CN102096552A - Virtual input system utilizing remote controller - Google Patents
Virtual input system utilizing remote controller Download PDFInfo
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- CN102096552A CN102096552A CN 201110026614 CN201110026614A CN102096552A CN 102096552 A CN102096552 A CN 102096552A CN 201110026614 CN201110026614 CN 201110026614 CN 201110026614 A CN201110026614 A CN 201110026614A CN 102096552 A CN102096552 A CN 102096552A
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Abstract
The invention provides a virtual input system utilizing a remote controller. Symbols or user options corresponding to virtual keys of a virtual keyboard are input by utilizing number keys of the remote controller; or a mouse cursor is moved to a virtual position corresponding to coordinate numbers or webpage contents or operator options corresponding to digital options by using the remote controller. The system disclosed by the invention can reduce input key pressing times and input rapidly by using the remote controller.
Description
Technical field
The present invention relates to the input technology field, refer to a kind of virtual input system that utilizes telepilot especially.
Background technology
The function of digital household appliances mainly be with information share, ease for use and individual character turn to the master, comprise information product electrification of domestic, household appliances informatization or provide the product of the application of individual action and amusement all to can be considered a kind of of digital household appliances.In the development with present digital household appliances, serve as the development main flow mainly with LCD TV, set-top box (Set-Top Box), DVD player (DVD Player), blue-ray DVD player.
Because digital household appliances mainly is positioned over the living room so that amusement function to be provided, be not to apply to work as PC, so digital household appliances and unlike PC, connect keyboard and mouse.Therefore need use a teleswitch, Wireless Keyboard, speech recognition, gesture identification, have the telepilot of touch-screen etc., in order on digital household appliances, to import.Yet the technology that aforementioned multiple instrument is imported on digital household appliances is no matter be in cost, convenience, the easy demand that all can not satisfy the user in study.
Existing large scale multi-media display as TV or monitor is desktop apparatus (referring to especially more than 30 cun), and function to provide computing, document to handle, surf the Net or send and receive e-mail can be provided with PC for it.But because of it is a large-sized monitor, so the user must keep the distance more than 1.5 meters with the screen of display, human eye is viewed and admired picture just can be more comfortable, when PC is connected with large-sized monitor, because PC need connect numerous peripheral equipments and cable, as display, VGA cable, loudspeaker, audio cable, keyboard, mouse and power lead etc., will make overall appearance very mixed and disorderly and complicated.Therefore, so the design with multi-media display and PC integration is arranged, yet, be integrated with the multi-media display of PC with this, if desire operation is during as the multi-media display of TV, generally be to control by telepilot, wherein, when operation during PC, then be to control by mouse in addition and utilize keyboard as input media, owing to need to use two kinds of different input medias, will definitely cause the inconvenience of using.For example being described in the network television system (Web-based TVsystem) of No. 6757707 cases of U.S. Pat, promptly is to come respectively input characters and control with remote keypad and remote controller, so causes the inconvenience that needs to use different input medias.
Therefore, another kind of idea is operated as the multi-media display of TV and is operated the last net operation that does not need complicated input as the multi-media display of PC by using a teleswitch, but when online, if when desiring input characters, as the inquiry railway timetable of surfing the Net, will cause the inconvenience in the use.
Moreover, another kind of prior art is in an interactive television system, push the operating key of input block (telepilot), in order to the output function key to control module, to operate key by this control module again and be converted to the computor-keyboard sign indicating number, so that being sent to, this computor-keyboard sign indicating number browses formula, reach effect in view of the above by telepilot input computor-keyboard sign indicating number, yet, because telepilot has only an operating key, therefore also can only simulate a kind of computor-keyboard sign indicating number (backspace key or delete key), and when desiring input characters, will reach the effect of any input characters.Another kind of prior art then presents dummy keyboard at display, and it is mobile on this dummy keyboard by the upper and lower, left and right key of input block (telepilot), at last by operating key to select the virtual key on the dummy keyboard, to reach the effect of any input characters.Yet need repeatedly pushing directionkeys, this kind technology could import desired literal, in the use extremely inconvenience and give improved necessity.
Summary of the invention
In view of this, the invention provides a kind of virtual input system that utilizes telepilot, can reduce input button compression number, import to use a teleswitch apace.
The present invention proposes a kind of defeated co-ordinate-type virtual input system of telepilot that utilizes, and comprises co-ordinate-type dummy keyboard, display and telepilot.This co-ordinate-type dummy keyboard has a plurality of virtual keys, and each virtual key is arranged according to first direction and second direction, and wherein, each virtual key is corresponding one group of coordinate digital on this first direction and this second direction.This display is in order to show this co-ordinate-type dummy keyboard.This telepilot has one group of directionkeys and set of number key, in order to this display is carried out far-end remote control, and this co-ordinate-type dummy keyboard is shown in described display, and then import the coordinate digital that corresponds on described first direction and the described second direction respectively by described numerical key, in order to selecting the virtual key of described co-ordinate-type dummy keyboard, and import the corresponding symbol of selected virtual key or user's option.
The present invention proposes a kind of virtual input system that utilizes telepilot, comprises co-ordinate-type virtual mouse zone, display and telepilot.This co-ordinate-type virtual mouse zone has a plurality of virtual locations, and each virtual location is arranged according to first direction and second direction, and wherein, each virtual location is a corresponding coordinate digital group on this first direction and this second direction respectively.This display is in order to showing a cursor of mouse, and this co-ordinate-type virtual mouse zone.This telepilot includes one group of directionkeys and set of number key, control this cursor of mouse in order to far-end, and described co-ordinate-type virtual mouse zone is shown on the described display, and by described numerical key, import corresponding described coordinate digital on described first direction and described second direction respectively, and then move this cursor of mouse to described coordinate digital corresponding virtual position.
The present invention proposes a kind of virtual input system that utilizes telepilot, comprises virtual input region, microcomputer control unit, display and telepilot.This virtual input region has a plurality of virtual locations.This microcomputer control unit is in order to manipulator's option perhaps in the analyzing web page, and then adds digital option.This display is in order to the demonstration cursor of mouse, and this virtual input region.This telepilot has one group of directionkeys, and the set of number key, controls this cursor of mouse in order to far-end; Wherein, when enabling this group numerical key, in order to choosing aforementioned digital option, and then this cursor of mouse is moved to and corresponding this web page contents of this digital option or this manipulator's option.
The present invention proposes a kind of virtual input system that utilizes telepilot, comprises dummy keyboard, display and telepilot.This dummy keyboard has a plurality of virtual keys, arranges according to endian format, and each virtual key is corresponding set of number on this endian format.This display is in order to show this dummy keyboard.This telepilot has one group of directionkeys and set of number key, in order to this display is carried out far-end remote control, and this dummy keyboard is shown on this display, and then import respectively according to this endian format by numerical key and to arrange pairing numeral, in order to corresponding symbol of the virtual key of selecting this dummy keyboard or option of operation.
As seen, according to technical scheme provided by the present invention, the present invention utilizes the virtual input system of telepilot to adopt existing TV remote controller, and then reduce cost, virtual input system of the present invention more can reduce telepilot input button compression number compared with prior art, import to use a teleswitch apace, and then improve the surcharge of multi-media display device, increase the compatibility of man-machine interface.
Description of drawings
Fig. 1 is the synoptic diagram of a preferred embodiment of the present invention about the co-ordinate-type virtual input system that utilizes telepilot input keyboard button.
Fig. 2 is the system architecture diagram of a preferred embodiment of the present invention.
Fig. 3 is the synoptic diagram of the telepilot of a preferred embodiment of the present invention.
Fig. 4 is the system architecture diagram of another preferred embodiment of the present invention.
Fig. 5 is the synoptic diagram of co-ordinate-type dummy keyboard of the present invention.
Fig. 6 is the synoptic diagram of the co-ordinate-type virtual input system that passes through telepilot input mouse cursor of another embodiment of the present invention.
Fig. 7 is the synoptic diagram of the co-ordinate-type virtual input system that passes through telepilot input mouse cursor of another embodiment of the present invention.
Fig. 8 is the synoptic diagram of the input system selected of the menu that passes through telepilot of another embodiment of the present invention.
Fig. 9 is the synoptic diagram of the endian format virtual input system that passes through telepilot input keyboard button of another preferred embodiment of the present invention.
Figure 10 is the synoptic diagram of the configuration of endian format dummy keyboard 9 of the present invention.
[main element symbol description]
Co-ordinate-type dummy keyboard 13
Display unit 41 PC unit 42
Wireless receiver 21 first linkage units 411
Image zooming device 25 TV tuner 29
Video Decoder 28 network controllers 27
English lower case " w " 401
Graphics card 424 CPU (central processing unit) 421
Second linkage unit, 423 network interface cards 424
" * " key 212 direction right buttons 231
Side's upwarding key 232 direction left buttons 233
Side's down Arrow 234
Cursor of mouse 501 retrieval fields 502
503 co-ordinate-type virtual mouse zones 5, viewing area
Cursor of mouse 504
601 viewing areas 602 of cursor of mouse
603 viewing areas 6, sub-viewing area
Cursor of mouse 604 cursor of mouse 605
Cursor of mouse 801 cursor of mouse 802
Nine palace lattice dummy keyboards, 9 cursor of mouse 803
Son nine palace lattice 1010,1120,1130
The part dummy keyboard 1040,1150,1160,1041 of endian format dummy keyboard
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, scheme of the present invention is described in further detail.
The invention relates to a kind of co-ordinate-type virtual input system, this subjunctive mood coordinate system is applied in the network television system.Fig. 1 is the system architecture diagram of a preferred embodiment of the present invention and Fig. 3 synoptic diagram for the telepilot of a preferred embodiment of the present invention for a preferred embodiment of the present invention about the synoptic diagram of the co-ordinate-type virtual input system that utilizes telepilot input keyboard button, Fig. 2.At first, please be earlier in the lump with reference to Fig. 1, Fig. 2, and Fig. 3, the present invention includes display 11, telepilot 12 and co-ordinate-type dummy keyboard 13.
As shown in Figures 1 and 2, display 11 comprises wireless receiver 21, microcomputer control unit 23, display panel 24, image zooming device (Scaler) 25, graphics controller 26, network controller 27, TV tuner 29 and video decoded device 28.Aforementioned display 11 can work in multiple different pattern, for example: television mode and webpage pattern.When working in television mode, display 11 is shown the display panel 24 of television image by display 11 of input.And when working in the webpage pattern, carry out network connectivity and network data calculation process, and utilize the display panel 24 of display 11 to show the output webpage by network controller 27.Wireless receiver 21 receives the order of being sent by aforementioned remote controller 12 with wireless mode.Microcomputer control unit 23 is connected to wireless receiver 21, graphics controller 26, network controller 27 and Video Decoder 28, in order to the order of sending according to telepilot 12, the webpage that will come from network controller 27 is shown on the display panel 24 by graphics controller 26, image zooming device 25.The display panel 24 of display 11 is in order to show the image of TV or webpage etc., this image can carry out convergent-divergent by image zooming device 25 and show, and image zooming device 25 also provides direct screen display (On ScreenDisplay, abbreviation OSD) function promptly provides without the convergent-divergent processing and directly sends original image carries out screen display to display panel 24 function.In addition, in television mode, the television channel that can be desired to watch to select by TV tuner 29 and Video Decoder 28.Microcomputer control unit 23 can be shown in the television channel or the figure (graphic) of TV tuner 29 and Video Decoder 28 outputs on the display panel 24 of display 11 by graphics controller 26 and image zooming device 25.Microcomputer control unit 23 also can connect online by network controller 27.
Fig. 4 is the system architecture diagram of another preferred embodiment of the present invention, wherein display 11 comprises display unit 41 and PC unit 42, display unit 41 comprises wireless receiver 21, microcomputer control unit 23, display panel 24, image zooming device (Scaler) 25, first linkage unit 411, TV tuner 29 and Video Decoder 28, and PC unit 42 comprises central processing unit 421, graphics card 422, second linkage unit 423 and network interface card 424.Aforementioned display 11 can work in multiple different pattern, for example: television mode and webpage pattern.When working in television mode, display 11 shows the television image of input the image of input by the display panel 24 of display 11, specifically, microcomputer control unit 23 will be shown on the display panel 24 by graphics card 422, image zooming device 25 by the television image of TV tuner 29 and Video Decoder 28 outputs.When operating in the webpage pattern, carry out the data calculation process by PC unit 42, and the content of the display panel 24 shown outputs of display 11 is the content of the demonstration output of PC unit 12.
The formation of aforementioned display unit 41 and principle of work are identical with the display 11 of Fig. 2, therefore repeated description no longer, in aforementioned PC unit 42, graphics card 422 provides the function of graphics process, data processing operation functions such as central processing unit 421 provides and counts, logic, and network interface card 424 provides the function of line online, and second linkage unit 423 of PC unit 42 is connected to first linkage unit 411 of display unit 41.In the present embodiment, first linkage unit 411 is internal integrated circuit (IIC) control bus, also can be the bus of RS-232 control bus or equivalence etc.
Need to prove, Fig. 2 and system shown in Figure 4 framework, and based on shown in system architecture and be the content of prior art to the be correlated with method of control of dummy keyboard according to remote command, no longer describe in detail herein.
Telepilot 12 is in order to Remote Control Indicator 11, with reference to shown in Figure 3, telepilot 12 comprises locomotive function key 201, input function key 202, TV functions key 203, set of number key 210, direction right button 231, square upwarding key 232, direction left button 233 and square down Arrow 234.The TV functions key 203 of telepilot 12 is pushed once, then can switch between television mode and webpage pattern.Also can carry out mode switch by other modes.This locomotive function key 201 and this input function key 202 can optionally be arranged on the telepilot 12, for example, the button with entity can be set on telepilot 12, also can this two buttons or button of one of them be set at telepilot 12.When telepilot 12 did not have this locomotive function key 201 and this input function key 202 or one of them, the function of this locomotive function key 201 and this input function key 202 can be replaced by the combination of other buttons or other buttons.
Wherein, when display 11 works in the webpage pattern, and demand when input, and please refer to shown in Figure 1, desire online inquiry name and when importing name razavi, at first for example, push the input function key 202 of telepilot 12, with direct displaing coordinate formula dummy keyboard 13 on display 11.Can push the input function key 202 of telepilot 12 again, to close co-ordinate-type dummy keyboard 13.
In other embodiments, also can push " * " key 212 in the numerical key of telepilot 12 or " # " key 211 with displaing coordinate formula dummy keyboard 13.Push " * " key 212 of numerical key of telepilot 12 or " # " key 211 again to close co-ordinate-type dummy keyboard 13.
Fig. 5 is the synoptic diagram of co-ordinate-type dummy keyboard 13 of the present invention.As shown in Figure 5, this co-ordinate-type dummy keyboard 13 has a plurality of virtual keys, symbol or manipulator's option that each virtual key corresponding one is scheduled to, these a plurality of virtual keys are arranged according to first direction and second direction, and each virtual key is corresponding one group of coordinate digital on this first direction and this second direction.
The predetermined symbol of each virtual key correspondence can be English alphabet, phonetic symbol, Cangjie's code word root, Japanese phonetic symbol, French letter or German letter etc.
One group of coordinate digital of each virtual key is made up of two-digit (digit), and wherein, first digit is represented the coordinate of this virtual key at first direction, and second digit is represented the coordinate of this virtual key in second direction.During input, can be by this group numerical key 210 of this telepilot 12, import a virtual key pairing coordinate digital on this first direction and this second direction respectively, in order to selecting a virtual key of this co-ordinate-type dummy keyboard, thereby import the pairing symbol of selected virtual key.
As shown in Figure 5, English lower case " w " 401 one group of corresponding coordinate digital on first direction and second direction is respectively " 3 " and reaches " 2 ", the user only needs to push numerical key " 3 " in numerical key 210 and reaches " 2 ", can select the virtual key " w " of this co-ordinate-type dummy keyboard 13, and then input English lower case " w ".
Therefore, import the coordinate digital of a plurality of virtual keys on first direction and second direction continuously, just can select a plurality of virtual keys in this co-ordinate-type dummy keyboard 13, thereby import pairing a plurality of symbol.In the time of for example will inquiring about name razavi among Fig. 1, can import " 2 " respectively and reach " 7 ", " 1 " and reach " 0 ", " 3 " and reach " 5 ", " 1 " and reach that " 0 ", " 3 " reach " 1 ", " 1 " reaches " 8 ", can finish the input of " razavi ".
In other embodiments, after the coordinate digital of input first direction, the corresponding row of this co-ordinate-type dummy keyboard 13 is promptly highlighted, to allow the user watch easily and to import coordinate digital on the second direction.For example, when input " r ", after pushing " 2 ", the corresponding row of this co-ordinate-type dummy keyboard 3 promptly highlighted (highlight) is to allow the user watch easily.
As shown in Figure 5, control button commonly used can be arranged on the 0th row of first direction, to allow the user see easily, increases conspicuousness and ease of use.For example " Enter ", and " Esc " button can be arranged at respectively the 0th row the 9th row, and the 0th row the 5th list, to allow user's a glance just see.In other embodiments, for increasing conspicuousness and ease of use, the control button available icons (icon) of this co-ordinate-type dummy keyboard 13 shows.The required most of button of surfing the Net can walk in the 4th row in the 1st and find, ease of use when increasing online.Simultaneously, the arrangement of digital 0-9, function key F1-F9, function key F10, function key F11 and function key F12 can allow the user remember easily.
But this co-ordinate-type dummy keyboard 13 is the display part virtual key also, and in order to reduce area shared on display 11, wherein, it further comprises first direction shifting bond(s) and/or second direction shifting bond(s), in order to the virtual key that shows that all the other do not show.In other embodiments, but and user's upwarding key 232 and square down Arrow 234, with the button that shows that all the other do not show.
The present invention also can utilize key combination, to define different functions.For example: select, reset (reset), dummy keyboard pattern (virtual keyboard mode), virtual Move Mode (virtual movementmode), show dummy keyboard, displaing coordinate, online ... etc. function.
It can use one, two or a plurality of numerical key to add special keys combination, to define different functions.In the present invention, " * " key 212 that can push in the numerical key of telepilot 12 is added a plurality of ten keys with the selection as multiple function.For example: push " * 01 "～" * 49 " as selection function, " * 50 " representative replacement (reset) function, " * 51 " represent the dummy keyboard pattern, " * 52 " represent virtual Move Mode, " * 53 " representative shows dummy keyboard, " * 54 " represent displaing coordinate, " * 55 " representative online, " * 70 " also can represent the demonstration dummy keyboard, " * 71 " representative shows English co-ordinate-type dummy keyboard, " * 72 " represent Chinese display phonetic co-ordinate-type dummy keyboard, " * 73 " represent Chinese display Cangjie co-ordinate-type dummy keyboard, " * 74 " representative shows Hiragana co-ordinate-type dummy keyboard, " * 75 " representative shows Japanese katakana co-ordinate-type dummy keyboard, " * 76 " representative shows Korean co-ordinate-type dummy keyboard, and " * 77 " represent displaying symbol (symbol) co-ordinate-type dummy keyboard, and " * 78 " representative shows (drawing) co-ordinate-type dummy keyboard of drawing.
When using the button of fixed number not, can be between the coordinate digital of each virtual key, input one at interval, wherein, described interval can be a particular virtual button, and for example " # " is with the coordinate digital of each virtual key of separating continuous input, or between the input of each virtual key, insert one at interval.Wherein, this is spaced apart a specific keys or default interval input time of telepilot 12.
In the technology of the present invention, this group coordinate digital of each virtual key can cooperate virtual " shift " button, virtual " control " button, reach three buttons of virtual " alt " button, to produce different key combination.The corresponding numeral of for example virtual " shift " button " 1 ", the corresponding numeral of virtual " ctrl " button " 2 ", the corresponding numeral of virtual " alt " button " 3 " produce different key combination by preorder (pre-fix) arrangement mode.In the time will importing " R ", can press " 1 ", " 2 ", " 7 " three numerical keys in regular turn, in the time will importing " ctrl+c ", can be by " 2 ", " 1 ", " 2 " three numerical keys.
Virtual " shift " button, virtual " ctrl " button and three buttons of virtual " alt " button also can pass through postorder (post-fix) arrangement mode and produce different key combination with other buttons.In the time will importing " R ", can press " 2 ", " 7 ", " 1 " three numerical keys in regular turn, in the time will importing " ctrl+c ", can be by " 1 ", " 2 ", " 2 " three numerical keys.
In the time will importing " Ra ", can press " 1 ", " 2 ", " 7 " three numerical keys in regular turn, again by " # " keyboard,,, also can differentiate the button of institute's desire input effectively even use not fixed number button this moment afterwards again by " 1 ", " 0 ".
In the above description, the user pushes the two-digit key and can import an English alphabet or a corresponding symbol.In other embodiments, can be between the coordinate digital of each virtual key, input one at interval, coordinate digital with each virtual key of separating continuous input, for example import a particular virtual button " # " in the coordinate digital of each virtual key, for example input " # " between letter " r ", " a " coordinate digital promptly is input " # " between " 2 ", " 7 " and " 1 ", " 0 ", and forms " 2 ", " 7 ", " # ", " 1 ", " 0 " list entries.
In other embodiments, also can between the coordinate digital of each virtual key, omit input one at interval, and with wait for default input time and replace at interval imported one at interval.For example wait for 0.5 second in the coordinate digital of each virtual key, for example wait for 0.5 second between letter " r ", " a " coordinate digital, promptly be to wait for 0.5 second between " 2 ", " 7 " and " 1 ", " 0 ", this can reduce the pressing keys number of times and can improve the accuracy of virtual key interpretation.
Fig. 6 is the synoptic diagram of the co-ordinate-type virtual input system that passes through telepilot input mouse cursor of another embodiment of the present invention, and it is the 12 co-ordinate-type virtual input systems with the fast moving cursor of mouse that use a teleswitch.See also Fig. 1, Fig. 2 and Fig. 6, this co-ordinate-type virtual input system comprises co-ordinate-type virtual mouse zone 5, display 11, reaches telepilot 12.
This co-ordinate-type virtual mouse zone 5 has a plurality of virtual locations, and these a plurality of virtual locations are arranged according to first direction and second direction, and each virtual location is corresponding one group of coordinate digital on this first direction and this second direction.
As shown in Figure 6, a plurality of virtual locations in this co-ordinate-type virtual mouse zone 5 are the viewing area that N * M is arranged, and this group numerical key of this telepilot is to should the individual viewing area that is arranged of N * M, and N and M are the positive integer more than or equal to 2.In the present embodiment, this co-ordinate-type virtual mouse zone 5 comprises 10 * 10 viewing areas that are arranged along first direction and second direction respectively, and the corresponding 0-9 numeral of difference.
By pressing the locomotive function key 201 of this telepilot, so that this co-ordinate-type virtual mouse zone 5 is shown on this display 11, and by this telepilot this group numerical key 210, import the coordinate digital on this first direction and this second direction respectively, to move the virtual location of these cursor of mouse 501 to one correspondences.When pushing the set of number key of telepilot 12, this cursor of mouse is moved to center with this numerical key corresponding display.
As shown in Figure 6, this cursor of mouse 501 is positioned at this display 11 lower right corner, when needs were imported on retrieval hurdle 502, numerical key " 1 ", " 2 " of pushing telepilot 12 in regular turn can move to this cursor of mouse 501 center with this numerical key corresponding display 503.
In other embodiments, after this cursor of mouse 504 is moved to the center of viewing area 503, can earlier demonstration be amplified in viewing area 503 and near viewing area thereof, browse to make things convenient for the user.
After this cursor of mouse 504 is moved to the center of viewing area 503, can push direction right button 231, square upwarding key 232, direction left button 233 or square down Arrow 234 on the direction key group of this telepilot 12 again and make this cursor of mouse 501, upwards, or move down to the right left.
Another implements the synoptic diagram by the co-ordinate-type virtual input system example of telepilot input mouse cursor to Fig. 7 for the present invention, and it is the co-ordinate-type virtual input system with the fast moving cursor of mouse of using a teleswitch.See also Fig. 1, Fig. 2 and Fig. 7, this co-ordinate-type virtual input system comprises co-ordinate-type virtual mouse zone 6, display 11 and telepilot 12.
The viewing area 6 at this cursor of mouse place is divided into N * M inferior viewing area that is matrix row, this N * M time viewing area is corresponding with this group numerical key 210 of this telepilot 12, with when pushing a numerical key, this cursor of mouse 601 moves to the center of the inferior viewing area corresponding with this numerical key.
As shown in Figure 7, the viewing area 6 at these cursor of mouse 601 places is divided into 3 * 3 inferior viewing areas that are matrix row, and these 3 * 3 times the viewing area is corresponding with the numerical key 1-9 of this telepilot.By pressing the locomotive function key 201 of this telepilot, so that this viewing area 6 is shown on this display 11, this cursor of mouse 601 is positioned at this display 11 lower right corner, when needs are imported on retrieval hurdle 502, because the inferior viewing area 602 on retrieval hurdle is corresponding with numerical key " 1 ", so can push the numerical key " 1 " of telepilot 12, this cursor of mouse 604 is moved to the center of the inferior viewing area 602 corresponding with this numerical key.
Behind the center that this cursor of mouse 604 is moved to time viewing area 602, push direction right button 231, square upwarding key 232, direction left button 233 or square down Arrow 234 on the direction key group of this telepilot 12 again and make this cursor of mouse, upwards, or move down to the right left.
In other embodiments, move to the center of the inferior viewing area 602 corresponding when this cursor of mouse 604 after with this numerical key, inferior viewing area 602 can be subdivided into again 3 * 3 sub-viewing areas that are matrix row, these 3 * 3 sub-viewing areas are corresponding with this group numerical key 210 of this telepilot 12, with when pushing a numerical key, this cursor of mouse 605 moves to the center of the sub-viewing area corresponding with this numerical key.
As shown in Figure 7, because the sub-viewing area 603 on retrieval hurdle is corresponding with numerical key " 6 ", thus can push the numerical key " 6 " of telepilot 12, this cursor of mouse 605 is moved to the center of the sub-viewing area 603 corresponding with this numerical key.
Fig. 8 is the synoptic diagram that the menu that passes through telepilot of another embodiment of the present invention is selected the input system of (menu selection), and it is 12 virtual input systems with quick execution menu selection (menu selection) that use a teleswitch.See also Fig. 1, Fig. 2 and Fig. 8, this virtual input system comprises virtual input region 8, display 11 and telepilot 12.
When many menu options (menu item) are arranged in the webpage, as shown in Figure 8, its have news (News), mail (E-mails), motion (Sports) ... wait menu option, microcomputer control unit 23 is meeting analyzing web page content earlier, and before menu option, add digital option, for example before the news option, add add before digital option (1), the mail option add before digital option (2), the motion option digital option (3) ....As shown in Figure 8, this cursor of mouse 801 is positioned at this display 11 lower right corner, when needs are browsed news, pushes the numerical key " 1 " of telepilot 12, this cursor of mouse 802 can be moved to the digital option corresponding (1) with this numerical key near.
After this cursor of mouse 802 being moved near digital option (1), the direction key group 231-234 that can push this telepilot 12 again makes this cursor of mouse 803, upwards, or move down to the right left.
In other embodiments, when needs are browsed news, push the numerical key " 1 " of telepilot 12, microcomputer control unit 23 obtains the related web page of news by network controller 27 or network interface card 424, and is shown on the display panel 24.
Fig. 9 is the synoptic diagram of the endian format virtual input system that passes through telepilot input keyboard button of another preferred embodiment of the present invention.Figure 10 is the synoptic diagram of the configuration of endian format dummy keyboard 9 of the present invention.As shown in Figure 9, the endian format virtual input system by telepilot input keyboard button comprises endian format dummy keyboard 9, display 11 and telepilot 12.
This endian format dummy keyboard 9 has a plurality of virtual keys, symbol or manipulator's option that each virtual key corresponding is scheduled to, and these a plurality of virtual keys are to arrange according to an endian format, each virtual key is corresponding one group of coordinate digital on this endian format.
This display 11 is in order to show the image of input, and the mode that reaches with direct screen display shows this endian format dummy keyboard 9.
This telepilot 12 is in order to this display of remote control, and this telepilot system includes input function key 202, one group of directionkeys 231-234 and set of number key 210.
Wherein, by pressing the input function key 202 of this telepilot 12, so that this endian format dummy keyboard 9 is shown on this display 11, and by this telepilot 12 this group numerical key 210, import the corresponding numeral of virtual key on this endian format dummy keyboard 9 respectively, selecting a virtual key of this endian format dummy keyboard 9, thereby import the pairing symbol of selected virtual key.
As shown in figure 10, endian format dummy keyboard 9 is divided into 3 * 3 son nine palace lattice that are matrix row, and this lattice viewing area, 3 * 3 sons, nine palace is corresponding with the numerical key 1-9 of this telepilot.That is to say that this endian format dummy keyboard 9 is divided into nine sons, nine palace lattice.
Simultaneously, each height nine palace lattice is divided into 3 * 3 and is matrix row time nine palace lattice, and nine palace lattice can be a virtual key each time, wherein, by the first time numerical key select sub nine palace lattice, by the second time numerical key select virtual key in these son nine palace lattice.
Wherein, English alphabet a-z is in first three rows, shown among Figure 10 1041.Shown among Figure 10 1040, the character that used the input website when preceding 4 row had been contained most of the online.Simultaneously, the arrangement of numerical key 0-9 and function key F1-F9 also allows the user remember easily.Key Space, key Enter, key Back-space, key Shift, key Ctrl and key Tab then distinguish corresponding numerical key " 4 " " 4 ", " 5 " " 5 ", " 6 " " 6 ", " 7 " " 7 ", " 8 " " 8 ", reach " 9 " " 9 ", make things convenient for the user to use.
When virtual key is English nine palace lattice dummy keyboards, " a "～" i " then be presented at the son nine palace lattice 1010 in the upper left corner and, " j "～" r " corresponding with the numerical key 1-9 of this telepilot 12 then be presented at top and middle son nine palace lattice 1020 and with the son nine palace lattice 1030 that numerical key 1-9 is corresponding, " s "～" z " then is presented at the upper right corner of this telepilot 12 and corresponding with the numerical key 1-8 of this telepilot 12." * " key 212 in the numerical key of pushing telepilot 12, " # " key 212 or " * 53 " are to show the dummy keyboard of Figure 10.Push " * " key 212 in the numerical key of telepilot 12, " # " key 212 or " * 53 " once more, the dummy keyboard that shows can be hidden.
That is to say, by the first time numerical key select sub nine palace lattice, by the second time numerical key select English words in these son nine palace lattice, in the time of for example will importing " a ", press earlier numerical key " 1 " to select the nine palace lattice in the upper left corner, press numerical key " 1 " again to select English words " a " in the nine palace lattice of the upper left corner.When desire input razavi, can import " 2 " and reach " 9 ", " 1 " and reach " 1 ", " 3 " and reach " 8 ", " 1 " and reach that " 1 ", " 3 " reach " 4 ", " 1 " reaches " 9 ", can finish the input of " razavi ".
When desiring to carry out the numeral input, pressing keys " 0 " reaches " x " and represents input digit " x ", for example, pressing keys " 0 " reaches " 0 "～" 0 " and reaches " 9 " and represent input digit " 0 "～" 9 " respectively, for example pressing keys " 0 " reaches " 0 " representative input " 0 ", " 0 " reaches " 1 " and represents input " 1 ", " 0 " to reach " 2 " representative inputs " 2 ", and the rest may be inferred.When desiring to carry out the function key input, pressing keys " 0 " reaches " x " and represents input digit " x ", for example, pressing keys " 1 " reaches " 0 "～" 9 " and reaches " 0 " and represent input function key F1～function key F9 respectively, for example pressing keys " 1 " reaches " 0 " and represents input function key F1, pressing keys " 2 " to reach " 0 " to represent input function key F2, pressing keys " 3 " to reach " 0 " to represent input function key F3, the rest may be inferred, repeats no more.
This endian format dummy keyboard 9 can a display part button, reducing at area shared on display 11, but and user's upwarding key 232 and square down Arrow 234, with the button that shows that all the other do not show.For example, can be at the part dummy keyboard 1040 that only shows " a "～" * " in this endian format dummy keyboard 9 at display 11, other parts of this endian format dummy keyboard 9 (1050,1060) then can show, to increase user's convenience, or hide, to reduce at area shared on display 11.Among other embodiment, also can only show the part dummy keyboard 1041 of " a "～" z " in this endian format dummy keyboard 9 at display 11.
In other embodiments, in only showing this endian format dummy keyboard 9 during the part dummy keyboard 1040 of " a "～" * ", but service orientation left button 233 and direction right button 231 are to move this co-ordinate-type dummy keyboard 9 on a large scale, with the virtual key that shows that all the other do not show.
By above stated specification as can be known, the present invention utilizes the co-ordinate-type virtual input system of telepilot to adopt existing TV remote controller, and then reduce cost, co-ordinate-type virtual input system of the present invention more can reduce telepilot input button compression number compared with prior art, import to use a teleswitch apace, and then increase the compatibility of man-machine interface.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (17)
1. a virtual input system that utilizes telepilot is characterized in that, this system comprises:
The co-ordinate-type dummy keyboard has a plurality of virtual keys, and each virtual key is arranged according to a first direction and a second direction, and wherein, each virtual key is corresponding one group of coordinate digital on described first direction and described second direction;
Display is in order to show this co-ordinate-type dummy keyboard; And
Telepilot, have one group of directionkeys and set of number key, in order to this display is carried out far-end remote control, and this co-ordinate-type dummy keyboard is shown in described display, and then import the coordinate digital that corresponds on described first direction and the described second direction respectively by described numerical key, in order to selecting the virtual key of described co-ordinate-type dummy keyboard, and import the corresponding symbol of selected virtual key or user's option.
2. virtual input system according to claim 1, it is characterized in that, described telepilot further comprises the input function key, when enabling described input function key, in order to described co-ordinate-type dummy keyboard is shown in described display, and then import the coordinate digital that corresponds on described first direction and the described second direction respectively by described numerical key, in order to selecting the virtual key of described co-ordinate-type dummy keyboard, and import the corresponding symbol of selected virtual key or user's option.
3. virtual input system according to claim 1, it is characterized in that, when the described virtual key of continuous input, organize between the coordinate digital corresponding being somebody's turn to do of each described virtual key, input one interval is in order to separate the coordinate digital group of the described virtual key of continuous input.
4. virtual input system according to claim 3 is characterized in that, a described specific keys or default interval input time that is spaced apart described telepilot.
5. virtual input system according to claim 1 is characterized in that, the control button icon display of described co-ordinate-type dummy keyboard.
6. virtual input system according to claim 1, it is characterized in that, the corresponding described coordinate digital of described virtual key is made up of two-digit, wherein, first digit is represented the coordinate of this virtual key at described first direction, and second digit is represented the coordinate of described virtual key in described second direction.
7. virtual input system according to claim 1 is characterized in that, the pairing symbol of described virtual key can be English alphabet, phonetic symbol, Cangjie's code word root, Japanese phonetic symbol, French letter or German letter.
8. virtual input system according to claim 1 is characterized in that, the special keys of the not fixed number of described numerical key adds the combination of at least one numerical key, in order to define different functions.
9. a virtual input system that utilizes telepilot is characterized in that, this system comprises:
Co-ordinate-type virtual mouse zone has a plurality of virtual locations, and each virtual location is arranged according to first direction and second direction, and wherein, each virtual location is corresponding one group of coordinate digital on described first direction and described second direction respectively;
Display, in order to showing a cursor of mouse, and described co-ordinate-type virtual mouse zone; And
Telepilot, it includes one group of directionkeys and set of number key, control this cursor of mouse in order to far-end, and described co-ordinate-type virtual mouse zone is shown on the described display, and by described numerical key, import corresponding described coordinate digital on described first direction and described second direction respectively, and then move this cursor of mouse to described coordinate digital corresponding virtual position.
10. virtual input system according to claim 9, it is characterized in that, described telepilot further comprises the locomotive function key, when enabling described locomotive function key, described co-ordinate-type virtual mouse zone is shown on the described display, and, import corresponding described coordinate digital on described first direction and described second direction respectively, and then move this cursor of mouse to described coordinate digital corresponding virtual position by described numerical key.
11. virtual input system according to claim 9, it is characterized in that, wherein, described a plurality of virtual location is the viewing area of N * M arranged, when enabling this group numerical key, this cursor of mouse is moved to this coordinate digital group corresponding virtual position, and wherein, N and M are the positive integer more than or equal to 2.
12. virtual input system according to claim 11, wherein, the viewing area system at described cursor of mouse place is divided into N * M inferior viewing area that is arranged, described N * M time viewing area is corresponding with described numerical key, in order to when pushing described numerical key, described cursor of mouse moves to and corresponding viewing area of described numerical key.
13. a virtual input system that utilizes telepilot is characterized in that, this system comprises:
Virtual input region has a plurality of virtual locations;
Microcomputer control unit in order to manipulator's option perhaps in the analyzing web page, and then adds digital option;
Display, in order to the demonstration cursor of mouse, and described virtual input region; And
Telepilot has one group of directionkeys, and the set of number key, controls described cursor of mouse in order to far-end;
Wherein, when enabling described numerical key, in order to choosing described digital option, and then described cursor of mouse selected or move to and the corresponding described web page contents of this digital option or described manipulator's option.
14. a virtual input system that utilizes telepilot is characterized in that, this system comprises:
Dummy keyboard has a plurality of virtual keys, arranges according to endian format, and each virtual key is corresponding set of number on described endian format;
Display is in order to show described dummy keyboard; And
Telepilot, have one group of directionkeys and set of number key, in order to described display is carried out far-end remote control, and described dummy keyboard is shown on the described display, and then import respectively according to described endian format by described numerical key and to arrange pairing numeral, in order to corresponding symbol of the virtual key of selecting described dummy keyboard or option of operation.
15. virtual input system according to claim 14, it is characterized in that, described telepilot further comprises the input function key, when enabling described input function key, in order to described dummy keyboard is shown on the described display, and then import respectively according to described endian format by described numerical key and to arrange pairing numeral, in order to corresponding symbol of the virtual key of selecting described dummy keyboard or option of operation.
16. virtual input system according to claim 14 is characterized in that, described endian format dummy keyboard is made up of nine sons, nine palace lattice.
17. virtual input system according to claim 16, it is characterized in that, when input corresponding symbol of this described virtual key or option of operation, enable described this numerical key earlier and select described sub nine palace lattice, then, enable described numerical key again in order to select the described virtual key in these son nine palace lattice.
Priority Applications (1)
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| CN 201110026614 CN102096552A (en) | 2010-07-30 | 2011-01-20 | Virtual input system utilizing remote controller |
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| CN 201010243177 CN101916159A (en) | 2010-07-30 | 2010-07-30 | Virtual input system utilizing remote controller |
| CN201010243177.6 | 2010-07-30 | ||
| CN 201110026614 CN102096552A (en) | 2010-07-30 | 2011-01-20 | Virtual input system utilizing remote controller |
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| CN 201110026614 Pending CN102096552A (en) | 2010-07-30 | 2011-01-20 | Virtual input system utilizing remote controller |
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