CN102981613A - Terminal and terminal control method - Google Patents
Terminal and terminal control method Download PDFInfo
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- CN102981613A CN102981613A CN2012104192209A CN201210419220A CN102981613A CN 102981613 A CN102981613 A CN 102981613A CN 2012104192209 A CN2012104192209 A CN 2012104192209A CN 201210419220 A CN201210419220 A CN 201210419220A CN 102981613 A CN102981613 A CN 102981613A
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Abstract
The invention provides a terminal which comprises a screen mapping unit and a processing unit. On the condition that the terminal sets up a data connection with other terminals, the screen mapping unit is used for mapping a screen interface of the terminal on screen interfaces of the other terminals to form a mapping screen, and the processing unit is used to achieve corresponding operating functions according to operations aiming at the mapping interface. The invention also provides a terminal control method. The screen interface of the terminal can be mapped on the other terminals, and through operations on the mapping interfaces of the other terminals, operation and control to the terminal can is achieved.
Description
Technical field
The present invention relates to the terminal control technical field, in particular to a kind of terminal and a kind of terminal control method.
Background technology
Perfect along with the terminal technology such as mobile phone development and various functions, the desktop of terminal can be shared by other display device, wireless sharing technique Wifi Display is arranged at present, it is to realize HD video and the audio stream transmission of reliable P2P between terminal and the high-definition display screen, this technology is compression 3D video, then the desktop of terminal is presented on the high-definition display screen by the Wifi transmission.It is interconnected by USB port and terminal that other related art scheme proposes PC (Personal Computer, personal computer) simultaneously, can realize that a simple desktop is shared, but not have the detailed scheme of passing through the PC operation control terminal.
Therefore, need a kind of terminal control method, screen interface and other terminal of terminal can be shared, and can control this terminal by other terminal.
Summary of the invention
For the problems referred to above, the invention provides a kind of terminal control method, screen interface and other terminal of terminal can be shared, and can control this terminal by other terminal.
According to an aspect of the present invention, propose a kind of terminal, comprising: screen mapping unit is used in the situation that the built vertical data of described terminal and other terminal are connected, the screen interface of described terminal is mapped on the screen interface of described other terminal, form the mapping interface; Processing unit is used for realizing corresponding operating function according to the operation for described mapping interface of sensing.
In this technical scheme, screen interface and other terminal of terminal are shared, at the screen interface formation mapping interface of other terminal, by this mapping interface being operated the operation that realizes terminal.As a kind of optimal way, described other terminal can be PC, when being connected on the PC by wired (such as USB) or modes such as wireless (such as WIFI), terminal can terminal be operated by PC like this, and because what obtain at PC is the mapping interface identical with the screen interface of terminal, client can not appear developing separately in the prior art, cause PC end interface and operation fully different from terminal, the situation that needs in addition study and adapt to, thus brought better user to experience.
Preferably, described screen mapping unit comprises: the frame buffered data obtains subelement, for the frame buffered data of the screen interface that obtains described terminal; The frame buffered data sends subelement, is used for described frame buffered data is sent to described other terminal, to generate described mapping interface.
In this technical scheme, by frame buffering (Framebuffer) data are sent to other terminal to share screen interface.Can the current frame buffered data of interval schedule time transmitting terminal, for example every interval 50ms sends, thus the Preserving map interface is consistent with the content of the screen interface demonstration of terminal.
Preferably, described processing unit comprises: the command reception subelement is used for receiving operational order; The instruction process subelement is used for carrying out described operational order; Wherein said operational order is generated by described other terminal, described other terminal is obtained operational controls and the corresponding positional information in the described mapping interface from described terminal, and obtain described real time position and the operational motion that operates on the described mapping interface, search the operational controls corresponding to described real time position, and according to the definite described operational order for this operational controls of described operational motion.
In this technical scheme, when the user in other terminal, PC for example, mapping interface enterprising line operate the time, this PC obtains corresponding relation between operational controls and the position from end in advance, thereby the real time position when operating at the mapping interface according to the user, recognize corresponding operational controls, and the operational motion when operating according to the user, recognize corresponding mode of operation, generate corresponding to this operational controls, the operational order of this mode of operation, and operational order is sent to terminal, terminal receives and carries out this operational order, realizes thus by PC terminal being controlled.In the whole process, only executable operations instruction of terminal.
Preferably, described processing unit comprises: the data receiver subelement, for the real time position and the operational motion that receive described operation; Data are processed subelement, are used for determining destination object and operational order according to described real time position and described operational motion, to realize corresponding operating function; Wherein, described real time position and described operational motion obtain and are sent to described terminal by described other terminal according to the described operation on described mapping interface.
In this technical scheme, when the user at other terminal, for example PC, mapping interface enterprising line operate the time, this PC is sent to terminal with real time position and the operational motion of user's operation, and terminal is determined operational order according to real time position and operational motion, to realize corresponding operating function.In the whole process, terminal needs voluntarily generating run instruction, and carries out to realize corresponding operating function.
Preferably, described terminal also comprises: audio data transmission unit, the voice data that is used for will needing to play is sent to described other terminal, to be play according to described voice data by described other terminal.
In this technical scheme, the voice data of terminal can be sent to terminal and set up other terminal that data are connected, the voice data here comprises multiple possibility, the voice data during such as music playing on terminal or video, the prompt tone when pending event appears in terminal, the downlink voice data in the terminal call process etc.Like this when music playing, video in the terminal, when message notifying being arranged or carrying out voice call, can play corresponding voice data by PC.
Preferably, described voice data is the downlink voice data, and described terminal also comprises: the voice data converting unit is used for and will be converted to upstream voice data from the voice data of described other terminal, for being sent to corresponding correspondent.
In this technical scheme, when terminal in other terminal, when for example carrying out voice call under the control of PC, voice data from PC can also be converted to upstream voice data and transmission, on the mapping interface of PC end, terminal is operated control in addition, thereby realize the communication process by PC end control terminal.
According to a further aspect in the invention, also propose a kind of terminal control method, comprising: step 202, in the situation that the built vertical data of described terminal and other terminal are connected, the screen interface of described terminal is mapped on the screen interface of described other terminal, form the mapping interface; Step 204, described terminal realizes corresponding operating function according to the operation for described mapping interface of sensing.
In this technical scheme, screen interface and other terminal of terminal are shared, at the screen interface formation mapping interface of other terminal, by this mapping interface being operated the operation that realizes terminal.As a kind of optimal way, described other terminal can be PC, when being connected on the PC by wired (such as USB) or modes such as wireless (such as WIFI), terminal can terminal be operated by PC like this, and because what obtain at PC is the mapping interface identical with the screen interface of terminal, client can not appear developing separately in the prior art, cause PC end interface and operation fully different from terminal, the situation that needs in addition study and adapt to, thus brought better user to experience.
Preferably, described step 202 comprises: the frame buffered data that obtains the screen interface of described terminal; Described frame buffered data is sent to described other terminal, to generate described mapping interface.
In this technical scheme, by frame buffering (Framebuffer) data are sent to other terminal to share screen interface.Can the current frame buffered data of interval schedule time transmitting terminal, for example every interval 50ms sends, thus the Preserving map interface is consistent with the content of the screen interface demonstration of terminal.
Preferably, described step 204 comprises: described terminal receives and the executable operations instruction; Wherein, described operational order is generated by described other terminal, described other terminal is obtained operational controls and the corresponding positional information in the described mapping interface from described terminal, and obtain described real time position and the operational motion that operates on the described mapping interface, search the operational controls corresponding to described real time position, and according to the definite described operational order for this operational controls of described operational motion.
In this technical scheme, when the user in other terminal, PC for example, mapping interface enterprising line operate the time, this PC obtains corresponding relation between operational controls and the position from end in advance, thereby the real time position when operating at the mapping interface according to the user, recognize corresponding operational controls, and the operational motion when operating according to the user, recognize corresponding mode of operation, generate corresponding to this operational controls, the operational order of this mode of operation, and operational order is sent to terminal, terminal receives and carries out this operational order, realizes thus by PC terminal being controlled.In the whole process, only executable operations instruction of terminal.
Preferably, described step 204 comprises: described terminal receives real time position and the operational motion of described operation, and determines destination object and operational order according to described real time position and described operational motion, to realize corresponding operating function; Wherein, described real time position and described operational motion obtain and are sent to described terminal by described other terminal according to the described operation on described mapping interface.
In this technical scheme, when the user at other terminal, for example PC, mapping interface enterprising line operate the time, this PC is sent to terminal with real time position and the operational motion of user's operation, and terminal is determined operational order according to real time position and operational motion, to realize corresponding operating function.In the whole process, terminal needs voluntarily generating run instruction, and carries out to realize corresponding operating function.
Preferably, described terminal control method also comprises: the voice data that described terminal will need to play is sent to described other terminal, to be play according to described voice data by described other terminal.
In this technical scheme, the voice data of terminal can be sent to terminal and set up other terminal that data are connected, the voice data here comprises multiple possibility, the voice data during such as music playing on terminal or video, the prompt tone when pending event appears in terminal, the downlink voice data in the terminal call process etc.Like this when music playing, video in the terminal, when message notifying being arranged or carrying out voice call, can play corresponding voice data by PC.
Preferably, described voice data is the downlink voice data, and described terminal control method also comprises: described terminal will be converted to upstream voice data from the voice data of described other terminal, for being sent to corresponding correspondent.
In this technical scheme, when terminal in other terminal, when for example carrying out voice call under the control of PC, voice data from PC can also be converted to upstream voice data and transmission, on the mapping interface of PC end, terminal is operated control in addition, thereby realize the communication process by PC end control terminal.
By technique scheme, screen interface and other terminal of terminal can be shared, and can control this terminal by other terminal.
Description of drawings
Fig. 1 shows the according to an embodiment of the invention block diagram of terminal;
Fig. 2 A and Fig. 2 B show respectively two kinds of implementations of middle processing unit embodiment illustrated in fig. 1;
Fig. 3 shows the according to an embodiment of the invention process flow diagram of terminal control method;
Fig. 4 A and Fig. 4 B show the process flow diagram of terminal control method according to another embodiment of the present invention.
Embodiment
In order more clearly to understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments the present invention is further described in detail.
A lot of details have been set forth in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from alternate manner described here and implement, and therefore, protection scope of the present invention is not subjected to the restriction of following public specific embodiment.
The present invention will be further described below in conjunction with drawings and Examples.Need to prove that in the situation of not conflicting, the application's embodiment and the feature among the embodiment can make up mutually.
Fig. 1 shows the according to an embodiment of the invention block diagram of terminal.
As shown in Figure 1, terminal 100 comprises according to an embodiment of the invention: screen mapping unit 102, be used in the situation that the built vertical data of terminal and other terminal are connected, and the screen interface of terminal is mapped on the screen interface of other terminal, the interface is shone upon in formation; Processing unit 104 is used for realizing corresponding operating function according to the operation for the mapping interface of sensing.
In this technical scheme, screen interface and other terminal of terminal 100 are shared, at the screen interface formation mapping interface of other terminal, by this mapping interface being operated the operation that realizes terminal 100.As a kind of optimal way, described other terminal can be PC, when being connected on the PC by wired (such as USB) or modes such as wireless (such as WIFI), terminal 100 can terminal be operated by PC like this, and because what obtain at PC is the mapping interface identical with the screen interface of terminal 100, client can not appear developing separately in the prior art, cause PC end interface and operation fully different from terminal 100, the situation that needs in addition study and adapt to, thus brought better user to experience.
Preferably, screen mapping unit 102 comprises: the frame buffered data obtains subelement 1020, for the frame buffered data of the screen interface that obtains terminal; The frame buffered data sends subelement 1022, is used for the frame buffered data is sent to other terminal, to generate the mapping interface.
In this technical scheme, by frame buffering (Framebuffer) data are sent to other terminal to share screen interface.Can the current frame buffered data of interval schedule time transmitting terminal, for example every interval 50ms sends, thus the Preserving map interface is consistent with the content of the screen interface demonstration of terminal 100.
Referring to Fig. 2 A, processing unit 104 comprises in one embodiment: command reception subelement 1040 is used for receiving operational order; Instruction process subelement 1044 is used for the executable operations instruction; Wherein operational order is generated by other terminal, other terminal is obtained operational controls and the corresponding positional information in the mapping interface from terminal, and obtain and operate in real time position and the operational motion of mapping on the interface, search the operational controls corresponding to real time position, and according to the definite operational order for this operational controls of operational motion.
In this technical scheme, when the user in other terminal, PC for example, mapping interface enterprising line operate the time, this PC obtains corresponding relation between operational controls and the position from terminal 100 in advance, thereby the real time position when operating at the mapping interface according to the user, recognize corresponding operational controls, and the operational motion when operating according to the user, recognize corresponding mode of operation, generate corresponding to this operational controls, the operational order of this mode of operation, and operational order is sent to terminal 100, terminal 100 receives and carries out this operational order, realizes thus by PC terminal 100 being controlled.In the whole process, only executable operations instruction of terminal 100.
Referring to Fig. 2 B, processing unit 104 comprises in another embodiment: data receiver subelement 1044 is used for receiving real time position and the operational motion that operates; Data are processed subelement 1046, are used for determining destination object and operational order according to real time position and operational motion, to realize corresponding operating function; Wherein, real time position and operational motion obtain and are sent to terminal by other terminal according to the operation on the mapping interface.
In this technical scheme, when the user at other terminal, for example PC, mapping interface enterprising line operate the time, this PC is sent to terminal 100 with real time position and the operational motion of user's operation, and terminal 100 is determined operational order according to real time position and operational motion, to realize corresponding operating function.In the whole process, terminal needs voluntarily generating run instruction, and carries out to realize corresponding operating function.
Preferably, terminal 100 also comprises: audio data transmission unit 106, the voice data that is used for will needing to play is sent to other terminal, to be play according to voice data by other terminal.
In this technical scheme, the voice data of terminal 100 can be sent to terminal 100 and set up other terminal that data are connected, the voice data here comprises multiple possibility, the voice data during such as music playing or video on terminal 100, the prompt tone when pending event appears in terminal 100, the downlink voice data in terminal 100 communication process etc.Like this when music playing, video in the terminal 100, when message notifying being arranged or carrying out voice call, can play corresponding voice data by PC.
Preferably, described voice data is the downlink voice data, and terminal 100 also comprises: voice data converting unit 108 is used for and will be converted to upstream voice data from the voice data of other terminal, for being sent to corresponding correspondent.
In this technical scheme, when terminal 100 in other terminal, when for example carrying out voice call under the control of PC, voice data from PC can also be converted to upstream voice data and transmission, on the mapping interface of PC end, terminal is operated control in addition, thereby realize the communication process by PC end control terminal 100.
Fig. 3 shows the according to an embodiment of the invention process flow diagram of terminal control method.
As shown in Figure 3, terminal control method comprises according to an embodiment of the invention: step 202, in the situation that the built vertical data of terminal and other terminal are connected, the screen interface of terminal is mapped on the screen interface of other terminal, and form the mapping interface; Step 204, terminal realizes corresponding operating function according to the operation for the mapping interface of sensing.
In this technical scheme, screen interface and other terminal of terminal are shared, at the screen interface formation mapping interface of other terminal, by this mapping interface being operated the operation that realizes terminal.As a kind of optimal way, described other terminal can be PC, when being connected on the PC by wired (such as USB) or modes such as wireless (such as WIFI), terminal can terminal be operated by PC like this, and because what obtain at PC is the mapping interface identical with the screen interface of terminal, client can not appear developing separately in the prior art, cause PC end interface and operation fully different from terminal, the situation that needs in addition study and adapt to, thus brought better user to experience.
Preferably, step 202 comprises: the frame buffered data that obtains the screen interface of terminal; The frame buffered data is sent to other terminal, to generate the mapping interface.
In this technical scheme, by frame buffering (Framebuffer) data are sent to other terminal to share screen interface.Can the current frame buffered data of interval schedule time transmitting terminal, for example every interval 50ms sends, thus the Preserving map interface is consistent with the content of the screen interface demonstration of terminal.
Preferably, step 204 comprises: terminal receives and the executable operations instruction; Wherein, operational order is generated by other terminal, other terminal is obtained operational controls and the corresponding positional information in the mapping interface from terminal, and obtain and operate in real time position and the operational motion of mapping on the interface, search the operational controls corresponding to real time position, and according to the definite operational order for this operational controls of operational motion.
In this technical scheme, when the user in other terminal, PC for example, mapping interface enterprising line operate the time, this PC obtains corresponding relation between operational controls and the position from end in advance, thereby the real time position when operating at the mapping interface according to the user, recognize corresponding operational controls, and the operational motion when operating according to the user, recognize corresponding mode of operation, generate corresponding to this operational controls, the operational order of this mode of operation, and operational order is sent to terminal, terminal receives and carries out this operational order, realizes thus by PC terminal being controlled.In the whole process, only executable operations instruction of terminal.
Preferably, step 204 comprises: terminal receives real time position and the operational motion of operation, and determines destination object and operational order according to real time position and operational motion, to realize corresponding operating function; Wherein, real time position and operational motion obtain and are sent to terminal by other terminal according to the operation on the mapping interface.
In this technical scheme, when the user at other terminal, for example PC, mapping interface enterprising line operate the time, this PC is sent to terminal with real time position and the operational motion of user's operation, and terminal is determined operational order according to real time position and operational motion, to realize corresponding operating function.In the whole process, terminal needs voluntarily generating run instruction, and carries out to realize corresponding operating function.
Preferably, terminal control method also comprises: the voice data that terminal will need to play is sent to other terminal, to be play according to voice data by other terminal.
In this technical scheme, the voice data of terminal can be sent to terminal and set up other terminal that data are connected, the voice data here comprises multiple possibility, the voice data during such as music playing on terminal or video, the prompt tone when pending event appears in terminal, the downlink voice data in the terminal call process etc.Like this when music playing, video in the terminal, when message notifying being arranged or carrying out voice call, can play corresponding voice data by PC.
Preferably, voice data is the downlink voice data, and terminal control method also comprises: terminal will be converted to upstream voice data from the voice data of other terminal, for being sent to corresponding correspondent.
In this technical scheme, when terminal in other terminal, when for example carrying out voice call under the control of PC, voice data from PC can also be converted to upstream voice data and transmission, on the mapping interface of PC end, terminal is operated control in addition, thereby realize the communication process by PC end control terminal.
Below in conjunction with Fig. 4 A and Fig. 4 B explanation another embodiment according to terminal control method of the present invention.
In this embodiment, terminal is set up data with PC and is connected, and by PC terminal is operated.Referring to Fig. 4 A, the flow process of terminal one side comprises:
Step 401 sends the data connection request to PC;
Step 402 is successfully set up data and is connected;
Step 403 sends Framebuffer data, shared terminal screen interface to PC;
Step 404 creates three threads, is respectively step 405, step 408, step 411;
Step 406 judges whether relevantly with voice call, is then to enter step 407, otherwise enters step 410;
Step 407 is carried out corresponding operation and the codec voice data is sent to PC;
Step 408 has judged whether message notifying, is then to enter step 409;
Step 409 is sent to PC with the voice data of prompt tone;
Step 410 is carried out corresponding operating according to operational order;
Step 411 sends the Framebuffer data every 50ms to PC.
Referring to Fig. 4 B, the flow process of PC one side comprises:
Whether step 502 connects according to user's operation judges, is then to enter step 503;
Step 503 is set up the Framebuffer data that data are connected rear receiving terminal, the screen interface of shared terminal with terminal;
Step 504 creates three threads, is respectively step 505, step 507, step 509;
Step 506 judges whether the user operates, and is then to enter step 508;
Step 507 receives user's operation;
Step 510 refreshes display interface.
By above flow process, in the situation that terminal and PC connect, not only can the shared terminal screen interface, and can pass through PC operating terminal, connecting incoming call, transmission note, make terminal be connected more seamless, more fusion with PC, simultaneously, also brought better user to experience.When the user in when office, sometimes can't hear the message notifying of terminal, this scheme has been arranged, just can not miss any message of terminal, meanwhile, when the user in operation during PC, if wish by terminal converse, when sending short messages, need not between terminal and PC, switch back and forth the operating process more convenient and quicker.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a terminal is characterized in that, comprising:
Screen mapping unit is used in the situation that the built vertical data of described terminal and other terminal are connected, and the screen interface of described terminal is mapped on the screen interface of described other terminal, and the interface is shone upon in formation;
Processing unit is used for realizing corresponding operating function according to the operation for described mapping interface of sensing.
2. terminal according to claim 1 is characterized in that, described screen mapping unit comprises:
The frame buffered data obtains subelement, for the frame buffered data of the screen interface that obtains described terminal;
The frame buffered data sends subelement, is used for described frame buffered data is sent to described other terminal, to generate described mapping interface.
3. terminal according to claim 2 is characterized in that, described processing unit comprises:
The command reception subelement is used for receiving operational order;
The instruction process subelement is used for carrying out described operational order;
Wherein said operational order is generated by described other terminal, described other terminal is obtained operational controls and the corresponding positional information in the described mapping interface from described terminal, and obtain described real time position and the operational motion that operates on the described mapping interface, search the operational controls corresponding to described real time position, and according to the definite described operational order for this operational controls of described operational motion.
4. terminal according to claim 2 is characterized in that, described processing unit comprises:
The data receiver subelement is for the real time position and the operational motion that receive described operation;
Data are processed subelement, are used for determining destination object and operational order according to described real time position and described operational motion, to realize corresponding operating function;
Wherein, described real time position and described operational motion obtain and are sent to described terminal by described other terminal according to the described operation on described mapping interface.
5. each described terminal in 4 according to claim 2 is characterized in that, also comprises:
Audio data transmission unit, the voice data that is used for will needing to play is sent to described other terminal, to be play according to described voice data by described other terminal;
The voice data converting unit is in the situation of downlink voice data at described voice data, is used for being converted to upstream voice data from the voice data of described other terminal, for being sent to corresponding correspondent.
6. a terminal control method is characterized in that, comprising:
Step 202 in the situation that the built vertical data of described terminal and other terminal are connected, maps to the screen interface of described terminal on the screen interface of described other terminal, forms the mapping interface;
Step 204, described terminal realizes corresponding operating function according to the operation for described mapping interface of sensing.
7. terminal control method according to claim 6 is characterized in that, described step 202 comprises:
Obtain the frame buffered data of the screen interface of described terminal;
Described frame buffered data is sent to described other terminal, to generate described mapping interface.
8. terminal control method according to claim 7 is characterized in that, described step 204 comprises:
Described terminal receives and the executable operations instruction;
Wherein, described operational order is generated by described other terminal, described other terminal is obtained operational controls and the corresponding positional information in the described mapping interface from described terminal, and obtain described real time position and the operational motion that operates on the described mapping interface, search the operational controls corresponding to described real time position, and according to the definite described operational order for this operational controls of described operational motion.
9. terminal control method according to claim 7 is characterized in that, described step 204 comprises:
Described terminal receives real time position and the operational motion of described operation, and determines destination object and operational order according to described real time position and described operational motion, to realize corresponding operating function;
Wherein, described real time position and described operational motion obtain and are sent to described terminal by described other terminal according to the described operation on described mapping interface.
10. each described terminal control method in 9 according to claim 7 is characterized in that, also comprises:
The voice data that described terminal will need to play is sent to described other terminal, to be play according to described voice data by described other terminal, wherein,
If described voice data is the downlink voice data, then described terminal will be converted to upstream voice data from the voice data of described other terminal, for being sent to corresponding correspondent.
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