CN101715246B - Mobile communication terminal and data transmission method and system of mobile communication terminal - Google Patents
Mobile communication terminal and data transmission method and system of mobile communication terminal Download PDFInfo
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- CN101715246B CN101715246B CN 200910236643 CN200910236643A CN101715246B CN 101715246 B CN101715246 B CN 101715246B CN 200910236643 CN200910236643 CN 200910236643 CN 200910236643 A CN200910236643 A CN 200910236643A CN 101715246 B CN101715246 B CN 101715246B
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Abstract
The invention provides a mobile communication terminal and a data transmission method and a system of the mobile communication terminal, wherein the data transmission method of the mobile communication terminal comprises the following steps: enabling mobile communication terminals needing data communication to collide; in the mobile communication terminals, after a data sending terminal detects that the collision exists, generating a data sending request; after a data receiving terminal detects that the collision exists, generating a data receiving request; and sending the data edited by the data sending terminal to the data receiving terminal according to the data sending request and the data receiving request. The data sending request comprises a location request used for acquiring data sending terminal location information; and the data receiving request comprises a location request used for acquiring data receiving terminal location information. The invention can simply and quickly realize the function of mass-sending messages in a one-to-many way.
Description
Technical field
The present invention relates to the communications field, particularly, relate to a kind of mobile communication terminal, mobile communication terminal data transmission method and system.
Background technology
At present, the mobile communication terminal data transmission mainly contains following several mode:
One, note (SMS)
The SMS that carries by mobile communication terminal sends information to data receiving terminal.This mode need to be passed through editing files, the input telephone number, and the loaded down with trivial details manual operationss such as transmission, that is, short message mode can't be realized quickly and easily information or picture being sent to data receiving terminal.
Two, bluetooth (Blue Tooth) or infrared ray
Infrared ray and bluetooth approach are data transfer modes relatively more commonly used in the present transfer of data, wherein:
Infrared ray does not need to input telephone number, and than short message mode, this mode is comparatively fast prompt; Its shortcoming is: need two mobile communication terminals that infrared ray mouth is separately aimed at the other side, and can not there be other object baffles the centre; And, can not carry out the sending bulk message operation of one-to-many; On transmission rate, also can't satisfy user's demand, because adopt the mp3 about 5M of infrared ray transmission, time-consuming general half an hour;
Bluetooth is data transmission technology most widely used in the present data transfer mode, this mode has solved the shortcoming of infrared mode in message transmission rate and transmission range, but its shortcoming is: when a plurality of data receiving terminal is arranged, the data transmitting terminal need to be carried out repeatedly the transmission of data, that is, can't carry out quickly and easily the sending bulk message operation of one-to-many.
In sum, mainly there is the sending bulk message function that can't realize quickly and easily one-to-many in present mobile communication terminal in data transmission.
Summary of the invention
The main purpose of the embodiment of the invention is to provide a kind of mobile communication terminal data transmission plan, can't realize quickly and easily the sending bulk message function of one-to-many in data transmission to solve mobile communication terminal of the prior art.
To achieve these goals, the embodiment of the invention provides a kind of mobile communication terminal data transmission method, and the method comprises: make between the mobile communication terminal that need to carry out data communication and collide; In described mobile communication terminal, after the data transmitting terminal detected collision, generated data sent request; After data receiving terminal detected collision, generated data received request; According to described data sending request and data receiver request, described data transmitting terminal editor's data are sent to described data receiving terminal; Wherein, described data sending request comprises be used to the Location Request of obtaining described data transmitting terminal positional information; Described data receiver request comprises be used to the Location Request of obtaining described data receiving terminal positional information.
The embodiment of the invention also provides a kind of mobile communication terminal, comprises the mobile communication terminal body with communication function, and this mobile communication terminal also comprises: colliding sensor, for detection of collision; The data sending request generation unit is used for after described colliding sensor detects collision, and generated data sends request, and wherein, described data sending request comprises be used to the positioning request information of obtaining described data transmitting terminal positional information; The transmitting terminal location information acquiring unit is used for obtaining described data transmitting terminal positional information according to described data sending request generation unit; The data sending request transmitting element sends to server for the data sending request that will comprise described data transmitting terminal positional information.
The embodiment of the invention also provides a kind of mobile communication terminal data transmission system, this system comprises: have the mobile communication terminal for detection of the colliding sensor of collision, wherein, in described mobile communication terminal, the data transmitting terminal is used for after detecting collision, and generated data sends request; Data receiving terminal is used for after detecting collision, and generated data receives request; Server, be used for according to described data sending request and data receiver request, described data transmitting terminal editor's data are sent to described data receiving terminal, and wherein, described data sending request comprises be used to the Location Request of obtaining described data transmitting terminal positional information; Described data receiver request comprises be used to the Location Request of obtaining described data receiving terminal positional information.
By means of technique scheme one of at least, collide by making between the mobile communication terminal that need to carry out data communication, and detect the data sending request and the data receiving terminal that generate after the collision according to the data transmitting terminal and detect the data receiver request that generates after the collision, background server sends to data receiving terminal with data transmitting terminal editor's data, compare and prior art, data transmitting terminal among the present invention only need to send a secondary data, just can give one or more data receiving terminals with data retransmission by background server, thereby can realize quickly and easily the sending bulk message function of one-to-many.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the accompanying drawing of required use was done to introduce simply during the below will describe embodiment, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the flow chart according to the mobile communication terminal data transmission method of the embodiment of the invention;
Fig. 2 is the detail flowchart according to the mobile communication terminal data transmission method of the embodiment of the invention;
Fig. 3 is another detail flowchart according to the mobile communication terminal data transmission method of the embodiment of the invention;
Fig. 4 is the another detail flowchart according to the mobile communication terminal data transmission method of the embodiment of the invention;
Fig. 5 is the structured flowchart according to the mobile communication terminal data transmission system of the embodiment of the invention;
Fig. 6 is the detailed block diagram according to the data transmitting terminal 50 of the embodiment of the invention;
Fig. 7 is the detailed block diagram according to the data receiving terminal 51 of the embodiment of the invention;
Fig. 8 is the detailed block diagram according to the background server 52 of the embodiment of the invention;
Fig. 9 is the detailed block diagram according to the mobile communication terminal data transmission system of the embodiment of the invention;
Figure 10 is the flow chart based on the mobile communication terminal data transmission method of Fig. 9 according to the embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
Because mobile communication terminal of the prior art is in data transmission, existence can't realize the problem of the sending bulk message of one-to-many quickly and easily, based on this, the embodiment of the invention provides a kind of mobile communication terminal, mobile communication terminal data transmission method and system, to address the above problem.The present invention is described in detail below in conjunction with accompanying drawing.
Embodiment one
The embodiment of the invention provides a kind of mobile communication terminal data transmission method, and Fig. 1 is the flow chart of the method, and as shown in Figure 1, the method comprises:
Step 101 makes between the mobile communication terminal that need to carry out data communication and collides;
Step 102, in mobile communication terminal, after the data transmitting terminal detected collision, generated data sent request; After data receiving terminal detected collision, generated data received request;
Step 103, according to data sending request and data receiver request, server (following can be called background server) sends to data receiving terminal with data transmitting terminal editor's data.
Can be found out by above description, by the collision between data transmitting terminal and the data receiving terminal, trigger respectively generated data and send request and data receiver request, then, background server sends to data receiving terminal according to data sending request and data receiver request with data transmitting terminal editor's data.The data receiving terminal here can be a plurality of, than prior art, data transmitting terminal in the embodiment of the invention only need to send editor's data once to background server, just can be transmitted to the data receiving terminal that collides with this data transmitting terminal by background server, thereby realize quickly and easily the sending bulk message function of one-to-many.
Above-mentioned data transmitting terminal is after detecting collision, and generated data sends request; That is to say, trigger generated data by the collision dynamics size that detects and send request.Similarly, data receiving terminal also is to trigger generated data by the collision dynamics size that detects to receive request.
Preferably, can comprise in the above-mentioned data sending request be used to the positioning request information of obtaining data transmitting terminal positional information; Can comprise be used to the positioning request information of obtaining the data receiving terminal positional information in the above-mentioned data receiver request.Background server sends to background server by the positional information with data transmitting terminal and data receiving terminal, so that can judge whether data transmitting terminal and data receiving terminal satisfy the relation of transmission that receives according to the positional information that receives.
Background server judges whether data transmitting terminal and data receiving terminal satisfy reception transmission relation and comprise particularly:
(1) it is poor whether the time difference of judging receive data transmitting terminal positional information and data receiving terminal positional information surpasses the scheduled time; The scheduled time difference here can be set by user or service provider, for example, and 5 seconds.
(2) judge that whether the positional distance of data transmitting terminal positional information and data receiving terminal positional information is above preset distance; The preset distance here can be set by user or service provider, for example, and 10m.
(3) judge whether data receiving terminal is legal.At first, background server will comprise that the legitimate verification request of prompting input password sends to data receiving terminal, then, data receiving terminal is according to legitimate verification request input password, and password sent to background server, when the password from the data receiving terminal input that receives was consistent with preset password, background server judged that data receiving terminal is legal.Here preset password can be the agreement password of data transmitting terminal, data receiving terminal and background server.
In practical operation, also comprise the transmitting terminal label information that is used to indicate the data transmitting terminal in the data sending request, like this, which terminal background server just can know is the data transmitting terminals, which is data receiving terminal.Data transmitting terminal editor's data can directly send to background server or be carried at and send to background server in the data sending request.
In order further to understand the embodiment of the invention, below take mobile communication terminal as description object the embodiment of the invention is described in further detail.Fig. 2 is that as shown in Figure 2, the method comprises according to the detail flowchart of the mobile communication terminal data transmission method of the embodiment of the invention:
Can be found out by above description, according to collision dynamics size, the data that the data transmitting terminal will need to send send to background server, and be transmitted to one or more data receiving terminals by background server, than prior art, the embodiment of the invention just can realize a plurality of users' data are sent so that the data transmitting terminal only need to send a secondary data quickly and easily.
In order further to understand the embodiment of the invention, below, as example above-mentioned each step shown in Figure 2 is described in detail take two mobile communication terminals (can referred to as terminal).
(1) step 201
Particularly, the data that data transmitting terminal editor's need sends comprise: at first, the data transmitting terminal starts the colliding sensor that is used for induction collision dynamics size; According to the colliding sensor that starts, generated data editing prompt information; According to the data edition information, the data that editor's need sends.
That is to say that if two terminals need to be carried out transfer of data, then these two terminals are opened colliding sensor separately, two terminals trigger respectively generated data editing prompt information.At this moment, the data transmitting terminal is selected the editing data operation for generated data editing prompt information, the data (for example, picture, literal etc.) that the beginning editor's need sends.In practical operation, the data transmitting terminal can show that is selected a dialog box, and for user selection " transmission data " or " receive data ", user selection " transmission data " then carries out the data edition operation.
Afterwards, the data transmitting terminal generates the transmitting terminal label information, and which is the data transmitting terminal, which is data receiving terminal so that background server can be distinguished.In practical operation, this transmitting terminal label information can also comprise data transmitting terminal sign, is used for the data transmitting terminal is carried out unique identification.
Certainly, data receiving terminal is selected shut-down operation for generated data editing prompt information, certainly also just can not generate the transmitting terminal label information.In practical operation, data receiving terminal can show that is also selected a dialog box, for user selection " transmission data " or " receive data ", user selection " receive data ".
The data transmitting terminal can send to background server with these data first after having edited the data that need to send, perhaps also can be kept at first this locality.
In order to guarantee the safety of data, the data transmitting terminal also needs to preset password, and preset password and data transmitting terminal sign (can be the terminal unique identification, such as IMEI) sent to background server, so that background server carries out legitimate verification to the data receiving terminal.That is to say, can mutually arrange password between data transmitting terminal and the data receiving terminal, then, the data transmitting terminal notifies password to background server, when the password that only has the password that provides when data receiving terminal and this data transmitting terminal that background server receives to send is consistent, represent that just this data receiving terminal is legal, the data retransmission that background server sends this data transmitting terminal is to this data receiving terminal, thereby guarantees the fail safe of data.
For example, background server receives from the password of data transmitting terminal 1 and from the password of data transmitting terminal 2, data receiving terminal 1 is used for receiving the data from data transmitting terminal 1, data receiving terminal 2 is used for receiving the data from data transmitting terminal 2, then only have when data receiving terminal 1 accurately provides the password of data transmitting terminal 1, background server is to the just success of legitimate verification of data receiving terminal 1, otherwise background server can think that data receiving terminal 1 is illegal.In like manner, only have when data receiving terminal 2 accurately provides the password of data transmitting terminal 2, background server is to the just success of legitimate verification of data receiving terminal 2.
(2) step 202
Trigger according to collision dynamics size and to obtain positional information and comprise: it is big or small to judge whether collision dynamics size reaches predetermined collision dynamics; When collision dynamics size reaches predetermined collision dynamics size, trigger generating positioning request information, and positioning request information is sent to location-server, so that location-server positions operation; Reception is from the positional information of location-server.The positional information here is that background server judges whether these two terminals satisfy one of the condition of relation that sends and receives.
That is to say that after execution of step 101, these two terminals are collided mutually, if the dynamics size of collision reaches predetermined value, then these two terminals trigger respectively the generation positioning request information, and this predetermined value can be preseted by service provider or user, for example, 0.05 newton or 0.1 newton.Then, these two terminals send to location-server with positioning request information respectively, so that location-server positions operation.After location-server executes positioning action, just positional information is sent to corresponding terminal.The technology that the location-server here uses can be AGPS (Assisted Global Positioning System, agps system), TDOA (time differences of arrival, signal arrival time difference), UTK location (UIM card Tool Kit, UIM card development kit) etc., the mode of use can be GPSone, AGPS, PN4747, ATI, 03.71 etc.For location technology or mode, only need to the position of terminal accurately positioning instant can, the present invention is not restricted.
(3) step 203
After these two terminals get access to respectively separately positional information, can judge or inquire about this locality and whether have the transmitting terminal label information, if exist, then this transmitting terminal label information is sent to background server with positional information, for example, this transmitting terminal label information is attached to location information data and sends to background server afterwards.If there is no, then only need positional information is sent to background server.In addition, the data transmitting terminal also needs the data that needs send are sent to background server, so that the data that background server will need to send send to data receiving terminal.These data that need to send can send with positional information with the transmitting terminal label information of data transmitting terminal, also can after step 201 editor finishes, send to background server.
Background server is after the data that receive respectively from these two terminals, at first judge according to the transmitting terminal label information which is the data transmitting terminals, then, judge the data receiving terminal that satisfies reception transmission relation with the data transmitting terminal according to predetermined condition again.
Above-mentioned predetermined condition comprises: it is poor that the time difference that (1) receives respectively the positional information of these two terminals surpasses the scheduled time, and wherein, scheduled time difference can be 10 seconds; The positional distance of the positional information indication of these two terminals that (2) receive does not respectively surpass preset distance, and the preset distance here can be 20 meters; (3) successful to the legitimate verification of data receiving terminal in the given time, be specially, the password from the data transmitting terminal that the password that in the given time data receiving terminal is provided and background server receive compares, if consistent, represent that then this data receiving terminal is legal, background server can send data to it, otherwise, represent that this data receiving terminal is illegal, the background server refusal sends data to it.This scheduled time can be arranged by user or service provider, for example, can be 5 minutes.
In practical operation, after background server successfully is transmitted to data receiving terminal with data, sends data to the data transmitting terminal and send successful information.The data transmitting terminal also need to judge whether to transmit data to data receiving terminal after receiving data transmission successful information, and if necessary, then forward step 101 to and continue the data that editor's need sends, otherwise, close colliding sensor.
Below mainly describe the embodiment of the invention take mobile communication terminal as description object, below describe the embodiment of the invention take background server as description object.Fig. 3 is that as shown in Figure 3, the method comprises according to another detail flowchart of the mobile communication terminal data transmission method of the embodiment of the invention:
Step 302 judges according to predetermined condition whether first terminal and the second terminal satisfy the relation of transmission that receives.
Step 303 satisfy to receive sends when concerning being judged as, and will need to send data and send to the second terminal.
Can be found out that by above description the forwarding operation by background server has realized that the data transmitting terminal only need to send a secondary data, just can realize quickly and easily the data of a plurality of data receiving terminals are sent.
In practical operation, for the fail safe of data, first terminal also needs preset password is notified to background server, so that background server carries out legitimate verification to the second terminal.Particularly, the operation relevant with password can with reference to the description in above-described embodiment one, repeat no more here.
Above-mentioned predetermined condition comprises: the time difference that receives primary importance information and second place information is poor above the scheduled time; The positional distance of primary importance information and the indication of second place information does not surpass preset distance; Successful to the legitimate verification of the second terminal in the given time.Particularly, the description of predetermined condition can with reference to the description in above-described embodiment one, be repeated no more here.
In order further to understand the present invention, below exist simultaneously two winding receipts/data transmitting terminals as example take background server, describe the present invention in detail.Wherein, first group comprises: data transmitting terminal 1, data receiving terminal 1; Second group comprises: data transmitting terminal 2, data receiving terminal 21, data receiving terminal 22.Fig. 4 is the detail flowchart according to the mobile communication terminal data transmission method of the embodiment of the invention, and as shown in Figure 4, this flow process comprises:
Step 401, background server receive respectively the identification information from the password of data transmitting terminal 1 and data transmitting terminal 1, and the identification information of the password of data transmitting terminal 2 and data transmitting terminal 2;
Step 402, background server receive respectively data, positional information and the transmitting terminal label information transmitted from the needs of data transmitting terminal 1, data, positional information and the transmitting terminal label information transmitted from the positional information of data receiving terminal 1, from the needs of data transmitting terminal 2, from the positional information of data receiving terminal 21, from the positional information of data receiving terminal 22;
Step 403, to data transmitting terminal 1, data receiving terminal 1, data receiving terminal 21, data receiving terminal 22, and data transmitting terminal 2, data receiving terminal 1, data receiving terminal 21, data receiving terminal 22 judge whether to satisfy the relation of transmission that receives according to predetermined condition; Particularly,, preset distance poor according to the scheduled time and password are judged.For example, judge time difference that data transmitting terminal 1, data receiving terminal 1, data receiving terminal 21, data receiving terminal 22 send positional informations whether poor in the scheduled time in, in preset distance, whether data receiving terminal 1, data receiving terminal 21, data receiving terminal 22 can correctly provide the password of data transmitting terminal 1 to distance between the position of the positional information of data transmitting terminal 1, data receiving terminal 1, data receiving terminal 21, data receiving terminal 22 indication in the given time.In this example, data transmitting terminal 1 satisfies the relation of transmission that receives with data receiving terminal 1, and data transmitting terminal 2 satisfies the relation of transmission that receives with data receiving terminal 21, data receiving terminal 22.
Step 404, when judging that data transmitting terminal 1 concerns with data receiving terminal 1 satisfied reception transmission, and judge that data transmitting terminal 2 and data receiving terminal 21, data receiving terminal 22 satisfy reception and send when concerning, the data retransmission that the needs from data transmitting terminal 1 that background server will receive are transmitted is to data receiving terminal 1, and the data that the needs from data transmitting terminal 2 that receive are transmitted are transmitted to respectively data receiving terminal 21 and data receiving terminal 22.
Embodiment two
The embodiment of the invention also provides a kind of mobile communication terminal data transmission system, is preferably used for realizing the method for above-described embodiment one.The mobile communication terminal data transmission system comprises mobile communication terminal and the background server that has for detection of the colliding sensor of collision.Fig. 5 is the structured flowchart of this mobile communication terminal data transmission system, and as shown in Figure 5, this system comprises:
Can be found out by above description, by the collision between data transmitting terminal and the data receiving terminal, trigger respectively generated data and send request and data receiver request, then, background server sends to data receiving terminal according to data sending request and data receiver request with data transmitting terminal editor's data.The data receiving terminal here can be a plurality of, than prior art, data transmitting terminal in the embodiment of the invention only need to send editor's data once to background server, just can be transmitted to the data receiving terminal that collides with this data transmitting terminal by background server, thereby realize quickly and easily the sending bulk message function of one-to-many.
Particularly, as shown in Figure 6, data transmitting terminal 50 comprises:
Colliding sensor 501 is for detection of collision;
Data sending request generation unit 502 is used for after detecting collision, and generated data sends request, and wherein, data sending request comprises be used to the positioning request information of obtaining data transmitting terminal positional information;
Transmitting terminal location information acquiring unit 503 is used for obtaining data transmitting terminal positional information;
Data sending request transmitting element 504 sends to background server for the data sending request that will comprise data transmitting terminal positional information.
Particularly, as shown in Figure 7, data receiving terminal 51 comprises:
Colliding sensor 511 is for detection of collision;
Data receiver request generation unit 512 is used for after detecting collision, and generated data receives request, and wherein, the data receiver request comprises be used to the positioning request information of obtaining the data receiving terminal positional information;
Receiving terminal location information acquiring unit 513 is used for obtaining the data receiving terminal positional information;
Data receiver request transmitting unit 514 sends to background server for the data receiver request that will comprise the data receiving terminal positional information.
In practical operation, data transmitting terminal 50 is except having unit shown in Figure 6, the unit that also can have data receiving terminal shown in Figure 7 51, data receiving terminal 51 is except having unit shown in Figure 7, the unit that also can have data transmitting terminal 50 shown in Figure 6, that is, data transmitting terminal 50 can have identical function with data receiving terminal 51.Particularly, data transmitting terminal 50 can be by the present terminal body with communication function, in conjunction with Fig. 6, cell formation shown in Figure 7.
Particularly, as shown in Figure 8, background server 52 comprises:
Reception sends and concerns judging unit 522, is used for according to data transmitting terminal positional information and data receiving terminal positional information, judges whether data transmitting terminal and data receiving terminal satisfy the transmission relation that receives;
Wherein, receive transmission and concern that judging unit 522 comprises (not shown):
Time difference judge module 5221, it is poor to be used for judging whether the time difference that receives described data transmitting terminal positional information and described data receiving terminal positional information surpasses the scheduled time; The scheduled time difference here can be set by user or service provider, for example, and 5 seconds.
Distance Judgment module 5222 is used for judging whether the positional distance of described data transmitting terminal positional information and described data receiving terminal positional information surpasses preset distance; The preset distance here can be set by user or service provider, for example, and 10m.
Whether authentication module 5223, it is legal to be used for the verification msg receiving terminal.Authentication module 5223 specifically comprises: the checking request sends submodule, is used for comprising that the legitimate verification request of prompting input password sends to data receiving terminal; Password receives submodule, is used for receiving the password from the data receiving terminal input; The legitimate verification submodule is used for judging that data receiving terminal is legal, to guarantee the fail safe of data when the password from the data receiving terminal input that receives is consistent with preset password.
The detailed functions of above-mentioned each unit, each module can with reference to the associated description in above-described embodiment one, repeat no more here.
In order to understand better the embodiment of the invention, provide an example below in conjunction with the description of above-described embodiment.Fig. 9 is the structured flowchart according to the mobile communication terminal data transmission system of the embodiment of the invention, as shown in Figure 9, this system comprises wireless network platform 100, cell-phone customer terminal 200 (comprising data transmitting terminal and data receiving terminal), background server 300, below these three parts is described in detail.
(1) wireless network platform 100
(2) cell-phone customer terminal 200
Cell-phone customer terminal 200 mainly comprises: the inductor of measuring one's own ability (G-Sensor, i.e. above-mentioned colliding sensor) 201, positioning unit 202, GPS locating module 203, content generation unit 204, temporary storage cell 205, control unit 206, wherein:
The inductor (G-Sensor unit) 201 of measuring one's own ability is positioned at mobile communication terminal inside, can be a built-in induction chip of measuring one's own ability, and be used for monitoring the dynamics size of colliding between the mobile communication terminal, and triggered location unit 202 sends positioning request information;
Positioning unit 202: be used for sending positioning request information to operator, and generate positional information according to the gps signal from GPS locating module 203 that receives;
GPS locating module 203: be used for receiving gps signal, provide operator based on various location technologies, location technology comprises: AGPS (Assisted Global Positioning System, agps system), TDOA (time differences of arrival, signal arrival time difference), UTK location (UIM card Tool Kit, UIM card development kit); Locate mode comprises: GPSone, AGPS, PN4747, ATI mode, 03.71 mode, and wherein, GPSone has added the auxiliary a kind of location technology of network (CDMA) on the basis of gps satellite location; PN4747 is a part of CDMAIS41 protocol family, belongs to CDMA mobile network two large main flow location technologies together with the GPSone location; 03.71 mode be ETSI on the GSM network with the relevant standard in location;
Content generation unit 204: data such as the Information generation literal that is used for editing according to the user, picture file, music file, video file and be used to indicate " transmitting terminal label information " information that this side is the data transmitting terminal;
Temporary storage cell 205: be used for " transmitting terminal label information ", the information such as data that need transmission that storage generates.
Control unit 206: be used for above-mentioned positioning unit 202, GPS locating module 203, content generation unit 204, temporary storage cell 205 are dispatched.
(3) background server 300
Receive to send and concern pairing platform 301: the time for the positional information that will receive compares, and the position that the positional information that receives is indicated compares, and in the given time the password of data receiving terminal input is verified.If the time difference of receiving position information is poor (for example in the scheduled time, scheduled time difference can be 10 seconds) in, the positional distance of positional information indication (for example do not surpass preset distance, preset distance can be 20 meters) and the scheduled time (for example, this scheduled time can be 5 minutes) password of interior data receiving terminal input is identical with the password of background server reception, then triggers retransmission unit 302; Otherwise, generate forwards failure information and issue reception and data transmitting terminal.
Retransmission unit 302: with data retransmissions such as literal, picture file, music file, video files to data receiving terminal.
Memory cell 303: be used for storing received the positional information from mobile communication terminal, password, need the data transmitted etc.
Below based on structured flowchart shown in Figure 9, describe the embodiment of the invention in detail.Figure 10 is based on the flow chart of the mobile communication terminal data transmission method of Fig. 9, and as shown in figure 10, this flow process comprises:
Step 1001: data transmitting terminal (among the figure referred to as transmit leg) and data receiving terminal (among the figure referred to as the recipient) are opened respectively the inductor 201 of measuring one's own ability of mobile communication terminal separately.
Step 1002: transmit leg and recipient are after inductor is measured one's own ability in unlatching, the selection interface that automatic spring " sends data/receive data ", transmit leg is after selecting " transmission data ", automatically trigger content generation unit 204 and generate page prompts information, be used for prompting and whether edit literal, picture file, music file, the data such as video file, the transmit leg editing data, then, content generation unit 204 generates and is used to indicate this side to be " the transmitting terminal label information " of transmit leg and to be saved to temporary storage cell 205, and again generate page prompts information, please transmit leg the affirmation password of 4 of inputs (be above-mentioned preset password, this affirmation password of 4 can be numeral and the combination of letter), and password notified to background server.For the recipient, after selecting " receive data ", then can not trigger content generation unit 204 and generate page prompts information, can not carry out edit operation yet, thereby can not generate " transmitting terminal label information " yet, and not need to arrange password.
Step 1003: transmit leg and recipient carry out mutual impact operations, and the inductor 201 of measuring one's own ability monitors the dynamics size of collision.
Step 1004: in the dynamics size greater than predetermined value (for example, greater than 0.05 N or greater than 0.1 N) time, control unit 206 triggers GPS locating module 203 and sends positioning request signal to positioning unit 202, and then positioning unit 202 sends the Location Request of the machine by wireless network platform 100.
Step 1005: wireless network platform 100 is by location technologies such as AGPS, TDOA, UTK, transmit leg and recipient's mobile communication terminal is positioned, and gps signal is sent to GPS locating module 203 with GPSone, AGPS, PN4747, ATI, the mode such as 03.71.
Step 1006: positioning unit 202 generates positional information according to the gps signal from GPS locating module 203 that receives.
Step 1007: transmit leg and recipient judge respectively in separately the temporary storage cell 205 whether have " transmitting terminal label information ", if exist, then this " transmitting terminal label information " is attached to (for example, two data are spliced) after the positional information.
Step 1008: transmit leg is crossed the reception transmission relation pairing platform 301 that wireless network platform 100 is sent to background server with positional information, " transmitting terminal label information ", editor's data communication device, in practical operation, terminal unique identification (such as the IMEI) information of transmit leg also can also be sent to together and receive transmission relation pairing platform 301; The recipient sends relation pairing platform 301 with positional information by the reception that wireless network platform 100 is sent to background server, certainly, also recipient's IMEI information can be sent to together reception and send relation pairing platform 301.
Step 1009: what receive to send that relation pairing platform 301 at first will receive compares from time of transmit leg and recipient's positional information respectively, default time for both time interval differences be 10 seconds for meeting transmit mechanism; Then, will the time interval poor satisfactory positional information compares according to the distance of coordinate, the default distance interval poor for 20M with interior for meeting transmit mechanism; At last, the information to the recipient sends the input password so that the recipient is carried out legitimate verification, if the password of recipient's input is identical with the password that step 1002 receives in the given time, represents that then the recipient is legal.All meet the requirements such as above-mentioned three conditions, then receive transmission relation pairing platform 301 and will confirm that two terminals corresponding to positional information have reception to send and concern, the data from recipient and transmit leg that receive are stored to memory cell 303, trigger simultaneously retransmission unit 302.If have at least a condition not meet in above-mentioned three conditions, represent that then there is not the relation of transmission that receives in terminal corresponding to these two positional informations, and sends " can't transmit data " information to transmit leg and recipient respectively;
Step 1010: retransmission unit 302 will receive from transmit leg editor's data retransmission to the recipient.
Afterwards, the content generation unit 204 of transmit leg generates " sending successfully " prompting page, and generates the information of prompting " whether continuing to send data " in this page, if continue, then forward step 1002 to and carry out editing data, otherwise page prompts " please be closed inductor ".For the recipient, content generation unit 204 generates " receiving successfully " prompting pages, and generates and point out the information of " whether receive data " in this page, if continuation then forward step 1002 to, otherwise page prompts " please be closed inductor ".
In practical operation, if background server sends " can't transmit data " information to transmit leg and recipient, then for transmit leg, content generation unit 204 generates " sending unsuccessfully " prompting page, and in this page, generate the information of pointing out " whether continuing to send data ", if continue, then forward step 1002 to, otherwise page prompts " please be closed inductor ".Whether again for the recipient, content generation unit 204 generates " taking defeat " prompting page, and generate the information of prompting " receive data " in this page, if so, then forward step 1002 to, otherwise page prompts " please be closed inductor ".
In sum, the present invention takes full advantage of wireless communication technology, the induction technology of measuring one's own ability, and need not to be equipped with on the basis of other equipment again, and the induction technology of will measuring one's own ability combines with location technology, and is equipped with background server, thereby has expanded the new mode that data are transmitted.The present invention has demonstrated fully the characteristics of convenience, novelty, recreational, mass-sending property in mobile communication terminal transmission field, the method of this transfer of data is to the size of data indefinite of transmission, and the mass-sending function of support information data, so the user does not need to relate to so Complicated Flow as passing conventional data transmission method.The most important thing is the technological means that the user saved time and increase enjoyment when the transmission of data.
One of ordinary skill in the art will appreciate that all or part of step that realizes in above-described embodiment method can come the relevant hardware of instruction finish by program, this program can be stored in the computer read/write memory medium, such as ROM/RAM, magnetic disc, CD etc.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; the protection range that is not intended to limit the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a mobile communication terminal data transmission method is characterized in that, described method comprises:
Make between the mobile communication terminal that need to carry out data communication and collide; In described mobile communication terminal,
After the data transmitting terminal detected collision, generated data sent request;
After data receiving terminal detected collision, generated data received request;
According to described data sending request and data receiver request, described data transmitting terminal editor's data are sent to described data receiving terminal;
Wherein, described data sending request comprises be used to the Location Request of obtaining described data transmitting terminal positional information; Described data receiver request comprises be used to the Location Request of obtaining described data receiving terminal positional information;
According to described data sending request and data receiver request, described data transmitting terminal editor's data are sent to described data receiving terminal comprise:
According to described data sending request, the described data transmitting terminal positional information that described data transmitting terminal will be obtained sends to server;
According to described data receiver request, the described data receiving terminal positional information that described data receiving terminal will obtain sends to described server;
According to described data transmitting terminal positional information and data receiving terminal positional information, described server judges whether described data transmitting terminal and data receiving terminal satisfy the relation of transmission that receives;
Satisfy to receive send when concerning being judged as, described server sends to described data receiving terminal with described data transmitting terminal editor's data.
2. method according to claim 1 is characterized in that, described server judges whether described data transmitting terminal and data receiving terminal satisfy reception transmission relation and comprise:
It is poor to judge whether the time difference that receives described data transmitting terminal positional information and described data receiving terminal positional information surpasses the scheduled time;
Whether the positional distance of judging described data transmitting terminal positional information and described data receiving terminal positional information surpasses preset distance;
Judge whether described data receiving terminal is legal.
3. method according to claim 2 is characterized in that, describedly judges described data receiving terminal legal comprising whether:
The legitimate verification request that will comprise prompting input password sends to described data receiving terminal;
Reception is from the password of described data receiving terminal input;
When the password from described data receiving terminal input that receives is consistent with preset password, judge that described data receiving terminal is legal.
4. each described method in 3 according to claim 1 is characterized in that, described data sending request also comprises the transmitting terminal label information that is used to indicate the data transmitting terminal and/or described data transmitting terminal editor's data.
5. a mobile communication terminal data transmission system is characterized in that, described system comprises:
Have the mobile communication terminal for detection of the colliding sensor of collision, wherein, in described mobile communication terminal, the data transmitting terminal is used for after detecting collision, and generated data sends request; Data receiving terminal is used for after detecting collision, and generated data receives request;
Server is used for according to described data sending request and data receiver request, and described data transmitting terminal editor's data are sent to described data receiving terminal;
Wherein, described data sending request comprises be used to the Location Request of obtaining described data transmitting terminal positional information; Described data receiver request comprises be used to the Location Request of obtaining described data receiving terminal positional information;
Described server comprises:
The data receiver unit, be used for to receive from comprising of described data transmitting terminal described data transmitting terminal positional information data sending request and from the data receiver request of comprising of described data receiving terminal of described data receiving terminal positional information;
Reception sends and concerns judging unit, is used for according to described data transmitting terminal positional information and data receiving terminal positional information, judges whether described data transmitting terminal and data receiving terminal satisfy the transmission relation that receives;
Data transmission unit is used for sending when concerning being judged as to satisfy to receive, and described data transmitting terminal editor's data are sent to described data receiving terminal.
6. system according to claim 5 is characterized in that,
Described data transmitting terminal comprises:
The first colliding sensor is for detection of collision;
The data sending request generation unit is used for after detecting collision, and generated data sends request, and wherein, described data sending request comprises be used to the positioning request information of obtaining described data transmitting terminal positional information;
The transmitting terminal location information acquiring unit is used for obtaining described data transmitting terminal positional information;
The data sending request transmitting element sends to described server for the data sending request that will comprise described data transmitting terminal positional information;
Described data receiving terminal comprises:
The second colliding sensor is for detection of collision;
Data receiver request generation unit is used for after detecting collision, and generated data receives request, and wherein, described data receiver request comprises be used to the positioning request information of obtaining described data receiving terminal positional information;
The receiving terminal location information acquiring unit is used for obtaining described data receiving terminal positional information;
The data receiver request transmitting unit sends to described server for the data receiver request that will comprise described data receiving terminal positional information.
7. system according to claim 5 is characterized in that, described reception sends and concerns that judging unit comprises:
The time difference judge module, it is poor to be used for judging whether the time difference that receives described data transmitting terminal positional information and described data receiving terminal positional information surpasses the scheduled time;
The Distance Judgment module is used for judging whether the positional distance of described data transmitting terminal positional information and described data receiving terminal positional information surpasses preset distance;
Authentication module is used for verifying whether described data receiving terminal is legal.
8. system according to claim 7 is characterized in that, described authentication module comprises:
The checking request sends submodule, is used for comprising that the legitimate verification request of prompting input password sends to described data receiving terminal;
Password receives submodule, is used for receiving the password from described data receiving terminal input;
The legitimate verification submodule is used for judging that described data receiving terminal is legal when the password from described data receiving terminal input that receives is consistent with preset password.
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| CN102545964B (en) * | 2010-12-16 | 2014-08-13 | 国民技术股份有限公司 | Communication method and system for triggering information interaction by collision |
| CN102694580A (en) * | 2011-03-25 | 2012-09-26 | 国民技术股份有限公司 | Mobile communication terminal matching method through collision so as to trigger communication and apparatus thereof |
| CN102427378B (en) * | 2011-07-29 | 2015-09-23 | 上海合合信息科技发展有限公司 | Utilize data transmission method and the system of Bluetooth technology and acceleration induction technology |
| KR101790017B1 (en) * | 2011-09-30 | 2017-10-25 | 삼성전자 주식회사 | Controlling Method For Communication Channel Operation based on a Gesture and Portable Device System supporting the same |
| CN102624981A (en) * | 2012-03-07 | 2012-08-01 | 华为终端有限公司 | Data transmission method and device |
| CN103379206A (en) * | 2012-04-20 | 2013-10-30 | 鸿富锦精密工业（深圳）有限公司 | Handheld device and data sharing achieving method thereof |
| CN103458098B (en) * | 2012-06-05 | 2015-05-13 | 中国电信股份有限公司 | Method and device used for data transmission between mobile terminals and mobile terminals |
| CN103516753A (en) * | 2012-06-25 | 2014-01-15 | 北京新媒传信科技有限公司 | Method, server, and terminal for realizing data transmission |
| CN202889455U (en) * | 2012-07-23 | 2013-04-17 | 刘亮 | Information transfer device and information transfer system |
| CN103731458B (en) * | 2012-10-15 | 2017-10-31 | 金蝶软件（中国）有限公司 | Terminal room shares the method and system of file |
| CN104954406B (en) * | 2014-03-31 | 2018-12-07 | 中国电信股份有限公司 | Carry out the method and system of cloud data sharing |
| CN106060764A (en) * | 2016-05-25 | 2016-10-26 | 深圳卡通新技术有限公司 | Authorization system and method based on collision triggering by mobile terminal |
| CN106686233B (en) * | 2016-12-27 | 2020-11-10 | 安徽元晔光电有限责任公司 | Mobile terminal control method and device |
| TWI774963B (en) * | 2019-06-12 | 2022-08-21 | 遊戲橘子數位科技股份有限公司 | How to force a password change |
| CN115250376A (en) * | 2021-04-27 | 2022-10-28 | 华为技术有限公司 | Collision interaction method between electronic equipment and electronic equipment |
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