CN101984384A - Mobile terminal and design method of operation and control technology thereof - Google Patents
Mobile terminal and design method of operation and control technology thereof Download PDFInfo
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Abstract
The invention discloses a mobile terminal and a design method of an operation and control system thereof, the mobile terminal comprises a machine body and an embedded central processing unit, wherein a back surface touch panel is mounted on the back surface of the machine body, and three-state buttons are respectively mounted in lower middle positions on two sides of the machine body; and the embedded central processing unit is the embedded central processing unit equipped with the operation and control system including finger action semantic recognition, a virtual keyboard and an input method. The design method comprises the steps of designing the shape of the machine body, designing the finger action semantic recognition under the support of an algorithm of the operation and control system and designing the virtual keyboard and the input method in the operation and control system. The invention designs the back surface touch type mobile terminal with natural operation and control concept, thereby realizing the purposes of maximizing the liberation of a front surface touch screen, easily realizing operation and control, in particular to text input by single hand, improving the intelligent operation and control based on full combination of system software algorithm, software and hardware, leading the operation to cater for habitual thinking and natural reaction of a user, and being suitable for long-time use.
Description
Technical field
The invention belongs to the mobile communication technology field, particularly a kind of portable terminal and control the method for designing of technology.
Background technology
Development along with mobile Internet and Internet of Things, people obtain information, amusement by mobile terminal Internet access more and more, in addition, portable terminal also will be played an important role and will be connected upper strata universal network and lower floor's private, as: be connected the Internet and sensor network, become the user control other electric equipments assist users better with the mutual instrument of network, environment, object and machine, mean that people will more and more rely on portable terminal, it is omnipotent to make portable terminal tend to a machine.Because the time and the frequency of the daily use portable terminal of people will far surpass in the past, this requires portable terminal will meet the ergonomics requirement, be fit to long-time and high frequency time is manipulated, better human-computer interaction interface, viewing angle preferably are arranged and operate more easily.
At present, the input and the control mode of the existing portable terminal in market roughly have following several:
1, ten two-digits/literal button+function of bonding: the most classical portable terminal layout also is that the most widely the consumer accepts, becomes the type that masses control custom.But this mode limits the size of screen, or to enlarge controlling of sacrificing that keyboard size brings narrow owing to screen.
2, Qwerty full key board dish-type: be derived from the design of computor-keyboard, and adopted in a large number by popularizing of smart mobile phone, more welcome in North America market, the typical case is as the PPC mobile phone of blackberry, blueberry and HTC.Better words input mode and the function button that is beneficial to the intelligent machine of transplanting PC mapping is provided, but can't realize that one hand controls makes simultaneously that terminal volume is big, complex structure.
3, touch screen type: creatively input and output are incorporated on the same screen, have more intuitive man-machine interaction and experience, but can't realize the one-handed performance that character is imported at present, easily cause mistake input and maloperation, and easily fall.
4, mixed type: mix above control mode two kinds only is to cater to requirements of different users.
In sum, the problem following points of portable terminal existence:
1, the size of keyboard and screen size condition each other, and influence portable terminal and user's interactivity;
2, singlehanded handling not good;
3, shortage is controlled identification to optimize user's experience from the support of operating system level specially;
4, the ergonomic designs aspect is considered to be not enough to support the user to use fatiguability for a long time.
The limitation of existing portable terminal can't satisfy the request for utilization of network environment, communication environment and the observing and controlling environment in now and future, is not suitable for providing the user long-time and high frequency time use.Portable terminal control and interactive mode is improved or is redesigned, can support mobile Internet and Internet of Things to use better to portable terminal, assisting users uses network and other equipment of control, all will play crucial effects.
Summary of the invention
Be to solve the problems referred to above that prior art exists, size and the screen size that the present invention will design a kind of keyboard do not condition each other, singlehanded handling good, can control identification and the long-time tireless portable terminal of use of user and control the method for designing of technology from the support of operating system level.
To achieve these goals, technical scheme of the present invention is as follows:
A kind of portable terminal, comprise fuselage and embedded central processing unit, described fuselage comprises usb data interface/charging inlet, positive touch screen, receiver, preceding camera and light sensor, start key/control locking to separate locking key, 3.5mm standard earphone interface, loudspeaker and main camera and flashlamp, the back side of described fuselage is equipped with back side touch pad, and the position that the middle part of described fuselage both sides is suitable for thumb on the lower side is separately installed with left ternary button and right ternary button; Described start key/control locking to separate the top that locking key is installed in fuselage; Described embedded central processing unit is that the embedded central processing unit that comprises the semantic identification of finger movement and dummy keyboard and input method control system is installed.
The back side of the present invention touch pad is installed in the middle and upper part, the back side of fuselage.
Ternary button in a left side of the present invention and right ternary button all are affirmation/cancellation/three state buttons of slip.
Embedded central processing unit of the present invention adopts low-power-consumption embedded processor.
A kind of method for designing of the technology of controlling of portable terminal may further comprise the steps:
The design of A, fuselage type body
A1, add back side touch pad, be used for finger from back side operation control terminal, the positive positive touch screen of condenser type of using at the fuselage back side;
A2, left ternary button and right ternary button are set in fuselage symmetria bilateralis position; The installation site of ternary button in a described left side and right ternary button arranges that by the statistics of user crowd's thumb length the key body is a strip, and centre in addition projection strip is distinguished and confirmed and the cancellation keypad, guarantees the adaptation to the different length thumb; Affirmation/cancel key places and constitutes slide key in the sliding tray, and making progress with the spring realization springs back to middle position after the operation downwards, and sliding resistance is slightly larger than the key face resistance of affirmation/cancel key, guarantees can not occur in affirmation and the cancellation process maloperation that key slides;
A3, complete machine ergonomic designs: each component locations reaches the latter half that machine gravity drops on fuselage in the fuselage by distributing, the fuselage both sides and the back side adopt damping value to be fit to the abrasive material that palm is held, lines and corner radian are made respective design by the palm characteristics, to reach purpose anti-skidding and that make things convenient for palm to adjust;
The design of the semantic identification of the finger movement under B, the support of control system algorithm
B1, right-hand man intelligence is switched, and utilizes built-in gravity sensor, and left hand thumb length was by about 2 seconds of the acknowledgement key in the ternary button in a left side and jiggle, and then switches to the left-handed operation pattern, promptly left ternary push button exciting, right ternary press key locking; Right hand thumb length was by about 2 seconds of the acknowledgement key of the ternary button in the right side and jiggle, and then switched to the right-hand operated pattern, promptly right ternary push button exciting, left ternary press key locking;
B2, three point the zone definitions that operation on the touch pad overleaf is not subjected to strict size, the algorithm of relative positioning moves judgement between adopting at 3, press for three that promptly on positive touch screen under the right-hand operated state, respond and from left to right be identified as the third finger, middle finger and forefinger successively, press for three that respond on the positive touch screen of mode of operation leftward and from left to right be identified as forefinger, middle finger and the third finger successively;
The activation of B3, back side touch pad and locking: double-click to determine that key activates and locking, and by the top
The touch-control locking key then is that back side touch pad, left ternary button and right ternary button are activated and lock control;
B4, according to forefinger, middle finger and nameless different flexibility ratio, under corresponding input and cursor slip selection mode, the control system algorithm is done suitable difference adjustment to the velocity sensitivity that the touch point that different mobile phone shone upon slides, and makes three to refer in end interface response speed unanimity;
B5, operate on the touch pad overleaf simultaneously except the text typing is necessary three fingers, one to two finger is only used in direction that other are common and target selection;
The switching of B6, text input state and cursor selection mode: double-click cancel key and switch;
B7, finger/multiple spot function touch-control how, with click or double-click, two finger or the three specific action semantemes that refer to carry out image zooming, operation such as page turning fast;
B8, the action of two finger realize shortcut menu: middle finger is parked on the touch pad of the back side motionless, and forefinger is clicked once, accesses menu;
B9, finger touches are controlled process, and positive touch screen sync response shows finger position and state, use
Perspective method can and adapt to the user to the quick left-hand seat of this control mode;
B10, control system default configuration scheme are that the custom thinking and the natural reaction that move with most crowds' finger situation and general population are the baseline configuration of action recognition;
B11, individual consumer's finger are controlled difference correction, adjustment, and system adapts to fine setting with friendly, easy interface assisting users, and support the semantic configuration of User Defined action;
The application interface that B12, control system are reserved touch action and left ternary button and right ternary button semanteme provides action semantic expanding space for the third party uses;
The design of dummy keyboard and input method in C, the control system
C1, general interface, icon, menu option: general interface and application icon menu option are used in the interface, alternative is in interface tiling arrangement, side has scroll bar, when positive touch screen is operated, directly click and select, when using back side touchpad operation, then on the interface, select according to touching corresponding cursor;
The relative mapping at C2, back side touch pad and positive touch screen interface: realize that by the control system algorithm touch location shines upon to the rational proportion at positive touch screen interface, the user can do corresponding cursor and option slip mapping at bigger positive touch screen interface in finger slip by a small margin, choose icon, character or zone to highlight, the relative position of user's nature perception and tracking finger in positive touch screen;
C3, standard dummy keyboard scheme: the Qwerty keyboard plan the when dummy keyboard that control system provides provides traditional 12 key T9 placement schemes and horizontal screen;
C4, two finger dummy keyboard and input method: operate more flexible characteristic according to portable terminal self back side touch characteristics and two finger, biserial dummy keyboard with the corresponding layout of forefinger and middle finger is provided, divide into groups to reduce the selection number of times that slides by letter, promptly letter is a virtual key with four, all buttons are by two column distributions, forefinger on the touch pad of the back side and middle finger slide and carry out the selection of first dimension, choose behind the virtual key selection of carrying out second dimension by the slip of ternary button in a left side or right ternary button and obtain concrete alphabetic character; When Chinese was imported, dummy keyboard first was classified initial consonant as, and second classifies simple or compound vowel of a Chinese syllable as, the same two-dimentional selection mode of grouping that adopts, and constituting Chinese character coding input method and Chinese, to combine step into syllables consistent, the thinking habit of being close to the users, raising user version input speed;
C5, intelligent multidimensional selection scheme: the finger of back side touch pad is movable for about sliding, and the direction that is mapped in the interface and is one dimension moves or selects, when occurring that new dimension moves or when selecting, then enabling left ternary button or right ternary button automatically and realize to slide; Back side touch pad is born the slip of odd number dimension and is selected, and left ternary button or right ternary button are born the slip of even number dimension and selected, and both cooperate the multidimensional under the alternate cycles realization multi-menu option to select.
Beneficial effect compared with prior art of the present invention is as follows:
The present invention has designed a kind of back side touch-type mobile terminal of controlling theory naturally, creatively back side touch pad is placed the fuselage back side, keep positive touch screen simultaneously, improve the control mode deficiency of traditional front physical keyboard and common touch-control, intactly liberate positive touch screen and obtain best interactive experience, fuselage design in conjunction with the ergonomics of science, by the system software algorithm dummy keyboard and input method are optimized, solve the limitation of current phone control mode, realized:
1, the positive touch screen of maximization liberation provides better interactive interface;
2, particularly words input is controlled in singlehanded easily realization;
3, control intellectuality based on the abundant of system software algorithm, software and hardware in conjunction with improving, make operation cater to the user and be accustomed to thinking and natural reaction;
4,,, be fit to long-time the use with the palm posture of nature and the operation control terminal that as far as possible simply moves in conjunction with ergonomic designs.
5, cater to the development trend that the portable terminal service time and the frequency increase, satisfied the requirement of now and FUTURE ENVIRONMENT, adapted to people's handling characteristics, reduced the fatigue that the user uses terminal to produce for a long time.
Description of drawings
6 in the total accompanying drawing of the present invention, wherein:
Fig. 1 is the front view of portable terminal.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the right view of Fig. 1.
Fig. 4 is the upward view of Fig. 1.
Fig. 5 is the vertical view of Fig. 1.
Fig. 6 is the rear view of Fig. 1.
Among the figure: 1, usb data interface/charging inlet, 2, left ternary button, 3, right ternary button 4, positive touch screen, 5, receiver, 6, preceding camera and light sensor, 7, start key/control locking to separate locking key, 8,3.5mm standard earphone interface, 9, back side touch pad, 10, loudspeaker, 11, main camera and flashlamp.
Embodiment
Below in conjunction with accompanying drawing the present invention is done detailed description.Shown in Fig. 1-6, a kind of portable terminal, comprise fuselage and embedded central processing unit, described fuselage comprises usb data interface/charging inlet 1, positive touch screen 4, receiver 5, preceding camera and light sensor 6, start key/control locking to separate locking key 6,3.5mm standard earphone interface 8, loudspeaker 10 and main camera and flashlamp 11, the back side of described fuselage is equipped with back side touch pad 9, and the position that the middle part of described fuselage both sides is suitable for thumb on the lower side is separately installed with left ternary button 2 and right ternary button 3; Described start key/control locking to separate the top that locking key 7 is installed in fuselage; Described embedded central processing unit is that the embedded central processing unit that comprises the semantic identification of finger movement and dummy keyboard and input method control system is installed.Described back side touch pad 9 is installed in the middle and upper part, the back side of fuselage.Ternary button 2 in a described left side and right ternary button 3 all are the ternary buttons 2 of affirmation/cancellation/slip.Described embedded central processing unit adopts low-power-consumption embedded processor.
A kind of method for designing of the technology of controlling of portable terminal may further comprise the steps:
The design of A, fuselage type body
A1, add back side touch pad 9, be used for finger from back side operation control terminal, the positive positive touch screen 4 of condenser type of using at the fuselage back side;
A2, left ternary button 2 and right ternary button 3 are set in fuselage symmetria bilateralis position; The installation site of ternary button 2 in a described left side and right ternary button 3 arranges that by the statistics of user crowd's thumb length the key body is a strip, and centre in addition projection strip is distinguished and confirmed and the cancellation keypad, guarantees the adaptation to the different length thumb; Affirmation/cancel key places and constitutes slide key in the sliding tray, realizes upwards springing back to middle position after the operation downwards with spring, and sliding resistance is slightly larger than the key face resistance of affirmation/cancel key, guarantees
The maloperation that key slides can not appear in affirmation and the cancellation process;
A3, complete machine ergonomic designs: each component locations reaches the latter half that machine gravity drops on fuselage in the fuselage by distributing, the fuselage both sides and the back side adopt damping value to be fit to the abrasive material that palm is held, lines and corner radian are made respective design by the palm characteristics, to reach purpose anti-skidding and that make things convenient for palm to adjust;
The design of the semantic identification of the finger movement under B, the support of control system algorithm
B1, right-hand man's intelligence are switched, utilize built-in gravity sensor, left hand thumb length was by about 2 seconds of the acknowledgement key of the ternary button 2 in a left side and jiggle, then switch to the left-handed operation pattern, be that left ternary button 2 activates, right ternary button 3 lockings, right hand thumb length was by about 2 seconds of the acknowledgement key of the ternary button 3 in the right side and jiggle, and then switched to the right-hand operated pattern, and promptly right ternary button 3 activates, left ternary button (2) locking;
B2, according to forefinger, middle finger and nameless different flexibility ratio, under corresponding input and cursor slip selection mode, the control system algorithm is done suitable difference adjustment to the velocity sensitivity that the touch point that different mobile phone shone upon slides, and makes three to refer in end interface response speed unanimity;
B3, except the text typing is necessary the operation on the touch pad 9 overleaf simultaneously of three fingers, one to two finger is only used in direction that other are common and target selection;
B4, finger/multiple spot function touch-control how, with click or double-click, two finger or the three specific action semantemes that refer to carry out image zooming, operation such as page turning fast;
B5, the action of two finger realize shortcut menu: middle finger is parked on back side touch pad 9 motionless, and forefinger is clicked once, accesses menu;
B6, finger touches are controlled process, and positive touch screen 4 sync response show finger position and state, with perspective method the user can and be adapted to the quick left-hand seat of this control mode;
B7, control system default configuration scheme are that the custom thinking and the natural reaction that move with most crowds' finger situation and general population are the baseline configuration of action recognition;
B8, individual consumer's finger are controlled difference correction, adjustment, and system adapts to fine setting with friendly, easy interface assisting users, and support the semantic configuration of User Defined action;
The application interface that B9, control system are reserved touch action and left ternary button 2 and right ternary button 3 provides action semantic expanding space for the third party uses;
The design of dummy keyboard and input method in C, the control system
C1, general interface, icon, menu option: general interface and application icon menu option are used in the interface, alternative is in interface tiling arrangement, side has scroll bar, when positive touch screen 4 is operated, directly click and select, when using 9 operations of back side touch pad, then on the interface, select according to touching corresponding cursor;
The relative mapping at C2, back side touch pad 9 and positive touch screen 4 interfaces: realize that by the control system algorithm touch location shines upon to the rational proportion at positive touch screen 4 interfaces, the user can do corresponding cursor and option slip mapping at bigger positive touch screen 4 interfaces in finger slip by a small margin, choose icon, character or zone to highlight, the relative position of user's nature perception and tracking finger in positive touch screen 4;
C3, standard dummy keyboard scheme: the Qwerty keyboard plan the when dummy keyboard that control system provides provides traditional 12 key T9 placement schemes and horizontal screen;
C4, two finger dummy keyboard and input method: operate more flexible characteristic according to portable terminal self back side touch characteristics and two finger, biserial dummy keyboard with the corresponding layout of forefinger and middle finger is provided, divide into groups to reduce the selection number of times that slides by letter, promptly letter is a virtual key with four, all buttons are by two column distributions, forefinger on the back side touch pad 8 and middle finger slide and carry out the selection of first dimension, choose behind the virtual key selection of carrying out second dimension by the slip of ternary button 2 in a left side or right ternary button 3 and obtain concrete alphabetic character; When Chinese was imported, dummy keyboard first was classified initial consonant as, and second classifies simple or compound vowel of a Chinese syllable as, the same two-dimentional selection mode of grouping that adopts, and constituting Chinese character coding input method and Chinese, to combine step into syllables consistent, the thinking habit of being close to the users, raising user version input speed;
C5, intelligent multidimensional selection scheme: the finger of back side touch pad 9 is movable for about sliding, the direction that is mapped in the interface and is one dimension moves or selects, when the new dimension of appearance moves or selects, then enable left ternary button 2 or right ternary button 3 automatically and realize to slide; Back side touch pad 9 is born the slip of odd number dimension and is selected, and left ternary button 2 or right ternary button 3 are born the slip of even number dimension and selected, and both cooperate the multidimensional under the alternate cycles realization multi-menu option to select.
The present invention combines closely by software and hardware technology every manipulation function is realized, be lift-launch operating system on the software, the realization that detecting algorithm by system software algorithm optimization dummy keyboard, input method and finger movement provides intellectuality to control, hardware then by touch pad, push/side switch of slip one, light sensor, gravity/acceleration/direction inductor device form.
The present invention takes according to picture and holds, watches a usual articles to go thinking with terminal interaction, with the input of portable terminal with control and be transferred to the fuselage back side, promptly adds back side touch pad 9 at the fuselage back side, the positive simultaneously positive touch screen 4 of condenser type of using.With this understanding fuselage is flat on the centre of the palm, the five fingers close up naturally holds fuselage, place the back side to carry out touch-control by forefinger, middle finger and nameless three fingers, thumb places left ternary button 2 of the affirmation/cancellation/slip of side or right ternary button 3, little finger places opposite side to assist fixed main body, holds and control portable terminal in the most natural mode.
For guaranteeing that portable terminal caters to the requirement that palm characteristics, the demand of controlling for a long time and the process of controlling are difficult for landing, portable terminal carries out special design at material, lines radian, gravity centre distribution and the device size of fuselage type body.The moderate material frosted material of damping value is adopted in both sides, makes serious slip can not occur between finger and panel and can carry out the finger gesture adjustment by assisting users voucher hand, and lines radian applying palm, gravity centre distribution is convenient to hold in fuselage portion on the lower side.
Left ternary button 2 of affirmation/cancellation/slip that left and right sides is two and right ternary button 3 are symmetrically distributed, the accessible switching of assurance right-hand man is controlled, ternary button 2 in a left side and right ternary button 3 distributing positions are arranged according to the statistics of user crowd's thumb length, the key body is a strip, effective range is pushed in wide zone, centre in addition projection strip is distinguished and is confirmed and the cancellation keypad, protects the adaptation of verification different length thumb;
Affirmation/cancel key places sliding tray to constitute slide key, realizes upwards springing back to middle position after the operation downwards with spring, and sliding resistance is slightly larger than the key face resistance of affirmation/cancel key, guarantees to confirm can not occur in the cancellation process maloperation that key slides.The sliding function of ternary button 2 in a left side and right ternary button 3 is the options button of expansion under the specific situation, and cooperating slides on the back side touch pad 9 realizes multi-dimensional direction operation and selection.
Three physical button of portable terminal only guarantee not increase use carry out under the complexity prerequisite multiplexing, the button at top be the ON/OFF switch be again to control the locking/unlocking key, ternary button 2 in a left side and the affirmation/cancellation especially of right ternary button 3/slip triple bond one design still can realize more feature operation like this under less physical button.
Control system key function method of operating of the present invention is as follows:
The activation of back side touch pad 9 and locking: double-click determining that key activates and locking, then is that the ternary button 2 and 3 of back side touch pad 9 and both sides is activated and lock control by the touch-control locking key at top.
The right-hand man is switched identification: utilize built-in gravity sensor, left hand is long by ternary button 2 about 2 seconds left sides
Acknowledgement key is also jiggled, and then switches to the left-handed operation pattern, and promptly the ternary button 2 in left side activates ternary button 3 lockings on right side, switches to the right hand also by operation in like manner.
The switching of text input state and cursor selection mode: double-click cancel key and switch.
Claims (5)
1. portable terminal, comprise fuselage and embedded central processing unit, described fuselage comprises usb data interface/charging inlet (1), positive touch screen (4), receiver (5), preceding camera and light sensor (6), start key/control locking to separate locking key (7), 3.5mm standard earphone interface (8), loudspeaker (10), and main camera and flashlamp (11), it is characterized in that: the back side of described fuselage is equipped with back side touch pad (9), and the position that the middle part of described fuselage both sides is suitable for thumb on the lower side is separately installed with left ternary button (2) and right ternary button (3); Described start key/control locking to separate the top that locking key (7) is installed in fuselage; Described embedded central processing unit is that the embedded central processing unit that comprises the semantic identification of finger movement and dummy keyboard and input method control system is installed.
2. a kind of portable terminal according to claim 1 is characterized in that: described back side touch pad (9) is installed in the middle and upper part, the back side of fuselage.
3. a kind of portable terminal according to claim 1 is characterized in that: ternary button in a described left side (2) and right ternary button (3) all are affirmation/cancellation/three state buttons of slip.
4. a kind of portable terminal according to claim 1 is characterized in that: described embedded central processing unit adopts low-power-consumption embedded processor.
5. the method for designing of the technology of controlling of a portable terminal is characterized in that: may further comprise the steps:
The design of A, fuselage type body
A1, add back side touch pad (9), be used for finger from back side operation control terminal, the positive positive touch screen (4) of condenser type of using at the fuselage back side;
A2, left ternary button (2) and right ternary button (3) are set in fuselage symmetria bilateralis position; The installation site of ternary button in a described left side (2) and right ternary button (3) arranges that by the statistics of user crowd's thumb length the key body is a strip, and centre in addition projection strip is distinguished and confirmed and the cancellation keypad, guarantees the adaptation to the different length thumb; Affirmation/cancel key places and constitutes slide key in the sliding tray, and making progress with the spring realization springs back to middle position after the operation downwards, and sliding resistance is slightly larger than the key face resistance of affirmation/cancel key, guarantees can not occur in affirmation and the cancellation process maloperation that key slides;
A3, complete machine ergonomic designs: each component locations reaches the latter half that machine gravity drops on fuselage in the fuselage by distributing, the fuselage both sides and the back side adopt damping value to be fit to the abrasive material that palm is held, lines and corner radian are made respective design by the palm characteristics, to reach purpose anti-skidding and that make things convenient for palm to adjust;
The design of the semantic identification of the finger movement under B, the support of control system algorithm
B1, right-hand man's intelligence are switched, utilize built-in gravity sensor, the left hand thumb is grown by about 2 seconds of the acknowledgement key of left ternary button (2) and is jiggled, then switch to the left-handed operation pattern, be that left ternary button (2) activates, right ternary button (3) locking, right hand thumb is grown by about 2 seconds of the acknowledgement key of right ternary button (3) and is jiggled, and then switches to the right-hand operated pattern, and promptly right ternary button (3) activates, left ternary button (2) locking;
B2, three point overleaf touch pad (9) and go up the zone definitions that operation is not subjected to strict size, the algorithm of relative positioning moves judgement between adopting at 3, promptly positive touch screen (3) goes up three of response and presses and from left to right be identified as the third finger, middle finger and forefinger successively under the right-hand operated state, and the positive touch screen of mode of operation (4) goes up three of response and presses and from left to right be identified as forefinger, middle finger and the third finger successively leftward;
B3, according to forefinger, middle finger and nameless different flexibility ratio, under corresponding input and cursor slip selection mode, the control system algorithm is done suitable difference adjustment to the velocity sensitivity that the touch point that different mobile phone shone upon slides, and makes three to refer in end interface response speed unanimity;
The activation and the locking of B4, back side touch pad (9): double-click determining that key activates and locking, then is that back side touch pad (9), left ternary button (2) and right ternary button (3) are activated and lock control by the touch-control locking key at top;
B5, except the text typing be necessary three fingers simultaneously overleaf touch pad (9) go up operation, one to two finger is only used in direction that other are common and target selection;
The switching of B6, text input state and cursor selection mode: double-click cancel key and switch;
B7, finger/multiple spot function touch-control how, with click or double-click, two finger or the three specific action semantemes that refer to carry out image zooming, operation such as page turning fast;
B8, the action of two finger realize shortcut menu: middle finger is parked in back side touch pad (9) upward motionless, and forefinger is clicked once, accesses menu;
B9, finger touches are controlled process, and positive touch screen (4) sync response shows finger position and state, with perspective method the user can and be adapted to the quick left-hand seat of this control mode;
B10, control system default configuration scheme are that the custom thinking and the natural reaction that move with most crowds' finger situation and general population are the baseline configuration of action recognition;
B11, individual consumer's finger are controlled difference correction, adjustment, and system adapts to fine setting with friendly, easy interface assisting users, and support the semantic configuration of User Defined action;
B12, control system are reserved the semantic application interface of touch action and left ternary button (2) and right ternary button (3) provides action semantic expanding space for the third party uses;
The design of dummy keyboard and input method in C, the control system
C1, general interface, icon, menu option: general interface and application icon menu option are used in the interface, alternative is in interface tiling arrangement, side has scroll bar, when positive touch screen (4) is operated, directly click and select, when using back side touch pad (9) operation, then on the interface, select according to touching corresponding cursor;
The relative mapping at C2, back side touch pad (9) and positive touch screen (4) interface: realize that by the control system algorithm touch location shines upon to the rational proportion at positive touch screen (4) interface, the user can do corresponding cursor and option slip mapping at bigger positive touch screen (4) interface in finger slip by a small margin, choose icon, character or zone to highlight, the relative position of user's nature perception and tracking finger in positive touch screen (4);
C3, standard dummy keyboard scheme: the Qwerty keyboard plan the when dummy keyboard that control system provides provides traditional 12 key T9 placement schemes and horizontal screen;
C4, two finger dummy keyboard and input method: operate more flexible characteristic according to portable terminal self back side touch characteristics and two finger, biserial dummy keyboard with the corresponding layout of forefinger and middle finger is provided, divide into groups to reduce the selection number of times that slides by letter, promptly letter is a virtual key with four, all buttons are by two column distributions, forefinger on the back side touch pad (9) and middle finger slide and carry out the selection of first dimension, choose behind the virtual key selection of carrying out second dimension by the slip of ternary button in a left side (2) or right ternary button (3) and obtain concrete alphabetic character; When Chinese was imported, dummy keyboard first was classified initial consonant as, and second classifies simple or compound vowel of a Chinese syllable as, the same two-dimentional selection mode of grouping that adopts, and constituting Chinese character coding input method and Chinese, to combine step into syllables consistent, the thinking habit of being close to the users, raising user version input speed;
C5, intelligent multidimensional selection scheme: the finger of back side touch pad (9) is movable for about sliding, the direction that is mapped in the interface and is one dimension moves or selects, when the new dimension of appearance moves or selects, then enable left ternary button (2) or right ternary button (3) automatically and realize to slide; Back side touch pad (9) is born the slip of odd number dimension and is selected, and left ternary button (2) or right ternary button (3) are born the slip of even number dimension and selected, and both cooperate alternate cycles realization multidimensional to select.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105241966A CN101984384B (en) | 2010-10-27 | 2010-10-27 | Mobile terminal and design method of operation and control technology thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105241966A CN101984384B (en) | 2010-10-27 | 2010-10-27 | Mobile terminal and design method of operation and control technology thereof |
Publications (2)
| Publication Number | Publication Date |
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| CN101984384A true CN101984384A (en) | 2011-03-09 |
| CN101984384B CN101984384B (en) | 2012-11-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010105241966A Expired - Fee Related CN101984384B (en) | 2010-10-27 | 2010-10-27 | Mobile terminal and design method of operation and control technology thereof |
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| CN109814733B (en) * | 2019-01-08 | 2022-11-08 | 百度在线网络技术（北京）有限公司 | Input-based recommendation information generation method and device |
| CN109947243A (en) * | 2019-03-01 | 2019-06-28 | 清华大学 | Based on the capture of intelligent electronic device gesture and identification technology for touching hand detection |
| CN109947243B (en) * | 2019-03-01 | 2021-09-28 | 清华大学 | Intelligent electronic equipment gesture capturing and recognizing technology based on touch hand detection |
| CN111596858A (en) * | 2020-05-15 | 2020-08-28 | 李小东 | Handheld electronic device control method and handheld electronic device |
| CN113411439A (en) * | 2021-06-25 | 2021-09-17 | 维沃移动通信有限公司 | Electronic device, control method and control device thereof |
| CN113411439B (en) * | 2021-06-25 | 2024-03-29 | 维沃移动通信有限公司 | Electronic equipment, control method and control device thereof |
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| CN101984384B (en) | 2012-11-14 |
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