Des encryption is encrypted by Encryption Algorithm such as DES with unified key pair text, so as to handle ciphertext, Obtain targeted graphical code.
Optionally, in the embodiment of the present invention, current geographic location information is being converted into subdivision using pre-arranged code rule It, can be by obtaining pre-arranged code level and pre-arranged code range, wherein pre-arranged code level is for determining conversion when grid code The address level of subdivision grid code, pre-arranged code range is for determining the smallest region size of conversion subdivision grid code；According to pre- If encoding level and pre-arranged code range, current geographic location information is converted using pre-arranged code rule, to be cutd open Subnetting trellis code.
Wherein, above-mentioned pre-arranged code level can be the level in global subdivision grid GeoSoT coding rule, at this In invention, the specific level for encoding level may include 7 layers without limitation, and every layer includes 4 grades.And for default Coding range can be when determining subdivision grid code, the minimum zone of positioning be determined, for example, being for pre-arranged code level 26 grades, pre-arranged code range be 1m*1m when, determine need to be encoded to coding into specific 1 square metre of this coding range.
It also, include multi-layer coding, a kind of corresponding grid of every layer of coding in the pre-arranged code rule in the embodiment of the present invention Code is below illustrated the embodiment of the present invention with a kind of optional global subdivision grid GeoSoT coding rule.
Latitude and longitude coordinates are converted to the example of grid code below by one specifically to illustrate how to sit by longitude and latitude Mark is to generate grid code.
Assuming that the latitude and longitude coordinates of some point are: 116 ° 23 ' 17.522 " E, 39 ° 54 ' 27.922 " N, by conversion, finally Available to refine to 1/32 " × 1/32 ", the grid coding after being equivalent to the layer 7 of 1m × 1m is "030JPB3157535060".It can be stopped after the coding for generating a certain layer, for example arrive according to the needs of practical business Stop continuing to encode after third layer, can be obtained and refine to 2' × 2', the grid coding for being equivalent to the third layer of 4km × 4km is “030JPB33”。
Specific generating process is as follows:
(1) first layer coding is generated
First layer: using the first meridian and the intersection point in equator as origin, it is four hemisphere by global subdivision, uses 0-3 respectively It indicates, carry out 4 ° × 4 ° of grid dividing on this basis, longitudinal indicates that the division of 0-88 ° of latitude direction is obtained with 1-45 22 grids, are indicated with A-V.
Specific generating process is as follows:
East longitude or west longitude, south latitude or north latitude are according to the point first to determine primary coding, specifically at this In example, it is east longitude according to the last character of longitude " E " determination, is north latitude according to the last character of latitude " N " determination, thus really First character for having determined grid code is " 0 ".
Then, with the numerical value of the degree in longitude coordinate divided by 4, be rounded plus one after determine the coding of longitudinal, in this example It is 116 ÷ 4=29,29+1=30.The coding of longitudinal is exactly " 30 ".
After again, with the numerical value of the degree in latitude coordinate divided by 4, it is rounded after adding one and determines latitudinal coding, in this example It is 39 ÷ 4=9,9+1=10.10 indicate to be exactly " J " with A-V, therefore latitudinal coding is exactly " J ".
Coding " 030J " after thus generating 4 ° × 4 ° of grid dividing of first layer.
(2) second layer coding is generated
The second layer: by 4 ° × 4 ° grids, (northeast hemisphere) is divided into 16 × 16 grids, both direction difference from the lower left corner It is indicated with A-P, second layer grid includes 16' × 16', 12' × 16', tetra- kinds of 16' × 12', 12' × 12' different types, scale About 32km × 32km.
Specific generating process is as follows:
The numerical value of the degree in latitude coordinate is calculated first divided by the remainder after 4, is 39 ÷ 4=9,39-4 × 9=in this example 3, remainder is 3, has thus been determined that latitudinal coding is M, N, O, P this one of four.
Then in latitude coordinate point numerical value divided by 16, be rounded plus one after determine be specifically this four characters which It is a, it is 54 ÷ 16=3,3+1=4 in this example, therefore latitudinal coding is exactly " P ".
Then calculate the numerical value of the degree in longitude coordinate divided by the remainder after 4, be in this example 116 ÷ 4=29,116-4 × 29=0, remainder are 0, have thus been determined that the coding of longitudinal is A, B, C, D this one of four.
Then in longitude coordinate point numerical value divided by 16, be rounded plus one after determine be specifically this four characters which It is a, it is 23 ÷ 16=1,1+1=2 in this example, therefore the coding of longitudinal is exactly " B ".
Thus generate the grid coding after refineing to the second layer of 16' × 16' " 030JPB ".
(3) third layer coding is generated
Third layer: by 16' × 16', 12' × 16', 16' × 12', 12' × 12' grid, being divided into 8 × 8 grids, and two Direction indicates that third layer grid is 2' × 2' with 0-7 respectively, is equivalent to 4km × 4km grid.
Specific generating process is as follows:
Calculate first in latitude coordinate point numerical value divided by the remainder after 16, be 54 ÷ 16=3,54-16 × 3 in this example =6, remainder is 6, is then rounded with remainder divided by 2.6 ÷ 2=3, therefore latitudinal coding is exactly " 3 ".
Then calculate in longitude coordinate point numerical value divided by the remainder after 16, be 23 ÷ 16=1,23-16 × 1 in this example =7, remainder is 7, is then rounded with remainder divided by 2.7 ÷ 2=3, therefore the coding of longitudinal is exactly " 3 ".
It thus generates and refine to 2' × 2', the grid coding after being equivalent to the third layer of 4km × 4km “030JPB33”。
(4) the 4th layer of coding is generated
4th layer: by 2' × 2' grid, being divided into 8 × 8 grids, both direction is indicated with 0-7 respectively, four-layer network lattice packet Containing 16 " × 16 ", 16 " × 12 ", 12 " × 16 ", 12 " × 12 " four seed types, it is equivalent to 512m × 512m grid.
Specific generating process is as follows:
Calculate first in latitude coordinate point numerical value divided by the remainder after 16 again divided by the remainder after 2, be 54 in this example ÷ 16=3,54-16 × 3=6, remainder is 6, and then with remainder divided by 2,6 ÷ 2=3,6-2 × 3=0, remainder is 0, thus It has been determined that latitudinal coding is 0,1,2,3 this one of four.
Then it is rounded after adding one divided by 16 with the numerical value of the integer part of the second in latitude coordinate and determines to be specifically this four Character which, be 27 ÷ 16=1,1+1=2 in this example, therefore latitudinal coding is exactly " 1 ".
Then calculate in longitude coordinate point numerical value divided by the remainder after 16 again divided by the remainder after 2, be 23 in this example ÷ 16=1,23-16 × 1=7, remainder is 7, and then with remainder divided by 2,7 ÷ 2=3,7-2 × 3=1, remainder is 1, thus The coding that longitudinal has been determined is 4,5,6,7 this one of four.
Then it is rounded after adding one divided by 16 with the numerical value of the integer part of the second in longitude coordinate and determines to be specifically this four Character which, be 17 ÷ 16=1,1+1=2 in this example, therefore the coding of longitudinal is exactly " 5 ".
It thus generates and refine to 16 " × 16 ", the grid coding after being equivalent to the 4th layer of 512m × 512m grid “030JPB3135”。
(5) layer 5 coding is generated
Layer 5: by 16 " × 16 ", 16 " × 14 ", 14 " × 16 ", 14 " × 14 " grids, being divided into 8 × 8 grids, and two Direction indicates that layer 5 grid is 2 " × 2 " with 0-7 respectively, is equivalent to 64m × 64m grid.
Specific generating process is as follows:
The numerical value of the integer part of the second in latitude coordinate is calculated first divided by the remainder after 16, is 27 ÷ 16=in this example 1,27-16 × 1=11, remainder are 11, are then rounded with remainder divided by 2.11 ÷ 2=5, therefore latitudinal coding is exactly “5”。
Then the numerical value of the integer part of the second in longitude coordinate is calculated divided by the remainder after 16, is 17 ÷ 16=in this example 1,17-16 × 1=1, remainder are 1, are then rounded with remainder divided by 2.1 ÷ 2=0, therefore the coding of longitudinal is exactly " 0 ".
It thus generates and refine to 2 " × 2 ", the grid coding after being equivalent to the layer 5 of 64m × 64m “030JPB315350”。
(6) layer 6 coding is generated
Layer 6: by 2 " × 2 " grids, being divided into 8 × 8 grids, and both direction is indicated with 0-7 respectively, and layer 6 grid is 1/4 " × 1/4 ", is equivalent to 8m × 8m grid.
Specific generating process is as follows:
The numerical value of the second in latitude coordinate is calculated first divided by the remainder after 16, is 27.922 ÷ 16=1 in this example, 27.922-16 × 1=11.922, remainder are 11.922, then with remainder divided by being taken the remainder after 2 again, 11.922 ÷ 2=5, 11.922-5 × 2=1.922, finally with remainder divided by being rounded after 0.25,1.922 ÷ 0.25=7, therefore latitudinal coding It is exactly " 7 ".
Then the numerical value of the second in longitude coordinate is calculated divided by the remainder after 16, is 17.522 ÷ 16=1 in this example, 17.522-16 × 1=1.522, remainder are 1.522, then with remainder divided by being taken the remainder after 2 again, 1.522 ÷ 2=0,1.522-2 × 0=1.522, finally with remainder divided by being rounded after 0.25,1.522 ÷ 0.25=6, therefore the coding of longitudinal is exactly " 6 ".
It thus generates and refine to 1/4 " × 1/4 ", the grid coding after being equivalent to the layer 6 of 8m × 8m “030JPB31573506”。
(7) layer 7 coding is generated
Layer 7: by 1/4 " × 1/4 " grid, it is divided into 8 × 8 grids, both direction is indicated with 0-7 respectively, layer 7 net Lattice are 1/32 " × 1/32 " grid, are equivalent to 1m × 1m grid.
Specific generating process is as follows:
The numerical value of the second in latitude coordinate is calculated first divided by the remainder after 16, is 27.922 ÷ 16=1 in this example, 27.922-16 × 1=11.922, remainder are 11.922, then with remainder divided by being taken the remainder after 2 again, 11.922 ÷ 2=5, 11.922-5 × 2=1.922, then with remainder divided by being taken the remainder after 0.25 again, 1.922 ÷ 0.25=7,1.922-7 × 0.25 =0.172, finally with remainder divided by being rounded after 0.03125,0.172 ÷ 0.03125=5, therefore latitudinal coding is exactly “5”。
Then the numerical value of the second in longitude coordinate is calculated divided by the remainder after 16, is 17.522 ÷ 16=1 in this example, 17.522-16 × 1=1.522, remainder are 1.522, then with remainder divided by being taken the remainder after 2 again, 1.522 ÷ 2=0,1.522-2 × 0=1.522, then with remainder divided by being taken the remainder after 0.25 again, 1.522 ÷ 0.25=6,1.522-6 × 0.25=0.022, Finally with remainder divided by being rounded after 0.03125,0.022 ÷ 0.03125=0, therefore the coding of longitudinal is exactly " 0 ".
It thus generates and refine to 1/32 " × 1/32 ", the grid coding after being equivalent to the layer 7 of 1m × 1m “030JPB3157535060”。
By above step, so that it may obtain being carefully most 1/32 " × 1/32 ", be equivalent to the grid of the layer 7 of 1m × 1m Coding.The grid coding of different resolution can be obtained according to actual needs, for example only need to distinguish to 2' × 2', be equivalent to 4km × 4km, then the grid coding for only needing to be generated to third layer can meet needs, the grid of third layer in the present embodiment Coding is " 030JPB33 ".
In addition, current geographic location information is being converted to subdivision net using pre-arranged code rule in the embodiment of the present invention It, can be by screening target code rule corresponding with default resolution ratio, wherein default resolution ratio is pre-arranged code rule when trellis code The default resolution ratio in multiple resolution ratio in then；According to target code rule, current geographic location information is carried out at conversion Reason, obtains subdivision grid code.It may include a variety of resolution ratio, every kind of resolution ratio respectively corresponds difference for target code rule Grid code.
It can be encoded by above-mentioned embodiment, pair warp and weft degree, so that it is determined that subdivision grid code.Obtaining mesh After logo image code, default ground is sent in transmission subdivision grid code, targeted graphical code and station address information and user information Before the file of location, the uniqueness of the targeted graphical code, subdivision grid code, station address information and user information etc. can detecte, Detect whether that there are identical information, and if it exists, these information can not be then sent into preset address file, if not having, It can then send.
In addition, after displaying target graphic code, it can also be by subdivision grid code, targeted graphical code and station address information It is sent in preset address file with user information；Utilize subdivision grid code, targeted graphical code and station address information and user Information updates preset address file.
Wherein, preset address file can be storage address information, subdivision grid code information, targeted graphical code information and use One file of family information a, for example, address book files can be arranged in the terminal, so that these are stored in address book text Part can update the address book files if having new address information every time.
Embodiment two
It can be adapted for various outbox sides or express delivery, postal company etc. in following embodiments, obtaining user After the targeted graphical code that (or user terminal) is sent, targeted graphical code can be directly scanned, and parse the targeted graphical code, obtained To the corresponding station address information of targeted graphical code, thus according to the current address of outbox side and destination address, planning article hair The path sent determines how and carries out article transmission, determines and sends target area, to be selected to send terminal according to target area, And after being sent to the transmission terminal, article is sent to destination address, accelerates delivery speed, improves delivery efficiency.
With another preferred implementation steps, the present invention will be described below, and Fig. 2 is according to an embodiment of the present inventionly Location determines the flow chart of method, as shown in Fig. 2, this method may include:
Step S201 obtains targeted graphical code, wherein targeted graphical code is according to current geographic location information and user What location information generated, current geographic location information includes at least: latitude and longitude information, and station address information is obtained by interactive interface The user obtained carries out the information of address registration.
Targeted graphical code in the embodiment of the present invention can be two dimensional code, similar to currently pay the wechat code used, branch Precious code is paid, which can be directly scanned by equipment such as terminals, to parse destination address.
Step S203 scans targeted graphical code, obtains scanning result.
When scanning targeted graphical code, can be directly scanned by equipment such as terminals, it can be in the embodiment of the present invention One grid application App is set, and the staff of outbox side directly can scan targeted graphical code using App by this, sweep After retouching, scanning can be obtained into information and be sent in resolution server, by the way that the resolution server is available and targeted graphical The corresponding ciphertext of code, the ciphertext save user information, station address information, geo-localisation information and target figure The corresponding subdivision grid code of shape code.
Step S205 determines subdivision grid code corresponding with targeted graphical code according to scanning result.
For above-mentioned steps, it can be and obtaining scanning result, subdivision grid code is obtained by decryption.In addition, according to sweeping The information such as province, city, county, street, number, organization in station address information can also be obtained by retouching result, also available The user informations such as address name, age of user.
Step S207 determines station address information according to subdivision grid code.
Through the above steps, targeted graphical code can first be obtained, wherein targeted graphical code is to position to believe according to current geographic What breath and station address information generated, current geographic location information includes at least: latitude and longitude information, and station address information is to pass through The user that interactive interface obtains carries out the information of address registration, and after getting targeted graphical code, scans targeted graphical code, obtains To scanning result, finally subdivision grid code corresponding with targeted graphical code can be determined, according to subdivision net according to scanning result Trellis code determines station address information.In this embodiment it is possible to which directly scanning targeted graphical code obtains station address information, nothing Address need to frequently be filled in, by targeted graphical code as medium, can allow article sender quickly, accurately recognize user Address information, and then solve accurately recognize better address information by postcode, number etc. in the related technology, it leads Cause can not quickly, accurate position determination information the technical issues of.
Optionally, after determining station address information, subdivision grid code can also be parsed, is obtained and station address information Corresponding target area；It according to target area, determines and sends transfer information, wherein send transfer information and be used to indicate transmission Transfer address information when article；Using transfer information is sent, the target transfer address for sending article is determined.
Target area indicated by station address can be first determined when sending article, to determine terminal, lead to It crosses transmission terminal and is sent to destination address.
Above-described embodiment can be applied in the fields such as various postal services, express delivery, municipal administration, can allow send article master Body quickly determines destination address, here it is possible to directly parse targeted graphical code, reaches quick, accurately determines address The effect of information.
Embodiment three
Following embodiments can be described from the server and terminal used, every embodiment party in the embodiment of the present invention Formula can use in every terminal and server, it is preferred that can install using App, pass through in terminal or server Using App, graphic code is quickly generated, graphic code is parsed, obtains station address information.Equipment involved in the embodiment of the present invention can To include but is not limited to: user terminal, server, client terminal, wherein user terminal can be the end that user directly uses End, the user can be recipient or outbox side, and client terminal can be the service sides such as express company, postal company and use Terminal, and server can be used as generate graphic code, parsing graphic code, storage user information, address information, grid code information Etc. contents server.
Fig. 3 is a kind of schematic diagram of server according to an embodiment of the present invention, as shown in figure 3, the server may include: First obtains module 31, for obtaining current geographic location information, station address information and user information, wherein current geographic Location information includes at least: latitude and longitude information, and station address information is to carry out address registration by the user that interactive interface obtains Information, user information is used to indicate the identity of user；Conversion module 33, for being determined current geographic using pre-arranged code rule Position information is converted to subdivision grid code；Merging module 35, for carrying out subdivision grid code, station address information and user information Merging treatment obtains merging text；Generation module 37, for generating targeted graphical code according to text is merged；Sending module 39, For targeted graphical code and subdivision grid code to be sent to default terminal.
By above-mentioned server, it can be directly obtained current geographic location information, station address information and user information, The geo-localisation information can be the latitude and longitude information that user terminal is directly obtained, and station address information can be user and lead to The shipping address information for crossing terminal applies input, can include but is not limited to: province, city, county (area), street, number etc., and use Family information can include but is not limited to: the information such as user unit one belongs to information or Personal name；It, can after obtaining these information Current geographic location information is converted to subdivision grid code using pre-arranged code rule by conversion module 33, wherein this is cutd open Subnetting trellis code can be the grid code for carrying character and number, can directly indicate the latitude and longitude information where user, it Afterwards, subdivision grid code, station address information and user information can be merged by processing by merging module 35, to be closed And text, and targeted graphical code is generated using generation module 37, it finally can be by the graphic code of generation and the subdivision being converted to Grid code is sent to default terminal.By the server in the embodiment, graphic code can be directly generated, is made using the graphic code For medium, the side of sending with charge free or delivery can fast and accurately be allowed to know station address information.
Wherein, above-mentioned generation module 37 is when generating targeted graphical code, it is also necessary to encrypt, pass through to combine text Unified key pair text is encrypted, and encrypted text generation targeted graphical code is utilized.For example, for generating postcode, it can To generate graphic code corresponding with postcode.And before obtaining targeted graphical code, and send targeted graphical code, it can carry out Uniqueness detection, compares with the presence or absence of the identical record of information in tables of data, if so, not retransmiting then, if not identical Record can then be recorded information such as subdivision grid code, targeted graphical codes as one, be saved in the database, can also be incited somebody to action Information is sent in terminal.
Optionally, it can establish postcode tables of data in the server in the embodiment of the present invention, for the class of postcode tables of data Type without limitation, for example, it is Beidou postcode tables of data that postcode tables of data, which can be set, i.e., is cutd open according to what Beidou positioning information determined Subnetting trellis code and graphic code, each address information that can recorde user by the postcode tables of data are corresponding: grid code, figure The location dependent informations such as shape code, province, city, area (county), street, road, number, organization and personal name.
Fig. 4 is a kind of schematic diagram of terminal according to an embodiment of the present invention, as shown in figure 4, the terminal may include: second Module 41 is obtained, for obtaining targeted graphical code, wherein targeted graphical code is according to current geographic location information and station address What information generated, current geographic location information includes at least: latitude and longitude information, and station address information is obtained by interactive interface User carry out address registration information；Scan module 43 obtains scanning result for scanning targeted graphical code；First determines Module 45, for determining subdivision grid code corresponding with targeted graphical code according to scanning result；Second determining module 47, is used for According to subdivision grid code, station address information is determined；Third determining module 49, for determining that target is advised according to station address information Draw path, wherein goal programming path is used to indicate the routing information for sending article.
By the terminal, can direct scanning figure shape code, obtain subdivision grid code, station address information, user information etc. Content reaches to be directly obtained every terms of information using targeted graphical code as medium and fast and accurately recognizes user The effect of address information.Postal address book can be installed in the terminal i.e. in the embodiment of the present invention and (such as corresponded to Beidou postcode The Beidou postal address book of database) customer end A pp software, the corresponding figure of address information that generation can recorde by the software The location dependent informations such as shape code, province, city, area (county), street, road, number, organization and personal name.Due in the present invention It is much for for postcode in the related technology, therefore, what is designed in the present invention is postcode graphic code, to be directed to postcode figure Code carries out address and determines, thus sending, sending graphic code under the modes such as express delivery, so that other side be allowed to quickly understand in detail Location, without filling in better address information manually, by graphic code as medium, it can communication two party is allowed to recognize graphic code Application range.
When user needs to send cargo, mail, by selecting note from preset address file using APP in terminal Graphic code (such as two dimensional code) in record is sent feeding part side, send part side that graphic code is sent to Cloud Server, cloud service by record Device parsing graphic code obtains ciphertext, is decrypted using DES algorithm using unified key, obtain subdivision grid code, province, The location dependent informations such as city, area (county), street, road, number, organization or personal name, further according to GeoSOT coding rule, Subdivision grid code is converted into longitude and latitude location information, information required for location information and delivery are sent out sends feeding part side, It send part side to be positioned accordingly, planning path, sends with charge free, delivers.
To reduce information transmission, location information can also be saved in the visitor of oneself after delivery side receives location information In user data library, the location information for requesting client to deliver to Cloud Server is no longer needed to later, directly uses location information.
Example IV
The system that can illustrate the embodiment of sufficient address processing in following embodiments, may include both sides The equipment such as interactive terminal, server, with it is quick, accurately recognize address information.
Fig. 5 is the schematic diagram of address process system according to an embodiment of the present invention, as shown in figure 5, the system may include: User terminal 52, the user of the article to be sent for sending current geographic location information locating for user, user's input Location information and user information are to destination server；Server 54, for generating subdivision grid code according to current geographic location information, According to subdivision grid code and station address information, targeted graphical code is determined, and subdivision grid code and targeted graphical code are sent to In user terminal, wherein after user terminal receives subdivision grid code and targeted graphical code, targeted graphical code is sent to In client terminal；Client terminal 56, for scanning targeted graphical code, the station address information of the article sent, and according to Station address information determines goal programming path, sends article according to goal programming path.
Through the foregoing embodiment, a comprehensive address process mode, the mode for generating graphic code are obtained, using graphic code Mode, it can send address information and location information using user terminal 52, and generate figure using server 54 Code, and the graphic code of generation is returned in user terminal 52, when user needs to deliver, correspondence can be taken out directly from record Graphic code be sent in client terminal 56 used in delivery side and/or the side of sending with charge free, sending personnel can pass through client terminal 56 scan the graphic code, and parse the graphic code using server, obtain station address information, user information, grid code information Etc. contents, to send the path of article with charge free according to these information plannings, fast and easy accurately knows station address information, and Planning path is quickly generated, is improved work efficiency.
Embodiment five
Below with an optional embodiment, the present invention will be described, which can be applied to mail system In, in this embodiment using the two dimensional code of Beidou postcode as targeted graphical code, above-mentioned server is corresponded to Cloud Server, with GeoSoT coding rule is as pre-arranged code rule.
Optionally, can by variable dimension subdivision grid code, province, city, area (county), street, road, number, organization or The location dependent informations such as personal name are encrypted as text, by Encryption Algorithm such as DES with unified key pair text, are utilized Encrypted text generation two dimensional code forms the two dimensional code of Beidou postcode, saves key and when in use first converts two dimensional code At ciphertext, then by Encryption Algorithm such as DES, it is decrypted using unified key pair encryption text, is reduced to location information Related text.
Wherein, the two dimensional code of Beidou postcode can be implanted to the various means of communication softwares such as wechat in the embodiment of the present invention In, " electrnic house number plates " as location information；Two dimensional code can also be printed or be fabricated to doorplate, be placed on the ground for needing to place Side, scans the two-dimensional code image, obtains location information by decoding software.
And for Cloud Server, Cloud Server can be established on the internet, and Beidou postcode number is established on Cloud Server According to table, record: the positions phase such as grid code, two dimensional code, province, city, area (county), street, road, number, organization or personal name Close information；Beidou postal address book client end AP P software is installed on mobile phone, establishes Beidou postal address book file, is recorded: north Struggle against the location dependent informations such as the two dimensional code of postcode, province, city, area (county), street, road, number, organization or personal name；With Family is positioned by mobile phone using APP and obtains longitude and latitude location information；Inputted on mobile phone by APP province, city, area (county), street, The location dependent informations such as road, number, organization or personal name；Location information and location dependent information are sent to cloud clothes Business device, meanwhile, it is saved in the Beidou postal address book file on mobile phone；Cloud Server application program is encoded according to GeoSOT and is advised Then, the location informations such as longitude and latitude are converted into grid code；By grid code, province, city, area (county), street, road, number, organization Or the location dependent informations composition text such as personal name is encrypted by des encryption algorithm with unified key pair text； Utilize encrypted text generation two dimensional code；By grid code, two dimensional code, province, city, area (county), street, road, number, organization Or the location dependent informations such as personal name are recorded as 1, are saved in Beidou postcode database table；Before keeping records of, Record uniqueness inspection is carried out, after uniqueness passed examination, two dimensional code is returned into user mobile phone client APP；APP will be returned Two dimensional code be saved in the corresponding record of Beidou postal address book file on mobile phone；When user needs to send cargo, mail When, record is selected from Beidou postal address book file by APP, the two dimensional code in record is sent into feeding part side, send part side Two dimensional code is sent to Beidou postcode Cloud Server, Beidou postcode server parses two dimensional code, using DES and unified key into Row decryption；The location dependent informations such as grid code, province, city, area (county), street, road, number, organization or personal name are obtained, Further according to GeoSOT coding rule, grid code is converted into longitude and latitude location information, it will be required for location information and delivery side Information sends feeding part side, send part side to be positioned accordingly, planning path, sends with charge free, delivers.
After delivery side receives location information, location information can be saved in the customer database of oneself, Yi Houwu The location information delivered again to Cloud Server request client is needed, location information is directly used.
Wherein, when user needs to send cargo, mail, record is selected from Beidou postal address book file by APP, The two dimensional code of Beidou postcode in record is sent into feeding part side, send part side that two dimensional code is sent to Beidou postcode Cloud Server, Beidou postcode server parsing two dimensional code obtains ciphertext, is decrypted using DES algorithm using unified key；Obtain net The location dependent informations such as trellis code, province, city, area (county), street, road, number, organization or personal name, further according to GeoSOT Grid code is converted into longitude and latitude location information by coding rule, and information required for location information and delivery are sent out sends feeding Part side send part side to be positioned accordingly, planning path, sends with charge free, delivers.
To reduce information transmission, location information can also be saved in the visitor of oneself after delivery side receives location information In user data library, the location information for requesting client to deliver to Cloud Server is no longer needed to later, directly uses location information.
By taking field of express delivery as an example, express company delimit delivery region according to the distribution of express delivery point, according to the coding of grid code The grid code of regular given region；Before delivery, according to the grid code in delivery place in two dimensional code, the grid of region is determined Code determines delivery terminal with this.Such as: the region that distribution point is arranged is the 4th layer of grid, and precision is 512m x 512m； The grid code in specific delivery place is layer 6, and precision is 8m x 8m.Assuming that the grid code of delivery region A is The a1 grid code of " 030JPB3135 ", delivery place are " 030JPB31573506 ", and first 10 of A and a1 grid code are " 030JPB3135 ", delivery distribution point should be a-quadrant, cargo are first delivered to a-quadrant, then courier is delivered to a1 again. Thus fast and easy sends article with charge free.
By geographical coordinate, province, city, area (county), street, road, number, organization or individual in the above embodiment of the present invention Name equipotential confidence manner of breathing combines, and is converted to two dimensional code, easy to use, as long as sweeping two dimensional code accurately obtains geographical coordinate And location dependent information.Traditional latitude and longitude coordinates are replaced using GeSOT grid code, are had following technical effect that
First point, the space GIS calculating speed is fast.
Latitude and longitude coordinates are the point coordinates that two Dimension Numerical Value indicates, even being also three-dimensional array x, y, z group plus elevation At point coordinate, carry out GIS geographical information space position calculate such as: include, intersection when, need to carry out vector graphics position It calculates, and grid code is only a code, can only be completed by encoding algebraic manipulation, it is empty with the vector based on coordinate Between position calculating ratio compared with, have faster calculating speed.
Second point is suitble to big data retrieval.
Latitude and longitude coordinates are the point coordinates of two-dimensional array composition, and GeoSOT grid code is a character string, is more suitable for establishing Index has faster speed in big data retrieval.
Thirdly, grid code is more suitable for area identification.
Latitude and longitude coordinates are the point coordinates of two-dimensional array composition, and the present invention is the GeoSOT grid code area based on variable dimension Domain identifier is more suitable for " electrnic house number plates " station location marker based on region.
The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.
In the above embodiment of the invention, it all emphasizes particularly on different fields to the description of each embodiment, does not have in some embodiment The part of detailed description, reference can be made to the related descriptions of other embodiments.
In several embodiments provided herein, it should be understood that disclosed technology contents can pass through others Mode is realized.Wherein, the apparatus embodiments described above are merely exemplary, such as the division of the unit, Ke Yiwei A kind of logical function partition, there may be another division manner in actual implementation, for example, multiple units or components can combine or Person is desirably integrated into another system, or some features can be ignored or not executed.Another point, shown or discussed is mutual Between coupling, direct-coupling or communication connection can be through some interfaces, the INDIRECT COUPLING or communication link of unit or module It connects, can be electrical or other forms.
The unit as illustrated by the separation member may or may not be physically separated, aobvious as unit The component shown may or may not be physical unit, it can and it is in one place, or may be distributed over multiple On unit.It can some or all of the units may be selected to achieve the purpose of the solution of this embodiment according to the actual needs.
It, can also be in addition, the functional units in various embodiments of the present invention may be integrated into one processing unit It is that each unit physically exists alone, can also be integrated in one unit with two or more units.Above-mentioned integrated list Member both can take the form of hardware realization, can also realize in the form of software functional units.
If the integrated unit is realized in the form of SFU software functional unit and sells or use as independent product When, it can store in a computer readable storage medium.Based on this understanding, technical solution of the present invention is substantially The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words It embodies, which is stored in a storage medium, including some instructions are used so that a computer Equipment (can for personal computer, server or network equipment etc.) execute each embodiment the method for the present invention whole or Part steps.And storage medium above-mentioned includes: that USB flash disk, read-only memory (ROM, Read-OnlyMemory), arbitrary access are deposited Reservoir (RAM, Random Access Memory), mobile hard disk, magnetic or disk etc. be various to can store program code Medium.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also answered It is considered as protection scope of the present invention.

Claims (10)

1. a kind of address processing method characterized by comprising
Obtain current geographic location information and station address information, wherein the current geographic location information includes at least: longitude and latitude Information is spent, the station address information is that the information of address registration is carried out by the user that interactive interface obtains；
The current geographic location information is converted into subdivision grid code using pre-arranged code rule；
According to the subdivision grid code and the station address information, targeted graphical code is generated；
Show the targeted graphical code, wherein the station address information is determined by the targeted graphical code.
2. the method according to claim 1, wherein being believed according to the subdivision grid code and the station address Breath, generating targeted graphical code includes:
Processing is merged to the subdivision grid code and the station address information, obtains merging text；
According to the merging text and predetermined encryption mode, ciphertext is determined；
According to the ciphertext, the targeted graphical code is generated.
3. believing the method according to claim 1, wherein being positioned the current geographic using pre-arranged code rule Breath is converted to subdivision grid code and includes:
Obtain pre-arranged code level and pre-arranged code range, wherein the pre-arranged code level is for determining conversion subdivision grid The address level of code, the pre-arranged code range is for determining the smallest region size of conversion subdivision grid code；
According to the pre-arranged code level and the pre-arranged code range, the current geographic is positioned using pre-arranged code rule Information is converted, to obtain the subdivision grid code.
4. the method according to claim 1, wherein the pre-arranged code rule is global subdivision grid GeoSoT Coding rule.
5. the method according to claim 1, wherein the method is also after showing the targeted graphical code Include:
The subdivision grid code, the targeted graphical code and the station address information and user information are sent to preset address In file；
Using the subdivision grid code, the targeted graphical code and the station address information and user information, update described pre- If address file.
6. a kind of address determines method characterized by comprising
Obtain targeted graphical code, wherein the targeted graphical code is raw according to current geographic location information and station address information At, the current geographic location information includes at least: latitude and longitude information, the station address information is obtained by interactive interface The user obtained carries out the information of address registration；
The targeted graphical code is scanned, scanning result is obtained；
According to the scanning result, subdivision grid code corresponding with the targeted graphical code is determined；
According to the subdivision grid code, the station address information is determined.
7. according to the method described in claim 6, it is characterized in that, including: after determining the station address information
The subdivision grid code is parsed, is obtained and target area corresponding to the station address information；
It according to the target area, determines and sends transfer information, wherein when the transmission transfer information is used to indicate transmission article Transfer address information；
Using the transmission transfer information, the target transfer address for sending article is determined.
8. a kind of server characterized by comprising
First obtains module, for obtaining current geographic location information, station address information and user information, wherein described to work as Preceding geo-localisation information includes at least: latitude and longitude information, the station address information be by interactive interface obtain user into The information of row address register, the user information are used to indicate the identity of user；
Conversion module, for the current geographic location information to be converted to subdivision grid code using pre-arranged code rule；
Merging module, for the subdivision grid code, the station address information and the user information to be merged processing, It obtains merging text；
Generation module, for generating targeted graphical code according to the merging text；
Sending module, for the targeted graphical code and the subdivision grid code to be sent to default terminal.
9. a kind of terminal characterized by comprising
Second obtains module, for obtaining targeted graphical code, wherein the targeted graphical code is according to current geographic location information It is generated with station address information, the current geographic location information includes at least: latitude and longitude information, the station address information It is the information that address registration is carried out by the user that interactive interface obtains；
Scan module obtains scanning result for scanning the targeted graphical code；
First determining module, for determining subdivision grid code corresponding with the targeted graphical code according to the scanning result；
Second determining module, for determining the station address information according to the subdivision grid code；
Third determining module, for determining goal programming path according to the station address information, wherein the goal programming road Diameter is used to indicate the routing information for sending article.
10. a kind of address process system characterized by comprising
User terminal, the user of the article to be sent for sending current geographic location information locating for user, user's input Address information and user information are to destination server；
Server, for generating subdivision grid code according to the current geographic location information, according to the subdivision grid code and institute Station address information is stated, determines targeted graphical code, and the subdivision grid code and the targeted graphical code are sent to the use In the terminal of family,
Wherein, after the user terminal receives the subdivision grid code and the targeted graphical code, by the target figure Shape code is sent in client terminal；
The client terminal, for scanning the targeted graphical code, the station address information of the article sent, and according to institute It states station address information and determines goal programming path, the article is sent according to the goal programming path.
CN201811347592.9A 2018-01-23 2018-11-13 Address processing method and system, address determine method, server and terminal Pending CN109379370A (en)

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