CN101930302B - Electronic device with sway compensating function and object display method thereof - Google Patents
Electronic device with sway compensating function and object display method thereof Download PDFInfo
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Abstract
The invention discloses an electronic device with sway compensating function and an object display method thereof. The electronic device comprise an acceleration detection module, a data processing module and a display module, wherein the acceleration detection module is used for detecting acceleration values at least in one direction, the data processing module is used for executing an operation system to generate at least one object, and moreover, when a preset condition is reached, the data processing module adjusts the position of at least one object according to the acceleration values, and the display module can display at least one object, and thus, object visual offset generated by the sway of the electronic device can be compensated, and the display position of the objects can be stabilized further.
Description
Technical field
The present invention relates to a kind of electronic installation and object displaying method thereof with sway compensating function, relate in particular to a kind of the compensation because rocking the visually shift phenomenon that produces and electronic installation and the method for touch-control shift phenomenon.
Background technology
Along with undersized notebook computer becomes more and more popular, and the decline of the expense of mobile Internet access, the user uses the chance of notebook computer or cell phone reading file or browsing page to increase substantially at the vehicles.Yet, the screen of seeing onboard vibrations is laboriously things to eyes, and for some easily people of carsickness are arranged, see onboard especially hard job of screen, the vibration that causes during the car walking, so that only have the screen of bearings, that rocks is more strong, even be not easy carsick people, eyes also caused very large burden.
In addition; because notebook computer has Trackpad mostly; and the ratio with Touch Screen also day by day increases; when the vehicles use; finger tend to because the vibrations of car and so that index move to and be not the place oneself wanted; when browsing page, usually can put the link of wanting less than oneself, or when jumping out the window of require selecting, choose because of carelessness undesired option.
Summary of the invention
The present invention proposes in order to address the above problem, and one of them purpose of the present invention is to provide a kind of electronic installation and object displaying method thereof, and it can compensate the skew that produces because rocking, and then allows the user experience the stable object that shows on the screen.
According to another object of the present invention, a kind of electronic installation of tool sway compensating function is proposed, it comprises acceleration detection module, data processing module and display module.The acceleration detection module is in order to detect the accekeration of at least one direction, and data processing module in order to executive operating system to produce at least one object, and when pre-conditioned establishment, data processing module is adjusted the position of at least one object according to accekeration, and shows at least one object by display module.
Wherein, pre-conditioned be accekeration greater than default value, or the user starts the vibrationproof pattern.
Wherein, operating system is preferably Window-type operating system, and object is window object.
Wherein, display module is touch control display, and in order to produce the touching signal, this touching signal comprises the primary importance data that touch control display is touched, and data processing module is revised the primary importance data according to accekeration, judges according to the primary importance data of having revised whether object is triggered again.
Wherein, electronic installation also can comprise the cursor touch-control module, this cursor touch-control module is in order to produce the cursor touching signals, it comprises the second place data that the cursor touch-control module is touched, and data processing module is revised second place data according to accekeration, judges according to the second place data of having revised whether object is triggered again.
According to another purpose of the present invention, a kind of object displaying method is proposed, be used for an electronic installation, this object displaying method comprises the following step.At first, use the data processing module executive operating system of electronic installation to produce at least one object, the acceleration detection module that re-uses electronic installation detects the accekeration of at least one direction, judge pre-conditioned whether the establishment by data processing module, when judging pre-conditioned establishment, data processing module is adjusted the position of at least one object according to accekeration thus, and the display module that re-uses electronic installation shows at least one object of location revision.
Wherein, pre-conditioned be accekeration greater than default value, or the user starts the vibrationproof pattern.
Wherein, described operating system preferred window type operating system, and object is window object.
Wherein, when described display module is touch control display, described object displaying method also comprises the touching signal that the described touch control display of reception produces, this touching signal comprises the primary importance data that touch control display is touched, and revises the primary importance data by data processing module according to accekeration again.
Wherein, data processing module judges according to the primary importance data of having revised whether object is triggered.
Wherein, when electronic installation also comprises the cursor touch-control module, described object displaying method also comprises the cursor touching signals that the described cursor touch-control module of reception produces, it comprises the second place data that the cursor touch-control module is touched, and data processing module is revised second place data according to accekeration.
Wherein, data processing module judges according to the second place data of having revised whether object is triggered.
Description of drawings
Fig. 1 is the calcspar of the first embodiment of the electronic installation with sway compensating function of the present invention;
Fig. 2 is the synoptic diagram of sway compensating data of the present invention;
Fig. 3 is the change in location figure that object of the present invention carries out sway compensating;
Fig. 4 is the calcspar of the second embodiment of the electronic installation with sway compensating function of the present invention;
Fig. 5 is the flow chart of steps of object displaying method of the present invention; And
Fig. 6 is the flow chart of steps of the embodiment of object displaying method of the present invention.
Main symbol description: 1,4 is electronic installation, 11 is the acceleration detection module, and 111 is accekeration, and 12 is memory module, 121 is operating system, 122 is application program, and 123 is the acceleration threshold value, and 13 is data processing module, 131, C1～C5 is the position compensation data, 14 is display module, and 15 is user interface, and 151 is object, 44 is touch control display, 46 is the cursor touch-control module, and 461 is the cursor touching signals, and 462 is second place data, 471 are the touching signal, 472 is the primary importance data, 51～56,61～66 is notebook computer, and S1～S5 is for rocking side-play amount.
Embodiment
With reference to Fig. 1, it is the calcspar of the first embodiment of the electronic installation with sway compensating function of the present invention.Among the figure, electronic installation 1 comprises acceleration detection module 11, memory module 12, data processing module 13 and display module 14.The accekeration 111 of acceleration detection module 11 in order to detect at least one direction.Wherein, accekeration 111 preferably comprises at least one in X-direction accekeration, Y direction accekeration or the Z-direction accekeration.Memory module 12 storage operating systems (OperatingSystem, OS) 121, data processing module 13 executable application program 122 and acceleration threshold values 123.When data processing module 13 executive operating system 121, produce user interface 15 and be shown in display module 14.User interface 15 comprises at least one object 151, and for example, if operating system 121 is Window-type operating system, and object 151 can be window object; In addition, object also can be button, cursor or dialog box.
When the user when the vehicles use electronic installation 1, easily because car body rocks or road bump and allow the display module 14 of electronic installation 1 rock, cause the user to feel that visually user interface 15 and object 151 are rocking, can't know and watch and increase the burden of eyes.Therefore, data processing module 13 can judge that the pre-conditioned phenomenon that determines whether above-mentioned picture weave of whether setting up compensates.For example, the described pre-conditioned user of can be starts vibrationproof pattern or accekeration 111 greater than default acceleration threshold value 123, and namely electronic installation 1 rocks to attend the meeting and allows the user can't know the degree of watching.
If above-mentioned pre-conditioned establishment, then data processing module 13 allows the user feel that visually object 151 is comparatively stable according to the position of accekeration 111 adjustment objects 151, there is no significant skew.With reference to figure 2 and Fig. 3, the change in location figure when it illustrates respectively the synoptic diagram of sway compensating data of the present invention and object and carries out sway compensating.Among the figure, rock side-play amount S1～S5 respectively at time point t1～t5 because rocking the side-play amount that causes, estimate according to accekeration 111, correlation parameter and algorithm and get and rock side-play amount S1～S5, for example, if the interval between time point t1～t5 is fixed, then can estimate with following algorithm and rock side-play amount S:
Rock side-play amount S=(1/2) * accekeration * time interval
2
Among Fig. 2, vectorial S1～S5 represents that electronic installation 1 rocks at time point t1～t5 again to the right downwards.When object at short notice during fast moving, user's eyes can't be caught up with and can only be seen fuzzy image.Therefore, to calculate respectively position compensation data 131 in different time points (be the position compensation data C1～C5) of corresponding time point t1～t5 shown in Fig. 2 to data processing module 13.In order to allow the user experience visually that object 151 is stable to be shown in position P and clear watching, as shown in Figure 3, data processing module 13 is shown in position P1～P5 according to position compensation data C1～C5 with object 151 at time point t1～t5.For example, at time point t1, acceleration detection module 11 detects towards top-right accekeration 111, thus data processing module 13 calculate one day left the below position compensation data C1, C1 is shown in position P1 at time point t1 with object 151 according to the position compensation data.So, can allow the user think that visually object 151 does not change the position.In like manner, object 151 sequentially is shown in position P2～P5 at time point t2～t5, just can allows the user when time point t1～t5, think that visually object 151 rests on position P, and the impact that not rocked by electronic installation.
Above-mentioned explanation but is not limited to this with two-dimensional migration (X-direction and Y direction) as an example, and electronic installation 1 can only be made the sway compensating of one dimension skew as required.In addition, when acceleration detection module 11 detects the Z-direction accekeration, because electronic installation 1 object 151 when the rocking of Z-direction visually can feel suddenly big or suddenly small, therefore data processing module 13 can be estimated according to the Z-direction accekeration side-play amount of Z-direction as required, adjusts the size of object 151 according to this side-play amount again.
With reference to Fig. 4, it is the calcspar of the second embodiment of the electronic installation of tool sway compensating function of the present invention.Among the figure, the second embodiment and the different part of the first embodiment are that electronic installation 4 also comprises cursor touch-control module 46 and touch control display 44.Cursor touch-control module 46 and touch control display 44 all can come operating electronic devices 4 in the touching mode for the user.When the user touched touch control display 44, touch control display 44 was to produce touching signal 471, wherein touches signal 471 and comprises the primary importance data 472 that touch control display 471 is touched.Data processing module 13 by judging whether primary importance data 472 are positioned at the regional extent of any object 151, if having, is then done corresponding processing to described object 151 after receiving touching signal 471, for example pulls, selects, triggers the action of execution etc.Yet if electronic installation 4 is in vibrating state, the user is not easy to touch the position of object 151.Therefore, after the demonstration of object 151 has been made sway compensating according to aforesaid mode, the position of object 151 can change along with accekeration 111, at this moment, data processing module 13 also can be revised primary importance data 472 according to accekeration 111, so data processing module 13 could correctly judge whether object 151 is triggered according to the primary importance data 472 of having revised, and whether must do corresponding processing to described object 151.Wherein, above-mentioned judgement action is preferably carried out by operating system 121.
When the user touches cursor touch-control module 46, cursor touch-control module 46 produces cursor touching signals 461, and cursor touching signals 461 comprises the second place data 462 that cursor touch-control module 46 is touched.After data processing module 13 received cursor touching signals 461, operating system 121 was according to the icon of the corresponding cursor of second place data 462 generations, and so, the user just can control cursor by cursor touch-control module 46, further operating operation system 121.Similarly, electronic installation 4 is in vibrating state, and then cursor also can be along with rocking, and so the user is not easy to control cursor.Therefore, data processing module can be revised second place data 462 according to accekeration 111, so allow the user visually feel the stable demonstration of cursor, and data processing module 13 could judge correctly according to the second place data 462 of having revised whether cursor whether in the regional extent of object 151, must do corresponding processing to described object 151.
With reference to figure 5, it is the flow chart of steps of object displaying method of the present invention.Among the figure, described object displaying method is used for electronic installation, comprises following manner.At first, use the data processing module executive operating system of electronic installation to produce at least one object in step 51.Wherein, object can be window object, button, cursor or dialog box.Then, use the acceleration detection module of electronic installation to detect the accekeration of at least one direction in step 52.Wherein, accekeration preferably comprises at least one in X-direction accekeration, Y direction accekeration or the Z-direction accekeration, and the detected accekeration of acceleration detection module can be considered the different directions acceleration of electronic installation under vibrating state.In step 53, judge pre-conditioned whether the establishment by data processing module.For example, the described pre-conditioned user of can be starts the vibrationproof pattern; Or aforementioned accekeration is greater than default acceleration threshold value, and namely electronic installation rocks to attend the meeting and allows the user can't know the degree of watching.
When judging pre-conditioned establishment, then adjusted the position of at least one object according to accekeration by described data processing module in step 54, as shown in Figures 2 and 3, (C1 shown in Figure 3～C5) revises the position of object, and uses the display module of electronic installation to show the object of location revision in step 55 according to the position compensation data.If pre-conditionedly be false, then at the object that shows the original position in step 56.
With reference to figure 6, it is the flow chart of steps of the embodiment of object displaying method of the present invention.Among the figure, this embodiment is used for electronic installation 4, is produced the user interface 15 that comprises window object by data processing module 13 executive operating systems 121 in step 61.Use the acceleration detection module 11 of electronic installation to detect the accekeration 111 of X-direction and Y direction in step 62.Judge that by data processing module 13 whether accekeration 111 is greater than default acceleration threshold value 123, if then execution in step 64 in step 63.
At accekeration 111 whether on the judgment mode greater than default acceleration threshold value 123, can adjust as required, for example, also can only judge the component of accekeration 111, if the component of X-direction or in one of them of the component of Y direction greater than acceleration threshold value 123, just execution in step 64.
In step 64, calculate position compensation data 131 by data processing module 13 according to accekeration 111.Then, the window object of (focused) is done the display position compensation in step 65 is paid close attention at present according to 131 pairs of position compensation data.In step 65, when data processing module 13 receives touching signal 471 or cursor touching signals 461, make amendment according to 131 pairs of primary importance data 472 of position compensation data or second place data 462.
Above-mentioned electronic installation is preferably a notebook computer, mobile phone, personal digital assistant (PDA) or portable navigation device.And the acceleration detection module is preferably center Screen or the top that is installed on notebook computer, also can be installed on keyboard end as required.In addition, the X-direction of mentioning in the foregoing and Y direction general reference form the user watch two dimensional surface that electronic installation experiences axially, but not as limit.And Z axis system and X-direction and Y direction quadrature.
The above is illustrative only, and is not restrictive.Anyly do not break away from spirit of the present invention and category, and to its equivalent modifications of carrying out or change, all should be contained within the claim scope of the present invention.
Claims (10)
1. the electronic installation of a tool sway compensating function is characterized in that comprising:
The acceleration detection module, it detects the accekeration of at least one direction with a predetermined time interval;
Data processing module, its executive operating system is to produce at least one object in a precalculated position, and when pre-conditioned establishment, described data processing module is according to described accekeration and described time interval calculating location offset data, and adjusts the position of described at least one object according to described precalculated position and described position compensation data; And
Display module, it shows described at least one object according to time sequencing; The accekeration of described at least one direction comprises X-direction accekeration, Y direction accekeration or Z-direction accekeration, and when the accekeration of described at least one direction comprised described Z-direction accekeration, then described data processing module was adjusted the size of described at least one object according to described Z-direction accekeration; Described object is window object, button, cursor or dialog box.
2. electronic installation according to claim 1 is characterized in that described operating system is Window-type operating system.
3. electronic installation according to claim 1, it is characterized in that described display module is touch control display, produce the touching signal, this touching signal comprises the position data that described touch control display is touched, and described data processing module is revised described position data according to described accekeration.
4. electronic installation according to claim 1, it is characterized in that also comprising the cursor touch-control module, it produces the cursor touching signals, and this cursor touching signals comprises the position data that described cursor touch-control module is touched, and described data processing module is revised described position data according to described accekeration.
5. electronic installation according to claim 1, it is characterized in that described pre-conditioned for described accekeration greater than default value, or the user starts the vibrationproof pattern.
6. an object displaying method is used for electronic installation, it is characterized in that described object displaying method comprises the following step:
Use the data processing module executive operating system of described electronic installation to produce at least one object in a precalculated position;
The acceleration detection module of using described electronic installation detects the accekeration of at least one direction with a predetermined time interval;
Judge pre-conditioned whether the establishment by described data processing module;
When described pre-conditioned establishment, use described data processing module according to described accekeration and described time interval calculating location offset data, and adjust the position of described at least one object according to described precalculated position and described position compensation data; And
Use at least one object of the described location revision of display module demonstration of described electronic installation, the accekeration of described at least one direction comprises X-direction accekeration, Y direction accekeration or Z-direction accekeration, and when the accekeration of described at least one direction comprised described Z-direction accekeration, then described data processing module was adjusted the size of described at least one object according to described Z-direction accekeration; Described object is window object, button, cursor or dialog box.
7. object displaying method according to claim 6 is characterized in that described operating system is Window-type operating system.
8. object displaying method according to claim 6 is characterized in that also comprising when described display module is touch control display:
Receive the touching signal that described touch control display produces, this touching signal comprises the position data that described touch control display is touched; And
Use described data processing module to revise described position data according to described accekeration.
9. object displaying method according to claim 6 is characterized in that also comprising when described electronic installation comprises the cursor touch-control module:
Receive the cursor touching signals that described cursor touch-control module produces, this cursor touching signals comprises the position data that described cursor touch-control module is touched; And
Use described data processing module to revise described position data according to described accekeration.
10. object displaying method according to claim 6, it is characterized in that described pre-conditioned for described accekeration greater than default value, or the user starts the vibrationproof pattern.
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| CN103376892B (en) * | 2012-04-24 | 2017-02-08 | 联想(北京)有限公司 | Method, device and terminal device for controlling display of display interface |
| US9762848B2 (en) | 2013-03-15 | 2017-09-12 | Google Inc. | Automatic adjustment of video orientation |
| CN103558418A (en) * | 2013-10-31 | 2014-02-05 | 广东欧珀移动通信有限公司 | Method and device for improving accuracy of acceleration sensor in electronic device |
| WO2016015279A1 (en) * | 2014-07-31 | 2016-02-04 | 华为技术有限公司 | Processing method for inputting information and mobile terminal |
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| CN106331464B (en) | 2015-06-30 | 2019-10-15 | 北京智谷睿拓技术服务有限公司 | Filming control method, imaging control device and user equipment |
| CN106293045B (en) | 2015-06-30 | 2019-09-10 | 北京智谷睿拓技术服务有限公司 | Display control method, display control unit and user equipment |
| CN106293046B (en) | 2015-06-30 | 2020-03-17 | 北京智谷睿拓技术服务有限公司 | Information processing method, information processing device and user equipment |
| TWI596542B (en) * | 2015-11-18 | 2017-08-21 | Univ Chang Gung | Image display method |
| CN105979082A (en) * | 2016-04-29 | 2016-09-28 | 努比亚技术有限公司 | Information processing method and electronic apparatus |
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