CN101470547B - Wireless computer peripheral apparatus and signal receiver matching method - Google Patents
Wireless computer peripheral apparatus and signal receiver matching method Download PDFInfo
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- CN101470547B CN101470547B CN2008100861715A CN200810086171A CN101470547B CN 101470547 B CN101470547 B CN 101470547B CN 2008100861715 A CN2008100861715 A CN 2008100861715A CN 200810086171 A CN200810086171 A CN 200810086171A CN 101470547 B CN101470547 B CN 101470547B
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Abstract
Disclosed is a matching method for a wireless computer peripheral device and a signal receiver. When used to match with the signal receiver thereof, the wireless computer peripheral device transmits placing angle information of an optical detector to the signal receiver. Through the placing angle information, the signal receiver adjusts transmitting coordinate information, and transmits adjusted coordinate information to a host computer, and utilizes the coordinate information to control the movement of a cursor in a screen. The signal receiver automatically adjusts the coordinate information, thereby achieving the purpose of sharing different wireless computer peripheral devices through a single signal receiver, and saving cost of equipment vendors to manufacture the wireless computer peripheral device and the signal receiver.
Description
Technical field
The present invention relates to a kind of wireless computer peripheral apparatus, and be particularly related to the matching process of a kind of wireless computer peripheral apparatus and signal receiver thereof.
Background technology
In the past, people allowed computing machine carry out the task of being paid by the loaded down with trivial details instruction of computer peripheral apparatus such as keyboard input.Along with computer peripheral apparatus development and operating system windowization, the method of operational computations machine is more convenient simple, for example replace the keyboard input with mouse, mouse apparatus is connected to main frame, cursor in user's rolling mouse control Windows moves, and can replace the input of loaded down with trivial details instruction by the action of clicking the mouse.According to the principle of work of mouse, generally divide into mechanical type mouse and optics mouse.The mechanical type mouse mainly is made up of roller, jack-post and signal transducer.When mouse moved, roller roll to drive jack-post and rotates, and calculated the amount of movement of cursor with the amount of spin that signal transducer detects jack-post, and then the arrow cursor on the control computer screen moves.The mode of operation of optics mouse is similar in appearance to the mechanical type mouse, and its difference is in the optics mouse and replaces spin with optical sensor, judges the mouse moving amount by the subtle change of light reflection/refraction.Along with the wireless technology development, computer peripheral apparatus is broken away from the electric wire constraint gradually.Use these wireless computer peripheral apparatus with more convenient.For instance, wireless mouse is a kind of wireless computer peripheral apparatus, and the signal receiver of wireless mouse is by connecting main frame as interfaces such as USB, and wireless mouse matches with signal receiver again.After successful matching, the user can control the use wireless mouse.
Generally speaking, the signal receiver that wireless computer peripheral apparatus all can the dispensing correspondence.For instance, each wireless mouse all can the corresponding signal receiver of dispensing.Yet,, be quite to expend design/testing cost at the different signal receiver of each product type design with regard to equipment manufacturers.For instance, wireless mouse may be because of appearance design (for example design left hand with wireless mouse or right hand wireless mouse), cause the embedded fluorescence detector of wireless mouse putting position, put angle etc. and be subject to designed wireless mouse shell.When the fluorescence detector putting position, when angle changes, often all need to design corresponding signal receiver.The wireless mouse of different model is continued to use the original signal receiver, may judge the wireless mouse signal by accident, even can't analyze mouse signal at all.Like that, the signal receiver that design can be mated multiple different model simultaneously has its practicality and necessity.
Summary of the invention
In view of the matching problem of the signal receiver of above-mentioned wireless computer peripheral apparatus, the objective of the invention is to propose the matching process and the equipment of a kind of wireless computer peripheral apparatus and signal receiver thereof.Hold agreement by the friendship between wireless computer peripheral apparatus and the signal receiver, allow the coordinate information of the automatic adjustment cursor of signal receiver, control computer end cursor correctly moves.
Be the purpose of the matching process that reaches a kind of wireless computer peripheral apparatus of above-mentioned proposition and signal receiver thereof, the matching process of wireless computer peripheral apparatus and signal receiver thereof may further comprise the steps:
At first, wireless computer peripheral apparatus reads the angle information of putting of the fluorescence detector of depositing in embedded memory.
Then, wireless computer peripheral apparatus transmits the pairing request package and gives signal receiver, and will put angle information and be carried on the pairing request package.
Afterwards, signal receiver receives the pairing request package, and analyze out the load of pairing request package institute fluorescence detector put angle information.
Then, signal receiver receives each coordinate information that wireless computer peripheral apparatus transmits, and according to putting angle information adjustment coordinate information.
At last, the coordinate information after the signal receiver transmission adjustment is to the main frame end, with moving of cursor in the control screen.
Wherein, above-mentioned wireless computer peripheral apparatus is light emitting diode (Light Emitting Diode, LED) wireless mouse, laser radio mouse or an optics trace ball.According to the matching process of described wireless computer peripheral apparatus of the preferred embodiments of the present invention and signal receiver thereof, wherein the embedded storer of wireless computer peripheral apparatus is flash memory or electric erasable formula ROM (read-only memory) (EEROM); And embedded fluorescence detector is light emitting diode (Light Emitting Diode, LED) fluorescence detector or a laser optics detecting device.
Matching process according to described wireless computer peripheral apparatus of the preferred embodiments of the present invention and signal receiver thereof, the wherein above-mentioned step of putting angle information adjustment coordinate information according to the embedded fluorescence detector of wireless computer peripheral apparatus, comprise: signal receiver reads the angle of putting of coordinate information in the signal package that wireless mouse transmits and fluorescence detector: when the putting angle information and be first angle of fluorescence detector, with former coordinate information as adjusted coordinate information.When the putting angle information and be second angle of fluorescence detector, the negative of getting the X-axis data of former coordinate information is the X-axis data of coordinate information after the adjustment, and serves as to adjust the Y-axis data of back coordinate information with the Y-axis data of former coordinate information.When the angle information of putting of fluorescence detector is a third angle when spending, the negative of getting the X-axis data of former coordinate information is the X-axis data of coordinate information after the adjustment, and the negative of getting the Y-axis data of former coordinate information is the Y-axis data of coordinate information after the adjustment.When the putting angle information and be the 4th angle of fluorescence detector, the negative of getting the Y-axis data of former coordinate information is the Y-axis data of coordinate information after the adjustment, and serves as to adjust the X-axis data of back coordinate information with the X-axis data of former coordinate information.
According to the matching process of described wireless computer peripheral apparatus of the preferred embodiments of the present invention and signal receiver thereof, the first wherein above-mentioned angle is interval to 90 degree between 0 degree, second angle is interval to 180 degree between 91 degree, the third angle degree is interval and the 4th angle is interval to 359 degree between 271 degree to 270 degree between 181 degree.
For reaching the purpose of a kind of wireless computer peripheral apparatus of above-mentioned proposition, wireless computer peripheral equipment of the present invention comprises wireless computer peripheral apparatus and signal receiver two parts.Comprise fluorescence detector, microprocessor, embedded memory and wireless computer peripheral apparatus housing in wireless computer peripheral apparatus, fluorescence detector detects the light reflection to produce the amount of movement of wireless computer peripheral apparatus; Microprocessor produces coordinate information according to this amount of movement, and cursor moves in the control screen; The angle information of putting of fluorescence detector then is stored in embedded memory; And the wireless computer peripheral apparatus housing then loads elements such as above-mentioned fluorescence detector, microprocessor and embedded memory.In addition, signal receiver is then in order to carry out the following step: at first, when record matched with wireless computer peripheral apparatus, the fluorescence detector of wireless computer peripheral apparatus was put angle information.Then, receive each coordinate information that wireless computer peripheral apparatus transmits, and put angle, the adjustment coordinate information according to the fluorescence detector of wireless computer peripheral apparatus.Then, transmit coordinate information after the adjustment again, move with cursor in the control screen to the main frame end.
From the above mentioned, the present invention is when wireless computer peripheral apparatus and signal receiver thereof match, and the fluorescence detector that signal receiver receives in the record wireless computer peripheral apparatus is also put angle information.When signal receiver receives the coordinate information of signal package, signal receiver is put angle information adjustment coordinate information according to this.Afterwards, more according to this cursor in the coordinate information control computer screen after the adjustment move.Avoid putting angle, influence coordinate information and judge and parsing, move and can't normally control cursor because of fluorescence detector.Simultaneously, the present invention also improves the compatibility and the sharing of the wireless computer peripheral apparatus and the signal receiver of multiple different model.Manufacturer only need design single kind of signal receiver and can match with the wireless computer peripheral apparatus of multiple model (fluorescence detectors of different angles), improves the disappearance that in the past needs the corresponding signal receiver of wireless computer peripheral apparatus design/manufacturing of different model etc. is expended design/manufacturing cost.
About detailed features of the present invention and real the work, existing conjunction with figs. is described in detail as follows in embodiment, its content is enough to make any those skilled in the pertinent art of being familiar with to understand technology contents of the present invention and implements according to this, and according to content and the accompanying drawing that this instructions disclosed, any those skilled in the pertinent art of being familiar with can understand purpose and the advantage that the present invention is correlated with easily.
Description of drawings
Fig. 1 is the matching process process flow diagram of wireless computer peripheral apparatus and signal receiver thereof.
Fig. 2 is an operate wireless mouse synoptic diagram.
Fig. 3 A is the fluorescence detector putting position synoptic diagram of wireless mouse.
Fig. 3 B is the synoptic diagram that concerns of fluorescence detector and adjustment coordinate information.
The sequential chart that Fig. 4 proofreaies and correct for the wireless mouse coordinate information.
210,430 computing machines
220 screens
222 cursors
230,410 wireless mouses
240,420 signal receivers
310,320,330,340 fluorescence detectors
Embodiment
In following preferred embodiment, describe device of the present invention and connecting method thereof in detail.Yet notion of the present invention also can be used for other scope.Following listed examples only is used to purpose of the present invention and manner of execution are described, is not in order to limit its scope.
Fig. 1 is the matching process process flow diagram of wireless computer peripheral apparatus and signal receiver thereof.Please refer to Fig. 1, at first, wireless computer peripheral apparatus reads the angle information of putting of the fluorescence detector of depositing in embedded memory, as step S110.Then, wireless computer peripheral apparatus transmits the pairing request package and gives signal receiver, and will put angle information and be carried on the pairing request package, as step S120.Afterwards, signal receiver receives the pairing request package, and analyze out the load of pairing request package institute fluorescence detector put angle information, as step S130.Then, signal receiver receives each coordinate information that wireless computer peripheral apparatus transmits, and according to putting angle information adjustment coordinate information, as step S140.At last, the coordinate information after the signal receiver transmission adjustment is to the main frame end, with moving of cursor in the control screen, as step S150.
Wherein, the above-mentioned storer that is embedded in wireless computer peripheral apparatus inside can be the storage space that flash memory or electric erasable formula ROM (read-only memory) (EEROM) etc. can be used to store data; Fluorescence detector then can be that (Light Emitting Diode, LED) fluorescence detector or laser optics detecting device do not limit its scope at this to light emitting diode.In certain embodiments, the angle information of putting of the fluorescence detector in the wireless computer peripheral apparatus can be directly and the communications protocol binding used of wireless computer peripheral apparatus, do not put angle information and do not need an extra embedded storer or chip to store.For instance, when wireless computer peripheral apparatus and signal receiver match, wireless computer peripheral apparatus notification signal receiver uses communications protocol No. 3, when the communications protocol that receives use when signal receiver was No. 3 communications protocol, that promptly knows fluorescence detector put angle information circle in how interval (for example interval between 90～180 degree).
Hold, above-mentioned wireless computer peripheral apparatus for example is LED wireless mouse, laser radio mouse or optics trace ball etc., possesses the Windows of fluorescence detector cursor positioner is arranged, and does not limit its scope at this.So for conveniently illustrating the present invention, in the present embodiment only with wireless mouse as a preferred embodiment.Other is such as the signal receiver of the input media of cursor positionings such as optics trace ball, also can apply mechanically the automatic calibration coordinate signal of matching method of the present invention, reach the purpose that the wireless computer peripheral apparatus with single signal receiver and polytypic matches.
Then, match/be operating as example, describe the present invention in detail with wireless mouse and its signal receiver.Fig. 2 is an operate wireless mouse synoptic diagram.Please refer to Fig. 2, described wireless mouse comprises wireless mouse 230 and signal receiver 240 two parts.Signal receiver 240 connects computing machine 210 by for example P/S2 interface or USB interface.User's mobile wireless mouse 230 also is sent to computing machine 210 with the coordinate information that produces by signal receiver 240, with the cursor 222 in the control screen 220 by right and move left.Along with the wireless mouse exterior design changes, what it adopted also puts/is provided with different angles in order to detect the fluorescence detector that mouse moved, produced coordinate information.Fig. 3 A is the fluorescence detector putting position synoptic diagram of wireless mouse.Please refer to Fig. 3 A, the angle of putting of fluorescence detector 310 is 0 degree, for example is applicable to the standard mouse moulding; The angle of putting of fluorescence detector 320 is 90 degree, for example is applicable to the special formed mouse of righthanded operation; The angle of putting of fluorescence detector 330 is 180 degree, for example is applicable to the special formed mouse of part; And the angle of putting of fluorescence detector 340 is 270 degree, for example is applicable to the special formed mouse of lefthanded operation.
Along with fluorescence detector is put the difference of angle, wireless mouse is sent to the coordinate information of signal receiver also can be different.For instance, to left 5 units that slide, 5 units that slide toward mouse the place ahead more then adopt the last passback coordinate figure of the wireless mouse of fluorescence detector 310 to be (5,5) to the operate wireless mouse from coordinate (0,0); The last passback coordinate figure that adopts the wireless mouse of fluorescence detector 320 is that the last passback coordinate figure of the wireless mouse of (5,5), employing fluorescence detector 330 is (5 ,-5); And adopt the last passback coordinate figure of the wireless mouse of fluorescence detector 340 is (5 ,-5).
Signal receiver promptly carries out the coordinate information corrective action after receiving the coordinate information of wireless mouse transmission.Fig. 3 B is the synoptic diagram that concerns of fluorescence detector and adjustment coordinate information.Please refer to Fig. 2, Fig. 3 A and Fig. 3 B, wireless mouse 230 can be earlier matches action with signal receiver 240, signal receiver 240 obtain wireless mouse 230 fluorescence detector put angle information, and be recorded in the storer.Afterwards, signal receiver 240 receives and reads the coordinate information that wireless mouse 230 transmits.Before the coordinate information that signal receiver 240 transmission receive is given main frame, can advanced row-coordinate information correction action.Signal receiver reads the coordinate information of reception, and judge wireless mouse fluorescence detector put angle information:
When finding that putting angle information is first angle (also between the angle of 0 degree) to 90 degree intervals, then do not need the adjustment coordinate information, directly with former coordinate information be than after coordinate information, the wireless mouse of for example above-mentioned employing fluorescence detector 310 left, move forward mouse 5 units, then coordinate information then is (5,5) in the present embodiment.
When finding that putting angle information is second angle (between the angle of 91 degree) to 180 degree intervals, the negative of then getting the X-axis data of coordinate information is the X-axis data of coordinate information after the adjustment, and serves as to adjust the Y-axis data of back coordinate information with the Y-axis data of former coordinate information.For instance, the wireless mouse of above-mentioned employing fluorescence detector 320 left, move forward mouse 5 units, the coordinate information of passback is (5,5).Signal receiver 240 is proofreaied and correct this coordinate information and is (5,5) in the present embodiment.
When finding to put angle information is third angle when spending (between 181 degree to the interval angle of 270 degree), the negative of getting the X-axis data of coordinate information is the X-axis data of coordinate information after the adjustment, and the negative of getting the Y-axis data of coordinate information is the Y-axis data of coordinate information after the adjustment.For instance, the wireless mouse of above-mentioned employing fluorescence detector 330 left, move forward mouse 5 units, the coordinate information of wireless mouse passback is (5 ,-5).After signal receiver 240 receives this coordinate information (5 ,-5), be about to this coordinate information correction and be (5,5).
When finding that putting angle information is the 4th angle (between the interval angle of 271 to 359 degree), the X-axis data of getting former coordinate information are the X-axis data of coordinate information after the adjustment, and the negative of getting the Y-axis data of former coordinate information is the Y-axis data of coordinate information after the adjustment.For instance, the wireless mouse of above-mentioned employing fluorescence detector 340 left, move forward mouse 5 units, the coordinate information of wireless mouse passback is (5 ,-5).After signal receiver 240 receives this coordinate information (5 ,-5), be about to this coordinate information correction and be (5,5).
The coordinate information bearing calibration of this wireless mouse then is described with a sequential chart.The sequential chart that Fig. 4 proofreaies and correct for the wireless mouse coordinate information please refer to Fig. 4.At first, the user matches wireless mouse 410 and receiver 420.In the present embodiment, wireless mouse 410 enters battery saving mode when not moving for a long time, and the user shakes mouse main body with wake on wireless mouse 410.After wireless mouse 410 wakes up, transmit the pairing package and give signal receiver 420, to match.Pairing comprises the ID of wireless mouse in the package, the communications protocol and the embedded fluorescence detector of wireless mouse of use put angle.After signal receiver 420 receives this pairing signal, write down the fluorescence detector of this wireless mouse and put angle, and return affirmation pairing package first, to finish the pairing formality.After finishing pairing, the user is by the cursor in the mobile wireless mouse operation and control screen.Wireless mouse 410 transmits coordinate data and gives signal receiver 420, after signal receiver 420 receives these coordinate datas, can judge earlier the coordinate data that transmits by which mouse (judging) by mouse ID and from signal receiver 420 take out mutually should mouse fluorescence detector put angle.Afterwards, the signal receiver 420 angle classification of putting under the angle according to this fluorescence detector is come the calibration coordinate data.For instance, belong to 91 degree～180 degree during classifications when putting angle, the negative of X-axis data of then getting the coordinate data of reception is the X-axis data of the coordinate data after proofreading and correct, and the Y-axis data of former coordinate data are the Y-axis data of the coordinate data after proofreading and correct.After the calibration coordinate data, the coordinate data that signal receiver 420 transmits after proofreading and correct arrives computing machine 430 ends, with moving of cursor in the control screen.
In sum, the matching process of wireless computer peripheral apparatus of the present invention and signal receiver thereof, the signal receiver of wireless computer peripheral apparatus is obtained fluorescence detector and is put angle when matching, and put angle from the coordinate data that normal moveout correction receives with reference to this fluorescence detector, be resent to computer terminal control cursor and normally move.By matching process of the present invention and device, equipment manufacturers only need design single kind of signal receiver, can match with the multiple different wireless computer peripheral apparatus of putting the fluorescence detector of angle.Equipment manufacturers need not design/make corresponding signal receiver at the wireless computer peripheral apparatus of different model.Thereby can significantly reduce exploitation, test, with the cost of stock's wireless computer peripheral apparatus.
Claims (9)
1. the matching process of wireless computer peripheral apparatus and signal receiver thereof may further comprise the steps:
One wireless computer peripheral apparatus reads one of a fluorescence detector of depositing in embedded memory and puts angle information;
This wireless computer peripheral apparatus transmits a pairing request package and gives a signal receiver, and this is put angle information is carried on this pairing request package;
This signal receiver receives this pairing request package, and this of this fluorescence detector of analyzing out this pairing request package institute load put angle information;
This signal receiver receives each coordinate information that this wireless computer peripheral apparatus transmits, and puts angle information according to this and carry out following steps in order to the described coordinate information of adjustment:
Read this coordinate information;
Putting angle information when this is first angle: serve as coordinate information after adjusting with this coordinate information;
Putting angle information when this is second angle: the X-axis data of coordinate information after the negative of getting the X-axis data of this coordinate information is adjustment, and serve as to adjust the Y-axis data of back coordinate information with the Y-axis data of this coordinate information;
Putting angle information when this is the third angle degree: the X-axis data of coordinate information after the negative of getting the X-axis data of this coordinate information is adjustment; And the negative of getting the Y-axis data of this coordinate information is the Y-axis data of coordinate information after the adjustment;
Putting angle information when this is the 4th angle: the Y-axis data of coordinate information after the negative of getting the Y-axis data of this coordinate information is adjustment, and serve as to adjust the X-axis data of back coordinate information with the X-axis data of this coordinate information; And
This signal receiver transmits described coordinate information to the main frame end after the adjustment, with moving of cursor in the control screen.
2. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this wireless computer peripheral apparatus is selected from one of set of being made up of light emitting diode wireless mouse, laser radio mouse and optics trace ball.
3. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this embedded memory is selected from one of set of being made up of flash memory and electric erasable formula ROM (read-only memory).
4. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this fluorescence detector is selected from one of set that light emitting diode (LED) light detecting device and laser optics detecting device formed.
5. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this first angle is selected between 0 degree interval to 90 degree.
6. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this second angle is selected between 91 degree interval to 180 degree.
7. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein this third angle degree is selected between 181 degree interval to 270 degree.
8. the matching process of wireless computer peripheral apparatus as claimed in claim 1 and signal receiver thereof, wherein the 4th angle is selected between 271 degree interval to 359 degree.
9. wireless computer peripheral equipment comprises:
One wireless computer peripheral apparatus, its inside comprises following elements: a fluorescence detector, by the light reflection, in order to detect the amount of movement of wireless computer peripheral apparatus; One microprocessor, the amount of movement that records according to this fluorescence detector produces coordinate information, moves with the control screen cursor; One embedded memory is stored this fluorescence detector and is put angle information; And a wireless computer peripheral apparatus housing, load this fluorescence detector, this microprocessor and this embedded memory; And
One signal receiver, be electrically connected at a main frame end, when this signal receiver record matches with this wireless computer peripheral apparatus, this fluorescence detector put angle information, this signal receiver receives each coordinate information that this wireless computer peripheral apparatus transmits, and according to the angle information of putting of this fluorescence detector of this wireless computer peripheral apparatus, according to the described coordinate information of following step adjustment:
Read this coordinate information;
Putting angle information when this is first angle: serve as coordinate information after adjusting with this coordinate information;
Putting angle information when this is second angle: the X-axis data of coordinate information after the negative of getting the X-axis data of this coordinate information is adjustment, and serve as to adjust the Y-axis data of back coordinate information with the Y-axis data of this coordinate information;
Putting angle information when this is the third angle degree: the X-axis data of coordinate information after the negative of getting the X-axis data of this coordinate information is adjustment; And the negative of getting the Y-axis data of this coordinate information is the Y-axis data of coordinate information after the adjustment;
Putting angle information when this is the 4th angle: the Y-axis data of coordinate information after the negative of getting the Y-axis data of this coordinate information is adjustment, and serve as to adjust the X-axis data of back coordinate information with the X-axis data of this coordinate information; And
Described coordinate information after this signal receiver transmission adjustment is to this main frame end, with moving of cursor in the control screen.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100861715A CN101470547B (en) | 2007-12-25 | 2008-03-17 | Wireless computer peripheral apparatus and signal receiver matching method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200720311779 | 2007-12-25 | ||
| CN200720311779.4 | 2007-12-25 | ||
| CN2008100861715A CN101470547B (en) | 2007-12-25 | 2008-03-17 | Wireless computer peripheral apparatus and signal receiver matching method |
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| CN101470547A CN101470547A (en) | 2009-07-01 |
| CN101470547B true CN101470547B (en) | 2010-12-01 |
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| CN103324295B (en) * | 2012-03-20 | 2016-08-17 | 深圳维盛半导体科技有限公司 | The method of a kind of computer peripheral wireless telecommunications identity ID identification code realization, Apparatus and system |
| TWI540917B (en) * | 2014-07-16 | 2016-07-01 | 緯創資通股份有限公司 | Methods for establishing a direct connection between apparatuses and systems using the same |
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