CN103903418A - Multifunctional touchpad remote controller and control method thereof - Google Patents
Multifunctional touchpad remote controller and control method thereof Download PDFInfo
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- CN103903418A CN103903418A CN201310361663.1A CN201310361663A CN103903418A CN 103903418 A CN103903418 A CN 103903418A CN 201310361663 A CN201310361663 A CN 201310361663A CN 103903418 A CN103903418 A CN 103903418A
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Abstract
The invention discloses a multifunctional touchpad remote controller. The multifunctional touchpad remote controller is characterized by comprising a function selection unit and a touch panel, wherein the function selection unit has multiple function modes, one of the multiple function modes is switched and triggered according to a control signal, the touch panel is used for detecting operation of an inductor on a touchpad, and when a game remote control mode in the multiple function modes is activated, the touchpad remote controller is used for controlling a game character. The multifunctional touchpad remote controller and a control method thereof disclosed by the invention have the advantages that the use is easy and intuitive, the operation is convenient and rapid, provided information is confidential, and data security is enhanced.
Description
Technical field
The present invention relates to a kind of telepilot, specifically, is a kind of multi-functional touchpad remote controller.
Background technology
Telepilot uses for a long time on various household appliances, for example televisor, air conditioner, stereo set and electric fan etc., and they are also used on the device that toy and Electrically operated gate etc. can be automatically controlled.Now, be used in concept and the day by day maturation of product of the multimedia computer of family's theater, its by multimedia integration to personal computer, be output in giant display, as TV, projector ... Deng, or on giant display, add computing unit or the integrated circuit of powerful multimedia function, be all the feasible fact.Microsoft more develops media center operating system (Media Center Edition; MCE), provide the operation-interface of multimedia and hommization, user can be obtained various digital entertainments such as photo, music, TV, film, home video band, broadcast and global program and service by telepilot.This trend of integrating has increased the weight of telepilot institute role, but existing technical development only focuses on the improvement of host side, and has ignored the inconvenience that telepilot brings.
A typical traditional remote controller, has the advantages such as operational intuitive and convenience; The button of general 20 left and right is provided on telepilot, and these buttons have occupied most area of telepilot.If by the volume-diminished of telepilot, can cause button too little and too closely and not easy to operate; Otherwise, if provided more greatly and looser button, can cause the bulky of telepilot.In the system of integrating, in order to manipulate a greater variety of media apparatus, the button that telepilot needs becomes more, for example comprise options button, the single medium of power switch, volume adjustment, channel selection, numerical key, skip key, various media functions button for operation, move up and down, play, reverse, turn soon, stop, recording etc.To from so many buttons, find the button of wanting use, avoid being again pressed into other button in operation mistiming, quite unfriendly for user.
Reduce a kind of method of number of keys, be by many different Function Integration Mechanisms to many shared buttons, for example function key and directionkeys provide and on screen, choose media or functional item, just can complete the selection of a project via the operation of menu layer by layer.Particularly variation is with complicated gradually for the function of system or media, and the mode of operation of menu becomes more unfriendly layer by layer.Only the control object simple for, just user may need dexterous hand and several action to complete.Even if adopt the mode of this kind of integration, still nearly 25 to 30 of the quantity of button, and also operation becomes very complicated, more easily causes maloperation.Complicated operation has often hindered the user who is slow at remote controller, for example old man, child, dysphotia person, hand have obstacle person and the person that do not get used to operate computing machine.
Use button operation also can control in function and produce and limit at some.For example adjust when volume using a teleswitch, occur volume rod after pressing for the first time the button that volume increases or reduce, then often press one-touch, just volume increases and decreases a unit, if continued according to button, increase or minimizing volume with the variation speed of fixing.Adjusting channel is also identical situation.Use a teleswitch while adjusting the brightness, contrast of screen or color, user must first operate corresponding button and enter specific function and recall adjusting rod, press again the button that increases or reduce, equally also often by a unit of one-touch increase and decrease, if continued according to button, increase or reduce parameter value with the variation speed of fixing.This mode of operation can not arrive the setting value of wanting soon.The another kind of mode of adjusting is first to operate corresponding button to enter specific function, then presses numerical key input numeral, and after waiting for a period of time, described input comes into force.This mode of operation is used mostly in the time selecting channel, but still needs user seeing seeking for remote controller button.
Now, many electronic products are integrated various multimedia devices, and traditional remote controller is used in the application in multifunction system, and function is obviously not enough, as steering needle (cursor)/scroll through pages (scrolling); The amplification (zoom in) of picture, dwindle (zoom out), dilatory (drog) and rotation (rotation); And the function of handwriting input etc. all cannot operate.
Therefore known telepilot exists above-mentioned all inconvenience and problem.
Summary of the invention
Object of the present invention, is to propose a kind of multifunctional remote controlller easy to use.
For achieving the above object, technical solution of the present invention is:
A kind of multi-functional touchpad remote controller, is characterized in that comprising:
Menu unit, has multiple functional modes, according to one control signal switch and trigger described multiple functional mode one of them; And
One contact panel, in order to detect the operation of inductor on described Trackpad, in the time of the keyboard input pattern activating in described functional mode, on described contact panel, define the button on multiple induction blocks are shown in controlled device dummy keyboard with correspondence, by the described multiple induction blocks of described inductor touching, realize the input function of described dummy keyboard.
Multi-functional touchpad remote controller of the present invention can also be further achieved by the following technical measures.
Aforesaid telepilot, wherein said contact panel more comprise detect the induction block touched of described inductor so that pointer movement to corresponding button in described dummy keyboard.
Aforesaid telepilot, when wherein said contact panel is more included in the game remote pattern activating in described multiple functional modes, uses described touchpad remote controller to manipulate a game role.
Aforesaid telepilot, wherein said contact panel comprises:
Mobile control zone, in order to detect the movement of the first inductor on described mobile control zone to control the movement of described game role; And
Function key control zone, in order to detect the position of the second inductor on described function key control zone to trigger the function key of corresponding described position.
Aforesaid telepilot, when wherein said contact panel is more included in the mouse action mode activating in described functional mode, if while only detecting that single inductor is on described contact panel, according to the movement of described single inductor and click, make the pointer on controlled device produce corresponding moving and clicking, if while detecting that two inductors are on described contact panel, the combination of actions according to described two inductors on described contact panel is to produce command signal to described controlled device.
Aforesaid telepilot, wherein said combination of actions comprises described two inductors simultaneously toward moving left.
Aforesaid telepilot, wherein said command signal comprises page up instruction.
Aforesaid telepilot, wherein said combination of actions comprises described two inductors simultaneously toward moving right.
Aforesaid telepilot, wherein said command signal comprises lower one page instruction.
Aforesaid telepilot, wherein said combination of actions comprises mobile described two inductors so that closer to each other.
Aforesaid telepilot, wherein said command signal comprises dwindles instruction.
Aforesaid telepilot, wherein said combination of actions comprises mobile described two inductors so that away from each other.
Aforesaid telepilot, wherein said command signal comprises amplification instruction.
Aforesaid telepilot, wherein said combination of actions comprises fixing described two inductors one of them and mobile another inductor.
Aforesaid telepilot, wherein said command signal comprises rotate instruction.
Aforesaid telepilot, when wherein said contact panel is more included in the Freehandhand-drawing input pattern activating in described functional mode, detects inductor in the motion track of described contact panel, notes down described motion track for described controlled device identification.
Aforesaid telepilot, when wherein said contact panel is more included in the telepilot pattern activating in described functional mode, on described contact panel, define the button on the telepilot icon interface that multiple virtual keys show with the described controlled device of correspondence, detect virtual key that inductor touches so that pointer movement to corresponding button in described telepilot icon interface.
Aforesaid telepilot, when wherein said contact panel is more included in the PowerPoint operator scheme activating in described functional mode, definition direction block, on described contact panel, in the time that inductor is touched described direction block, produces the command signal of corresponding described direction block to controlled device.
Aforesaid telepilot, wherein said command signal comprises page up instruction or lower one page instruction.
Aforesaid telepilot, wherein more comprises one group of biosensor, is used for sensing and identification user's physiological signal.
Aforesaid telepilot, wherein said physiological signal is in order to the identity of user described in identification.
Aforesaid telepilot, wherein said contact panel more comprises that the special operating gesture on described contact panel produces described control signal according to described inductor.
Aforesaid telepilot, defines a function key group in order to produce described control signal on wherein said contact panel.
Aforesaid telepilot, wherein more comprises an accessory part in order to produce described control signal.
Aforesaid telepilot, wherein said accessory part is a button group.
Aforesaid telepilot, wherein said menu unit more comprises indication controlled device and shows that one has the operation-interface of the mode option.
Aforesaid telepilot, wherein more comprises a button group and sets in order to the adjustment manipulating in channel selection and the function of controlled device.
Aforesaid telepilot, wherein more comprises at least one deck light guiding film and is positioned under described contact panel, corresponding difference in functionality pattern separately.
Aforesaid telepilot, wherein said layer light guiding film comprises:
One film, has image on described film; And
One luminescence component, in described film side, uses so that the image on described film is presented on described contact panel.
A control method for multi-functional touchpad remote controller, described touchpad remote controller has a contact panel, it is characterized in that described method comprises the following step:
Trigger multiple functional modes one of them; And
In the time of the keyboard input pattern triggering in described multiple functional modes, indication controlled device shows dummy keyboard, on described contact panel, define multiple induction blocks with the button on the described dummy keyboard of correspondence, touch described multiple induction block by inductor, realize the input function of described dummy keyboard.
The control method of multi-functional touchpad remote controller of the present invention can also be further achieved by the following technical measures.
Aforesaid method, wherein more comprise detect the induction block touched of described inductor so that pointer movement to corresponding button in described dummy keyboard.
Aforesaid method, while being wherein more included in the game remote pattern triggering in described multiple functional modes, is used described touchpad remote controller to manipulate a game role.
Aforesaid method, the described touchpad remote controller of wherein said use manipulates in the step of a game role and comprises:
On described contact panel, define mobile control zone and function key control zone;
Detect the movement of the first inductor on described mobile control zone to control the movement of described game role; And
Detect the position of the second inductor on described function key control zone to trigger the function key of corresponding described position.
Aforesaid method, while being wherein more included in the mouse action mode triggering in described multiple functional modes, carry out the following step:
In the time only having single inductor on described contact panel, according to the movement of described single inductor and click, make the pointer on described controlled device produce corresponding moving and clicking; And
In the time having two inductors on described contact panel, detect and note down the combination of actions of described two inductors on described contact panel to produce command signal to described controlled device.
Aforesaid method, wherein said combination of actions comprises described two inductors simultaneously toward moving left.
Aforesaid method, wherein said command signal comprises page up instruction.
Aforesaid method, wherein said combination of actions comprises described two inductors simultaneously toward moving right.
Aforesaid method, wherein said command signal comprises lower one page instruction.
Aforesaid method, wherein said combination of actions comprises mobile described two inductors so that closer to each other.
Aforesaid method, wherein said command signal comprises dwindles instruction.
Aforesaid method, wherein said combination of actions comprises mobile described two inductors so that away from each other.
Aforesaid method, wherein said command signal comprises amplification instruction.
Aforesaid method, wherein said combination of actions comprises fixing described two inductors one of them and mobile another inductor.
Aforesaid method, wherein said command signal comprises rotate instruction.
Aforesaid method, while being wherein more included in the Freehandhand-drawing input pattern triggering in described multiple functional modes, carry out the following step:
Detect inductor in the motion track of described contact panel; And
Note down described motion track for described controlled device identification.
Aforesaid method, while being wherein more included in the telepilot pattern triggering in described multiple functional modes, carry out the following step:
Indicate described controlled device display remote controller icon interface;
On described contact panel, define multiple virtual keys with the button on the described telepilot icon of correspondence interface; And
Detect the virtual key touched of inductor so that pointer movement to corresponding button in described telepilot icon interface.
Aforesaid method, while being wherein more included in the physiological sensing pattern triggering in described multiple functional modes, is used the physiological signal of the biosensor sensing user on described touchpad remote controller.
Aforesaid method, wherein more comprises according to described physiological signal, picks out described user's identity.
Aforesaid method, while being wherein more included in the PowerPoint operator scheme triggering in described multiple functional modes, carry out the following step:
Definition direction block is on described contact panel; And
In the time that inductor is touched described direction block, produce the command signal of corresponding described direction block to controlled device.
Aforesaid method, wherein said command signal comprises page up instruction or lower one page instruction.
Aforesaid method, wherein more comprises the described controlled device of indication and shows that one has the operation-interface of the mode option.
Aforesaid method, one of them step of the multiple functional modes of wherein said triggering comprises:
Define a function key group on described contact panel; And
Touch described function key group produce a control signal with trigger multiple functional modes one of them.
Aforesaid method, one of them step of the multiple functional modes of wherein said triggering comprises: the special operating gesture according to inductor on described contact panel produce a control signal with trigger multiple functional modes one of them.
Aforesaid method, one of them step of the multiple functional modes of wherein said triggering comprises: press a button group with produce a control signal with trigger multiple functional modes one of them.
Adopt after technique scheme, multi-functional touchpad remote controller of the present invention and control method thereof have the following advantages:
1. comparatively simple, intuition on using, person's fast operating easy to use.
2. the secret function of giving information, significantly promotes data security.
Accompanying drawing explanation
Fig. 1 is the system architecture diagram that uses touchpad remote controller;
Fig. 2 is the operation chart that uses touchpad remote controller;
Fig. 3 is the first embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 4 is the second embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 5 is the 3rd embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 6 is the 4th embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 7 is the 5th embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 8 is the 6th embodiment schematic diagram that uses the control method of touchpad remote controller;
Fig. 9 is the 7th embodiment schematic diagram that uses the control method of touchpad remote controller;
Figure 10 is the embodiment schematic diagram that touchpad remote controller of the present invention uses multilayer light guiding film;
Figure 11 is the embodiment schematic diagram that uses the touchpad remote controller of multilayer light guiding film.
In figure, 10, telepilot 12, contact panel 14, menu unit 16, controlled device 18, accessory part 20, Trackpad 22, Trackpad 24, button 26, button group 28, biosensor 30, display 32, operating and controlling interface 34, Fumction display square 36, pointer 40, game remote option 42, PowerPoint option of operation 44, keyboard input option 46, physiological sensing option 48, Freehandhand-drawing input option 50, mouse action option 52, traditional remote controller option 62, finger 64, finger 66, pointer 68, pointer 70, dummy keyboard 72, game interface 74, game role 76, bullet 82, physiological sensing interface 84, physiological signal 86, physiological signal display window 88, user's database 92, finger 96, handwriting input window 100, the icon interface 102 of general telepilot, function key 104, enter key 106, pointer 112, finger sliding direction 114, finger sliding direction 116, finger sliding direction 118, finger sliding direction 120, finger sliding direction 122, finger sliding direction 132, the directionkeys 134 of PowerPoint operation, pointer 142, light guiding film 143, luminescence component 144, show light guiding film 142, the telepilot 146 of pattern, light guiding film 147, luminescence component 148, show light guiding film 146, the telepilot 150 of pattern, light guiding film 151, luminescence component 152, show light guiding film 150, the telepilot 154 of pattern, telepilot 156, Trackpad 158, Trackpad 162, function key group 164, function key group 166, light guiding film pattern 168 while enabling key-press input function, light guiding film pattern 170 while enabling multimedia function, mode key 172, dormancy/enable key 174, operation system function key 176, page up key.
Embodiment
Below in conjunction with embodiment and accompanying drawing thereof, the present invention is illustrated further.
Now refer to Fig. 1, Fig. 1 is the system architecture diagram that uses touchpad remote controller.As shown in the figure, described touchpad remote controller 10 comprises contact panel 12, menu unit 14.Contact panel 12 is for detecting the operation of inductor on contact panel 12, making controlled device 16 make differential responses and will send different instructions in response to each difference in functionality pattern.And this touchpad remote controller 10 utilize menu unit 14 with switch and trigger described multiple functional mode one of them, menu unit 14 can show according to control signal S1 indication controlled device 16 menu or the icon of multiple functional modes, allows user why know selected functional mode.And described control signal S1 can define a function key group on contact panel 12, via producing after inductor touching, or utilize user on contact panel 12, to carry out special operating gesture to produce control signal S1, and described special operating gesture can be by user's self-defining.In other embodiments, can produce control signal S1, person's fast operating easy to use as button with the accessory part 18 as in figure.
Fig. 2 is the operation chart that uses touchpad remote controller, one touchpad remote controller 10 comprises two Trackpads 20,22,26, one groups of biosensors 28 of button group with button 24 are positioned at telepilot two ends, and menu unit 14 (not being shown in figure).When user's pressing keys 24, just produce and control signal to menu unit 14, menu unit 14 indication displays 30 show operation-interface 32, in its operation-interface 32, show that described telepilot has multiple icon options, as game remote 40, PowerPoint operation 42, keyboard input 44, physiological sensing 46, Freehandhand-drawing input 48, mouse action 50, traditional remote controller 52 etc.While entering operation-interface 32, centre has a Fumction display square 34, in the time that user's finger moves on Trackpad 20 or Trackpad 22, described operation-interface can be shown as a pointer 36 by the position of user's finger on display 30, when described pointer 36 is in the time that each icon options moves, Fumction display square 34 just can show the title of described icon options, and person easy to use understands described icon options, can start the operation of difference in functionality pattern after clicking.In other embodiments, can on Trackpad 20 or Trackpad 22, define a function key group and replace button group 26; Or can utilize user to carry out special operating gesture on Trackpad 20 or Trackpad 22, and replace pressing keys 24, described operation-interface 32 is shown on display 30.
Fig. 3 is the first embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of keyboard input 44 in Fig. 2, on display 30, can show dummy keyboard 70, when two fingers 62,64 move in described two Trackpad 20,22 tops, with respect to the position on described two Trackpads 20,22, meeting display pointer 66,68 respectively on display 30, allow user need not see telepilot 10, directly on display 30, learnt the position of finger 62,64 by pointer 66,68.Under this keyboard input pattern, and two Trackpads 20,22 of described telepilot are defined by the configuration of the corresponding dummy keyboard 70 of a plurality of induction blocks, dummy keyboard comprises basic symbol, numeral or English alphabet, by pointing the each induction block of 62 or 64 contact, realize the input function of dummy keyboard 70.
Fig. 4 is the second embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of game remote 40 in Fig. 2, touchpad remote controller 10 rotations are taken the least important seat at a square table and become game manipulation handle, in the embodiment shown in fig. 4, two Trackpads 20,22 are defined by respectively mobile control panel and function key control panel.The function of two Trackpads also can right and left mutually changing, changes manipulation according to user's custom.The process of playing, the movement of finger 62 on Trackpad 20 controlled game role 74 accordingly in the movement of game interface 72.Because the carrying out of game directly controlled in the movement of finger, more convenient operating handle can be provided, be different from and play now in handle, general four-way, eight to or simulation handle-bar; And finger 64 desired location according to its function key on Trackpad 22 touches, just can make the role 74 in game make corresponding action, as emission bullet 76.
Fig. 5 is the 3rd embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of physiological sensing 46 in Fig. 2, on display 30, show physiological sensing interface 82.In the time that user is positioned over finger 62,64 in Fig. 2 biosensor 28, user and described telepilot 10 form a loop, thereby physiological sensing interface 82 can sense user's physiological signal 84, for example heartbeat information, and be presented in physiological signal display window 86.When measuring in user's database 88 of the database that just can set up later the own physiological signal of user in physiological sensing interface, described user's database 88 can be used to set up the data of different users's physiological signal.Because each user's physiological signal 84 has each other uniqueness, data and database that physiological sensing interface 82 is sensed are compared, and can identify user's identity of present remote controller 10.Aforementioned identification function has many advantages, and may be used on many occasions, and user's identity is confirmed in the match that is for example used in computer game, or is user's secret function of giving information, and the security of comparable known Password Input significantly promotes.Or, by Preferences conventional with it each user's identity being set up to association in user's database 88, so, can be after judging user's identity, apply mechanically described user's Preferences, for example volume, image quality etc., on the other hand, these Preferences also can be used the media information of minor teenager's loose contact in restriction man, such as violent program, game etc.
Fig. 6 is the 4th embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of Freehandhand-drawing input 48 in Fig. 2, activate a hand-written input window 96 and input various words, symbol or hand-drawing graphics for user.In the time that user's finger 92 touches slip on Trackpad 22, described handwriting input window 96 just there will be the motion track of finger 92, carry out identification by text-recognition software again, can reach the function of the various words of input or symbol, in different embodiment, also can arrange in pairs or groups and draw or image processing program, the desired image of Freehandhand-drawing user on Trackpad.
Fig. 7 is the 5th embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of traditional remote controller 52 in Fig. 2, on display 30, demonstrate as the icon interface 100 of telepilot, in the corresponding display of Trackpad 22, icon 104 is divided into different enter keies, as numeral, input, deletion etc., and another Trackpad 20 just can be set as difference in functionality key, as icon in Fig. 7 102, there is upper and lower channel selection, adjust volume, quiet ... etc. function key; In the time that finger 64 touches slip on Trackpad 20,22, on display 30, can show that a pointer 106 moves accordingly, person easy to use selects the each button in graphic interface 100.Under this pattern, telepilot 10 more can be formulated for plural number and plant functional mode with the controlled device in response to different, for example, under the functional mode of TV remote controller, can be used for selecting television channel; Under the functional mode of videocorder telepilot, can be used for controlling the broadcasting of film, turn or select watching paragraph soon; Under the functional mode of jukebox telepilot, just can be used for selecting song order.
Fig. 8 is the 6th embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of mouse action 50 in Fig. 2, have general mouse moving hand, click and click, double-click execution ... outside function, more definable two is pointed instruction operation control picture corresponding to 62,64 action of doing in two Trackpads 20,22, the function that for example rolls up nextpage, picture convergent-divergent, rotation, person easy to use browses archives.In Fig. 8, when two fingers 62,64 slide towards direction 112,116 on two Trackpads 20,22 simultaneously, just the instruction of " page up " is assigned in representative; Or slide towards direction 114,118, just the instruction of " lower one page " is assigned in representative. simultaneouslyWhen two fingers 62,64 simultaneously towards telepilot two ends as Fig. 8 in direction 112,118 slide, i.e. the instruction of " picture amplification " is assigned in representative; Otherwise, when two fingers simultaneously towards telepilot central authorities as Fig. 8 in direction 114,116 slide, represent the instruction of assigning " picture dwindles ".When a finger 62 is fixed on Trackpad 20, another finger 64 on Trackpad 22 down as Fig. 8 in direction 120 or upward as Fig. 8 in direction 122 slide, represent and assign the instruction of picture " clockwise rotation " or " inverse clock rotation ".
Fig. 9 is the 7th embodiment that uses the control method of touchpad remote controller 10.In the time enabling the function of PowerPoint operation 42 in Fig. 2, Trackpad 22 marks off four direction key up and down, in the time that user presses wherein a direction, in display, directionkeys 132 can show the directionkeys that user presses, more make corresponding function according to described directionkeys, as page up, lower one page ... Deng; And Trackpad 20 now has the function of general mouse, meeting display pointer 134 on display 30, in the time sliding on Trackpad 20, pointer 134 will move accordingly.
Touchpad remote controller of the present invention can be made by multilayer light guiding film, as shown in figure 10, Trackpad 20,22 includes multilayer light guiding film (light guide film), described every one deck includes a film and a lateral direction light emission assembly, utilizes the light transmission of membraneous material and refraction principle to reach the effect of leaded light.The corresponding different layers light guiding film of different functional modes.For example, in the time enabling the functional mode of game remote 40, only there is the luminescence component 143 of light guiding film 142 correspondences to have an effect, pattern in light guiding film 142 only can be seen, the pattern in light guiding film 142, as shown in figure number 144, can comprise mobile control and the project such as function key control; In the time that this telepilot 10 is switched to the functional mode of traditional remote controller 52, only there is the corresponding luminescence component 147 of light guiding film 146 to have an effect, the pattern in light guiding film 146 can be seen.The pattern of light guiding film 146 can, as shown in figure number 148, comprise each numerical key and function key; In the time that this telepilot is switched to the functional mode of keyboard input 44, only there is the corresponding luminescence component 151 of light guiding film 150 to have an effect, pattern in light guiding film 150 can be seen, pattern in light guiding film 150, as shown in figure number 152, comprises some basic symbols, numeral or English alphabet.
Figure 11 is the embodiment that uses the touchpad remote controller 154 of multilayer light guiding film.In touchpad remote controller 154, include two Trackpads 156,158, Trackpad 156,158 tops have respectively function key group 162,164 to switch in order to the functional mode of controlling Trackpad 156,158.Trackpad 156 comprises multilayer light guiding film and changes the pattern that shows Trackpad 156, light guiding film patterns 166,168 as different in Figure 154 right side along with the function of enabling.When user is in the time that the function key group 162 of Trackpad 156 tops is enabled the function of key-press input, definition key area is out shown on Trackpad 156 by light guiding film pattern 166, provide user in doing numeral input or utilize phonetic mode to coordinate the built-in dummy keyboard of multimedia computer to do when word is inputted to use in multimedia computer now, also can elect channel time, use; In the time that user enables multimedia function, definition multimedia control region is out shown on Trackpad 156 by light guiding film pattern 168, user is provided multimedia operations, the audio-visual broadcasting of tool (Play), suspend (Pause), stop (Stop), the multimedia function such as video recording (Record), F.F. (Fwd), rewind down (Rew), a upper head (Replay), next (Skip).In function key group 162, except enabling the mode key 170 of Trackpad 156 difference in functionalitys, also define the function key that coordinates multimedia computer, as dormancy/enable key 172, operation system function key 174, page up key 176 etc.Trackpad 158 has the function of general mouse, provide user as looked for fast, fast switching channels, sound adjustment, the function that channel switches and direction (upper and lower, left and right) is mobile etc.; Clockwise direction rotation, represent sound become large, channel upwards, move up, move right; Counterclockwise rotation, represent that sound diminishes, channel-downwards, move down, be moved to the left, user, as long as the function key group 164 above Trackpad 158 is selected required function, just can simply manipulate.
Can be understood by above explanation, the present invention utilizes the inputting interface of Trackpad as telepilot, and defines the configuration of Trackpad according to different functional modes, can make a telepilot have multiple several functionalities.According to the present invention, user operates the Trackpad of telepilot 10 according to the operation interface showing on display, obvious comparatively simple, intuition in use.And by the structure of the multilayer light guiding film shown in Figure 10 being integrated into Trackpad, can make telepilot of the present invention under each functional mode, show accordingly different operation interfaces.In addition, more can add the adjustment button in traditional channel selection and function at the back side of telepilot 10 of the present invention, as long as user will be used after telepilot 10 turn-overs, also button can be placed in to inner interlayer, after opening or slip off the Trackpad that is positioned at described telepilot upper strata, used.
Above embodiment is used for illustrative purposes only, but not limitation of the present invention, person skilled in the relevant technique, without departing from the spirit and scope of the present invention, can also make various conversion or variation.Therefore, all technical schemes that are equal to also should belong to category of the present invention, should be limited by each claim.
Claims (54)
1. a multi-functional touchpad remote controller, is characterized in that comprising:
Menu unit, has multiple functional modes, according to one control signal switch and trigger described multiple functional mode one of them; And
One contact panel, in order to detect the operation of inductor on described Trackpad, in the time of the keyboard input pattern activating in described functional mode, on described contact panel, define the button on multiple induction blocks are shown in controlled device dummy keyboard with correspondence, by the described multiple induction blocks of described inductor touching, realize the input function of described dummy keyboard.
2. telepilot as claimed in claim 1, is characterized in that, described contact panel more comprise detect the induction block touched of described inductor so that pointer movement to corresponding button in described dummy keyboard.
3. telepilot as claimed in claim 1, is characterized in that, when described contact panel is more included in the game remote pattern activating in described multiple functional modes, uses described touchpad remote controller to manipulate a game role.
4. telepilot as claimed in claim 3, is characterized in that, described contact panel comprises:
Mobile control zone, in order to detect the movement of the first inductor on described mobile control zone to control the movement of described game role; And
Function key control zone, in order to detect the position of the second inductor on described function key control zone to trigger the function key of corresponding described position.
5. telepilot as claimed in claim 1, it is characterized in that, when described contact panel is more included in the mouse action mode activating in described functional mode, if while only detecting that single inductor is on described contact panel, according to the movement of described single inductor and click, make the pointer on controlled device produce corresponding moving and clicking, if while detecting that two inductors are on described contact panel, the combination of actions according to described two inductors on described contact panel is to produce command signal to described controlled device.
6. telepilot as claimed in claim 5, is characterized in that, described combination of actions comprises described two inductors simultaneously toward moving left.
7. telepilot as claimed in claim 6, is characterized in that, described command signal comprises page up instruction.
8. telepilot as claimed in claim 5, is characterized in that, described combination of actions comprises described two inductors simultaneously toward moving right.
9. telepilot as claimed in claim 8, is characterized in that, described command signal comprises lower one page instruction.
10. telepilot as claimed in claim 5, is characterized in that, described combination of actions comprises mobile described two inductors so that closer to each other.
11. telepilots as claimed in claim 10, is characterized in that, described command signal comprises dwindles instruction.
12. telepilots as claimed in claim 5, is characterized in that, described combination of actions comprises mobile described two inductors so that away from each other.
13. telepilots as claimed in claim 12, is characterized in that, described command signal comprises amplification instruction.
14. telepilots as claimed in claim 5, is characterized in that, described combination of actions comprises fixing described two inductors one of them and mobile another inductor.
15. telepilots as claimed in claim 14, is characterized in that, described command signal comprises rotate instruction.
16. telepilots as claimed in claim 1, it is characterized in that, when described contact panel is more included in the Freehandhand-drawing input pattern activating in described functional mode, detect inductor in the motion track of described contact panel, note down described motion track for described controlled device identification.
17. telepilots as claimed in claim 1, it is characterized in that, when described contact panel is more included in the telepilot pattern activating in described functional mode, on described contact panel, define the button on the telepilot icon interface that multiple virtual keys show with the described controlled device of correspondence, detect virtual key that inductor touches so that pointer movement to corresponding button in described telepilot icon interface.
18. telepilots as claimed in claim 1, it is characterized in that, when described contact panel is more included in the PowerPoint operator scheme activating in described functional mode, definition direction block is on described contact panel, in the time that inductor is touched described direction block, produce the command signal of corresponding described direction block to controlled device.
19. telepilots as claimed in claim 18, is characterized in that, described command signal comprises page up instruction or lower one page instruction.
20. telepilots as claimed in claim 1, is characterized in that, more comprise one group of biosensor, are used for sensing and identification user's physiological signal.
21. telepilots as claimed in claim 20, is characterized in that, described physiological signal is in order to the identity of user described in identification.
22. telepilots as claimed in claim 1, is characterized in that, described contact panel more comprises that the special operating gesture on described contact panel produces described control signal according to described inductor.
23. telepilots as claimed in claim 1, is characterized in that, define a function key group in order to produce described control signal on described contact panel.
24. telepilots as claimed in claim 1, is characterized in that, more comprise an accessory part in order to produce described control signal.
25. telepilots as claimed in claim 24, is characterized in that, described accessory part is a button group.
26. telepilots as claimed in claim 1, is characterized in that, described menu unit more comprises indication controlled device and shows that one has the operation-interface of the mode option.
27. telepilots as claimed in claim 1, is characterized in that, more comprise a button group and set in order to the adjustment manipulating in channel selection and the function of controlled device.
28. telepilots as claimed in claim 1, is characterized in that, more comprise at least one deck light guiding film and are positioned under described contact panel, corresponding difference in functionality pattern separately.
29. telepilots as claimed in claim 28, is characterized in that, described layer light guiding film comprises:
One film, has image on described film; And
One luminescence component, in described film side, uses so that the image on described film is presented on described contact panel.
The control method of 30. 1 kinds of multi-functional touchpad remote controllers, described touchpad remote controller has a contact panel, it is characterized in that described method comprises the following step:
Trigger multiple functional modes one of them; And
In the time of the keyboard input pattern triggering in described multiple functional modes, indication controlled device shows dummy keyboard, on described contact panel, define multiple induction blocks with the button on the described dummy keyboard of correspondence, touch described multiple induction block by inductor, realize the input function of described dummy keyboard.
31. control methods as claimed in claim 30, is characterized in that, more comprise detect the induction block touched of described inductor so that pointer movement to corresponding button in described dummy keyboard.
32. control methods as claimed in claim 30, is characterized in that, while being more included in the game remote pattern triggering in described multiple functional modes, use described touchpad remote controller to manipulate a game role.
33. control methods as claimed in claim 32, is characterized in that, the described touchpad remote controller of described use manipulates in the step of a game role and comprises:
On described contact panel, define mobile control zone and function key control zone;
Detect the movement of the first inductor on described mobile control zone to control the movement of described game role; And
Detect the position of the second inductor on described function key control zone to trigger the function key of corresponding described position.
34. control methods as claimed in claim 30, is characterized in that, carry out the following step while being more included in the mouse action mode triggering in described multiple functional modes:
In the time only having single inductor on described contact panel, according to the movement of described single inductor and click, make the pointer on described controlled device produce corresponding moving and clicking; And
In the time having two inductors on described contact panel, detect and note down the combination of actions of described two inductors on described contact panel to produce command signal to described controlled device.
35. control methods as claimed in claim 34, is characterized in that, described combination of actions comprises described two inductors simultaneously toward moving left.
36. control methods as claimed in claim 34, is characterized in that, described command signal comprises page up instruction.
37. control methods as claimed in claim 34, is characterized in that, described combination of actions comprises described two inductors simultaneously toward moving right.
38. control methods as described in claim 34 or 37, is characterized in that, described command signal comprises lower one page instruction.
39. control methods as claimed in claim 34, is characterized in that, described combination of actions comprises mobile described two inductors so that closer to each other.
40. control methods as described in claim 34 or 39, is characterized in that, described command signal comprises dwindles instruction.
41. control methods as claimed in claim 34, is characterized in that, described combination of actions comprises mobile described two inductors so that away from each other.
42. control methods as described in claim 34 or 41, is characterized in that, described command signal comprises amplification instruction.
43. control methods as claimed in claim 34, is characterized in that, described combination of actions comprises fixing described two inductors one of them and mobile another inductor.
44. control methods as described in claim 34 or 43, is characterized in that, described command signal comprises rotate instruction.
45. control methods as claimed in claim 30, is characterized in that, carry out the following step while being more included in the Freehandhand-drawing input pattern triggering in described multiple functional modes:
Detect inductor in the motion track of described contact panel; And
Note down described motion track for described controlled device identification.
46. control methods as claimed in claim 30, is characterized in that, carry out the following step while being more included in the telepilot pattern triggering in described multiple functional modes:
Indicate described controlled device display remote controller icon interface;
On described contact panel, define multiple virtual keys with the button on the described telepilot icon of correspondence interface; And
Detect the virtual key touched of inductor so that pointer movement to corresponding button in described telepilot icon interface.
47. control methods as claimed in claim 30, is characterized in that, while being more included in the physiological sensing pattern triggering in described multiple functional modes, use the physiological signal of the biosensor sensing user on described touchpad remote controller.
48. control methods as claimed in claim 47, is characterized in that, more comprise according to described physiological signal, pick out described user's identity.
49. control methods as claimed in claim 30, is characterized in that, carry out the following step while being more included in the PowerPoint operator scheme triggering in described multiple functional modes:
Definition direction block is on described contact panel; And
In the time that inductor is touched described direction block, produce the command signal of corresponding described direction block to controlled device.
50. control methods as claimed in claim 49, is characterized in that, described command signal comprises page up instruction or lower one page instruction.
51. control methods as claimed in claim 30, is characterized in that, more comprise the described controlled device of indication and show that one has the operation-interface of the mode option.
52. control methods as claimed in claim 30, is characterized in that, one of them step of the multiple functional modes of described triggering comprises:
Define a function key group on described contact panel; And
Touch described function key group produce a control signal with trigger multiple functional modes one of them.
53. control methods as claimed in claim 30, it is characterized in that, one of them step of the multiple functional modes of described triggering comprises: the special operating gesture according to inductor on described contact panel produce a control signal with trigger multiple functional modes one of them.
54. control methods as claimed in claim 30, is characterized in that, one of them step of the multiple functional modes of described triggering comprises: press a button group with produce a control signal with trigger multiple functional modes one of them.
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| CN201310361663.1A CN103903418A (en) | 2009-12-14 | 2009-12-14 | Multifunctional touchpad remote controller and control method thereof |
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| CN201310361663.1A CN103903418A (en) | 2009-12-14 | 2009-12-14 | Multifunctional touchpad remote controller and control method thereof |
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| CN200910261565.4A Division CN101964141B (en) | 2009-06-02 | 2009-12-14 | Multi-functional touchpad remote controller and its control method |
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