CN103135876A - Touch device, electronic device and touch control method of electronic device - Google Patents
Touch device, electronic device and touch control method of electronic device Download PDFInfo
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- CN103135876A CN103135876A CN2013100905790A CN201310090579A CN103135876A CN 103135876 A CN103135876 A CN 103135876A CN 2013100905790 A CN2013100905790 A CN 2013100905790A CN 201310090579 A CN201310090579 A CN 201310090579A CN 103135876 A CN103135876 A CN 103135876A
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Abstract
The invention provides a first touch part which is used for detecting a first kind of touch action and producing a first kind of touch information, and a second touch part which is used for detecting a second kind of touch action and producing a second kind of touch information. The first kind of touch information and the second kind of touch information are combined into three-dimensional touch information. The touch device can be applied to all kinds of electronic devices and can be particularly used for controlling operations such like startup and shutdown and coordinate input of al kinds of electronic devices. The touch device can be applied to all kinds of electronic devices, and enables users to conduct input of three-dimensional touch coordinate information when the users use the electronic devices and to control the electronic devices through the information such like size of the provided touch pressure and length of touch time, and excellent input and control experience can be brought to the all kinds of electronic devices.
Description
Technical field
The present invention relates to electronic applications, particularly the touch-control control method of a kind of contactor control device, electronic installation and electronic installation.
Background technology
Existing electronic installation, smart mobile phone for example, usually with touch-screen, although but it is simple directly to click the mode of carrying out the corresponding command input on touch-screen, but existing the user needs the constantly problem of moveable finger click diverse location on touch-screen, causes whole hand of user all easily to occur tired.Simultaneously, when playing some game with smart mobile phone, the user wishes constantly can see the whole pictures in screen, if remove to click picture with finger, certainly will affect user's game experiencing.As seen, the touch input mode of existing electronic installation haves much room for improvement.
Summary of the invention
For this reason, the invention provides a kind of contactor control device, it has a kind of new structure, is suitable for a kind of new touch input mode, can make the electronic product with this contactor control device have more superior touch input mode.Contactor control device provided by the present invention comprises:
The first touch control part for detection of first kind touch action, produces first kind touch information;
The second touch control part for detection of the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information, and described first kind touch information and described Equations of The Second Kind touch information are combined as three-dimensional touch information.
Optionally, described the first touch control part is arranged at recessed bent surface of contact lower surface; Described the second touch control part is arranged at described recessed bent surface of contact lower surface bottom or below, lower surface bottom.
Optionally, the bottom of described recessed bent surface of contact or integral body are flexible.
Optionally, described recessed bent surface of contact is rigidity, and described recessed bent surface of contact can move up and down in the direction perpendicular to its bottom centre.
Optionally, described the first touch control part is flexible projected capacitive touch plate, and note invests described recessed bent surface of contact lower surface.
Optionally, described the first touch control part is middle flexible projected capacitive touch plate with perforate, and described flexible projected capacitive touch plate note invests described recessed bent surface of contact lower surface, and makes described perforate expose bottom described surface of contact.
Optionally, described the first touch control part is middle rigidity projected capacitive touch plate with perforate, and described rigidity projected capacitive touch sleeve-board is connected to described recessed bent surface of contact lower surface, and makes described perforate expose bottom described surface of contact.
Optionally, described the second touch control part is pressure sensitive touch control component or electric resistance touch-control element.
Optionally, described Equations of The Second Kind touch action is push action.
Optionally, described first kind touch action is the slippage action, and described first kind touch information comprises the coordinate information of orthogonal x axle and y axle.
Optionally, described Equations of The Second Kind touch action is push action, and described Equations of The Second Kind touch information comprises that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle.
Optionally, described Equations of The Second Kind touch information comprises at least a information in compressing time, press pressure and press pressure rate of change.
The present invention is corresponding provides a kind of electronic installation, comprising:
Contactor control device as above;
Touch control controller is used for controlling described contactor control device.
Optionally, this electronic installation is smart mobile phone, personal digital assistant, digital game machine, notebook computer or panel computer.
The present invention is the corresponding touch-control control method that a kind of electronic installation is provided also, and described electronic installation comprises contactor control device and the touch control controller of the above, and described touch control controller is used for controlling described contactor control device, comprising:
Described the first touch control part detects first kind touch action, produces first kind touch information;
Described the second touch control part detects the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information;
Described first kind touch information and/or described Equations of The Second Kind touch information that described touch control controller will satisfy Rule of judgment are converted into touching signals;
Described touching signals is controlled described electronic installation and is carried out corresponding operation.
Optionally, described Equations of The Second Kind touch action is push action, described Equations of The Second Kind touch information comprises compressing time and the press pressure of described push action, described touching signals is start and/or the off signal of described electronic installation, described start and/or the shutdown command that is operating as described electronic installation.
Optionally, described Equations of The Second Kind touch action is push action, described Equations of The Second Kind touch information comprises compressing time and the press pressure of described push action, described touching signals is locking and/or the unlocking signal of described electronic installation, described locking and/or the unlock command that is operating as described electronic installation.
Optionally, described Rule of judgment can arrange under set model, arrange under pattern described, described electronic installation automatically with duplicate detection more than three times to identical touch information save as described Rule of judgment.
Optionally, described first kind touch action is the slippage action, and described first kind touch information comprises the coordinate information of orthogonal x axle and y axle, and described touching signals is the coordinate input signal; Described order is the coordinate input command.
Optionally, described Equations of The Second Kind touch action is push action, and described Equations of The Second Kind touch information comprises that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle.
Optionally, described Equations of The Second Kind touch information also comprises at least a information in compressing time, press pressure and press pressure rate of change.
Compared with prior art, the present invention has the following advantages:
contactor control device provided by the present invention has for detection of the first touch control part of first kind touch action with for detection of the second touch control part of Equations of The Second Kind touch action, and can produce thus first kind touch information and the Equations of The Second Kind touch information that can synthesize three-dimensional touch information, thereby it can apply in all kinds of electronic devices, make the user when use has the electronic installation of this contactor control device, can carry out the input of three-dimensional touch coordinate information, and can utilize the size of the touch pressure that provides and information such as touching duration to control electronic installation, bring splendid input and control and experience for various electronic installations.
Electronic installation provided by the invention is owing to having contactor control device provided by the present invention, thereby the user can see that the display screen operation contactor control device of this electronic installation carries out corresponding instruction input, makes the user use more easily this electronic installation.Simultaneously, during due to the use contactor control device, finger needn't directly be clicked the display screen of this electronic installation, also makes the user watch the sight line of display screen more comprehensively with continuous.
Description of drawings
Fig. 1 is the embodiment of the present invention one contactor control device schematic diagram;
Fig. 2 is the embodiment of the present invention two contactor control device schematic diagram;
Fig. 3 is the embodiment of the present invention three contactor control device schematic diagram;
Fig. 4 is the embodiment of the present invention four contactor control device schematic diagram;
Fig. 5 is the embodiment of the present invention five smart mobile phone schematic diagram.
Embodiment
Embodiment one
The present embodiment provides a kind of contactor control device, and as shown in Figure 1, it comprises recessed bent surface of contact 11, the first touch control part 12 and the second touch control part 13.In the present embodiment, the first touch control part 12 is arranged on the lower surface of recessed bent surface of contact, and the second touch control part 13 is arranged on below recessed bent surface of contact 11 bottoms.Wherein the first touch control part 12 for detection of first kind touch action, produces first kind touch information.The second touch control part 12 for detection of the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information with described the first touch control part 11.And first kind touch information and Equations of The Second Kind touch information are combined as three-dimensional touch information.In one case, first kind touch action can be moved for slippage, and at this moment, corresponding first kind touch information can comprise the coordinate information of orthogonal x axle and y axle.In this case, the Equations of The Second Kind touch action can be push action, at this moment, corresponding Equations of The Second Kind touch information can comprise that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle, and the Equations of The Second Kind touch information can also comprise at least a information in compressing time, press pressure and press pressure rate of change.In another situation, the Equations of The Second Kind touch action still is push action, but the Equations of The Second Kind touch information does not comprise coordinate information, and includes only at least a information in compressing time, press pressure and press pressure rate of change.
In the present embodiment, recessed bent surface of contact 11 is the shallow end bowl-shape (shallow discoid), the suitable user's finger touch of this shape.When design, the curvature of recessed bent surface of contact 11 can be designed to be slightly larger than the curvature of finger surface.The present embodiment can further become to be applicable to the size of normal person's finger (particularly thumb) touch with the size design of recessed bent surface of contact 11 under this design.But the present invention does not limit recessed bent surface of contact 11, and only to be the shallow end bowl-shape, and in other embodiments, recessed bent surface of contact 11 can be other shape.For example recessed bent surface of contact 11 can also be to be recessed bent ellipticity, can more be fit to two fingers this moment and touch simultaneously and press, thereby can design recessed bent surface of contact 11 larger at this moment.
In the present embodiment, described the first touch control part 12 can be the projected capacitive touch plate, is more preferably, and this first touch control part 12 can be flexible projected capacitive touch plate.This first touch control part 12 specifically can include the flexible projected capacitive touch plate of flexible insulation substrate (not shown), and this flexible insulation substrate can be made by high-molecular organic material, such as flexible PET plate etc.
In forming these the first touch control part 12 processes, can be to form the touch-control electrode on the flexible insulation substrate surface (the touch-control electrode can be formed by sputter and etching by transparent conductive material, described material is preferably indium tin oxide), the flexible projected capacitive touch plate that then surface is formed with the touch-control electrode is attached to recessed bent surface of contact 11 lower surfaces.When finger (not shown) when touching the upper surface of recessed bent surface of contact 11, can cause the variation of self-capacitance between described touch-control electrode or mutual capacitance, thereby produce touch signal.
In the present embodiment, the touch-control electrode that forms on the first touch control part 12 can be both the single electrode that independently separates separately, can be also to be two axial cross one another electrodes.
In detecting the process that touches, this first touch control part 12 can be to detect the variation of each touch-control electrode pair earth capacitance, and both self-capacitance changed, and at this moment, detection mode is the single-point type touch control manner; Can be also to detect each touch-control electrode capacitance variations each other, namely detect mutual capacitance and change, by the cooperation of corresponding sweep signal and induced signal, can reach the effect of multi-point touch.Therefore, the contactor control device that the present embodiment provides both can single-point touch, also can be used for multi-point touch.
Please continue with reference to figure 1, in the present embodiment, the second touch control part 13 can be pressure sensitive touch control component or resistive element, and is preferably the pressure sensitive touch control component.The second touch control part 13 is arranged on below recessed bent surface of contact 11 bottoms, touches for detection of user's push type.In this case, although also can utilize the direct finger sensing of capacitance touching control whether by touching or near (upper surface) bottom of recessed bent surface of contact 11, but whether this mode can only test to have and touch and can not make a response to the dynamics that touches, thereby the feedack of can is comparatively limited.Thereby recessed bent surface of contact 11 is arranged to and can be being pressed the downward displacement of generation under touch.Can pressing under the condition that arranges that downward displacement occurs under touch, there be again two detection modes at recessed bent surface of contact 11.A kind of is that resistive touch detects, and another kind is that pressure sensitive touches detection.
The resistive touch detection mode is to utilize that separate and the conductive layer that have electric potential difference of two-layer script to come in contact pressing when touching, thereby makes electric current flow through this two conductive layers, namely produces touch signal.Whether this mode can only touch and can not make a response to the information such as dynamics that touch for detection of receiving.
The present embodiment is preferred, and described the second touch control part 13 forms for the pressure sensitive touch control component, and its detection mode is that above-mentioned pressure sensitive touches detection mode.This second touch control part 13 includes pressure sensitive, and piezoelectric effect can occur for it, namely when being under pressure, can be converted into current signal by the pressure that it is suffered, and the intensity of electric current and pressure is big or small linear.Like this, be subject to pressing when touching, the second touch control part 13 in the present embodiment can either reflect whether receive touch, and the various touch parameters such as retention time of size, pace of change and the pressure of pressure can react palpate the time.Thereby, use 13 pairs of the present embodiment the second touch control part to press accordingly touch and detect, just can provide more feedback information.To sum up state as can be known, in the contactor control device that the present embodiment provides, the first touch control part 12 is capacitive touch control element preferably, and the second touch control part 13 pressure sensitive touch control component preferably.Like this, the recessed bent surface of contact 11 in the present embodiment can have two modes to mate this two touch control components.
In the present embodiment, recessed bent surface of contact 11 can be two kinds of curved surfaces of different nature.In the first, this recessed bent surface of contact 11 is rigid face, but it can move up and down, and can return to original position after external force is eliminated.Like this, guarantee that recessed bent surface of contact 11 can be applied to the second touch control part 13 downwards when pressing touch-control receiving, so that the second touch control part 13 receives corresponding touch informations.Simultaneously, because recessed bent surface of contact 11 is rigidity, thereby the capacitive touch control element of its lower surface can be protected preferably.In another kind of situation, this recessed bent surface of contact 11 bottom at least is flexible, is perhaps flexible all over.At this moment, deformation can occur and protrude downwards receiving when pressing touch-control in its bottom, is applied to the second touch control part 13 below its bottom, makes equally the second touch control part 13 receive corresponding touch informations.In the situation that recessed bent surface of contact 11 is flexible; the first touch control part 12 also is preferably flexible; and recessed bent surface of contact 11 bottoms have identical or approaching flexibility with the first touch control part 12, can protect preferably like this touch-control electrode of the first touch control part 12 not to be destroyed.Therefrom also can find out, during less than the first touch control part 12 flexible, whole recessed bent surface of contact 11 can be all flexible when the flexibility of recessed bent surface of contact 11.
Although show in Fig. 1 with the first touch control part 12 be connected the touch-control connecting line that touch control part 13 is connected, but, when follow-up and corresponding integrated circuit controller are electrically connected to, the second touch control part 13 can be connected with integrated circuit controller from himself drawing corresponding wire, the first 12 ones of touch-controls can extend to corresponding touch-control electrode the upper edge of recessed bent surface of contact 11 lower surfaces by the electric conduction routing between electrode, then concentrate and FPC(flexible circuit printed panel) pin is fitted and connected to corresponding integrated circuit controller.Can make respective design according to corresponding total in concrete contactor control device, the present invention does not limit the connected mode of contactor control device and integrated circuit controller.
The contactor control device that the present embodiment provides is owing to having recessed bent surface of contact 11, the first touch control part 12 and the second touch control part 13, thereby when the user touches this contactor control device, described the first touch control part 12 and described second touch control part 13 of this contactor control device can provide respectively different touching signals, thereby both can provide three-dimensional touch coordinate information, the size of touch pressure can be provided again and touch the information such as duration, its utilization scope is very extensive, and operational mode is very flexible.
Because contactor control device provided by the present invention has said structure and character, contactor control device provided by the present invention can be applied in all kinds of electronic devices, thereby can reach the effect of the operations such as the switching on and shutting down of controlling all kinds of electronic devices and coordinate input.Utilize said structure and the character of this contactor control device, make the user when use has the electronic installation of this contactor control device, can carry out the input of three-dimensional touch coordinate information, and can utilize the size of the touch pressure that provides and information such as touching duration to control electronic installation, bring splendid input and control and experience for various electronic installations.
Embodiment two
The present embodiment provides another contactor control device, the contactor control device that the present embodiment provides is identical with the most of structure and composition of the contactor control device in embodiment one, the content of same section in can reference example one, the present embodiment only are illustrated both difference.
Please refer to Fig. 2, in the present embodiment, the first touch control part 22 is middle flexible Trackpad with perforate, after it completes, note invests described recessed bent surface of contact 21 lower surfaces, and like this, the described perforate of the first touch control part 22 will be exposed the bottom 211 of described recessed bent surface of contact 21.Thereby can be made into flexibility in a bottom 211 with recessed bent surface of contact 21, in the process of pressing, only bottom 211 generation deformation are protruded downwards, produce the respective action masterpiece and are used for the second touch control part 23.The present embodiment can be protected the first touch control part 22 preferably by this structure.
Need the different materials different process to make owing to only the bottom 211 of recessed bent surface of contact 21 being made into flexibility, in other embodiments of the invention, still whole recessed bent surface of contact 21 can be made into flexible face.Like this, remain the bottom 211 of recessed bent surface of contact 21 due to deformation quantity maximum the most concentrated place, and bottom 211 lower surfaces protrude from the perforate of the first touch control part 22, so the first touch control part 22 still is difficult for being damaged.Simultaneously, because the first touch control part 22 also can be produced on flexible base, board, its note can guarantee the term of life of growing after being attached to recessed bent surface of contact 21 lower surface peripheries.
Embodiment three
The present embodiment provides another contactor control device, the contactor control device that the present embodiment provides is identical with the most of structure and composition of the contactor control device in embodiment one and two, the content of same section in can reference example one and two, the present embodiment only is illustrated the difference between them.
Please refer to Fig. 3, in the present embodiment, the first touch control part 32 is preferably the projected capacitive touch plate, and considering this first touch control part 32 is made becomes comparatively difficulty of curved surface, thereby takes direct the first plane touch control part 32 notes with middle perforate to be attached to recessed bent surface of contact 31 lower surfaces.In concrete manufacturing process, plane first touch control part 32 of middle perforate directly can be socketed in recessed bent surface of contact 31 lower surfaces, more bonding or other fixed form makes the first touch control part 32 be positioned at recessed bent surface of contact 31 lower surfaces by glue.Like this, the first touch control part 32 had both been exposed recessed bent surface of contact 31 lower surfaces bottoms 311, exposed again the upper periphery 312 of recessed bent surface of contact 31 lower surfaces.Because capacitive touch control plate gets final product finger sensing at finger apart from certain distance, thereby this mode still can be implemented the touch controllable function of recessed bent surface of contact 31 peripheries.Simultaneously, owing to the first touch control part 32 not being coated on the lower surface of recessed bent surface of contact 31, thereby when pressing touch, the acting force of finger can be delivered to the second touch control part 33 that are arranged at below recessed bent surface of contact 31 bottoms 311 better, make the second touch control part better sensing press touch.
Embodiment four
The present embodiment provides another contactor control device, the contactor control device that the present embodiment provides is identical with the most of structure and composition of the contactor control device in embodiment one, two and three, the content of same section in can reference example one, two and three, the present embodiment only is illustrated the difference between them.
Please refer to Fig. 4, in the present embodiment, the first touch control part 42 adheres to recessed bent surface of contact 41 lower surfaces for flexible capacitor board, and exposes bottom recessed bent surface of contact 41 lower surfaces, and the second touch control part 43 is set directly at bottom recessed bent surface of contact 41 lower surfaces.In the present embodiment, can be arranged to flexiblely with recessed bent surface of contact 41 is whole, deformation can occur downwards in it when being subject to down force pressure, can be also that to only have the bottom of recessed bent surface of contact 41 be flexible, when being subject to down force pressure, deformation can occur downwards in its bottom.The second touch control part 43 can be to be made by pressure sensitive, and is formed on bottom recessed bent surface of contact 41 lower surfaces, then arranges one below the second touch control part 43 again and presses the supportive device (not shown), and this presses supportive device can be simple stiffener plate.When recessed bent surface of contact 41 upper surface of user's finger presses, the second touch control part 43 that is positioned at recessed bent surface of contact 41 lower surfaces bottoms is pressed down on support platform, it can bear the relevant pressure of user mobile phone, and is converted into corresponding touch information and sends to corresponding controller, reaches the touch-control purpose.
need to prove, in other embodiments of the invention, can also design the whole rigidity that is of whole recessed bent surface of contact 41, (this distance is preferably disposed in 5mm but recessed bent surface of contact 41 can move up and down certain distance along the straight line perpendicular to bottom centre, can utilize the setting principle of mobile phone mechanical key to realize, namely this moment recessed bent surface of contact 41 is pressed the mechanical key setting), make when being subject to down force pressure, it can move down, and the second touch control part 43 is pressed against press the supportive device (not shown), after pressure is cancelled, it can return to the origin-location, can realize touch-control equally.Above-mentioned rectilinear direction perpendicular to recessed bent surface of contact 41 bottom centre can be referring to the vertical direction in Fig. 4, but this direction is not exactly the vertical direction in Fig. 4, but the straight line of the inside, oblique plane shown in Figure 4 from top to bottom, reason is that contactor control device shown in Fig. 4 is not to keep flat, but slightly to the placement of turning up.
The invention provides a kind of electronic installation, this electronic installation comprises described any one contactor control device of embodiment one to four, and comprises touch control controller, and described touch control controller is used for controlling described contactor control device.The below is illustrated electronic installation provided by the present invention with specific embodiment.
Embodiment five
The electronic installation of the present embodiment please refer to Fig. 5 take smart mobile phone as example, and this smart mobile phone 500 comprises casing 510, display screen 520, contactor control device 530 and the touch control controller that is used for controlling contactor control device 530.Contactor control device 530 in the present embodiment is described any one contactor control device of embodiment one to three.
The recessed bent surface of contact that has only shown contactor control device 530 in Fig. 5, the inner structure of contactor control device 530 and touch control controller do not show.And preferred in the present embodiment, smart mobile phone 500 also comprises mainboard chip (not shown), and further preferred, described touch control controller is integrated in described mainboard chip.Contactor control device 530 can be connected with touch control controller by smart mobile phone 500 mainboard chip general-purpose interfaces.
The smart mobile phone 500 that the present embodiment provides is owing to having contactor control device 530, and this contactor control device 530 is installed on described display screen 520 belows, thereby the user can see that display screen 520 operation contactor control devices 530 carry out corresponding instruction input, thereby touching device 530 can make the user use more easily smart mobile phone 500.Simultaneously, finger needn't directly be clicked display screen 520 owing to using contactor control device 530, also makes the user watch sight line more comprehensively and continuously to display screen 520.
Need to prove, in other embodiments, contactor control device 530 also can be arranged on other position, even can be arranged on the smart mobile phone back side, this mode can so that casing 510 fronts of smart mobile phone 500 have more spaces to be used for display screen 520 is set, also just can design display screen 520 greatlyr.
In the present embodiment, smart mobile phone 500 only comprises a contactor control device 530.But, can comprise not only contactor control device in the smart mobile phone that other embodiment of the present invention provides, two contactor control devices for example are set, these two contactor control devices all can be arranged on below display screen, the user just can operate and use this two contactor control devices with each finger of two hands simultaneously like this.At this moment, the user can use this smart-phone device as using game paddle, and this just makes the user when using this smart mobile phone to play games, can two manual manipulations, bring better game experiencing.
In the present embodiment, this electronic installation is smart mobile phone, but in other embodiments of the invention, described electronic installation can also be personal digital assistant, digital game machine, notebook computer or panel computer etc.
The present invention also provides a kind of touch-control control method of electronic installation, this electronic installation can be smart mobile phone, personal digital assistant, digital game machine, notebook computer or panel computer, this electronic installation comprises any one contactor control device as described in embodiment one to four, and comprising touch control controller, described touch control controller is used for controlling described contactor control device.The below is illustrated with the touch-control control method of specific embodiment to electronic installation provided by the present invention.
Embodiment six
The present embodiment provides the touch-control control method of a kind of electronic installation (i.e. this smart mobile phone) take smart mobile phone as example.The concrete structure of this smart mobile phone can with reference to figure 5, can be still also other structure, as long as this smart mobile phone includes any one contactor control device as described in embodiment one to four.The present embodiment directly illustrates with smart mobile phone shown in Figure 5 for expressing more intuitively.Thereby please refer to Fig. 5, this smart mobile phone 500 comprises casing 510, display screen 520, contactor control device 530 and the touch control controller that is used for controlling contactor control device 530.Wherein contactor control device 530 is arranged on display screen 520 belows, and it comprises recessed bent surface of contact, the first touch control part and the second touch control part.
In the present embodiment, this touch-control control method is utilized second touch control part (please refer to embodiment one to four corresponding contents) of contactor control device 530.Specifically comprise the steps:
S61, the second touch control part detects the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information.
In the present embodiment, described Equations of The Second Kind touch action is push action, described Equations of The Second Kind touch information comprises compressing time and the press pressure of described push action, i.e. when user's finger presses contactor control device 530 (this moment user point what directly touch be recessed bent surface of contact upper surface), the second induction part (being preferably the pressure sensitive touch control part) that is positioned at below recessed bent surface of contact bottom or bottom receives push action, and produce and to press touch information, this is pressed touch information and comprises press pressure, compressing time and press pressure rate of change etc.
The described Equations of The Second Kind touch information that S62, described touch control controller will satisfy Rule of judgment is converted into touching signals.
In the touch-control control method of the smart mobile phone that provides of the present embodiment, because the second touch control part not only can detect, whether touch action is arranged, can also make detection to information such as the pressure of touch action and compressing times, whether thereby can enough corresponding Rule of judgment to limit each touch action be effective touch, to determine that touch action (push action) whether as effective touch action, prevents from making because of user's accident touch on touch control device 530 operational order of smart mobile phone execution error.
Concrete Rule of judgment can be the Rule of judgment of giving tacit consent in mobile phone, when the touch information that is produced by above-mentioned push action satisfies Rule of judgment, it is confirmed as effective touch information, and should transform by effective touch information, be converted into corresponding touching signals.In the present embodiment, by above-mentioned push action the final touching signals that produces can be start and/or the off signal of smart mobile phone 500, can be also the keyboard of smart mobile phone 500 or locking and/or the unlocking signal of touch-screen.For example can set the user and need to press the second touch control part more than three seconds with the press pressure more than three newton, can make described smart mobile phone 500 starts or shutdown.For example can set again the user and need to press the second touch control part twice being separated by in two seconds with the press pressure more than three newton, can make keyboard (touch-screen) locking or the release of described smart mobile phone 500.
in the touch-control control method of the smart mobile phone that the present embodiment provides, because the second touch control part not only can detect, whether touch action is arranged, can also make detection to pressure and the compressing time of touch action, thereby, the touch-control control method of this smart mobile phone can also be set above-mentioned Rule of judgment according to user's operating habit, this smart mobile phone 500(or other electronic installation can be set) have a kind of pattern that arranges, described Rule of judgment can arrange under this arranges pattern, for example, arrange under pattern described, this smart mobile phone 500 automatically with this contactor control device more than 530 3 times duplicate detection to identical touch information save as described Rule of judgment.Like this, the user just can arrange switching on and shutting down or decide the corresponding touch action of various operational orders such as release in the situation that enter the pattern of setting, makes this smart mobile phone 500 more meet user's operating habit.
Need to prove, in another situation, the touch-control control method of this smart mobile phone also can save as described Rule of judgment with identical touch information specifically arranging under pattern, but touch in use procedure the user, this smart mobile phone 500 directly saves as Rule of judgment with the identical touch information that this contactor control device more than 530 time (for example more than ten times) detects automatically.
S63, described touching signals is controlled described electronic installation and is carried out corresponding operation.
The touching signals that the touch-control control method of the smart mobile phone that the present embodiment provides finally obtains can be controlled smart mobile phone and carry out corresponding operation.For example, if the final touching signals that produces of above-mentioned push action is start or the off signal of smart mobile phone, this smart mobile phone will enter start or power-off operation; If touch-screen locking or unlocking signal that the final touching signals that produces of above-mentioned push action is smart mobile phone, this smart mobile phone will enter touch-screen locking or unlocking operation.
Embodiment seven
The present embodiment provides a kind of touch-control control method of electronic installation still take smart mobile phone as example.The concrete structure of this smart mobile phone can with reference to figure 5, can be still also other structure, as long as this smart mobile phone includes any one contactor control device as described in embodiment one to four.The present embodiment directly illustrates with smart mobile phone shown in Figure 5 for expressing more intuitively.Thereby please refer to Fig. 5, this smart mobile phone 500 comprises casing 510, display screen 520, contactor control device 530 and the touch control controller that is used for controlling contactor control device 530.Wherein contactor control device 530 is arranged on display screen 520 belows, and it includes recessed bent surface of contact, the first touch control part and the second touch control part.
In the present embodiment, this touch-control control method is utilized the first touch control part and second touch control part (please refer to embodiment one to four corresponding contents) of contactor control device 530.Specifically comprise the steps:
S71, described the first touch control part detects first kind touch action, produces first kind touch information.
In the present embodiment, described first kind touch action is the slippage action, and described first kind touch information comprises the coordinate information of orthogonal x axle and y axle.Because the first touch control part is capacitance touching control section, thereby, it can detect whether receive touch operation delicately, simultaneously, it can detect the two-dimensional touch coordinate, in the present embodiment, specifically this two-dimensional touch coordinate is decomposed into the coordinate of orthogonal x axial coordinate and y axle, when the user carried out the slippage touch operation, the first touch control part of contactor control device 530 can detect in slipping, and first detects touch point coordinate information (x constantly
1, y
1), second is detected touch point coordinate information (x constantly
2, y
2), the 3rd is detected touch point coordinate information (x constantly
3, y
3) ..., (n-1) individual detection touch point coordinate information (x constantly
n-1, y
n-1), n is detected touch point coordinate information (x constantly
n, y
n) (n represents the natural number greater than 3).And can obtain two touch point changes in coordinates that detect between the moment, for example, first detects constantly and the second detection touch point changes in coordinates (Δ x constantly
1,2, Δ y
1,2), second is detected the moment and detects touch point changes in coordinates (Δ x constantly with the 3rd
2,3, Δ y
2,3), (n-1) individual detection detects touch point changes in coordinates (Δ x constantly with n constantly
N-1, n, Δ y
N-1, n).
S72, described the second touch control part detects the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information.
In the present embodiment, described Equations of The Second Kind touch action is push action, and described Equations of The Second Kind touch information comprises that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle.Described the second touch control part is preferably the pressure sensitive touch control part, and it can either detect whether receive touch operation, the information such as corresponding pressure size and pressure time also can be detected.In the present embodiment, the pressure size that this second touch control part can be pressed the user who detects contactor control device 530 is converted into z axial coordinate changing value, namely detects constantly at each, and the corresponding z axial coordinate that detects at that time of the second touch control part is z
1, z
2..., z
n-1, z
nThe z axial coordinate is changed to Δ z
1,2, Δ z
2,3..., Δ z
N-1, n, wherein the size of Δ z value can be determined according to the pressure size, like this, just can make in three-dimensional input process, makes the user have more vivid input to experience.
Described first kind touch information and/or described Equations of The Second Kind touch information that S73, described touch control controller will satisfy Rule of judgment are converted into touching signals.
In the present embodiment, when needs carried out the three-dimensional coordinate input, the z axial coordinate that the two-dimensional coordinate that the first touch control part can be obtained and the second touch control part obtain synthesized, and formed three-dimensional coordinate.For example, after synthesizing, detect constantly touch point coordinate information (x at first
1, y
1, z
1), second is detected touch point coordinate information (x constantly
2, y
2, z
2), the 3rd is detected touch point coordinate information (x constantly
3, y
3, z
3) ..., (n-1) individual detection touch point coordinate information (x constantly
n-1, y
n-1, z
n-1), n is detected touch point coordinate information (x constantly
n, y
n, z
n).Accordingly, can also obtain two three-dimensional touch point changes in coordinates that detect between the moment, for example, first detects constantly and the second detection touch point changes in coordinates (Δ x constantly
1,2, Δ y
1,2, Δ z
1,2), second is detected the moment and detects touch point changes in coordinates (Δ x constantly with the 3rd
2,3, Δ y
2,3, Δ z
2,3), (n-1) individual detection detects touch point changes in coordinates (Δ x constantly with n constantly
N-1, n, Δ y
N-1, n, Δ z
N-1, n).
After having formed the variation of above-mentioned three-dimensional coordinate and three-dimensional coordinate, the touch-control control method of the electronic installation that the present embodiment provides can be made contactor control device 530 and be carried out easily the coordinate input.For example, if when needing the real-time touch coordinate of input, only need to detect touch point coordinate information (x constantly with m
m, y
m, z
m) (m represents natural number) be converted in touching signals input smart mobile phone 500, smart mobile phone just can directly carry out corresponding coordinate input command, if need the input coordinate change information, m is detected constantly and detect touch point changes in coordinates (Δ x constantly with (m+1)
M, m+1, Δ y
M, m+1, Δ z
M, m+1).
S74, described touching signals is controlled described electronic installation and is carried out corresponding operation.
The touch-control control method of the electronic installation that the present embodiment provides the most above-mentioned touch point coordinate input signal or touch point changes in coordinates input signal is used for controlling smart mobile phone 500 and carries out corresponding operations, for example when the user uses smart mobile phone to play the 3D game, obtain above-mentioned coordinate (x at smart mobile phone 500
m, y
m, z
m) touching signals the time, can be to make video game image (such as figure image or machinery image etc.) arrive corresponding coordinate points in display screen, and obtain above-mentioned changes in coordinates (Δ x at smart mobile phone 500
M, m+1, Δ y
M, m+1, Δ z
M, m+1) time, can be to make video game image move corresponding changes in coordinates (Δ x
M, m+1, Δ y
M, m+1, Δ z
M, m+1), to arrive new position in screen.Owing to can carry out three-dimensional coordinate input, and input mode can be both concrete coordinate figure, can be also the changes in coordinates value, thereby the touch-control control method of the electronic installation of the present embodiment can be so that the user has more vivid game experiencing when playing the 3D game.
Need to prove, if when not needing three-dimensional input, the touch-control control method of the electronic installation that the present embodiment provides can directly project into three-dimensional coordinate two-dimensional coordinate can enter the two-dimensional coordinate input.The above is only specific embodiments of the invention; purpose is in order to make those skilled in the art better understand spirit of the present invention; yet protection scope of the present invention is not take the specific descriptions of this specific embodiment as limited range; any those skilled in the art is in the scope that does not break away from spirit of the present invention; can make an amendment specific embodiments of the invention, and not break away from protection scope of the present invention.
Claims (21)
1. a contactor control device, is characterized in that, comprising:
The first touch control part for detection of first kind touch action, produces first kind touch information;
The second touch control part for detection of the Equations of The Second Kind touch action, produces the Equations of The Second Kind touch information, and described first kind touch information and described Equations of The Second Kind touch information are combined as three-dimensional touch information.
2. contactor control device as claimed in claim 1, is characterized in that, described the first touch control part is arranged at recessed bent surface of contact lower surface; Described the second touch control part is arranged at described recessed bent surface of contact lower surface bottom or below, lower surface bottom.
3. contactor control device as claimed in claim 2, is characterized in that, it is flexible that the bottom of described recessed bent surface of contact or integral body are.
4. contactor control device as claimed in claim 2, is characterized in that, described recessed bent surface of contact is rigidity, and described recessed bent surface of contact can move up and down in the direction perpendicular to its bottom centre.
5. as claim 2, the 3 or 4 described contactor control devices of any one, it is characterized in that, described the first touch control part is flexible projected capacitive touch plate, and note invests described recessed bent surface of contact lower surface.
6. as claim 2, the 3 or 4 described contactor control devices of any one, it is characterized in that, described the first touch control part is middle flexible projected capacitive touch plate with perforate, described flexible projected capacitive touch plate note invests described recessed bent surface of contact lower surface, and makes described perforate expose bottom described surface of contact.
7. as claim 2, the 3 or 4 described contactor control devices of any one, it is characterized in that, described the first touch control part is middle rigidity projected capacitive touch plate with perforate, described rigidity projected capacitive touch sleeve-board is connected to described recessed bent surface of contact lower surface, and makes described perforate expose bottom described surface of contact.
8. as claim 2, the 3 or 4 described contactor control devices of any one, it is characterized in that, described the second touch control part is pressure sensitive touch control component or electric resistance touch-control element.
9. contactor control device as claimed in claim 1, is characterized in that, described Equations of The Second Kind touch action is push action.
10. contactor control device as claimed in claim 1, is characterized in that, described first kind touch action is the slippage action, and described first kind touch information comprises the coordinate information of orthogonal x axle and y axle.
11. contactor control device as claimed in claim 1 is characterized in that, described Equations of The Second Kind touch action is push action, and described Equations of The Second Kind touch information comprises that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle.
12. contactor control device as described in claim 9 or 11 is characterized in that, described Equations of The Second Kind touch information comprises at least a information in compressing time, press pressure and press pressure rate of change.
13. an electronic installation is characterized in that, comprising:
Contactor control device as described in claim 1 to 12 any one;
Touch control controller is used for controlling described contactor control device.
14. electronic installation as claimed in claim 13 is characterized in that, this electronic installation is smart mobile phone, personal digital assistant, digital game machine, notebook computer or panel computer.
15. the touch-control control method of an electronic installation, described electronic installation comprise contactor control device as described in claim 1 to 8 any one and touch control controller, described touch control controller is used for controlling described contactor control device, it is characterized in that, comprising:
Described first kind touch information and/or described Equations of The Second Kind touch information that described touch control controller will satisfy Rule of judgment are converted into touching signals, and described touching signals is controlled described electronic installation and carried out corresponding operation.
16. touch-control control method as claimed in claim 15, it is characterized in that, described Equations of The Second Kind touch action is push action, described Equations of The Second Kind touch information comprises compressing time and the press pressure of described push action, described touching signals is start and/or the off signal of described electronic installation, described start and/or the shutdown command that is operating as described electronic installation.
17. touch-control control method as claimed in claim 15, it is characterized in that, described Equations of The Second Kind touch action is push action, described Equations of The Second Kind touch information comprises compressing time and the press pressure of described push action, described touching signals is locking and/or the unlocking signal of described electronic installation, described locking and/or the unlock command that is operating as described electronic installation.
18. as claim 15, the 16 or 17 described touch-control control methods of any one, it is characterized in that, described Rule of judgment can arrange under set model, arrange under pattern described, described electronic installation automatically with duplicate detection more than three times to identical touch information save as described Rule of judgment.
19. touch-control control method as claimed in claim 15 is characterized in that, described first kind touch action is the slippage action, and described first kind touch information comprises the coordinate information of orthogonal x axle and y axle, and described touching signals is the coordinate input signal; Described order is the coordinate input command.
20. touch-control control method as claimed in claim 19 is characterized in that, described Equations of The Second Kind touch action is push action, and described Equations of The Second Kind touch information comprises that the while is perpendicular to the coordinate information of the z axle of described x axle and described y axle.
21. as claim 15,19 or 20 described touch-control control methods, it is characterized in that, described Equations of The Second Kind touch information also comprises at least a information in compressing time, press pressure and press pressure rate of change.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310090579.0A CN103135876B (en) | 2013-03-20 | 2013-03-20 | The touch-control control method of contactor control device, electronic installation and electronic installation |
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| CN201310090579.0A CN103135876B (en) | 2013-03-20 | 2013-03-20 | The touch-control control method of contactor control device, electronic installation and electronic installation |
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| CN103135876B CN103135876B (en) | 2016-05-25 |
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