CN103809866A - Operation mode switching method and electronic equipment - Google Patents

Operation mode switching method and electronic equipment Download PDF

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Publication number
CN103809866A
CN103809866A CN201210454091.7A CN201210454091A CN103809866A CN 103809866 A CN103809866 A CN 103809866A CN 201210454091 A CN201210454091 A CN 201210454091A CN 103809866 A CN103809866 A CN 103809866A
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CN
China
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described
electronic equipment
object
user
shows
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CN201210454091.7A
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Chinese (zh)
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CN103809866B (en
Inventor
张柳新
王茜莺
尉伟东
张超
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联想(北京)有限公司
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Priority to CN201210454091.7A priority Critical patent/CN103809866B/en
Publication of CN103809866A publication Critical patent/CN103809866A/en
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Publication of CN103809866B publication Critical patent/CN103809866B/en

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Abstract

The invention provides an operation mode switching method and electronic equipment. The method is applied to the electronic equipment having a first mode and a second mode. In the first mode, the electronic equipment outputs a display interface in a first display way, and the display interface output in the first display way comprises a first part display object suitable for single-hand holding input operation and a second part display object unsuitable for single-hand holding input operation; in the second mode; the electronic equipment at least displays the second part display object in a second display way to make the second part display object be suitable for single-handle holding input operation. The method comprises the following steps: when the electronic equipment is in the first mode, acquiring the holding force value of the electronic equipment; when the holding force value is higher than a first preset threshold value according to judgment, controlling the electronic equipment to keep in the second mode. By adopting the method, a user can conveniently operate the electronic equipment with a single hand.

Description

A kind of operation mode switching method and electronic equipment

Technical field

The present invention relates to operator scheme handoff technique field, relate in particular a kind of operation mode switching method and electronic equipment.

Background technology

Handheld device has a wide range of applications in the middle of daily life as a kind of electronic equipment.And have also increasingly extensive compared with the range of application of the handheld device of giant-screen.For example, existed on market 4 cun, the 5 cun smart mobile phones etc. of giant-screen even more.

The screen of handheld device increases, and has improved user and has carried out the experience of picture browsing and video playback.But handheld device generally adopts touch screen operation modes, under some particular case, the handheld device of giant-screen has brought inconvenience but to user's operation.For example, take the smart mobile phone of giant-screen as example, user is generally that a hand holds this mobile phone, another hand operates accordingly to the touch-screen of this mobile phone, but when user is taking subway, or when hand of user is held other article, can only hold this mobile phone by one hand, and mobile phone is operated, but because the screen of mobile phone is larger, and the finger that probably occurs user cannot be put and contacts its finger of distance on this mobile phone screen icon or button far away, thereby have influence on the operation of user to mobile phone, and then bring unhandy problem.

Summary of the invention

In view of this, the invention provides a kind of operation mode switching method and electronic equipment, existing problem when one hand operates electronic equipment in solution prior art.

For achieving the above object, the invention provides following technical scheme: a kind of operation mode switching method, be applied in an electronic equipment, described electronic equipment comprises first mode and the second pattern; When described electronic equipment is during in described first mode, described electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, described Part I shows the input operation that object is applicable to being hold by one hand, and described Part II shows the input operation that object is not suitable for being hold by one hand; When described electronic equipment is during in described the second pattern, described electronic equipment to Part II described in major general shows that object shows with the second display mode, and to make described Part II show the input operation that object is applicable to being hold by one hand, described method comprises:

When described electronic equipment is during in described first mode, obtain the gripping dynamics value of user to described electronic equipment;

Judge that whether described gripping dynamics value is greater than the first predetermined threshold, obtains a judged result;

In the time that described judged result shows that described gripping dynamics value is greater than described the first predetermined threshold, control described electronic equipment in described the second pattern, wherein, described gripping dynamics value is greater than the first predetermined threshold to characterize described input operation is user the operation that shows object for described Part II.

Preferably, describedly obtain the gripping dynamics value of user to described electronic equipment when described electronic equipment is during in described first mode, comprising:

In the time that described electronic equipment is described first mode, the input operation that monitor user ' is carried out in the display interface with described the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.

Preferably, the described electronic equipment of described control, in described the second pattern, comprising:

Control described electronic equipment in described the second pattern, described Part II is shown to object shows output with described the second display mode.

Preferably, the described electronic equipment of described control switches to described the second pattern, comprising:

Control described electronic equipment and switch to described the second pattern, in display interface, demonstrate described Part I with described the second display mode and show that object and Part II show object.

Preferably, in the time controlling described electronic equipment in described the second pattern, also comprise:

Determine that electronic equipment is current with the corresponding relation between demonstration object shown in the demonstration object of the second display mode output and the display interface with described the first display mode output.

Preferably, also comprise:

Receive the operation of user to the described demonstration object with the second display mode output;

According to described corresponding relation, user is converted to the corresponding operation that shows object in the described display interface with the first display mode output the operation of the described demonstration object with the second display mode output, and carries out.

Preferably, when controlling described electronic equipment after described the second pattern, also comprise:

In the time detecting that user is less than the second predetermined threshold to the gripping dynamics value of described electronic equipment, control described electronic equipment in described first mode, wherein, described the second predetermined threshold is less than or equal to described the first predetermined threshold.

Preferably, when described electronic equipment is in described first mode, in the user's who gets gripping dynamics value, also comprise:

Obtain the pressure distribution state that user grips described electronic equipment;

Be greater than described the first predetermined threshold when described judged result shows described gripping dynamics value, controlled described electronic equipment before the second pattern, also comprise:

According to the described pressure distribution state that described electronic equipment is gripped, determine with the Part I in the demonstration object in the display interface of described the first display mode output and show that object and Part II show object.

On the other hand, the application also provides a kind of electronic equipment, and described electronic equipment has first mode and the second pattern; When described electronic equipment is during in described first mode, described electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, described Part I shows the input operation that object is applicable to being hold by one hand, and described Part II shows the input operation that object is not suitable for being hold by one hand; When described electronic equipment is during in described the second pattern, described electronic equipment to Part II described in major general shows that object shows with the second display mode, to make described Part II show the input operation that object is applicable to being hold by one hand, described electronic equipment comprises:

Curable grip acquiring unit, for when described electronic equipment is during in described first mode, obtains the gripping dynamics value of user to described electronic equipment;

Judging unit, for judging that whether described gripping dynamics value is greater than the first predetermined threshold, obtains a judged result;

Switch unit, for in the time that described judged result shows that described gripping dynamics value is greater than described the first predetermined threshold, control described electronic equipment in described the second pattern, wherein, described gripping dynamics value is greater than described the first predetermined threshold to characterize described input operation is user the operation that shows object for described Part II.

Preferably, described curable grip acquiring unit, be specially: in the time that described electronic equipment is described first mode, the input operation that monitor user ' is carried out in the display interface with described the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.

Preferably, described switch unit, comprising:

The first switch unit, for controlling described electronic equipment in described the second pattern, shows that by described Part II object shows output with described the second display mode.

Preferably, described switch unit, comprising:

The second switch unit, switches to described the second pattern for controlling described electronic equipment, demonstrates described Part I show that object and Part II show object in display interface with described the second display mode.

Preferably, also comprise:

Show object corresponding relation determining unit, for when described electronic equipment is during in the second pattern, determine the corresponding relation between demonstration object shown in the current display interface of exporting with the demonstration object of the second display mode output and with described the first display mode of electronic equipment.

Preferably, also comprise:

Operation receiving element, for receiving the operation of user to the described demonstration object with the second display mode output;

Operation execution unit, for according to described corresponding relation, is converted to user to the corresponding operation that shows object in the described display interface with the first display mode output to the operation of the described demonstration object with the second display mode output, and carries out.

Preferably, also comprise:

The second switch unit, in the time detecting that user is less than the second predetermined threshold to the gripping dynamics value of described electronic equipment, controls described electronic equipment in described first mode, and wherein, described the second predetermined threshold is less than or equal to described the first predetermined threshold.

Preferably, also comprise:

Pressure distribution state acquiring unit, for when described electronic equipment is during in described first mode, obtains the pressure distribution state that user grips described electronic equipment;

Object division unit, while being greater than described the first predetermined threshold for judging described gripping dynamics value when described judging unit, according to the described pressure distribution state that described electronic equipment is gripped, determine that the Part I in the demonstration object in the display interface of described the first display mode output shows that object and Part II show object, and trigger the operation of described switch unit.

Known via above-mentioned technical scheme, compared with prior art, the present invention openly provides a kind of operation mode switching method and electronic equipment, in the method the present embodiment at electronic equipment during in first mode, in the time judging user the gripping dynamics value of electronic equipment be greater than to the first predetermined threshold value, control electronic equipment in the second pattern, show that by least comprising Part II the demonstration object of object shows with the second display mode, thereby make the demonstration object that shows in display interface all be applicable to user and be hold by one hand operation, and then improve the convenient degree of user's operation.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skills, do not paying under the prerequisite of creative work, other accompanying drawing can also be provided according to the accompanying drawing providing.

Fig. 1 shows the schematic flow sheet of an embodiment of a kind of operation mode switching method of the application;

Fig. 2 a shows electronic equipment a kind of display interface schematic diagram under first mode;

Fig. 2 b shows electronic equipment the display interface in Fig. 2 a is switched to the schematic diagram of display interface after the second pattern;

Fig. 3 shows the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application;

The schematic diagram that when Fig. 4 shows the application and is hold by one hand electronic equipment, pattern is switched;

Fig. 5 shows the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application;

Fig. 6 shows the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application;

Fig. 7 shows the structural representation of an embodiment of a kind of electronic equipment of the application;

Fig. 8 shows the structural representation of a kind of another embodiment of electronic equipment of the application;

Fig. 9 shows the structural representation of a kind of another embodiment of electronic equipment of the application.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.

The embodiment of the present application discloses a kind of operation mode switching method, to improve user, electronic equipment is carried out the simple operation degree in the process of input operation, and the accuracy of input operation.

Referring to Fig. 1, show the schematic flow sheet of an embodiment of a kind of operation mode switching method of the embodiment of the present application, the electronic apparatus application of the present embodiment is in an electronic equipment, and this electronic equipment can be mobile phone, palm PC, pad etc.This electronic equipment comprises first mode and the second pattern in this application.When this electronic equipment is during in first mode, this electronic equipment is exported a display interface with the first display mode, and comprise that at this display interface with this first display mode output Part I shows that object and Part II show object, wherein, this Part I shows the input operation that object is applicable to being hold by one hand, and this Part II shows the input operation that object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, this electronic equipment to this Part II of major general shows that object shows with the second display mode, to make this Part II show the input operation that object is applicable to being hold by one hand.The method of the present embodiment comprises:

Step 101: when this electronic equipment is during in first mode, obtain the gripping dynamics value of user to electronic equipment.

In the embodiment of the present application, this electronic equipment is in the time of first mode, export a display interface with the first display mode, in this display interface, comprised the Part I demonstration object and the Part II demonstration object that is not suitable for being hold by one hand to carry out input operation that are applicable to being hold by one hand to carry out input operation.

Wherein, this Part I shows that object and Part II show that object can preset, the demonstration object that is arranged in display interface appointed area as preset is that Part II shows object, while being generally hold by one hand electronic equipment with user, user is not easy to that input operation is carried out in some region in display interface and determines this instruction area.For example, when user is hold by one hand mobile phone, the shown object in the upper right corner of display interface of mobile phone or the position in the upper left corner, user's one hand cannot touch, therefore, the demonstration object in this upper right corner or specified scope region, the upper left corner can be set as to Part II and show object.

Because electronic equipment is when the first mode, when user is hold by one hand electronic equipment, probably cannot very conveniently show that to the Part II in display interface object operates accordingly, this moment user electronic equipment of can subconsciously holding with a firm grip, show object to extend finger to touch Part II, this time, user's gripping dynamics will increase, therefore, in the time electronic equipment being detected in first mode, can obtain the gripping dynamics value of user to this electronic equipment, to determine whether that need to carry out follow-up pattern switches.

Certainly, in this application, user, also can be by this electronic equipment of holding with a firm grip at electronic equipment during in first mode, changes gripping dynamics value, with the pattern blocked operation of triggering following.

Wherein, the mode of obtaining the gripping dynamics value of user to electronic equipment can gather for the existing electronic equipment of employing the mode of force value, as gathered the gripping pressure value that grips electronic equipment by existing pressure transducer.For example, piezoelectric sensor etc. is set on electronic equipment.

Step 102: judge that whether this gripping dynamics value is greater than the first predetermined threshold, obtains a judged result.

Get under first mode at electronic equipment user to the gripping pressure value of electronic equipment after, gripping pressure value and the first default predetermined threshold value are compared, to determine whether to meet switching condition.

Step 103: in the time that judged result shows that this gripping dynamics value is greater than this first predetermined threshold, control this electronic equipment in the second pattern, wherein, this gripping dynamics value is greater than the first predetermined threshold to characterize input operation is user the operation that shows object for this Part II.

When judging under this first mode, when user is greater than this first predetermined threshold value to the gripping pressure value of electronic equipment, control this electronic equipment in the second pattern, so that the Part II that at least comprises this input operation that is not suitable for being hold by one hand is shown to the demonstration object of object shows with the second display mode, and then make this Part II in display interface show that object user is in the operation being hold by one hand under state.

Concrete, in the time controlling electronic equipment in the second pattern, can be only this Part II to be shown to object shows output with the second display mode.Due to the input operation under the applicable user's of Part I demonstration object the state that is hold by one hand, therefore can show that the show state of object can still keep with the first display mode output by Part I, export with the second display mode and only the show state of this Part II demonstration object is switched to, to make Part II show that object can adapt to user's the operation that is hold by one hand, user can show that to this Part II object operates accordingly eaily.

In addition, control electronic equipment in the time of the second pattern, also can be originally all to switch to the second display mode and to export this first display section object and the second display section object with the first display mode output Part I demonstration object and Part II demonstration object, and then make all demonstration objects in current display interface all take the second display mode output, thereby all demonstration objects that reach in current time display interface are all applicable to singlehanded output.

Wherein, by show object with the object of the second display mode be by the demonstration object in display interface to be applicable to the current display mode that is hold by one hand the operation that state carried out of user, concrete can be convenient to touch or click this demonstration object as foundation take user.

In the time of specific implementation, demonstration object can be had to multiple implementation with the second display mode output, wherein a kind of mode can be, demonstration object is carried out to a certain proportion of amplification, as, increase and show area of effective coverage (surface area that can to this demonstration object carry out valid function) or direct the amplify icon that show object of object in display interface.It is example take electronic equipment as mobile phone, referring to Fig. 2 a and 2b, show respectively electronic equipment display interface schematic diagram under first mode and the second pattern, in display interface, comprise Part I object: show object A, show object B, show object C and show object D, only show that take Part II object only comprises demonstration object E as example for convenient, the only demonstration object of indicated object of letter in square frame in the drawings, as the square frame representative that indicates " A " shows object A, other objects are also similar.When electronic user is being hold by one hand in the process of mobile phone, user's finger possibly cannot touch apart from a demonstration object E(in display interface and belong to the object in Part II demonstration object), can user can increase the gripping dynamics to mobile phone like this, electronic equipment detects that user's gripping dynamics value increases to after the first predetermined threshold, can show that object amplifies at the icon of interior demonstration object by least comprising this Part II, thereby the area of the icon that shows object E is increased, like this, when originally user is hold by one hand mobile phone, the demonstration object E that cannot touch is after exporting with the second display mode, show the finger Distance Shortened that object E distance users grips, user can click this demonstration object E easily.Certainly, be only that a kind of mode is that example is described in this example, also this display icon A, B, C, D and E all can be shown with the second display mode in actual applications, all amplify by all display icons.

Another kind of demonstrate take the second display mode the implementation that shows object as: demonstration object is moved to and in appointed area, shows output.This kind of mode can be directly to change the coordinate position in display interface while showing object with the first display mode output.As, Part II demonstration object in display interface can be moved in predeterminable area and shows, or all demonstration objects in display interface are all moved in predeterminable area and shown, in this predeterminable area, be predefined, user is being hold by one hand under state, can complete and touch optional position in this region.For example, mobile phone interface one first display mode is shown to icon 1, icon 2, icon 3 and icon 4, these four icons lay respectively at four drift angles of mobile phone interface, in the time that electronic equipment switches to the second pattern, these four icons can be moved to respectively near in the region in the lower right corner and show, the spacing between each icon is dwindled.Certainly, showing in instruction area that by showing that object moves to output can be also to dwindle after the icon or overlay area of demonstration object, moves to demonstration object in appointed area.As, can be that the area coverage of the Part II demonstration object in display interface is dwindled, and move in appointed area, make this Part I show that object shows object near this Part I; Or, all demonstration objects in display interface are all contracted in the first appointed area, this first appointed area is less than the viewing area of display interface.

Certainly, the second display mode can also have other display modes to make the Part II that at least comprises demonstrating show that object can be applicable to being hold by one hand operation, does not enumerate at this.

In the present embodiment at electronic equipment during in first mode, in the time judging user the gripping dynamics value of electronic equipment be greater than to the first predetermined threshold value, control electronic equipment in the second pattern, show that by least comprising Part II the demonstration object of object shows with the second display mode, thereby make the demonstration object that shows in display interface all be applicable to user and be hold by one hand operation, and then improved the convenient degree of user's operation.When the present embodiment is hold by one hand giant-screen electronic equipment and carries out input operation for user, can avoid user to show the problem that object operates to some, improve the dirigibility of input operation.

Referring to Fig. 3, show the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application, the present embodiment be applied to electronic equipment, the electronic equipment of the electronic equipment of the present embodiment comprises first mode and the second pattern.When this electronic equipment is during in first mode, this electronic equipment is exported a display interface with the first display mode, and comprise that at this display interface with this first display mode output Part I shows that object and Part II show object, wherein, this Part I shows the input operation that object is applicable to being hold by one hand, and this Part II shows the input operation that object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, this electronic equipment to this Part II of major general shows that object shows with the second display mode, and to make this Part II show the input operation that object is applicable to being hold by one hand, the method for the present embodiment comprises:

Step 301: when this electronic equipment is during in this first mode, obtain the pressure distribution state that the gripping dynamics value of user to this electronic equipment and user grip this electronic equipment.

In this embodiment, when electronic equipment is during in first mode, except obtaining the gripping dynamics value of electronic equipment, also need to obtain the pressure distribution state of the gripping of user to electronic equipment.

Wherein, the pressure distribution state of this gripping can be understood as the distributing position state of each stress point on electronic equipment or the pressure size distribution state of each stress point etc.The pressure distribution state of the gripping according to the user who gets to electronic equipment can be determined the appearance of holding of user's handling electronic equipment.For example, when user is hold by one hand electronic equipment, should be generally that palm holds this electronic equipment, thumb is positioned at a side of electronic equipment, all the other four fingers are positioned at another sidewall of electronic equipment, distribute and can determine the side at user's thumb place according to stress point, and thumb is in information such as the particular locations of this sidewall.

Step 302: judge that whether this gripping dynamics value is greater than the first predetermined threshold, obtains a judged result.

Step 303: in the time that judged result shows that this gripping dynamics value is greater than this first predetermined threshold, according to the pressure distribution state that this electronic equipment is gripped, determine with the Part I in the demonstration object in the display interface of the first display mode output and show that object and Part II show object.

In the present embodiment, in the time that the gripping dynamics value getting under first mode reaches this first predetermined threshold, need to determine with the Part I in the demonstration object in the display interface of the first display mode output and show that object and Part II show object according to the pressure distribution state of the gripping to this electronic equipment.

With the demonstration object in fixed area in the display interface directly the first display mode being demonstrated as the second demonstration object, and show object difference using the demonstration object outside this fixed area as Part I, at the present embodiment in order to provide the interface that is more beneficial to operation for user, in the present embodiment, also need to determine that according to the pressure distribution state of the gripping to electronic equipment Part I shows that object and Part II show object, but when the pressure distribution state gripping changes, in display interface with the first display mode output, belong to also difference to some extent of concrete demonstration object that Part II shows object.

Wherein, divide Part I according to the pressure distribution state that electronic equipment is gripped and show that object and Part II show that the mode of object has multiple, wherein a kind of mode is: according to the pressure distribution state gripping, determine input fulcrum position, by in the display interface with the first display mode output, demonstration object within the scope of the distance to a declared goal of input fulcrum position shows object as Part I, and this Part I in display interface is shown to the viewing area outside object shows object as Part II.Wherein, while being hold by one hand electronic equipment due to user, generally be positioned on electronic equipment one sidewall with thumb, all the other four fingers are positioned on another sidewall of electronic equipment, therefore can determine the stress point number of electronic equipment two side according to stress point, and then determine the side at thumb place, and in the time being hold by one hand operation, generally to carry out input operation with thumb, therefore can, using a side at thumb place as input fulcrum position, and display interface be shown to object apart from the demonstration object within the scope of the appointed area of this sidewall as Part I.Certainly, this input fulcrum position can be also the concrete stress point of determining this thumb place sidewall, for example user's thumb is in bottom or the centre of this sidewall, and then take this input fulcrum as the center of circle, specify the demonstration object of radius as the first demonstration object using being positioned at this center of circle in display interface.

Another kind is divided Part I according to the pressure distribution state of the gripping of electronic equipment and is shown that object and Part II show that object can be also the corresponding relations that set in advance different input position of the fulcrum and viewing area, and the demonstration object in the viewing area corresponding with inputting position of the fulcrum shows object as Part II.For example, in the time inputting the first side wall that position of the fulcrum is electronic equipment, the viewing area corresponding with this input position of the fulcrum is near the demonstration object in the viewing area M of this first side wall, and in the time that this input position of the fulcrum is the second sidewall of the first side wall offside in electronic equipment, the Part II viewing area corresponding with this input position of the fulcrum is near the demonstration object in the viewing area N of this second sidewall.When determining input when position of the fulcrum according to the pressure distribution state gripping, just can determine the viewing area corresponding with current input fulcrum, and then demonstration object in this viewing area shows object as Part II.

Determine that according to the pressure distribution state of the gripping to electronic equipment Part I shows that object and Part II show object, can determine more accurately the demonstration object that is not suitable for carrying out input operation under the current gripping state of user, to can follow-uply can switch the display mode of this part demonstration object, to be applicable to user's the input operation being hold by one hand.

Step 304: control this electronic equipment in the second pattern, determine Part II to major general and show that object shows with the second display mode, wherein, this gripping dynamics value is greater than the first predetermined threshold to characterize input operation is user the operation that shows object for this Part II.

When determine with the Part I demonstration object in the display interface of the first display mode demonstration and Part II demonstration object according to the mode of step 303, triggering is controlled to this electronic equipment and enter into the second pattern, the Part II that should determine to major general shows that object exports with the second display mode.

The Part II determined is shown to mode that object shows take the second display mode can, as the any-mode described in embodiment illustrated in fig. 1, not repeat them here.

It should be noted that, in the time showing that with the second display mode at least comprising Part II shows object at interior demonstration object, if by this at least comprise Part II show object be contracted in appointed area and show at interior demonstration object, can also, according to the pressure distribution state gripping, determine this appointed area.As, can be directly the demonstration object including Part II shows object be at least contracted to viewing area corresponding to predefined and current input fulcrum.

For the ease of understanding, be hold by one hand electronic equipment as example is described take user below, referring to Fig. 4, show in the process that is hold by one hand electronic equipment, operator scheme is switched schematic diagram.This example is to be hold by one hand mobile phone as example, at mobile phone during in first mode, in the display interface of mobile phone, show multiple demonstration object, as file, instant communication client mark, search engine icons etc. show object, in the time that user operates with left-handed mobile phone, because the screen of mobile phone 41 is larger, the display icon user who is positioned at the screen areas such as this mobile phone right side and the upper right corner and the lower left corner possibly cannot touch, also just cannot be by the icon in this region being clicked or drags to carry out corresponding input operation, now can increase the gripping dynamics value to electronic equipment, electronic equipment detects when gripping dynamics value is greater than this first predetermined threshold, can determine user's the appearance of holding according to the pressure distribution state of the gripping getting, be that user utilizes left hand to carry out input operation, and determine with left-handed state under, the first viewing area that user's finger cannot touch, the region being surrounded as dotted line and screen frame, this first viewing area can be the default viewing area corresponding with holding appearance in this.And then demonstration object in this first viewing area shows object as Part II, trigger and switch to the second pattern afterwards, the demonstration object at least comprising in this first viewing area is exported with the second display mode.In Fig. 4 example, all demonstration objects in display interface are all contracted to the second viewing area 42, the region that this second viewing area comprises for dotted line frame.

In Fig. 4, be to be introduced as an example of left-handed example, in the time that user utilizes the right hand to grip this electronic equipment, user's the hand-held viewing area that cannot touch should become screen left side, and the region such as the lower left corner or the lower right corner, now, Part II shows that object also can change accordingly.

It should be noted that, in the present embodiment, determine with the Part I in the display interface of the first display mode output and show that object and Part II show that the operation of object also can be in the time getting the pressure distribution state of gripping according to the pressure distribution state gripping, carry out, in step 301, carry out, but in order to reduce data processing amount, can be in the time that gripping dynamics value reaches this first predetermined threshold value, just carry out according to the pressure distribution state gripping and determine with the Part I in the display interface of the first display mode output and show that object and Part II show the operation of object.

Determine according to the pressure distribution state of the gripping to electronic equipment the Part II that is applicable to the Part I demonstration object of the current input operation being hold by one hand of user and is not suitable for the current input operation being hold by one hand of user in the present embodiment and show object, improve and determined the accuracy that is not suitable for user and is hold by one hand the demonstration object of operation, and then switch to the second display mode and show to this Part II demonstration object of major general, thereby for user is hold by one hand electronic equipment, this Part II is shown to object carries out input operation and provides convenience, improve the convenience of input operation.

Referring to Fig. 5, show the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application, the method application of the present embodiment has the electronic equipment of first mode and the second pattern, wherein, the first mode of this electronic equipment is identical with the second pattern with the first mode described in Fig. 1 or Fig. 3 with the second pattern, specifically can, referring to the description of Fig. 1 or Fig. 3, comprise in the method for the present embodiment:

Step 501: in the time that this electronic equipment is this first mode, the input operation that monitor user ' is carried out in the display interface with the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.

In actual applications, at electronic equipment, during in first mode, in a lot of situations, user may be unconscious or the mobile phone of holding with a firm grip suddenly due to bursty state, as, when in user's process by bus, when vehicle is brought to a halt suddenly, user may need the mobile phone of holding with a firm grip.In these cases, the increase of the gripping pressure value of user to mobile phone, is not to carry out pattern switching.

For can above problem, in the present embodiment when electronic equipment is during in first mode, the input operation that needs monitor user ' to be carried out in the display interface with the first display mode output, and obtain that to carry out described input operation be the gripping dynamics value to described electronic equipment.In the time that user is hold by one hand electronic equipment, if need to operate the demonstration object in the region away from thumb time, user need to extend finger so that must point and can touch this demonstration object, now user's electronic equipment of may subconsciously holding with a firm grip, to reach the object of extending finger, therefore the increase that, grips dynamics value in the process of carrying out input operation can reflect that the current demonstration object that need to be difficult for touching in the region that maybe cannot touch to some of user operates more accurately.

Wherein, the input operation that monitor user ' is carried out in the display interface with the first display mode output can be finger contact input operation to trigger to display interface of user, and this input operation can trigger electronic equipment and operate accordingly; Also can be that user clicks display interface but do not trigger electronic equipment and carry out any operation, while being hold by one hand electronic equipment as user, when finger cannot touch certain destination object, user's electronic equipment of can holding with a firm grip, the white space closing on that user's finger may touch this destination object does not show the region of any demonstration object.

In addition, the input operation that monitor user ' is carried out in the display interface with the first display mode output also can be monitored the state of user's pending input operation in this display interface of exporting with the first display mode, and obtains the gripping dynamics value of current time.Monitor user ' can determine whether user has the trend of carrying out input operation on this display interface by infrared induction or image capture in the monitoring of the input state of this display interface.As being hold by one hand in the process of electronic equipment as user, if user cannot touch the demonstration object in certain region in this display interface, user may hold with a firm grip this electronic equipment with extend finger stretch to screen length, although now user's finger does not touch the display interface of electronic equipment, but because user has the trend of carrying out input operation, now also can monitor by infrared induction or image capture etc. the state that the current input state of user is pending input operation, and then obtain the gripping dynamics value of current time user's handling electronic equipment.

Step 502: judge that whether this gripping dynamics value is greater than the first predetermined threshold, obtains a judged result.

Step 503: in the time that judged result shows that this gripping dynamics value is greater than this first predetermined threshold, control this electronic equipment in the second pattern, wherein, this gripping dynamics value is greater than predetermined threshold to characterize input operation is user the operation that shows object for this Part II.

The operating process of step 502 and step 503 and Fig. 1 or implementation procedure embodiment illustrated in fig. 3 are similar, specifically can, with reference to Fig. 1 or associated description embodiment illustrated in fig. 3, not repeat them here.

Also can in step 501, get in the present embodiment the pressure distribution state of electronic equipment of gripping, and then the Part I of determining in the display interface that the first display mode demonstrates according to the pressure distribution state gripping shows that object and Part II show object.

Referring to Fig. 6, show the schematic flow sheet of a kind of another embodiment of operation mode switching method of the application, the method for the present embodiment is applied to an electronic equipment, and this electronic equipment of the application has first mode and the second pattern.When electronic equipment is during in first mode, export a display interface with the first display mode, this display interface comprises that Part I shows that object and Part II show object, wherein this Part I shows the input operation that object is applicable to being hold by one hand, the input operation that this Part II object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, show that to this Part II of major general object exports with the second display mode.The method of the present embodiment comprises:

Step 601: when this electronic equipment is during in this first mode, obtain the gripping dynamics value of user to this electronic equipment.

Step 602: judge that whether this gripping dynamics value is greater than the first predetermined threshold, obtains a judged result.

Step 603: in the time that judged result shows that this gripping dynamics value is greater than this first predetermined threshold, control this electronic equipment in the second pattern, wherein, this gripping dynamics value is greater than the first predetermined threshold to characterize input operation is user the operation that shows object for this Part II.

Step 601 in the present embodiment, to the operating process of step 603 description with reference to Fig. 1, Fig. 3 or the corresponding operation steps of Fig. 5, does not repeat them here.

Step 604: determine that electronic equipment is current with the corresponding relation between demonstration object shown in the demonstration object of the second display mode output and the display interface with the first display mode output.

In the present embodiment, at least comprise Part II and show that object is during at interior demonstration object when demonstrating with the second display mode, need to determine with the corresponding relation between demonstration object shown in the demonstration object of the second display mode output and the display interface of originally exporting with the first display mode.

For example, under first mode, the demonstration object A demonstrating with the first display mode, in the time that electronic equipment enters into the second pattern, this demonstration object A is become and is shown object A1 with the second display mode demonstration.For example the icon that shows object A can be amplified and obtains showing object A1, or after demonstration object A is dwindled, move in predeterminable area and become and show object A1, need to determine under the second pattern, this demonstration object A1 is corresponding with the demonstration object A under first mode.

Concrete, can be to preserve in advance the corresponding relation of same target under different display modes, also can be in the time carrying out pattern switching, preserve the corresponding relation of the demonstration object before and after switching, and then determine the corresponding relation of each demonstration object under two kinds of display modes.

Step 605: receive the operation of user to the demonstration object with the second display mode output.

After with the second display mode output display object, user is hold by one hand finger also can be to operating with the demonstration object of the second display mode output accordingly.Electronic equipment can detect the operation to the demonstration object with the second display mode output.

Step 606: according to corresponding relation, user is converted to the corresponding operation that shows object in the display interface with the first display mode output the operation of the demonstration object with the second display mode output, and carries out.

While receiving user to the operation of the demonstration object of exporting on the electronic equipment under the second pattern, according to the corresponding relation of determining in step 604, determine the demonstration object of exporting under the corresponding first mode of the operand of user under first mode, and then will the operation of this operand be converted to the corresponding operating of the demonstration object corresponding with this operand to this first display mode output, and carry out.For example, user chooses or deletes the icon showing with the second display mode, determines the destination object of corresponding the first display mode output of this icon according to this corresponding relation, and then this destination object is chosen or deleted.

In the embodiment of above any one operation mode switching method, when controlling electronic equipment after the second pattern, can further include: when at electronic equipment during in the second pattern, detect when user is less than the second predetermined threshold to the gripping dynamics value of electronic equipment, control this electronic equipment in first mode, wherein, this second predetermined threshold is less than or equal to this first predetermined threshold.

When electronic equipment is under the second pattern, user completes after the operation of some destination object, need to be in the operation of carrying out the object far away apart from finger position, user's gripping dynamics value just can reduce, now carry out conventional operation for the ease of user, can trigger electronic equipment is switched back to first mode, the demonstration object in display interface is all shown with the first display mode.

Certainly, the mode that the second pattern of electronic equipment is switched to first mode by triggering can also be by clicking specific physical button, or on touch-screen, carries out specific operation and trigger.

A kind of operation mode switching method of corresponding the embodiment of the present application, the present embodiment also provides a kind of electronic equipment.Referring to Fig. 7, show the structural representation of an embodiment of a kind of electronic equipment of the application, the electronic equipment of the present embodiment has first mode and the second pattern; When this electronic equipment is during in first mode, this electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, this Part I shows the input operation that object is applicable to being hold by one hand, and this Part II shows the input operation that object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, this electronic equipment to major general's Part II shows that object shows with the second display mode, to make this Part II show the input operation that object is applicable to being hold by one hand.The electronic equipment of the present embodiment comprises: curable grip acquiring unit 710, judging unit 720 and switch unit 730.

Wherein, curable grip acquiring unit 710, for when described electronic equipment is during in described first mode, obtains the gripping dynamics value of user to described electronic equipment.

Judging unit 720, for judging that whether described gripping dynamics value is greater than the first predetermined threshold, obtains a judged result.

Switch unit 730, for in the time that described judged result shows that described gripping dynamics value is greater than described the first predetermined threshold, control described electronic equipment in described the second pattern, wherein, described gripping dynamics value is greater than described the first predetermined threshold to characterize described input operation is user the operation that shows object for described Part II.

Wherein, when electronic equipment is switched to the second pattern by this switch unit, the display mode in display interface has multiple, and correspondence is wherein a kind of, and this switch unit comprises:

The first switch unit, for controlling described electronic equipment in described the second pattern, shows that by described Part II object shows output with described the second display mode.

Corresponding another kind of mode, this switch unit can comprise: the second switch unit, be used for controlling described electronic equipment and switch to described the second pattern, in display interface, demonstrate described Part I with described the second display mode and show that object and Part II show object.

In the present embodiment at electronic equipment during in first mode, in the time judging user the gripping dynamics value of electronic equipment be greater than to the first predetermined threshold value, control electronic equipment in the second pattern, show that by least comprising Part II the demonstration object of object shows with the second display mode, thereby make the demonstration object that shows in display interface all be applicable to user and be hold by one hand operation, and then improved the convenient degree of user's operation.

Further, in this application, when this curable grip acquiring unit obtains gripping dynamics value, can only obtain gripping dynamics value corresponding to input operation for the demonstration object in the display interface with the first display mode output, accordingly, this gripping dynamics acquiring unit 710, be specially: in the time that described electronic equipment is described first mode, the input operation that monitor user ' is carried out in the display interface with described the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.

Referring to Fig. 8, show the structural representation of a kind of another embodiment of electronic equipment of the application, the electronic equipment of the present embodiment has first mode and the second pattern; When this electronic equipment is during in first mode, this electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, this Part I shows the input operation that object is applicable to being hold by one hand, and this Part II shows the input operation that object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, this electronic equipment to major general's Part II shows that object shows with the second display mode, to make this Part II show the input operation that object is applicable to being hold by one hand, the electronic equipment of the present embodiment and difference embodiment illustrated in fig. 7 be, the electronic equipment of the present embodiment also comprises: pressure distribution state acquiring unit 740 and object division unit 750.

Wherein, pressure distribution state acquiring unit 740, for when described electronic equipment is during in described first mode, obtains the pressure distribution state that user grips described electronic equipment.

Object division unit 750, while being greater than described the first predetermined threshold for judging described gripping dynamics value when described judging unit, according to the described pressure distribution state that described electronic equipment is gripped, determine that the Part I in the demonstration object in the display interface of described the first display mode output shows that object and Part II show object, and trigger the operation of described switch unit.

Determine that according to pressure distribution state the Part I corresponding with current pressure distribution shows that object and Part II show object at the present embodiment, and then more reasonably determine part and show that object is to be not suitable for the current correspondence of carrying out input operation that is hold by one hand of user.

Referring to Fig. 9, show the structural representation of a kind of another embodiment of electronic equipment of the application, the electronic equipment of the present embodiment has first mode and the second pattern; When this electronic equipment is during in first mode, this electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, this Part I shows the input operation that object is applicable to being hold by one hand, and this Part II shows the input operation that object is not suitable for being hold by one hand; When this electronic equipment is during in the second pattern, this electronic equipment to major general's Part II shows that object shows with the second display mode, to make this Part II show the input operation that object is applicable to being hold by one hand, the electronic equipment of the present embodiment and difference embodiment illustrated in fig. 7 be, the electronic equipment of the present embodiment also comprises: show object corresponding relation determining unit 760, operation receiving element 770 and operation execution unit 780.

Wherein, show object corresponding relation determining unit 760, for when described electronic equipment is during in the second pattern, determine the corresponding relation between demonstration object shown in the current display interface of exporting with the demonstration object of the second display mode output and with described the first display mode of electronic equipment.

Operation receiving element 770, for receiving the operation of user to the described demonstration object with the second display mode output.

Operation execution unit 780, for according to described corresponding relation, is converted to user to the corresponding operation that shows object in the described display interface with the first display mode output to the operation of the described demonstration object with the second display mode output, and carries out.

Further, in the embodiment of above electronic equipment arbitrarily, can also comprise: the second switch unit, for in the time detecting that user is less than the second predetermined threshold to the gripping dynamics value of described electronic equipment, control described electronic equipment in described first mode, wherein, described the second predetermined threshold is less than or equal to described the first predetermined threshold.

In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.For the disclosed electronic equipment of embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates referring to method part.

Finally, also it should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.

To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the present invention.To be apparent for those skilled in the art to the multiple modification of these embodiment, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.

Claims (16)

1. an operation mode switching method, is applied in an electronic equipment, it is characterized in that, described electronic equipment comprises first mode and the second pattern; When described electronic equipment is during in described first mode, described electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, described Part I shows the input operation that object is applicable to being hold by one hand, and described Part II shows the input operation that object is not suitable for being hold by one hand; When described electronic equipment is during in described the second pattern, described electronic equipment to Part II described in major general shows that object shows with the second display mode, and to make described Part II show the input operation that object is applicable to being hold by one hand, described method comprises:
When described electronic equipment is during in described first mode, obtain the gripping dynamics value of user to described electronic equipment;
Judge that whether described gripping dynamics value is greater than the first predetermined threshold, obtains a judged result;
In the time that described judged result shows that described gripping dynamics value is greater than described the first predetermined threshold, control described electronic equipment in described the second pattern, wherein, described gripping dynamics value is greater than the first predetermined threshold to characterize described input operation is user the operation that shows object for described Part II.
2. method according to claim 1, is characterized in that, describedly obtains the gripping dynamics value of user to described electronic equipment when described electronic equipment is during in described first mode, comprising:
In the time that described electronic equipment is described first mode, the input operation that monitor user ' is carried out in the display interface with described the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.
3. method according to claim 1, is characterized in that, the described electronic equipment of described control, in described the second pattern, comprising:
Control described electronic equipment in described the second pattern, described Part II is shown to object shows output with described the second display mode.
4. method according to claim 1, is characterized in that, the described electronic equipment of described control switches to described the second pattern, comprising:
Control described electronic equipment and switch to described the second pattern, in display interface, demonstrate described Part I with described the second display mode and show that object and Part II show object.
5. method according to claim 1, is characterized in that, in the time controlling described electronic equipment in described the second pattern, also comprises:
Determine that electronic equipment is current with the corresponding relation between demonstration object shown in the demonstration object of the second display mode output and the display interface with described the first display mode output.
6. method according to claim 4, is characterized in that, also comprises:
Receive the operation of user to the described demonstration object with the second display mode output;
According to described corresponding relation, user is converted to the corresponding operation that shows object in the described display interface with the first display mode output the operation of the described demonstration object with the second display mode output, and carries out.
7. method according to claim 1, is characterized in that, when controlling described electronic equipment after described the second pattern, also comprises:
In the time detecting that user is less than the second predetermined threshold to the gripping dynamics value of described electronic equipment, control described electronic equipment in described first mode, wherein, described the second predetermined threshold is less than or equal to described the first predetermined threshold.
8. method according to claim 1, is characterized in that, when described electronic equipment is in described first mode, in the user's who gets gripping dynamics value, also comprises:
Obtain the pressure distribution state that user grips described electronic equipment;
Be greater than described the first predetermined threshold when described judged result shows described gripping dynamics value, controlled described electronic equipment before the second pattern, also comprise:
According to the described pressure distribution state that described electronic equipment is gripped, determine with the Part I in the demonstration object in the display interface of described the first display mode output and show that object and Part II show object.
9. an electronic equipment, is characterized in that, described electronic equipment has first mode and the second pattern; When described electronic equipment is during in described first mode, described electronic equipment is exported a display interface with the first display mode, and comprise that with the display interface of the first display mode output Part I shows that object and Part II show object, wherein, described Part I shows the input operation that object is applicable to being hold by one hand, and described Part II shows the input operation that object is not suitable for being hold by one hand; When described electronic equipment is during in described the second pattern, described electronic equipment to Part II described in major general shows that object shows with the second display mode, to make described Part II show the input operation that object is applicable to being hold by one hand, described electronic equipment comprises:
Curable grip acquiring unit, for when described electronic equipment is during in described first mode, obtains the gripping dynamics value of user to described electronic equipment;
Judging unit, for judging that whether described gripping dynamics value is greater than the first predetermined threshold, obtains a judged result;
Switch unit, for in the time that described judged result shows that described gripping dynamics value is greater than described the first predetermined threshold, control described electronic equipment in described the second pattern, wherein, described gripping dynamics value is greater than described the first predetermined threshold to characterize described input operation is user the operation that shows object for described Part II.
10. electronic equipment according to claim 9, it is characterized in that, described curable grip acquiring unit, be specially: in the time that described electronic equipment is described first mode, the input operation that monitor user ' is carried out in the display interface with described the first display mode output, and obtain while carrying out described input operation, to the gripping dynamics value of described electronic equipment.
11. electronic equipments according to claim 9, is characterized in that, described switch unit, comprising:
The first switch unit, for controlling described electronic equipment in described the second pattern, shows that by described Part II object shows output with described the second display mode.
12. electronic equipments according to claim 9, is characterized in that, described switch unit, comprising:
The second switch unit, switches to described the second pattern for controlling described electronic equipment, demonstrates described Part I show that object and Part II show object in display interface with described the second display mode.
13. electronic equipments according to claim 9, is characterized in that, also comprise:
Show object corresponding relation determining unit, for when described electronic equipment is during in the second pattern, determine the corresponding relation between demonstration object shown in the current display interface of exporting with the demonstration object of the second display mode output and with described the first display mode of electronic equipment.
14. electronic equipments according to claim 13, is characterized in that, also comprise:
Operation receiving element, for receiving the operation of user to the described demonstration object with the second display mode output;
Operation execution unit, for according to described corresponding relation, is converted to user to the corresponding operation that shows object in the described display interface with the first display mode output to the operation of the described demonstration object with the second display mode output, and carries out.
15. electronic equipments according to claim 9, is characterized in that, also comprise:
The second switch unit, in the time detecting that user is less than the second predetermined threshold to the gripping dynamics value of described electronic equipment, controls described electronic equipment in described first mode, and wherein, described the second predetermined threshold is less than or equal to described the first predetermined threshold.
16. electronic equipments according to claim 9, is characterized in that, also comprise:
Pressure distribution state acquiring unit, for when described electronic equipment is during in described first mode, obtains the pressure distribution state that user grips described electronic equipment;
Object division unit, while being greater than described the first predetermined threshold for judging described gripping dynamics value when described judging unit, according to the described pressure distribution state that described electronic equipment is gripped, determine that the Part I in the demonstration object in the display interface of described the first display mode output shows that object and Part II show object, and trigger the operation of described switch unit.
CN201210454091.7A 2012-11-13 2012-11-13 A kind of operation mode switching method and electronic equipment CN103809866B (en)

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