CN102663960B - Geographic mark recording system and recording method - Google Patents
Geographic mark recording system and recording method Download PDFInfo
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- CN102663960B CN102663960B CN201210058743.5A CN201210058743A CN102663960B CN 102663960 B CN102663960 B CN 102663960B CN 201210058743 A CN201210058743 A CN 201210058743A CN 102663960 B CN102663960 B CN 102663960B
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Abstract
The invention discloses a recording system and a recording method for geographic mark. The recording system comprises one or more mobile terminals, an information server and a forwarding apparatus, wherein each mobile terminal has a positioning module, a label generation module, a storage module, a service information module and a caching module. The positioning module is used for receiving geographical position data; the service information module is used for sending service information requests based on the geographical position data to the forwarding apparatus, obtaining user service information from the forwarding apparatus and storing the user service information to the caching module; the label generation module is used for generating label data based on the geographical position data and user service information and storing the geography position data to the storage module; and the forwarding apparatus obtains the user service information from the information server and sends the information to the service information module of each mobile terminal. The system and method save, manage, and update corresponding information of users, thereby improving users experience.
Description
Technical field
The present invention relates to a kind of label record system and recording method thereof, particularly relate to a kind of GEOGRAPHICAL INDICATION register system and recording method thereof.
Background technology
Along with the progress of modern society and the development of business, various hypermarket, supermarket, brand shop, public place of entertainment, company and club etc. can be found everywhere, and it is increasing that society gives the mankind's the space of selecting voluntarily, and the frequency making a choice is also more and more.
So after GPS (global positioning system) becomes the standard configuration of mobile device, people can find own interested geography information more convenient and more efficiently in map, it is map reference point, and can obtain the corresponding information on services of geography information, such as mode of transportation etc.
But, when people go to interested place at every turn, but cannot effectively conveniently determine the destination of interested map reference point, particularly along with the increase of the abundant and experience of the mankind's life experience, when the interested map reference point of people rolls up, people cannot follow especially for the map reference point of numerous and complicated.Thereby cannot effectively determine the interested map reference point that needs searching, thereby cannot experience better shopping, work and amusement.
Summary of the invention
The technical problem to be solved in the present invention is cannot effectively manage the also defect of the interested geography information of recording user in order to overcome user in prior art, a kind of GEOGRAPHICAL INDICATION register system and recording method thereof are provided, by preserving, manage and the interested geography information of the user that upgrades in time and corresponding information on services thereof, thus the experience of raising user shopping, work and amusement.
The present invention solves above-mentioned technical problem by following technical proposals:
The invention provides a kind of GEOGRAPHICAL INDICATION register system, comprising: one or more mobile terminals, an information server and a retransmission unit;
In wherein said mobile terminal, all have a locating module, a label generation module, a memory module, an information on services module and a cache module, wherein said locating module is for receiving the geographic position data of described mobile terminal; Described information on services module is asked to described retransmission unit and obtains USI user service information from described retransmission unit for sending service information based on described geographic position data; Described cache module is used for storing described USI user service information; Described label generation module comprises the label data of described geographic position data and USI user service information and is stored to described memory module for generating;
The information on services request of described retransmission unit based on each mobile terminal obtained USI user service information and is sent to the information on services module of each mobile terminal from described information server.
Preferably, described mobile terminal also comprises a tag control module and an input module;
The user input data that wherein said tag control module receives based on described input module is edited or is deleted the label data in described memory module.
Preferably, described mobile terminal also comprises a update module, described in described update module control, the geographic position data of each label data of tag control module based on described memory module obtains respectively the USI user service information after renewal by information service module, and described update module is also controlled the described USI user service information of described tag control module based on after upgrading and respectively described each label data edited to upgrade the USI user service information in described each label data.
Preferably, described information server, also in the time that the USI user service information of described information server changes, sends update request data by described retransmission unit to the update module of described mobile terminal;
In the time that described update module receives described update request data, described in described update module control, the geographic position data of each label data of tag control module based on described memory module obtains respectively renewal USI user service information by information service module, and described update module is also controlled described tag control module and respectively described each label data edited based on described renewal USI user service information.
Preferably, described mobile terminal also comprises a synchronization module, and described synchronization module is stored to described retransmission unit for the user's Synchronization Control data that receive based on described input module by the label data of described memory module or label data that described retransmission unit is uploaded by the described synchronization module of each mobile terminal is stored to described memory module.
The present invention also provides a kind of GEOGRAPHICAL INDICATION recording method, is characterized in using GEOGRAPHICAL INDICATION register system as above, and comprises the following steps:
S
101, each mobile terminal described locating module receive the geographic position data of the mobile terminal that comprises described locating module;
S
102, each mobile terminal the described geographic position data request of sending service information of the mobile terminal of described information on services module based on comprising described information on services module to described retransmission unit;
S
103, the information on services request of described retransmission unit based on each described mobile terminal obtain USI user service information, and be sent to respectively the information on services module of described mobile terminal from described information server respectively;
S
104, each mobile terminal described information on services module obtain USI user service information and store respectively the described cache module of described USI user service information to each mobile terminal from described retransmission unit respectively;
S
105, each mobile terminal the described label generation module described geographic position data based on described mobile terminal and USI user service information generating labels data be stored to the memory module of described mobile terminal respectively.
Preferably, described GEOGRAPHICAL INDICATION register system also comprises a tag control module and an input module, described step S
105further comprising the steps of afterwards:
The user input data that the described tag control module of described mobile terminal receives based on described input module is edited or is deleted the label data in described memory module.
Preferably, described GEOGRAPHICAL INDICATION register system also comprises a update module, described step S
105further comprising the steps of afterwards:
S
1051, described mobile terminal described update module control described in the geographic position data of the each label data of tag control module based on described memory module obtain renewal USI user service information by information service module respectively;
S
1052, described mobile terminal described update module also control described tag control module and respectively described each label data edited based on described renewal USI user service information.
Preferably, described step S
1051with step S
104between further comprising the steps of:
S
1050, described information server is also in the time that the USI user service information of described information server changes, and sends update request data by described retransmission unit to the update module of described mobile terminal; The described update module of each mobile terminal detects whether receive described update request data, if enter step S
1051, otherwise repeating step S
1050.
Preferably, described GEOGRAPHICAL INDICATION register system also comprises a synchronization module, described step S
105further comprising the steps of afterwards:
S
106, each mobile mobile terminal described synchronization module detect respectively whether receive user's Synchronization Control data from described input module, the if label data of described memory module is stored to described retransmission unit or the label data of being uploaded by the described synchronization module of each mobile terminal in described retransmission unit is stored to described memory module, otherwise repeating step S
106.
Positive progressive effect of the present invention is:
GEOGRAPHICAL INDICATION register system of the present invention and recording method thereof, by preserving, manage and the interested geography information of the user that upgrades in time and corresponding information on services thereof, thus the experience of raising user shopping, work and amusement.
In addition by carrying out synchronizeing of geography information and information on services with server, thereby make user in different mobile devices, all can obtain the interested map reference point of user, thereby improved further user's experience.
Accompanying drawing explanation
Fig. 1 is the structural representation of the first embodiment of GEOGRAPHICAL INDICATION register system of the present invention.
Fig. 2 is the GEOGRAPHICAL INDICATION recording method flow chart of the first embodiment of GEOGRAPHICAL INDICATION register system of the present invention.
Fig. 3 is the structural representation of the second embodiment of GEOGRAPHICAL INDICATION register system of the present invention.
Fig. 4 is the GEOGRAPHICAL INDICATION recording method flow chart of the second embodiment of GEOGRAPHICAL INDICATION register system of the present invention.
Embodiment
Provide preferred embodiment of the present invention below in conjunction with accompanying drawing, to describe technical scheme of the present invention in detail.
The first embodiment:
As shown in Figure 1, the GEOGRAPHICAL INDICATION register system of the present embodiment comprises 2 mobile terminals 1, an information server 2 and a retransmission unit 3.
In wherein said mobile terminal 1, include a locating module 11, a label generation module 12, a memory module 13, an information on services module 14, a cache module 15, a tag control module 16, an input module 17 and a synchronization module 18.
Wherein said locating module 11 is for receiving the geographic position data of described mobile terminal 1.Wherein locating module 11 described in the present embodiment can adopt the positioning function in existing GPS module, thus the geographical coordinate of definite user's the current location of mobile terminal 1 on global map.The for example residing longitude and latitude of current mobile terminal 1.
Described information on services module 14 is asked to described retransmission unit 3 for sending service information based on described geographic position data, and obtains USI user service information from described retransmission unit 3.Be mobile terminal 1 described in the present embodiment transmission need to the request of the USI user service information of described geography information corresponding position.For example, the USI user service information such as food and drink or shopping.
Described cache module 15 is for storing described USI user service information, after being the request of sending service information of described information on services module 14, the USI user service information that described retransmission unit 3 feeds back is stored in described cache module 15, reads described USI user service information thereby be convenient to follow-up processing operation.
Described label generation module 12 is for comprising the label data of described geographic position data and USI user service information and be stored to described memory module 13 based on described geographic position data and USI user service information generation.The present embodiment is only that described geographic position data and the corresponding USI user service information of described geographical location are combined as to label data, and be stored in described memory module 13, what user can also be according to subsequent operation in addition need to adopt different data processings, thereby be convenient to follow-up operation, for example sequence waits operation.
Described retransmission unit 3 is the information on services request based on described mobile terminal 1 respectively, obtain USI user service information from described information server 2, be that described retransmission unit 3 is according to the information on services request separately of two described mobile terminals 1, obtain USI user service information from described information server 2, and be sent to respectively in the information on services module 14 of two mobile terminals 1.
In addition the user input data that described tag control module 16 receives based on described input module 17 is edited or is deleted the label data in described memory module 13.Be that user can also carry out to the USI user service information having obtained the label data of personalized processing or establishment user individual, thereby be convenient to further the use of user to label data, and improved user's experience.
Described synchronization module 18 is stored to described retransmission unit 3 for the user's Synchronization Control data that receive based on described input module 17 by the label data of described memory module 13 or label data that described retransmission unit 3 is uploaded by the synchronization module 18 of mobile terminal 1 is respectively stored to described memory module 13.Be that user can be by described synchronization module 18 backup label data to retransmission unit 3, thereby user can be by synchronizeing with the label data in retransmission unit 3 on different mobile terminals, thereby user can obtain the label data of identical user individual on different mobile terminals.
The recording method of the GEOGRAPHICAL INDICATION register system of the present embodiment as shown in Figure 2, comprising following steps:
Step 101, the described locating module of each mobile terminal 1 receives respectively the geographic position data of the described mobile terminal 1 that comprises described locating module.
Step 102, the described information on services module 14 of each mobile terminal 1 is extremely described retransmission unit 3 of the request of sending service information of the described geographic position data based on separately respectively.
Step 103, the information on services request of described retransmission unit 3 based on each mobile terminal, obtains USI user service information and is sent to respectively the information on services module 14 of described mobile terminal 1 from described information server 2.
Step 104, the described information on services module 14 of each mobile terminal 1 is obtained USI user service information separately and is stored described USI user service information to described cache module 15 from described retransmission unit 3 respectively.
Step 105, the described label generation module 16 of the each mobile terminal 1 described geographic position data based on described mobile terminal 1 and USI user service information generating labels data be stored to the described memory module 13 of described mobile terminal respectively.
Step 106, the user input data that the described tag control module 16 of each described mobile terminal 1 receives based on described input module 17 is edited or is deleted the label data in described memory module 13.
Step 107, the described synchronization module 18 of each mobile terminal 1 detects respectively whether receive user's Synchronization Control data from described input module 17, if enter step 108, otherwise repeating step 107.
Step 108, is stored to the label data of described memory module 13 described retransmission unit 3 or the label data of being uploaded by the synchronization module 18 of mobile terminal 1 respectively in described retransmission unit 3 is stored to described memory module 13.
After this user only need to repeat above-mentioned steps and just can constantly enrich the GEOGRAPHICAL INDICATION being made up of label data of user individual, thereby improves user's experience.
The second embodiment:
As shown in Fig. 3 and Fig. 1, the difference of the GEOGRAPHICAL INDICATION register system in GEOGRAPHICAL INDICATION register system and first embodiment of the present embodiment is:
The GEOGRAPHICAL INDICATION register system of the present embodiment adopts a update module 19 to replace the described synchronization module 18 of the GEOGRAPHICAL INDICATION register system in embodiment mono-.
Wherein information server 14 described in the present embodiment, also in the time that the USI user service information of described information server 2 changes, sends update request data by described retransmission unit 3 to the update module 19 of described mobile terminal,
In the time that described update module 19 receives described update request data, described update module 19 is obtained respectively the USI user service information after renewal for the geographic position data of controlling each label data of described tag control module 16 based on described memory module 13 by information service module 14, and described update module 19 is also controlled the described USI user service information of described tag control module 12 based on after upgrading and respectively described each label data edited to upgrade the USI user service information in described each label data.The update module 19 that is the present embodiment is upgraded the corresponding user's service data of each geography information in the label data of storage.
The recording method of the GEOGRAPHICAL INDICATION register system of the present embodiment as shown in Figure 4, comprising following steps:
The 3rd embodiment:
The GEOGRAPHICAL INDICATION register system of the present embodiment comprises that first is the update module of the GEOGRAPHICAL INDICATION register system of embodiment and the GEOGRAPHICAL INDICATION register system of the second embodiment.Wherein in the present embodiment, in the GEOGRAPHICAL INDICATION register system of the function of all parts, device and module and the first embodiment and the second embodiment, the function of all parts of the same name is identical, so just repeat no more herein.
In the present embodiment, both there is synchronizing function and also there is renewal function, so can be in synchronous preservation label data, can upgrade in real time each label data, thereby make user on different mobile terminals, can obtain the up-to-date label data with user individual, thereby improved user's experience.
Although more than described the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, protection scope of the present invention is limited by appended claims.Those skilled in the art is not deviating under the prerequisite of principle of the present invention and essence, can make various changes or modifications to these execution modes, but these changes and modification all fall into protection scope of the present invention.
Claims (10)
1. a GEOGRAPHICAL INDICATION register system, is characterized in that, described GEOGRAPHICAL INDICATION register system comprises:
One or more mobile terminals, an information server and a retransmission unit;
In wherein said mobile terminal, all have a locating module, a label generation module, a memory module, an information on services module and a cache module, wherein said locating module is for receiving the geographic position data of described mobile terminal; Described information on services module is asked to described retransmission unit and obtains USI user service information from described retransmission unit for sending service information based on described geographic position data; Described cache module is used for storing described USI user service information; Described label generation module comprises the label data of described geographic position data and USI user service information and is stored to described memory module for generating;
The information on services request of described retransmission unit based on each mobile terminal obtained USI user service information and is sent to the information on services module of each mobile terminal from described information server.
2. GEOGRAPHICAL INDICATION register system as claimed in claim 1, is characterized in that, described mobile terminal also comprises a tag control module and an input module;
The user input data that wherein said tag control module receives based on described input module is edited or is deleted the label data in described memory module.
3. GEOGRAPHICAL INDICATION register system as claimed in claim 2, it is characterized in that, described mobile terminal also comprises a update module, described in described update module control, the geographic position data of each label data of tag control module based on described memory module obtains respectively the USI user service information after renewal by information service module, and described update module is also controlled the described USI user service information of described tag control module based on after upgrading and respectively described each label data edited to upgrade the USI user service information in described each label data.
4. GEOGRAPHICAL INDICATION register system as claimed in claim 3, it is characterized in that, described information server, also in the time that the USI user service information of described information server changes, sends update request data by described retransmission unit to the update module of described mobile terminal;
In the time that described update module receives described update request data, described in described update module control, the geographic position data of each label data of tag control module based on described memory module obtains respectively renewal USI user service information by information service module, and described update module is also controlled described tag control module and respectively described each label data edited based on described renewal USI user service information.
5. GEOGRAPHICAL INDICATION register system as claimed in claim 2, it is characterized in that, described mobile terminal also comprises a synchronization module, and described synchronization module is stored to described retransmission unit for the user's Synchronization Control data that receive based on described input module by the label data of described memory module or label data that described retransmission unit is uploaded by the described synchronization module of each mobile terminal is stored to described memory module.
6. a GEOGRAPHICAL INDICATION recording method, is characterized in that, uses GEOGRAPHICAL INDICATION register system as described in claim 1, and comprises the following steps:
S
101, each mobile terminal described locating module receive the geographic position data of the mobile terminal that comprises described locating module;
S
102, each mobile terminal the described geographic position data request of sending service information of the mobile terminal of described information on services module based on comprising described information on services module to described retransmission unit;
S
103, the information on services request of described retransmission unit based on each described mobile terminal obtain USI user service information, and be sent to respectively the information on services module of described mobile terminal from described information server respectively;
S
104, each mobile terminal described information on services module obtain USI user service information and store respectively the described cache module of described USI user service information to each mobile terminal from described retransmission unit respectively;
S
105, each mobile terminal the described label generation module described geographic position data based on described mobile terminal and USI user service information generating labels data be stored to the memory module of described mobile terminal respectively.
7. GEOGRAPHICAL INDICATION recording method as claimed in claim 6, is characterized in that, described GEOGRAPHICAL INDICATION register system also comprises a tag control module and an input module, described step S
105further comprising the steps of afterwards:
The user input data that the described tag control module of described mobile terminal receives based on described input module is edited or is deleted the label data in described memory module.
8. GEOGRAPHICAL INDICATION recording method as claimed in claim 6, is characterized in that, described GEOGRAPHICAL INDICATION register system also comprises a update module, described step S
105further comprising the steps of afterwards:
S
1051, described mobile terminal described update module control described in the geographic position data of the each label data of tag control module based on described memory module obtain renewal USI user service information by information service module respectively;
S
1052, described mobile terminal described update module also control described tag control module and respectively described each label data edited based on described renewal USI user service information.
9. GEOGRAPHICAL INDICATION recording method as claimed in claim 8, is characterized in that, described step S
1051with step S
104between further comprising the steps of:
S
1050, described information server is also in the time that the USI user service information of described information server changes, and sends update request data by described retransmission unit to the update module of described mobile terminal; The described update module of each mobile terminal detects whether receive described update request data, if enter step S
1051, otherwise repeating step S
1050.
10. GEOGRAPHICAL INDICATION recording method as claimed in claim 6, is characterized in that, described GEOGRAPHICAL INDICATION register system also comprises a synchronization module, described step S
105further comprising the steps of afterwards:
S
106, each mobile terminal described synchronization module detect respectively whether receive user's Synchronization Control data from described input module, the if label data of described memory module is stored to described retransmission unit or the label data of being uploaded by the described synchronization module of each mobile terminal in described retransmission unit is stored to described memory module, otherwise repeating step S
106.
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| CN1980417A (en) * | 2005-11-30 | 2007-06-13 | 中兴通讯股份有限公司 | Method for realizing positioning in digit clustering communication system |
| CN101198149A (en) * | 2006-12-06 | 2008-06-11 | 华为技术有限公司 | Positional information determining method, resource uploading management method and applied server |
| CN101978709A (en) * | 2008-03-20 | 2011-02-16 | 诺基亚公司 | Method and apparatus for providing location based service |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20080242317A1 (en) * | 2007-03-26 | 2008-10-02 | Fatdoor, Inc. | Mobile content creation, sharing, and commerce in a geo-spatial environment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1980417A (en) * | 2005-11-30 | 2007-06-13 | 中兴通讯股份有限公司 | Method for realizing positioning in digit clustering communication system |
| CN101198149A (en) * | 2006-12-06 | 2008-06-11 | 华为技术有限公司 | Positional information determining method, resource uploading management method and applied server |
| CN101978709A (en) * | 2008-03-20 | 2011-02-16 | 诺基亚公司 | Method and apparatus for providing location based service |
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