KR20210051591A - the method of rotating contents on display pannel of smart appliances including smartphone - Google Patents

Abstract

The present invention relates to a method of rotating a screen on a device capable of displaying, including a smartphone. The present invention is a screen rotation method which is characterized in that, when touch pressure is sensed and the touch pressure is within a predetermined intensity range, the screen rotates at a predetermined angle (2). If the touch pressure is greater than or equal to a first predetermined strength, the touch pressure is less than or equal to a second predetermined strength, or the touch pressure is between a third predetermined strength and a fourth predetermined strength, the screen (= content on the screen) is rotated to a predetermined angle (2). A separate screen rotation button is not required. After multi-touch, if the touch points are rotated by a predetermined angle or more while maintaining the multi-touch, the screen is rotated 90 degrees.

Description

In a smart device such as a smartphone, the method of rotating contents on the screen by 90 degrees {the method of rotating contents on display pannel of smart appliances including smartphone}

In smart devices such as smartphones, UI rotates the content on the screen by 90 degrees

In the whole of this application, the expression of “the screen rotates” is

As a result of changing the horizontal/vertical mode, which is the aspect shown on the screen,

It means that the content on the screen is rotated (actually 90 degrees).

For example, on the display screen of an electronic device

Contents that were viewed in the vertical mode as shown in FIG. 3 are displayed in the horizontal mode as in FIG. 5 or

As shown in FIG. 5, the content shown in the horizontal mode is displayed in the vertical mode as shown in FIG.

When programming an app, you can also program how to display each in landscape mode and portrait mode.

Non-programs, such as images, can be rotated and displayed on the screen.

1-1) Description of prior art 1-

In a method of rotating the screen in a smart device such as a smartphone,

Mainly, in the status bar ,

Touch the icon marked "Vertical" (or "Auto Rotate" or "Screen Rotate", etc.) in the circle in Fig. 1,

Like the image in the circle in Fig. 2, activate the “auto rotation” function.

So “auto-rotate” (or “screen rotation”, etc.) After activating the function ,

1.. As shown in Fig. 3 When a smart device, such as a smartphone, which was erected in the vertical direction, is laid horizontally,

The screen is automatically rotated 90 degrees as shown in Fig. 5 (therefore, the content can be viewed in landscape mode).

2.. As shown in Fig. 5 When a smart device such as a smartphone that was laid horizontally is placed in a vertical direction,

The screen automatically rotates 90 degrees as shown in Fig. 3 (therefore, the content can be viewed in portrait mode).

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1-2) Description of Problems of Prior Art 1

When lying down and looking at a smart device, etc.

Screen Even though there was no intention to rotate,

When a smart device such as a smartphone is laid horizontally or vertically

The screen automatically rotates

Uncomfortable.

In addition, in order to prevent the above discomfort

Touch the icon marked “auto-rotate” in the circle in Fig. 2,

I have disabled the “auto rotation” function,

For example,

Look in portrait mode

Temporarily, you have to rotate the screen to view it in landscape mode

When you want to keep watching only in portrait mode again

By activating the disabled “auto rotation” function,

Tilt the smart device horizontally and temporarily view it in landscape mode.

After changing the smart device to portrait mode by tilting it in the vertical direction,

There is an inconvenience of having to deactivate the “auto rotation” function that has been activated again.

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2-1) Description of the prior art 2 -

As a technology that can be called a technology developed to compensate for the problems of the prior art 1,

In the case of Samsung Electronics' Galaxy S series smartphones, as a built-in function from the Galaxy S8 updated to Android 9.0 (Pie) OS,

In a method of rotating the screen in a smart device such as a smartphone,

Mainly, by touching an icon displayed as "automatic rotation" (or "screen rotation", etc.) as shown in FIG. 2 in the status bar to change as shown in FIG. 1, the function is deactivated.

So “auto-rotate” (or “screen rotation”, etc.) After disabling the function ,

1.. As shown in Fig. 7 When a smart device, such as a smartphone, which was erected in the vertical direction, is laid horizontally,

In the black circle on the far right of the bottom of Fig. 8

Like the icon with a white square drawn in a circle on a gray background

Somewhere on the screen of a smart device such as a smartphone, an icon that can rotate the screen in landscape mode (referred to as “screen rotation” or “screen change” icon ) appears .

At that time, if you touch the screen change icon (which can rotate the screen in landscape mode)

(Manually) as shown in Fig. 9 The screen rotates 90 degrees (therefore, you can view the content in landscape mode).

2.. When a smart device such as a smartphone, which was laid in the horizontal direction as shown in Fig. 9, is placed in the vertical direction,

In the circle on the far right at the top of Fig. 10

Like the icon with a white square drawn in a circle on a gray background

Somewhere on the screen of a smart device such as a smartphone, an icon that can rotate the screen in portrait mode (referred to as “screen rotation” or “screen change” icon ) appears .

At that time, if you touch the screen change icon (which can rotate the screen in portrait mode)

(Manually) As shown in Fig. 7, the screen rotates 90 degrees (therefore, the content can be viewed in portrait mode).

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2-2) Description of the problems of the prior art 2-

As a technology that can be called a technology developed to compensate for the problems of the prior art 1,

Advantages:

Only when the user intends to rotate the screen

You can rotate the screen by clicking the “Rotate Screen” (or “Switch Screen”) icon.

Disadvantages:

(Some users are satisfied with the function, but)

Because of the following disadvantages, many articles are searched for inquiries or introductions on how to make the "Rotate screen" (or "Switch screen") button not appear on the Internet or YouTube (= how to disable it).

(Reference:

1..I don't know what the name of the button and its function are, so I even mobilized a picture,

So that the disadvantages mentioned below can be solved,

(So that the screen does not rotate or the button you want to touch is always touched well, or the button you want to touch can be touched,)

There are many cases of inquiries such as, "What is the way to make this not appear?"

Example of asking how to disable:

Title: Galaxy s8 corner that is (Question: Can't turn off that in the lower right corner, it's uncomfortable)

url: https://kin.naver.com/qna/detail.nhn?d1id=5&dirId=5010602&docId=336916113&qb=6rCk65+t7Iucczgg7ZqM7KCE67KE7Yq8&enc=utf8&section=kin&rank=1&search_sort=0&spq=0

Example post telling you how to disable:

Title: How to disable the Galaxy S10 screen rotation button

url: https://extrememanual.net/31538

2..Example video explaining how to disable on YouTube:

Title: Galaxy s10 5g one tip, let's get rid of the auto-rotate button

url: https://www.youtube.com/watch?v=j9AtVQTHTp0

)

To use the function of prior art 2

“Auto rotation” (or “screen rotation”, etc.) With the feature disabled The following problems arise.

(Note: Refer to “2-1) Description of Conventional Technology 2 -” above for details on the function in the state of deactivating the “automatic rotation” (or “screen rotation”, etc.) function)

1.. If you touch the “screen rotation” (or “screen change”) icon without your knowledge, the screen may rotate .

2..“Rotate screen” (or “switch screen”) icon,

It can appear on or near any function button of the app that the user is currently using,

No matter what function button the user tries to perform any function

The “Rotate Screen” (or “Switch Screen”) icon

2-1.. As shown in Fig. 8, there is a case where you can never touch any function button because it appears above any function button on the far right of the bottom.

2-2..As shown in Figs. 14 and 16, since any function button appears in the immediate vicinity of any function button, which is located at the very bottom of the bottom or at the very right of the top, while trying to touch any function button, unexpectedly "rotate screen" (or “Screen change”) icon is touched and the screen rotates unexpectedly.

In particular, when the navigation bar is removed in order to use the screen of a smart device such as a smart phone more widely , the above-described disadvantages often occur in the portrait mode.

( Reference 1 : Description of “Navigation Bar”

“Navigation bar” is a rectangular area at the bottom of Fig. 17,

Mainly, it is an area with three buttons : the recently used app (= menu) button , the home button , and the back button . Most of them are located in the bottom area of the smartphone screen.

If you set the device itself to remove the “navigation bar”,

In the part where the recently used app (= menu) button, home button, and back button of FIG. 17 were located,

As shown in Fig. 18 (Fig. 19 shows the underline in Fig. 18 by enclosing it in a square), only three underlines appear , and the recently used app (= menu) button, home button, and back button as a gesture of dragging the underline upward It can make it perform the function of.

In the past, the buttons on the navigation bar were in areas outside the screen,

It was used only as a physical button or a combination of a physical button and a touch button.)

(Note 2 : How to remove the navigation bar

In the case of the Galaxy S8 (9.0), you can select “Screen Gestures” instead of “Navigation Button” in the “Navigation Bar” item in the “Display” item of the smartphone's own setting screen.)

More specifically,

To use the function of prior art 2

“Auto rotation” (or “screen rotation”, etc.) After disabling the function ,

To use the screen wider

With the navigation bar removed

When using a keyboard app (which is used a lot on smartphones),

Downloaded from the Google Store and installed for each user The keyboard app (=virtual keyboard=touch keyboard) that you use conveniently

As shown in Fig. 7 Smart devices such as smartphones that were standing vertically

If it is inclined a little during use, a “screen rotation” (or “screen change”) icon appears in the circle on the far right at the bottom as shown in Fig. 8,

The "screen rotation" (or "screen change") icon is hidden as shown in FIG. 8, such as the enter button on the far right of the lowermost side shown in FIG.

As shown in Fig. 9 A smart device such as a smart phone that nuphyeojyeo in the transverse direction

When inclined a little during use, a “screen rotation” (or “screen change”) icon appears in the circle on the far right of the top, as shown in FIG. 10,

As shown in FIG. 10, the “+” button at the top of the top, as shown in FIG. 9, is hidden by the “screen rotation” (or “switch screen”) icon.

(Because the keyboard app is a very frequently used app, or the enter button of the keyboard app is a frequently used button every week)

Very often causing discomfort

There are many uses that disable the “screen rotation” (or “screen change”) icon from appearing.

7, 8, 9, and 10 are screen copies of when the Google keyboard is executed.

On a Galaxy phone with built-in Google Android OS , even if you download and install the Google Keyboard (=Gboard=Gboard) made by Google from the Google Store , as previously described, press the Enter button and the'+' button as shown in Figs. 8 and 10. The “Rotate Screen” (or “Switch Screen”) icon is hidden.

Made from a large company, Naver "Naver Smart Board" the keyboard app can install also the enter button to download from Google Store "Rotate Screen" called (or "transitions") icon, I got to go,

There are many uses that disable the “screen rotation” (or “screen change”) icon from appearing.

Although,

When you use the keyboard app provided by the manufacturer built into the smartphone itself (= virtual keyboard = touch keyboard)

To use the function of prior art 2

“Auto rotation” (or “screen rotation”, etc.) After disabling the function ,

To use the screen wider

Even with the navigation bar removed

(Even when the smartphone is not tilted with the keyboard

As shown in Fig. 11, since the keyboard appears in a state where the bottom part (= the area where the navigation bar was) is empty)

Even if the smartphone is tilted with the keyboard displayed

The “Rotate Screen” (or “Switch Screen”) icon

As shown in Fig. 12, it appears (on the far right ) in the blank, which is the bottom part (= area where the navigation bar was)

Although the “Rotate Screen” (or “Switch Screen”) icon does not cover any buttons on the keyboard app,

The effort of removing the navigation bar to make the screen wider becomes futile.)

sure,

In other types of apps other than keyboard apps,

To use the function of prior art 2

“Auto rotation” (or “screen rotation”, etc.) After disabling the function ,

To use the screen wider

Even with the navigation bar removed

The above-mentioned disadvantages arise.

For example,

13 to 16 are diagrams of a very convenient file explorer app downloaded from the Google Store.

13 as shown Smart devices such as smartphones that were standing vertically

If it is tilted a little during use,

As shown in Fig. 14, a "screen rotation" (or "screen change") icon appears on the far right of the bottom,

As shown in FIG. 14, the “screen rotation” (or “switch screen”) icon is hidden from the advertisement “open” button, etc., shown from the far right of the bottom of FIG. 13,

As shown in Fig. 15 A smart device such as a smart phone that nuphyeojyeo in the transverse direction

If it is tilted a little during use,

As shown in Fig. 16, a "screen rotation" (or "screen change") icon appears on the far right of the top,

In Fig. 15, a “screen rotation” (or “switch screen”) icon appears in the immediate vicinity of the “...” button (= more button) shown on the far right of the top, as shown in Fig. 16.

The “Rotate Screen” (or “Switch Screen”) icon

Of the app you are currently using (mainly, the rightmost part at the bottom or the rightmost part at the top)

It hides a specific button or appears in the immediate vicinity of that specific button

It can also cause the same problems as the above mentioned disadvantages .

The matters described as the background art are only for enhancing an understanding of the background of the present invention, and should not be taken as acknowledging that they correspond to the prior art known to those of ordinary skill in the art.

It is easy to rotate the screen 90 degrees in a smart device such as a smartphone, and solves the conventional problems.

After multi-touch, rotate the touch point by a certain angle or more while maintaining the multi-touch.

By adjusting the touch pressure (= touch intensity),

Make the screen rotate 90 degrees.

[Sudan Port 1-1]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

On a display that can recognize multi-touch 2 or more touch points (1) A process that becomes multi-touch by;

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) A process in which the position of one or more of the "two or more touch points 2" is changed (is moving) while maintaining the touch state;

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state, among the “two or more touch points (2)” 1 or more touch points After the position of

(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Course B, which is one of the courses; And

In the process B, the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state. Previous view In,

Any of the “two or more touch points (2)” 2 touch points Any one of one or more straight lines connecting them or an extension of the (any one) straight line and

In the process B, while the “two or more touch points (2)” maintain a touch state, the position of one or more of the “two or more touch points (2)” is changed. Point of view after In,

A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

C process of rotating the screen (= on-screen content) at a predetermined angle (2);

Screen (content) rotation method comprising a.

[Sudan Port 2-1]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

On a display that can recognize multi-touch 2 touch points A process that becomes multi-touch by;

A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while the multi-touched “two touch points” maintain a touch state;

or

Of the “two touch points” while the multi-touched “two touch points” maintain the touch state 1 or more touch points After the position of

(Either of the “two touch points” or the “one or more touch points” that kept the touch state

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Course B, which is one of the courses; And

In the process B, the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state. Previous view In,

One straight line connecting the “two touch points” Or an extension of that straight line

In the process B, the position of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state. Point of view after In,

A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

The screen (=the content on the screen) Predetermined angle(2) C process to rotate;

Screen (content) rotation method comprising a.

[Sudan Port 1]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

A process in which a multi-touch is performed by two or more touch points 1 on a display capable of recognizing a multi-touch;

Two or more touch points (2) of the multi-touched "two or more touch points (1)" maintain a touch state, and at least one of the "two or more touch points (2)" The process of changing (going away) the location;

or

While two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain the touch state

The "two or more touch points (2)" from after the position of the at least one touch point variation,

(Of the “two or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

Process B in which the location of the touch point is changed ”;and

At a point in time before the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state in the process B. of,

Any one straight line of one or more straight lines connecting any two touch points of the “two or more touch points (2)” or an extension of the (any one) straight line and

At a point in time after the position of at least one of the “two or more touch points 2” is changed while the “two or more touch points 2” maintain the touch state in the process B,

A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line

The angles that make up or intersect

If it is within a certain angle range or more than a certain angle (1)

C process in which the screen (= on-screen content) rotates at a predetermined angle (2);

Screen (content) rotation method comprising a.

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

On a display that can recognize multi-touch 2 or more touch points (1) A process that becomes multi-touch by;

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state

A process in which the position of at least one touch point among the “two or more touch points 2” is changed (going away);

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state

Among the “two or more touch points (2)” 1 or more touch points After the position of

(Of the “two or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

B process in which the location of the touch point is changed ”;And

In the process B, the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state. Previous view In,

Among the “two or more touch points (2)” Any two touch points Of one or more straight lines connecting them Any particular two touch points Any one straight line connecting the line or an extension of the (any one) straight line and

In the process B, while the “two or more touch points (2)” maintain a touch state, the position of one or more of the “two or more touch points (2)” is changed. Point of view after In,

Of the position after the position of at least one touch point is changed among the “two touch points”

(The position of the touch point starts to fluctuate From the previous point of view

remind " Which specific two touch points” Of the position after the position of at least one touch point among the above “specific two touch points” that could make one straight line connecting the line is changed)

A straight line connecting two specific touch points or an extension of the straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

C process in which the screen (= on-screen content) rotates at a predetermined angle (2);

Screen rotation method comprising a.

[Sudan Port 2]

(According to claim 1)

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

A process in which a multi-touch is performed by two touch points on a display capable of recognizing a multi-touch;

A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while the multi-touched “two touch points” maintain a touch state;

or

After the position of at least one touch point among the “two touch points” is changed while the multi-touched “two touch points” maintain the touch state,

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

Process B” in which the location of the touch point is changed, and

At a point in time before the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state in the process B,

One straight line connecting the “two touch points” Or an extension of that straight line

At a point in time after the position of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state in the process B,

A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line

The angles that make up or intersect

If it is within a certain angle range or more than a certain angle (1)

C process in which the screen (= on-screen content ) rotates at a predetermined angle (2);

Screen (content) rotation method comprising a.

[Sudan Port 3]

The method according to any one of claims 1 or 2

The “prescribed angle (1)” and the “prescribed angle (2)” are

Different angles

How to rotate the screen (content).

[Sudan Port 4]

The method according to any one of claims 1 or 2

The “prescribed angle (1)” and the “prescribed angle (2)” are

The direction of rotation is the same

How to rotate the screen (content).

[Sudan Port 5]

The method according to any one of claims 1 or 2

The above “prescribed angle (1)” is

0~180, 0~90, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or any number belonging to any one of the ranges 0~1 sign

How to rotate the screen (content).

[Sudan Port 6]

The method according to any one of claims 1 or 2

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or

90 degrees±X degrees phosphorus

How to rotate the screen (content).

[Sudan Port 7]

In the preceding paragraphs, in particular, according to claim 6

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen (content).

[Sudan Port 8]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

By sensing the pressure you touch

When the touch pressure is in the predetermined intensity range

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Sudan Port 9]

The method of claim 8,

The “touch pressure is a predetermined strength range” is

The touch pressure is greater than or equal to a predetermined intensity (1), or

The touch pressure is less than or equal to the predetermined intensity (2)

If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Sudan Port 10]

The method according to any one of claims 8 or 9

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or

90 degrees±X degrees phosphorus

How to rotate the screen (content).

[Sudan Port 11]

The method of claim 10

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen (content).

[Sudan Port 12]

The method according to any one of claims 8 to 11

In the method of being touched,

After not the change in position of the touch point occurs after a touch is started how the touch is released, that is, a method commonly referred to as 'touch'

or

How, after touching the touch started off after the change in position of the touch points that occurred, that is, how generally referred to as "drag" the

How to rotate the screen (content).

[Sudan Port 13]

The method according to any one of claims 8 to 11

In the method of being touched,

In a method in which a touch is released after a change in the position of the touch point does not occur after the touch starts, that is, in a method commonly referred to as'touch'

In touch time,

Or more than a certain amount of time (1)

Is less than or equal to the predetermined time (2)

Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).

[Sudan Port 14]

The method according to any one of claims 8 to 11

In the method of being touched,

In the method in which the touch is released after the change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as “drag”

In the drag length,

Is at least a predetermined length (1) or

Is less than or equal to a predetermined length (2), or

Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).

[Sudan Port 15]

The method of claim 14,

In the direction being dragged,

Up, down, left, right, top left, bottom left, top right, bottom right

How to rotate the screen (content).

[Sudan Port 16]

The method according to claim 8 to 15,

In the method of being touched,

Way that after the touch release after a touch is started is not a change in position of the touch point occurs, that is, a method commonly referred to as 'touch'

Multi-touch or

How, after touching the touch started off after the change in position of the touch points that occurred, ie, a method usually called as 'drag'

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) A process in which the position of one or more of the "two or more touch points 2" is changed (is moving) while maintaining the touch state;

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state, among the “two or more touch points (2)” 1 or more touch points After the position of

(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).

[Sudan Port 17]

The method according to any one of claims 1 to 7,

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

By sensing the pressure you touch

When the touch pressure is in the predetermined intensity range

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Sudan Port 18]

The method according to any one of claims 1 to 7,

The “touch pressure is a predetermined strength range” is

The touch pressure is greater than or equal to a predetermined intensity (1), or

The touch pressure is less than or equal to the predetermined intensity (2)

If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Sudan Port 19]

The method according to any one of claims 1 to 7,

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees

90 degrees ± X degrees

How to rotate the screen (content).

[Sudan Port 20]

The method of claim 19

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen (content).

[Sudan Port 21]

The method according to any one of claims 1 to 7,

In the method of being touched,

After not the change in position of the touch point occurs after a touch is started how the touch is released, that is, a method commonly referred to as 'touch'

or

How, after touching the touch started off after the change in position of the touch points that occurred, that is, how generally referred to as "drag" the

How to rotate the screen (content).

I will explain the above proposed claims.

The contents of the proposed claim are for general'touch' and general'drag', so the explanation is omitted.

[Sudan Port 22]

The method according to any one of claims 1 to 7,

In the method of being touched,

In a method in which a touch is released after a change in the position of the touch point does not occur after the touch starts, that is, in a method commonly referred to as'touch'

In touch time,

Or more than a certain amount of time (1)

Is less than or equal to the predetermined time (2)

Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).

[Sudan Port 23]

The method according to any one of claims 1 to 7,

In the method of being touched,

In the method in which the touch is released after the change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as “drag”

In the drag length,

Is at least a predetermined length (1) or

Is less than or equal to a predetermined length (2), or

Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).

[Sudan Port 24]

The method of claim 23,

In the direction being dragged,

Up, down, left, right, top left, bottom left, top right, bottom right

How to rotate the screen (content).

[Sudan Port 25]

The method according to any one of claims 1 to 7,

In the method of being touched,

Way that after the touch release after a touch is started is not a change in position of the touch point occurs, that is, a method commonly referred to as 'touch'

Multi-touch or

How, after touching the touch started off after the change in position of the touch points that occurred, ie, a method usually called as 'drag'

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) A process in which the position of one or more of the "two or more touch points 2" is changed (is moving) while maintaining the touch state;

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state, among the “two or more touch points (2)” 1 or more touch points After the position of

(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).

There is no need for a separate screen rotation button,

After multi-touch, keep multi-touch

If you rotate the touch points more than a certain angle,

Since the screen is rotated 90 degrees,

It has the following effects.

1.. Unlike conventional technology 1 or conventional technology 2, the screen can be rotated without tilting the device.

2.. Unlike the conventional technology 2, the screen rotation function button is unnecessary, so

Interference phenomena such as such buttons obscuring the screen and certain buttons on the screen do not occur when rotating the screen.

3.. Unlike the conventional technology 2, the screen rotation function button is unnecessary, so

It eliminates the trouble of having to touch and touch only the button that functions as a screen rotation function accurately.

You can rotate the screen by touching anywhere on the screen.

4.. Unlike the prior art 1, the conventional "auto-rotation" function is inconvenient because the screen rotates when the screen tilts even if you do not want to rotate the screen when the function is activated.

The technology of the present application, in a state in which the conventional automatic rotation function is deactivated,

You can only rotate the screen when you want to rotate it.

5. For reference,

In the method of rotating the screen (content) 90 degrees using multi-touch,

The wrist and thumb do not move, but only the index finger's pop point is moved by dragging the index finger downward (or upward) (using the joint of only the index finger), or

The wrist and forefinger do not move, even if only the thumb (using the joint of the thumb) is dragged downward (or upward) and only the popping point of the thumb is moved.

In the same manner as in FIGS. 29, 30, and 31, one or more of the multi-touched touch points may be changed.

In other words, when the screen rotation method using the multi-ter of the present application is applied to an actual smart device, if it is operated as in the above reference, even if only the finger is moved (rather than rotating the touch points by rotating the wrist while multi-touching) You can even rotate the screen.

Figures 1 to 19: Figures for comparing the horizontal mode and the portrait mode of a smart phone, and with and without a screen rotation button (= icon) to mainly explain the conventional technology.
Fig. 1: An exemplary diagram for a state in which the automatic rotation function is deactivated.
Fig. 2: An exemplary diagram for a state in which the automatic rotation function is activated.
Figures 3, 5, 7, 9, 11, 13, 15: In a state in which automatic rotation is disabled, a screen rotation button that enables manual rotation of the screen because the smartphone has not yet been tilted,
An example of what doesn't appear.
Figures 4, 6, 8, 10, 12, 14, 16: In a state in which automatic rotation is disabled, there is a screen rotation button that enables manual rotation of the screen when the smartphone is tilted,
In portrait mode, it appears in the circle on the far right at the bottom of the screen,
In landscape mode, it appears in the circle on the far right at the top of the screen.
An example diagram for that.
Fig. 17: An exemplary diagram for a state in which the'navigation bar' is displayed.
18 and 19: An exemplary diagram for a state in which the'navigation bar' has disappeared.
Figures 20 to 34: Figures for explaining the technology of the present application.
Fig. 20: An exemplary view showing a screen of an electronic device.
Fig. 21: An exemplary diagram for a situation in which a multi-touch consisting of two touch points is performed.
Fig. 22: An exemplary diagram for a situation in which the positions of the touch points are changed (=touch points are rotated) while the touch of two or more touch points is maintained after a multi-touch consisting of two touch points is made.
Fig. 23: An exemplary diagram for a situation in which a multi-touch consisting of three touch points is performed.
Fig. 24: An exemplary diagram of a situation in which the positions of touch points are changed (=touch points rotated) while two or more touch points are held in touch after a multi-touch consisting of three touch points is made.
Fig. 25: An exemplary diagram for a situation in which a multi-touch consisting of four touch points is performed.
Fig. 26: An exemplary diagram of a situation in which the positions of touch points are changed (=touch points are rotated) in a state in which two or more touch points are held after a multi-touch consisting of four touch points is made.
Fig. 27: An exemplary diagram for a situation in which a multi-touch consisting of five touch points is performed.
Fig. 28: An exemplary diagram of a situation in which the positions of touch points are changed (=touch points rotated) in a state in which two or more touch points are maintained after a multi-touch consisting of five touch points is made.
The following is a description of FIGS. 29 to 33.
Among the two drawings (a) and (b) in each of Fig. 29, Fig. 30, Fig. 31, Fig. 32, and Fig. 33,
The process of drawing (a), which is the left drawing, can be represented by two straight lines: a solid line and a dotted line, as in the drawing (b) on the right.
(b) The solid line in the drawing is
When multi-touch is launched
(a) It is a straight line connecting the center of the “1-1” touch point and the “2-1” touch point, which are two black touch points in the drawing,
For example, when multi-touch is initiated, the thumb and index finger are a straight line connecting the center of the touched point.
(b) The dotted line in the drawing is
After rotating (=moving) the touch points with measures such as rotating the wrist while maintaining the multi-touch (a), the two white touch points in the drawing “1-2” and “2-2” touch It is a straight line connecting the center of a point.
For example, it is a straight line connecting the center of the touch point touched by the thumb and index finger when rotation is completed in a multi-touch state.
The angle at which the touch points were rotated (= moved) by a measure such as rotating the wrist while maintaining the multi-touch was expressed as a figure as shown in FIG. 34.
Figure 29(b) is a case where the center of the solid line and the dotted line are rotated to cross each other,
Fig. 30(b) is a case where the solid line and the dotted line are rotated to cross the point other than the center,
In Figure 31 (b), the point touched by the thumb is rotated without change, that is, the case where the touch point "1-1" and the touch point "2-1" are rotated equally.
Figure 32 (b) is a case where the touch points are rotated so that the solid line and the dotted line do not intersect.
At that time, the rotated angle is
As in Figure 33
Figure 32(b) shows that when an extension line is drawn from a solid line and a dotted line to a very fine dotted line, the point c where it meets occurs,
The angle at which the solid line and the extended line of the dotted line meet from point c.
It indicates that it can also be calculated by the rotated angle.
As shown in Figs. 29, 30, 31, 32, and 33 (moreover, as shown in Figs. 21 to 28)
If the positions of the multi-touched touch points are changed while the touch of two or more of the multi-touched touch points is maintained after the multi-touch is performed,
It is assumed that the multi-touched touch points rotated,
If the rotation angle of the multi-touched touch points is more than a certain angle (e.g.: 20 degrees)
As in Fig. 7 to 9, or on the contrary, as in Fig. 9 to Fig. 7
You can actually make the screen rotate 90 degrees.
Note that,
The wrist and thumb do not move, but only the index finger's pop point is moved by dragging the index finger downward (or upward) (using the joint of only the index finger), or
The wrist and forefinger do not move, even if only the thumb (using the joint of the thumb) is dragged downward (or upward) and only the popping point of the thumb is moved.
In the same manner as in FIGS. 29, 30, and 31, one or more of the multi-touched touch points may be changed.)
In other words, when the screen rotation method using the multi-ter of the present application is applied to an actual smart device, if it is operated as in the above reference, even if only the finger is moved (rather than rotating the touch points by rotating the wrist with multi-touch) You can even rotate the screen.
Fig. 34: The process of Fig. 29, Fig. 30, Fig. 31, Fig. 32, and Fig. 33 (a) and (b) in each drawing of each of the two drawings is shown in the right (b). When represented by two straight lines, a solid line and a dotted line as shown in the drawing,
A diagram illustrating a figure for indicating the angle at which two straight lines meet, that is, the angle at which the touch points rotate while the multi-touch is maintained after the multi-touch is performed.
Fig. 35 is a block diagram of an electronic device to which the present invention is applicable.
Fig. 36: An exemplary view showing that the angle at which the solid line and the dotted line intersect is the same as in Fig. 29, but the length of the dotted line is shorter.
Fig. 35: An exemplary view showing that the angle at which the solid line and the dotted line intersect is the same, but the length of the dotted line is longer than that of Fig.

Hereinafter, a detailed description of preferred embodiments of the present invention will be described with reference to the accompanying drawings. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

In the whole of this application, the expression of “the screen rotates” is

As a result of changing the horizontal/vertical mode, which is the aspect shown on the screen,

It means that the content on the screen is rotated (actually 90 degrees).

This is simply

There is no need for a separate screen rotation button,

If you rotate the touch points by a certain angle or more while holding the multi-touch after multi-touching,

This is how the screen is rotated 90 degrees.

The simplest embodiment is as follows.

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 21

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger

In the multi-touch state that allows the presence of both touch points to be touched,

With the touch of the two touch points maintained,

As shown in Fig. 22

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Change the location of the black “2-1” touch point to the white “2-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position.

In other words,

You can rotate the thumb and index finger while maintaining the multi-touch of the thumb and index finger.

And,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 21 (if, furthermore, Fig. 29, Fig. 30, Fig. 31, Fig. 32 (≒ Fig. 33) with a further change of the aspect of Fig. 21, which is one of the changes in the position of the two multi-touch touch points. As shown in the left drawing (a) of the two drawings (a) and (b) in each drawing)

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger

In the multi-touch state that allows the presence of both touch points to be touched,

With the touch of the two touch points maintained,

As shown in Fig. 22 (if, furthermore, Fig. 29, Fig. 30, Fig. 31, Fig. 32 (≒ Fig. 33), a further change of the aspect of Fig. 22, which is one of the changes in the position of the two multi-touch touch points. As shown in the left drawing (a) of the two drawings (a) and (b) in each drawing)

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Change the location of the black “2-1” touch point to the white “2-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position.

In other words,

That the thumb and index finger can be rotated while maintaining the multi-touch of the thumb and index finger.

(If, furthermore, in Fig. 29, Fig. 30, Fig. 31 and Fig. 32 (≒ Fig. 33), (a ), (b) is shown in 4 types as shown in (a), which is the left drawing.)

Among the two drawings (a) and (b) in each of Fig. 29, Fig. 30, Fig. 31, Fig. 32, and Fig. 33,

The process of drawing (a), which is the left drawing, can be represented by two straight lines: a solid line and a dotted line, as in the drawing (b) on the right.

(b) The solid line in the drawing is

Touch points when multi-touch is'started'

(a) It is a straight line connecting the center of the “1-1” touch point and the “2-1” touch point, which are two black touch points in the drawing,

For example, When multi-touch is “started” It is a straight line connecting the center of the touched point between the thumb and index finger of,

(b) The dotted line in the drawing is

With measures such as rotating the wrist while maintaining the multi-touch,

The touch points after rotating (= moving) the touch points are a straight line connecting the center of the touch points “1-2” and “2-2” touch points, which are two white touch points in the drawing (a).

For example, When rotation is'completed' in multi-touch status It is a straight line connecting the center of the touched point between the thumb and forefinger of.

Note that,

With measures such as rotating the wrist while maintaining the multi-touch,

The amount of angle by which the touch points are rotated (= moved) is expressed as a figure as shown in FIG.

Figure 29(b) is a case where the center of the solid line and the dotted line are rotated to cross each other,

Fig. 30(b) is a case where the solid line and the dotted line are rotated to cross the point other than the center,

Figure 31 (b) shows a case where the point touched by the thumb is rotated without change, that is, the case where the touch point “1-1” and the touch point “1-2” are rotated equally,

Figure 32 (b) is a case where the touch points are rotated so that the solid line and the dotted line do not intersect.

At that time, the rotated angle is

As in Figure 33

Figure 32(b) shows that when an extension line is drawn from a solid line and a dotted line to a very fine dotted line, the point c where it meets occurs,

The angle at which the solid line and the extended line of the dotted line meet from point c.

It indicates that it can also be calculated by the rotated angle.

As shown in Figs. 29, 30, 31, 32, and 33 (moreover, as shown in Figs. 21 to 28)

If the positions of the multi-touched touch points are changed while the touch of two or more of the multi-touched touch points is maintained after the multi-touch is performed,

It is assumed that the multi-touched touch points rotated,

If the rotation angle of the multi-touched touch points is more than a certain angle (e.g.: 20 degrees),

As in Fig. 7 to 9, or on the contrary, as in Fig. 9 to Fig. 7

You can actually make the screen rotate 90 degrees.

Note that,

The wrist and thumb are not moving, and only the popping point of the index finger is moved by dragging the index finger downward (or upward) (using the joint of the index finger), or

The wrist and forefinger do not move, even if you drag the thumb down (or upper) (using the joint of the thumb) to move only the popping point of the thumb.

In the same manner as in Figs. 29, 30, 31, and 32 (≒ Fig. 33), any one or more of the multi-touched touch points may be changed.)

In other words, when the screen rotation method using the multi-ter of the present application is applied to an actual smart device, if it is operated as in the above reference, even if only the finger is moved (rather than rotating the touch points by rotating the wrist while multi-touching) You can even rotate the screen.

The simplest embodiment so far has been described.

.

.

.

.

.

.

.

.

From now on, the present application will be described in detail in earnest .

This is simply

There is no need for a separate screen rotation button,

After multi-touch, keep multi-touch

If you rotate the touch points more than a certain angle,

This is how the screen is rotated 90 degrees.

From now on, I will explain how to do it in detail.

I will explain that there are also four cases.

First, as the first case,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 21

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger

In the multi-touch state that allows the presence of both touch points to be touched,

With the touch of the two touch points maintained,

As shown in Fig. 22

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Change the location of the black “2-1” touch point to the white “2-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position.

In other words,

You can rotate the thumb and index finger while maintaining the multi-touch of the thumb and index finger.

Now as the second case ,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 23

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger and

The black “3-1” touch point touched by the middle finger

In the multi-touch state that allows all three touch points to be touched,

While the touch of two or more touch points is maintained,

In this example, all three touch points

As shown in Fig. 24

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Make the location of the black “2-1” touch point change to the white “2-2” touch point,

Make the location of the black “3-1” touch point change to the white “3-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position,

The position of the middle finger is changed from the black “3-1” position to the white “3-2” position.

In other words,

It is also possible to rotate the thumb, index and middle finger while maintaining the multi-touch of the thumb, index, and middle finger.

Now as the third case,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 25

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger and

The black “3-1” touch point touched by the middle finger and

The black “4-1” touch point touched by the ring finger

In a multi-touch state that allows all four touch points to be touched,

While the touch of two or more touch points is maintained,

In this example, all four touch points remain touched.

As shown in Figure 26

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Make the location of the black “2-1” touch point change to the white “2-2” touch point,

Make the location of the black “3-1” touch point change to the white “3-2” touch point,

Make the location of the black “4-1” touch point change to the white “4-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position,

Change the position of the middle finger from the black “3-1” position to the white “3-2” position

Change the position of the ring finger from the black “4-1” position to the white “4-2” position.

In other words,

It is also possible to rotate the thumb, index, middle and ring finger while maintaining the multi-touch of the thumb, index, middle and ring finger.

Now as the fourth case,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As in Fig. 27

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger and

The black “3-1” touch point touched by the middle finger and

The black “4-1” touch point touched by the ring finger and

The black “5-1” touch point

In the multi-touch state that allows all five touch points to be touched,

While the touch of two or more touch points is maintained,

In this example, all five touch points

As in Fig. 28

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Make the location of the black “2-1” touch point change to the white “2-2” touch point,

Make the location of the black “3-1” touch point change to the white “3-2” touch point,

Make the location of the black “4-1” touch point change to the white “4-2” touch point,

Make the location of the black “5-1” touch point change to the white “5-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position,

Change the position of the middle finger from the black “3-1” position to the white “3-2” position

Change the position of the ring finger from the black “4-1” position to the white “4-2” position

The position of the body is changed from the black “5-1” position to the white “5-2” position.

In other words,

It is also possible to rotate the thumb, index finger, middle finger, ring finger and holding finger while maintaining the multi-touch of thumb, index finger, middle finger, ring finger, and holding finger.

In the above four cases,

If the touch points are rotated by a certain angle or more while maintaining the multi-touch of two or more touch points after multi-touching, the screen can be rotated 90 degrees.

Using the first case as an example, the rotation angle will be explained a little more.

29, 30, 31, 32, and 33 are all other embodiments of the first case,

On the display screen of a smart device including a smart phone as shown in FIG. 20

As shown in Fig. 21 (if, furthermore, Fig. 29, Fig. 30, Fig. 31, Fig. 32 (≒ Fig. 33) with a further change of the aspect of Fig. 21, which is one of the changes in the position of the two multi-touch touch points. As shown in the left drawing (a) of the two drawings (a) and (b) in each drawing)

The black “1-1” touch point touched by the thumb and

The black “2-1” touch point touched by the index finger

In the multi-touch state that allows the presence of both touch points to be touched,

With the touch of the two touch points maintained,

As shown in Fig. 22 (if, furthermore, Fig. 29, Fig. 30, Fig. 31, Fig. 32 (≒ Fig. 33), a further change of the aspect of Fig. 22, which is one of the changes in the position of the two multi-touch touch points. As shown in the left drawing (a) of the two drawings (a) and (b) in each drawing)

Make the location of the black “1-1” touch point change to the white “1-2” touch point,

Change the location of the black “2-1” touch point to the white “2-2” touch point,

In other words,

Change the position of the thumb from the black “1-1” position to the white “1-2” position,

Change the position of the index finger from the black “2-1” position to the white “2-2” position.

In other words,

That the thumb and index finger can be rotated while maintaining the multi-touch of the thumb and index finger.

(If, furthermore, in Fig. 29, Fig. 30, Fig. 31 and Fig. 32 (≒ Fig. 33), (a ), (b) is shown in 4 types as shown in (a), which is the left drawing.)

Among the two drawings (a) and (b) in each of Fig. 29, Fig. 30, Fig. 31, Fig. 32, and Fig. 33,

The process of drawing (a), which is the left drawing, can be represented by two straight lines: a solid line and a dotted line, as in the drawing (b) on the right.

(b) The solid line in the drawing is

Touch points when multi-touch is'started'

(a) It is a straight line connecting the center of the “1-1” touch point and the “2-1” touch point, which are two black touch points in the drawing,

For example, When multi-touch is “started” It is a straight line connecting the center of the touched point between the thumb and index finger of,

(b) The dotted line in the drawing is

With measures such as rotating the wrist while maintaining the multi-touch,

The touch points after rotating (= moving) the touch points are a straight line connecting the center of the touch points “1-2” and “2-2” touch points, which are two white touch points in the drawing (a).

For example, When rotation is'completed' in multi-touch status It is a straight line connecting the center of the touched point between the thumb and forefinger of.

Note that,

With measures such as rotating the wrist while maintaining the multi-touch,

The amount of angle by which the touch points are rotated (= moved) is expressed as a figure as shown in FIG.

Figure 29(b) is a case where the center of the solid line and the dotted line are rotated to cross each other,

Fig. 30(b) is a case where the solid line and the dotted line are rotated to cross the point other than the center,

Figure 31 (b) shows a case where the point touched by the thumb is rotated without change, that is, the case where the touch point “1-1” and the touch point “1-2” are rotated equally,

Figure 32 (b) is a case where the touch points are rotated so that the solid line and the dotted line do not intersect.

At that time, the rotated angle is

As in Figure 33

Figure 32(b) shows that when an extension line is drawn from a solid line and a dotted line to a very fine dotted line, the point c where it meets occurs,

The angle at which the solid line and the extended line of the dotted line meet from point c.

It indicates that it can also be calculated by the rotated angle.

As shown in Figs. 29, 30, 31, 32, and 33 (moreover, as shown in Figs. 21 to 28)

If the positions of the multi-touched touch points are changed while the touch of two or more of the multi-touched touch points is maintained after the multi-touch is performed,

It is assumed that the multi-touched touch points rotated,

If the rotation angle of the multi-touched touch points is more than a certain angle (e.g.: 20 degrees),

As in Fig. 7 to 9, or on the contrary, as in Fig. 9 to Fig. 7

You can actually make the screen rotate 90 degrees.

Note that,

The wrist and thumb are not moving, and only the popping point of the index finger is moved by dragging the index finger downward (or upward) (using the joint of the index finger), or

The wrist and forefinger do not move, even if you drag the thumb down (or upper) (using the joint of the thumb) to move only the popping point of the thumb.

In the same manner as in Figs. 29, 30, 31, and 32 (≒ Fig. 33), any one or more of the multi-touched touch points may be changed.)

In other words, when the screen rotation method using the multi-ter of the present application is applied to an actual smart device, if it is operated as in the above reference, even if only the finger is moved (rather than rotating the touch points by rotating the wrist while multi-touching) You can even rotate the screen.

The embodiment described with reference to Figs. 29, 30, 31, 32, and 33 is the same as the preliminary claim 2 later.

(For reference, I will explain the proposed claim 2 from below, and later, the proposed claim 1.)

And,

The distance between the multi-touched touch points at the time the multi-touch was initiated and

It may be irrelevant even if the distance between the multi-touched touch points is changed at the time of determining how much of the multi-touched touch points are moved (=rotated).

For example,

In the case where the multi-touched touch points are rotated as shown in Fig. 29 (b) the solid line in the drawing and the center of the dotted line are rotated to cross each other,

(a) Than the length of the straight line connecting the center of the “1-1” touch point and the “2-1” touch point, which are two black touch points, which are the touch points at the start of multi-touch in the drawing.

(a) The length of the straight line connecting the center of the two white touch points, “1-2” and “2-2” touch points, after rotating (= moving) the touch points in the drawing

It may be smaller as shown in Figure 36,

It may be larger as shown in Fig. 37.

In other words, it can be different.

Even in this case,

If the angle at which the solid line and the dotted line intersect in Figs. 29, 36, and 37 are the same,

The operation as shown in Fig. 29, the operation as in Fig. 36 or 37, or the result can be the same.

sure,

Of Fig. 29 mentioned above

The principle of the embodiment described with reference to Figs. 29, 36, and 37 is

30, 31, 32, and 33 can be applied to all embodiments to which the technology of the present application is applied.

Note that,

Cases like #1 below will seldom occur, but let me mention them.

(No. 2 immediately following No. 1 is the same as the description by expanding the technology of the present application described so far.)

One..

Although, the angle at which the solid line and the dotted line intersect (to be mentioned later in the proposed claims 1, 2, etc.) Even if it is more than a predetermined angle (1)

The distance between the multi-touched touch points at the time when the multi -touch is initiated is called the distance (1), and

Including the viewpoint after rotating (= moving) multi-touched touch points

When the distance between the multi-touched touch points at the point of judging how much of the multi-touched touch points are moved (=rotated) is called the distance (2),

Distance (1) and distance (2) are different,

The changing distance

Over a certain distance

It can also be programmed to accept enlargement or reduction commands (rather than screen rotation commands) using multi-touch.

2..

Although,

The distance between the multi-touched touch points at the time when the multi -touch is initiated is called the distance (1), and

Including the viewpoint after rotating (= moving) multi-touched touch points

When the distance between the multi-touched touch points at the point of judging how much of the multi-touched touch points are moved (=rotated) is called the distance (2),

Distance (1) and distance (2) are different,

The changing distance

Even if it is more than a certain distance,

The angle at which the solid line and the dotted line intersect If it is at least a predetermined angle (1) ( to be mentioned later in the proposed claims 1, 2, etc.)

It can also be programmed to accept screen rotation commands (rather than zoom in or zoom out) using multi-touch.

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[Preliminary Claim 2]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

On a display that can recognize multi-touch 2 touch points A process that becomes multi-touch by;

A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while the multi-touched “two touch points” maintain a touch state;

or

Of the “two touch points” while the multi-touched “two touch points” maintain the touch state 1 or more touch points After the position of

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

B process in which the location of the touch point is changed ”; And

In the process B, the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state. Previous view In,

One connecting the “two touch points” A straight line or an extension of that straight line, and

In the process B, the position of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state. Point of view after In,

Connecting the two touch points of the position after the position of one or more touch points among the “two touch points” is changed A straight line or an extension of that straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

The screen (=the content on the screen) Predetermined angle(2) C process to rotate;

Screen rotation method comprising a.

I will explain the above proposed claims.

first,

“ After the position of one or more of the “two touch points” of the “two touch points” is changed while the multi-touched “two touch points” maintain the touch state,

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch; ”

The phrase is

This is a phrase describing the process of disabling multi-touch.

Among the “two touch points” that kept the touch state

Even if only one touch point is being touched, multi-touch is released.

It is explained that the state in which the touch of one touch point is not maintained is also a state in which the multi-touch is released.

Then, rather than the phrase explained above

“A process in which the position of at least one touch point among the “two touch points” is changed (going away) while “the multi-touched “two touch points” maintain a touch state; ”

Is the added phrase

A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while “the multi-touched “two touch points” maintain a touch state;

or

Of the “two touch points” while the multi-touched “two touch points” maintain the touch state 1 or more touch points After the position of

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

B process in which the location of the touch point is changed ”

I will explain.

Simply put, process B,

“The process of rotating the touch points while the multi-touch is maintained

or

The process of releasing the multi-touch after the touch points are rotated while the multi-touch is maintained.

Which is one of the processes

“B process” in which the location of the touch point is changed

You can simply say,

Speaking of process B and process C together in a simple embodiment, it is as follows.

A state in which the touch points are rotating while the multi-touch is maintained.

or

The multi-touch is released after the rotation of the touch points is completed while the multi-touch is maintained.

In either state (Course B)

If the angle at which the touch points are rotated is more than a predetermined angle (1) (e.g.: 20 degrees)

The screen rotates by a predetermined angle (2) (eg 90). (Course C)

Note that,

Part of the C course

“In the process B, the location of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state. Point of view after In,

Two touch points of the position after the position of one or more touch points among the “two touch points” is changed “(the position of)

end

Part of the B course

Among the “two touch points”, while “the multi-touched “two touch points” maintain the touch state, 1 or more touch points After the position of

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing multi-touch;”

For the case derived from.

Speaking of process B and process C together in a simple embodiment,

“In the state where the multi-touch is maintained and the multi-touch is released after the rotation of the touch points is completed,

If the angle at which the touch points are rotated is more than a predetermined angle (1) (e.g.: 20 degrees)

The screen is rotated by a predetermined angle (2) (eg 90)."

Can also be said,

To make it easier or more accurate (or slightly different), you can say:

“When the position of one or more of the touch points is changed while the multi-touch is maintained, and the multi-touch is released after the position of the touch points stops.

The location of the touch points when the fluctuation stops or the location just before the multi-touch is released.

The phrase in the proposed claim 2

“Two touch points of the position after the position of one or more touch points among the “two touch points” has changed” (position of)

Is recognized as

If the angle at which the touch points are rotated is more than a predetermined angle (1) (e.g.: 20 degrees)

The screen is rotated by a predetermined angle (2) (eg 90)."

anyway,

"Position of two touch points after the position of at least one touch point among the above "two touch points" is changed"

It can also be called the position when the multi-touch is released.

[Provisional Claim 5]

The method according to any one of claims 1 or 2

The above “prescribed angle (1)” is

0~180, 0~90, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or any number belonging to any one of the ranges 0~1 sign

How to rotate the screen.

I will explain the above proposed claims.

In the embodiment described above with reference to Figs. 29, 30, 31, 32, and 33,

The “prescribed angle (1)” was 20 degrees.

Because it is expressed as follows.

“If the rotation angle of the multi-touched touch points is more than a certain angle (eg: 20 degrees),

You can actually make the screen rotate 90 degrees.”

[Preliminary Claim 6]

The method according to any one of claims 1 or 2

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or

90 degree±X degree sign

How to rotate the screen.

I will explain the above proposed claims.

In the embodiment described above with reference to Figs. 29, 30, 31, 32, and 33,

The “prescribed angle (2)” was 90 degrees.

Because it is expressed as follows.

“If the rotation angle of the multi-touched touch points is more than a certain angle (eg: 20 degrees),

You can actually make the screen rotate 90 degrees.”

[Preliminary Claim 7]

According to claim 6

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen.

I will explain the above proposed claims.

In the embodiment described above with reference to Figs. 29, 30, 31, 32, and 33,

The “X” was “0” (=ZERO).

Because it is expressed as follows.

“If the rotation angle of the multi-touched touch points is more than a certain angle (eg: 20 degrees),

You can actually make the screen rotate 90 degrees.”

This is because “X” is “0” (=ZERO) and can be expressed as follows.

“If the rotation angle of the multi-touched touch points is more than a certain angle (eg: 20 degrees),

You can actually make the screen rotate "90±0 degrees"."

[Preliminary Claim 3]

The method according to any one of claims 1 or 2

The “prescribed angle (1)” and the “prescribed angle (2)” are

Different angles

How to rotate the screen.

I will explain the above proposed claims.

[[[In the embodiment described above with reference to Fig. 29, Fig. 30, Fig. 31, Fig. 32, Fig. 33,

The above “prescribed angle (1)” was 20 degrees]]] and mentioned in the proposed claim 5,

[[[In the embodiment described above with reference to Fig. 29, Fig. 30, Fig. 31, Fig. 32, Fig. 33,

The “prescribed angle (2)” was 90 degrees]]], and was mentioned in the proposed claim 5.

[Preliminary Claim 4]

The method according to any one of claims 1 or 2

The “prescribed angle (1)” and the “prescribed angle (2)” are

The direction of rotation is the same

How to rotate the screen.

I will explain the above proposed claims.

It will be much more convenient when the direction in which the multi-touched touch points rotate and the direction in which the screen rotates are the same.

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And,

Proposed claim 2 for the case of two multi-touched touch points

Multi-touched touch points can contain up to 2, 3, 4, 5

If the multi-touched touch point is expanded to two or more cases and a preliminary claim is written, it is as follows.

[Preliminary Claim 1]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

On a display that can recognize multi-touch 2 or more touch points (1) A process that becomes multi-touch by;

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state

A process in which the position of at least one touch point among the “two or more touch points 2” is changed (going away);

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state

Among the “two or more touch points (2)” 1 or more touch points After the position of

(Of the “two or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

B process in which the location of the touch point is changed ”;And

In the process B, the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state. Previous view In,

Any of the “two or more touch points (2)” 2 touch points Of one or more straight lines connecting them 2 touch points specific Any one straight line connecting the line or an extension of the (any one) straight line and

In the process B, while the “two or more touch points (2)” maintain a touch state, the position of one or more of the “two or more touch points (2)” is changed. Point of view after In,

The position after the position of at least one touch point among the “two touch points” is changed (or at the position after the position of at least one touch point among the “two or more touch points (2)” is changed)

(The position of the touch point starts to fluctuate From the previous point of view

remind " Specific two touch points” Of the position after the position of at least one touch point among the above “specific two touch points” that could make one straight line connecting the line is changed)

A straight line connecting two specific touch points or an extension of the straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

C process of rotating the screen (= on-screen content) at a predetermined angle (2);

Screen rotation method comprising a.

I will explain the above proposed claims.

“ A process in which multi-touch is performed by two or more touch points (1) on a display capable of recognizing multi-touch; ”

silver

Of proposed claim 2

“ A process in which multi-touch is performed by two touch points on a display capable of recognizing multi-touch; ”

It is a phrase that corresponds to.

“ A process in which multi-touch is performed by two or more touch points (1) on a display capable of recognizing multi-touch; ”

To explain with an example,

“A process in which multi-touch is performed by five touch points (1) on a display capable of recognizing multi-touch;”

Examples can be given as examples.

Then, I will explain the following phrase.

At least one touch point among the “two or more touch points (2)” while two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain a touch state The process of changing (going away) the location of; ”

silver

Of proposed claim 2

“A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while the multi-touched “two touch points” maintain a touch state; ”

It is a phrase that corresponds to.

At least one touch point among the “two or more touch points (2)” while two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain a touch state The process of changing (going away) the location of; ”

To explain with an example,

"The multi-touch the" five touch points (1) "of the three touch points (2) while keeping the touch state in which the" three touch points (2) 'of the points at least one touch position is Fluctuating (going) process; ”

Examples can be given as examples.

Then, I will explain the following phrase.

Among “the above multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state

Among the “two or more touch points (2)” 1 or more touch points After the position of

(Of the “two or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

B process in which the location of the touch point is changed ”

silver

Of proposed claim 2

"" After the position of one or more of the "two touch points" is changed while maintaining the touch state of the multi-touched "two touch points",

(Of the above “two touch points” that kept the touch state

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch; ”

It is a phrase that corresponds to.

While “ two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain the touch state,

Among the “two or more touch points (2)” 1 or more touch points After the position of

(Of the “two or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point is in a state in which the touch is not maintained,)

(Ie) the process of releasing the multi-touch; ”

To explain with an example,

While “three touch points (2) of the multi-touched “5 touch points (1)” maintain the touch state,

The "three touch points (2)" of the two after the location of one touch point variation,

(Of the “three or more touch points (2)” that kept the touch state)

Either one touch is released or

Only one touch point becomes a state in which the touch is maintained, or

Even one touch point becomes a state in which the touch is not maintained ,)

(I.e.) above 2 or more touch points (2) medium

Either one touch point is released or

The process of releasing multi-touch”

Examples can be given as examples.

To explain a little bit more,

When explaining “any one touch point is released”,

If one of the five touch points is released, the multi-touch may not be released.

However, although it is a bit compelling, it can be programmed to regard this as the time when the position of the touch points has been changed.

This is because if one touch point starts to be released anyway, there is a high possibility that all other touch points are also manipulated so that the touch is released.

“Only one touch point is in a state where the touch is maintained

Even one touch point becomes a state in which the touch is not maintained”

Is

As mentioned in preliminary claim 2,

It can be said that it is a process in which the multi-touch is released. (If you do not understand, please refer to the proposed claim 2.)

Then, I will explain the following phrase.

Prior to start a "in the B process, the" two or more touch points (2) or more "is the while maintaining the touch state" second touch point (2) "at least one of the touch point position variation point In,

Any one straight line connecting a specific two touch points among one or more straight lines connecting any two touch points among the “two or more touch points (2)” or an extension line of the (any one) straight line and “

silver

Of proposed claim 2

“ At a point in time before the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state in the process B,

One straight line connecting the “two touch points” or an extension line of the straight line and “

It is a phrase that corresponds to.

“ The point in time before the position of one or more of the “two or more touch points (2)” starts to change while the “two or more touch points (2)” maintain the touch state in the process B. In,

Any one straight line connecting a specific two touch points among one or more straight lines connecting any two touch points among the “two or more touch points (2)” or an extension line of the (any one) straight line and “

To explain with an example,

At a point in time before the position of one or more of the “three touch points (2)” starts to change while the “three touch points (2)” maintain the touch state in the “B process” of,

The "three touch points (2)" that connects the two touch points of a particular one of the two touch points connecting at least one line of Any one straight line or an extension of that (any one) straight line”

Examples can be given as examples.

“Specific two touch points ” in proposed claim 1

In the case of multi-touch with only two touch points, if it is regarded as “two touch points” in the proposed claim 2,

It will be easy to understand Proposed Claim 1.

Then, I will explain the following phrase.

In after the "in the B process, the" two or more touch points (2) "while maintaining the touch state in which the" two or more touch points (2), "the location of the at least one touch point of the change point ,

The position after the position of at least one touch point among the “two touch points” is changed (or at the position after the position of at least one touch point among the “two or more touch points (2)” is changed)

(The position of the touch point starts to fluctuate From the previous point of view

remind " Specific two touch points” Of the position after the position of at least one touch point among the above “specific two touch points” that could make one straight line connecting the line is changed)

A straight line connecting two specific touch points or an extension of the straight line is "

silver

Of proposed claim 2

“ At a point in time after the location of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state in the process B,

A straight line connecting two touch points of the position after the position of one or more touch points among the “two touch points” has been changed, or an extension of the straight line is “

It is a phrase that corresponds to.

In after the "in the B process, the" two or more touch points (2) "while maintaining the touch state in which the" two or more touch points (2), "the location of the at least one touch point of the change point ,

The position after the position of one or more touch points among the “two touch points” is changed (or the position after the position of one or more touch points among the “two or more touch points (2)” is changed)

(The position of the touch point starts to fluctuate From the previous point of view

remind " Specific two touch points” Of the position after the position of at least one touch point among the above “specific two touch points” that could make one straight line connecting the line is changed)

A straight line connecting two specific touch points or an extension of the straight line is "

To explain with an example,

“At a point in time after the position of one or more of the “three touch points 2” of the “three touch points 2” is changed while the “three touch points 2” maintain the touch state in the process B,

The position after the position of one or more touch points among the “two touch points” is changed (or the position after the position of one or more touch points among the “three touch points (2)” is changed)

(At the point before the position of the touch point starts to change

Wherein the could make any one of a straight line connecting a "specific two touch points of a" after the "specific of the two touch points," one or more of the touch point position variation position)

A straight line connecting two specific touch points or an extension of the straight line”

Examples can be given as examples.

Then, I will explain the following phrase.

“ The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

C process of rotating the screen (= on-screen content) at a predetermined angle (2);

Screen rotation method comprising a ”

silver

Of proposed claim 2

“ The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

The screen (=the content on the screen) Predetermined angle(2) C process to rotate;

Screen rotation method comprising a. ”

Because it is the same phrase and it corresponds to

Description is omitted.

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.

For reference, it is possible to express the C process a little differently as follows.

[Preliminary Claims 1-2]

(Procedures A and B are the same as in [Preliminary Claim 1])

In the process B, the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state. Previous view In,

Any of the “two or more touch points (2)” 2 touch points Any one of one or more straight lines connecting them or an extension of the (any one) straight line and

In the process B, while the “two or more touch points (2)” maintain a touch state, the position of one or more of the “two or more touch points (2)” is changed. Point of view after In,

The position after the position of at least one touch point among the “two touch points” is changed (or at the position after the position of at least one touch point among the “two or more touch points (2)” is changed)

A straight line connecting two touch points or an extension of the straight line

The angles that make up or intersect

Is within a predetermined angular range or Predetermined angle(1) If it is more than

C process of rotating the screen (= on-screen content) at a predetermined angle (2);

Screen (content) rotation method comprising a.

Then, the phrase of the modified C process can be described as follows.

Prior to start a "in the B process, the" two or more touch points (2) or more "is the while maintaining the touch state" second touch point (2) "at least one of the touch point position variation point In,

Any one of one or more straight lines connecting any two touch points of the “two or more touch points (2)” or an extension of the (any one) straight line and ”

silver

Of proposed claim 2

“ At a point in time before the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state in the process B,

One straight line connecting the “two touch points” or an extension line of the straight line and “

It is a phrase that corresponds to.

“ The point in time before the position of one or more of the “two or more touch points (2)” starts to change while the “two or more touch points (2)” maintain the touch state in the process B. In,

Any one of one or more straight lines connecting any two touch points of the “two or more touch points (2)” or an extension of the (any one) straight line and ”

To explain with an example,

At a point in time before the location of one or more of the “three or more touch points (2)” starts to change while the “three touch points (2)” maintain the touch state in the “B process” of,

The "three touch points (2)" in which two straight lines which one or (any one) of the two touch points of connecting at least one line of the straight line and the extension "

Examples can be given as examples.

Then, I will explain the following phrase.

In after the "in the B process, the" two or more touch points (2) "while maintaining the touch state in which the" two or more touch points (2), "the location of the at least one touch point of the change point ,

The position after the position of at least one touch point among the “two touch points” is changed (or at the position after the position of at least one touch point among the “two or more touch points (2)” is changed)

A straight line connecting two touch points or an extension of the straight line is “

silver

Of proposed claim 2

“ At a point in time after the location of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state in the process B,

A straight line connecting two touch points of the position after the position of one or more touch points among the “two touch points” has been changed, or an extension of the straight line is “

It is a phrase that corresponds to.

In after the "in the B process, the" two or more touch points (2) "while maintaining the touch state in which the" two or more touch points (2), "the location of the at least one touch point of the change point ,

The position after the position of one or more touch points among the “two touch points” is changed (or the position after the position of one or more touch points among the “two or more touch points (2)” is changed) A straight line connecting two touch points or an extension of the straight line is “

To explain with an example,

“At a point in time after the position of one or more of the “three or more touch points 2” is changed while the “three touch points 2” maintain the touch state in the process B,

The position after the position of at least one touch point among the “two touch points” is changed (or at the position after the position of at least one touch point among the “three touch points (2)” is changed)

A straight line connecting two touch points or an extension of the straight line”

Examples can be given as examples.

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So far, the method using multi-touch as a method of rotating the screen has been described.

By the way, you can recognize 3D touch,

In other words, in a device that can distinguish and sense the intensity of pressure applied to the display,

Pressure to touch

In general, the pressure that you touch a lot (= pressure that cannot function to rotate the screen as a result) and

You can also rotate the screen by touching differently.

And,'touch pressure' or'touch intensity' can be said to be the same word,

“Touch pressure” or “touch intensity” is

It can also be set as the maximum touch intensity (=touch intensity) detected until a touch is released on the touch screen, which is a display screen, and a touch starts to be formed.

(As a technical embodiment, the maximum pressed depth in the direction perpendicular to the touch screen may be used as the touch strength until a touch is formed on the touch screen and the touch is released.)

For example, even when the manipulation operation is'drag', there may be a change in the intensity of the touch while being dragged, and the maximum touch intensity at that time may be referred to.

To give a more detailed example,

a. Immediately after the start of the touch, before dragging, the intensity of the touch may be maximized, and then a manipulation operation called drag may be performed.

b. In the middle of the dragging operation, the intensity of the touch may be maximized, and then the dragging operation may end.

c. At the end of the dragging operation, the intensity of the touch may be maximized, and then the dragging operation may end.

d. Immediately after the touch is started, an operation operation called drag may be performed (with an almost uniform pressure) over a certain intensity from before dragging to the end of the operation operation called dragging.

If people are asked to manipulate it several times with different touch intensity, most people will do it like d above, and it will be comfortable.

[Preliminary Claim 8]

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

By sensing the pressure you touch

Touch pressure is within a certain intensity range If in

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

I will explain the above proposed claims.

By the way, you can recognize 3D touch,

In other words, in a device that can distinguish and sense the intensity of pressure applied to the display,

Pressure to touch

In general, the pressure that you touch a lot (= pressure that cannot function to rotate the screen as a result) and

You can also rotate the screen by touching differently.

[Preliminary Claim 9]

The method of claim 8,

The “touch pressure is a predetermined strength range” is

The touch pressure is greater than or equal to a predetermined intensity (1), or

The touch pressure is less than or equal to the predetermined intensity (2)

If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

I will explain the above proposed claims.

To explain with an example,

When the intensity of pressure applied to the display can be sensed from 1 to 6,

The touch pressure is greater than or equal to a predetermined intensity (1) (e.g., intensity 5), or

The touch pressure is less than or equal to a predetermined intensity (2) (e.g., intensity 2), or

If the touch pressure is between a certain intensity (3) (e.g. intensity 3) and a certain intensity (4) (e.g. intensity 5)

The screen (= on-screen content) is rotated at a predetermined angle (2)

For example,

And,

remind

The predetermined strength (1), the predetermined strength (2), and the predetermined strength (3) may be the same strength,

The predetermined strength (1), the predetermined strength (2), and the predetermined strength (4) may also have the same strength.

[Provisional Claim 10]

The method according to any one of claims 8 or 9

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or

90 degrees ± X degrees

How to rotate the screen (content).

I will explain the above proposed claims.

The proposed claim 10 is the same principle as the proposed claim 7, so its description will be omitted.

[Preliminary Claim 11]

The method of claim 9

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen (content).

I will explain the above proposed claims.

The proposed claim 11 is the same principle as the proposed claim 8, so its description is omitted.

[Preliminary Claim 12]

The method according to any one of claims 8 to 11

In the method of being touched,

The method in which the touch is released after the position of the touch point has not changed after the touch has started, that is, generally ' Touch How to call it’

or

A method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, generally ' drag Which is the way to call

How to rotate the screen (content).

I will explain the above proposed claims.

The contents of the proposed claim are for general'touch' and general'drag', so the explanation is omitted.

[Preliminary Claim 13]

The method according to any one of claims 8 to 11

In the method of being touched,

In a method in which a touch is released after a change in the position of the touch point does not occur after the touch starts, that is, in a method commonly referred to as'touch'

In touch time,

Or more than a certain amount of time (1)

Is less than or equal to the predetermined time (2)

Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).

I will explain the above proposed claims.

The touch time is more than a predetermined time (1) (e.g. 2 seconds)

The touch time is less than or equal to a predetermined time (2) (e.g. 1 second), or

If the touch time is between the predetermined time (3) (e.g. 1 second) and the predetermined time (4) (e.g. 2 seconds)

The screen (= on-screen content) is rotated at a predetermined angle (2)

For example,

And,

remind

The predetermined time (1), the predetermined time (2), and the predetermined time (3) may be the same time,

The predetermined time (1), the predetermined time (2), and the predetermined time (4) may be the same time.

[Preliminary Claim 14]

The method according to any one of claims 8 to 11

In the method of being touched,

In the method in which the touch is released after the change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as “drag”

In the drag length,

Is at least a predetermined length (1) or

Is less than or equal to a predetermined length (2), or

Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).

I will explain the above proposed claims.

The drag length is greater than or equal to a predetermined length (1) (e.g. 100 pixels or 1 cm), or

The drag length is less than or equal to a predetermined length (2) (e.g. 30 pixels or 0.3 cm), or

If the drag length is between the predetermined length (3) (e.g. 50 pixels or 0.5 cm) and the predetermined length (4) (e.g. 70 pixels or 0.7 cm)

The screen (= on-screen content) is rotated at a predetermined angle (2)

For example,

And,

remind

The predetermined length (1), the predetermined length (2), and the predetermined length (3) can be the same length,

The predetermined length (1), the predetermined length (2), and the predetermined length (4) may also have the same length.

[Provisional Claim 15]

The method of claim 14,

In the direction being dragged,

Up, down, left, right, top left, bottom left, top right, bottom right

How to rotate the screen (content).

I will explain the above proposed claims.

"Up, down, left, right" direction will not need to be explained,

If you rephrasing "up, down, left, right" in the direction of "north, south, west, east",

The “top left ” direction is a diagonal direction in the northwest direction,

The “ bottom left ” direction is a diagonal direction in the southwest direction,

The “top right ” direction is a diagonal direction to the northeast,

The “ bottom right ” direction refers to the diagonal direction in the southeast direction.

[Provisional Claim 16]

The method according to claim 8 to 15,

In the method of being touched,

The method in which the touch is released after the position of the touch point has not changed after the touch has started, that is, generally ' Touch The way to call it’ is

Multi-touch or

A method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, generally ' drag The way to say''

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) A process in which the position of one or more of the "two or more touch points 2" is changed (is moving) while maintaining the touch state;

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state, among the “two or more touch points (2)” 1 or more touch points After the position of

(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).

And, there are also the following application concepts.

Scheduled claim 1~7 is a method of rotating the screen (content) using multi-touch,

Preliminary claims 8~16 is a method of rotating the screen (content) using the intensity of pressure applied to the display.

There is also a method of rotating the screen (content) by adding the methods of proposed claims 8 to 16 to the methods of proposed claims 1 to 7.

In other words, in short, there may be a method of the proposed claims 1 to 7 but also taking into account the intensity of the pressure applied to the display.

So, like this

The contents are the same as in the proposed claims 8~16,

Only the part of the cited term is "according to any one of claims 1 to 7,"

There may also be some of the following proposed claims 17-25.

(Explanation is omitted.)

[Provisional Claim 17]

The method according to any one of claims 1 to 7,

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,

By sensing the pressure you touch

Touch pressure is within a certain intensity range If in

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Provisional Claim 18]

The method according to any one of claims 1 to 7,

The “touch pressure is a predetermined strength range” is

The touch pressure is greater than or equal to a predetermined intensity (1), or

The touch pressure is less than or equal to the predetermined intensity (2)

If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

[Provisional Claim 19]

The method according to any one of claims 1 to 7,

The above “prescribed angle (2)” is

Clockwise or counterclockwise

90 degrees or

An angle approaching 90 degrees, or

Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or

90 degrees ± X degrees

How to rotate the screen (content).

[Provisional Claim 20]

The method of claim 19

In the above "90 degrees ± X degrees"

“X” means

0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.

How to rotate the screen (content).

[Provisional Claim 21]

The method according to any one of claims 1 to 7,

In the method of being touched,

The method in which the touch is released after the position of the touch point has not changed after the touch has started, that is, generally ' Touch How to call it’

or

A method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, generally ' drag Which is the way to call

How to rotate the screen (content).

I will explain the above proposed claims.

The contents of the proposed claim are for general'touch' and general'drag', so the explanation is omitted.

[Provisional Claim 22]

The method according to any one of claims 1 to 7,

In the method of being touched,

In a method in which a touch is released after a change in the position of the touch point does not occur after the touch starts, that is, in a method commonly referred to as'touch'

In touch time,

Or more than a certain amount of time (1)

Is less than or equal to the predetermined time (2)

Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).

[Provisional Claim 23]

The method according to any one of claims 1 to 7,

In the method of being touched,

In the method in which the touch is released after the change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as “drag”

In the drag length,

Is at least a predetermined length (1) or

Is less than or equal to a predetermined length (2), or

Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).

[Preliminary Claim 24]

The method of claim 23,

In the direction being dragged,

Up, down, left, right, top left, bottom left, top right, bottom right

How to rotate the screen (content).

[Provisional Claim 25]

The method according to any one of claims 1 to 7,

In the method of being touched,

The method in which the touch is released after the position of the touch point has not changed after the touch has started, that is, generally ' Touch The way to call it’ is

Multi-touch or

A method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, generally ' drag The way to say''

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) A process in which the position of one or more of the "two or more touch points 2" is changed (is moving) while maintaining the touch state;

or

Among the multi-touched “two or more touch points (1)” 2 or more touch points (2) While maintaining this touch state, among the “two or more touch points (2)” 1 or more touch points After the position of

(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”

Only one touch point is maintained, or even one touch point is not maintained,)

(Ie) the process of releasing the multi-touch;

Which is one of the processes

In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).

35 is a block diagram of an electronic device to which the present invention is applicable .

As shown in FIG. 35, an electronic device to which the present invention is applicable may include a touch screen 110, a function block 120, a control unit 130, a storage unit 140, and a communication unit 150.

The touch screen 110 is a means used to display the above-described touch buttons, and to touch a desired touch button with a user's finger.

The function block 120 performs the original function of the electronic device. If, 1) if the electronic device is a mobile phone, the function block 120 performs a mobile phone function, 2) if the electronic device is a mobile computer, the function block 120 performs a computing function, and 3) the electronic device In the case of a mobile multimedia player, the function block 120 performs a multimedia playback function, and 4) if the electronic device is a general notebook or PC, the function block 120 performs a computing function.

The storage unit 140 stores programs and data used to perform functions of an electronic device and generate a GUI screen composed of the aforementioned touch buttons, and provides a storage space for storing multimedia files.

The control unit 130 executes a program stored in the storage unit 140 to control function execution by the function block 120 and displays a GUI composed of touch buttons on the touch screen 110. In addition, the controller 130 performs text input, object adjustment, function execution, and the like according to a user's manipulation input using touch buttons displayed through the touch screen 110.

The communication unit 150 is connected to enable communication with other electronic devices to perform data communication.

Description of symbols in Fig. 35************

110: touch screen

120: function block

130: control unit

140: storage unit

150: communication department

Since the description of the terms is intended to refer to the entire contents of the present application including the present technical content and the claims in short sentences, the technical idea is not limited to the words or phrases described in the description of the terms, and description of the embodiments Is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains will be able to make various modifications and variations without departing from the essential characteristics of the present invention. In addition, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these embodiments. In addition, those described or defined in the description of the present invention including the means claim are not intended to limit the technical idea of the present invention, but to explain the scope of the technical idea of the present invention by such a description technique. It is not. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

Accordingly, those skilled in the art should recognize that modifications and changes can be made to the present invention without changing the subject matter of the present invention.

skip.

Claims (25)

In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,
A process in which a multi-touch is performed by two or more touch points 1 on a display capable of recognizing a multi-touch;

Two or more touch points (2) of the multi-touched "two or more touch points (1)" maintain a touch state, and at least one of the "two or more touch points (2)" The process of changing (going away) the location;
or
While two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain the touch state
The "two or more touch points (2)" from after the position of the at least one touch point variation,
(Of the “two or more touch points (2)” that kept the touch state)
Either one touch is released or
Only one touch point becomes a state in which the touch is maintained, or
Even one touch point is in a state in which the touch is not maintained,)
(Ie) the process of releasing the multi-touch;
Which is one of the processes
Process B in which the location of the touch point is changed ”;and

At a point in time before the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state in the process B. of,
Any one straight line of one or more straight lines connecting any two touch points of the “two or more touch points (2)” or an extension of the (any one) straight line and
At a point in time after the position of at least one of the “two or more touch points 2” is changed while the “two or more touch points 2” maintain the touch state in the process B,
A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line
The angles that make up or intersect
If it is within a certain angle range or more than a certain angle (1)
C process in which the screen (= on-screen content) rotates at a predetermined angle (2);
Screen (content) rotation method comprising a.
In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,
A process in which a multi-touch is performed by two or more touch points 1 on a display capable of recognizing a multi-touch;

While two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain the touch state
A process in which the position of at least one touch point among the “two or more touch points 2” is changed (going away);
or
While two or more touch points (2) of the multi-touched “two or more touch points (1)” maintain the touch state
The "two or more touch points (2)" from after the position of the at least one touch point variation,
(Of the “two or more touch points (2)” that kept the touch state)
Either one touch is released or
Only one touch point becomes a state in which the touch is maintained, or
Even one touch point is in a state in which the touch is not maintained,)
(Ie) the process of releasing the multi-touch;
Which is one of the processes
Process B in which the location of the touch point is changed ”;and

At a point in time before the position of one or more of the “two or more touch points 2” starts to change while the “two or more touch points 2” maintain the touch state in the process B. of,
Any one straight line connecting any two touch points among one or more straight lines connecting any two touch points among the “two or more touch points (2)” or an extension line of the (any one) straight line

At a point in time after the position of at least one of the “two or more touch points 2” is changed while the “two or more touch points 2” maintain the touch state in the process B,
Of the position after the position of at least one touch point is changed among the “two touch points”
(At the point before the position of the touch point starts to change
Of the above it could create a "one particular two touch points of the" any one of a straight line connecting the after the "specific two touch points of the" one or more touch points, the position of the variable position)
A straight line connecting two specific touch points or an extension of the straight line

The angles that make up or intersect

If it is within a certain angle range or more than a certain angle
C process in which the screen (= on-screen content) rotates at a predetermined angle (2);
Screen rotation method comprising a. (According to claim 1)
In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,
A process in which a multi-touch is performed by two touch points on a display capable of recognizing a multi-touch;


A process in which the position of at least one touch point among the “two touch points” is changed (is moving) while the multi-touched “two touch points” maintain a touch state;
or
After the position of at least one touch point among the “two touch points” is changed while the multi-touched “two touch points” maintain the touch state,
(Of the above “two touch points” that kept the touch state
Only one touch point becomes a state in which the touch is maintained, or
Even one touch point is in a state in which the touch is not maintained,)
(Ie) the process of releasing the multi-touch;
Which is one of the processes
Process B” in which the location of the touch point is changed, and

At a point in time before the position of one or more of the “two touch points” starts to change while the “two touch points” maintain the touch state in the process B,
One straight line connecting the “two touch points” Or an extension of that straight line
At a point in time after the position of one or more of the “two touch points” is changed while the “two touch points” maintain the touch state in the process B,
A straight line connecting two touch points at a position after the position of one or more touch points among the above “two touch points” has changed, or an extension line of the straight line
The angles that make up or intersect
If it is within a certain angle range or more than a certain angle (1)
C process in which the screen (= on-screen content ) rotates at a predetermined angle (2);
Screen (content) rotation method comprising a.
The method according to any one of claims 1 or 2
The “prescribed angle (1)” and the “prescribed angle (2)” are
Different angles
How to rotate the screen (content).
The method according to any one of claims 1 or 2
The “prescribed angle (1)” and the “prescribed angle (2)” are
The direction of rotation is the same
How to rotate the screen (content).
The method according to any one of claims 1 or 2
The above “prescribed angle (1)” is
0~180, 0~90, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or any number belonging to any one of the ranges 0~1 sign
How to rotate the screen (content).
The method according to any one of claims 1 or 2
The above “prescribed angle (2)” is
Clockwise or counterclockwise
90 degrees or
An angle approaching 90 degrees, or
Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or
90 degrees±X degrees phosphorus
How to rotate the screen (content).
According to claim 6
In the above "90 degrees ± X degrees"
“X” means
0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.
How to rotate the screen (content).
In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,
By sensing the pressure you touch
When the touch pressure is in the predetermined intensity range
Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

The method of claim 8,
The “touch pressure is a predetermined strength range” is
The touch pressure is greater than or equal to a predetermined intensity (1), or
The touch pressure is less than or equal to the predetermined intensity (2)
If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)
Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).

Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).
The method according to any one of claims 8 or 9
The above “prescribed angle (2)” is
Clockwise or counterclockwise
90 degrees or
An angle approaching 90 degrees, or
Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or
90 degrees±X degrees phosphorus
How to rotate the screen (content).
The method of claim 10
In the above "90 degrees ± X degrees"
“X” means
0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.
How to rotate the screen (content).
The method according to any one of claims 8 to 11
In the method of being touched,
After not the change in position of the touch point occurs after a touch is started how the touch is released, that is, a method commonly referred to as 'touch'
or
How, after touching the touch started off after the change in position of the touch points that occurred, that is, how generally referred to as "drag" the
How to rotate the screen (content).
The method according to any one of claims 8 to 11
In the method of being touched,

After the touch is started, the touch is released after no change in the position of the touch point occurs, that is, in a method generally referred to as'touch'.
In touch time,

Or more than a certain amount of time (1)
Is less than or equal to the predetermined time (2)
Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).
The method according to any one of claims 8 to 11
In the method of being touched,

In a method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as'drag'
In the drag length,

Is at least a predetermined length (1) or
Is less than or equal to a predetermined length (2),
Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).
The method of claim 14,
In the direction being dragged,
Up, down, left, right, top left, bottom left, top right, bottom right
How to rotate the screen (content).
The method according to claim 8 to 15,
In the method of being touched,
Way that after the touch release after a touch is started is not a change in position of the touch point occurs, that is, a method commonly referred to as 'touch'
Multi-touch or

How, after touching the touch started off after the change in position of the touch points that occurred, ie, a method usually called as 'drag'

Two or more touch points (2) of the multi-touched "two or more touch points (1)" maintain a touch state, while at least one of the "two or more touch points (2)" The process of changing (going away) the location;
or
The above multi-touch "two or more touch points (1)" at least two touch points of the (2) while keeping the touch state of the "two or more touch points (2)" of one or more touch points, After the location changes,
(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”
Only one touch point is maintained, or even one touch point is not maintained,)
(Ie) the process of releasing the multi-touch;
Which is one of the processes
In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).
The method according to any one of claims 1 to 7,
In a method of rotating a screen (content of) in a device capable of displaying including a smartphone,
By sensing the pressure you touch
When the touch pressure is in the predetermined intensity range
Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).
The method according to any one of claims 1 to 7,
The “touch pressure is a predetermined strength range” is
The touch pressure is greater than or equal to a predetermined intensity (1), or
The touch pressure is less than or equal to the predetermined intensity (2)
If the touch pressure is between the predetermined intensity (3) and the predetermined intensity (4)
Screen (content) rotation method, characterized in that the screen (= on-screen content) rotates at a predetermined angle (2).
The method according to any one of claims 1 to 7,
The above “prescribed angle (2)” is
Clockwise or counterclockwise
90 degrees or
An angle approaching 90 degrees, or
Substantially 90 degrees, including both 90 degrees and angles close to 90 degrees, or
90 degrees ± X degrees
How to rotate the screen (content).
The method of claim 19
In the above "90 degrees ± X degrees"
“X” means
0~89, 0~45, 0~30, 0~15, 0~10, 0~5, 0~3, or 0~1.
How to rotate the screen (content).
The method according to any one of claims 1 to 7,
In the method of being touched,
After not the change in position of the touch point occurs after a touch is started how the touch is released, that is, a method commonly referred to as 'touch'
or
How, after touching the touch started off after the change in position of the touch points that occurred, that is, how generally referred to as "drag" the
How to rotate the screen (content).

I will explain the above proposed claims.
The contents of the proposed claim are for general'touch' and general'drag', so the description is omitted.
The method according to any one of claims 1 to 7,
In the method of being touched,

After the touch is started, the touch is released after no change in the position of the touch point occurs, that is, in a method generally referred to as'touch'.
In touch time,

Or more than a certain amount of time (1)
Is less than or equal to the predetermined time (2)
Between a predetermined time (3) and a predetermined time (4)

How to rotate the screen (content).
The method according to any one of claims 1 to 7,
In the method of being touched,

In a method in which the touch is released after a change in the position of the touch point occurs after the touch starts, that is, in a method commonly referred to as'drag'
In the drag length,

Is at least a predetermined length (1) or
Is less than or equal to a predetermined length (2),
Between the predetermined length (3) and the predetermined length (4)

How to rotate the screen (content).
The method of claim 23,
In the direction being dragged,
Up, down, left, right, top left, bottom left, top right, bottom right
How to rotate the screen (content).
The method according to any one of claims 1 to 7,
In the method of being touched,
Way that after the touch release after a touch is started is not a change in position of the touch point occurs, that is, a method commonly referred to as 'touch'
Multi-touch or

How, after touching the touch started off after the change in position of the touch points that occurred, ie, a method usually called as 'drag'

Two or more touch points (2) of the multi-touched "two or more touch points (1)" maintain a touch state, while at least one of the "two or more touch points (2)" The process of changing (going away) the location;
or
The above multi-touch "two or more touch points (1)" at least two touch points of the (2) while keeping the touch state of the "two or more touch points (2)" of one or more touch points, After the location changes,
(Any of the “two or more touch points (2)” or the “one or more touch points” that kept the touch state”
Only one touch point is maintained, or even one touch point is not maintained,)
(Ie) the process of releasing the multi-touch;
Which is one of the processes
In other words, after multi-touch, it is a method of dragging while maintaining the multi-touch state.

How to rotate the screen (content).

Images