CN104978125B - Electronic device and user interface control method - Google Patents
Electronic device and user interface control method Download PDFInfo
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- CN104978125B CN104978125B CN201410136140.1A CN201410136140A CN104978125B CN 104978125 B CN104978125 B CN 104978125B CN 201410136140 A CN201410136140 A CN 201410136140A CN 104978125 B CN104978125 B CN 104978125B
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Abstract
A kind of electronic device and user interface control method, the electronic device include a display unit, a touch-control sensing module and a processing unit.For display unit to show user interface, wherein user interface includes the first slider bar and the second slider bar.Touch-control sensing module pulls event corresponding to the first towing event of the first slider bar or the second towing event and sensing to sense a touching object corresponding to the third of the second slider bar.Processing unit is after event or the second towing event are pulled in touching object enable first, and when staying in lasting given time in given area, according to the first distance corresponding to the first towing event and the second slider bar of second distance enable corresponding to the second towing event and disable the first slider bar and the corresponding position paper of a final position enable according to third towing event.Electronic device and user interface control method according to the present invention can allow user to have preferable operating experience.
Description
Technical field
The present invention relates to a kind of electronic device and user interface control method more particularly to one kind via another cunning of enable
Item is moved to carry out the electronic device of thin portion control and user interface control method.
Background technology
Due to quickly growing for electronic device now, it is clear can to carry out data by electronic device by user in daily life
It lookes at and either operates the functions such as application program however work as and browse great mass of data using the mode of pulling or perform certain specific applications
During program, operating process will be caused a degree of influence by touching the size of object, for example, when touching object is larger
And user is intended to when the action that a small range is pulled, it will causes operational inconvenience.Therefore how in the above situation
The preferable mode of operation of lower offer user is solved the problems, such as to be required at present.
Invention content
To solve the above problems, the present invention provides a kind of electronic device, including a display unit, a touch-control sensing module with
An and processing unit.Display unit is to show a user interface, and wherein user interface includes one first slider bar and one the
Two slider bars.Touch-control sensing module to sense a touching object correspond to the first slider bar one first towing event or one
Second towing event and sensing touching object correspond to the third towing event of the second slider bar, wherein the first towing thing
Continuous moving and the second towing event are along second direction continuous moving along a first direction for part, and first direction and second
Direction is opposite mutually.Processing unit to perform user interface and in enable first pull event or second towing event
One of after, and touch object and stay in when continuing a given time in a given area, according to corresponding to the first towing event
One first distance and second slider bar of second distance enable corresponding to the second towing event and first slider bar that disables, with
And after enable third towing event, the corresponding position paper of a final position enable of event is pulled according to third, wherein the
The opereating specification of two slider bars is shown according to the first distance and second distance according to one first set ratio enlargement.
The present invention also provides a kind of user interface control methods, and suitable for an electronic device, step includes：Perform a user
Interface, wherein user interface include one first slider bar and one second slider bar；One touching object of sensing corresponds to first and slides
One first towing event of dynamic item or one second towing event, wherein first pulls event continuous moving along a first direction,
And second towing event along second direction continuous moving, and first direction is opposite mutually with second direction；In enable first
After one of towing event or the second towing event, and touching object is stayed in when continuing a given time in a given area,
It is slided according to the first distance corresponding to the first towing event and corresponding to the second distance enable second of the second towing event
Item and disable the first slider bar, wherein the opereating specification of the second slider bar according to first distance and second distance according to one first both
Certainty ratio amplification display；Sensing touching object corresponds to the third towing event of the second slider bar；And it is dragged in enable third
After draging event, the corresponding position paper of a final position enable of event is pulled according to above-mentioned third.
Electronic device and user interface control method according to the present invention, when user carries out multimedia using slider bar
The time axial adjustment of application program or when carrying out the browsing of great mass of data, can continue both timings by staying in given area
Between another slider bar of enable, carry out thin portion adjustment or browsing one limitation in the range of grouped data, user to be allowed to have
Preferable operating experience.
Description of the drawings
Fig. 1 is the schematic diagram shown according to the electronic device described in one embodiment of the invention.
Fig. 2A, Fig. 2 B are the schematic diagrames shown according to the operating user interface described in one embodiment of the invention.
Fig. 3 A, Fig. 3 B are the schematic diagrames shown according to the operating user interface described in one embodiment of the invention.
Fig. 4 A, Fig. 4 B are the schematic diagrames shown according to the operating user interface described in one embodiment of the invention.
Fig. 5 is the operational flowchart shown according to the user interface control method described in one embodiment of the invention.
100~electronic device
110~touch-control sensing module
120~processing unit
130~display unit
140~storage unit
210~user interface
220~the first slider bars
230~the second slider bars
201st, 202,203,301,302,401,402,403~endpoint
204~first direction
205~second direction
L1, L2, L3, L4, L5, L6~distance
206~finger
S501, S502, S503, S504, S505, S506, S507~steps flow chart.
Specific embodiment
Other ranges that system and method for the present invention are applicable in will be clear easy in the detailed description next provided
See.It must be appreciated that as detailed below and specific embodiment, when proposing related electronic device and user interface control side
During the example embodiment of method, only as the purpose of description and it is not used to limit the scope of the present invention.
Fig. 1 is the schematic diagram shown according to the electronic device described in one embodiment of the invention.As shown in Figure 1, electronic device
100 include a touch-control sensing module 110, a processing unit 120, a display unit 130 and a storage unit 140.Wherein, on
It can be personal digital assistant, mobile phone, smart mobile phone, laptop, tablet computer or trip to state electronic device 100
Theatrical costume is put.Touch-control sensing module 110 to sense a touching object corresponding to the first slider bar one first towing event or
Person one second pulls event.Wherein, above-mentioned touching object can be the finger of user, stylus or arbitrarily can enable touch-control sense
Answer the object of electrode.First slider bar can be corresponding to the time shaft slider bar of multimedia playing program or corresponding to data
The slider bar of viewer applications.Processing unit 120 is performing user interface and pull event or the in enable first
After one of two towing events, and touching object is stayed in when continuing a given time in a given area, the second slider bar of enable
And first slider bar that disables.An in addition, final position enable corresponding position of the processing unit 120 also according to third towing event
File.Wherein, above-mentioned user interface can be multimedia application, telephone directory, Email or have data function of browse
Application program etc..
Please refer to Fig. 2A, Fig. 2 B.Fig. 2A, Fig. 2 B are the operating user interfaces shown according to described in one embodiment of the invention
Schematic diagram.As shown in Figure 2 A, display unit 130 shows a user interface 210, wherein above-mentioned user interface is multimedia journey
Sequence, the first slider bar 220 is time shaft slider bar, to control the broadcasting of multimedia application.When the finger 206 of user
When vernier is moved back and forth between endpoint 202 and endpoint 203 and stays in the position of endpoint 201, touch-control sensing module 110
One first towing event of finger sensing 206 or one second towing event.Wherein, the first towing event refers to finger 206 in
On one slider bar 220 from endpoint 201 along a first direction 204 continuous movings to endpoint 202 function of F.F. (as perform), with
And second towing event refer to finger 206 on the first slider bar 220 from endpoint 201 along 205 continuous moving of second direction to hold
Point 203 (function of as performing rewind), first direction 204 is opposite mutually with second direction 205.Electronic device 100 further includes
One storage unit, 140 (not shown), to store the position of endpoint 202 and endpoint 203, with obtain correspond to endpoint 201 with
The first distance L1 between endpoint 202 and corresponding to the second distance L2 between endpoint 201 and endpoint 203.
Then Fig. 2 B are please referred to.When finger 206 stays in the position of endpoint 201, and movement is no more than a given area simultaneously
When continuing a given time, the second slider bar of enable 230 and first slider bar 220 that disables.Wherein, above-mentioned given area and touching
The width of object is into one second both certainty ratio.In this embodiment, touching object is the finger of user, then above-mentioned given area
It may be defined as 1.5 times of finger width and above-mentioned given time may be defined as 2 seconds.Significantly, since touching object
Size and be not fixed, therefore the width of given area can be adjusted according to the demand of user, and the preferable body of given area
Width is tested between 1 times and 1.5 times.In addition, the opereating specification of the second slider bar 230 is according to the first distance L1 and second
Distance L2 is shown according to one first set ratio enlargement.According to this embodiment, as shown in Figure 2 B, the operation model of the second slider bar 230
It encloses and is made of third distance L3 and the 4th distance L4, third distance L3 is 2 times and the 4th distance L4 of the first distance L1
2 times for second distance L2.However, aforesaid operations range can also be adjusted according to the demand of user.It is worth noting that, to the greatest extent
2 times for the distance between endpoint 202 and endpoint 203 of the length of the second slider bar of pipe 230, but the operating function corresponding to it
Range do not change.For example, endpoint 202 and endpoint 203 are respectively corresponding to time shaft the 20th second and the 40th second
Position, and the second slider bar 230 corresponds to the range to time shaft also between the 20th second and the 40th second.
After the second slider bar of enable 230, and before finger 206 leaves touch-control sensing module 110, touch-control sensing module
The finger 206 of 110 also sensing users corresponds to the towing behavior of first direction or second direction touch-control sensing module 110
(i.e. third towing event).It will be appreciated, however, that the range of the operating function corresponding to the second slider bar 230 would be limited to pair
It should be between the endpoint 202 of the first slider bar 220 and endpoint 203.When the finger 206 of user leaves touch-control sensing module
After 110, processing unit 120 corresponds to the second cunning by second slider bar 230 that disables, and according to being detached from after touch-control sensing module 110
The final position enable of dynamic item 230 corresponds to the multimedia file of the first slider bar 220.It is worth noting that, the first slider bar
220 and second slider bar 230 may also display a vernier, above-mentioned vernier can enable show position corresponding to touching object.This
Outside, after the second slider bar of enable 230, behavior that the finger 206 of user can be pulled on the second slider bar 230 or
It is in the behavior pulled in a given area of the second slider bar 230, touch-control sensing module 110 can be according to above-mentioned
Towing behavior enable correspond to the towing event of the second slider bar 230.
Please refer to Fig. 3 A, Fig. 3 B.According to another embodiment of the present invention, as shown in Figure 3A, when the finger 206 of user is in
From the towing event of the enable single direction along a first direction of endpoint 301 on one slider bar 220, and stay in the position of endpoint 302
When putting and moving no more than a given area and continue a given time, storage unit 140 will store endpoint 301 and endpoint
302 position, and the second slider bar of enable 230 and first slider bar 220 that disables.Wherein, the opereating specification of the second slider bar 230
It is to be shown according to the 5th distance L5 between endpoint 301 and endpoint 302 according to one first set ratio enlargement.According to this implementation
Example, as shown in Figure 3B, the opereating specification of the second slider bar 230 is made of the 6th distance L6, and the 6th distance L6 be the 5th away from
From 2 times of L5, and the position of the critical point of 230 leftmost side of the second slider bar is by the aligned in position with endpoint 301.
Please refer to Fig. 4 A, Fig. 4 B.According to another embodiment of the present invention, when the endpoint position that the finger 206 of user is stopped
When putting the critical point of too close first slider bar, 220 left and right sides, the position adjustment second of the finger 206 according to user is slided
The critical point position of dynamic item 230.As shown in Figure 4 A, when the critical point for being located too close to 220 left side of the first slider bar of endpoint 403
When, after the second slider bar of enable 230, the position that will cause the critical point of 230 leftmost side of the second slider bar is more than the first slip
The critical point of 220 leftmost side of item, it would be possible to which the second slider bar 230 is caused to show incomplete problem, and (such as the second slider bar 230 is left
Shown in the dotted portion of side).In order to avoid the above situation generates, processing unit 120 will adjust facing for 230 leftmost side of the second slider bar
The position of boundary's point.As shown in Figure 4 B, when the position of the critical point of 230 leftmost side of the second slider bar be more than the first slider bar 220 most
During the critical point in left side, the position of the critical point of 230 leftmost side of the second slider bar is adjusted to slide with first by processing unit 120
The aligned in position of the critical point of 220 leftmost side of item.It is shown it is worth noting that, processing unit 120 only adjusts the second slider bar 230
Position, the opereating specification of the second slider bar 230 can't be changed.
According to another embodiment of the present invention, user interface can be that telephone directory or Email etc. have data function of browse
Application program.Since above-mentioned application program is respectively provided with the function of grouping of data, for example, using letter, stroke, phonetic notation etc. as
The foundation of classification, therefore when user is according to above-mentioned mode of operation the second slider bar of enable, the operation of above-mentioned second slider bar
Range can be limited in the letter, stroke or the classification of phonetic notation of the stop place corresponding to the first slider bar.Citing comes
It says, when user is in the first slider bar of enable, finger stays in position of the letter for " C " beginning, then is slided in enable second
After item, the opereating specification of the second slider bar would be limited in the subclassification that letter starts for " C " until second slider bar that disables is
Only.
Fig. 1 please be coordinate to refer to Fig. 5.Fig. 5 is the user interface control method shown according to described in one embodiment of the invention
Operational flowchart.First, in step S501, one user interface of user's enable, wherein user interface include one first slider bar.
Above-mentioned user interface can be multimedia application, telephone directory, Email or the application program with data function of browse
Deng.In step S502, one touching object of the sensing of touch-control sensing module 110 correspond to the first slider bar one first towing event or
Person one second pulls event.Wherein, above-mentioned touching object can be the finger of user, stylus or arbitrarily can enable touch-control sense
Answer the object of electrode.First towing event refers to touching object in continuous moving along a first direction on the first slider bar, Yi Ji
Two towing events refer to touching object in, along second direction continuous moving, and first direction and second direction are mutual on the first slider bar
It is opposite.In step S503, the storage of storage unit 140 corresponds to one first distance of the first towing event and corresponding to second
One second distance of towing event.Wherein, above-mentioned first distance refers to the last stop endpoint of touching object and relative to first party
The distance between endpoint is once stopped before and above-mentioned second distance refers to finally stop endpoint and relative to second direction
Preceding primary stop the distance between endpoint.
Then, whether processing unit 120 judges to touch object and stay in a given area to continue a given time (step
S504).When touching object, which does not stay in, continues given time in given area, then step S502 is returned to, sensing again corresponds to
Event or the second towing event are pulled in the first of the first slider bar；When touching object is stayed in given area and is continued both
When fixing time, S505 is entered step, processing unit 120 is according to the first distance corresponding to the first towing event and corresponding to the
The second slider bar of second distance enable of two towing events and first slider bar that disables.Wherein, the operation model of the second slider bar 230
It encloses and is shown according to the first distance and second distance according to one first set ratio enlargement.In addition, the behaviour corresponding to the second slider bar
The range for making function would be limited between the first distance and second distance corresponding to the first slider bar.
Significantly, since the size of touching object and being not fixed, therefore the width of given area can be according to using
The demand of person and adjust, and width is between 1 times and 1.5 times and given time then may be used for the preferable experience of given area
It is adjusted according to the demand of user.
After the second slider bar of enable, touch-control sensing module 110 also senses touching object and corresponds to the one of the second slider bar
Third towing event (step S506).Finally, S507 is entered step, object disengaging touch-control sensing module 110 is touched when detecting
Afterwards, disable the second slider bar, and according to the corresponding file of last stop place enable of touching object.
In conclusion the electronic device and user interface control method that are proposed according to one embodiment of the invention, when making
It, can be by stopping when user is carried out the time axial adjustment of multimedia application or carried out the browsing of great mass of data using slider bar
It stays in the range of one limitation of the adjustment in continuing another slider bar of given time enable in given area, carrying out thin portion or browsing
Grouped data, to allow user that there is preferable operating experience.
The feature of many embodiments described above, makes those skilled in the art clearly understood that the form of this specification.
Skilled artisans appreciate that its using based on disclosure of the present invention with design or change other processing and structure
And it completes to be identical to the purpose of above-described embodiment and/or reaches the advantages of being identical to above-described embodiment.Those skilled in the art
It will be appreciated that not departing from the equivalent constructions of the spirit and scope of the present invention can appoint without departing from the spirit and scope of the present invention
Change, replacement and the retouching of meaning.
Claims (10)
1. a kind of electronic device, including：
One display unit, to show a user interface, wherein above-mentioned user interface includes one first slider bar and one second
Slider bar；
One touch-control sensing module, to sense a touching object corresponding to above-mentioned first slider bar one first towing event or
One second towing event and the above-mentioned touching object of sensing correspond to the third towing event of above-mentioned second slider bar, wherein
Above-mentioned first towing event is continuous along a second direction along a first direction continuous moving and above-mentioned second towing event
It is mobile, and above-mentioned first direction and above-mentioned second direction are opposite mutually；
One processing unit, to perform above-mentioned user interface and be dragged in the above-mentioned first towing event of enable or above-mentioned second
After draging one of event, and above-mentioned touching object is stayed in when continuing a given time in a given area, according to corresponding to upper
One first distance for stating the first towing event and the second distance enable above-mentioned second corresponding to the above-mentioned second towing event
Slider bar and above-mentioned first slider bar and after the above-mentioned third towing event of enable of disabling pull event according to above-mentioned third
The corresponding position paper of a final position enable, wherein the opereating specification of above-mentioned second slider bar according to above-mentioned first distance or
The above-mentioned second distance of person is shown according to one first set ratio enlargement, and the aforesaid operations range of above-mentioned second slider bar is equal to correspondence
Opereating specification in above-mentioned first distance of above-mentioned first slider bar or above-mentioned second corresponding to above-mentioned second slider bar away from
From opereating specification.
2. electronic device as described in claim 1, wherein the width of above-mentioned given area and above-mentioned touching object is into one second
Both certainty ratio.
3. electronic device as described in claim 1, wherein above-mentioned user interface is a multimedia application.
4. electronic device as described in claim 1, wherein above-mentioned user interface is a browsing file application program.
5. electronic device as described in claim 1, wherein after above-mentioned second slider bar of enable, when above-mentioned touch-control sensing module
When detecting that above-mentioned touching object is detached from above-mentioned second slider bar, disable above-mentioned second slider bar.
6. a kind of user interface control method, suitable for an electronic device, including：
A user interface is performed, wherein above-mentioned user interface includes one first slider bar and one second slider bar；
One touching object of sensing corresponds to the one first towing event or one second towing event of above-mentioned first slider bar, wherein
Above-mentioned first towing event is continuous along a second direction along a first direction continuous moving and above-mentioned second towing event
It is mobile, and above-mentioned first direction and above-mentioned second direction are opposite mutually；
After enable above-mentioned first towing one of event or above-mentioned second towing event, and above-mentioned touching object had stayed in one both
When determining to continue in range a given time, according to one first distance corresponding to the above-mentioned first towing event and corresponding to above-mentioned
Above-mentioned second slider bar of a second distance enable of second towing event and above-mentioned first slider bar that disables, wherein above-mentioned second slides
The opereating specification of dynamic item is shown, and above-mentioned according to the above-mentioned first distance or above-mentioned second distance according to one first set ratio enlargement
The aforesaid operations range of second slider bar be equal to corresponding to above-mentioned first slider bar above-mentioned first distance opereating specification or
Corresponding to the opereating specification of the above-mentioned second distance of above-mentioned second slider bar；
Sense third towing event of the above-mentioned touching object corresponding to above-mentioned second slider bar；And
After the above-mentioned third towing event of enable, the corresponding position text of a final position enable of event is pulled according to above-mentioned third
Part.
7. user interface control method as claimed in claim 6, wherein the width of above-mentioned given area and above-mentioned touching object
Into one second both certainty ratio.
8. user interface control method as claimed in claim 6, wherein above-mentioned user interface is a multimedia application.
9. user interface control method as claimed in claim 6, wherein above-mentioned user interface is a browsing file application program.
10. user interface control method as claimed in claim 6, wherein after above-mentioned second slider bar of enable, when detecting
When above-mentioned touching object is detached from above-mentioned second slider bar, disable above-mentioned second slider bar.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410136140.1A CN104978125B (en) | 2014-04-04 | 2014-04-04 | Electronic device and user interface control method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410136140.1A CN104978125B (en) | 2014-04-04 | 2014-04-04 | Electronic device and user interface control method |
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| CN104978125A CN104978125A (en) | 2015-10-14 |
| CN104978125B true CN104978125B (en) | 2018-06-08 |
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| CN201410136140.1A Active CN104978125B (en) | 2014-04-04 | 2014-04-04 | Electronic device and user interface control method |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110908571B (en) * | 2019-11-28 | 2022-06-28 | 腾讯科技（深圳）有限公司 | Control method, device and equipment of sliding control and storage medium |
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| CN102257463A (en) * | 2008-12-18 | 2011-11-23 | 日本电气株式会社 | Slide bar display control apparatus and slide bar display control method |
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| CN103021439A (en) * | 2011-09-27 | 2013-04-03 | 腾讯科技（深圳）有限公司 | Method and device for accurately positioning file playback progress |
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