CN101923422A - Page display method, electronic device and program product - Google Patents
Page display method, electronic device and program product Download PDFInfo
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- CN101923422A CN101923422A CN200910140676XA CN200910140676A CN101923422A CN 101923422 A CN101923422 A CN 101923422A CN 200910140676X A CN200910140676X A CN 200910140676XA CN 200910140676 A CN200910140676 A CN 200910140676A CN 101923422 A CN101923422 A CN 101923422A
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Abstract
The invention discloses a page display method, an electronic device and a program product. The page display method can be applied to the electronic device with a screen and is used for displaying a text block. The method comprises the following steps of: firstly, receiving a scaling instruction; secondly, determining a focus content in the content block according to the scaling instruction and scaling the content in the content block; and finally, arraying the scaled content in the content block to make the width of the content block not exceed that of a display area of the screen, and determining the part of the content block, which is to be displayed on the display area, according to the position of the focus content, from the content block of which the content is scaled.
Description
Technical field
The present invention relates to the page zoom-in and zoom-out technology, relate in particular to the program technic of convergent-divergent display text on mobile device.
Background technology
Handheld apparatus generally possesses the function of browsing page.Generally speaking, the content of web page files embraces a wide spectrum of ideas, and the variation of its type-setting mode and page size often surpasses single screen and can show.Therefore the web page browsing interface Internet of Microsoft for example
Opera company
Browser, apple (Apple) company
Browsers etc. all provide man-machine interfaces such as convergent-divergent or scrolling to read web page files to make things convenient for the user.Product in Apple
On had the technology of a kind of multi-point touch (Multi Touch), can detect a plurality of touching a little on the screen simultaneously, and touch the special efficacy that a little specific mobile behavior is controlled browser according to these, comprise amplification, dwindle, scrolling, picture rotation etc. up and down.Yet in the process that picture amplifies, though the font that is presented on the picture becomes big, the number of words that can show has but tailed off.Originally the specific character of paying close attention to may be extruded along with amplification outside the visible range of screen.In addition, normal words is transversely arranged from left to right, and user's reading habit is by down reading line by line.The part that exceeds horizontal picture after single line text is exaggerated must move searching with side-scrolling.In order to read the literal that single full line has amplified, the scrolling picture of must constantly turning right, and the literal of same neighbouring row of time can't not be read because the front and back literary composition does not connect simultaneously.Thus, for the user, it is significant that the literal that single picture shows has only delegation at one time, lacks whole efficiency and convenience of generation.
In view of this, a kind of man-machine interface of improving reading effect is untapped.
Summary of the invention
The present invention proposes a kind of page display method, can be applicable on the electronic installation with a screen, in order to show a literal block.At first receive convergent-divergent instruction, carry out convergent-divergent then according to the focus content in this this content block of convergent-divergent instruction decision, and to the content in this content block.Arrange the content behind convergent-divergent in this content block at last, make the width of this content block not exceed the width of a viewing area of this screen, and from content this content block behind convergent-divergent, be displayed on part on this viewing area according to this content block of determining positions of this focus content.
Another embodiment of the present invention is the applied electronic installation of said method, comprises a screen and a man-machine interface.Screen display one literal block.Man-machine interface receives convergent-divergent instruction.This convergent-divergent instruction determines the focus content in this content block, and the content in this content block is carried out convergent-divergent.This man-machine interface is arranged the content behind convergent-divergent in this content block, make the width of this content block not exceed the width of a viewing area of this screen, and, determine this content block by part in this viewing area according to the position of this focus content after convergent-divergent and arrangement.
Another embodiment of the present invention is a kind of program product, is applied to comprise the device of above-mentioned screen, to show a literal block.Wherein this program product can be the software section in the above-mentioned man-machine interface, receives convergent-divergent instruction when being performed determining the focus content in this content block, and the content in this content block is carried out convergent-divergent.This program product is arranged the content behind convergent-divergent in this content block, make the width of this content block not exceed the width of a viewing area of this screen, and, determine this content block by part in this viewing area according to the position of this focus content after convergent-divergent and arrangement.
Description of drawings
Fig. 1 is the embodiment that an electronic installation 100 comprises a Touch Screen 120;
Fig. 2 is that a web page files 200 is displayed on the embodiment on the viewing area 110;
Fig. 3 a is the scaled embodiment of a content block 320;
Fig. 3 b～Fig. 3 d is the embodiment that convergent-divergent content block 320 becomes content block 330;
Fig. 4 a is the process flow diagram of the page display method of the embodiment of the invention; And
Fig. 4 b is the process flow diagram of the selection viewing area 110 of the embodiment of the invention.
[main element symbol description]
100 electronic installation 102a, the 102b contact point
104a, the 104b direction of arrow 106 contents
110 viewing areas, 112 horizontal axis
120 Touch Screens, 200 web page files
202,204 literal, 210 pictures
220,320,330,340,350 content blocks
302a, 302b contact point 306,306 ' literal
304a, the 304b direction of arrow 312 handwriting tracks 314 centers of circle
Embodiment
Fig. 1 is the embodiment that an electronic installation 100 comprises a screen 120.This electronic installation 100 can be a mobile phone, personal digital assistant, and the portable multimedia player is even be any computer product that can be used to browse various webpage and file.This screen 120 is main display devices, a corresponding viewing area 110.In Fig. 1, the length and width of this viewing area 110 may be smaller or equal to the length and width of this screen 120, and most of in embodiments of the present invention situation can be considered identical.Can arrange in pairs or groups keyboard, mouse (not shown) of this screen 120 provides the user interaction function.In the present embodiment, this screen 120 display that can be a multi-point touch control type.The user is a plurality of points of contact on this screen 120 simultaneously, and directly trigger specific function with specific move mode.For instance, contact point 102a and contact point 102b represent two points that touched simultaneously by the user on this screen 120, and wherein this contact point 102a pulls toward direction of arrow 104a, and contact point 102b is toward direction of arrow 104b towing.This electronic installation 100 can be interpreted as this behavior the instruction of a kind of " amplification " (Zoom In) by this.Other various functions are for example dwindled (Zoom Out), scrolling (Scrolling) up and down, and the upset picture, selected texts etc. all belong to the applicable scope of multi-point touch.Literal 106 is to be shown in contact point 102a and the middle focus content (as literal or diagram) of contact point 102b in this example, and the coordinate of this focus content (being literal 106) can be utilized to handle further possible situation, and example describes in detail in the back.
Fig. 2 is that a web page files 200 is displayed on the embodiment on the viewing area 110.One traditional web page files 200 may be the permutation and combination of a lot of different content blocks, and with this example, the content block in the web page files 200 has mainly comprised 220 two kinds of picture block 210 and literal blocks.The web page files 200 of Fig. 2 has shown a picture block 210 and a literal block 220, and with the relative mapping relations of the viewing area 110 of Fig. 1.In embodiments of the present invention, this viewing area 110 just is meant the visual range that screen 120 is provided among Fig. 1.Because the length and width of web page files 200 are all greater than viewing area 110, so only some can map in the scope of this viewing area 110 and is displayed on the screen 120, other parts then do not show.Therefore the user must dwindle each corner in complete this web page files 200 of reading of enlarging function ability by scrolling collocation up and down.The content of this literal field piece 220 mainly is a literal, also may is-symbol diagram (icon).Generally speaking the symbol diagram is meant the little pattern that size is close with literal, can be set type together along with literal, is used for highlighting the webpage effect.Each literal has set size, and is transversely arranged from left to right, forms a plurality of walking crosswise from top to bottom.For instance, this literal field piece 220 laterally can show Wx word, can show that vertically Wy is capable.Its Chinese words 202 expressions are arranged in a literal of viewing area 110, and the not literal in 110 scopes of viewing area represented in literal 204.The following description is an example with the literal block all, but the present invention also can not only be used to the display text block.
Fig. 3 a is that a literal block 320 is displayed on the embodiment on the viewing area 110.For the navigation mechanism of providing convenience, during embodiment of the invention display text block 320, in contrast to demonstration literal block 220 shown in Figure 2, the width of literal block 320 can be limited to the scope that is not more than viewing area 110 width.Literal in the literal block 320 can rearrange by the mechanism of automatic line feed, does not therefore have the width that any literal exceeds viewing area 110, has avoided the shortcoming of a large amount of horizontal scrollings.Because literal has the characteristic of reading line by line, present embodiment especially is fit to handle the literal page.Yet the present invention in case of necessity also can be applicable to graphical page, technical and indefinite.For instance, literal block 320 width among Fig. 3 a are consistent with the width of viewing area 110, wherein filled the literal of a certain word level size, so each is walked crosswise and can hold Wx word, and the height of literal block 320 is decided on number of words and word level size, and the H pixel is arranged for instance.This viewing area 110 is just like the form of a longitudinal translation on literal block 320, and the content of place of arrival promptly is mapped on the screen 120 of entity.For the relative position of viewing area 110 is described, the center is represented with a horizontal axis 112 in the viewing area 110 of Fig. 3 a, and this viewing area 110 is divided into two halves up and down.By Fig. 3 a as can be known, the position of this horizontal axis 112 is seated the ordinate Y part of this literal field piece 320.
When this screen 120 is touched, may sense two contact points of contact point 302a and contact point 302b.Usually user's focus literal that intuitively can go to touch in the eyes and paid close attention to.This operating habit can be used.For instance, angle with the user, the focus literal 306 that this user pays close attention to can be positioned at the centre of this contact point 302a and contact point 302b, therefore, electronic installation 100 can define focal coordinates of the centre that is positioned at contact point 302a and contact point 302b earlier, why can judge focus literal that the user pays close attention to 306 by these focal coordinates again.Wherein the corresponding relation between focal coordinates and the focus literal 306 can be known by inference through some existing mapping techniques between viewing area 110 and the literal block 320.For instance, can use code tree (render tree) arrange the position relation of literal 306 in viewing area 110 in the general known system core.Literal 306 in the present embodiment is the places that are positioned at ordinate y.Infer the position of focus literal 306, help further to determine that viewing area 110 needs the part of display text block 320.
In the present embodiment, if this contact point 302a moves toward direction of arrow 304a, and contact point 302b moves toward direction of arrow 304b, promptly represents an amplification instruction of the content of magnifying text block 320.Relative, if contact point 302a and contact point 302b toward direction is close each other, then representative dwindle literal block 320 content one dwindle instruction.No matter be to amplify content or dwindle content, the convergent-divergent rate all can be decided by the displacement of contact point 302a and contact point 302b.Yet say that further the mechanism of other decision convergent-divergent rates also is applicable to the embodiment of the invention, for example handwriting track 312.Electronic installation 100 can judge that the shape of this handwriting track 312 is to carry out the good function of various predefineds.For instance, if the approximate haply circle of this handwriting track 312, then this electronic installation 100 judges that its trajectory direction is clockwise or counterclockwise, decision is dwindled or enlarging function by this.And the position in the center of circle 314 can further be detected as the foundation of choosing focal coordinates.
This electronic installation 100 may comprise button (not shown), or makes a convergent-divergent bar (not shown) in fact in viewing area 110.Yet carry out convergent-divergent if not use multi-point touch mechanism, the literal 306 of focus may need to decide by other mechanism, for example the user manually chooses, or the centre coordinate C that obtains viewing area 110 automatically obtains focus literal 306 via centre coordinate C again as focal coordinates.
Fig. 3 b～Fig. 3 d figure is the content of literal block 320 becomes literal block 330 behind convergent-divergent embodiment.In embodiments of the present invention, with the width limitations of literal block 320 for being not more than viewing area 110.When the content of literal block 320 is exaggerated and becomes literal block 330 among Fig. 3 b, literal block 330 width still remain on the level that is not more than viewing area 110, but the size of font is then being exaggerated along with the convergent-divergent rate in the literal block 330, so each is walked crosswise the number of words that can hold and is kept to Wx '.Literal in the literal block 330 must be set type again at this moment, and the literal that for example surpasses Wx ' word in each row is presented at next line with regard to automatic line feed.These literal field piece 330 width remain unchanged though hence one can see that, and whole height H ' but can be elongated along with the convergent-divergent rate.That is to say the height H shown in Fig. 3 b ' can be than the height H shown in Fig. 3 a for long.On the other hand, if literal block 320 is reduced, the mode of processing also is similar, and under the prerequisite that width remains unchanged, every capable number of words increases, and literal block total length tails off along with line number and shortens.
Originally the literal 306 that occurs among Fig. 3 a has passed through amplification and has become the literal 306 ' after the amplification after the composing again in literal block 330, appear at the position of the ordinate Y ' of literal block 330.Because the length of literal block 330 surpasses the length of viewing area 110, this viewing area 110 can only show the wherein part of this literal field piece 330.Therefore Fig. 3 b has illustrated how to determine literal block 330 to be shown in the part in the viewing area 110.As described above, this literal 306 ' is identified as the emphasis that the user pays close attention to, and therefore after literal block 320 is enlarged into literal block 330, wishes that still this literal 306 ' appears in the viewing area 110.Therefore in Fig. 3 b, viewing area 110 can determine its position according to the ordinate Y ' of this literal 306 ' basically, makes this viewing area 110 can show this literal 306 '.More particularly, the embodiment of the invention is assigned as the ordinate y ' of horizontal axis 112 with the ordinate Y ' of literal 306 ' and equates that make when viewing area 110 is presented on the screen 120, this literal 306 ' is to be positioned on this horizontal axis 112.But in another embodiment, this literal 306 ' may not be arranged on the horizontal axis 112.For the follow-up literal of more convenient reading, also literal 306 ' can be arranged in the upper middle of viewing area 110, or first row of viewing area 110.Laterally the arrangement of the ordinate y ' of axis 112 can decide according to the ordinate Y ' of literal 306 ' fully.
In some special examples, the position of literal 306 ' possibly can't be applicable to the way of the horizontal axis 112 of alignment among Fig. 3 b fully, therefore needs to consider in addition.For instance, in Fig. 3 c, literal block 340 is exaggerated the literal block after (or dwindling) for content, and the height of viewing area 110 is h.Suppose to appear at ordinate y ' part after the composing again of literal 306 ' through line feed automatically in this example, wherein the value of y ' is less than h/2.Also because y ' less than h/2, even viewing area 110 has moved on to the summit of literal block 340, still can't be arranged in literal 306 ' on the horizontal axis 112 that ordinate is h/2.Then do not need this moment reluctantly, only need the top of viewing area 110 these literal field pieces 340 of alignment is got final product.
Fig. 3 d is another special case.Literal block 350 is exaggerated the literal block after (or dwindling) for content, it highly is H '.Suppose that literal 306 ' in this example appears at very near literal block 350 bottom parts, the ordinate of literal 306 ' is y ', and promptly literal 306 ' appears between the bottom of horizontal axis 112 and literal block 350, H-y '＜h/2.In other words, even viewing area 110 has moved on to the bottommost of literal block 350, still literal 306 ' can't be arranged in ordinate on the horizontal axis 112 of (H-h/2).Only need this moment the bottom of viewing area 110 these literal field pieces 350 of alignment is got final product.
Fig. 4 a is the process flow diagram of the page display method of the embodiment of the invention.The foregoing description can be put in order and be the following step.At first in step 401, start the electronic installation 100 of Fig. 1.In step 403, receive a convergent-divergent instruction by Touch Screen 120.In step 405, determine focal coordinates, and determine the pairing focus contents 106 of these focal coordinates (as literal or diagram) according to the convergent-divergent instruction that receives.For example, if this Touch Screen 120 is multi-point touch screens, this convergent-divergent instruction is the variable in distance between contact point 102a and the contact point 102b, and then these focal coordinates can be to be positioned at contact point 102a and the middle coordinate of contact point 102b.This convergent-divergent instruction also can be the formed style of brushwork (gesture) track 312 on the Touch Screen 120, and this handwriting track 312 may be similar to a circle and have a central coordinate of circle 314 through identification.So this central coordinate of circle 314 promptly can be used as these focal coordinates.About handwriting track identification, had many technology now, do not go through at this, but embodiment of the invention difference be in, can further utilize identification and central coordinate of circle come as focal coordinates.After obtaining focal coordinates, can further obtain its pairing focus content 106 with reference as the position of further adjustment viewing area 110.For example, by code tree or other mapping mechanisms of the system core, can check in the pairing focus content 106 of focal coordinates.In step 407, according to the convergent-divergent instruction that step 403 received, adjust the size of content in the content block 320 and these contents are set type again, to produce a content block 330, this action of setting type makes the width of content block 330 be not more than the width of viewing area 110.Wherein the focus content 106 in the script content block 320 becomes the focus content 306 ' behind the convergent-divergent in the content block 330 through convergent-divergent and after setting type.In step 409, find out the ordinate y ' of this focus content 306 ' in this literal field piece 330.In step 411, according to the ordinate y ' of this focus content 306 ', the position of decision viewing area 110, and one of most important purpose is that focus content 306 ' is encompassed in the indication range of viewing area 110.
Fig. 4 b is the process flow diagram of the selection viewing area 110 of the embodiment of the invention.The actual practice of step 411 can reduce the following step.In step 423, whether the ordinate y ' that judges focus content 306 ' is less than h/2.Wherein h is the height of viewing area 110.If expression focus content 306 ' position is very near content block 330 tops.So carry out step 425, directly horizontal axis 112 is placed on ordinate h/2 place, make the top of viewing area 110 alignment content blocks 330, content 306 ' is remained in the scope of viewing area 110.On the other hand, whether step 427 checks H '-y ' less than h/2, and wherein H ' is the height of content block 330.If, expression focus content 306 ' position is very near the bottom of content block 330, so carry out step 429, directly the horizontal axis 112 with viewing area 110 is placed on ordinate H '-h/2 place, make the directly bottom of alignment content block 330, viewing area 110, can guarantee that so focus content 306 ' appears in the scope of viewing area 110.On the other hand, if step 423 and 427 does not all meet, then carry out step 431.In step 431, the ordinate of horizontal axis 112 is assigned as the ordinate y ' of focus content 306 ', by this focus content 306 ' promptly can appear at viewing area 110 scopes in the middle of row.
Application apparatus of the present invention can be any web page files display device with man-machine interface, mobile phone for example, personal digital assistant, computing machine, or word processor.The method step of Fig. 4 a and Fig. 4 b is applicable to the amplification page, also is applicable to dwindle the page.These methods can be implemented in the operating system or application software in the device, and the output inputting interface on the collocation hardware is the multi-point touch screen for example, Touch Screen, and button, roller or keyboard etc. is integrated into a man-machine interface.The present invention can be a kind of program product also, is installed on and produces effect in any existing hardware.
Though the present invention with the preferred embodiment explanation as above will be understood that the not necessarily so qualification of scope of the present invention.Relative, any is that conspicuous improvement is all in covering scope of the present invention based on same spirit or to those skilled in the art.Therefore the patent claimed range must be understood in the mode of broad sense.
Claims (20)
1. page display method comprises a content block in order to show on a screen:
Receive convergent-divergent instruction;
According to the focus content in this content block of this convergent-divergent instruction decision, and the content in this content block carried out convergent-divergent;
Arrange the content behind convergent-divergent in this content block, make the width of this content block not exceed the width of a viewing area of this screen; And
From content this content block behind convergent-divergent,, determine this content block to be displayed on the part on this viewing area according to the position of this focus content.
2. page display method as claimed in claim 1, wherein this content block is displayed on the part of this viewing area, determines according to the ordinate of orthogonal axes of this focus content.
3. page display method as claimed in claim 2 wherein determines this content block to be displayed on the step of the part on this viewing area, comprises this focus content is presented on the center line of this viewing area.
4. page display method as claimed in claim 3, wherein determine this content block to be displayed on the step of the part on this viewing area, comprise when the ordinate of this focus content half less than the longitudinal length of this viewing area, this viewing area shows the head portion of this content block.
5. page display method as claimed in claim 3, wherein determine this viewing area to show that the part of this content block comprises when the distance of the ordinate of this focus content and this content block bottom half less than the longitudinal length of this viewing area, this viewing area shows the bottom part of this content block.
6. page display method as claimed in claim 1, wherein:
This screen is a multi-point touch screen; And
The multi-point touch style of brushwork that this convergent-divergent instruction is received via this multi-point touch screen; Wherein this multi-point touch style of brushwork comprises on this multi-point touch screen the variation of distance between at least two contact points.
7. page display method as claimed in claim 6, wherein a convergent-divergent rate of this convergent-divergent instruction is proportional to the change amount of distance between these at least two contact points.
8. page display method as claimed in claim 6 wherein comprises according to the focus content in this this content block of convergent-divergent instruction decision:
Between among these at least two contact points, determine focal coordinates;
Mapping relations according to the content before this content block convergent-divergent and these focal coordinates are judged to be this focus content with the pairing content of these focal coordinates.
9. page display method as claimed in claim 1, wherein:
This screen is a Touch Screen;
This convergent-divergent instruction is a formed touch-control handwriting track on this Touch Screen; And
The step that receives this convergent-divergent instruction comprises, and this touch-control handwriting track is recognized as a circular trace, and the central coordinate of circle of this circular trace of identification;
Wherein comprise according to the focus content in this this content block of convergent-divergent instruction decision:
Determine focal coordinates according to this central coordinate of circle; And
According to content before convergent-divergent this content block and mapping relations of these focal coordinates determine that the pairing content of these focal coordinates is this focus content.
10. page display method as claimed in claim 1, wherein the content in this content block comprise literal and the diagram at least one of them.
11. an electronic installation comprises:
One screen is in order to show the part of a content block; And
One man-machine interface, in order to receive convergent-divergent instruction, this convergent-divergent instruction determines the focus content in this content block, and the content in this content block is carried out convergent-divergent; Wherein this man-machine interface is arranged the content behind convergent-divergent in this content block, make the width of this content block not exceed the width of a viewing area of this screen, and, determine this content block by the part of this viewing area according to the position of this focus content after convergent-divergent and arrangement.
12. electronic installation as claimed in claim 11, wherein this content block is displayed on the part of this viewing area, determines according to the ordinate of orthogonal axes of this focus content.
13. electronic installation as claimed in claim 11, wherein this man-machine interface is presented at this focus content on the center line of this viewing area when showing this content block.
14. electronic installation as claimed in claim 13 if wherein this man-machine interface is judged the half of the ordinate of this focus content less than the longitudinal length of this viewing area, then makes this viewing area show the head portion of this content block.
15. electronic installation as claimed in claim 14, if wherein the distance of the ordinate of this this focus content of man-machine interface judgement and this content block bottom then makes this viewing area show the bottom part of this content block less than a half of the longitudinal length of this viewing area.
16. electronic installation as claimed in claim 15, wherein:
This screen is a multi-point touch screen;
This convergent-divergent instruction is a multi-point touch style of brushwork that is received via this multi-point touch screen; And
This multi-point touch style of brushwork comprises on this multi-point touch screen the variation of distance between at least two contact points.
17. electronic installation as claimed in claim 16, wherein a convergent-divergent rate of this convergent-divergent instruction is proportional to the change amount of distance between these at least two contact points.
18. electronic installation as claimed in claim 17, wherein:
When this screen received this convergent-divergent instruction, this man-machine interface determined focal coordinates between among these at least two contact points; And
This man-machine interface before according to this content block convergent-divergent content and mapping relations of these focal coordinates, the pairing content of these focal coordinates is judged to be this focus content.
19. electronic installation as claimed in claim 14, wherein:
This screen is a Touch Screen;
This convergent-divergent instruction is a formed touch-control handwriting track on this Touch Screen; And
When this screen received this convergent-divergent instruction, this man-machine interface was recognized as a circular trace with this touch-control handwriting track, and the central coordinate of circle of this circular trace of identification;
This man-machine interface determines focal coordinates according to this central coordinate of circle; And
This man-machine interface before according to this content block convergent-divergent content and mapping relations of these focal coordinates, the pairing content of these focal coordinates is judged to be this focus content.
20. electronic installation as claimed in claim 14, wherein the content in this content block comprise literal and symbol diagram at least one of them.
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| CN200910140676XA CN101923422A (en) | 2009-06-12 | 2009-06-12 | Page display method, electronic device and program product |
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| CN200910140676XA CN101923422A (en) | 2009-06-12 | 2009-06-12 | Page display method, electronic device and program product |
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| CN106201009A (en) * | 2016-06-24 | 2016-12-07 | 维沃移动通信有限公司 | A kind of characters input method and electronic equipment |
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| CN110392875B (en) * | 2017-02-24 | 2023-07-18 | 三星电子株式会社 | Electronic device and control method thereof |
| CN112711389A (en) * | 2020-12-31 | 2021-04-27 | 安徽听见科技有限公司 | Multi-terminal screen-loading method, device and equipment applied to electronic whiteboard |
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