CN103064629B - It is adapted dynamically mancarried electronic aid and the method for graphical control - Google Patents

It is adapted dynamically mancarried electronic aid and the method for graphical control Download PDF

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Publication number
CN103064629B
CN103064629B CN201310034192.3A CN201310034192A CN103064629B CN 103064629 B CN103064629 B CN 103064629B CN 201310034192 A CN201310034192 A CN 201310034192A CN 103064629 B CN103064629 B CN 103064629B
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China
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mode
hand
soft
graphical control
soft keyboard
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CN201310034192.3A
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Chinese (zh)
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CN103064629A (en
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龙凡
龙学满
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龙凡
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Publication of CN103064629B publication Critical patent/CN103064629B/en

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Abstract

Be adapted dynamically mancarried electronic aid and the method for graphical control, described in be adapted dynamically the mancarried electronic aid of graphical control, it is possible to show that multiple graphical control is on its display. With " holding machine mode induction apparatus ", equipment senses that machine of the holding mode of user is single-hand handling & machine or held by both hands machine, and automatic, dynamic all or part of graphical control adjusts the size and/or position that are suitable to hand or hands operation. User can also by the specific soft-key button in certain gestures or soft keyboard by the switching between one hand and Two-hand-mode of all or part of graphical control. Equipment can also be supplied to user and adjust singlehanded soft keyboard or the method for all or part of size being subordinate to graphical control of soft keyboard and/or position.

Description

It is adapted dynamically mancarried electronic aid and the method for graphical control

Technical field

The present invention relates to the user interface employing touch-sensitive display, particularly a kind of mancarried electronic aid being adapted dynamically graphical control and method.

Background technology

In the art, touch-sensitive display (being also known as " touch screen " or " touch screen ") is well-known. A lot of electronic equipments are all used touch-sensitive display to show figure and text, and offer is available for the user interface that user interacts with equipment. Touch-sensitive display detects and responds and contacting on this touch-sensitive display. Equipment can show one or more soft-key button, menu and other graphical controls on the touch sensitive display. User can pass through to contact its touch-sensitive display position corresponding to graphical control desired to interact with, and to interact with equipment.

Along with the touch-sensitive display size of the portable equipment of mobile phone, PDA(Personal Digital Assistant) and panel computer etc is increasing, the operation of user's single-hand handling & machine but becomes increasingly to be not easy. Owing to graphical control can spread all over touch-sensitive display Anywhere, and during single-hand handling & machine, the thumb of user is difficult to touch each corner of screen so that single-hand handling & machine operates can be very inconvenient. When people use portable equipment out of doors, time a conventional handbag, hold coffee or take other things, only a hands can operate electronic equipment, such as returns note with soft keyboard, returns instant communication message, and dialing is made a phone call, and takes pictures etc.

Result is that user can produce sense of defeat when single-hand handling & machine operates, it is also possible to since it is desired that touch touch-sensitive display far-end and adjust machine mode of holding, occur equipment skating land damage situation. On the mancarried electronic aid with larger-size touch-sensitive display, one-handed performance is often difficult to touch on display the graphical control in all regions, particularly user often in order to input the soft keyboard of word.

At present, not for the solution of the problems referred to above on market, for large scale handheld electronic, user can only adopt held by both hands machine to carry out word input or other interactive operations.

Summary of the invention

In order to solve the problem that above-mentioned single-hand handling & has the mancarried electronic aid difficulty of large scale touch-sensitive display.The present invention provides a kind of mancarried electronic aid being adapted dynamically graphical control and method, can make the mancarried electronic aid of user's one-handed performance large scale touch-sensitive display easily, particularly to make user easily with one-handed performance soft keyboard input word. The present invention can't lower the benefit that large scale touch-sensitive display brings simultaneously, and in certain embodiments, equipment can automatically sense and coordinate user's hand or hands to operate; In certain embodiments, user can easily by the switching between Two-hand-mode and singlehanded pattern of the graphical control on touch-sensitive display.

The mancarried electronic aid adopting the present invention will become more convenient, user can come with one hand easily and equipment alternately, another hands can have a rest, by thing or the thing doing other.

A kind of control has the method for the mancarried electronic aid of touch-sensitive display, and equipment uses it to hold machine mode induction apparatus, obtains machine of the holding mode that user is current, and then adjusts all or part of graphical control to coordinate user to hold machine mode, including:

When equipment shows graphical control, repeatedly detect user hold machine mode with above-mentioned machine mode induction apparatus of holding:

If machine of the holding mode obtained is right hand single-hand handling & machine, adjust all or part of graphical control to right-handed mode;

If machine of the holding mode obtained is left hand single-hand handling & machine, adjust all or part of graphical control to left-handed mode; And

If machine of the holding mode obtained is held by both hands machine, adjust all or part of graphical control to Two-hand-mode.

A kind of control has the method for the mancarried electronic aid of touch-sensitive display, and when the touch-sensitive display of mancarried electronic aid shows soft keyboard, detection contacts with described touch-sensitive display;

If be detected that finger contact corresponding with the reservation gesture being switched to another kind of graphical control pattern, all or part of graphical control is switched to above-mentioned another kind pattern;

If be detected that contact not corresponding with the prearranged gesture being switched to any graphical control pattern, it is constant that graphical control is then maintained at proterotype.

A kind of control has the method for the mancarried electronic aid of touch-sensitive display, ad-hoc location at the Two-hand-mode soft keyboard of mancarried electronic aid enables or shows two soft-key buttons: " right-handed mode " soft-key button is for being switched to right-handed mode by all or part of graphical control, and " left-handed mode " soft-key button is for being switched to left-handed mode by all or part of graphical control;

When soft keyboard is in left-handed mode, enable or show that " Two-hand-mode " soft-key button is used for switching all or part of graphical control to Two-hand-mode, now can also enabling or show that " right-handed mode " soft-key button is to switch all or part of graphical control to right-handed mode;

When soft keyboard is in right-handed mode, enable or show that " Two-hand-mode " soft-key button is used for switching all or part of graphical control to Two-hand-mode, now can also enabling or show that " left-handed mode " soft-key button is to switch all or part of graphical control to left-handed mode;

Equipment Inspection contacts with described touch-sensitive display:

If equipment detects that when soft keyboard is in Two-hand-mode user touches " right-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter right-handed mode;

If equipment detects that when soft keyboard is in Two-hand-mode user touches " left-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter left-handed mode;

If equipment detects that when soft keyboard is in right-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode;

If equipment is when soft keyboard is in right-handed mode and enables or show " left-handed mode " soft-key button, detect that user touches " left-handed mode " soft-key button, just adjust all or part of graphical control and enter left-handed mode;

If equipment detects that when soft keyboard is in left-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode; And

If equipment is when soft keyboard is in left-handed mode and enables or show " right-handed mode " soft-key button, detect that user touches " right-handed mode " soft-key button, just adjust all or part of graphical control and enter right-handed mode.

A kind of adjustment has the singlehanded soft keyboard size of the equipment of touch-sensitive display and/or the method for position, the operating system of equipment arranges and allows user use certain gestures, such as slide, arranging a size and/or position, this size and/or position are simultaneously used for the soft keyboard of left-handed mode and right-handed mode; Or

The operating system of equipment arranges and user can also be allowed to use certain gestures, such as slides, arranges size and/or the position of two: a soft keyboard for left-handed mode, another is for the soft keyboard of right-handed mode.

A kind of adjustment has the method for the graphical control pattern of the equipment of touch-sensitive display, and the setting of device operating system is supplied to the method that user disables certain graphical control pattern; And

When user have selected certain graphical control pattern of disabling in arranging time, user will be unable in use be switched to by graphical control in any way above-mentioned disabled graphical control pattern.

A kind of mancarried electronic aid, including:

Touch-sensitive display;

Memorizer;

One or more processors; And

One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, the one or more module includes for when touch-sensitive display shows special pattern control, it is characterized in that, repeating the instruction of following steps:

Judge that user holds machine mode and is with holding machine mode induction apparatus: held by both hands machine, right hand single-hand handling & machine or left hand single-hand handling & machine; And

All or part of graphical control on switching touch-sensitive display is to the above-mentioned pattern detected.

A kind of mancarried electronic aid, including:

Touch-sensitive display;

Memorizer;

One or more processors; And

One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, the one or more module includes for when touch-sensitive display shows soft keyboard, it is characterized in that, repeating the instruction of following steps:

Equipment Inspection contacts with described touch-sensitive display; And

If be detected that contact corresponding to the gesture of another kind of pattern in order to switch soft keyboard with predetermined, switch all or part of graphical control on touch-sensitive display to above-mentioned another kind pattern.

A kind of mancarried electronic aid, including:

Touch-sensitive display;

Memorizer;

One or more processors; And

One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, it is characterized in that, the one or more module includes the instruction for repeating following steps:

When user needs input text, showing soft keyboard, now soft keyboard is in Two-hand-mode or the last pattern closing soft keyboard;

If soft keyboard is in Two-hand-mode, enable or show " left-handed mode " soft-key button and " right-handed mode " soft-key button, disabling or hiding " Two-hand-mode " soft-key button;

If soft keyboard is in right-handed mode, enable or show " Two-hand-mode " soft-key button, disabling or hiding " right-handed mode " soft-key button, it is possible to enable or show " left-handed mode " soft-key button;

If soft keyboard is in left-handed mode, enable or show " Two-hand-mode " soft-key button, disabling or hiding " left-handed mode " soft-key button, it is possible to enable or show " right-handed mode " soft-key button;

Detection user contacts with equipment:

If equipment detects that when soft keyboard is in Two-hand-mode user touches " right-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter right-handed mode;

If equipment detects that when soft keyboard is in Two-hand-mode user touches " left-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter left-handed mode;

If equipment detects that when soft keyboard is in right-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode;

If equipment is when soft keyboard is in right-handed mode and enables or show " left-handed mode " soft-key button, detect that user touches " left-handed mode " soft-key button, just adjust all or part of graphical control and enter left-handed mode;

If equipment detects that when soft keyboard is in left-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode; And

If equipment is when soft keyboard is in left-handed mode and enables or show " right-handed mode " soft-key button, detect that user touches " right-handed mode " soft-key button, just adjust all or part of graphical control and enter right-handed mode.

A kind of mancarried electronic aid, including:

Touch-sensitive display;

Memorizer;

One or more processors; And

One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, it is characterized in that, the one or more module includes the instruction for performing following steps:

In operating system is arranged, thering is provided the interface allowing user set singlehanded mode softkey dish size and/or position, user adjusts size and/or the position of singlehanded soft keyboard by slip gesture: user can use a size and/or position to concurrently set left-handed mode soft keyboard and right-handed mode soft keyboard; User can also set size and/or the position of left-handed mode soft keyboard and right-handed mode soft keyboard respectively, and when showing singlehanded mode softkey dish backward, soft keyboard adopts the size and/or position that set;

Equipment can adopt a size, both width and/or height, and as the minimum dimension of singlehanded soft keyboard, what user will be unable to arrange singlehanded soft keyboard is smaller in size than above-mentioned minimum dimension.

A kind of mancarried electronic aid, including:

Touch-sensitive display;

Memorizer;

One or more processors; And

One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, it is characterized in that, the one or more module includes the instruction for performing following steps:

In operating system is arranged, it is provided that to the method that user disables certain graphical control pattern; And

When user have selected certain graphical control pattern of disabling in arranging time, user will be unable in use be switched to by graphical control in any way above-mentioned disabled graphical control pattern.

Preferably, a kind of method solving the electronic equipment that one-handed performance has touch-sensitive display includes: holds machine mode induction apparatus in hand-hold electronic equipments installation and holds machine mode in order to obtain user;Size and/or the position of all or part of graphical control is adjusted according to current machine of holding mode (held by both hands machine, left hand single-hand handling & machine or right hand single-hand handling & machine); If user holds machine, mode changes, and equipment correspondingly changes graphical control pattern to coordinate user.

Preferably, a kind of method solving the electronic equipment that one-handed performance has touch-sensitive display includes: while equipment display graphical control, user can switch graphical control in different patterns by performing certain gestures: Two-hand-mode, right-handed mode or left-handed mode.

Preferably, a kind of method solving the electronic equipment that one-handed performance has touch-sensitive display includes: while equipment display soft keyboard, user can switch graphical control in different patterns by touching specific soft-key button on soft keyboard: Two-hand-mode, right-handed mode or left-handed mode.

Preferably, a kind of method solving the electronic equipment that one-handed performance has touch-sensitive display includes: equipment is supplied to user in operating system is arranged and is adjusted size and/or the position of singlehanded mode softkey dish (or soft keyboard be subordinate to graphical control) by slip finger, carries out one-handed performance better.

Preferably, a kind of method solving the electronic equipment that one-handed performance has touch-sensitive display includes: equipment is supplied to the method that user disables certain graphical control pattern in operating system is arranged, after user have disabled certain graphical control pattern, user will be unable in use be switched to by graphical control in any way above-mentioned disabled graphical control pattern.

Said method can be performed by portable electric appts, wherein said portable electric appts has: with the touch-sensitive display of graphic user interface (GUI), one or more processors, bin, and one or more it is saved in bin to perform the module of these methods, program or instruction set. In certain embodiments, described portable electric appts provides the several functions including radio communication.

Instruction for performing said method can include in being configured to have only the computer program that one or more processor performs.

Accompanying drawing explanation

In order to be more fully understood that the above embodiment of the present invention and additional embodiment thereof, below with reference to the description of accompanying drawing reference example, in the drawings, same reference number indicates corresponding part in all of the figs.

Fig. 1 illustrates to switch the graphical control flow chart to the process of different mode according to certain embodiments of the invention.

Fig. 2 illustrates machine of holding mode three kinds different: held by both hands machine, left hand single-hand handling & machine and right hand single-hand handling & machine.

Fig. 3 A-3F illustrates to switch the graphical control process that apparatus GUI shows and equipment is mutual with user to different mode according to certain embodiments of the invention.

Fig. 4 A-4D illustrates to switch the graphical control process that apparatus GUI shows and equipment is mutual with user to different mode according to certain embodiments of the invention.

Fig. 5 A-5D illustrates to switch the graphical control process that apparatus GUI shows and equipment is mutual with user to different mode according to certain embodiments of the invention.

Fig. 6 A-6D illustrates to switch the graphical control process that apparatus GUI shows and equipment is mutual with user to different mode according to certain embodiments of the invention.

Fig. 7 A-7D illustrates to switch the graphical control process that apparatus GUI shows and equipment is mutual with user to different mode according to certain embodiments of the invention.

Fig. 8 A-8C illustrates the process that the apparatus GUI of size and/or position according to certain embodiments of the invention user setup left-handed mode soft keyboard shows and equipment is mutual with user.

Fig. 9 A-9C illustrates the process that the apparatus GUI of size and/or position according to certain embodiments of the invention user setup right-handed mode soft keyboard shows and equipment is mutual with user.

Figure 10 A-10E is the position of machine of holding mode induction apparatus illustrating to install on equipment according to certain embodiments of the invention.

Detailed description of the invention

Now referring in detail to the embodiment described in accompanying drawing. In order to understand the present invention comprehensively, refer to numerous detail in the following detailed description. It will be appreciated by those skilled in the art that the present invention can realize without these details. In other instances, it is not described in detail the method for public office, process, assembly and circuit, in order to avoid unnecessarily making embodiment obscure.

For the ease of illustrating, in other embodiments being described below, the contact on touch-sensitive display is described as being used at least one hands and what one or more finger performed by user. It would be appreciated that this contact can also use any suitable object or accessory to carry out, for instance instruction pen, finger etc. Belonging to contact may include that on the touch sensitive display once or many under rap, keep and touch-sensitive display continuous contact, mobile access point while keeping continuous contact, interrupt contact or combination in any.

Fig. 1 illustrates according to embodiments of the invention, the flow chart of the process 150 of the graphical control pattern of switching equipment. Although process described below flow process 150 includes the multiple operations occurred in a particular order, it should be appreciated that understand, these processes can include more or less of operation, and these operations can sequentially perform or executed in parallel (such as using parallel processor or multi-thread environment).

As shown in the flowchart: equipment shows one or more graphical control (can include soft keyboard) on the touch-sensitive display of mancarried electronic aid (152) (such as input text etc.) as required. Now all graphical controls are in the Two-hand-mode of acquiescence. Equipment can show one or more vision and/or text prompt, and switching graphical control is to different patterns (153) to make user learn how. Operating system can the only display reminding when first time uses a kind of graphical control (such as soft keyboard), it is also possible to the display reminding when using graphical control every time. Operating system can also be supplied to the method that user closes above-mentioned prompting in current interface or operating system are arranged.

Now user can by specific action, gesture and/or touch specific soft-key button to switch the pattern (155) of graphical control. In certain embodiments, user can hold machine mode (held by both hands machine, right hand single-hand handling & machine or left hand single-hand handling & machine) only by adjustment and switches. In certain embodiments, user can switch by specific gesture (as slided to left/right). In certain embodiments, user can touch specific soft-key button and switch, such as " Two-hand-mode " soft-key button, " right-handed mode " soft-key button and " left-handed mode " soft-key button etc. Equipment Inspection is to the complete action completed in 155 of user, gesture and/or touching, and equipment and then judge should switch graphical control now to which kind of pattern (157): Two-hand-mode, right-handed mode or left-handed mode. If above-mentioned pattern is different with graphical control present mode, all graphical controls are just adjusted above-mentioned pattern (161,163 and 165) by equipment.

Fig. 2 A to 2C describes that three kinds of user are common holds machine mode: held by both hands machine, left hand single-hand handling & machine and right hand single-hand handling & machine. What Fig. 2 A illustrated is held by both hands machine, as it can be seen, the both hands of user can touch any soft-key button on full-scale soft keyboard 201 easily; What Fig. 2 B illustrated is left hand single-hand handling & machine, as it can be seen, user is merely able to touch easily the soft-key button of full-scale soft keyboard 201 left-half, the soft-key button of right half part is then difficult to touch; What Fig. 2 C illustrated is right hand single-hand handling & machine, as it can be seen, user is merely able to touch easily the soft-key button of full-scale soft keyboard 201 right half part, the soft-key button of left-half is then difficult to touch.

Fig. 3 A to 3F illustrates to switch the graphical control process that GUI shows and equipment is mutual with user to the mancarried electronic aid 151 of different mode according to certain embodiments of the invention. When Fig. 3 A to 3F describes the left hand of user and the right hand approachs and leave the right bottom of equipment respectively, the change that equipment occurs. In figure 3 a, the graphical control in equipment is in Two-hand-mode originally: soft-key button 221 is in Two-hand-mode, in the central authorities of touch-sensitive display; Soft keyboard below touch-sensitive display is also at Two-hand-mode (201), and its width is the width of whole touch-sensitive display. When the right hand of user close to bottom on the right of (210) equipment time, machine of the holding mode of equipment senses there is object proximity on the right of equipment close to induction apparatus 220, and the left side does not have object proximity. Equipment thus judges that user is currently with right hand single-hand handling & machine. It should be noted that: in Fig. 3 A to 3F illustrate be palm close to equipment time, equipment produce change. It should be noted that if machine of the holding mode induction apparatus that equipment adopts is capacitance touch induction apparatus or other touch inductors, when palm contacts equipment, equipment also has same change.

As shown in Figure 3 B, mancarried electronic aid 151 and then its graphical control is adjusted right-handed mode. Soft-key button 221 has been moved to the position on close the right, but size constancy; Soft keyboard is also into right-handed mode 203, and the size of soft keyboard is reduced, and is close to the lower right of screen. and soft-key button 221 and soft keyboard are all in right-handed mode now, and user can be coordinated better to use right hand one-handed performance. In fig. 3 c, equipment is in right-handed mode. Now the left hand of user is close to bottom, (210) equipment left side, and machine of the holding mode induction apparatus 220 of equipment senses there is object on the right of equipment, and also there is object on the left side. Equipment thus judges user's now held by both hands machine, so equipment enters Two-hand-mode in fig. 3d. As shown in Figure 3 D, soft-key button 221 and soft keyboard adjustment are returned Two-hand-mode 201 by equipment, size in graphical control and Fig. 3 A shown in now and/or position consistency. In fig. 3e, equipment is originally in Two-hand-mode, and now the right hand of user leaves equipment (212), equipment sense on the right of equipment, there is no object close to induction apparatus 220, there is object on the left side. Equipment thus judges user's now left hand single-hand handling & machine, so equipment enters left-handed mode in Fig. 3 F. In Fig. 3 F, its graphical control is adjusted left-handed mode by equipment. Soft-key button 221 has been moved to the position on the close left side, but size constancy. Soft keyboard is also into left-handed mode 205: the size of soft keyboard is reduced, and is close to the lower left of screen. Present soft-key button 221 and soft keyboard 205, all in left-handed mode, can better coordinate user to use left hand one-handed performance.

It should be noted that:

1. equipment detects when both sides have object to come close to or in contact with at the same time, it should all or part of graphical control adjusts Two-hand-mode to coordinate user's held by both hands machine to operate.

2. equipment detects when both sides come close to or in contact with all without object at the same time, it is possible to all or part of graphical control is adjusted Two-hand-mode, it is also possible to keeps original pattern or is switched to other patterns.

Fig. 4 A to 4D illustrates to switch the graphical control process that GUI shows and equipment is mutual with user to the mancarried electronic aid 151 of different mode according to certain embodiments of the invention. Fig. 4 A to 4D describes user and uses certain to subscribe gesture operation equipment entrance Two-hand-mode or singlehanded pattern. As shown in Figure 4 A, equipment is currently at Two-hand-mode, and user carries out certain and subscribes gesture (410) operation: from left to right slide with a finger.

Gesture used herein is the motion of the object/accessory contacted with touch-sensitive display. Such as, this reservation gesture can include contacting (initialization gesture) with touch-sensitive display at left hand edge, while keeping continuing to terminate with touch-sensitive display, contact point is moved horizontally to relative edge, and interrupts contact (completing this gesture) at relative edge. Figure simply use a kind of gesture to illustrate, it is true that equipment can set that any other gesture is to trigger the switching of graphical control pattern.

If shown in 4B, mancarried electronic aid 151 have received the predetermined action entering right-handed mode: a finger from left to right slides (410), soft-key button 221 on screen and soft keyboard are just switched to right-handed mode 203 by equipment: soft-key button 221 has been moved to the position on close the right, size constancy; Soft keyboard is also into right-handed mode 203, and the size of soft keyboard is reduced, and is close to the lower right of screen. In figure 4 c, user carries out certain reservation gesture operation. As shown in Figure 4 D, equipment have received the predetermined action (412) entering Two-hand-mode: a finger slides from right to left, and the soft-key button 221 on screen and soft keyboard are just switched to Two-hand-mode 201 by equipment.

Notice that soft keyboard is in different mode, different instruction can be represented by same gesture, such as: the graphical control of Two-hand-mode can be switched to right-handed mode by finger slip gesture from left to right by user, user can also to be switched to Two-hand-mode by same gesture (finger slip) from left to right by the graphical control of left-handed mode.

Mancarried electronic aid can also be supplied to user by soft keyboard gesture of directly switching between left-handed mode and right-handed mode, such as: user can from left to right slide with two fingers simultaneously from left-handed mode, soft keyboard is switched to right-handed mode; User can also slide from right to left with two fingers simultaneously from right-handed mode, soft keyboard is switched to left-handed mode.

What Fig. 5 A to 5D illustrated is switch the graphical control process that GUI shows and equipment is mutual with user to the mancarried electronic aid 151 of different mode according to certain embodiments of the invention. What Fig. 5 A to 5D and Fig. 4 A to 4D described supplements: what Fig. 4 A to 4D described is that soft keyboard is switched by user with certain prearranged gesture between right-handed mode and Two-hand-mode. What Fig. 5 A to 5D described is that soft keyboard is switched by user with certain prearranged gesture between left-handed mode and Two-hand-mode.

Fig. 6 A to 6D illustrates to switch the graphical control process that GUI shows and equipment is mutual with user to the mancarried electronic aid 151 of different mode according to certain embodiments of the invention. Fig. 6 A to 6D describes user makes soft keyboard enter Two-hand-mode or singlehanded pattern by the specific soft-key button touching on soft keyboard. If shown in 6A, now soft keyboard is in Two-hand-mode.Soft keyboard has two specific soft-key buttons. Such as, specific soft-key button may is that left side soft-key button 601 is for making soft keyboard enter left-handed mode; The right soft-key button 602 is used for making soft keyboard enter right-handed mode. User touches left side soft-key button 601 in fig. 6. In fig. 6b, the soft-key button 221 on screen and soft keyboard 203 are switched to right-handed mode by equipment: soft-key button 221 has been moved to the position on close the right, size constancy; Soft keyboard is also into right-handed mode 203, and the size of soft keyboard is reduced, and is close to the lower right of screen. As shown in Figure 6B, soft-key button 603 is used to soft keyboard is switched to Two-hand-mode, and now the soft-key button 601 in Fig. 6 A and soft-key button 602 are hidden. User touches soft-key button 603 in figure 6 c and soft keyboard is switched to Two-hand-mode. As shown in Figure 6 D, soft-key button 221 and soft keyboard 201 are switched to Two-hand-mode, and now the state of soft keyboard is consistent with in Fig. 6 A.

It should be noted that any position that the above-mentioned soft-key button for switch mode (can be under the jurisdiction of soft keyboard) in soft keyboard, it is also possible to independent of soft keyboard outside soft keyboard. Even if above-mentioned soft-key button is under the jurisdiction of soft keyboard, device operating system can also make other graphical controls follow soft keyboard and enter different graphical control patterns. Soft keyboard can also enable when singlehanded pattern or show a soft-key button, in order to be switched to another singlehanded pattern. Both touch above-mentioned soft-key button and directly all or part of graphical control can be switched to right-handed mode from left-handed mode, or directly all or part of graphical control is switched to left-handed mode from right-handed mode.

Fig. 7 A to 7D illustrates to switch the graphical control process that GUI shows and equipment is mutual with user to the mancarried electronic aid 151 of different mode according to certain embodiments of the invention. Fig. 7 A to 7D describes user makes soft keyboard enter Two-hand-mode or singlehanded pattern by the specific soft-key button touching on soft keyboard. Fig. 7 A to 7D is supplementing Fig. 6 A to 6D. What Fig. 6 A to 6D illustrated is that graphical control is changed by user with soft-key button between Two-hand-mode and right-handed mode, and what Fig. 7 A to 7D illustrated is that graphical control is changed by user with soft-key button between Two-hand-mode and right-handed mode.

Fig. 8 A-8C is the process that GUI shows and equipment is mutual with user of the mancarried electronic aid 151 that the size according to certain embodiments of the invention user setup left-handed mode soft keyboard is described. The operating system of equipment can select to be supplied to user one and adjust soft keyboard at the size of singlehanded pattern and/or location method.

Device operating system can make user adjust soft keyboard left-handed mode and right-handed mode respectively, above two pattern is of different sizes and/or position, device operating system can also only allow user adjust a soft keyboard so that left-handed mode or right-handed mode adopt identical size and/or position.

As shown in Figure 8 A, now user is adjusting the soft keyboard of right-handed mode, the hand thumb of user slides above (810) on the touch sensitive display to the left, soft keyboard 801 on screen then becomes big therewith, and the soft-key button (for " Q " key in some soft keyboard) of the most left upper end of soft keyboard 801 is total to be kept and the touch point of user is in same position on the touch sensitive display. Thus can guarantee that user can touch the soft-key button of the most left upper end of soft keyboard. As shown in Figure 8 B, when user slides finger (812) to the right, the size of soft keyboard 801 diminishes, and keeps the most soft-key button of left upper end and the touch point of user to be in same position on the touch sensitive display.As shown in Figure 8 C, operating system can also set soft keyboard minimum dimension 803 in singlehanded pattern according to the touch-sensitive display size of equipment, when the finger of user slips into (814) minimum dimension 803, soft keyboard no longer diminishes and keeps minimum dimension 803.

For the ratio of width to height of singlehanded mode softkey dish size, device operating system can:

1. keeping certain the ratio of width to height, such as: 4 to 3, both when user slides finger, soft keyboard maintains above-mentioned the ratio of width to height; Or

2. keeping the ratio of width to height within a scope, such as: maximum 5 to 3 to minimum 1 to 1, both when user slides finger, soft keyboard maintains the ratio of width to height within above-mentioned minimum and maximum the ratio of width to height; Or

3. it is not intended to the ratio of width to height. Both, when user slides finger, soft keyboard takes arbitrary the ratio of width to height;

When it should be noted that the method for limiting adopting any of above three kinds of the ratio of width to height, following 2 points will be followed:

1. follow user's finger, expand soft keyboard size to greatest extent so that what during user's single-hand handling & machine, user can touch all soft keyboards is subordinate to graphical control;

If 2. operating system is provided with minimum soft keyboard size, soft keyboard must not the above-mentioned minimum dimension of little mistake when slip finger for user.

The operating system of mancarried electronic aid is also provided to the method that user disables certain graphical control pattern: after user have selected certain graphical control pattern of disabling, user will be unable to be switched to by graphical control above-mentioned disabled pattern when generally using equipment. Such as: if user have disabled left-handed mode, even if when equipment have received the information (as hold machine mode induction apparatus judge user's left hand single-hand handling & machine, have received user and switch the gesture of left-handed mode or have received user and touch left-handed mode soft-key button etc.) being switched to left-handed mode, equipment is without switching graphical control to left-handed mode.

Fig. 9 A to 9C is supplementing of Fig. 8 A to 8C. The mode that user slides that what Fig. 8 A to 8C illustrated is adjusts the GUI of mancarried electronic aid 151 of right-handed mode soft keyboard and show the process mutual with equipment and user. The mode that user slides that what Fig. 9 A to 9C illustrated is adjusts the apparatus GUI of left-handed mode soft keyboard and show the process mutual with equipment and user.

Some of what Figure 10 A to 10E illustrated the is axonometric chart of mancarried electronic aid 151 and equipment install the position holding machine mode induction apparatus. In figure, 1001 for holding machine mode induction apparatus, for detecting machine of the holding mode of user. It should be noted that Figure 10 A to 10E simply holds an example of machine mode induction apparatus installation method, in figure, induction apparatus is all arranged on the latter half, side of equipment and the two ends of bottom. In fact, induction apparatus may be mounted at any being conducive on equipment and detects and determine that user holds the place of machine mode, such as: the place near touch-sensitive display left and right inferior horn in equipment front, the latter half, equipment side, the left and right inferior horn of equipment reverse side, equipment bottom surface is near the place at two ends, or its combination in any.

Figure 10 A is shown that the front view of electronic equipment, and 1001 are eight holds machine mode induction apparatus, is represented by dashed line.

Figure 10 B is shown that the right flank view of electronic equipment, and 1001 is that four of right flank hold machine mode induction apparatus. Machine of the holding mode induction apparatus of left surface refer to this figure.

Figure 10 C is shown that the bottom view of electronic equipment, and 1001 is that two of two ends, bottom surface hold machine mode induction apparatus.

Figure 10 D is shown that the axonometric chart of electronic equipment, and 1001 is that four of right flank hold machine mode induction apparatus.

Figure 10 E is shown that the axonometric chart of electronic equipment, and 1001 is that four of left surface hold machine mode induction apparatus.

Hold machine mode:

User's hand-held mancarried electronic aid mode (both having held machine mode) as herein described including:

1. user's held by both hands machine

2. user's right hand single-hand handling & machine

3. user's left hand single-hand handling & machine

Hold machine mode induction apparatus:

As herein described hold machine mode induction apparatus, it is characterized in that: in the latter half, front of mancarried electronic aid, the latter half, two sides, the position of both sides, bottom surface and/or reverse side the latter half or combination in any, installation hold certain induction apparatus of machine mode for detecting user; Above-mentioned induction apparatus can be closely induction apparatus, capacitance touch induction apparatus and/or any induction apparatus that can detect object proximity or contact.

Graphical control:

Graphical control as herein described refers to: mancarried electronic aid can show the graphical control corresponding with one or more functions of equipment on the touch sensitive display. User is interacted by these controls and equipment. These graphical controls include but not limited to the soft-key button on text, image, icon, soft-key button (or " virtual push button "), soft keyboard, soft keyboard, drop-down menu, radio button, check box, optional list etc. User can contact this touch-sensitive display in the one or more touch-sensitive display positions corresponding to its interactive object desired to interact with, and to interact with graphical control. This equipment Inspection contacts, and is operable in response to detected contact with the corresponding alternately one or more of one or more interactive objects by performing. Graphical control can be independent graphical control, it is also possible to be the graphical control (soft-key button as on soft keyboard) being under the jurisdiction of other graphical controls.

Graphical control pattern:

Multiple pattern can be had at graphical control as herein described, including: Two-hand-mode and singlehanded pattern, singlehanded pattern includes again left-handed mode and right-handed mode.

When graphical control is in Two-hand-mode, its size and/or position are suitable for the operation of user's held by both hands machine.

When graphical control is in right-handed mode, its size and/or position are suitable for the operation of user's right hand single-hand handling & machine.

When graphical control is in left-handed mode, its size and/or position are suitable for the operation of user's left hand single-hand handling & machine.

The size of graphical control and/or position can also remain unchanged between several patterns, only just change when being necessary. It should be understood that soft keyboard comes in different patterns, its size and position can also be constant, and only change size and/or the position of all or part of graphical control (such as character soft-key button) being under the jurisdiction of soft keyboard, coordinate the operation of user.

Switching graphical control is to certain pattern:

Switching graphical control as herein described, to certain pattern, is characterized in that:

As required, mancarried electronic aid adjusts the size of its graphical control and/or position to better adapt to machine of the holding mode of active user; And

Graphical control size in different mode and/or position not necessarily change. Such as: the graphical control that some is larger in size, user can conveniently touch when left hand and right hand single-hand handling & machine, it is possible to keep identical size and/or position in different mode.

Soft keyboard:

Soft keyboard as herein described, is characterized in that, including:

For inputting the QWERTY soft keyboard of various language, punctuate and other characters;

For inputting the Half-QWERTY soft keyboard of various language, punctuate and other characters, or it is called HQ soft keyboard, Semi-QWERTY soft keyboard etc.;

For inputting Chinese and other various language, the nine grids soft keyboard of punctuate and other characters; And

Other various soft keyboards for inputting various language, punctuate and other characters.

Soft keyboard be subordinate to graphical control:

It is subordinate to, at soft keyboard of the present invention, the graphical control that all users that graphical control refers on soft keyboard can interact, includes but not limited to:

Character keys, such as " A " key-" Z " key;

Numeral keys, such as " 0 " key-" 9 " key;

The punctuation mark key of various language: such as ", " key, ". " key, ", " key, ". " key etc.;

Space bar;

For switching the function key of language; And

Other function keys etc.

Adjust soft keyboard to different graphic control scheme:

The adjustment described in the present invention, expand or shrink soft keyboard, adjust soft keyboard to a certain kind graphical control pattern, it is possible to refer to one or the combination in any of following implication:

1. expand or shrink the size of soft keyboard and/or its position mobile, and expand or shrink the size being subordinate to graphical control (such as character keys: " A " key, " B " key etc.) of soft keyboard and/or its position mobile. Process maintains the dimension scale being subordinate between graphical control and soft keyboard and/or position relationship;

2. expand or shrink the size of soft keyboard and/or its position mobile, and expand or shrink all or part of size being subordinate to graphical control (such as character keys: " A " key, " B " key etc.) of soft keyboard and/or its position mobile. Process is subordinate to the dimension scale between graphical control and soft keyboard and position relationship can change;

3. only expand or shrink all or part of size being subordinate to graphical control of soft keyboard and/or its position mobile.

Claims (7)

1. the method that a control has the mancarried electronic aid of touch-sensitive display, it is characterised in that equipment uses it to hold machine mode induction apparatus, obtains machine of the holding mode that user is current, and then adjusts all or part of graphical control to coordinate user to hold machine mode, including:
When equipment shows graphical control, repeatedly detect user hold machine mode with above-mentioned machine mode induction apparatus of holding:
If machine of the holding mode obtained is right hand single-hand handling & machine, adjust all or part of graphical control to right-handed mode;
If machine of the holding mode obtained is left hand single-hand handling & machine, adjust all or part of graphical control to left-handed mode; And
If machine of the holding mode obtained is held by both hands machine, adjust all or part of graphical control to Two-hand-mode;
When the touch-sensitive display of mancarried electronic aid shows soft keyboard, detection contacts with described touch-sensitive display;
If be detected that finger contact corresponding with the prearranged gesture being switched to another kind of graphical control pattern, all or part of graphical control is switched to above-mentioned another kind pattern;
If be detected that contact not corresponding with the prearranged gesture being switched to any graphical control pattern, it is constant that graphical control is then maintained at proterotype;
Ad-hoc location at the Two-hand-mode soft keyboard of mancarried electronic aid enables or shows two soft-key buttons: " right-handed mode " soft-key button is for being switched to right-handed mode by all or part of graphical control, and " left-handed mode " soft-key button is for being switched to left-handed mode by all or part of graphical control;
When soft keyboard is in left-handed mode, enables or show that " Two-hand-mode " soft-key button is used for switching all or part of graphical control to Two-hand-mode;
When soft keyboard is in right-handed mode, enables or show that " Two-hand-mode " soft-key button is used for switching all or part of graphical control to Two-hand-mode;
Equipment Inspection contacts with described touch-sensitive display:
If equipment detects that when soft keyboard is in Two-hand-mode user touches " right-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter right-handed mode;
If equipment detects that when soft keyboard is in Two-hand-mode user touches " left-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter left-handed mode;
If equipment detects that when soft keyboard is in right-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, all or part of graphical control is just made to enter Two-hand-mode; And
If equipment detects that when soft keyboard is in left-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode.
2. a mancarried electronic aid, it is characterised in that including:
Touch-sensitive display;
Memorizer;
One or more processors; And
One or more modules, the one or more module is stored in which memory and is configured to be performed by the one or more processor, the one or more module includes for when touch-sensitive display shows special pattern control, repeating the instruction of following steps:
Judge that user holds machine mode and is with holding machine mode induction apparatus: held by both hands machine, right hand single-hand handling & machine or left hand single-hand handling & machine; And
All or part of graphical control on switching touch-sensitive display is to the above-mentioned pattern detected;
The one or more module includes for when touch-sensitive display shows soft keyboard, repeating the instruction of following steps:
Equipment Inspection contacts with described touch-sensitive display; And
If be detected that contact corresponding to the gesture of another kind of pattern in order to switch soft keyboard with predetermined, switch all or part of graphical control on touch-sensitive display to above-mentioned another kind pattern;
The one or more module includes the instruction for repeating following steps:
When user needs input text, showing soft keyboard, now soft keyboard is in Two-hand-mode or the last pattern closing soft keyboard;
If soft keyboard is in Two-hand-mode, enable or show " left-handed mode " soft-key button and " right-handed mode " soft-key button, disabling or hiding " Two-hand-mode " soft-key button;
If soft keyboard is in right-handed mode, enable or show " Two-hand-mode " soft-key button, disabling or hiding " right-handed mode " soft-key button;
If soft keyboard is in left-handed mode, enable or show " Two-hand-mode " soft-key button, disabling or hiding " left-handed mode " soft-key button;
Detection user contacts with equipment:
If equipment detects that when soft keyboard is in Two-hand-mode user touches " right-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter right-handed mode;
If equipment detects that when soft keyboard is in Two-hand-mode user touches " left-handed mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter left-handed mode;
If equipment detects that when soft keyboard is in right-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode; And
If equipment detects that when soft keyboard is in left-handed mode user touches " Two-hand-mode " soft-key button in soft keyboard, just adjust all or part of graphical control and enter Two-hand-mode;
The one or more module includes the instruction for performing following steps:
In operating system is arranged, thering is provided the interface allowing user set singlehanded mode softkey dish size and/or position, user adjusts size and/or the position of singlehanded soft keyboard by slip gesture: user can use a size and/or position to concurrently set left-handed mode soft keyboard and right-handed mode soft keyboard;User can also set size and/or the position of left-handed mode soft keyboard and right-handed mode soft keyboard respectively, and when showing singlehanded mode softkey dish backward, soft keyboard adopts the size and/or position that set;
The one or more module includes the instruction for performing following steps:
In operating system is arranged, it is provided that to the method that user disables certain graphical control pattern; And
When user have selected certain graphical control pattern of disabling in arranging time, user will be unable in use be switched to by graphical control in any way above-mentioned disabled graphical control pattern.
3. a kind of mancarried electronic aid according to claim 2, it is characterized in that, in the latter half, front of mancarried electronic aid, the latter half, two sides, the position of both sides, bottom surface and/or reverse side the latter half or combination in any, installation holds certain induction apparatus of machine mode for detecting user; Above-mentioned induction apparatus can be closely induction apparatus, capacitance touch induction apparatus and/or any induction apparatus that can detect object proximity or contact.
4. a kind of mancarried electronic aid according to claim 2, it is characterised in that
It can be independent graphical control;
It can be the graphical control being under the jurisdiction of other graphical controls; And
Including: the soft-key button on text, image, icon, soft keyboard, soft keyboard, drop-down menu, radio button, check box, optional list.
5. a kind of mancarried electronic aid according to claim 2, it is characterised in that including:
For inputting the QWERTY soft keyboard of various language, punctuate and other characters;
For inputting the Half-QWERTY soft keyboard of various language, punctuate and other characters;
For inputting Chinese and other various language, the nine grids soft keyboard of punctuate and other characters; And
Other various soft keyboards for inputting various language, punctuate and other characters.
6. a kind of mancarried electronic aid according to claim 2, it is characterised in that including:
Two-hand-mode, namely the size of graphical control and/or position are applicable to the pattern of user's held by both hands machine;
Left-handed mode, namely the size of graphical control and/or position are applicable to the pattern of user's left hand one hand machine;
Right-handed mode, namely the size of graphical control and/or position are applicable to the pattern of user's right hand one hand machine; And
Singlehanded pattern, refers to left-handed mode or right-handed mode.
7. a kind of mancarried electronic aid according to claim 2, it is characterised in that adjust the size of graphical control and/or position better adapts to machine of the holding mode of active user: held by both hands machine, right hand single-hand handling & machine or left hand single-hand handling & machine;
Graphical control size in different mode, position can remain unchanged.
CN201310034192.3A 2013-01-30 2013-01-30 It is adapted dynamically mancarried electronic aid and the method for graphical control CN103064629B (en)

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