WO2019109637A1

WO2019109637A1 - Screen display control method and device, and terminal

Info

Publication number: WO2019109637A1
Application number: PCT/CN2018/094979
Authority: WO
Inventors: 曹维娜
Original assignee: 西安中兴新软件有限责任公司
Priority date: 2017-12-04
Filing date: 2018-07-09
Publication date: 2019-06-13
Also published as: CN109871188B; CN109871188A

Abstract

Embodiments of the present disclosure provide a screen display control method and device, and a terminal. The method comprises: detecting whether a control operation performed on a terminal matches a pre-determined transition operation; if so, acquiring at least two display content items corresponding to the control operation, wherein at least one of the display content items is a display content item corresponding to the control operation; and respectively displaying the at least two display content items using different display screens. The above solution ensures that when a user is using the main function of an application, and needs to pause the main function in order to use another auxiliary function thereof, the user can conveniently switch to the other auxiliary function of the application without having to turn off the main function. In other words, the invention does not affect the use of other auxiliary functions of the application and reduces the return time of the main function, thereby facilitating resuming of the main function and improving the user experience.

Description

Screen display control method and device, and terminal

Technical field

The present disclosure relates to the field of smart terminal technologies, and in particular, to a screen display control method and apparatus, and a terminal.

Background technique

At present, the terminal-based multimedia reading function is more and more widely used. Reading texts, listening to music, and watching videos using terminals are the basic needs of end users such as mobile phones. App applications for reading text, listening to music, and watching videos are also varied.

However, in the past single-screen terminal era, due to the number of screens and operating system limitations, at the same time, the terminal screen can only be used for the display of one application, and only one interface can be displayed in one application. For example, when we use a video application (such as Youku, iQiyi, etc.) to watch a movie, the terminal screen is occupied by the video playback interface, cannot browse other applications in the terminal at the same time, or cannot browse other functions in the video application at the same time. interface. Even with the support of split-screen technology, the problem of simultaneously viewing two application interfaces is solved, and the problem of viewing two functional interfaces in one application at the same time cannot be solved.

Summary of the invention

In order to solve the above problems, the present disclosure provides a screen display control method and apparatus, and a terminal, which can improve the problem that the screen cannot be browsed for other applications or other functions of the application when occupied by the application interface.

In order to solve the above technical problem, the present disclosure proposes a screen display control method applied to a terminal including at least two display screens, the method comprising:

Detecting whether the manipulation action of the terminal conforms to a predetermined conversion action;

When it is detected that the manipulation action meets a predetermined conversion action, the corresponding at least two display contents are acquired according to the manipulation action; wherein at least one of the display content is the display content corresponding to the manipulation action;

The at least two display contents are respectively displayed through different display screens.

The present disclosure also provides a screen display control device disposed in a terminal including at least two display screens, the device comprising:

Manipulating the detecting unit, configured to detect whether the control action of the terminal conforms to a predetermined switching action;

a content acquisition unit, configured to acquire at least two corresponding display contents according to the manipulation action, wherein at least one display content is a display content corresponding to the manipulation action, when the control action is detected to be in accordance with a predetermined conversion action;

A display control unit is configured to display the at least two display contents through different display screens, respectively.

The present disclosure also proposes a terminal including any of the above screen display control devices.

Compared with the related art, the technical solution provided by the present disclosure includes: detecting whether a manipulation action on the terminal meets a predetermined conversion action; and when detecting that the manipulation action meets a predetermined conversion action, acquiring at least two corresponding ones according to the manipulation action Displaying content; wherein at least one of the display content is display content corresponding to the manipulation action; and displaying the at least two display contents through different display screens respectively. Through the solution of the present disclosure, it is ensured that when the user uses the main function of an application, when the main function needs to be suspended, the other auxiliary functions can be conveniently switched to other auxiliary functions without turning off the main function. It does not affect the use of other auxiliary functions of the application, reduces the recovery time of the main function, and facilitates the reuse of the main function, thereby improving the user experience.

DRAWINGS

The drawings in the embodiments of the present disclosure are described below, and the accompanying drawings are used to explain the present disclosure, and the description is not intended to limit the scope of the disclosure.

FIG. 1 is a flowchart of a screen display control method according to an embodiment of the present disclosure;

FIG. 2 is a flowchart of another screen display control method according to an embodiment of the present disclosure;

FIG. 3 is a flowchart of still another screen display control method according to an embodiment of the present disclosure;

FIG. 4 is a flowchart of still another screen display control method according to an embodiment of the present disclosure;

FIG. 5 is a schematic diagram of a user interface change according to an embodiment of the present disclosure;

FIG. 6 is a schematic structural diagram of a screen display control apparatus according to an embodiment of the present disclosure.

Detailed ways

In order to facilitate the understanding of those skilled in the art, the present disclosure is further described below in conjunction with the accompanying drawings, and is not intended to limit the scope of the disclosure. It should be noted that the embodiments in the present application and the various manners in the embodiments may be combined with each other without conflict.

Referring to FIG. 1, the present disclosure proposes a screen display control method applied to a terminal including at least two display screens, the method including the following steps.

At step 110, it is detected whether the manipulation action on the terminal conforms to a predetermined conversion action.

In a typical mobile phone application, an operation on the display screen triggers a change in the displayed content on the operated display screen, and in the embodiment of the present disclosure, by a predefined conversion action, the conversion action will trigger two or Two or more changes to the displayed content.

At step 120, when it is detected that the manipulation action meets the predetermined conversion action, the corresponding at least two display contents are acquired according to the manipulation action, wherein at least one of the display contents is the display content corresponding to the manipulation action.

Among them, the display content refers to the screen display screen displayed on the display screen.

At step 130, the at least two display contents are displayed through different display screens, respectively.

In the embodiment of the present disclosure, the change of the display content on the two display screens is triggered by the conversion action as an example.

In an exemplary embodiment, acquiring the corresponding at least two display contents according to the manipulation action in step 120 includes: acquiring the first display content and the second display content according to the manipulation action.

The displaying the at least two display contents through the different display screens in the step 130 includes: displaying the first display content through the first display screen; and displaying the second display content through the second display screen. When the terminal includes two display screens, and the two display screens are respectively a primary screen and a secondary screen, the first display screen is one of a primary screen and a secondary screen, and the second display is a primary screen and The other one in the secondary screen.

Optionally, before step 130, step 125 is further included: acquiring corresponding at least two display screens according to the manipulation action. In the case that the conversion action is defined to trigger the change of the display content on the two display screens, the obtaining at least two corresponding display screens according to the manipulation action in step 125 includes: acquiring the corresponding first display screen and the second according to the manipulation action Display.

In the embodiment of the present disclosure, the first display screen is the main screen, and the second display screen is the sub-screen as an example. In addition, it can be understood that the method of the embodiment of the present disclosure may also be based on the same or similar concepts. It is applied to the scene where the first display screen is the secondary screen and the second display screen is the primary screen.

An embodiment of the present disclosure provides a screen display control method applied to a terminal including a first display screen and a first display screen, and the above method may include the following steps.

In step 10, the current display screen of the first application is displayed by the first display screen, and the first application is the current application that the user is using.

At step 20, it is detected whether the manipulation action on the terminal conforms to a predetermined conversion action.

At step 30, when it is detected that the manipulation action conforms to the predetermined conversion action, the new first display content and the second display content are acquired according to the manipulation action.

The first display content is a display screen generated by the user switching, and the display screen generated by the switching may be a desktop screen, or may be a display screen corresponding to the switched second application, and the second display content is a display screen corresponding to the first application.

Step 30 can include the following steps.

In step 311, the output display screen corresponding to the first application is switched from the first display screen to the second display screen.

In step 312, the data that has been cached in the data cache module of the first display screen by the first application is transmitted to the data cache module of the second display screen for buffering, thereby generating corresponding second display content.

In step 313, when the manipulation action is to start the second application, the output display screen corresponding to the second application is set as the first display screen, and the corresponding first display content is generated.

The screen display control method of the embodiment of the present disclosure further includes a step 40, in which the first display content is displayed through the first display screen, and the second display content is displayed through the second display screen, wherein the first display screen is used as the main display One of the screen and the secondary screen, and the second display is the other of the primary screen and the secondary screen.

Through the solution of the present disclosure, when the user uses the first application, if the user needs to temporarily view other content, for example, in the case of temporarily using the second application, it is convenient to switch to other functions without shutting down the first application. Therefore, the use of the first application is not affected. In addition, since it is not necessary to close the first application, only the output display screen is switched, thereby reducing the recovery time of the first application and facilitating the reuse of the first application, thereby improving the user experience.

In another example, the manipulation action does not open a new second application, but opens other interfaces of the first application.

When the manipulating action is to initiate the second function of the first application, step 30 may include the following steps.

In step 321, the output display screen corresponding to the first function currently used by the first application is switched from the first display screen to the second display screen.

In step 322, the data that has been cached in the data cache module of the first display screen by the first function of the first application is transmitted to the data cache module of the second display screen for buffering, and the corresponding second display content is generated.

In step 323, the first display content is generated according to the interface or content corresponding to the activated second function of the first application.

In this solution, when the user is using a certain function of the first application, if it is necessary to temporarily use other functions of the first application, it is convenient to switch to other functions without shutting down the current function of the first application. It does not affect the use of the current function of the first application, nor does it need to switch the current function to the background. Since it is not necessary to close the current function of the first application or switch to the background, only the output display screen is switched, thereby reducing the recovery time of the first application and facilitating the reuse of the first application, thereby improving the user experience.

In the embodiment of the present disclosure, the dual-screen display of the current application may be triggered in two ways, one mode is manually triggered by the user, and one mode is that the system automatically detects the trigger. In the automatic detection trigger mode of the system, the display of the display screen needs to be detected. Whether the scene meets the predetermined conversion scenario. In the case that the display scene of the first display screen conforms to the predetermined conversion scene, it is possible to detect whether the manipulation action conforms to the predetermined conversion action, and trigger the dual screen display according to the current application when the time is met.

In the embodiment of the present disclosure, the predetermined conversion action includes a first type of conversion action and a second type of conversion action, and the first type of conversion action is a conversion action capable of triggering dual screen display in the first mode, and the second type of conversion action In the predetermined conversion scenario, the conversion action of the dual screen display can be triggered.

First, the way the user manually triggers is introduced. The conversion action includes the first type of conversion action.

The predetermined first type of conversion action includes a sliding action, wherein the click action corresponding to the start position of the sliding action can trigger to open a new display window, and the sliding direction of the sliding action conforms to the predetermined sliding direction.

In one example, when both the main screen and the auxiliary screen have a touch control function, when the switching action includes a sliding motion, when the sliding motion is operated on the first display screen, the first display content is acquired The second display content includes: setting the current display content of the first display screen as the first display content, and setting the display content corresponding to the click action corresponding to the start position of the sliding motion as the second display content. When the sliding action is performed on the second display screen, acquiring the first display content and the second display content includes: setting the display content corresponding to the click action corresponding to the start position of the sliding action as the first display content, and the second The current display content of the display is set to the second display content.

In one example, in the case where only the main screen has a touch control function, only the touch operation on the main screen can trigger the first display content on the first display to switch to the second display for display.

In this example, the user can slide the desired content to open in another display screen. For example, when the user uses the Weibo APP on the first display screen, during the browsing process, the user needs to view the comment. When the user clicks “View Comment Button”, a new display window is opened, and if the user clicks “View Comment Button” The action is replaced by a sliding action, and the starting point of the sliding action is located on the "view comment button", then the new display window activated according to the "view comment button" does not replace the display content of the current screen, but is displayed in another Open in the screen.

It should be noted that the first type of conversion action may also be set to other actions, such as rotating screen actions, or other predetermined operation actions.

In the embodiment of the present disclosure, the first type of conversion action includes: a screen rotation action.

When the first type of conversion action includes the screen rotation action, the acquired first display content and the second display content include: setting the current display content of the first display screen to the second display content, and displaying the first display screen in the current display content. The previous display content is set to the first display content.

In this example, the user can restore the screen display content to the interface before the current display content through the screen rotation action. For example, when a user wants to view other content during a video call or a voice call, but does not want to stop the video call or the voice call, the user can switch the video call or voice call of the current screen to another display through the screen rotation action. Display, and the current display returns to the previous interface for the user to use.

The following describes how the system automatically detects the trigger. The conversion action of the embodiment of the present disclosure further includes a second type of conversion action. Detecting whether the manipulation action of the terminal conforms to a predetermined conversion action comprises: detecting whether the manipulation action of the terminal conforms to a predetermined second type of conversion action.

In the embodiment of the present disclosure, before detecting the manipulation action on the terminal, the method further includes: detecting whether the display scene of the first display screen conforms to a predetermined conversion scenario, and performing, in a case that the display scenario of the first display screen meets a predetermined conversion scenario, The step of detecting whether the manipulation action of the terminal conforms to a predetermined second type of conversion action.

In the embodiment of the present disclosure, the conversion scenario includes at least one of the following scenarios:

The first conversion scene is a display scene having a video play window;

a second conversion scenario, which is a display scene having a video chat window or a voice chat window;

The third conversion scene is a display scene with a microblog browsing window.

In the embodiment of the present disclosure, in the case that the conversion scene includes a display scene having a video play window, the conversion action is a click action that causes the video play window to be hidden.

Obtaining the first display content and the second display content includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video playback window as the second display content.

For example, when the manipulation action is a touch action back to the main menu, the display content corresponding to the main menu is set as the first display content, and the display content corresponding to the video play window is set as the second display content.

In the embodiment of the present disclosure, the user converts the content of the first display screen to the second display screen by using a predetermined conversion action, and after the conversion, the user may also perform the operation after ending the operation on the first display screen. The contents of the second display are converted back to the first display.

During the video chat process, if the user needs to temporarily view the information, the chat window of the first display screen can be converted to the second display screen for display. After the user temporarily views the information, the user can switch the chat window back to the first display screen for display. For example, the display content of the second display screen can be switched back to the first display screen by a preset cutback action. The preset switchback action may be a double click of the second display screen, or a sliding action, or may be a reverse operation of a previously scheduled conversion action, or a cutback action including other settings may be set, and the present invention does not do this. Limits, you can set different cutback actions according to different cutback scenarios.

In the embodiment of the present disclosure, in the case that the conversion scenario includes a display scenario having a video chat window or a voice chat window, the conversion action is a click action that causes the video chat window or the voice chat window to be hidden.

The obtaining the first display content and the second display content includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video chat window or the voice chat window as the second display content.

In the embodiment of the present disclosure, in a case where the conversion scenario includes a display scenario having a microblog browsing window, the conversion action includes at least one of a video playback request operation or a comment viewing request operation.

When the converting action is a video playing request operation, the acquiring the first display content and the second display content comprises: setting the current display content of the first display screen as the first display content; setting the display content corresponding to the request operation of the video playing Display content for the second.

When the converting action is a comment viewing request operation, the acquiring the first display content and the second display content includes: setting the current display content of the first display screen as the first display content; setting the display content corresponding to the comment viewing request operation to The second display content.

In the embodiment of the present disclosure, before the acquiring the first display content and the second display content, the method further includes: confirming whether the screen state is a dual screen state; and performing the obtaining in the case of confirming that the dual screen state is allowed to be met A step of displaying content and second display content.

The allowing dual screen state includes at least one of the following:

When there is no relative motion between the dual screens, the angle between the double screens is an obtuse angle;

When there is relative motion between the dual screens, the trend of the angle between the two screens is increasing;

When there is no relative motion between the dual screens, the relative position of the dual screen is open;

When there is relative motion between the two screens, the relative position of the dual screen changes to open.

In the embodiment of the present disclosure, the displaying the second display content by using the second display screen includes:

Applying the control right of the second display screen to the CPU main controller, and obtaining the control right, pressing the stack top display content of the original second display screen;

The second display content is sent to the top of the second display data cache module.

The following description is made in conjunction with an exemplary implementation scenario. The present disclosure is more suitable for use in an online video playing application, and can solve the problem that the current single-screen mobile phone cannot exit the playing interface and browse other pages of the application during online video playing. At the same time, it is also suitable for text browsing applications, such as web browsers, microblogging and other applications; also suitable for chat applications, such as WeChat and QQ applications, can solve the problem of WeChat chat, can not enter the circle of friends and other issues.

In the first conversion scenario, after detecting the second type of conversion action, the method further includes:

Setting the online video source of the first display to the to-be-played state, sending the online video source to the second display, and starting the online player on the second display to play the video source;

For example, for an online video playing application, it is important to fix the to-be-played state of the first display screen, control it not to enter the playing state, and send the online video source to the second display screen, and start the online player on the second display screen. , play the video source.

In the second conversion scenario, after detecting the second type of conversion action, the method further includes:

Send the chat room interface to the second display.

For example, for the chat application, it is important to identify the chat status of the first display screen, and send the chat room interface to the second display screen, and the first display screen exits to the upper level menu of the chat room for the user to perform subsequent operations.

In the third conversion scenario, after detecting the second type of conversion action, the method further includes:

Identifying the link of the first display screen, and sending the link to the second display screen, and urging the corresponding browser to display according to the attribute of the link.

For example, for a text-based application, it is important to identify a link to the first display screen and send the link to the second display screen, and the corresponding browser is called to display according to the properties of the link.

The following describes the application scenario of the online video playback application.

Referring to FIG. 2, the present disclosure provides a screen display control method applied to a terminal including a first display screen and a second display screen, the method comprising:

Step 210: Determine whether the display scenario of the first display screen meets a predetermined conversion scenario; if yes, continue to step 220, if not, end the process;

In this embodiment, the step 210 may include: determining whether the application corresponding to the display content of the first display screen is an online video playing application; that is, determining whether the video is played in the online video playing application;

In this step, the display content of the first display screen of the terminal is detected as the display interface corresponding to the predetermined application, and the predetermined application is described by taking the Youku online video playback application as an example. Determine whether the current interface is the interface to be played of a video. If yes, the video starts playing as soon as the user clicks the play button.

At step 220, it is confirmed whether the screen state is a dual screen state.

Wherein, it is judged whether the angle of the double screen satisfies the preset condition 1 or the condition 2:

Condition 1: When there is no motion on the dual screen, if the angle between the two screens is obtuse, it is considered that the user wants to turn on the dual display mode; if the angle between the two screens is acute or right angle, the user is not expected to open the dual display mode. ;

Condition 2: The relative motion trajectory of the dual screen, that is, the change trend of the angle between the two screens: if the angle between the two screens tends to open, that is, the angle becomes larger and larger, the user is expected to open the dual screen display. Mode; if the angle between the two screens tends to merge, that is, the angle becomes smaller and smaller, it is considered that the user does not wish to turn on the dual display mode.

In step 230, the target content of the first display screen (ie, the online video source address to be played) is data packaged, and the packaged data is delivered to the data cache module of the first display screen, waiting for data transmission.

In step 240, a handshake mechanism of the data cache module of the first display screen and the second display screen is established, and the data cache module of the first display screen transmits the block-packed target content to the data cache module of the second display screen in real time.

In step 250, the instruction delivery module of the second display screen applies to the CPU main controller for control of the second display screen, and after acquiring the control right, pushes the top display content of the original second display screen onto the stack.

In step 260, after the stacking, the block content in the data buffer module of the second display screen is decapsulated, re-edited into the complete target content (ie, the video source address is about to be played), and the target is The content is sent to the top of the second display data buffer module, the online video player is picked up, and the source address is sent to the player to put the video into the playing state.

In step 270, the target content transmitted by the first display screen is displayed on the second display screen, and the first display screen is still in the free display state, and the display content can be switched.

Through the above process, the split screen display application of the dual screen mobile phone in the online video playing application can be completed. However, in practical applications, in the scenarios including but not limited to the above, the screen is often occupied by existing content (such as full-screen video playback, full-screen chat window, etc.), so that other functions in the application cannot be used at the same time, such as WeChat. When chatting, you must exit the current chat window to view the circle of friends. During the online video playback, the current playback interface (whether or not it is played in full screen) occupies the right to use the entire application. Once you click on other links in the page, you will be redirected to the On the link, the application enters the state in which it is ready to play another video, and the video source that was previously playing is passively quit and cannot continue playing. With this process, the interface being played can be pushed to the second display to continue playing, and since the first display does not enter the playing state, other pages can still be browsed. That is to say, any click link or page jump operation on the first display screen does not affect the video play status on the second display screen.

The following describes the application scenario of the text-based web browsing.

Referring to Fig. 3, the present disclosure proposes a screen display control method applied to a terminal including a first display screen and a second display screen, the method comprising the following steps.

At step 310, it is determined whether the display scene of the first display screen conforms to a predetermined conversion scenario; if so, proceed to step 320, and if not, end the flow.

In this embodiment, the step 310 may include: determining whether the application corresponding to the display content of the first display screen is a microblog application.

Whether the current interface includes a webpage link, that is, as long as the user clicks on the link, the link is opened; if so, the determining step 320 is performed; if not, the process ends.

At step 320, it is confirmed whether the screen state is a dual screen state.

In step 320, it is determined whether the angle of the dual screen meets the preset condition 1 or condition 2:

Subsequently, the first screen display content data is packaged and sent to the second screen, and the display content is presented in the second display screen. The following steps can be included.

In step 330, the target content of the first display screen (ie, the webpage link included in the current microblog body) is data packaged, and the packaged data is delivered to the data cache module of the first display screen, waiting for data transmission.

At step 340, a handshake mechanism of the data cache module of the first display screen and the second display screen is established, and the block-packaged target content is transmitted to the data cache module of the second display screen in real time.

In step 350, the instruction delivery module of the second display screen applies to the CPU main controller for control of the second display screen, and after obtaining the control right, pushes the top display content of the original second display screen onto the stack.

In step 360, after the stacking, the block content in the data buffer module of the second display screen is decapsulated and re-edited into the complete target content (ie, the webpage link included in the current microblog body), and The target content is sent to the top of the second display data cache module, the browser is raised, and the link address is sent to the player, so that the link is normally displayed in the browser.

Then, the process ends, and the target content transmitted by the first display screen is started to be displayed on the second display screen, and the first display screen is still in the free display state, and the display content can be switched.

The following describes the application scenario of the chat class tool application.

Referring to FIG. 4, the present disclosure proposes a screen display control method applied to a terminal including a first display screen and a second display screen, the method comprising the following steps.

At step 410, it is determined whether the display scene of the first display screen conforms to a predetermined conversion scenario; if so, step 420 is continued, and if not, the process ends.

In this embodiment, step 410 may include determining whether the display content of the first display screen includes a chat window interface of the chat tool application.

At step 420, it is confirmed whether the screen state is a dual screen state.

In this step, it is judged whether the angle of the dual screen satisfies the preset condition 1 or the condition 2:

After step 420, the first screen display chat window interface and parameter data are packaged and sent to the second screen, and the chat window is presented in the second display screen, and the user is allowed to continue to operate in the window. The following steps can be included.

In step 430, the parameters of the target content of the first display screen (ie, the current chat window), including contacts, avatars, chat records, etc., are packaged and packaged, and the packaged data is transmitted to the first display screen. Data cache module, waiting for data transfer.

At step 440, a handshake mechanism of the data cache module of the first display screen and the second display screen is established, and the block-packaged target content is delivered to the data cache module of the second display screen in real time.

In step 450, the instruction delivery module of the second display screen applies to the CPU main controller for control of the second display screen, and after acquiring the control right, pushes the top display content of the original second display screen onto the stack.

In step 460, after the stacking, the block content in the data buffer module of the second display screen is decapsulated and re-edited into a complete target content (ie, the second display screen is restored on the original first display screen). Chat window), and the target content is sent to the top of the second display data cache module, the chat room function of the application is adjusted, and the parameters of the decapsulation, including contacts, avatars, chat records, etc., are collected. The chat room is sent to the chat room, and the chat room is normally displayed on the second display screen.

In the embodiment of the present disclosure, a user menu may be set to enable or disable the screen display control function provided by the embodiment of the present disclosure, allowing the user to define the operation instruction; or the menu may not be provided, and the function is directly enabled by default. .

An exemplary user interface change is illustrated with an online video player as an example in conjunction with FIG.

In the embodiment of the present disclosure, the order of the first display screen and the second display screen may be exchanged, that is, after the user manually selects the target content in the second display screen, the target content is moved to the first display screen by using a preset operation instruction. Display, while continuing to display the original content on the second display.

In the embodiment of the present disclosure, the primary and secondary relationship of the first display screen and the second display screen may be exchanged, that is, after the user manually selects the target content in the first display screen, the original first screen display content is moved by a preset operation instruction. The display is displayed to the second display, and the target content is highlighted on the first display. On the contrary, when the user manually selects the target content in the second display screen, the original second screen display content is moved to the first display screen for display, and the target content is highlighted on the second display screen.

In the embodiment of the present disclosure, the user may be allowed to manually select, or perform matching according to the attribute of the target content selected from the first display screen, and select an application for opening the target content. The selection or selection operation includes, but is not limited to, when the target content is a video file, the user may be allowed to manually select a certain player application, or the default player application may be automatically selected from the system according to the attributes of the video file.

Based on the same or similar concepts as the above embodiments, the embodiment of the present disclosure further provides a screen display control device disposed on a terminal including an active screen and a secondary screen. Referring to FIG. 6, a screen display according to the present disclosure is provided. The control device includes a screen display control device disposed in the terminal including at least two display screens, the device comprising:

The manipulation detecting unit 10 is configured to detect whether the manipulation action of the terminal conforms to a predetermined conversion action;

The content obtaining unit 20 is configured to: when detecting that the manipulation action meets a predetermined conversion action, acquire corresponding at least two display contents according to the manipulation action; wherein at least one display content is display content corresponding to the manipulation action;

The display control unit 30 is arranged to display the at least two display contents through different display screens, respectively.

In the embodiment of the present disclosure, the content acquiring unit acquiring the corresponding at least two display contents according to the manipulation action includes: acquiring the first display content and the second display content according to the manipulation action.

The displaying, by the display control unit, the at least two display contents through different display screens respectively: displaying the first display content through the first display screen; and displaying the second display content through the second display screen.

In the embodiment of the present disclosure, the manipulation detecting unit detects whether the manipulation action on the terminal includes detecting whether the manipulation action on the terminal conforms to a predetermined first type of conversion action.

The first type of conversion action includes at least one of the following actions:

a sliding action, wherein the click action corresponding to the start position of the sliding action can trigger to open a new display window, and the sliding direction of the sliding action conforms to a predetermined sliding direction;

Screen rotation action;

When the detected first type of conversion action includes a sliding action, the content acquisition unit acquiring the first display content and the second display content includes: setting a current display content of the first display screen as the first display content; The display content corresponding to the click action corresponding to the start position is set as the second display content;

When the detected first type of conversion action includes a screen rotation action, the content acquisition unit acquiring the first display content and the second display content includes: setting the current display content of the first display screen to the second display content; The display content of the display before the current display content is set to the first display content.

In the embodiment of the present disclosure, the detecting, by the manipulation detecting unit, whether the manipulation action of the terminal conforms to a predetermined conversion action comprises: detecting whether the manipulation action of the terminal conforms to a predetermined second type of conversion action.

The device further includes an enabling unit 40, and the enabling unit is configured to detect whether the display scene of the first display screen meets a predetermined conversion scenario before the manipulation detecting unit detects the manipulation action on the terminal, in the first display In the case where the display scene of the screen conforms to the predetermined conversion scene, the manipulation detecting unit is allowed to detect whether the manipulation action of the terminal conforms to the predetermined second type of conversion action.

In an embodiment of the present disclosure, the conversion scene includes a display scene having a video play window, and the conversion action is a click action that causes the video play window to be hidden.

The obtaining, by the content acquisition unit, the first display content and the second display content includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video playback window as the second display content.

In the embodiment of the present disclosure, the conversion scenario includes a display scenario having a video chat window or a voice chat window, and the second type of conversion action is a click action that causes the video chat window or the voice chat window to be hidden.

The obtaining, by the content obtaining unit, the first display content and the second display content comprises: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video chat window or the voice chat window as the second display content.

In the embodiment of the present disclosure, the conversion scenario includes a display scenario having a microblog browsing window, and the second type of conversion action includes at least one of a video playback request operation or a comment viewing request operation; when the conversion action is a video playback request operation The obtaining, by the content obtaining unit, the first display content and the second display content comprises: setting the current display content of the first display screen as the first display content; and setting the display content corresponding to the request operation of the video playback as the second display content.

When the second type of conversion action is a comment view request operation, the content acquisition unit acquiring the first display content and the second display content includes: setting a current display content of the first display screen as the first display content; and performing a comment viewing request operation The corresponding display content is set to the second display content.

In the embodiment of the present disclosure, the enabling unit is further configured to: before the manipulation detecting unit detects the manipulation action on the terminal, confirm whether the screen state is a dual screen state; and if the confirmation conforms to the allowable dual screen state, perform the detection pair. The steps of the terminal's manipulation action.

The allowing dual screen state includes at least one of the following:

In the embodiment of the present disclosure, the displaying, by the display control unit, the second display content by using the second display screen includes: applying the control right of the second display screen to the CPU main controller, and acquiring the control right, and then placing the top of the original second display screen The display content is pushed onto the stack; the second display content is sent to the top of the second display data cache module.

Based on the same or similar concepts as the above embodiments, the embodiments of the present disclosure further provide a terminal, where the terminal includes any of the screen display control devices provided by the embodiments of the present disclosure.

The terminal in the embodiment of the present disclosure may be a terminal device and device such as a mobile phone and a pad.

It should be noted that the above-mentioned embodiments are only for the purpose of facilitating the understanding of those skilled in the art, and are not intended to limit the scope of the disclosure, and those skilled in the art will Any obvious substitutions and improvements made by the disclosure are within the scope of the present disclosure.

Claims

A screen display control method is applied to a terminal including at least two display screens, the method comprising:

Detecting whether the manipulation action of the terminal conforms to a predetermined conversion action;

When it is detected that the manipulation action meets a predetermined conversion action, the corresponding at least two display contents are acquired according to the manipulation action, wherein at least one of the display content is a display content corresponding to the manipulation action;

The at least two display contents are respectively displayed through different display screens.
The screen display control method according to claim 1, wherein

The obtaining, by the at least two display contents according to the manipulation action, includes:

Acquiring the first display content and the second display content according to the manipulation action;

The displaying the at least two display contents through different display screens respectively includes:

The first display content is displayed by the first display screen; the second display content is displayed by the second display screen.
The screen display control method according to claim 2, wherein the conversion action comprises a first type of conversion action;

The first type of conversion action includes at least one of the following actions:

a sliding action, wherein the click action corresponding to the start position of the sliding action can trigger to open a new display window, and the sliding direction of the sliding action conforms to a predetermined sliding direction;

Screen rotation action;

When the first type of conversion action includes the sliding action, the acquiring the first display content and the second display content includes: setting the current display content of the first display screen as the first display content; and clicking the corresponding position of the starting position of the sliding action The display content corresponding to the action is set to the second display content;

When the first type of conversion action includes the screen rotation action, the acquiring the first display content and the second display content includes: setting the current display content of the first display screen to the second display content; and displaying the first display screen on the current display content The previous display content is set to the first display content.
The screen display control method according to claim 2, wherein the conversion action comprises a second type of conversion action;

The detecting whether the manipulation action of the terminal conforms to a predetermined conversion action comprises:

Detecting whether the manipulation action of the terminal conforms to a predetermined second type of conversion action;

Before the detecting the action on the terminal, the method further includes:

Detecting whether the display scene of the first display screen meets a predetermined conversion scenario, and if the display scenario of the first display screen meets a predetermined conversion scenario, performing whether the detection action on the terminal conforms to a predetermined second type of conversion action A step of.
The screen display control method according to claim 4, wherein

The conversion scenario includes at least one of the following scenarios:

The conversion scene includes a display scene having a video play window;

The conversion scenario includes a display scenario having a video chat window or a voice chat window;

The conversion scenario includes a display scenario having a microblog browsing window;

In the case that the conversion scene includes a display scene having a video play window, the predetermined second type of conversion action includes a click action that causes the video play window to be hidden; the acquiring the first display content and the second display The content includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video playback window as the second display content;

In the case that the conversion scenario includes a display scene having a video chat window or a voice chat window, the predetermined second type of conversion action includes a click action that causes the video chat window or the voice chat window to be hidden; The display content and the second display content include: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video chat window or the voice chat window as the second display content;

In the case that the conversion scenario includes a display scenario having a microblog browsing window, the second type of conversion action includes at least one of a video playback request operation or a comment viewing request operation; and the second type of conversion action is a video playback request operation. The obtaining the first display content and the second display content includes: setting the current display content of the first display screen as the first display content; setting the display content corresponding to the request operation of the video playback as the second display content; When the second type of conversion action is a comment view request operation, the obtaining the first display content and the second display content includes: setting the current display content of the first display screen as the first display content; setting the display content corresponding to the comment viewing request operation Display content for the second.
The screen display control method according to any one of claims 2 to 5, further comprising: before the detecting the action on the terminal;

Confirming whether the screen state is a dual screen state; in the case of confirming that the dual screen state is allowed to be met, performing the step of detecting the manipulation action on the terminal;

The allowing dual screen state includes at least one of the following:

When there is no relative motion between the dual screens, the angle between the double screens is an obtuse angle;

When there is relative motion between the dual screens, the trend of the angle between the two screens is increasing;

When there is no relative motion between the dual screens, the relative position of the dual screen is open;

When there is relative motion between the two screens, the relative position of the dual screen changes to open.
The screen display control method according to claim 2, wherein the obtaining the first display content and the second display content according to the manipulation action comprises:

When the control action is to start the second application, the output display screen corresponding to the first application is switched from the first display screen to the second display screen, and the corresponding first display content is generated, and the output display screen corresponding to the second application is set. a first display screen; and generating a corresponding first display content; wherein the first application is a current application of the first display screen before the manipulation action captures;

When the control action is to activate the second function of the first application, the output display screen corresponding to the second function of the first application is switched from the first display screen to the second display screen, and the corresponding first display content is generated, and the first The output display screen of the second function of the application is set as the first display screen; and the corresponding first display content is generated; wherein the first function of the first application is the current application function of the first display screen before the manipulation action capture.
The screen display control method according to claim 2, wherein the displaying the second display content through the second display screen comprises:

Applying the control right of the second display screen to the CPU main controller, and obtaining the control right, pressing the stack top display content of the original second display screen;

The second display content is sent to the top of the second display data cache module.
A screen display control device is disposed in a terminal including at least two display screens, the device comprising:

Manipulating the detecting unit, configured to detect whether the control action of the terminal conforms to a predetermined switching action;

The content acquisition unit is configured to acquire at least two corresponding display contents according to the manipulation action when the manipulation action is detected to be in accordance with the predetermined conversion action; wherein the at least one display content is the display content corresponding to the manipulation action;

A display control unit is configured to display the at least two display contents through different display screens, respectively.
The screen display control device according to claim 9, wherein

The obtaining, by the content obtaining unit, the corresponding at least two display contents according to the manipulation action includes:

Acquiring the first display content and the second display content according to the manipulation action;

Displaying, by the display control unit, the at least two display contents through different display screens respectively includes:

The first display content is displayed by the first display screen; the second display content is displayed by the second display screen.
The screen display control device according to claim 10, wherein

The manipulation detecting unit detects whether the manipulation action on the terminal includes detecting whether the manipulation action of the terminal conforms to a predetermined first type of conversion action:

The first type of conversion action includes at least one of the following actions:

a sliding action, wherein the click action corresponding to the start position of the sliding action can trigger to open a new display window, and the sliding direction of the sliding action conforms to a predetermined sliding direction;

Screen rotation action;

When the detected first type of conversion action includes a sliding action, the content acquisition unit acquiring the first display content and the second display content includes: setting a current display content of the first display screen as the first display content; The display content corresponding to the click action corresponding to the start position is set as the second display content;

When the detected first type of conversion action includes a screen rotation action, the content acquisition unit acquiring the first display content and the second display content includes: setting the current display content of the first display screen to the second display content; The display content of the display before the current display content is set to the first display content.
The screen display control device according to claim 10, wherein the manipulation detecting unit detects whether the manipulation action of the terminal conforms to a predetermined conversion action comprises:

Detecting whether the manipulation action of the terminal conforms to a predetermined second type of conversion action;

The device further includes an enabling unit, the enabling unit is configured to detect whether the display scene of the first display screen conforms to a predetermined conversion scenario before the manipulation detecting unit detects the manipulation action on the terminal, in the first display screen In the case where the display scene conforms to the predetermined conversion scene, the manipulation detecting unit is allowed to detect whether the manipulation action on the terminal conforms to the predetermined second type of conversion action.
The screen display control device according to claim 12, wherein

The conversion scenario includes at least one of the following scenarios:

The conversion scene includes a display scene having a video play window;

The conversion scenario includes a display scenario having a video chat window or a voice chat window;

The conversion scenario includes a display scenario having a microblog browsing window;

In the case that the conversion scene includes a display scene having a video play window, the predetermined second type of conversion action includes a click action that causes the video play window to be hidden; the content acquisition unit acquires the first display content and The second display content includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video playback window as the second display content;

In the case that the conversion scene includes a display scene having a video chat window or a voice chat window, the predetermined second type of conversion action includes a click action that causes the video chat window or the voice chat window to be hidden; the content acquisition The acquiring the first display content and the second display content by the unit includes: setting the display content corresponding to the manipulation action as the first display content, and setting the display content corresponding to the video chat window or the voice chat window as the second display content;

In the case that the conversion scene includes a display scene having a microblog browsing window, the predetermined second type of conversion action includes at least one of a video play request operation or a comment view request operation; and the second type of conversion action is video playback When the content acquisition unit acquires the first display content and the second display content, the first display content is set as the first display content, and the display content corresponding to the request operation of the video playback is set to the second. Display content;

When the second type of conversion action is a comment view request operation, the content acquisition unit acquiring the first display content and the second display content includes:

Setting the current display content of the first display screen as the first display content; setting the display content corresponding to the comment viewing request operation as the second display content.
The screen display control device according to any one of claims 10 to 13, wherein the enabling unit is further configured to confirm whether the screen state is a dual screen state before the manipulation detecting unit detects the manipulation action on the terminal; The step of detecting the manipulation action on the terminal is performed in a case where the dual screen state is allowed;

The allowing dual screen state includes at least one of the following:

When there is no relative motion between the dual screens, the angle between the double screens is an obtuse angle;

When there is relative motion between the dual screens, the trend of the angle between the two screens is increasing;

When there is no relative motion between the dual screens, the relative position of the dual screen is open;

When there is relative motion between the two screens, the relative position of the dual screen changes to open.
The screen display control device according to claim 9, wherein the displaying, by the display control unit, the second display content by using the second display screen comprises:

Applying the control right of the second display screen to the CPU main controller, and obtaining the control right, pressing the stack top display content of the original second display screen;

The second display content is sent to the top of the second display data cache module.
A terminal, wherein the terminal comprises any of the screen display control devices provided in claims 9-15.