CN102135816B - Input device provided with dual induction coils and rotating action output method thereof - Google Patents
Input device provided with dual induction coils and rotating action output method thereof Download PDFInfo
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- CN102135816B CN102135816B CN2010101042234A CN201010104223A CN102135816B CN 102135816 B CN102135816 B CN 102135816B CN 2010101042234 A CN2010101042234 A CN 2010101042234A CN 201010104223 A CN201010104223 A CN 201010104223A CN 102135816 B CN102135816 B CN 102135816B
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Abstract
The invention discloses an input device provided with dual induction coils and a rotating action output method thereof. The input device moves on a track retrieval device and outputs a track signal to an electronic device. When the input device rotates on the retrieval device, the two coils in the input device respectively send out an induction signal to the track retrieval device. The track retrieval device converts the two induction signals into two position signals respectively so as to judge the displacement and the rotating direction of the two position signals to ensure that the track retrieval device outputs a rotating signal to the electronic device to enable the electronic device to execute an action instruction according to the rotating signal.
Description
Technical field
The invention relates to input media and the spinning movement output intent thereof of the two inductive coils of input media, particularly a kind of tool of the two inductive coils of a kind of tool.
Background technology
Along with the progress of computer technology, people's recording mode replaces with computer gradually, and the control of computer and use generally all are by mouse and keyboard, but draws with mouse and keyboard, and it has inconvenience and restriction in the sky first.Therefore, develop gradually digital pen and digiboard, so that people are when writing or draw, as past general using paper notes record mode.
For instance, habitual digiboard utilizes the position movement of digital pen on digiboard, and namely coordinate and the changes in coordinates in the Two-dimensional space decides its motion track, and some conventional techniques is utilized a kind of technology of electromagnetic field inducing.Use a plurality of electromagnetic induction antenna loops (loop) to detect the electromagnetic induction voltage of digital pen at digiboard in this technology, to determine that digital pen is with respect to the coordinate position on the digiboard, and then in the execution viewing window pictures such as the towing (scrolling) of index, click the functions such as (clicking) or track (tracing), or functions such as writing words, drawing.
Yet above-mentioned to carry out the input mode control index with digital pen no doubt convenient, but this kind mode only provides required relative shift and the motion track thereof of vernier on the general viewing window pictures, and its range of application is very limited.And the zone that Gong the digital pen on the digiboard is write is very limited, the user when using mapping software, if in the time of will drawing the straight line lines, digiboard write the shift length that digital pen is often limited in the zone, and the straight line that causes drawing interrupts.Just so, inconvenience is also arranged during drawing.
Summary of the invention
In view of above problem, the invention provides input media and the spinning movement output intent thereof of the two inductive coils of a kind of tool, an input media of writing region limits that is not subjected to digiboard is provided, carry out the switching (such as the switching of viewing window pictures or the convergent-divergent of viewing window pictures) of two kinds of patterns by rotation input device, make the operation of operating system more convenient quick.
The input media of the two inductive coils of disclosed tool is mobile at a trajectory retrieval device according to the present invention, makes the trajectory retrieval device export trajectory signal to an electronic installation.Input media includes a main coil, a secondary coil and a radio circuit.Wherein, main coil sends a main induction signal, and secondary coil then sends a secondary induced signal.Radio circuit is electrically connected at main coil and secondary coil, and transmits main induction signal and secondary induced signal to the trajectory retrieval device.Within a very first time, the trajectory retrieval device is converted to one first master site signal and one first secondary position signalling with main induction signal and secondary induced signal.Within one second time, rotation input device is converted to one second master site signal and one second secondary position signalling with the trajectory retrieval device with main induction signal and secondary induced signal again.And then compare the first master site signal and the second master site signal, and compare the first secondary position signalling and the second secondary position signalling.So that the trajectory retrieval device is exported a rotating signal to electronic installation, according to the corresponding action command of carrying out of rotating signal, wherein rotating signal is that a dextrorotation rotaring signal or is rotated counterclockwise signal to electronic installation again.
The input media of the two inductive coils of disclosed tool according to the present invention, when wherein electronic installation receives the dextrorotation rotaring signal, one viewing window pictures of control electronic installation turns clockwise, electronic installation receives when being rotated counterclockwise signal, and the viewing window pictures of control electronic installation is rotated counterclockwise.
The input media of the two inductive coils of disclosed tool according to the present invention, when wherein electronic installation receives the dextrorotation rotaring signal, one viewing window pictures of control electronic installation amplifies, and electronic installation receives when being rotated counterclockwise signal, and the viewing window pictures of control electronic installation dwindles.
The spinning movement output intent of the input media of the two inductive coils of disclosed tool includes following steps: send a main induction signal with a main coil, and a secondary coil sends a secondary induced signal according to the present invention; In a very first time, receive main induction signal and secondary induced signal with a trajectory retrieval device, and main induction signal and secondary induced signal are converted to one first master site signal and one first secondary position signalling; At one second time rotation input device, again receive main induction signal and secondary induced signal with the trajectory retrieval device, and main induction signal and secondary induced signal are converted to one second master site signal and one second secondary position signalling; Compare the first master site signal and the second master site signal, and compare the first secondary position signalling and the second secondary position signalling, so that the trajectory retrieval device is exported rotating signal to an electronic installation, electronic installation is according to the corresponding action command of carrying out of rotating signal, and wherein rotating signal is that a dextrorotation rotaring signal or is rotated counterclockwise signal.
Effect of the present invention is that input media is when the trajectory retrieval device rotates, exportable one clockwise or counterclockwise rotating signal is to electronic installation, carry out an action command to switch electronic installation, for example with clockwise or counterclockwise rotating signal switch electronic installation viewing window pictures carrying out clockwise or be rotated counterclockwise, or switching viewing window pictures zooms in or out, in order to the viewing window pictures switching of operating system.Even can be in viewing window pictures rolling target (object), for example describe a 3D model with mapping software, the corresponding control of rotation input device 3D model carries out the rotation of various angles again.
Above about content of the present invention explanation and the explanation of following embodiment in order to demonstration with explain principle of the present invention, and provide scope of patent protection of the present invention further to explain.
Description of drawings
Fig. 1 is the synoptic diagram of input media on the trajectory retrieval device according to first embodiment of the invention;
Fig. 2 is the synoptic diagram of input media on the trajectory retrieval device according to second embodiment of the invention;
Fig. 3 is the synoptic diagram of input media on the trajectory retrieval device according to third embodiment of the invention;
Fig. 4 is the synoptic diagram of input media on the trajectory retrieval device according to fourth embodiment of the invention;
Fig. 5 is the method flow diagram according to the input media output rotating signal of the two inductive coils of tool of the present invention;
Fig. 6 and Fig. 7 are the synoptic diagram according to the sense of rotation of the input media of the two inductive coils of one embodiment of the invention judgement tool;
Fig. 8 is the synoptic diagram of input media on the trajectory retrieval device according to fifth embodiment of the invention; And
Fig. 9 and Figure 10 are the synoptic diagram according to the sense of rotation of the input media of the two inductive coils of another embodiment of the present invention judgement tool.
Description of reference numerals
10 input medias, 11 main coils
12 secondary coils, 13 radio circuits
14 switchs, 20 trajectory retrieval devices
21 workspaces, 22 main induction circuit
23 secondary sensor circuit A the first master site signals
A ' the second master site signal B the first secondary position signalling
B ' the second secondary position signalling
The O nib
The R axle center
Step S210 sends the main induction signal with main coil, and secondary coil sends secondary induced signal;
Step S220 receives main induction signal and secondary induced signal in a very first time with the trajectory retrieval device, and main induction signal and secondary induced signal are converted to one first master site signal and one first secondary position signalling;
Step S230 receives main induction signal and secondary induced signal at one second time rotation input device again with the trajectory retrieval device, and main induction signal and secondary induced signal are converted to one second master site signal and one second secondary position signalling;
Step S240 compares the first master site signal and the second master site signal, and compare the first secondary position signalling and the second secondary position signalling, make the trajectory retrieval device export rotating signal to an electronic installation, electronic installation is according to the corresponding action command of carrying out of rotating signal.
Embodiment
In following preferred embodiment, describe the input media of the two inductive coils of tool of the present invention and the output intent of spinning movement thereof in detail.Yet concept of the present invention also can be used for other scopes.The embodiment that below enumerates only is used for purpose of the present invention and technical scheme are described, is not to limit its scope.
Fig. 1 is the synoptic diagram of input media on the trajectory retrieval device according to first embodiment of the invention.Please refer to shown in Figure 1ly, input media 10 can be designed to a pen-shaped structure, but not as limit.And be respectively arranged with in input media 10 inside a main coil 11 and a secondary coil 12 (should be noted, coil with " master " or " pair " only as the explanation that separates two groups of coils, not other restriction).Along the nib O of input media 10 as axle center R, with main coil 11 and secondary coil 12 respectively and be listed in the relative dual side-edge of axle center R.In addition, input media 10 has more a radio circuit 13, and main coil 11 and secondary coil 12 are electrically connected at respectively radio circuit 13.
In the present embodiment, main coil 11 can produce a main induction signal, and secondary coil 12 then can produce a secondary induced signal.Wherein, the residing predominant frequency section of main induction signal does not overlap the residing side frequency section of secondary induced signal.For instance, the residing predominant frequency section of main induction signal can be 120K～250K hertz, and the residing side frequency section of secondary induced signal can be 40K～80K hertz, but not as limit.
In addition, trajectory retrieval device 20 can be a digiboard (Digital Board), but not as limit.Trajectory retrieval device 20 includes a workspace 21, so that input media 10 21 movements in the workspace to be provided.Workspace 21 forms by the signal wire of a plurality of X-directions and Y direction is staggered, and formation has a main induction circuit 22 and a secondary sensor circuit 23.When the nib O of input media 10 contacted in workspace 21, the main induction signal that main coil 11 produces can be transferred to main induction circuit 22 by radio circuit 13.Same, the secondary induced signal that secondary coil 12 produces also can be transferred to secondary sensor circuit 23 by radio circuit 13.
Briefly, carry out trajectory displacement when action in the workspace 21 of trajectory retrieval device 20 when the user grips input media 10, but the main induction signal of radio circuit 13 synchronized transmission different frequencies and secondary induced signal are to trajectory retrieval device 20.The same time, major and minor sensor circuit 22,23 can receive respectively main induction signal and secondary induced signal, and convert respectively main induction signal and secondary induction news to a master site signal and a secondary position signalling (for example with filtering (filter) mode), judge the travel track of input media 10 on trajectory retrieval device 20 with this.Yet, the motion track (such as straight line, oblique line or curve etc.) of obtaining input media 10 take trajectory retrieval device 20 as known techniques, seldom give unnecessary details at this.
Then, with another embodiment the present invention is described.As shown in Figure 2, be the synoptic diagram of input media on the trajectory retrieval device according to second embodiment of the invention.Its embodiment and aforesaid embodiment are roughly the same, below only are illustrated with regard to different part.Input media 10 also comprises a switch 14 (Swich), in order to be electrically connected respectively main coil 11 and secondary coil 12.Main coil 11 can produce a main induction signal, and secondary coil 12 can produce a secondary induced signal, and makes the residing predominant frequency section of main induction signal and the residing side frequency section of secondary induced signal overlapped.
In the present embodiment, switch 14 is that mode with one after the other transmits main induction signal or secondary induced signal to radio circuit 13.In simple terms, when switch 14 during at transmission main induction signal, its secondary induced signal is then put to the memory buffer (Buffer) (not illustrating) temporarily.Afterwards, switch 14 then then transmits secondary induced signal to radio circuit 13 after transmission main induction signal is complete, and changes the main induction signal put temporarily to storer and (do not illustrate).So, switch 14 can be taken turns respectively flow transmission main induction signal and secondary induced signal to radio circuit 13 in a specified time interval.
The special time that sets according to switch 14 or receive number of times, make radio circuit 13 in different time, receive in turn main induction signal and secondary induced signal, then by radio circuit 13 the major and minor sensor circuit 22,23 that main induction signal and secondary induced signal are sent to trajectory retrieval device 20 is in turn received again, to judge the position of input media 10 on trajectory retrieval device 20.
In addition, input media 10 of the present invention is not defined as the structure of digital pen or other forms of a stroke or a combination of strokes, and it also can be designed to a mouse structure with input media 10.As shown in Figure 3, be the synoptic diagram of input media on the trajectory retrieval device of the 3rd embodiment.Its embodiment and aforesaid embodiment are roughly the same, below only are illustrated with regard to different locating.Input media 10 can be a mouse structure (such as wire mouse or wireless mouse), and is respectively arranged with mutually main coil 11 and secondary coil 12 arranged side by side in input media 10 inside.And make main coil 11 and secondary coil 12 be electrically connected at respectively radio circuit 13.
So, the user can grip input media 10 in 21 movements of the workspace of trajectory retrieval device 20.At this moment, the main induction signal that produces of main coil 11 can be transferred to main induction circuit 22 by radio circuit 13.Same, the secondary induced signal that secondary coil 12 produces also can be transferred to secondary sensor circuit 23 by radio circuit 13.Thus, the user is when operated input device 10 (such as wireless mouse), but radio circuit 13 synchronized transmission main induction signals and secondary induced signal are to major and minor sensor circuit 22,23, again main induction signal and secondary induction news are converted respectively to a master site signal and a secondary position signalling (for example with filtering (filter) mode), judge the travel track of input media 10 on trajectory retrieval device 20 with this.
In addition, as shown in Figure 4, be the synoptic diagram of input media on the trajectory retrieval device of the 4th embodiment.Its embodiment and aforesaid embodiment are roughly the same, below only are illustrated with regard to different part.In the present embodiment, also comprise a switch 14 (Swich) in the input media 10 (such as mouse structure), be electrically connected at respectively main coil 11 and secondary coil 12.And make the main induction signal that main coil 11 produces the predominant frequency section and the side frequency section of the secondary induced signal that produces of secondary coil 12 overlapped.
Therefore, can be by the mode of switch 14 with one after the other, in different time, main induction signal or secondary induced signal are sent in the radio circuit 13 in turn, then by radio circuit 13 the major and minor sensor circuit 22,23 that main induction signal and secondary induced signal are sent to trajectory retrieval device 20 is in turn received again, to judge the travel track of input media 10 on trajectory retrieval device 20.
As shown in Figure 5, export the method flow diagram of rotating signal for the input media of the two inductive coils of tool.According to the structure of each embodiment of above-mentioned input media, all can be applicable to the method flow diagram of Fig. 5: at first, step S210 sends the main induction signal with main coil 11, and secondary coil 12 sends secondary induced signal; Step S220 in a very first time, receives main induction signal and secondary induced signal with trajectory retrieval device 20, and main induction signal and secondary induced signal is converted to one first master site signal and one first secondary position signalling; Step S230 at one second time rotation input device 10, receives main induction signal and secondary induced signal again with trajectory retrieval device 20, and main induction signal and secondary induced signal are converted to one second master site signal and one second secondary position signalling; Step S240, compare the first master site signal and the second master site signal, and compare the first secondary position signalling and the second secondary position signalling, and make the trajectory retrieval device export rotating signal to an electronic installation, electronic installation is according to the corresponding action command of carrying out of rotating signal.
Be the mode signal output of clearer description sense of rotation, special describe in detail with Fig. 6 and Fig. 7, and can use among each embodiment such as Fig. 1 to Fig. 4, but be not limited with aforementioned each embodiment.Wherein, Fig. 6 and Fig. 7 are all the synoptic diagram of the sense of rotation of the input media of judging the two inductive coils of tool.X shown in the figure, Y namely represent X-direction and the Y direction in the two-dimensional coordinate, and with the nib O of input media 10 intersection point as X-axis and Y-axis, and X-axis and Y-axis marked off first quartile (+, +), the second quadrant (, +), third quadrant (,-) and fourth quadrant (+,-).Main induction signal and secondary induced signal that main coil 11 and secondary coil 12 are sent convert respectively the first master site signal A and the first secondary position signalling B to.Judge the first master site signal A (hereinafter to be referred as the A point) and the position of the first secondary position signalling B (hereinafter to be referred as the B point) between all quadrants with this.
When user's rotation input device 10, can nib O as reference point, or with the mid point between main coil 11 and the secondary coil 12 as reference point, so that the A point moves to A ' point (namely representing the second master site signal A '), the B point moves to B ' point (namely representing the second secondary position signalling B ').If the A point moves to A ' point, and the B point is when to move to B ' order be direction ordinal shift by first quartile → fourth quadrant → third quadrant → second quadrant (as shown in Figure 6), then trajectory retrieval device 20 judges that input media 10 rotates along a clockwise direction, export a dextrorotation rotaring signal to electronic installation (not illustrating) with this, and then the control electronic installation switches to first mode.
If the A point moves to A ' point, and the B point is when to move to B ' order be direction ordinal shift by first quartile → second quadrant → third quadrant → fourth quadrant (as shown in Figure 7), then trajectory retrieval device 20 judges that input media 10 is along a counterclockwise rotation, export one with this and be rotated counterclockwise signal to electronic installation (not illustrating), and then the control electronic installation switches to the second pattern.
Be understandable that when input media 10 rotation, trajectory retrieval device 20 can judge merely that also the A point moves to the X-axis of A ' point, the changes in coordinates of Y-axis, and judges that the B point moves to the X-axis of B ' point, the changes in coordinates of Y-axis.Though since A point the amount of movement of X-axis and Y-axis must with amount of movement " identical " and the moving direction " on the contrary " of B point in X-axis and Y-axis, so trajectory retrieval device 20 oneself can judge that input media 10 carries out a clockwise or action that is rotated counterclockwise.For example, the A point at the coordinate system of Y-axis from large to small, relative B point then represents clockwise spinning movement when the coordinate system of Y-axis changes from small to big.
Thus, by rotation input device 10 on trajectory retrieval device 20, judge the sense of rotation (such as clockwise direction or counter clockwise direction) of input media 10 with this, and then export a pair of clockwise rotating signal or the corresponding anticlockwise rotating signal of answering to electronic installation, allow electronic installation carry out an action command according to the signal correspondence of sense of rotation.For instance, when input media 10 turned clockwise, the viewing window pictures that can control electronic installation (such as computer) clockwise rotated (namely carrying out first mode).When if input media 10 is rotated counterclockwise, then can controls viewing window pictures and rotate counterclockwise (namely carrying out the second pattern).
Yet this is embodiment explanation, and is non-in order to limit claim of the present invention.It also can with the clockwise or counterclockwise direction of input media 10 rotations, come the corresponding action command of controlling electronic installation, including, but not limited to the function of amplifying (zoom in) or dwindling (zoom out) such as viewing window pictures.Or the target in the clear view screen picture (object), for example target can be the 3D model that application (such as mapping software) is described, and rotates with the angle that the sense of rotation of input media 10 comes corresponding control 3D model to carry out 360 °.Only need with the dextrorotation rotaring signal and be rotated counterclockwise signal to come operating electronic devices to carry out the switching of first mode and the second pattern, or the action command of carrying out a corresponding rotating signal gets final product.
Moreover with the clear mode signal output of describing another kind of sense of rotation of another embodiment, the spy describes in detail with Fig. 9 and Figure 10, and can use the embodiment such as Fig. 8, but not as limit.Fig. 9 and Figure 10 are all the synoptic diagram of the sense of rotation of the input media of judging the two inductive coils of tool.X shown in the figure, Y namely represent X-direction and the Y direction in the two-dimensional coordinate.In the present embodiment, the the first master site signal A that is produced with the main coil 11 of input media 10 is as reference point, or first master site signal A be positioned at the intersection point of X-axis and Y-axis, and X-axis and Y-axis marked off first quartile (+, +), the second quadrant (,+), third quadrant (,-) and fourth quadrant (+,-), and the first secondary position signalling B that secondary coil 12 produces can make a swing offset with respect to the first master site signal A.
When user's rotation input device 10, the first master site signal A that can main coil 11 is as reference point, and namely the A point maintains static, so that the B point moves to B ' point (namely representing the second secondary position signalling B ').If the B point moves to B ' order when being direction ordinal shift by first quartile → fourth quadrant → third quadrant → second quadrant (as shown in Figure 9), then trajectory retrieval device 20 judges that input media 10 rotates along a clockwise direction, export a dextrorotation rotaring signal to electronic installation (not illustrating) with this, and then control the electronic installation switch mode or carry out specific action command.
If the B point moves to B ' order when being direction ordinal shift by first quartile → second quadrant → third quadrant → fourth quadrant (as shown in figure 10), then trajectory retrieval device 20 judges that input media 10 is along a counterclockwise rotation, export one with this and be rotated counterclockwise signal to electronic installation (not illustrating), and then control the electronic installation switch mode or carry out specific action command.
It should be noted that especially the first secondary position signalling B that the user also can secondary coil 12 as reference point, the first master site signal A of main coil 11 then the relative first secondary position signalling B is rotated; Because the mode of judging is identical, therefore do not discuss separately.
Certainly; the present invention also can have other various embodiments; in the situation that does not deviate from spirit of the present invention and essence thereof; those familiar with ordinary skill in the art work as can make according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (12)
1. the input media of the two inductive coils of tool is mobile at a trajectory retrieval device, makes this trajectory retrieval device export trajectory signal to an electronic installation, and this input media includes:
One main coil sends a main induction signal;
One secondary coil sends a secondary induced signal; And
One radio circuit is electrically connected this main coil and this secondary coil, and transmits this main induction signal and this pair induced signal to this trajectory retrieval device;
Wherein, in a very first time, this trajectory retrieval device is converted to one first master site signal and one first secondary position signalling with this main induction signal and this pair induced signal, rotate this input media in one second time, with this trajectory retrieval device this main induction signal and this pair induced signal are converted to one second master site signal and one second secondary position signalling again, compare this first master site signal and this second master site signal, and after comparing this first secondary position signalling and this second secondary position signalling, make this trajectory retrieval device export a rotating signal to this electronic installation, this electronic installation is according to the corresponding action command of carrying out of this rotating signal, and wherein this rotating signal is that a dextrorotation rotaring signal or is rotated counterclockwise signal.
2. the input media of the two inductive coils of tool according to claim 1, when wherein this electronic installation receives this dextrorotation rotaring signal, a viewing window pictures of controlling this electronic installation turns clockwise, when this electronic installation received this and is rotated counterclockwise signal, this viewing window pictures of controlling this electronic installation was rotated counterclockwise.
3. the input media of the two inductive coils of tool according to claim 1, when wherein this electronic installation receives this dextrorotation rotaring signal, a viewing window pictures of controlling this electronic installation amplifies, when this electronic installation received this and is rotated counterclockwise signal, this viewing window pictures of controlling this electronic installation dwindled.
4. the input media of the two inductive coils of tool according to claim 1, wherein this input media has a reference point between this main coil and this secondary coil, and this input media rotates at this trajectory retrieval device with this reference point.
5. the input media of the two inductive coils of tool according to claim 1, wherein this input media is take this main coil or this secondary coil as a reference point, and this input media rotates at this trajectory retrieval device with this reference point.
6. the input media of the two inductive coils of tool according to claim 1, wherein this main induction signal has a predominant frequency section, this pair induced signal has a side frequency section, this predominant frequency section is different from this side frequency section, and with this main induction signal of this radio circuit synchronized transmissions and this pair induced signal to this trajectory retrieval device.
7. the input media of the two inductive coils of tool according to claim 1, wherein this main induction signal has a predominant frequency section, this pair induced signal has a side frequency section, this predominant frequency section is same as this side frequency section, and this radio circuit has a switch, this switch wheel this main induction signal of flow transmission and this pair induced signal be to this radio circuit, again by this main induction signal of this radio circuit alternate emission and this pair induced signal to this trajectory retrieval device.
8. the spinning movement output intent of the input media of the two inductive coils of a tool, this input media is mobile at a trajectory retrieval device, and the method includes following steps:
Send a main induction signal with a main coil, and a secondary coil sends a secondary induced signal;
In a very first time, receive this main induction signal and this pair induced signal with this trajectory retrieval device, and this main induction signal and this pair induced signal are converted to one first master site signal and one first secondary position signalling;
Rotate this input media in one second time, again receive this main induction signal and this pair induced signal with this trajectory retrieval device, and this main induction signal and this pair induced signal are converted to one second master site signal and one second secondary position signalling; And
Compare this first master site signal and this second master site signal, and compare this first secondary position signalling and this second secondary position signalling, make this trajectory retrieval device export rotating signal to an electronic installation, this electronic installation is according to the corresponding action command of carrying out of this rotating signal, and wherein this rotating signal is that a dextrorotation rotaring signal or is rotated counterclockwise signal.
9. the spinning movement output intent of the input media of the two inductive coils of tool according to claim 8, when wherein this electronic installation receives this dextrorotation rotaring signal, a viewing window pictures of controlling this electronic installation turns clockwise, when this electronic installation received this and is rotated counterclockwise signal, this viewing window pictures of controlling this electronic installation was rotated counterclockwise.
10. the spinning movement output intent of the input media of the two inductive coils of tool according to claim 8, when wherein this electronic installation receives this dextrorotation rotaring signal, a viewing window pictures of controlling this electronic installation amplifies, when this electronic installation received this and is rotated counterclockwise signal, this viewing window pictures of controlling this electronic installation dwindled.
11. the spinning movement output intent of the input media of the two inductive coils of tool according to claim 8, wherein this input media has a reference point between this main coil and this secondary coil, and this input media rotates at this trajectory retrieval device with this reference point.
12. the spinning movement output intent of the input media of the two inductive coils of tool according to claim 8, wherein this input media is take this main coil or this secondary coil as a reference point, and this input media rotates at this trajectory retrieval device with this reference point.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010101042234A CN102135816B (en) | 2010-01-27 | 2010-01-27 | Input device provided with dual induction coils and rotating action output method thereof |
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| CN2010101042234A CN102135816B (en) | 2010-01-27 | 2010-01-27 | Input device provided with dual induction coils and rotating action output method thereof |
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| CN102707800B (en) * | 2012-05-03 | 2015-01-14 | 深圳市迪瑞德科技有限公司 | Input system |
| US10423245B2 (en) * | 2014-01-31 | 2019-09-24 | Qualcomm Incorporated | Techniques for providing user input to a device |
| CN109844702B (en) | 2017-08-21 | 2020-10-27 | 华为技术有限公司 | Control method for electronic equipment and input equipment |
| CN111952718A (en) * | 2020-07-13 | 2020-11-17 | 北京握奇数据股份有限公司 | High-frequency double-induction antenna and manufacturing method thereof |
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| JP2001255992A (en) * | 2000-03-09 | 2001-09-21 | Wacom Co Ltd | Combination coil for detecting angle of rotation and position indicator |
| CN101038526A (en) * | 2006-03-16 | 2007-09-19 | 株式会社华科姆 | Position detecting apparatus, position inputting apparatus and computer |
| CN201087861Y (en) * | 2007-05-23 | 2008-07-16 | 昆盈企业股份有限公司 | Computer input equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB8821675D0 (en) * | 1988-09-02 | 1988-10-19 | Craig T R | Rotation & displacement sensing apparatus |
| US5355100A (en) * | 1993-01-11 | 1994-10-11 | International Business Machines Corporation | Battery powered magnetic pen with time out to prevent accidental battery discharge |
| US7961909B2 (en) * | 2006-03-08 | 2011-06-14 | Electronic Scripting Products, Inc. | Computer interface employing a manipulated object with absolute pose detection component and a display |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001255992A (en) * | 2000-03-09 | 2001-09-21 | Wacom Co Ltd | Combination coil for detecting angle of rotation and position indicator |
| CN101038526A (en) * | 2006-03-16 | 2007-09-19 | 株式会社华科姆 | Position detecting apparatus, position inputting apparatus and computer |
| CN201087861Y (en) * | 2007-05-23 | 2008-07-16 | 昆盈企业股份有限公司 | Computer input equipment |
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