TW201331814A - The control interface and method on electric device - Google Patents

Abstract

The present invention relates to touch interfaces and control methods utilized on electric devices. Specially, users are able to apply the interfaces and methods to turn over multiple pages for reading and watching digital media.

Description

Control interface and method applied to electronic device

The invention is a touch operation interface of an electronic device and a touch method applied thereto.

With the advancement of modern digital mobile technology, the use of mobile touch products is becoming more and more popular, so the convenience of mobile touch devices such as notebook computers, tablet computers, mobile phones, e-book readers, and electronic papers makes the tradition There have been many changes in reading habits. An electronic reading device that can carry a book full of small libraries with you has become the hottest item at the moment.

Although there are many electronic reading devices available at present, one problem with the electronic reading device is whether it can provide a page turning operation interface and a page turning operation method which are more convenient for the user to read, so that the user can enjoy reading more while reading. Fun, good user experience, and become a technology worth developing.

Traditionally, the interface and method for reading the page of an e-book are read on a touch-sensitive e-book reader. When the page is turned, the finger is swiped on the touch screen or a touch area (such as Taiwan Patent Certificate No. I337714) to flip a single page. When the page is turned over, the page is moved by a finger on the one-page slider of the one-page vernier scale, and the reading device displays the content of the page number position of the page slider on the display, thereby achieving the turning of multiple pages. effect. Another traditional interface and method for continuously flipping an animation surface on a touch-sensitive mobile computing device is to use a sliding touch sensing area to further control the page slider to adjust the displayed image to achieve page turning effect (such as Taiwan patent). Application No. 97127482), as shown in the first figure.

In addition, another interface and method for flipping a page of a multi-page e-book on a touch-sensitive e-book reader is to use a finger to lightly press the number of pages on the vernier scale on the touch screen, and the reading device displays the page. The content is displayed on the display, thereby achieving the effect of turning over multiple pages, as shown in the second figure.

The purpose of the present invention is to provide a touch operation interface and method for flipping a plurality of pages of a plurality of pages of data, files, media, pictures, articles, or e-books on a touch electronic device.

The present invention is a touch operation interface for providing digital media on an electronic device. The touch operation interface includes: at least one touch-sensing sensing detection unit, and at least one touchable operation direction. The detecting unit provides a function of detecting a user's touch operation and generating an operation sensing signal; the direction detecting unit provides a function of detecting a user's touch operation and generating an operation direction signal. The touch operation interface provides a function of combining the operation sensing signal and the operation direction signal and generating a control signal to the electronic device to quickly display the page-turned content of the digital media on the display unit, so the present invention provides the user to perform Quickly flip the touch operation interface of several pages of digital media to meet the user's convenience requirements and flip the feeling of digital media.

Another aspect of the present invention is a touch operation method for providing a user to read and view a digital media on an electronic device. The touch operation method includes the following steps: the user turns on the touchable operation interface on the touch electronic device, Click, press or slide the touch sensing detection unit, the sensing detection unit generates an operation sensing signal; the user touches the direction detecting unit by clicking, pressing or sliding, and the direction detecting unit generates an operation direction signal; The control operation interface combines the operation sensing signal and the operation direction signal, and generates a control signal to the digital media on the electronic device to quickly display the page-turned content of the digital media on the display unit.

According to the above concept, the electronic device can be a mobile phone used by the user, a tablet computer, an e-book reader, an electronic paper, a number of position assistants, a handheld game machine, a notebook computer, A person's computer or a media player.

According to the above concept, the display unit can be a single touch screen or a multi-touch screen.

According to the above concept, the sensing detection unit may be presented on the display unit in at least one of an image, a button, an image button, a semi-transparent image, or a transparent image.

According to the above concept, the direction detecting unit may be present on the display unit in at least one of an image, a button, or an image button, a semi-transparent image, or a transparent form.

According to the above concept, the digital media displayed on the multi-touch screen of the electronic device may be a picture file, a text file, a digital file file, a hypermedia file file or an e-book.

According to the above concept, the electronic device can provide a user to read and view digital media materials or browse digital media materials on the viewing Internet.

According to the above concept, the touch operation interface and the operation method of the electronic device can be selected and set by the user.

Please refer to the third figure, which is a schematic diagram of the first embodiment of the present invention. As shown in the figure, an electronic device 3 is provided, and the electronic device 3 mainly includes a touch screen 30, a display unit 31, a digital media 32, and a scale component 33 for displaying the number of electronic book pages. A cursor element 34 showing the current page number, a display current page number component 35, a setting control unit 37, and a rotary touch operation interface 36 include a sensing detection unit 38 and a direction detecting unit 39. In this example, the electronic device 3 is an electronic device such as a mobile phone, a tablet computer, an e-book reader, an electronic paper, a personal digital assistant, a palm-type game machine, a notebook computer, a personal computer, or a media player. In this example, the touchable operation interface 36 is a rotary disk type page operation interface. When the user touches the setting control unit 37, the touch operation interface 36 can be turned on (displayed) or turned off (hidden). The touch operation interface 36 is hidden. When the user touches the setting control unit 37, the touch operation interface 36 can be displayed. In addition, the touch setting control unit 37 can be set to turn the page to represent the rotation angle. The number of pages, as well as the page turning direction represented by the direction of rotation. In this example, the scale element 33 and the vernier element 34 can also be opened (displayed) by the scale element 33 and the vernier element 34 via the setting control unit 37.

In this example, the user uses the electronic device 3 to read and watch the activity of the digital media 32, and the user uses the setting control unit 37 to turn on (or display) a rotary touch operation interface 36, and rotates by touch. The touch sensing interface 36 is operated, and the sensing detection unit 38 detects the number of rotations of the touch point from the starting point b3 to the ending point e3 as the number of pages flipped and sends the operation sensing signal; the direction detecting unit 39 detects the touch point from the starting point b3 to the end point e3 in the direction of rotation as the basis for turning the page backward or turning forward, and sending the operation direction signal; the touch operation interface 36 combines the operation sensing signal and the operation direction The signal generates a control signal for flipping at least one page backwards or forwards to the digital media 32, and presents a page for viewing the digital media by the user on the display unit 31; the page number of the page is displayed on the page number component 35, The scale element 33 and the cursor element 34 also show the position of the page on the display unit 31.

Please refer to the fourth figure, which is a schematic diagram of the second embodiment of the present invention. As shown in the figure, an electronic device 3 is provided, and the electronic device 3 mainly includes a touch screen 30, a display unit 31, a digital media 32, and a scale component 33 for displaying the number of electronic book pages. A cursor component 34 displaying the current page number, a display current page component 35, a setting control unit 37, and a button-type touch operation interface 36 include a sensing detection unit 48 and a direction detecting unit 49. In this example, the electronic device 3 is an electronic device such as a mobile phone, a tablet computer, an e-book reader, an electronic paper, a personal digital assistant, a palm-type game machine, a notebook computer, a personal computer, or a media player. In this example, the touch-enabled interface 36 is a button-type page operation interface. Generally, the touch operation interface 36 is hidden. When the user touches the control unit 37, the touch operation interface 36 can be displayed. Or hidden; the setting control unit 37 can also set the number of pages that each button represents when flipping the page in a button manner, and the page turning direction represented by the button at the left and right sides. In this example, the scale element 33 and the vernier element 34 can also be displayed or hidden by the scale element 33 and the vernier element 34 via the setting control unit 37.

In this example, the user uses the electronic device 3 to read the activity of the digital media 32, and the user uses the setting control unit 37 to turn on (or display) a button touch operation interface 36, and presses the number of page flip buttons. The manner of controlling the interface, the sensing detection unit 38 determines the number of pages to be flipped when the button number is pressed, as the basis of the number of pages to be flipped, and sends the operation sensing signal; the direction detecting unit 39 can detect that the left or right touch operation button is pressed, as the basis of the direction of the flip (turning backward or forward), and sending the operation direction signal. The touch operation interface 36 combines the operation sensing signal and the operation direction signal to generate a control signal for flipping at least one page backward or forward to the digital media 32, and presenting a page of the file or the e-book to be read by the user for display. Unit 31. The page number of the page will be displayed on the page number element 35, while the scale element 33 and the cursor element 34 also show the location of the page on the display unit 31.

Please refer to the fifth figure, which is a schematic diagram of the third embodiment of the present invention. As shown in the figure, an electronic device 3 is provided, and the electronic device 3 mainly includes a touch screen 30, a display unit 31, a digital media 32, and a scale component 33 for displaying the number of electronic book pages. A cursor component 34 displaying the current page number, a display current page component 35, a setting control unit 37, and a button sliding touch operation interface 36 include a sensing detection unit 58 and a direction detecting unit 59. In this example, the electronic device 3 is an electronic device such as a mobile phone, a tablet computer, an e-book reader, an electronic paper, a personal digital assistant, a palm-type game machine, a notebook computer, a personal computer, or a media player. In this example, the touch-enabled interface 36 is a button-sliding page operation interface. Generally, the touch operation interface 36 is hidden. When the user touches the control unit 37, the touch operation interface 36 can be used. The display control unit 37 can also set the number of pages that each button represents when flipping the page in a button manner, and the page turning direction represented by the finger sliding direction. In this example, the scale element 33 and the vernier element 34 can also be displayed or hidden by the scale element 33 and the vernier element 34 via the setting control unit 37.

In this example, the user uses the electronic device 3 to read the activity of the digital media 32, and the user uses the setting control unit 37 to turn on (or display) a button sliding touch operation interface 36, and presses the number of pages to be turned. And the touch-sliding manner controls the interface, and the sensing detection unit 58 determines the number of pages to be turned according to the number of pages when the number of pages is pressed, and serves as the basis for the number of pages to be flipped, and sends the operation sensing signal. The direction detecting unit 59 can detect the sliding direction of the touch point from the starting point b5 to the ending point e5, as the basis of the direction of the flipping (turning backward or forward), and sending the operation direction signal. The touch operation interface 36 combines the operation sensing signal and the operation direction signal to generate a control signal for flipping at least one page backward or forward to the digital media 32, and presenting a page of the file or the e-book to be read by the user for display. Unit 31. The page number of the page will be displayed on the page number element 35, while the scale element 33 and the cursor element 34 also show the location of the page on the display unit 31.

Please refer to the sixth figure, which is a schematic diagram of the fourth embodiment of the present invention. As shown in the figure, an electronic device 3 is provided, and the electronic device 3 mainly includes a touch screen 30, a display unit 31, a digital media 32, and a scale component 33 for displaying the number of electronic book pages. A cursor component 34 for displaying the current page number, a display page component 35, a setting control unit 37, and a page button type touch operation interface 36 include a sensing detection unit 68 and a direction detecting unit 69. In this example, the electronic device 3 is an electronic device such as a mobile phone, a tablet computer, an e-book reader, an electronic paper, a personal digital assistant, a palm-type game machine, a notebook computer, a personal computer, or a media player. In this example, the touch-enabled interface 36 is a page-type page operation interface. Generally, the touch operation interface 36 is hidden. When the user touches the control unit 37, the touch operation interface can be used. 36 is displayed or hidden; the setting control unit 37 can also set the number of pages that each page of the page button represents when the page is flipped by the page button mode, and the page turning direction represented by the page button position. In this example, the scale element 33 and the vernier element 34 can also be displayed or hidden by the scale element 33 and the vernier element 34 via the setting control unit 37.

In this example, the user uses the electronic device 3 to read the activity of the digital media 32, and the user uses the setting control unit 37 to turn on (or display) a book side page button touch operation interface 36, and press the book side. The manner of controlling the interface, the sensing detection unit 68 detects the position of the touch point when the side of the book is pressed, and the position relative to the book thickness is equivalent to the page number relative to the total number of pages of the book, and thus can be used as a flipping The basis of the page to the page number of the digital media, and the operation sensing signal is sent; the direction detecting unit 69 can detect that the side of the book on the right or the left side is pressed, and if the side of the book on the right side is pressed, it indicates that Flip the page direction to page to the left, and vice versa, and send the direction signal. The touch operation interface 36 combines the operation sensing signal and the operation direction signal to generate a control signal for flipping at least one page backward or forward to the digital media 32, and presenting a page of the file or the e-book to be read by the user for display. Unit 31. The page number of the page will be displayed on the page number element 35, while the scale element 33 and the cursor element 34 also show the location of the page on the display unit 31.

Please refer to the seventh figure, which is a schematic diagram of the fifth embodiment of the present invention. As shown in the figure, an electronic device 3 is provided, and the electronic device 3 mainly includes a touch screen 30, a display unit 31, a digital media 32, and a scale component 33 for displaying the number of electronic book pages. a cursor component 34 displaying the current page number, a display current page component 35, a setting control unit 37, and a book side sliding type touch operation interface 36 including the sensing detection unit 78 and the direction detecting unit 79 . In this example, the electronic device 3 is an electronic device such as a mobile phone, a tablet computer, an e-book reader, an electronic paper, a personal digital assistant, a palm-type game machine, a notebook computer, a personal computer, or a media player. In this example, the touch-enabled interface 36 is a page-side sliding page operation interface. Generally, the touch operation interface 36 is hidden, and the touch operation can be performed when the user touches the setting control unit 37. The interface 36 is displayed or hidden; the setting control unit 37 can also set the number of pages that each side of the book side page represents when the page is flipped in the book side page sliding manner, and the page turning direction represented by the finger sliding direction. In this example, the scale element 33 and the vernier element 34 can also be displayed or hidden by the scale element 33 and the vernier element 34 via the setting control unit 37.

In this example, the user uses the electronic device 3 to read the activity of the digital media 32, and the user uses the setting control unit 37 to open (or display) a book side page sliding touch operation interface 36, and to slide the book. The side mode controls the interface, and the sensing unit 78 moves from the starting point b7 to the ending point e7 when the side of the book is detected. The starting position is equivalent to the thickness of the book relative to the total number of pages of the book. Therefore, it can be used as a basis for flipping the page to the page number of the digital media, and sending the operation sensing signal; the direction detecting unit 79 is used as the direction of turning the page according to the direction in which the touch point is detected from the starting point b7 to the ending point e7. And send out the direction of operation signal. The touch operation interface 36 combines the operation sensing signal and the operation direction signal to generate a control signal for flipping at least one page backward or forward to the digital media 32, and presenting a page of the file or the e-book to be read by the user for display. Unit 31. The page number of the page will be displayed on the page number element 35, while the scale element 33 and the cursor element 34 also show the location of the page on the display unit 31.

Please refer to the eighth figure, which is a functional block diagram of the electronic device in the present case. To complete the concept of the present invention, an electronic device 3 provides a user with the touch screen 30 on which to view the digital media 32. The touch screen 30 includes a display unit 31, a digital medium 32, a scale element 33, a cursor element 34, a setting control unit 37, and a touch operation interface 36. Digital media 32 includes a page number element 35. The touch operation interface 36 includes a sensing detection unit 38 and a direction detecting unit 39. The setting control unit 37 provides a function of turning on (or displaying) and closing (or hiding) the touch operation interface 36, and setting the number of page turning represented by the touch signal detected by the sensing unit 38. The sensing detection unit 38 detects and represents the number of pages flipped, and sends an operation sensing signal to the touch operation interface 36. The direction detecting unit 39 detects the direction of the flipping page as the basis for turning the page backwards or forwards, and sends the operation direction signal to the touch operation interface 36. The touch operation interface 36 combines the operation sensing signal and the operation direction signal to generate a control signal for flipping at least one page backward or forward to the digital medium 32, the cursor element 34, and the page number element 35. The digital medium 32 receives the page number control signal and presents the page content and the page number on the display unit 31. The page number element 35 provides a function of displaying a page number. The scale element 33 and the cursor element 34 provide the function of displaying the relevant position on the digital media 32 where the page number is located.

Please refer to the ninth figure, which is a flow chart of the present case, and please refer to the eighth figure at the same time to illustrate the page turning process of the user in each embodiment of the present case. In this example, the user turns on the electronic device 3 (step S31), and turns on the digital media 32 (step S32); the user setting control unit 37 turns on (or displays) the touch operation interface 36 to control by touch. The touch detection interface 36 sends a operation sensing signal according to the detected touch signal and the number of pages represented by the touch (step S34); the direction detecting unit 39 detects the flipping The direction of the operation sends a direction signal for page backward or page forward (step S35); the touch operation interface 36 combines the operation sense signal and the operation direction signal to generate a control signal that flips at least one page or more backwards or forwards. The digital media 32 is given to the digital media 32 (step S36); the page data of the electronic book that the user wants to read is presented on the display unit 31 (step S37); the page number of the page is displayed on the page number component 35, and the scale component 33 and the cursor component 34 also shows that the page is located on the display unit 31 (step S38).

In summary, through the above description of the various embodiments of the present case, we successfully achieved the main purpose of the development of the case. The invention of the present invention is modified by those skilled in the art, and is not intended to be protected by the scope of the patent application.

3. . . Electronic device

30. . . Touch screen

31. . . Display unit

32. . . Digital media

33. . . Measuring element

34. . . Cursor component

35. . . Page component

36. . . Touch operation interface

37. . . Setting control unit

S31~S38. . . step

38, 48, 58, 68, 78. . . Perceptual detection unit

39, 49, 59, 69, 79. . . Direction detection unit

B3, e3, b5, e5, b7, e7. . . Touch point

This case can be obtained through a more in-depth understanding of the following diagrams and descriptions:

The first to second pictures are the previous case explanation charts.

The third figure is a schematic view of a preferred embodiment of the present invention.

The fourth to seventh figures are schematic diagrams of other embodiments of the present invention.

Figure 8 is a block diagram showing the internal functions of the electronic device 3 in the preferred embodiment of the present invention.

The ninth figure is a flow chart of the touch interface method in the preferred embodiment of the present invention.

3. . . Electronic device

30. . . Touch screen

31. . . Display unit

32. . . Digital media

33. . . Measuring element

34. . . Cursor component

35. . . Page component

36. . . Touch operation interface

37. . . Setting control unit

38. . . Perceptual detection unit

39. . . Direction detection unit

B3, e3. . . Touch point

Claims (16)

An electronic device running an operating system for providing a user to read and view digital media. The electronic device includes: a touch screen disposed on the main body for displaying a digital media screen and providing a user touch operation The display unit is disposed on the touch screen for displaying the touch operation interface, the content of the digital media, the setting control unit, the page number component, the gauge component of the page number, and the cursor component of the current page number; The touch operation interface is disposed on the touch screen and includes at least one touch operation interface style for providing a page turning direction and a page turning amount of the user's touchable digital media. The touch operation interface further includes: at least one of the sensing detection units is configured to detect the number of the user flipping the digital media page and send the operation sensing signal; and at least one direction detecting unit is configured to detect the use The user flips the direction of the digital media page and sends the operation direction signal. With the above configuration, after the touch operation interface obtains the operation sensing signal and the operation direction signal, the page turning direction and the page turning amount of the digital media are controlled, and the content of the digital media to be displayed is presented to the display unit. a setting control unit is configured to set functions of a touch operation interface, a scale component, a cursor component, a page component, a sensing detection unit, and a direction detecting unit; and the above configuration enables the user to control page turning of the digital media Read and watch the digital media content by turning the page and the number of pages. The electronic device of claim 1, wherein the electronic device is a mobile phone used by the user, a tablet computer, an e-book reader, an electronic paper, a number of position assistants, and a palm. A portable device such as a game machine, a notebook computer, a personal computer or a media playback device, wherein the electronic device can provide a user to browse and view digital media files stored in the memory, on the disk and on the network. The display unit described in claim 1 may be a single touch screen or a multi-touch screen, and is used for displaying digital media content. The digital media content file format may be an image file, a text file, or a digital device. Digital files such as file files, hypermedia files, multimedia files, streaming media or e-books. The electronic device of claim 1, wherein the setting control unit can be presented on the display unit in the form of an image, a button, an image button or a concealable element, and the setting control unit can provide the perception The detecting unit, the direction detecting unit, the measuring element, the cursor element and the page number element are set to be turned on (displayed) or turned off (hidden); and the setting control unit can also represent more than one sensing detecting unit The number of page turning is set, and the turning direction of one or more direction detecting units is set; and the setting control unit can also provide a function of selecting a style of the touch operation interface, and if the user can change the above setting, The setting control unit may provide more than one dialog window to set the above item settings; each of the above settings may have a preset value for use, and if the user changes the set values, the set value may be stored in the electronic device. The memory is used by the user for the next use of the electronic device. The electronic device of claim 1, wherein the scale component and the cursor component are used to display relative page position information of the current digital media content; the page component is used to display page information of the current digital media content, wherein The page number component can be part of a digital medium. The touch operation interface of claim 1, wherein the sensing detection unit can be displayed on the display unit in the form of an image, a button, an image button, or a concealable component, and is used to detect the user. The number of the digital media pages is flipped, and the set value of the touch signal and the number of pages turned on the touch screen is detected as the number of pages to be flipped, and the operation sensing signal is sent to the touch operation interface, so as to The number of pages of the digital media content is controlled. The touch operation interface of claim 1, wherein the direction detecting unit can be displayed on the display unit in the form of an image, a button, an image button, or a concealable component, and is used to detect the user. Flip the direction of the digital media page and send the direction of operation direction signal. The operation direction signal sent to the page is sent to the touch operation interface according to the situation that the touch is detected from a touch start point and moved to a touch end point, and the digital media content is turned over. The page orientation is controlled. The touch operation interface described in item 1 of the patent application can receive the information of the page turning and flipping pages of the digital media after receiving the signals described in items 6 and 7. The selection mode of the touch operation interface as described in claim 1 may include one or more of the following selection styles, and the touch operation interface functions of each style are as follows: (1) Rotary type (as shown in FIG. 3): Perceptual detection The measuring unit is configured to detect the angle of the touch operation interface to indicate the number of pages to be flipped and to send an operation sensing signal; the direction detecting unit is configured to detect the clockwise operation direction of the touch operation interface in a clockwise or counterclockwise direction. The direction of the page is flipped backwards or forwarded, and the operation direction signal is sent; the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned back or forward at least one page or more. (2) Button type (as shown in Figure 4): The sensor detecting unit detects that the number of pages with different number of pages turned on the touch operation interface is pressed to indicate the number of pages to be flipped, and sends an operation sensing signal; the direction detecting unit The touch operation interface for detecting whether the left or the right is pressed, indicating that the page orientation is to turn the page forward or to turn the page backward, and send the operation direction signal; The operation sensing signal and the operation direction signal are combined to generate at least one or more touch operation signals backwards or forwards; (3) the button sliding type (as shown in FIG. 5): the sensing detection unit is configured to detect the touch operation The button indicating the number of different pages is pressed to indicate the number of pages to be flipped, and the operation sensing signal is sent; the direction detecting unit is used to detect the moving direction of the touch point from the starting point to the ending point, indicating that the direction of the page is to be turned forward. Turning the page or turning the page backwards and sending the operation direction signal; the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned over or at least one page backward; (4) book side Page button type (as shown in FIG. 6): the sensing detection unit is configured to detect the movement direction of the touch point from the starting point to the end point, indicating that the position of the side of the book on the touch operation interface is touched, indicating that the touch is turned The page is sent to the page number of the digital media, and the operation sensing signal is sent; the direction detecting unit is configured to detect that the side of the book on the right or the left side is pressed, and if the side of the book on the right side is pressed, the table is The page orientation is to turn the page to the left, and vice versa, and the operation direction signal is sent; the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned back or forward at least one page or more. (5) The sliding page of the book side (as shown in Figure 7): the sensing detection unit detects that the starting point of one of the side faces of the book on the touch operation interface is pressed, indicating that the page number of the page is turned to the digital media, and is sent out. The operation detecting signal is used to detect the direction in which the touch point moves from the starting point to the ending point, as the direction of turning the page, and sends the operation direction signal; the touch operation interface combines the operation sensing signal and the operation direction signal to generate Flip at least one page of touch operation signals backwards or forwards. A touch operation method for an electronic device, the electronic device includes a touch screen: a display unit, a digital medium, a scale component, a cursor component, and a touch operation interface; the touch operation bread comprises: a setting control unit, a sensing detection unit, and a direction detecting unit; the digital medium comprises a one-page code component, and the touch operation method on the electronic device comprises the following steps: ● turning on the electronic device, turning on the touch screen Function, and display the operating system operation screen on the display unit; ● turn on the digital media content and present on the display unit; ● set the control unit to detect whether the setting of the touch operation interface is on (or displayed) or closed (or hidden) If the setting of the touch operation interface is in the on (or display) state, the sensing detection unit and the detection unit are in operation; ● the setting control unit detects whether the setting of the scale element, the cursor element, and the page number component is The state of being turned on (or displayed) or turned off (or hidden), if the setting is in the on (or displayed) state, the components are in operation ● The touch operation interface detects the touch operation signal generated by the touch; ● the touch operation interface sends the touch operation signal to the digital media to control the presentation of the digital media content on the display unit; ● the page The page number will be displayed on the page number component, and the scale component and the cursor component will also show the location of the page on the display unit. For example, in the touch operation interface on the electronic device described in claim 13, wherein the touch operation interface is in the form of a turntable (as shown in FIG. 3), the touch operation interface detects the touch on the touch screen. The touch operation method of the touch operation signal generated by the control further includes the following steps: ● the user touches the touch operation interface from the starting point b3 to the end point e3; ● the sensing detection unit detects the touch operation interface The angle of the rotation indicates the number of pages to be flipped, and the operation sensing signal is sent; ● the direction detecting unit detects that the touch operation interface rotates clockwise or counterclockwise, indicating that the page orientation is to turn the page backward or forward. The page and the operation direction signal are sent; the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned over or at least one page backwards or forwards; The touch operation method of the electronic device according to claim 13 wherein the touch operation interface is button-type (as shown in FIG. 4), the touch operation interface detects touch on the touch screen. The touch operation method of the touch operation signal generated by the control further includes the following steps: ● the user presses the button on the touch operation interface to indicate the number of flipped pages; ● the sensing detection unit detects the touch operation interface label The button with the number of pages is pressed to indicate the number of pages to be flipped, and the operation sensing signal is sent; ● the direction detecting unit detects that the touch operation interface on the left or the right is pressed, indicating that the page orientation is to be turned forward. Turning the page forward or backward, and sending the operation direction signal; ● the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned over or at least one page backwards or forwards; The touch operation method of the electronic device according to claim 13 , wherein if the touch operation interface is in the form of a button slide (as shown in FIG. 5 ), the touch operation interface detects the touch screen. The touch operation method generated by the touch includes the following steps: ● the user presses a button on the touch operation interface to indicate the number of flipped pages, and moves the touch point from the start point to the end point; ● sensing detection unit detection The button indicating the number of different page turnings on the touch operation interface is pressed to indicate the number of pages to be flipped, and the operation sensing signal is sent; ● the direction detecting unit detects that the moving direction of the touch point from the starting point to the ending point indicates that the page is to be flipped. The direction is to turn the page forward or backward, and send the operation direction signal; ● the touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned back or forward at least one page or more; The touch operation method of the electronic device according to claim 13 , wherein the touch operation interface is a button type of the book (as shown in FIG. 6 ), and the touch operation interface detects the touch screen. The touch operation method generated by the touch includes the following steps: ● the user presses a position on the side of the book on the touch operation interface; ● the sensing detection unit detects a position on the side of the book on the touch operation interface Being touched means that the page is flipped to the page number of the digital media, and the operation sensing signal is sent; ● the direction detecting unit can detect that the side of the book on the right or the left side is pressed, if the side of the book on the right side is pressed Next, it means that the direction of the page is to be turned to the left, and vice versa, and the operation direction signal is sent; ● the touch operation interface combines the operation sensing signal and the operation direction signal, and generates at least one page or more backwards or forwards. Touch operation signal; The touch operation method of the electronic device according to claim 13, wherein the touch operation interface is a slide type of the book side (as shown in FIG. 7), and the touch operation interface detects the touch screen. The touch operation method generated by the touch further includes the following steps: ● the user presses a position on the side of the book on the touch operation interface, and moves the touch point from the start point to the end point; ● the sensing detection unit detects It is detected that the starting point of one of the side faces of the book on the touch operation interface is pressed, indicating that the page number of the page is turned to the digital media, and the operation sensing signal is sent; ● the direction detecting unit detects that the touch point moves from the starting point to the end point. Direction, as the direction of turning the page, and sending the operation direction signal; ● The touch operation interface combines the operation sensing signal and the operation direction signal to generate a touch operation signal that is turned over or at least one page backwards or forwards; The touch control method of the electronic device of claim 13, wherein the setting control unit is configured to provide the sensing detection unit, the direction detecting unit, the scale element, the cursor element and the page number element to be turned on. (or display) or turn off (or hide); set the number of pages to be turned on by the sensory detection unit, and set the page turning direction of the direction detecting unit; and set the style of the touch operation interface. If the above items are to be set, the touch operation method further includes the following steps: ● the user opens the setting dialog of the setting control unit; ● the user selects (turns on) or cancels (closes) the sensing unit and direction. Items such as detection unit, scale element, cursor element and page number component; ● user selects the style of the touch operation interface; ● user sets the number of pages to be detected by the sensor detection unit; ● user direction detection unit Set the page turning direction; ● Store each setting value; ● The user closes (or hides) the setting control unit to end the setting.