CN107211269A - Position camouflage method, apparatus and system - Google Patents

Position camouflage method, apparatus and system Download PDF

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Publication number
CN107211269A
CN107211269A CN201580065856.XA CN201580065856A CN107211269A CN 107211269 A CN107211269 A CN 107211269A CN 201580065856 A CN201580065856 A CN 201580065856A CN 107211269 A CN107211269 A CN 107211269A
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alignment code
holding position
server
application program
default
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程力行
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Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
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Yulong Computer Telecommunication Scientific Shenzhen Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/02—Protecting privacy or anonymity, e.g. protecting personally identifiable information [PII]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/60—Protecting data

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Abstract

This application discloses the embodiment of position camouflage method, the embodiment is applied to be provided with the mobile terminal of application program, user can trigger the operation of the default pseudo- holding position of issue in the application, and then the present embodiment gets the corresponding alignment code of default pseudo- holding position, and alignment code is back to application program, the alignment code is sent to location-server with triggering application program, so that location-server returns to camouflage of target position corresponding to the alignment code to application program, so as to trigger the application issued camouflage of target position, camouflage of target position is identical with default pseudo- holding position, it can be seen that, the present embodiment can realize the purpose in the geographical position after issue camouflage in the application.In addition, present invention also provides position dazzle system and position dazzle system, to ensure above-mentioned application in practice and realization.

Description

Position camouflage method, apparatus and system Technical field
This application involves mobile communication technology fields, especially position camouflage method, apparatus and system.
Background technique
Mobile phone is a kind of important means of communication in people's daily life.Normally, various application programs are installed in mobile phone, to realize outside basic call function, provide more application functions for user.Wherein, a kind of application program is social software, and such as QQ, user can use the current location that social software issues oneself.In some cases, user wants the location information of publication not being to be true current location, but passes through some other positions of camouflage.
Therefore, it is necessary to a kind of position camouflage methods, to meet the needs of user issues pseudo- holding position.
Summary of the invention
In view of this, this application provides position camouflage method, the purpose pretended to realize the current location to user's publication.In addition, present invention also provides position dazzle system and position dazzle system, to guarantee the application and realization of the above method in practice.
In order to achieve the object, technical solution provided by the present application is as follows:
A kind of position camouflage method, applied to the mobile terminal for being provided with application program, this method comprises:
In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, the corresponding alignment code of the default puppet holding position is obtained；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
The application program is triggered the alignment code is sent to location-server and issues the camouflage of target position that the location-server returns；Wherein, for the alignment code so that the location-server is to the application program return camouflage of target corresponding with alignment code position, the camouflage of target position is identical as the default pseudo- holding position.
Optionally, the operation of the default pseudo- holding position of publication triggered in the application program in response to user, obtains the corresponding alignment code of the default puppet holding position, comprising:
In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, the corresponding alignment code of the default puppet holding position is searched in the mobile terminal.
Optionally, the operation of the default pseudo- holding position of publication triggered in the application program in response to user, obtains the corresponding alignment code of the default puppet holding position, comprising:
In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, alignment code acquisition request is sent to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
Optionally, locating module is provided on the mobile terminal；The corresponding relationship of multiple positions and alignment code is preserved on the position bogus server；
Wherein, the preservation process of the corresponding relationship includes:
In response to the operation for the acquisition position that user triggers in the mobile terminal, the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal is triggered；
The operation of the uploading position and alignment code that are triggered in the mobile terminal in response to user, the corresponding alignment code in the current location and the current location is sent to the position bogus server, saves the current location and the corresponding alignment code in the current location to trigger the position bogus server.
Optionally, the alignment code includes at least one of longitude and latitude, base station number.
Present invention also provides a kind of position dazzle systems, and applied to the mobile terminal for being provided with application program, which includes:
Alignment code acquisition module, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtain the corresponding alignment code of the default puppet holding position；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
The alignment code is sent to location-server and issues the camouflage of target position that the location-server returns by pseudo- holding position release module for triggering the application program；Wherein, for the alignment code so that the location-server is to the application program return camouflage of target corresponding with alignment code position, the camouflage of target position is identical as the default pseudo- holding position.
Optionally, the alignment code acquisition module includes:
The corresponding alignment code of the default puppet holding position is searched in local acquisition submodule, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user in the mobile terminal.
Optionally, the alignment code acquisition module includes:
Server acquisition submodule, the operation of the default pseudo- holding position of publication for being triggered in the application program in response to user, alignment code acquisition request is sent to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
Optionally, locating module is provided on the mobile terminal；The corresponding relationship of multiple positions and alignment code is preserved on the position bogus server；
Correspondingly, the position bogus server includes: corresponding relationship preserving module, the corresponding relationship for save location and alignment code；
Wherein, the corresponding relationship preserving module, comprising:
Locating module obtains information module, and the operation of the acquisition position for triggering in the mobile terminal in response to user triggers the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal；
Locating module upload information module, the operation of uploading position and alignment code for being triggered in the mobile terminal in response to user, the corresponding alignment code in the current location and the current location is sent to the position bogus server, saves the current location and the corresponding alignment code in the current location to trigger the position bogus server.
Present invention also provides a kind of position dazzle systems, comprising: mobile terminal and location-server；Wherein:
The mobile terminal, it is provided with application program, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtains the corresponding alignment code of the default puppet holding position, triggers the application program for the alignment code and be sent to location-server；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
The location-server responds the alignment code received, and Xiang Suoshu application program returns to the camouflage of target corresponding with alignment code position, and the camouflage of target position is identical as the default pseudo- holding position；
The mobile terminal is also used to issue the camouflage of target position.
It can be seen from above-mentioned technical scheme that, position camouflage method provided in this embodiment, applied to the mobile terminal for being provided with application program, user can trigger the operation of the default pseudo- holding position of publication in the application, the present embodiment obtains alignment code corresponding to default pseudo- holding position, and alignment code is back to application program, location-server is sent to trigger application program for the alignment code, so that location-server returns to camouflage of target position corresponding to the alignment code to application program, to trigger the application issued camouflage of target position, camouflage of target position is identical as default pseudo- holding position, it can be seen that, the purpose for issuing the geographical location after camouflage in the application may be implemented in the present embodiment.
Detailed description of the invention
It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below will be to implementation Example or attached drawing needed to be used in the description of the prior art are briefly described, apparently, drawings in the following description are only some embodiments of the invention, for those of ordinary skill in the art, without creative efforts, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is a kind of architecture diagram of position dazzle system provided by the present application；
Fig. 2 is the flow chart of position camouflage method embodiment 1 provided by the present application；
Fig. 3 is another architecture diagram of position dazzle system provided by the present application；
Fig. 4 is the operation interface schematic diagram of uploading position provided by the present application and alignment code corresponding relationship；
Fig. 5 is the structural schematic diagram of position dazzle system embodiment 1 provided by the present application；
Fig. 6 is the structural schematic diagram of corresponding relationship preserving module provided by the present application.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, shall fall within the protection scope of the present invention.
This application provides position camouflage method embodiment 1, which can be using on mobile terminals, and mobile terminal includes but is not limited to mobile phone, PAD, palm PC and portable computer etc..The framework of position dazzle system one embodiment as shown in Figure 1 is provided with application program 101 and position dazzle system 102 on mobile terminal 10, and mobile terminal 10 is connected with location-server 20.That is, the process of position camouflage method embodiment 1 may be implemented based on the position dazzle system embodiment that Fig. 1 is provided.
Referring to fig. 2, it illustrates the detailed processes of position camouflage method embodiment 1.As shown in Fig. 2, the position camouflage method embodiment 1 may include step S11~S15.
Step S11: application response sends the default pseudo- holding position in the operation for the default pseudo- holding position of publication that user triggers, to position dazzle system；Wherein, the current location of the default pseudo- holding position and the mobile terminal is inconsistent.
Wherein, application program can be any one program with position issuing function, such as QQ in the prior art.When user wants some pseudo- holding position of publication, application program is opened, the operation of releasing position is triggered in the publication interface of position, in turn, mobile terminal can be supplied to user's puppet holding position set interface, for Some pseudo- holding position of publication is wanted in user's input, for ease of description, the position of user's input is known as default pseudo- holding position.For example, the default pseudo- holding position that user inputs in pseudo- holding position set interface are as follows: West DaWang Road, Chaoyang District, BeiJing City 17.
It should be noted that the current location needs of the default pseudo- holding position and mobile terminal are inconsistent.In order to guarantee this point, the default pseudo- holding position can be compared with the current location of mobile terminal after user inputs default pseudo- holding position；If comparison result is identical, the pseudo- holding position of display prompt information identical with current location, and user is prompted to re-enter default pseudo- holding position；If comparison result is difference, which can be sent to position dazzle system, subsequent step is carried out with trigger position dazzle system.
Step S12: it after position dazzle system receives the default pseudo- holding position, obtains this and presets the corresponding alignment code of pseudo- holding position, and the alignment code is sent to application program；Wherein, the alignment code is for indicating the default pseudo- holding position.
Wherein, position dazzle system obtains alignment code corresponding to default pseudo- holding position, and alignment code is used to indicate the default pseudo- holding position of user's input.Optionally, alignment code may include at least one of geographical coordinate, base station number, and further, geographical coordinate can be longitude and latitude or longitude and latitude height.For example, alignment code corresponding to West DaWang Road, Chaoyang District, BeiJing City 17 is longitude and latitude form, specifically: 116.48312494 and 39.97902091.
It should be noted which kind of form is the alignment code in the application be specially, it is that the approach of acquisition alignment code in the position published method by application program itself determines.Specifically:
In the prior art, position published method can be used to issue true current location in application program.Specifically, a kind of form of position published method may is that application program utilizes GPS (Global Positioning System, global positioning system) module, obtain the geographical coordinate of true current location, and the process of S13 to S15 as steps described below, geographical coordinate is sent to location-server, so that location-server returns to current location corresponding to the geographical position coordinates of current location.
For example, the geographical coordinate of current location are as follows: 115.48101 and 38.844723, wherein the former is longitude, and the latter is latitude, the current location that location-server is returned according to the geographical coordinate are as follows: Sanfeng Middle Road, Baoding, Hebei Province.
Another form of position published method may is that application program sends Location Request to base station server by base station, base station server returns to the number of the base station to application program, in turn, the process of application program S13 to S15 as steps described below, base station number is sent to location-server, so that location-server returns to current location corresponding to the base station number.
Such as, base station number are as follows: 460+1+12593+42847, wherein, 460 be MCC (Mobile Country Code, Mobile Country Code MCC), 1 be MNC (Mobile Network Code, Mobile Network Code), 12593 be LAC (Location Area Code, regional areas code), 42847 be CELLID, i.e. mobile base station is numbered.The current location that location-server is returned according to the base station number are as follows: Sanfeng Middle Road, Baoding, Hebei Province.
The approach that application program obtains alignment code it can be seen from the concrete form of both the above position published method can be through GPS module, be also possible to pass through base station server.Therefore, the application can determine first application program it is specifically used be GPS module or base station server, and then the alignment code of corresponding form is returned to according to definitive result, i.e. return geographical coordinate or base station number.It should be noted that the alignment code is alignment code corresponding to default pseudo- holding position.
By can also be seen that above, the application does not need to carry out biggish variation to application program, the default pseudo- holding position only provided according to application program, the corresponding alignment code in true current location that will be returned to application program become the corresponding alignment code of default pseudo- holding position.Therefore, the application can be adapted for a variety of different application programs, and applicability is wider.
Step S13: the alignment code is sent to location-server by application program.
Wherein, which is sent to location-server after receiving the alignment code that position camouflage module returns by application program, returns to the camouflage of target corresponding with alignment code position to trigger location-server to the application program.Optionally, which can be any one server used for positioning in the prior art, such as Baidu map server, Amap server or google map server.
Step S14: after location-server receives the alignment code, Xiang Suoshu application program returns to the camouflage of target corresponding with alignment code position.
Wherein, after location-server receives alignment code, search position corresponding to the alignment code, due to the corresponding alignment code of default puppet holding position that the alignment code is user's input, therefore, for the ease of being distinguished with the default pseudo- holding position that user inputs, can by positioning server searches to position be known as camouflage of target position.Just after positioning server searches to the camouflage of target position, which is back to application program.
For example, alignment code are as follows: 116.48312494 and 39.97902091, the camouflage of target position that location-server is returned to application program are as follows: West DaWang Road, Chaoyang District, BeiJing City 17.
Step S15: the camouflage of target position that location-server described in application issued returns；The camouflage of target position is identical as the default pseudo- holding position.
Wherein, application program after the publication of the camouflage of target position received, will be realized the effect of the default pseudo- holding position of true current location disguise as.
From above technical solution, position camouflage method provided in this embodiment, applied to the mobile terminal for being provided with application program, user can trigger the operation of the default pseudo- holding position of publication in the application, and then the present embodiment gets the corresponding alignment code of default pseudo- holding position, and alignment code is back to application program, location-server is sent to trigger application program for the alignment code, so that location-server returns to camouflage of target position corresponding to the alignment code to application program, to trigger the application issued camouflage of target position, camouflage of target position is identical as default pseudo- holding position, it can be seen that, the purpose for issuing the geographical location after camouflage in the application may be implemented in the present embodiment.
The present embodiment can be applied in a variety of different application scenarios, for example, user can set some famous tourist attractions for default pseudo- holding position, improve the interest that user issues geographical location, better user experience.In addition, the position after the present embodiment publication camouflage, the actual position of user can be stolen to avoid rogue programs such as wooden horses, to improve the safety of user information.
It should be noted that, in above-described embodiment 1, the mode that position dazzle system obtains the corresponding alignment code of default puppet holding position may be considered, and in response to the operation for the default pseudo- holding position of publication that user triggers in the application program, obtain the corresponding alignment code of the default puppet holding position.In practical applications, the specific implementation of the step can be different according to the storage mode of alignment code.
Specifically, mobile terminal can locally preserve alignment code corresponding to default pseudo- holding position.In this case, the operation of the above-mentioned default pseudo- holding position of publication triggered in the application program in response to user, a kind of specific implementation for obtaining the corresponding alignment code of the default puppet holding position include the following steps A1.
Step A1: in response to the operation for the default pseudo- holding position of publication that user triggers in the application program, the corresponding alignment code of the default puppet holding position is searched in the mobile terminal.
Wherein, multiple corresponding relationships, the i.e. corresponding relationship of position and alignment code can be saved in mobile terminal.It include the corresponding relationship of default pseudo- holding position and alignment code in corresponding relationship.In turn, position dazzle system issues the operation of default pseudo- holding position in response to user, searches alignment code corresponding to default pseudo- holding position in the terminal.
In this kind of implementation, code is searched and located in the terminal, and implementation is relatively simple, and can be to avoid the communication process with server, and search efficiency is higher.But, this kind of implementation, it needs to prestore alignment code in the terminal, the memory space of mobile terminal is not only taken up, and it may be due to the variation of position and alignment code corresponding relationship, cause the alignment code found not accurate enough, this disadvantage especially becomes apparent in the case where alignment code is base station number.
Certainly, in mobile terminal can also not save location and alignment code corresponding relationship, the corresponding relationship of position and alignment code and be stored on the bogus server of position.Referring to Fig. 3, it illustrates the frameworks of another embodiment of position dazzle system.As shown in figure 3, mobile terminal 10 other than being connected with location-server 20, can also be connected with position bogus server 30.
In this way, the operation for the default pseudo- holding position of publication that above-mentioned steps trigger in the application program in response to user, another specific implementation for obtaining the corresponding alignment code of the default puppet holding position includes the following steps B1.
Step B1: in response to the operation for the default pseudo- holding position of publication that user triggers in the application program, sending alignment code acquisition request to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
Wherein, after user triggers the operation that pseudo- holding position is preset in publication in the application, position dazzle system sends alignment code acquisition request to position bogus server.It should be noted that pre-saved multiple corresponding relationships in the bogus server of position, i.e. the corresponding relationship of position and alignment code.In these corresponding relationships, the corresponding relationship comprising default pseudo- holding position and its alignment code.Certainly, in order to guarantee this point, position bogus server can be when receiving the alignment code acquisition request of position dazzle system transmission, judge whether it preserves the corresponding alignment code of predeterminated position, if not saving, then prompt information can be sent to related personnel, to prompt related personnel to determine alignment code corresponding to the predeterminated position.Certainly, if not saving the corresponding alignment code of default pseudo- holding position on the bogus server of position, miscue information directly can also be returned to position dazzle system, application program is back to trigger position dazzle system, to prompt user preset puppet holding position to be not present.
In this implementation, the corresponding relationship that position and alignment code is stored in advance is not needed in mobile terminal, save the memory space of mobile terminal, and due to the corresponding relationship on the bogus server of position be can be increased at any time, alignment code is provided so as to be embodied as more default position puppet holding position, application is wider.
In practical applications, the corresponding relationship on the bogus server of position can be a large number of users upload.Specifically, the preserving type of corresponding relationship can specifically include following steps C1~step C2.
Step C1: in response to the operation for the acquisition position that user triggers in the mobile terminal, the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal is triggered.
Wherein, locating module is provided on mobile terminal, after user carries out the operation of acquisition position in the terminal, mobile terminal is in response to the operation, positioning instruction is sent to locating module, determines alignment code corresponding to the current location and the current location of mobile terminal to trigger locating module.
Optionally, positioning terminal can be the combination of GPS module, base station location module or both.Wherein, when positioning terminal includes GPS module, determining alignment code includes geographical coordinate, and when positioning terminal includes base station location module, determining alignment code includes base station information.It should be noted that, the concrete form of base station information is corresponding with the communication mode that base station location module uses, such as, the communication mode that base station location module uses is CDMA, then base station information may include: system identification SID, Network ID NID, base station code NID, latitude LAT and longitude LONG.Wherein, base station information determines according to base station information the alignment code of above-mentioned base station number type for position bogus server.
Such as, the current location that the locating module of mobile terminal is determined are as follows: West DaWang Road, Chaoyang District, BeiJing City 17, alignment code includes geographical coordinate and base station information, wherein, geographical coordinate are as follows: 116.48312494 and 39.97902091, base station information are as follows: BID=e9b2, SID=3600, NID=3, LAT=8c494, LONG=199781.
Step C2: the operation of the uploading position and alignment code that are triggered in the mobile terminal in response to user, the corresponding alignment code in the current location and the current location is sent to the position bogus server, saves the current location and the corresponding alignment code in the current location to trigger the position bogus server.
Wherein, mobile terminal can provide upload operation interface, and upload operation interface may refer to Fig. 4, as shown in figure 4, may include current location, GPS information and the base station information that locating module is determined in upload operation interface.User can choose upload or preservation in the upload operation interface.If user's selection is to upload, current location, GPS information and base station information are sent to position bogus server by mobile terminal；If user's selection is to save, current location, GPS information and base station information are stored in local by mobile terminal.
Certainly, the data that mobile terminal uploads can be any one or two kinds in GPS information and base station information.Position bogus server is saved after receiving the data that mobile terminal uploads, to generate the corresponding relationship of position and alignment code.
From the above technical scheme, it can be seen that the application position bogus server, which can use user, uploads current location and the corresponding alignment code in current location to obtain the corresponding relationship of position and alignment code.
Position dazzle system provided by the present application is introduced below, it should be noted that there is the explanation of off position dazzle system to be referred to position camouflage method provided above, do not repeat below.
Referring to Fig. 5, it illustrates the specific structures of position dazzle system embodiment 1.The Installation practice 1 is applied to be provided with the mobile terminal of application program, it should be noted that on the Installation practice 1 is specially State position dazzle system 102 shown in FIG. 1.As shown in figure 5, position dazzle system embodiment 1 can specifically include:
Alignment code acquisition module 501, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtain the corresponding alignment code of the default puppet holding position；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
The alignment code is sent to location-server and issues the camouflage of target position that the location-server returns by pseudo- holding position release module 502 for triggering the application program；Wherein, for the alignment code so that the location-server is to the application program return camouflage of target corresponding with alignment code position, the camouflage of target position is identical as the default pseudo- holding position.
Optionally, a kind of structure that the alignment code obtains module 501 can specifically include:
The corresponding alignment code of the default puppet holding position is searched in local acquisition submodule, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user in the mobile terminal.
Alternatively, another structure that the alignment code obtains module 501 can specifically include:
Server acquisition submodule, the operation of the default pseudo- holding position of publication for being triggered in the application program in response to user, alignment code acquisition request is sent to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
Optionally, locating module is provided on the mobile terminal；The corresponding relationship of multiple positions and alignment code is preserved on the position bogus server；
Correspondingly, position bogus server 30 may include: corresponding relationship preserving module, the corresponding relationship for save location and alignment code.
Wherein, the structure of the corresponding relationship preserving module referring to shown in Fig. 6.As shown in fig. 6, the corresponding relationship preserving module can specifically include:
Locating module obtains information module 601, and the operation of the acquisition position for triggering in the mobile terminal in response to user triggers the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal；
The corresponding alignment code in the current location and the current location is sent to by locating module upload information module 602, the operation of uploading position and alignment code for triggering in the mobile terminal in response to user The position bogus server saves the current location and the corresponding alignment code in the current location to trigger the position bogus server.
In addition, present invention also provides a kind of position dazzle system, the specific structure of the position dazzle system may refer to Fig. 1.As shown in Figure 1, position dazzle system can specifically include:
The mobile terminal 10, it is provided with application program, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtains the corresponding alignment code of the default puppet holding position, triggers the application program for the alignment code and be sent to location-server；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
The location-server 20 responds the alignment code received, and Xiang Suoshu application program returns to the camouflage of target corresponding with alignment code position, and the camouflage of target position is identical as the default pseudo- holding position；
The mobile terminal 10 is also used to issue the camouflage of target position.
Each embodiment in this specification is described in a progressive manner, and each embodiment focuses on the differences from other embodiments, and the same or similar parts in each embodiment may refer to each other.For the device disclosed in the embodiment, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, reference may be made to the description of the method.
Professional further appreciates that, unit and algorithm steps described in conjunction with the examples disclosed in the embodiments of the present disclosure, it can be realized with electronic hardware, computer software, or a combination of the two, in order to clearly illustrate the interchangeability of hardware and software, each exemplary composition and step are generally described according to function in the above description.These functions are implemented in hardware or software actually, the specific application and design constraint depending on technical solution.Professional technician can use different methods to achieve the described function each specific application, but such implementation should not be considered as beyond the scope of the present invention.
The step of method described in conjunction with the examples disclosed in this document or algorithm, can directly be implemented with the combination of hardware, the software module or the two of processor execution.Software module can be placed in any other form of storage medium known in random access memory (RAM), memory, read-only memory (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or use this Invention.Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, the present invention will not be limited to the embodiments shown herein, and is to fit to the widest scope consistent with the principles and novel features disclosed herein.

Claims (10)

  1. A kind of position camouflage method, which is characterized in that applied to the mobile terminal for being provided with application program, this method comprises:
    In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, the corresponding alignment code of the default puppet holding position is obtained；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
    The application program is triggered the alignment code is sent to location-server and issues the camouflage of target position that the location-server returns；Wherein, for the alignment code so that the location-server is to the application program return camouflage of target corresponding with alignment code position, the camouflage of target position is identical as the default pseudo- holding position.
  2. Position camouflage method according to claim 1, which is characterized in that the operation of the default pseudo- holding position of publication triggered in the application program in response to user obtains the corresponding alignment code of the default puppet holding position, comprising:
    In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, the corresponding alignment code of the default puppet holding position is searched in the mobile terminal.
  3. Position camouflage method according to claim 1, which is characterized in that the operation of the default pseudo- holding position of publication triggered in the application program in response to user obtains the corresponding alignment code of the default puppet holding position, comprising:
    In response to the operation for the default pseudo- holding position of publication that user triggers in the application program, alignment code acquisition request is sent to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
  4. Position camouflage method according to claim 3, which is characterized in that be provided with locating module on the mobile terminal；The corresponding relationship of multiple positions and alignment code is preserved on the position bogus server；
    Wherein, the preservation process of the corresponding relationship includes:
    In response to the operation for the acquisition position that user triggers in the mobile terminal, the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal is triggered；
    The operation of the uploading position and alignment code that are triggered in the mobile terminal in response to user, the corresponding alignment code in the current location and the current location is sent to the position bogus server, saves the current location and the corresponding alignment code in the current location to trigger the position bogus server.
  5. Position camouflage method according to claim 1, which is characterized in that the alignment code includes at least one of longitude and latitude, base station number.
  6. A kind of position dazzle system, which is characterized in that applied to the mobile terminal for being provided with application program, which includes:
    Alignment code acquisition module, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtain the corresponding alignment code of the default puppet holding position；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
    The alignment code is sent to location-server and issues the camouflage of target position that the location-server returns by pseudo- holding position release module for triggering the application program；Wherein, for the alignment code so that the location-server is to the application program return camouflage of target corresponding with alignment code position, the camouflage of target position is identical as the default pseudo- holding position.
  7. Position dazzle system according to claim 6, which is characterized in that the alignment code obtains module and includes:
    The corresponding alignment code of the default puppet holding position is searched in local acquisition submodule, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user in the mobile terminal.
  8. Position dazzle system according to claim 6, which is characterized in that the alignment code obtains module and includes:
    Server acquisition submodule, the operation of the default pseudo- holding position of publication for being triggered in the application program in response to user, alignment code acquisition request is sent to position bogus server, returns to alignment code corresponding with the default puppet holding position to trigger the position bogus server.
  9. Position dazzle system according to claim 8, which is characterized in that be provided with locating module on the mobile terminal；The corresponding relationship of multiple positions and alignment code is preserved on the position bogus server；
    Correspondingly, the position bogus server includes: corresponding relationship preserving module, the corresponding relationship for save location and alignment code；
    Wherein, the corresponding relationship preserving module, comprising:
    Locating module obtains information module, and the operation of the acquisition position for triggering in the mobile terminal in response to user triggers the corresponding alignment code in current location and the current location that the locating module determines the mobile terminal；
    Locating module upload information module, the upper open position for being triggered in the mobile terminal in response to user It sets and the operation of alignment code, the corresponding alignment code in the current location and the current location is sent to the position bogus server, save the current location and the corresponding alignment code in the current location to trigger the position bogus server.
  10. A kind of position dazzle system characterized by comprising mobile terminal and location-server；Wherein:
    The mobile terminal, it is provided with application program, the operation of the default pseudo- holding position of publication for triggering in the application program in response to user obtains the corresponding alignment code of the default puppet holding position, triggers the application program for the alignment code and be sent to location-server；Wherein, for the alignment code for indicating the default pseudo- holding position, the current location of the default pseudo- holding position and the mobile terminal is inconsistent；
    The location-server responds the alignment code received, and Xiang Suoshu application program returns to the camouflage of target corresponding with alignment code position, and the camouflage of target position is identical as the default pseudo- holding position；
    The mobile terminal is also used to issue the camouflage of target position.
CN201580065856.XA 2015-05-29 2015-05-29 Position camouflage method, apparatus and system Pending CN107211269A (en)

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