CN101615168A - Utilize system and its implementation of computer to handle mobile terminal data - Google Patents
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Abstract
The invention provides a kind of system and its implementation of utilizing computer to handle mobile terminal data, this method comprises the steps, sets up data and connect between portable terminal and computer; Portable terminal microprocessor controller (3) reads the data in the mobile terminal stores module; Portable terminal sends the data to computer; Second microprocessor controller (2) is handled the data that portable terminal sends, and is kept in the computer memory module (11).System and its implementation of utilizing computer to handle mobile terminal data provided by the present invention constitutes a system that optimizes cooperation with computer and portable terminal, improved the performance of portable terminal and the convenience of use greatly.
Description
Technical field
This area relates to a kind of system and its implementation of utilizing computer to handle mobile terminal data.
Background technology
Along with the communication development of electronic technology, computer and portable terminal have become two kinds of indispensable instruments in people's daily life and the work, and the optimization cooperation of this instrument of two kinds also more and more causes people's attention.
On January 10th, 2007 disclosed a kind of method and system by the mobile terminal accessing computer resource, its publication number is CN1893356A, the applying date is on July 1st, 2005, application number is 200510012081.8.These method and system comprise the portable terminal that is connected by the internet and have the computer of Resource Server and transcoding units, this access method comprises the steps: that portable terminal is connected to the Resource Server that is installed on the computer by network, browse the open resource of described Resource Server, and report its ability and information to described Resource Server; Described Resource Server carries out transcoding according to the capability set information of portable terminal to selected resource, transfers the form that suitable portable terminal is handled and represented to, and transmits to portable terminal; Described portable terminal receives and/or represents resource content behind the transcoding.This utility model makes the user can pass through portable terminal, as mobile phone, by the various content resources on the wireless network access computing machine, through downloading on portable terminal behind the transcoding, show or playing.
The disclosed method and system of this utility model can be visited the data and the resource of computer on portable terminal.But portable terminal is in order to satisfy its portable requirement, and is all restricted to volume, weight.Like this, the data-handling capacity and the speed of the base band of portable terminal can not show a candle to computer on the one hand, when data volume is big, cause portable terminal to crash or other faults easily; On the other hand, the size of the display screen of portable terminal, keyboard etc. is very restricted, and at input information, watches video data, when operation such as playing games, all can not satisfy user's ease for use requirement.
If a kind of system and its implementation are arranged, can realize utilizing computer to handle or show and will thoroughly overcome the above problems data in the portable terminal, bring great convenience to the user, and brought new opportunity for the development of mobile terminal function.
Summary of the invention
The purpose of this invention is to provide a kind of system and its implementation of utilizing computer to handle mobile terminal data.
A kind of system that utilizes computer to handle mobile terminal data comprises portable terminal, computer and is used for setting up the data transmission module that data are connected between described computer and described portable terminal; Described computer comprises: computer microprocessor controller, computer input/output module (17), computer memory module (11), computer display module and computer sound module (10); Described computer input/output module (17), computer memory module (11), computer display module and computer sound module (10) all are connected with described computer microprocessor controller; Described portable terminal comprises: portable terminal microprocessor controller (3), radio-frequency module, mobile terminal stores module, portable terminal display module (15) and portable terminal sound module (16); Described radio-frequency module, the mobile terminal stores module, portable terminal display module (15) and portable terminal sound module (16) all are connected with described portable terminal microprocessor controller (3); Described data transmission module comprises: be arranged on first bluetooth module (61) on the described computer main board and be arranged on second bluetooth module (62) on the described portable terminal mainboard; Described first bluetooth module (61) is connected with described second microprocessor controller (2); Described second bluetooth module (62) is connected with described portable terminal microprocessor controller (3); Described computer input/output module (17) is connected with described first microprocessor controller (1).
The method that a kind of mobile terminal data is handled comprises the steps, sets up data and connect between portable terminal and computer;
Portable terminal microprocessor controller (3) reads the data in the mobile terminal stores module; Portable terminal sends the data to computer; Second microprocessor controller (2) is handled the data that portable terminal sends, and is kept in the computer memory module (11).
System and its implementation of utilizing computer to handle mobile terminal data provided by the present invention, computer and portable terminal are constituted a system that optimizes cooperation, can carry out data transmission at any time between computer and the portable terminal, thereby realize computer and the resource sharing of portable terminal on hardware and software, the performance of portable terminal and the convenience of use have been improved greatly, the user also can utilize the display screen of computer to watch video information in the portable terminal, utilize the stereo set of computer to listen music in the portable terminal, can improve the performance and the travelling speed of described portable terminal greatly, bring convenience for this mobile terminal user.Utilize the bluetooth module wireless communication protocol to transmit, need not stube cable between portable terminal and computer, be user-friendly to and saved the space.
Description of drawings
Fig. 1 is the structural representation of computer of the present invention;
Fig. 2 to Fig. 5 is the structural representation of portable terminal of the present invention;
Fig. 6 is this practical invention treatment scheme synoptic diagram.
Embodiment
Embodiment one
A kind of system that utilizes computer to handle mobile terminal data comprises portable terminal, computer and is used for setting up the data transmission module that data are connected between described computer and described portable terminal; Described portable terminal is meant the small and exquisite portable terminal device with data processing or communication function of volume.As mobile phone (Mobile phone), Personal Handyphone System, palm PC (PDA, PersonalDigital Assistant), intelligent mobile phone (Smart Phone).Described computer can be a notebook computer, also can be desktop computer.
As shown in Figure 1, described computer comprises: computer microprocessor controller (computer CPU), computer input/output module 17, computer memory module 11, computer display module and computer sound module 10; Described computer input/output module 17, computer memory module 11, computer display module and computer sound module 10 all are connected with described computer microprocessor controller (computer CPU);
Extremely shown in Figure 5 as Fig. 2, described portable terminal comprises: portable terminal microprocessor controller 3 (portable terminal CPU), the radio-frequency module (not shown), mobile terminal stores module (not shown), portable terminal display module 15 and portable terminal sound module 16; Described radio-frequency module, the mobile terminal stores module, portable terminal display module 15 and portable terminal sound module 16 all are connected with described portable terminal microprocessor controller 3.
Described computer microprocessor controller (computer CPU) comprises first microprocessor controller 1 (CPU) and second microprocessor controller 2 (the 2nd CPU), and described first microprocessor controller 1, second microprocessor controller 2 all are connected with described computer memory module 11; Described second little processing is exclusively used in handle mobile terminal data; Described first microprocessor controller 1 is used to handle other data except that described mobile terminal data.Described mobile terminal data refers to that described portable terminal sends to the data of computer by described data transmission module, comprises voice data, video data, and view data also comprises the telephone number information table data, the message list data.
To shown in Figure 5, described portable terminal microprocessor controller 3 is provided with a GPIO interface 31 and the 2nd GPIO interface 32 as Fig. 2; As shown in Figure 1, described first microprocessor controller 1 is provided with the 3rd GPIO interface 13.
As shown in Figure 1 to Figure 3, described data transmission module comprises: be arranged on first bluetooth module 61 and second bluetooth module 62 that is arranged on the described portable terminal mainboard on the described computer main board; Described first bluetooth module 61 is connected with described second microprocessor controller 2; Described second bluetooth module 62 is connected with described portable terminal microprocessor controller 3.It will be understood by those skilled in the art that and between described computer and portable terminal, to carry out data transmission by described first bluetooth module 61 and second bluetooth module 62.Because the performance and the speed of computer microprocessor controller (computer CPU) deal with data all are much higher than portable terminal microprocessor controller 3, described data send to described computer by described bluetooth module, after described second microprocessor controller 2 is handled, can return again to described portable terminal, can improve the performance of described portable terminal so greatly, improve running of mobile terminal speed, brought convenience for this mobile terminal user.Utilize the bluetooth module wireless communication protocol to transmit, need not stube cable between portable terminal and computer, be user-friendly to and saved the space.
As shown in Figure 1, described computer input/output module 17 is connected with described first microprocessor controller 1.It will be understood by those skilled in the art that described input/output module comprises equipment such as keyboard, mouse.Like this, the user can also utilize the keyboard of computer or mouse to carry out data input or operation.For example in short-message sending, the user can utilize computor-keyboard to come inputting word information, described first microprocessor controller 1 is kept at this literal information in the described computer memory module 11, read this literal information and sent to portable terminal by described data transmission module from this computer memory module 11 by described second microprocessor controller 2 again, described portable terminal sends this information by described radio-frequency module again.
Equally, user of the present invention can realize the inquiry and the change of telephone directory book by at the enterprising line operate of this computer, the picture that utilizes computer display screen 9 to show in the portable terminal, functions such as the audio frequency in the broadcast portable terminal, video file.
As Fig. 2, shown in Figure 4, also comprise audio decoder chip 12, the two ends of this audio decoder chip 12 connect portable terminal microprocessor controller 3 and portable terminal sound module 16 respectively.Described audio decoder chip 12 is used for voice data is decoded and to described portable terminal sound module 16 output audio signals, controlled described sound module work.
As shown in Figure 2, also comprise first handover module 21, this first handover module 21 comprises first data-interface 121 that is connected with described portable terminal microprocessor controller 3, second data-interface 122 that is connected with described second bluetooth module 62 and the 3rd data-interface 123 that is connected with described audio decoder chip 12; This first handover module 21 also comprises first control end 110 that is connected with a described GPIO interface 31.It will be appreciated by those skilled in the art that, when the data that are unrealized between described first bluetooth module 61 and second bluetooth module 62 connect, described portable terminal microprocessor controller 3 sends steering order by its GPIO interface, control described second data-interface 122 and be conducting state for closure state and described first data-interface 121 and the 3rd data-interface 123, described like this voice data is sent to described audio decoder chip 12; When realizing that data connect between described first bluetooth module 61 and second bluetooth module 62, described portable terminal microprocessor controller 3 sends steering order by its GPIO interface, control described the 3rd data-interface 123 and be conducting state for closure state and described first data-interface 121 and second data-interface 122, described like this voice data sends described computer to by described first bluetooth module 61 and second bluetooth module 62.
As Fig. 3, shown in Figure 5, also comprise video decoding chip 14, the two ends of this video decoding chip 14 connect portable terminal microprocessor controller 3 and described portable terminal display module 15 respectively.Described video decoding chip 14 is used for video data is decoded and to described portable terminal display module 15 output image signals, controlled the work of described display module.
As shown in Figure 3, also comprise second handover module 22, this second handover module 22 comprises the 4th data-interface 224 that is connected with described portable terminal microprocessor controller 3, the 5th data-interface 225 that is connected with described second bluetooth module 62 and the 5th data-interface 226 that is connected with described video decoding chip 14; This second handover module 22 also comprises second control end 210 that is connected with described the 2nd GPIO interface 32.It will be appreciated by those skilled in the art that, when the data that are unrealized between described first bluetooth module 61 and second bluetooth module 62 connect, described portable terminal microprocessor controller 3 sends steering order by described another GPIO interface, control described the 5th data-interface 225 and be conducting state for closure state and described the 4th data-interface 224 and the 5th data-interface 226, described like this video data is sent to described video decoding chip 14; When realizing that data connect between described first bluetooth module 61 and second bluetooth module 62, described portable terminal microprocessor controller 3 sends steering order by described another GPIO interface, control described the 5th data-interface 226 and be conducting state for closure state and described the 4th data-interface 224 and the 5th data-interface 225, described like this video data sends described computer to by described first bluetooth module 61 and second bluetooth module 62.
As Fig. 1, Fig. 4 and shown in Figure 5, described data transmission module also comprises: be arranged on a USB control module 71 and the 2nd USB control module that is arranged on the described portable terminal mainboard on the described computer main board; A described USB control module 71 is connected with described second microprocessor controller 2; Described the 2nd USB control module is connected with described portable terminal microprocessor controller 3.It will be understood by those skilled in the art that and between described computer and portable terminal, to carry out data transmission by a described USB control module 71 and the 2nd USB control module.Because the performance and the speed of computer microprocessor controller (computer CPU) deal with data all are much higher than portable terminal microprocessor controller 3, described data send to described computer by described USB control module, after described second microprocessor controller 2 is handled, can return again to described portable terminal, can improve the performance of described portable terminal so greatly, improve running of mobile terminal speed, brought convenience for this mobile terminal user.
As shown in Figure 4, also comprise the 3rd handover module 23, the 3rd handover module 23 comprises the 7th data-interface 327 that is connected with described portable terminal microprocessor controller 3, the 8th data-interface 328 that is connected with described the 2nd USB control module and the 9th data-interface 329 that is connected with described audio decoder chip 12; The 3rd handover module 23 also comprises the 3rd control end 310 that is connected with a described GPIO interface 31.It will be appreciated by those skilled in the art that, when the data that are unrealized between a described USB control module 71 and the 2nd USB control module connect, described portable terminal microprocessor controller 3 sends steering order by its GPIO interface, control described the 8th data-interface 328 and be conducting state for closure state and described the 7th data-interface 327 and the 9th data-interface 329, described like this voice data is sent to described audio decoder chip 12; When realizing that data connect between a described USB control module 71 and the 2nd USB control module, described portable terminal microprocessor controller 3 sends steering order by its GPIO interface, control described the 9th data-interface 329 and be conducting state for closure state and described the 7th data-interface 327 and the 8th data-interface 328, described like this voice data sends described computer to by a described USB control module 71 and the 2nd USB control module.
As shown in Figure 5, also comprise the 4th handover module 24, the 4th handover module 24 comprises the tenth data-interface 4210 that is connected with described portable terminal microprocessor controller 3, the tenth data-interface 42 youngsters that are connected with described the 2nd USB control module and the 12 data-interface 4212 that is connected with described video decoding chip 14; The 4th handover module 24 also comprises the 4th control end 410 that is connected with described the 2nd GPIO interface 32.It will be appreciated by those skilled in the art that, when the data that are unrealized between a described USB control module 71 and the 2nd USB control module connect, described portable terminal microprocessor controller 3 sends steering order by described another GPIO interface, control described the tenth data-interface 4211 and be conducting state for closure state and described the tenth data-interface 4210 and the 12 data-interface 4212, described like this video data is sent to described video decoding chip 14; When realizing that data connect between a described USB control module 71 and the 2nd USB control module, described portable terminal microprocessor controller 3 sends steering order by described another GPIO interface, control described the 12 data-interface 4212 and be conducting state for closure state and described the tenth data-interface 4210 and the tenth data-interface 4211, described like this video data sends described computer to by a described USB control module 71 and the 2nd USB control module.
It will be appreciated by those skilled in the art that, video data and voice data can be sent to computer by above-mentioned data transmission module, decode by 2 pairs of described video datas of described second microprocessor controller and described voice data, after drawing sound signal and picture signal, send to described computer sound module 10 and computer display module respectively, so just can realize utilizing described computer to play audio or video file on the described portable terminal.
As shown in Figure 1, described computer display module comprises interface control unit 8 and display screen 9, and the input end of described interface control unit 8 is connected with described first microprocessor controller 1 and described second microprocessor controller 2 respectively; The output terminal of described interface control unit 8 is connected with display screen 9.On the interface of described display screen 9, comprise computer interface and interface of mobile terminal, described interface of mobile terminal is exclusively used in the image that demonstration is produced by the data of described portable terminal transmission.Described interface control unit 8 is used for the picture signal that described display screen 9 shows that on described interface of mobile terminal described second microprocessor controller 2 sends is distinguished and controlled to the picture signal of described first microprocessor controller 1 and 2 transmissions of described second microprocessor controller, and shows the picture signal that described first microprocessor controller 1 sends on described computer interface.The ratio of the display screen that described computer festival interface and described interface of mobile terminal are shared can be regulated according to user's needs.Especially when the user plays from the video file in the portable terminal or carries out game operation, described interface of mobile terminal can be adjusted at utmost, to satisfy user's ease for use demand.
Further, described computer memory module 11 comprises the storage unit that is used to store the storage unit of computer data and is used for the memory mobile terminal data.When described portable terminal and described computer expert cross data transmission module and set up data and be connected, described portable terminal sends to computer with described data, and described second microprocessor controller 2 is kept at the described storage unit that is used for the memory mobile terminal data with above-mentioned data.
As shown in Figure 1, also comprise the 5th handover module 25 that is connected with described computer sound module 10, the 5th handover module 25 also comprises the 13 data-interface 5213 that is connected with described first microprocessor controller 1, the 14 data-interface 5214 that is connected with described second microprocessor controller 2; The 5th handover module 25 also comprises the 5th control end 510 that is connected with described the 3rd GPIO interface 13.Level is drawn high or dragged down to described first microprocessor controller 1 by described the 3rd GPIO interface 13, controls the state of described the 5th handover module 25.Described the 5th handover module 25 can be in the state of described the 13 data-interface 5213 and the 5214 independent conductings of described the 14 data-interface, promptly switches 10 of described computer sound modules and is connected with one of them computer microprocessor controller.
Embodiment two
A kind ofly utilize the system described in the embodiment one to realize the method that mobile terminal data is handled, comprise the steps:
Setting up data between portable terminal and computer connects;
Portable terminal microprocessor controller 3 reads the data in the mobile terminal stores module;
Portable terminal sends the data to computer;
The data that 2 pairs of portable terminals of second microprocessor controller send are handled, and are kept in the computer memory module 11.Setting up data by bluetooth module or USB module between described portable terminal and the computer connects.
Further, comprise the steps: that also data that the 2 pairs of portable terminals of second microprocessor controller send are handled after, data are returned step to portable terminal.
Further, also comprise the steps:
Portable terminal microprocessor controller 3 judges that whether successful the data between described portable terminal and the computer connect step;
According to the result of above-mentioned judgement, the step of described portable terminal microprocessor controller 3 sending controling instructions;
According to above-mentioned steering order, handover module changes the step of conducting state.Described handover module comprises first handover module 21, second handover module 22, the 3rd handover module 23 and the 4th handover module 24.
Concrete, portable terminal microprocessor controller 3 sends the order of setting by second bluetooth module 62 or the 2nd USB module, check then whether the message of returning is consistent with the order of setting, when the order of message of returning and setting is consistent, judge that described data have connected successfully foundation; When the order of not return messages or message of returning and setting is inconsistent, judge that described data connect also foundation.When judged result is that described data connect when successfully having set up, described portable terminal microprocessor controller 3 utilizes a GPIO interface 31 sending controling instructions, control the state that described first handover module 21 is in first data- interface 121 and 122 conductings of second data-interface and the 3rd data-interface 123 closures, or control the state that described the 3rd handover module 23 is in the 7th data-interface 227 and 228 conductings of the 8th data-interface and the 9th data-interface 229 closures.Described portable terminal microprocessor controller 3 utilizes the 2nd GPIO interface 32 sending controling instructions, control the state that described second handover module 22 is in the 4th data- interface 224 and 225 conductings of the 5th data-interface and the 6th data-interface 226 closures, or control the state that described the 4th handover module 24 is in the tenth data-interface 2210 and 2211 conductings of the 11 data-interface and the 12 data-interface 2212 closures; When judged result is that described data connect when not setting up, described portable terminal microprocessor controller 3 utilizes a GPIO interface 31 sending controling instructions, control the state that described first handover module 21 is in first data-interface 121 and 123 conductings of the 3rd data-interface and second data-interface, 122 closures, or control the state that described the 3rd handover module 23 is in the 7th data-interface 227 and 229 conductings of the 9th data-interface and the 8th data-interface 228 closures; Described portable terminal microprocessor controller 3 utilizes the 2nd GPIO interface 32 sending controling instructions, control the state that described second handover module 22 is in the 4th data- interface 224 and 226 conductings of the 6th data-interface and the 5th data-interface 225 closures, or control the state that described the 4th handover module 24 is in the tenth data-interface 2210 and 2212 conductings of the 12 data-interface and the 11 data-interface 2211 closures.
Further, also comprise when the connection of the data between described portable terminal and the computer is not set up, utilize described video decoding chip 14 processing video data that are arranged on the portable terminal mainboard; Utilization is arranged on described audio decoder chip 12 processing audio data on the portable terminal mainboard.
Further, also comprise when the data successful connection between described portable terminal and the computer is set up, utilize 2 pairs of video datas of described first microprocessor controller or voice data to handle.
Further, the processing of 2 pairs of data of described second microprocessor controller comprises: the step that is used for adding attribute-identifier " 2 " to described data.Like this, can distinguish that according to this attribute-identifier " 2 " these data utilize described first microprocessor controller 2 to handle, promptly from the data of portable terminal.
Further, also comprise the steps:
The video information that 8 controls of interface control unit contain attribute-identifier " 2 " shows on interface of mobile terminal; And control other video informations and on computer interface, show.
Further, also comprise the steps:
The described attribute-identifier's of containing " 2 " data are stored in the described storage unit that is used for the memory mobile terminal data.
Further, also comprise the steps:
Described first microprocessor controller 1 utilizes the state of described the 5th handover module 25 of described the 3rd GPIO interface 13 controls.Concrete, level is drawn high or dragged down to described first microprocessor controller 1 by described the 3rd GPIO interface 13, controls the state of described the 5th handover module 25.Described the 5th handover module 25 can be in the state of described the 13 data-interface 5213 and the 5214 independent conductings of described the 14 data-interface, promptly switches 10 of described computer sound modules and is connected with one of them computer microprocessor controller.
Claims (16)
1, a kind of system that utilizes computer to handle mobile terminal data is characterized in that: comprise portable terminal, computer and be used for setting up the data transmission module that data are connected between described computer and described portable terminal;
Described computer comprises: computer microprocessor controller, computer input/output module (17), computer memory module (11), computer display module and computer sound module (10); Described computer input/output module (17), computer memory module (11), computer display module and computer sound module (10) all are connected with described computer microprocessor controller;
Described portable terminal comprises: portable terminal microprocessor controller (3), radio-frequency module, mobile terminal stores module, portable terminal display module (15) and portable terminal sound module (16); Described radio-frequency module, the mobile terminal stores module, portable terminal display module (15) and portable terminal sound module (16) all are connected with described portable terminal microprocessor controller (3);
Described data transmission module comprises: be arranged on first bluetooth module (61) on the described computer main board and be arranged on second bluetooth module (62) on the described portable terminal mainboard; Described first bluetooth module (61) is connected with described second microprocessor controller (2); Described second bluetooth module (62) is connected with described portable terminal microprocessor controller (3); Described computer input/output module (17) is connected with described first microprocessor controller (1).
2, the system that utilizes computer to handle mobile terminal data as claimed in claim 1, it is characterized in that: described computer microprocessor controller comprises first microprocessor controller (1) and second microprocessor controller (2), and described first microprocessor controller (1), described second microprocessor controller (2) all are connected with described computer memory module (11); Described portable terminal microprocessor controller (3) is provided with a GPIO interface (31) and the 2nd GPIO interface (32); Described first microprocessor controller (1) is provided with the 3rd GPIO interface (13).
3, the system that utilizes computer to handle mobile terminal data as claimed in claim 2 is characterized in that: also comprise audio decoder chip (12) and video decoding chip (14); The two ends of this audio decoder chip (12) connect portable terminal microprocessor controller (3) and portable terminal sound module (16) respectively; The two ends of this video decoding chip (14) connect portable terminal microprocessor controller (3) and described portable terminal display module (15) respectively.
4, the system that utilizes computer to handle mobile terminal data as claimed in claim 3, it is characterized in that: also comprise first handover module (21), this first handover module (21) comprises first data-interface (121) that is connected with described portable terminal microprocessor controller (3), second data-interface (122) that is connected with described second bluetooth module (62) and the 3rd data-interface (123) that is connected with described audio decoder chip (12); This first handover module (21) also comprises first control end (110) that is connected with a described GPIO interface (31).
5, the system that utilizes computer to handle mobile terminal data as claimed in claim 3, it is characterized in that: also comprise second handover module (22), this second handover module (22) comprises the 4th data-interface (224) that is connected with described portable terminal microprocessor controller (3), the 5th data-interface (225) that is connected with described second bluetooth module (62) and the 5th data-interface (226) that is connected with described video decoding chip (14); This second handover module (22) also comprises second control end (210) that is connected with described the 2nd GPIO interface (32).
6, as each described system that utilizes computer to handle mobile terminal data in the claim 2 to 5, it is characterized in that: described computer display module comprises interface control unit (8) and display screen (9), and the input end of described interface control unit (8) is connected with described first microprocessor controller (1) and described second microprocessor controller (2) respectively; The output terminal of described interface control unit (8) is connected with display screen (9).
7, as each described system that utilizes computer to handle mobile terminal data in the claim 2 to 5, it is characterized in that: also comprise the 5th handover module (25) that is connected with described computer sound module (10), the 5th handover module (25) also comprises the 13 data-interface (5213) that is connected with described first microprocessor controller (1), the 13 data-interface (5214) that is connected with described second microprocessor controller (2); The 5th handover module (25) also comprises the 5th control end (510) that is connected with described the 3rd GPIO interface (13).
8, as each described system that utilizes computer to handle mobile terminal data in the claim 1 to 5, it is characterized in that: described computer memory module (11) comprises the storage unit that is used to store the storage unit of computer data and is used for the memory mobile terminal data.
9, a kind of method of mobile terminal data processing is characterized in that: comprises the steps,
Setting up data between portable terminal and computer connects;
Portable terminal microprocessor controller (3) reads the data in the mobile terminal stores module;
Portable terminal sends the data to computer;
Second microprocessor controller (2) is handled the data that portable terminal sends, and is kept in the computer memory module (11).
10, the method for mobile terminal data processing as claimed in claim 9 is characterized in that: also comprises the steps,
After the data that second microprocessor controller (2) sends portable terminal are handled, data are returned step to portable terminal.
11, the method for mobile terminal data processing as claimed in claim 9 is characterized in that: also comprises the steps,
Portable terminal microprocessor controller (3) judges whether the data between described portable terminal and the computer connect successful;
According to the result of above-mentioned judgement, described portable terminal microprocessor controller (3) sending controling instruction;
According to above-mentioned steering order, handover module changes conducting state.
12, the method for mobile terminal data processing as claimed in claim 11, it is characterized in that: also comprise when the connection of the data between described portable terminal and the computer is not set up, utilize described video decoding chip (14) processing video data that is arranged on the portable terminal mainboard; Utilization is arranged on described audio decoder chip (12) processing audio data on the portable terminal mainboard.
13, the method for mobile terminal data processing as claimed in claim 11, it is characterized in that: also comprise when the data successful connection between described portable terminal and the computer is set up, utilize described second microprocessor controller (2) that video data or voice data are handled.
14, the method for mobile terminal data processing as claimed in claim 13 is characterized in that: described second microprocessor controller (2) comprises the step that is used for adding attribute-identifiers " 2 " to described data to the processing of data.
15, the method for mobile terminal data processing as claimed in claim 14 is characterized in that: also comprises the steps,
Interface control unit (8) receiving video signals;
The video information that interface control unit (8) control contains attribute-identifier " 2 " shows on interface of mobile terminal; And control other video informations and on computer interface, show.
16, the method for mobile terminal data processing as claimed in claim 14, it is characterized in that: the described attribute-identifier's of containing " 2 " data are stored in the storage unit that is used for the memory mobile terminal data.
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| CN102055500A (en) * | 2010-12-15 | 2011-05-11 | 中兴通讯股份有限公司 | Mobile terminal and implementation method of audio playing thereof |
| CN102098511A (en) * | 2010-12-15 | 2011-06-15 | 中兴通讯股份有限公司 | Mobile terminal and video playing realization method thereof |
| CN102541768A (en) * | 2010-12-21 | 2012-07-04 | 联想(北京)有限公司 | Mobile terminal, state shifting method and display method |
| CN103618565A (en) * | 2013-12-03 | 2014-03-05 | 珠海市杰理科技有限公司 | Data processing and communication method and system for wearable electronic device |
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Application publication date: 20091230 |