CN1731094B - mobile communication method and system with geographic information - Google Patents
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- CN1731094B CN1731094B CN 200510095972 CN200510095972A CN1731094B CN 1731094 B CN1731094 B CN 1731094B CN 200510095972 CN200510095972 CN 200510095972 CN 200510095972 A CN200510095972 A CN 200510095972A CN 1731094 B CN1731094 B CN 1731094B
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Abstract
The invention provides a mobile communication method with geographic information, which is applied to a server, and the server can be wirelessly connected with at least a first mobile communication device and a second mobile communication device, wherein the first mobile communication device and the second mobile communication device are respectively used by a first user and a second user and respectively have a first geographic information and a second geographic information of the positions of the first user and the second user, and the method comprises the following steps: receiving the first and second geographic information from the first and second mobile communication devices, respectively; judging whether the first and second geographic information accord with a preset comparison condition; and when the judgment result is in line, transmitting a message to the first mobile communication device, so that the first mobile communication device displays the message that the first and second geographic information are in line with the comparison condition.
Description
Technical field
The invention relates to the Mobile Communications method and apparatus, refer to Mobile Communications method and system especially with geography information.
Background technology
(Global Position System is that common being applied to of system of being located at the radiolocation of space navigated or time conversion GPS) to GPS.This system can be used for unrestrictedly providing global tool to receive the split-hair position of user, speed, the time data of equipment.This system is not subjected to weather effect, and can provide the whole world unified longitude and latitude reference.The function mode of GPS is that each satellite according to this system provides accurately and successional spatial position data with distance to calculate apart from user's time in space.The receiver of GPS is automatically selected the signal from several satellites, and is the three-dimensional space data of position, speed and time with these conversion of signals.
The electronics running gear, for example personal digital assistant, satellite navigation running gear and light computing machine on knee etc., gained popularity.Wherein the satellite navigation running gear just is applied to GPS.Yet the application of existing satellite navigation running gear mainly all concentrates on server and the distinctly service between running gear, has only few part that interaction function between different running gears is provided.For instance, when two users make an appointment meeting, only can utilize existing satellite navigation running gear that himself geography information of position is provided, can't learn the other side's geography information in real time, need to see through phone in addition and describe in word, thus, not only to reach in addition the other side's telephone number, and when either party is unfamiliar with stipulated place, just can't knows the geography information of describing stipulated place, and can't reach optimum and real-time communication effect.
The applicant is because the shortcoming of known technology is invented out the present invention's " Mobile Communications method and system with geography information ", in order to improve the above-mentioned shortcoming of commonly using means.
Summary of the invention
Of the present invention one is contemplated that a kind of Mobile Communications method with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and have one first and one second geography information of its position respectively, this method comprises the steps: to receive this first and second geography information respectively from this first and second mobile communication device; Judge whether this first and second geography information meets a default comparison condition; When this judged result when meeting, following this second geography information of biography shows this second geography information to this first mobile communication device for this first mobile communication device.
Of the present invention another is contemplated that a kind of Mobile Communications method with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and have one first and one second geography information of its position respectively, this method comprises the steps: to receive this first and second geography information respectively from this first and second mobile communication device; Judge whether this first and second geography information meets a default comparison condition; When this judged result when meeting, following biography one information makes this first mobile communication device show that this first and second geography information meets the information of this comparison condition to this first mobile communication device.
Of the present invention inferior one is contemplated that a kind of Mobile Communications method with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, this method comprise the steps: to provide an interface to set up the communication status sign indicating number of this second mobile communication device for this first user; Send the request of this second geography information of its correspondence of reception with the status sign indicating number according to this communication; Receive this second geography information; Judge whether this first and second geography information meets a default comparison condition; When this judged result when meeting, show this second geography information.
Another a kind of Mobile Communications method that is contemplated that of the present invention with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, this method comprise the steps: to provide an interface to set up the communication status sign indicating number of this second mobile communication device for this first user; Send the request of this second geography information of its correspondence of reception with the status sign indicating number according to this communication; Receive this second geography information; Judge whether this first and second geography information meets a default comparison condition; When this judged result when meeting, show that this first and second geography information meets the information of this comparison condition.
Of the present inventionly one be contemplated that a kind of Mobile Communications method again, comprise the steps: to obtain one first and one first and one second geography information of one second mobile communication device position with geography information; Judge whether this first and second geography information meets a default comparison condition; When this judged result when meeting, wherein at least one shows this second geography information in this first and second mobile communication device.
A kind of Mobile Communications method of the present invention with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Receive this first and second geography information respectively from this first and second mobile communication device;
Judge whether this first and second geography information meets a default comparison condition;
When this judged result when meeting, following this second geography information of biography shows this second geography information to this first mobile communication device for this first mobile communication device.
Wherein also comprise the following step:
Receive the communication status sign indicating number of this first and second mobile communication device from this first mobile communication device;
Send the request that receives this first and second geography information according to these communications to this first and second mobile communication device with the status sign indicating number.
This second geography information that wherein reaches this first mobile communication device down is to be the numerical value pattern, for this first mobile communication device this second geography information is shown with the electronic chart pattern in conjunction with an electronic map database.
Wherein also be contained in down and pass this second geography information to this first mobile communication device, with this second geography information in conjunction with an electronic map database, and with this second geography information to reach this first mobile communication device under the electronic chart pattern.
Wherein also comprise this first geography information in conjunction with this electronic map database, and with this first geography information to reach this first mobile communication device under the electronic chart pattern.
Wherein should the comparison condition be positioned at a scope for this first and second mobile communication device.
Wherein, this comparison condition is positioned at a relative distance for this first and second mobile communication device.
Wherein also comprise when this judged result when meeting, further pass this first geography information down to this first mobile communication device, show this first and second geography information simultaneously for this first mobile communication device.
A kind of Mobile Communications method of the present invention with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Receive this first and second geography information respectively from this first and second mobile communication device;
Judge whether this first and second geography information meets a default comparison condition;
When this judged result when meeting, following biography one information makes this first mobile communication device show that this first and second geography information meets the information of this comparison condition to this first mobile communication device.
A kind of Mobile Communications method of the present invention with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Provide an interface to set up the communication status sign indicating number of this second mobile communication device for this first user;
Send the request of this second geography information of its correspondence of reception with the status sign indicating number according to this communication;
Receive this second geography information;
Judge whether this first and second geography information meets a default comparison condition;
When this judged result when meeting, show this second geography information.
Wherein be that mat one server is to provide wireless connections between this first and second mobile communication device, and the request of this second geography information of this reception is to send to this server, and this server is then obtained this second geography information and returned this first mobile communication device from this second mobile communication device in response to this request.
Wherein the step of this second geography information of this demonstration is that this second geography information is shown with the electronic chart pattern in conjunction with an electronic map database.
Wherein should the comparison condition be positioned at a scope for this first and second mobile communication device.
Wherein, this comparison condition is positioned at a relative distance for this first and second mobile communication device.
Wherein also comprise when this judged result when meeting, show this first and second geography information simultaneously.
Wherein this interface is also set up user's code of this second user for this first user, and this method also comprises following step:
See through this interface and receive this first user instruction that to specify this second user be a reception person;
Communication according to this second mobile communication device sends a communication information with the status sign indicating number to this second mobile communication device.
A kind of Mobile Communications method of the present invention with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Provide an interface to set up the communication status sign indicating number of this second mobile communication device for this first user;
Send the request of this second geography information of its correspondence of reception with the status sign indicating number according to this communication;
Receive this second geography information;
Judge whether this first and second geography information meets a default comparison condition;
When this judged result when meeting, show that this first and second geography information meets the information of this comparison condition.
A kind of Mobile Communications method with geography information of the present invention is characterized in that, comprises the steps:
Obtain one first and one first and one second geography information of one second mobile communication device position;
Judge whether this first and second geography information meets a default comparison condition;
When this judged result when meeting, wherein at least one shows this second geography information in this first and second mobile communication device.
Wherein also comprise when this judged result when meeting, wherein at least one shows this first and second geography information simultaneously in this first and second mobile communication device.
Description of drawings
Effect of the present invention and purpose can obtain more deep understanding via following embodiment and accompanying drawing, wherein:
It is the structural drawing of first preferred embodiment of the Mobile Communications system of the present invention with geography information for Fig. 1;
It is among Fig. 1 of the present invention the second data C1 being shown in the preferable synoptic diagram on the interface for Fig. 2; And
Fig. 3 (a)-Fig. 3 (c), it is respectively the present invention and has different specified scopes in first preferred embodiment of Mobile Communications system of geography information and its screen display result's synoptic diagram.
Embodiment
See also Fig. 1, it is the structural drawing of first preferred embodiment of the Mobile Communications system of the present invention with geography information, Mobile Communications system 100 with geography information of the present invention, it comprises: the moving communication device 101c of the third line that one second mobile communication device 101b, the user c that one first mobile communication device 101a, the user b that a user a uses uses uses, and a server 10.For convenience of description, Mobile Communications system 100 in the present embodiment is mainly with the example that act as between server 10 and first and second this two mobile communication device 101a and 101b, because the moving communication device 101c of user c the third line employed with it is only for explanation usefulness, following content will be omitted the assembly among the moving communication device 101c of the third line.But have the knack of this area person when can understanding, the present invention can be applicable to contain at least two the Mobile Communications system of mobile communication device.Below, will be located adjacent one another with the first mobile communication device 101a and the second mobile communication device 101b, the far apart each other situation of the moving communication device 101c of this third line and the first mobile communication device 101a and the second mobile communication device 101b illustrates Mobile Communications system 100.
The first mobile communication device 101a comprises a primary importance acquisition device 102a, one first radio communication unit 104a, and wherein primary importance acquisition device 102a electric signal connects the first radio communication unit 104a.And the second mobile communication device 101b to comprise user's database 106 that a second place acquisition device 102b, an interface module 103, one second radio communication unit 104b, a screen 105, comprise user's data of these user a, b and c, be reference point and the comparison condition 107 that comprises distance and form parameter with the second mobile communication device 101b, an and map data base 108.The moving communication device 101c of the third line comprises one the 3rd position acquisition device 102c, one the 3rd radio communication unit 104c, and wherein the 3rd position acquisition device 102c electric signal connects the 3rd radio communication unit 104c.Server 10 comprises one the 4th a position acquisition device 11 and a processor 12.The first radio communication unit 104a, the second radio communication unit 104b and this server 10 are can see through mobile communication network (cellular network), WLAN (WLAN) or other suitable procotol to carry out a wireless network linking in the present embodiment.
At first first, second with the moving communication device 101a of the third line, 101b and 101c see through first and second position acquisition device 102a respectively, 102b and 102c, obtain first from GPS (GPS) or other suitable positioning system, second with the moving communication device 101a of the third line, 101b and 101c separately the position first, the second and the 3rd geography information Ia, Ib and Ic. follow, user b sees through the data of these interface module 103 foundation oneself itself and other user a and user c in user's database 106, that is to say, user a and c with moving communication device 101a of use first and the third line and 101c, the good friend who is used as the person of being to use b, the interface 20 (being shown in Fig. 2) that seeing through this interface module 103 provides is imported these user a, be not shown on the figure fully though the data of b and c is set up user's database 106. on the second mobile communication device 101b, user's database 106 can comprise user's code (name for example, the pet name or photo) communication of C1 and the employed mobile communication device of user is with status sign indicating number (ID code) C2, and wherein communication can be as user's telephone number with status sign indicating number C2, user's e-mail address, user's real-time communication account number or user's intercommunication number etc.
Please also refer to Fig. 2, it is for showing the preferable synoptic diagram of the second data C1 of the user's code that is comprised in user's database on the interface 20 of this interface module 103 among Fig. 1 of the present invention.The second data C1 can the person of being to use b the buddy list tabulation, for example the name of user a and c is respectively Wang Xiaofang and Li Datong, pet name (not shown) or photo (not shown).Please again referring to Fig. 1, user b is after the second mobile communication device 101b start, and the second mobile communication device 101b can be automatically passes to server 10 with the first data C2 of status sign indicating number through wireless network linking with the communication that comprises the employed mobile communication device 101a of user a, b and c, 101b and 101c in user's database 106 at least.Then, pairing mobile communication device 101a, 101b and 101c send the request (not shown) of an acquisition device geography information respectively among 11 couples first data C2 of the 4th position acquisition device of server 10, obtain first, second and the 3rd geography information Ia, Ib and Ic in order to see through above-mentioned wireless network linking.Server 10 also can go the second mobile communication device 101b to obtain a comparison condition 107 through above-mentioned wireless network linking simultaneously, comparison condition 107 is whether the mobile communication device 101a that had of the second mobile communication device 101b and user b good friend or 101c be in a default relative distance in this example, certainly, comparison condition 107 also can be to be reference point with the second mobile communication device 101b, and whether mobile communication device 101a or 101c are positioned at this reference point definite shape (as circular or square) scope, and comparison condition 107 can be to default among the second mobile communication device 101b or can see through the mode that interface is freely imported by user b.Then processor 12 goes (to suppose that here the first geography information Ia and the second geography information Ib satisfy comparison condition 107 after the computing according to comparison condition 107 and first, second and the 3rd geography information Ia, Ib and Ic, and the 3rd geography information Ic and the second geography information Ib do not satisfy comparison condition 107, situation will illustrate in Fig. 2 in detail), the generation transmission first geography information Ia gives the second mobile communication device 101b but does not transmit the R as a result that the 3rd geography information Ic gives the second mobile communication device 101b.In response to R as a result, server 10 transmits the first geography information Ia with the numerical value pattern gives this second mobile communication device 101b.
The second mobile communication device 101b is in response to the reception of the first geography information Ia, sending a cue 109 notifies user b to have a good friend a to be positioned at his position adjacent domain, and the first geography information Ia is bonded to map data base 108, show that with the electronic chart pattern the first geography information Ia is on screen 105 in the second mobile communication device 101b.
In addition, see through and to show user's code of being comprised in user's database 106 (name for example on the interface 20 that is set forth in this interface module 103, the pet name or photo) the second data C1 and see through this interface module 103 and directly connect the first data C2 in above-mentioned user's database 106, user b can see through the arbitrary user's code name that clicks on the user's code C1 that lists in the interface 20 among the second data C1, obtain the user's who is clicked the corresponding communication of mobile communication device status sign indicating number C2, when user b further carries out a deliberate action with regard to communication with status sign indicating number C2, as the communication of pressing user a is during with status sign indicating number C2, the second mobile communication device 101b will see through first and second radio communication unit 104a with status sign indicating number C2 according to this communication, 104b sends a communication information to the first mobile communication device 101a, for example dial and connect the telephone number of user a, with in user a, automatically set up a voice online between b. therefore, in the geography information Ia of knowing user a, user b must not open the related data that other telephone directory is obtained user a, user a relevant icon in the interface 20 or other are default chooses action and can see through on the direct taps screen 105, directly call, pass news in brief, send real-time information or the like to user a, further to carry out real-time voice, the literal or the interchange of image.
Though in the present embodiment, server 10 needs to see through wireless network linking and reaches to such an extent that be stored in comparison condition 107 among the second mobile communication device 101b, yet the mode that comparison condition 107 also can be taked to default in server 10 is implemented.
Certainly, another changes in the example in the present invention, when processor 12 judges that the first geography information Ia meets comparison condition 107, also can transmit second geography information Ib to the second mobile communication device 101b simultaneously, for this second mobile communication device 101b with this first with should be with the second geography information Ia and Ib be bonded to map data base 108 jointly after, the position that shows user a and b in the electronic chart mode simultaneously is on screen 105.
Certainly, the second mobile communication device 101b also can initiatively be bonded to map data base 108 with first and second geography information Ia and Ib simultaneously, makes the second mobile communication device 101b to show that with the electronic chart pattern first and second geography information Ia and Ib are on this screen 105 simultaneously.That is, in the another variation example of the present invention, when processor 12 judges that the first geography information Ia meets comparison condition 107, also can not transmit second geography information Ib to the second mobile communication device 101b, and return preset signals to the second a mobile communication device 101b, the second mobile communication device 101b basis signal is obtained the second geography information Ib from second place acquisition device 102b, after being bonded to map data base 108 jointly with the first geography information Ia, show that in the electronic chart mode user a, b position are on screen 105.
Yu Zaiyi changes in the example, the second mobile communication device 101b does not comprise map data base 108, but comprise a map data base (figure does not show) in server 10 ends, make that server 10 can be in response to R as a result, with the first geography information Ia with and/or the second geography information Ib be transferred to the second mobile communication device 101b again after being attached to this map data base of The built-in earlier, for the second mobile communication device 101b with the electronic chart pattern show the first geography information Ia with and/or the second geography information Ib on this screen 105.
Please also refer to Fig. 3 (a)-Fig. 3 (b), its be have among Fig. 1 of the present invention geography information Mobile Communications system 100 comparison condition 107 with its in the synoptic diagram of the second mobile communication device 101b screen, 105 display result.Suppose that the air line distance between user a and b is 0.9 kilometer, the air line distance between user b and c is 1.1 kilometers.Please earlier referring to Fig. 3 (a), comparison condition 107 be for the second user b (holding the second mobile communication device 101b) and other mobile communication device 101a and 101c in 1 kilometer relative distance, processor 12 judges that the first geography information Ia satisfies comparison condition 107, and after the 3rd geography information Ic do not satisfy comparison condition 107, to map data base 108, show that in the mode of electronic chart user a and b position are on screen 105 in server 10 or second mobile communication device 101b end combining geographic information Ib and Ia.Please again referring to Fig. 3 (b), comparison condition 107 is to be the scope of one kilometer of center of circle radius for being positioned at one with the second user b (holding the second mobile communication device 101b), processor 12 judges that the first geography information Ia satisfies comparison condition 107, and after the 3rd geography information Ic do not satisfy comparison condition 107, to map data base 108, show that in the mode of electronic chart user a and b position are on screen 105 in server 10 or second mobile communication device 101b end combining geographic information Ib and Ia.Please again referring to Fig. 3 (c), comparison condition 107 is to be the scope of two kilometers of the symcenter length of sides for being positioned at one with the second user b (holding the second mobile communication device 101b), processor 12 judges that the first geography information Ia satisfies comparison condition 107, and after the 3rd geography information Ic do not satisfy comparison condition 107, to map data base 108, show that in the mode of electronic chart user a and b position are on screen 105 in server 10 or second mobile communication device 101b end combining geographic information Ib and Ia.
Certainly, first can have identical all component with the second mobile communication device 101b with moving communication device 101a of the third line and 101c.Thus, but first with moving communication device 101a of the third line and 101c also reverse operating, obtaining the geography information of other mobile communication device, and the while can carry out the interchange of real-time voice, literal or an image.
Thus, find any one good friend of user b (for example above-mentioned user real-time geographic position a) is during near user b (satisfying the comparison condition) when the present invention has server 10 in the Mobile Communications system 100 of geography information, the geography information that will pass user a is down given the mobile communication device 101b of user b, and mobile communication device 101b can see through a sound, image or other prompting mode notify user b to have a good friend a to be positioned at its adjacent domain, and show that in the electronic chart mode geography information of this vicinity good friend a (also can show user b) simultaneously for user b reference on screen, and then send a real-time communication for user b and get in touch with user a.
Can know according to last explanation, preferably, the invention provides a Mobile Communications method with geography information, but this Mobile Communications method with geography information is to be applied between a server and at least one first and one second mobile communication device of wireless connections, wherein this first is used respectively for one first and one second user and uses with this second mobile communication device, and can obtain one first and one second geography information of its position respectively from GPS or other positioning system, this first mobile communication device also has an interface module.
At first, this first user sees through this interface module and sets up user's database, wherein this user's database comprise this first with this second user's one first data, then transmit this first data to this server.Reception in response to this first data, this server send one obtain the geography information request give in this first data this first with this second user's mobile communication device, and in this server and all this first data pairing this first and this second mobile communication device between carry out a wireless online, see through wireless telecommunications and carry out the transmission of data.Then this first with this second mobile communication device utilization this online transmission this first gives this server with this second geography information, make this server obtain this first with this second mobile communication device this first and this second geography information.This server is obtained a comparison condition simultaneously, and when this second geography information satisfies this comparison condition, transmit this second geography information to this first mobile communication device, should the comparison condition be to set or default in this first mobile communication device or this server wherein by this first user, and should the comparison condition can be to be reference point with this first mobile communication device, the conditioned disjunction that comprises distance and form parameter be with this first with this second mobile communication device relative distance.
This first mobile communication device has more an electronic map database and a screen, it is in response to the reception of this second geography information, send a cue and give this first user, and in conjunction with this second and this first geography information to this electronic map database, make with the electronic chart pattern show this second and this first geography information on this screen.Certainly except above-mentioned step, this user's database also comprises those users' one second data, for showing that this second data is on this interface, and can send a telephonic communication, an e-mail communication, a real-time communication or the communication information of an intercommunication communication to this second mobile communication device by selecting this second user, this first mobile communication device to see through this interface module in this second data in response to this first user.
Preferably, the invention provides the Mobile Communications method that another has geography information, but this Mobile Communications method with geography information is to be applied between a server and at least one first and one second mobile communication device of wireless connections, this first uses for one first and one second user respectively with this second mobile communication device, and can obtain one first and one second geography information of its position respectively from G P S or other positioning system, this first mobile communication device also has an interface module, in order to set up user's database, wherein this user's database comprise this first with this second user's one first data. at first receive in response to this first data, this server obtain to should first data this first with this second geography information. this server is obtained a comparison condition and a map data base data in addition, wherein should the comparison condition be to set and be uploaded to this server or default in this first mobile communication device or this server in this first mobile communication device by this first user. then this server judges whether this first and second geography information is satisfied with this comparison condition, and when this first and second geography information satisfies this comparison condition, with this first with after this two geography information is bonded to this map data base, be transferred to this first mobile communication device. moreover, this first mobile communication device has more a screen, make to be bonded to the reception of first and two geography information of electronic map database in response to this, this first mobile communication device sends a cue and gives this first user. and can the electronic chart pattern show that simultaneously this first and second geography information is on this screen.
Except above-mentioned step, this user's database also comprises those users' one second data, for showing that this second data is on this interface, and after this first user selected this second user in by this second data, this first mobile communication device saw through this interface module and sends a telephonic communication, with this server and transfer communication, a real-time communication or an intercommunication communication communication information by telegram to this second mobile communication device.
In addition, above-mentionedly judge whether first and second geography information satisfies the action of this comparison condition, also can carry out by an application program in first mobile communication device.In other words, this application program will make first mobile communication device carry out following step after carrying out:
Provide an interface to set up the communication status sign indicating number of the mobile communication device of plural user's user's code and use thereof, comprising second user's the user's code and the communication status sign indicating number of second mobile communication device for first user;
According to the communication status sign indicating number of second mobile communication device,, be between first and second mobile communication device in this example so that wireless connections to be provided by this server to the request that a server sends the second corresponding geography information of a reception; Yet need not in the communication environment of intermediate server at wireless interspeaker (Walkie-Talkie) or other, this request that receives second geography information is directly sent to second mobile communication device;
This server is obtained second geography information and after returning first mobile communication device, is received by first mobile communication device from second mobile communication device in response to this request;
Judge whether this first and second geography information meets a default comparison condition, and this comparison condition can be first and second mobile communication device and whether falls within a preset range, also can be first and second mobile communication device and whether preset in the relative distance one;
When this judged result when meeting, show that in a display screen first and second geography information meets the information of this comparison condition, simultaneously with first and second geography information in conjunction with an electronic map database, and show first and second geography information simultaneously with the electronic chart pattern;
See through this interface and receive first user to specify second user be a reception person instruction, then, second mobile communication device is sent a communication information according to the communication status sign indicating number of second mobile communication device; First user is after clicking user's code of representing second user in the interface earlier in this example, this interface will show the communication status sign indicating number of this user's code correspondence, first user promptly finishes and specifies the instruction of second user for reception person after directly clicking this communication usefulness status sign indicating number.The present invention realizes having the method for geography information and communication, except when when being listed in certain good friend in the interface and own geographic position and being close to certain limit, can initiatively point out the user to have a good friend to be positioned at outside the close position by system, also can provide this vicinity good friend's geography information on screen with the electronic chart form simultaneously, moreover, while when beginning to obtain this geography information, or when the user learns that the good friend nearby, can see through this interface module directly and good friend's (need not see through other operation-interface) carry out a real-time communication, meet or the like to make an appointment with the good friend.
No matter the present invention must do any modification by person skilled in the art scholar, all do not break away from content as the desire protection of attached claim institute.
Claims (19)
1. Mobile Communications method with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
One position acquisition device receives this first and second geography information respectively from this first and second mobile communication device;
One processor judges whether this first and second geography information meets a default comparison condition, this first and second mobile communication device of comparison condition and this whether be positioned at one apart from or scope relevant;
When this judged result when meeting, pass this second geography information down to this first mobile communication device by this position acquisition device, show this second geography information for this first mobile communication device.
2. Mobile Communications method as claimed in claim 1 is characterized in that, wherein also comprises the following step:
Receive a communication identity code of this first and second mobile communication device from this first mobile communication device by this position acquisition device;
According to the communication identity code of this first and second mobile communication device, send the request that receives this first and second geography information to this first and second mobile communication device by this position acquisition device.
3. Mobile Communications method as claimed in claim 1, it is characterized in that, this second geography information that wherein reaches this first mobile communication device down is to be the numerical value form, for this first mobile communication device this second geography information is shown with the electronic chart form in conjunction with an electronic map database.
4. Mobile Communications method as claimed in claim 1, it is characterized in that, wherein also be contained in down and pass this second geography information to this first mobile communication device, with this second geography information in conjunction with an electronic map database, and with this second geography information to reach this first mobile communication device under the electronic chart form.
5. Mobile Communications method as claimed in claim 4 is characterized in that, wherein also comprise this first geography information in conjunction with this electronic map database, and with this first geography information to reach this first mobile communication device under the electronic chart form.
6. Mobile Communications method as claimed in claim 1 is characterized in that, wherein should the comparison condition be positioned at a scope for this first and second mobile communication device.
7. Mobile Communications method as claimed in claim 1 is characterized in that, wherein, this comparison condition is positioned at a relative distance for this first and second mobile communication device.
8. Mobile Communications method as claimed in claim 1, it is characterized in that, wherein also comprise when this judged result when meeting, further pass this first geography information down to this first mobile communication device, show this first and second geography information simultaneously for this first mobile communication device.
9. Mobile Communications method with geography information, be applied to a server and this server can with at least one first and one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
One position acquisition device receives this first and second geography information respectively from this first and second mobile communication device;
One processor judges whether this first and second geography information meets a default comparison condition, this first and second mobile communication device of comparison condition and this whether be positioned at one apart from or scope relevant;
When this judged result when meeting, pass a signal down to this first mobile communication device by this position acquisition device, make this first mobile communication device show that this first and second geography information meets the information of this comparison condition.
10. Mobile Communications method with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Provide an interface to set up a communication identity code of this second mobile communication device for this first user;
Send the request of this second geography information of its correspondence of reception with identity code according to this communication;
Receive this second geography information;
Judge whether this first and second geography information meets a default comparison condition, this first and second mobile communication device of comparison condition and this whether be positioned at one apart from or scope relevant;
When this judged result when meeting, show this second geography information.
11. Mobile Communications method as claimed in claim 10, it is characterized in that, be so that wireless connections to be provided by a server between this first and second mobile communication device wherein, and the request of this second geography information of this reception is to send to this server, and this server then cooperates this request to obtain this second geography information and return this first mobile communication device from this second mobile communication device.
12. Mobile Communications method as claimed in claim 10 is characterized in that, wherein the step of this second geography information of this demonstration is that this second geography information is shown with the electronic chart form in conjunction with an electronic map database.
13. Mobile Communications method as claimed in claim 10 is characterized in that, wherein should the comparison condition be positioned at a scope for this first and second mobile communication device.
14. Mobile Communications method as claimed in claim 10 is characterized in that, wherein, this comparison condition is positioned at a relative distance for this first and second mobile communication device.
15. Mobile Communications method as claimed in claim 10 is characterized in that, wherein also comprise when this judged result when meeting, show this first and second geography information simultaneously.
16. Mobile Communications method as claimed in claim 10 is characterized in that, wherein this interface is also set up user's code of this second user for this first user, and this method also comprises following step:
With after this step of identity code, further receive this first user instruction that to specify this second user be a reception person in the communication that provides this interface to set up this second mobile communication device for this first user by this interface;
After judged result is to meet the step that shows this second geography information, with identity code this second mobile communication device is sent a communication information according to the communication of this second mobile communication device, for this first and second user's contact.
17. Mobile Communications method with geography information, be applied to one can with first mobile communication device of one second mobile communication device wireless connections, wherein this first and second mobile communication device uses for one first and one second user respectively, and one first and one second geography information that has its position respectively, it is characterized in that this method comprises the steps:
Provide an interface to set up a communication identity code of this second mobile communication device for this first user;
Send the request of this second geography information of its correspondence of reception with identity code according to this communication;
Receive this second geography information;
Judge whether this first and second geography information meets a default comparison condition, this first and second mobile communication device of comparison condition and this whether be positioned at one apart from or scope relevant;
When this judged result when meeting, show that this first and second geography information meets the information of this comparison condition.
18. the Mobile Communications method with geography information is characterized in that, comprises the steps:
One first and second mobile communication device is respectively obtained one first and one second geography information of its position;
This first mobile communication device receives this second geography information from this second mobile communication device;
This first mobile communication device judges whether this first and second geography information meets a default comparison condition, this first and second mobile communication device of comparison condition and this whether be positioned at one apart from or scope relevant;
When this judged result when meeting, wherein at least one shows this second geography information in this first and second mobile communication device.
19. Mobile Communications method as claimed in claim 18 is characterized in that, wherein also comprise when this judged result when meeting, wherein at least one shows this first and second geography information simultaneously in this first and second mobile communication device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510095972 CN1731094B (en) | 2005-08-29 | 2005-08-29 | mobile communication method and system with geographic information |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510095972 CN1731094B (en) | 2005-08-29 | 2005-08-29 | mobile communication method and system with geographic information |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1731094A CN1731094A (en) | 2006-02-08 |
| CN1731094B true CN1731094B (en) | 2010-05-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 200510095972 Expired - Fee Related CN1731094B (en) | 2005-08-29 | 2005-08-29 | mobile communication method and system with geographic information |
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| CN (1) | CN1731094B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101056126B (en) * | 2007-05-29 | 2010-12-08 | 倚天资讯股份有限公司 | System for actively providing friend position information and user terminal device |
| CN101924984A (en) * | 2009-06-12 | 2010-12-22 | 英华达（南京）科技有限公司 | Locating method for inter-mobile communication devices |
| CN101835112A (en) * | 2010-04-21 | 2010-09-15 | 惠州Tcl移动通信有限公司 | Method for matching greeting of mobile phones |
| US8423459B1 (en) * | 2012-03-30 | 2013-04-16 | Google Inc. | Prioritizing potential transaction counter-parties with social network content |
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| US5327144A (en) * | 1993-05-07 | 1994-07-05 | Associated Rt, Inc. | Cellular telephone location system |
| CN2440212Y (en) * | 2000-12-15 | 2001-07-25 | 袁华锋 | Personal tracing-positioning machine for one asking for help |
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| CN1409243A (en) * | 2001-07-26 | 2003-04-09 | 株式会社住建产业 | Position management method and device |
| CN1432796A (en) * | 1997-02-06 | 2003-07-30 | 富士通株式会社 | Position message management system |
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| US5208756A (en) * | 1991-01-28 | 1993-05-04 | Song Han L | Vehicle locating and navigating system |
| US5327144A (en) * | 1993-05-07 | 1994-07-05 | Associated Rt, Inc. | Cellular telephone location system |
| CN1432796A (en) * | 1997-02-06 | 2003-07-30 | 富士通株式会社 | Position message management system |
| CN2440212Y (en) * | 2000-12-15 | 2001-07-25 | 袁华锋 | Personal tracing-positioning machine for one asking for help |
| CN1409243A (en) * | 2001-07-26 | 2003-04-09 | 株式会社住建产业 | Position management method and device |
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| CN1731094A (en) | 2006-02-08 |
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