CN105739810A - Mobile electronic device and user interface display method - Google Patents
Mobile electronic device and user interface display method Download PDFInfo
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- CN105739810A CN105739810A CN201410767685.2A CN201410767685A CN105739810A CN 105739810 A CN105739810 A CN 105739810A CN 201410767685 A CN201410767685 A CN 201410767685A CN 105739810 A CN105739810 A CN 105739810A
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Abstract
The invention relates to a mobile electronic device. The device comprises a motion sensor, a processor and a touch display; the motion sensor detects a motion of the mobile electronic device and generates a detection value according to the motion; when the mobile electronic device is in a working mode, the processor judges whether the detection value is fallen in a first detection value range or is fallen in a second detection value range; and the touch display displays one of three user interfaces according to a judgment result, wherein the first user interface is provided with multiple application program icons which are displayed along a first edge of the touch display; the second user interface is provided with the multiple application program icons which are displayed along a second edge of the touch display; and the third user interface is provided with the multiple application program icons which are displayed between the first edge and the second edge of the touch display uniformly and dispersedly.
Description
Technical field
The present invention relates to the user interface of a kind of electronic apparatus (UI:userinterface), and particularly relate to a kind of electronic apparatus and method for displaying user interface.
Background technology
Flourish due to electronic apparatus and communication network, causes that electronic apparatus becomes the platform being easiest to obtain the network information now.Easily available information and characteristic online at any time, make these devices become indispensable article modern every day, even instead of the networked platforms that personal computer becomes new.
Meanwhile, the complexity of application program and high integration, and the increasingly abundanter network information, make resolution and the size fast growth of the display of electronic apparatus.In the past and the close electronic apparatus of hand size (as: there are 3.7 cun of devices to 4 cun of display floaters) gradually by bigger device (as: have more than the device of 5 cun of display floaters) replaced.But also due to the area of display is increasing, originally it is convenient for carrying and is suitable to the electronic apparatus of one-handed performance and be increasingly difficult to one-handed performance.
No matter the first use of complexity, for instance browse webpage.Single to unlock these electronic apparatus, it is successfully found the program being intended to perform, and is successfully executed, can give user suitable puzzlement.Furthermore, when user is under some particular cases, for instance when user one portable article, or one hold handrail on bus, when being only capable of electronic apparatus large-sized with one-handed performance, difficulty especially.
Summary of the invention
The present invention provides a kind of electronic apparatus and method for displaying user interface, and the user interface that can make large-sized electronic apparatus is more convenient.
The electronic apparatus of the present invention is operable in sleep pattern or mode of operation, including motion sensor, processor and touch control display.The motion of motion sensor senses electronic apparatus, and produce detected value according to this.Processor couples motion sensor.When electronic apparatus is in mode of operation, processor judges whether detected value drops on the first detected value scope or drop on the second detected value scope.Touch control display couples processor, first user interface is shown when detected value is judged drop on the first detected value scope by processor, the second user interface is shown, display the 3rd user interface when detected value is judged not to drop on first and second detected value scope by processor when detected value is judged drop on the second detected value scope by processor.Wherein, first user interface has multiple application icon and shows along the first edge of touch control display, and the second user interface has multiple application icon and shows along the second edge of touch control display.3rd user interface has multiple application icon and is on average shown in dispersedly between the first edge of touch control display and the second edge.
The method for displaying user interface of the present invention is used for electronic apparatus.This electronic apparatus is operable in sleep pattern or mode of operation, and has touch control display.Said method comprises the following steps: the motion of detection electronic apparatus, and produces detected value according to this；Judge whether detected value drops on the first detected value scope or drop on the second detected value scope；When detected value is judged and drops on the first detected value scope, display first user interface is on touch control display, and wherein first user interface has multiple application icon and shows along the first edge of touch control display；When detected value is judged and drops on the second detected value scope, showing that the second user interface is on touch control display, wherein the second user interface has multiple application icon and shows along the second edge of touch control display；And when detected value is judged not to drop on first and second detected value scope by processor, show the 3rd user interface, wherein the 3rd user interface has multiple application icon and is on average shown in dispersedly between the first edge of touch control display and the second edge.
Based on above-mentioned, the present invention can according to the single-hand handling & of electronic apparatus with etc. various occupation modes and dynamically adjust user interface, the user interface that can make large-sized electronic apparatus is more convenient.
For the features described above of the present invention and advantage can be become apparent, special embodiment below, and coordinate accompanying drawing to be described below in detail.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a kind of electronic apparatus according to one embodiment of the invention.
Fig. 2 is the flow chart of a kind of method for displaying user interface according to one embodiment of the invention.
Fig. 3 is the schematic diagram at a kind of pre-set user interface according to one embodiment of the invention.
Fig. 4 A to Fig. 5 B is the schematic diagram of the determination methods of the single-hand handling & of the multiple embodiments according to the present invention.
Fig. 6 is the schematic diagram of the viewing area of the user interface according to one embodiment of the invention.
Fig. 7 to Fig. 8 B is the schematic diagram of the determination methods of the single-hand handling & of the multiple embodiments according to the present invention.
Fig. 9 A and Fig. 9 B is the schematic diagram of the action column of the user interface according to one embodiment of the invention.
Figure 10 A to Figure 11 B is the schematic diagram of the program row of the user interface of the multiple embodiments according to the present invention.
Figure 12 to Figure 13 B is the schematic diagram of the function of searching of the user interface of the multiple embodiments according to the present invention.
Reference numeral explanation
100: electronic apparatus
110: processor
120: motion sensor
130: touch control display
140: mike
210～260: method step
310: the representative icon of application program
410: normal direction
420: gravity direction
510,520,610: operation trace
620: the upper limit of the viewing area of user interface
630: the lower limit of the viewing area of user interface
710: the center line of touch control display
720: viewing area, left side
730: right-hand part viewing area
810,820,1020,1120: predetermined registration operation
930: action column
931～933: the icon of action column
1010,1110: instruction pattern
1030,1130,1230,1330,1335: program arranges
1040,1240,1340,1345: search icon
1050: the representative icon of application program
1210: dummy keyboard
1360,1365: character arranges
Detailed description of the invention
Fig. 1 is the schematic diagram of a kind of electronic apparatus 100 according to one embodiment of the invention.Electronic apparatus 100 can be the electronic installation of smart mobile phone, personal digital assistant (PDA:personaldigitalassistant), tablet PC or other applicable single-hand handling &.Electronic apparatus 100 includes processor 110, motion sensor (motionsensor) 120, touch control display (touchdisplay) 130 and mike 140.Motion sensor 120 at least can include accelerometer (accelerometer), gyroscope (gyroscope) and electronic compass (electroniccompass) one of them.
Electronic apparatus 100 is operable in a sleep pattern or a mode of operation.Electronic apparatus 100 enters mode of operation when start.Then, if not having user operation for some time, electronic apparatus 100 is automatically into sleep pattern.User can also directly issue orders, for instance: press power key, allow electronic apparatus 100 enter sleep pattern.When sleep pattern, user can carry out predetermined registration operation at touch control display 130, or inputs voice by mike 140, or again presses power key, to wake electronic apparatus 100 up, makes electronic apparatus 100 Return to work pattern.Touch control display 130 shows user interface in mode of operation, does not then show user interface in sleep pattern.Processor 110 can determine whether that electronic apparatus 100 is currently in sleep pattern or mode of operation, and control touch control display 130 according to current pattern and do not show user interface or display user interface.
Fig. 2 is the flow chart of a kind of method for displaying user interface according to one embodiment of the invention.The method can be performed when first time enters mode of operation by electronic apparatus 100, or performs when entering mode of operation from sleep pattern, or performs when mode of operation.
Following description Fig. 2 flow process.Motion sensor 120 can detect the motion (step 210) of electronic apparatus 100, and produces the detected value corresponding to this motion according to this.According to the above-mentioned detected value of motion sensor 120, processor 110 can judge that whether electronic apparatus 100 is by hand-held (step 220).Motion sensor 120 can detect whipping or the vibration of user's hands.If motion sensor 120 detects that above-mentioned whipping or vibration, processor 110 can determine whether that electronic apparatus 100 is hand-held, otherwise processor 110 can determine whether that electronic apparatus 100 is not hand-held.When electronic apparatus 100 is hand-held, processor 110 carries out singlehanded judgement (step 230).When electronic apparatus 100 is not hand-held, touch control display display pre-set user interface (step 260).Above-mentioned is not by hand-held judged result, includes judging that left hand is held yet and uses or the situation that the right hand is held.
The singlehanded of step 230 judges it is that finger processor 110 judges that electronic apparatus 110 is held use by left hand, held use by the right hand or not hand-held.When processor 110 judges that electronic apparatus 100 is held the used time by left hand, touch control display 130 shows left handed user interface (step 240).When processor 110 judges that electronic apparatus 100 is held the used time by the right hand, touch control display 130 shows right handed user interface (step 250).When processor 110 judge electronic apparatus 100 not by hand-held time, touch control display 130 shows pre-set user interface (step 260).
User interface shown in the left handed user interface of step 240 such as Fig. 9 A, Figure 10 A, Figure 10 B, Figure 12 and Figure 13 A, the icon (icon) etc. that its common trait is the various conventional virtual key in user interface or application program all shows along the left side edge of touch control display 130.User interface shown in the right handed user interface of step 250 such as Fig. 9 B, Figure 11 A, Figure 11 B and Figure 13 B, the icon (icon) etc. that its common trait is the various conventional virtual key in user interface or application program all shows along the right side edge of touch control display 130.
As for the pre-set user interface of step 260, then it is balanced user interface, it does not have deflection left side or right side.Such as Fig. 3 is the schematic diagram at a kind of pre-set user interface according to one embodiment of the invention.The pre-set user interface shown by touch control display 130 of Fig. 3 includes the representative icon of multiple application program, for instance representative icon 310, and it is on average shown between left side edge and the right side edge of touch control display 130 in a matrix fashion dispersedly.User can click any one representative icon to perform the application program of correspondence.
In another embodiment, the pre-set user interface setting of step 260 is directly adopt the left handed user interface of step 240 or the right handed user interface of step 250 by its singlehanded use habit of user Ke Yi.
In the singlehanded judgement of step 230, processor 110 can use one or more determination methods.Such as, Fig. 4 A and Fig. 4 B is the schematic diagram of the determination methods of the single-hand handling & according to one embodiment of the invention.Electronic apparatus 100 in Fig. 4 A and Fig. 4 B is the schematic diagram bottom electronic apparatus 100 side.In this embodiment, processor 110 can judge the gravity direction 420 orientation relative to normal (normalline) direction 410 of electronic apparatus 100 according to detected value produced by motion sensor 120, and judges that whether electronic apparatus 100 is held with by left hand or held use by the right hand according to above-mentioned detected value.Representing that when detected value drops on one first detected value scope normal direction 410 is on the left of gravity direction 420, as shown in Figure 4 A, then processor 110 can determine whether that electronic apparatus 100 is held use by left hand, and touch control display 130 shows left handed user interface.Representing that when detected value drops on one second detected value scope normal direction 410 is on the right side of gravity direction 420, as shown in Figure 4 B, then processor 110 can determine whether that electronic apparatus 100 is held use by the right hand, and touch control display 130 shows right handed user interface.When detected value is non-drop on first and second detected value scope time represent that normal direction 410 is not to the left not to the right yet, then processor 110 can determine whether that electronic apparatus 100 is not hand-held, and touch control display 130 shows pre-set user interface.In this embodiment, normal direction 410 finger is perpendicular to the display surface of touch control display 130 direction at the back side towards electronic apparatus 100.It addition, first and second above-mentioned detected value scope can by experiment record motion sensor 120 when user utilizes left hand and right-hand operated electronic apparatus 100 produced detected value and determine, and be stored in advance in electronic apparatus 100.Furthermore, above-mentioned each detected value scope refers to the scope between two detected values.In this embodiment, this two detected value can be different numerical value or be identical numerical value.
Fig. 5 A and Fig. 5 B is the schematic diagram of the determination methods of the single-hand handling & according to another embodiment of the present invention.In this embodiment, user can by a predetermined registration operation, for instance finger slip on touch control display 130, wakes the electronic apparatus 100 in sleep up.Touch control display 130 can detect this predetermined registration operation.Processor 110 can respond this predetermined registration operation and make electronic apparatus 100 enter mode of operation from sleep pattern.The single-hand handling & used time, user would generally use thumb to slide, so processor 110 can analyze the track judging this predetermined registration operation.When processor 110 judges that this track is counterclockwise movement (anti-clockwiseswipe), for instance shown in the track 510 of Fig. 5 A, processor 110 can determine whether that electronic apparatus 100 is held use by left hand.When processor 110 judges that this track is clockwise movement (clockwiseswipe), for instance shown in the track 520 of Fig. 5 B, processor 110 can determine whether that electronic apparatus 100 is held use by the right hand.When processor 110 judges that this track is not counterclockwise movement yet not clockwise movement, for instance do linear slide with the forefinger of another hands on touch control display 130, then processor 110 can determine whether that electronic apparatus 100 is not used by single-hand handling &.
The track of above-mentioned predetermined registration operation can be used to limit the viewing area of user interface, with user interface is limited in user finger can and scope in, allow the convenient operation of user.Such as shown in Fig. 6, the top of the track 610 of predetermined registration operation is denoted as 620, and bottom is denoted as 630.Processor 110 is recordable and stores the position, the top 620 of track 610, with the upper limit of the viewing area as user interface.Or, processor 110 is recordable and stores the lowest positions 630 of track 610, using the lower limit of the viewing area as user interface.Or, processor 110 is recordable and stores position, the top 620 and the lowest positions 630 of track 610, using the upper and lower bound of the viewing area as user interface.
When user operates electronic apparatus 100 by touch control display 130, touch control display 130 will necessarily be touched.Therefore processor 110 can add up the multiple touch position in one section of Preset Time, and is concentrate on left side or the right side of touch control display 130 according to these touch position, to carry out the singlehanded judgement of step 230.
Such as Fig. 7 is the schematic diagram of the determination methods of the single-hand handling & according to one embodiment of the invention.In this embodiment, touch control display 130 is divided into viewing area, left side 720 and right-hand part viewing area 730 according to center line 710.Touch control display 130 can detect multiple touch position in one section of Preset Time, and processor 110 can determine whether that each touch position is in viewing area, left side 720 or the right-hand part viewing area 730 of touch control display 130.When the quantity of the touch position being positioned on viewing area, left side 720 is more than one first marginal value, then processor 110 can determine whether that electronic apparatus 100 is held use by left hand.When the quantity of the touch position being positioned on right-hand part viewing area 730 is more than one second marginal value, then processor 110 can determine whether that electronic apparatus 100 is held use by the right hand.Quantity if located in left side 720 with the touch position being positioned at right-hand part 730 is smaller than above-mentioned marginal value, then processor 110 can determine whether that electronic apparatus 100 is not used by single-hand handling &.It will be understood that first and second marginal value above-mentioned can be same value or different value
Fig. 8 A and Fig. 8 B is the schematic diagram of the determination methods of the single-hand handling & according to another embodiment of the present invention.In this embodiment, user can actively declare to be currently left hand by predetermined registration operation and holds and hold use with the still right hand.Such as, above-mentioned predetermined registration operation can be from the edge of touch control display 130 to middle slip with finger.Touch control display 130 can detect this predetermined registration operation.When the left side edge at touch control display 130 occurs this predetermined registration operation, for instance shown in the predetermined registration operation 810 of Fig. 8 A, then processor 110 can determine whether that electronic apparatus 100 is held use by left hand.When the right side edge at touch control display 130 occurs this predetermined registration operation, for instance shown in the predetermined registration operation 820 of Fig. 8 B, then processor 110 can determine whether that electronic apparatus 100 is held use by the right hand.If touch control display 130 does not detect this predetermined registration operation, then processor 110 can determine whether that electronic apparatus 100 is not used by single-hand handling &.
Above-mentioned several embodiments provide the determination methods of multiple different single-hand handling &s, and processor 110 can adopt one of them determination methods or multiple determination methods to carry out the singlehanded judgement of step 230.Use less determination methods can save electric power, use more determination methods then can improve accuracy of judgement degree.If only by a method, the then judged result of the method, it is simply that the judged result of step 230.If adopting multiple method, then can carry out the judged result of deciding step 230 according to the judged result of these methods.
In one embodiment, processor 110 adopts multiple determination methods to carry out the singlehanded judgement of step 230.If the judged result of each method is electronic apparatus 100 is held use by left hand, then the judged result of step 230 is exactly that electronic apparatus 100 is held use by left hand.If the judged result of each method is electronic apparatus 100 is held use by the right hand, then the judged result of step 230 is exactly that electronic apparatus 100 is held use by the right hand.Otherwise the judged result of step 230 is exactly that electronic apparatus 100 is not used by single-hand handling &.
In another embodiment, processor 110 adopts multiple determination methods to carry out the singlehanded judgement of step 230, and these determination methods have default priority.Processor 110 first carries out prepreerence determination methods.Being held with by left hand if the result of prepreerence determination methods is electronic apparatus 100 or is held use by the right hand, processor 100 is just using the result of prepreerence determination methods as the judged result of step 230.If the result of prepreerence determination methods is electronic apparatus 100 is not that then processor performs the second preferential determination methods by single-hand handling & use.If the result of the second preferential determination methods is that electronic apparatus 100 is held with by left hand or held use by the right hand, processor 100 is just using the result of the second preferential determination methods as the judged result of step 230.If the result of the second preferential determination methods be electronic apparatus 100 not by single-hand handling & use, then processor performs the 3rd preferential determination methods.The rest may be inferred.If processor 110 goes to last determination methods, then using the result of this last determination methods as the judged result of step 230.
In one embodiment, electronic apparatus 100 can perform the method for displaying user interface of Fig. 2 when first time enters mode of operation or enters mode of operation from sleep pattern.Before electronic apparatus 100 leaves mode of operation, the method for displaying user interface of Fig. 2 will not perform again, so touch control display 130 will not switch between left handed user interface, right handed user interface and pre-set user interface.It is to say, the kind of user interface just has decided to when having just enter into mode of operation, until electronic apparatus 100 enter mode of operation next time, user interface its is possible to again switch.
In another embodiment, when electronic apparatus 100 is when mode of operation, motion sensor 120 can be periodically executed step 210, and processor 110 can be periodically executed step 220 and 230, to judge that electronic apparatus 100 is held use by left hand, held use by the right hand or not used by single-hand handling &.Processor 110 can compare the result of above-mentioned judgement this time and the result of previous above-mentioned judgement.When the result of above-mentioned judgement this time is different from the result of previous above-mentioned judgement, touch control display 130 can perform according to the result of above-mentioned judgement this time step 240,250 or 260, to be switched to correct user interface.This is it is to say, the user interface of the present embodiment can switch at any time, it is not necessary to wait until that enter mode of operation just switches next time.
Touch control display 130 can include an action column in the user interface that its lower edge shows, action column can include multiple exercisable icon, in order to start the several functions of electronic apparatus 100.Processor 110 can according to conventional degree or the significance level above-mentioned multiple icons of sequence.When electronic apparatus 100 is held the used time by left hand, the conventional degree of above-mentioned multiple icons or significance level right-to-left are incremented by, in order to the left-handed operation of user.When electronic apparatus 100 is held the used time by the right hand, conventional degree or the significance level of above-mentioned multiple icons are incremented by from left to right, in order to the right-hand operated of user.Such as, Fig. 9 A and Fig. 9 B is the schematic diagram of the action column 930 of a user interface according to one embodiment of the invention.Action column 930 includes three exercisable icons 931～933.Fig. 9 A illustrates electronic apparatus 100 and is held action column 930, Fig. 9 B of used time by left hand and then illustrate electronic apparatus 100 and held the action column 930 of used time by the right hand.In Fig. 9 A and Fig. 9 B, putting in order of icon 931～933 is contrary.In this embodiment, icon 931 represents [returning page up] function, and icon 932 represents [returning homepage] function, and icon 933 represents [application program that display is carrying out] function.
Figure 10 A and Figure 10 B is the schematic diagram according to the program row 1030 in the left handed user interface of one embodiment of the invention.Blockage 1010 in the user interface of Figure 10 A is an instruction pattern, in order to represent that user can take program row 1030 by a predetermined registration operation out of from the position of this pattern displaying.The predetermined registration operation 1020 of the present embodiment is to use finger from the position of instruction pattern to middle slip on touch control display 130.When electronic apparatus 100 is held the used time by left hand, instruction pattern displaying is in the left side edge of touch control display 130.When electronic apparatus 100 is held the used time by the right hand, instruction pattern displaying is in the right side edge of touch control display 130.
When touch control display 130 detects predetermined registration operation 1020 on the position indicating pattern, touch control display 130 can be taken out of in the left side edge of touch control display 130 and show program row 1030.Program row 1030 include the representative icon of multiple application program, for instance representative icon 1050, and it shows along the left side edge of touch control display 130.When arbitrary representative icon of program row 1030 display is clicked, then processor 110 performs the application program corresponding to this representative icon.In this embodiment, user can also be used with drag kick (in figure upper and lower two arrow directions) slip program row 1030 up and down, to find rapidly application program.
Program row 1030 include searching icon 1040.Search icon 1040 and be shown in the position in the middle of program row 1030, and search icon about the 1040 both sides adjacent icon having multiple different application program respectively.Search one or more application programs that icon 1040 can be used to search in the application program of electronic apparatus 100.After above-mentioned search, program row 1030 can show the representative icon of the application program searching gained, selects for user.
Figure 11 A and Figure 11 B is the schematic diagram according to the program row 1130 in the right handed user interface of another embodiment of the present invention.Blockage 1110 in the user interface of Figure 11 A is an instruction pattern, in order to represent that user can take program row 1130 by a predetermined registration operation out of from the position of this pattern displaying.When touch control display 130 detects predetermined registration operation 1120 on the position indicating pattern, touch control display 130 can be taken out of in the right side edge of touch control display 130 and show program row 1130.Program row 1130 can include the representative icon of multiple application program, and it shows along the right side edge of touch control display 130.Program row 1130 also include above-mentioned search icon.The left handed user interface of the right handed user interface of Figure 11 A and Figure 11 B and Figure 10 A and Figure 10 B is distinctive in that left and right is contrary, and all the other details are identical.
The above-mentioned function of searching searching icon has numerous embodiments.Such as, Figure 12 is the schematic diagram of the function of searching of the user interface according to one embodiment of the invention.When touch control display 130 detects a predetermined registration operation for search icon 1240, touch control display 130 shows dummy keyboard 1210 in the user interface.Above-mentioned predetermined registration operation can be click on searching icon 1240.The available dummy keyboard 1210 of user inputs search condition, and processor 110 can search the one or more application programs among electronic apparatus 100 according to the search condition that dummy keyboard 1210 inputs.Such as, above-mentioned search condition can be at least one English alphabet, and what meet this search condition is the application program that starts with same letter of title.
The representative graph rotating savings of the above-mentioned application program meeting search condition is shown in program row 1230, selects for user and performs the application program that these representative icon are corresponding.Processor 110 can determine the representative icon of above-mentioned application program DISPLAY ORDER in program row 1230 according to the degree of correlation between above-mentioned application program and search condition.Such as above-mentioned degree of correlation can increase along with above-mentioned representative icon and the distance searched between icon 1240 and successively decrease.In other words, the representative graph rotating savings of program row 1230, from searching icon 1240, upwardly or downwardly extends display according to the degree of correlation with search condition.Near searching icon 1240, it is the application program that the degree of correlation between search condition is the highest, and farthest away from searching icon 1240, is the application program that the degree of correlation between search condition is minimum.
Figure 13 A is the schematic diagram of the function of searching at the left handed user interface according to one embodiment of the invention.In this embodiment, when touch control display 130 detects a predetermined registration operation of user, touch control display 130 shows the character row 1360 of in-line arrangement in the user interface.Character row 1360 are close to program row 1330.Above-mentioned predetermined registration operation can be that the persistent period by tactile search icon 1340 is more than a preset time T1.Above-mentioned predetermined registration operation can also be when program row 1330 occur, with finger, on touch control display 130, a side of contiguous program row 1330 is to middle slip, as shown in the predetermined registration operation 1020 of Figure 10 A.As it has been described above, when electronic apparatus 100 is held the used time by left hand, above-mentioned side is left side edge.When electronic apparatus 100 is held the used time by the right hand, above-mentioned side is right side edge.
Character row 1360 include multiple character.Character row 1360 are held with the singlehanded thumb of electronic apparatus 100 near user, can slide up and down with the thumb manipulation of user, so character row 1360 are more suitable for one-handed performance than dummy keyboard 1210.The available character row 1360 of user input search condition, and processor 110 can search application program according to the search condition that character row 1360 input.As it has been described above, processor 110 can determine the representative icon of above-mentioned application program DISPLAY ORDER in program row 1330 according to the degree of correlation between above-mentioned application program and search condition.
Figure 13 B is the schematic diagram of the function of searching at the right handed user interface according to another embodiment of the present invention.The right handed user interface of the present embodiment includes program row 1335 and character row 1365.Program row 1335 include searching icon 1345.The right handed user interface of Figure 13 B and the left handed user interface of Figure 13 A are distinctive in that left and right is contrary, and all the other details are identical.
The track 610 of the predetermined registration operation of Fig. 6 also can be used to limit the viewing area of the program row of various embodiments above and character row.The position, the top 620 of the recordable track 610 of processor 110, using the upper limit as program row and the viewing area of character row.Or, the lowest positions 630 of the recordable track 610 of processor 110, using the lower limit as program row and the viewing area of character row.Or, the position, the top 620 of the recordable track 610 of processor 110 and lowest positions 630, using the upper and lower bound as program row and the viewing area of character row.
Search icon in above example also can be used to trigger speech search function.When touch control display 130 detects a predetermined registration operation for search icon, mike 140 can respond this predetermined registration operation and receive voice.Above-mentioned predetermined registration operation can be that the persistent period by tactile search icon is more than a preset time T2.Preset time T2Length can more than aforesaid preset time T1.Such as, voice content can be the title of application program.Processor 110 can search the one or more application programs among electronic apparatus 100 according to the identification result of voice.Above-mentioned voice can be considered a kind of search condition.As it has been described above, processor 110 can determine the representative icon of above-mentioned application program DISPLAY ORDER in program arranges according to the degree of correlation between above-mentioned application program and search condition.
In one embodiment, electronic apparatus 100 does not have voice arousal function, also without speech search function.In this embodiment, it is convenient to omit mike 140.
The present invention also provides for the record media of a kind of embodied on computer readable.In one embodiment, storage computer program in these record media, after an electronic apparatus is loaded into and performs this computer program, the method for displaying user interface of Fig. 2 can be completed.Above-mentioned record media can be the record media that floppy disk, hard disk or CD etc. exist with entity form.
In sum, the present invention proposes detection and the calculation mechanism of a kind of intelligence, according to factors such as multiple determination methods and the hand-held of user, touch control operation, fancy setting or custom modes of operation, can switch between left handed user interface, right handed user interface and pre-set user interface.Therefore the present invention can reach the purpose of one-handed performance, makes the more convenient use of electronic apparatus that display increases day by day.Additionally, the present invention by most important or the most frequently used application program or interface configurations in being easiest to the region touching or operate, can optimize the experience of user.
Although the present invention discloses as above with embodiment; so it is not limited to the present invention; without departing from the spirit and scope of the invention, when doing a little change and retouching, therefore protection scope of the present invention is when being as the criterion with the claim of the present invention for those skilled in the art.
Claims (16)
1. an electronic apparatus, is operable in sleep pattern or mode of operation, comprising:
Motion sensor, detects the motion of this electronic apparatus, and produces detected value according to this；
Processor, couples this motion sensor, and when this electronic apparatus is in this mode of operation, this processor judges whether this detected value drops on the first detected value scope or drop on the second detected value scope；And
Touch control display, couple this processor, first user interface is shown when this detected value is judged drop on this first detected value scope by this processor, the second user interface is shown when this detected value is judged drop on this second detected value scope by this processor, this detected value by this processor judge not to drop on this first with this second detected value scope time display the 3rd user interface, wherein this first user interface has multiple application icon and shows along the first edge of this touch control display, and this second user interface has the plurality of application icon and shows along the second edge of this touch control display, and the 3rd user interface there is the plurality of application icon be on average shown in dispersedly between this first edge of this touch control display and this second edge.
2. electronic apparatus as claimed in claim 1, wherein this touch control display detection predetermined registration operation, when this processor judges that this detected value drops on this first detected value scope and judges that the track of this predetermined registration operation is counterclockwise movement, this touch control display shows this first user interface, and when this processor judges that this detected value drops on this second detected value scope and judges that the track of this predetermined registration operation is clockwise movement, this touch control display shows this second user interface.
3. electronic apparatus as claimed in claim 1, wherein this touch control display detects multiple touch position, and this processor judges that each above-mentioned touch position is positioned at the first viewing area or second viewing area of this touch control display；When this processor judges that this detected value drops on this first detected value scope and judgement is positioned at the quantity of above-mentioned touch position of this first viewing area more than the first marginal value, this touch control display shows this first user interface, when this processor judges that this detected value drops on this second detected value scope and judgement is positioned at the quantity of above-mentioned touch position of this second viewing area more than the second marginal value, this touch control display shows this second user interface.
4. electronic apparatus as claimed in claim 1, wherein this first respectively includes action column with this second user interface, and this action column includes multiple exercisable icon, and this processor is according to conventional degree or the significance level the plurality of icon of sequence；When this touch control display shows this first user interface, the conventional degree of the plurality of icon or significance level are incremented by this first edge from this second edge；When touch control display shows this second user interface, the conventional degree of the plurality of icon or significance level are incremented by this second edge from this first edge.
5. electronic apparatus as claimed in claim 1, wherein when this processor judges that this detected value drops on this first detected value scope and this touch control display when this first rim detection is to the first predetermined registration operation, this touch control display shows the plurality of application icon along this first edge, when this processor judges that this detected value drops on this second detected value scope and this touch control display when this second rim detection to this first predetermined registration operation, this touch control display shows the plurality of application icon along this second edge.
6. electronic apparatus as claimed in claim 5, wherein the plurality of application icon is arranged in program row, and includes searching icon, in order to search at least one application program in the plurality of application program；When this touch control display detects the second predetermined registration operation for this search icon, this touch control display display dummy keyboard；Search condition that this processor receives according to this dummy keyboard and search this at least one application program.
7. electronic apparatus as claimed in claim 5, wherein the plurality of application icon is arranged in program row, and includes searching icon, in order to search at least one application program in the plurality of application program；When this touch control display detects the second predetermined registration operation, this touch control display display character row, this character row are close to this program row；This processor arranges, according to this character, the search condition received and searches this at least one application program.
8. electronic apparatus as claimed in claim 1, wherein when this electronic apparatus first time enters this mode of operation or enters this mode of operation from this sleep pattern, this processor judges whether this detected value drops on this first detected value scope or drop on this second detected value scope.
9. electronic apparatus as claimed in claim 8, wherein in this mode of operation, this processor regularly judges whether this detected value drops on this first detected value scope or drop on this second detected value scope.
10. a method for displaying user interface, for electronic apparatus, this electronic apparatus is operable in sleep pattern or mode of operation, and has touch control display, and the method includes:
Detect the motion of this electronic apparatus, and produce detected value according to this；
Judge whether this detected value drops on the first detected value scope or drop on the second detected value scope；
When this detected value is judged and drops on this first detected value scope, display first user interface is on this touch control display, and wherein this first user interface has multiple application icon and shows along the first edge of this touch control display；
When this detected value is judged and drops on this second detected value scope, showing that the second user interface is on this touch control display, wherein this second user interface has the plurality of application icon and shows along the second edge of this touch control display；And
This detected value by this processor judge not to drop on this first with this second detected value scope time, showing the 3rd user interface, wherein the 3rd user interface has the plurality of application icon and is on average shown in dispersedly between this first edge of this touch control display and this second edge.
11. method for displaying user interface as claimed in claim 10, also include:
Detection predetermined registration operation；
Responding this predetermined registration operation makes this electronic apparatus enter this mode of operation from this sleep pattern；
Analyze the track of this predetermined registration operation；
Drop on this first detected value scope and when this track is counterclockwise movement when this detected value is judged, show that this first user interface is on this touch control display；And
Drop on this second detected value scope and when this track is clockwise movement when this detected value is judged, show that this second user interface is on this touch control display.
12. method for displaying user interface as claimed in claim 10, also include:
Detect the multiple touch position on this touch control display；
Judge that each above-mentioned touch position is positioned at the first viewing area or second viewing area of this touch control display；
Drop on this first detected value scope when this detected value is judged and is positioned at the quantity of above-mentioned touch position of this first viewing area more than the first marginal value, then showing that this first user interface is on this touch control display；And
When this detected value is judged and drops on this second detected value scope and be positioned at the quantity of above-mentioned touch position of the second viewing area more than the second marginal value, then show that this second user interface is on this touch control display.
13. method for displaying user interface as claimed in claim 10, wherein this first with this second user interface respectively include action column, this action column includes multiple exercisable icon, when this first user interface is shown, the conventional degree of the plurality of icon or significance level are incremented by this first edge from this second edge；When the second user interface is shown, the conventional degree of the plurality of icon or significance level are incremented by this second edge from this first edge.
14. method for displaying user interface as claimed in claim 10, also include:
Dropping on this first detected value scope and this touch control display when this first rim detection is to the first predetermined registration operation when this detected value is judged, this first edge along this touch control display shows the plurality of application icon；And
Dropping on this second detected value scope and this touch control display when this second rim detection to this first predetermined registration operation when this detected value is judged, this second edge along this touch control display shows the plurality of application icon.
15. method for displaying user interface as claimed in claim 14, wherein the plurality of application icon is arranged in program row and includes searching icon, and in order to search at least one application program in the plurality of application program, the method also includes:
When the second predetermined registration operation for this search icon being detected, this touch control display shows dummy keyboard；And
The search condition that receives according to this dummy keyboard and search this at least one application program.
16. method for displaying user interface as claimed in claim 14, wherein the plurality of application icon is arranged in program row and includes searching icon, and in order to search at least one application program in the plurality of application program, the method also includes:
When the second predetermined registration operation being detected on this touch control display, showing that character arranges on this touch control display, wherein this character row are close to this program row；And
Arrange, according to this character, the search condition received and search this at least one application program.
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| CN105739810B (en) | 2020-01-21 |
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