WO2013185658A1

WO2013185658A1 - Method for entering functional interface in a screen locked state of mobile terminal and mobile terminal

Info

Publication number: WO2013185658A1
Application number: PCT/CN2013/078432
Authority: WO
Inventors: 高俊; 童龙仓
Original assignee: 中兴通讯股份有限公司
Priority date: 2012-07-17
Filing date: 2013-06-28
Publication date: 2013-12-19
Also published as: CN103543926A

Abstract

A method for entering a functional interface in a screen locked state of a mobile terminal, which is applied in a mobile terminal equipped with a touchscreen, comprising: when in a screen locked state of a user interface, displaying a polytope in an initial state on a touchscreen, and detecting a touch gesture applied on a region where the polytope is located; if the detected touch gesture corresponds to a preset first polytope state conversion gesture, holding the screen locked state of the user interface, and converting the display state of the polytope from the initial state to a second state, wherein when in the second state, on at least some faces of the polytope is displayed an icon of an application bound to the faces; and after it is detected that a face on the polytope in the second state is selected, directly entering an interface of an application bound to the face. The present invention simplifies the operation procedure for a user to enter an application interface of a mobile terminal in a screen locked state, and can customize different interfaces according to user demand, improving the user experience and facilitating user operations.

Description

Method for entering function interface and mobile terminal in state of lock screen of mobile terminal

Technical field

The present invention relates to the field of mobile communications, and in particular, to a method for entering a function interface in a state in which a mobile terminal is locked, and a mobile terminal.

Background technique

In recent years, with the rapid development of mobile communication technologies, mobile phones have become popular and more powerful. With a good user experience and a stylish appearance, the touch-enabled mobile phone has gradually become the mainstream of development. In order to save power and prevent misuse, the user is provided with a lock screen and an unlock function on the touch screen phone. Mobile phone users usually like to set commonly used application functions such as cameras, music players, etc. on the standby desktop of the mobile phone, and click on these shortcuts to enter the corresponding function interface.

However, when the mobile phone is in the lock screen state, the user usually needs to go through the process of unlocking, clicking into the main menu or sliding the standby desktop, clicking the shortcut, etc. to enter the corresponding function interface, the process is cumbersome, time-consuming and laborious, and is not conducive to the user experience and Personalized needs.

Summary of the invention

The embodiments of the present invention provide a method for entering a function interface in a screen lock state of a mobile terminal and a mobile terminal, so as to solve the cumbersome defect of the existing process of entering the function interface.

In order to solve the above problem, the present invention provides a method for entering a function interface in a screen lock state of a mobile terminal, which is applied to a mobile terminal configured with a touch screen, and includes:

When in the state of the user interface lock screen, the polyhedron in the initial state is displayed on the touch screen, and the contact gesture acting on the area where the polyhedron is located is detected;

If the detected contact gesture corresponds to the preset first polyhedral state transition gesture, maintaining the user interface lock screen state, and changing the display state of the polyhedron from the initial state to the state 2; wherein, when in the state 2, An icon of an application to which the face is bound is displayed on at least a portion of the polyhedron; After detecting that one face on the polyhedron in state two is selected, it directly enters the interface of the application to which the face is bound.

The method further includes: when detecting that the user confirms to exit the interface of the selected face-bound application, setting the user interface to an unlocked state.

The preset first polyhedral state transition gesture is: moving the contact along the touch screen while maintaining continuous contact with two points on the polyhedron, and moving the two contacts on the touch screen before moving The linear distance is less than the linear distance of the two contacts on the touch screen after the movement.

The method further includes binding an application on a face on the polyhedron by: when the display state of the polyhedron is in state two, if a binding to a face on the polyhedron is detected on the touch screen a fixed action, displaying a list of all applications on the mobile terminal on the touch screen;

After detecting that an application in the list is selected, the unique identification information of the selected application is saved as an application identifier corresponding to the surface, and the icon of the selected application is saved as a texture icon corresponding to the surface, and The information about the selected application is saved as the application startup information corresponding to the face; wherein, after detecting that a face on the polyhedron in state 2 is selected, directly entering the interface of the application bound to the face The steps include:

After detecting a face on the polyhedron in the second state, the application identifier corresponding to the face is obtained, and then the application identifier is used to obtain the application startup information corresponding to the application identifier, and the information is entered according to the application startup information. The interface of the application to which this face is bound.

The mobile terminal displays a system default icon on a face of the polyhedron that is not bound to the specific application. The method further includes:

If the detected contact gesture corresponds to the preset second polyhedral state transition gesture, the user interface lock screen state is maintained, and the display state of the polyhedron is converted from the state 2 to the initial state; wherein, the pre- The second polyhedral state transition gesture is: maintaining the contact along the touch screen while maintaining continuous contact with the two points on the polyhedron, and the linear distance of the two contacts on the touch screen before moving is greater than The linear distance of the two contacts on the touch screen after moving.

The method further includes: When the display state of the polyhedron is in the state 2, when it is detected that a dragging action acts on the polyhedron, the mobile terminal rotates and displays the polyhedron in a dragging direction.

Correspondingly, the present invention further provides a mobile terminal, configured with a touch screen, comprising: a display module, configured to: display the polyhedron in an initial state on the touch screen when the mobile terminal is in a user interface lock screen state; And, when the contact gesture detected by the detecting module corresponds to the preset first polyhedral state transition gesture, converting the display state of the polyhedron from the initial state to the state 2; wherein, when in the state 2, the An icon of the application to which the face is bound is displayed on at least a portion of the polyhedron;

a detecting module, configured to detect a contact gesture acting on an area where the polyhedron is located; and a state setting module configured to: when the contact gesture detected by the detecting module corresponds to a preset first polyhedral state transition gesture Keep the user interface lock screen status;

And a function starting module, configured to directly enter an interface of the application to which the face is bound after the detecting module detects that one face on the polyhedron in the state 2 is selected.

The status setting module is further configured to set the user interface to an unlocked state when the detecting module detects that the user selects to exit the interface of the selected face-bound application.

The mobile terminal further includes a storage module, where

The display module is further configured to display, on the touch screen, all the mobile terminals on the touch screen when the detecting module detects a binding action on a face on the polyhedron in state two List of applications;

The storage module is configured to: after the detecting module detects that an application in the list is selected, save the unique identification information of the selected application as an application identifier corresponding to the surface, and select the selected application The icon is saved as a texture icon corresponding to the face, and the information for starting the selected application is saved as the application startup information corresponding to the face;

The function activation module is configured to detect that the detection module is in the second state After the face of the face is selected, the interface of the application to which the face is bound is directly accessed as follows: the application identifier corresponding to the face is obtained, and then the application identifier is obtained from the storage module according to the application identifier. The application startup information is used to enter the interface of the application bound to the face according to the application startup information.

The display module is further configured to display a system default icon on a face of the polyhedron that is not bound to a particular application.

The display module is further configured to rotate the polyhedron in a dragging direction when the detecting module detects that a dragging action is applied to the polyhedron in the second state.

After the invention is used, the operation flow of the user entering the function interface of the mobile terminal in the lock screen state is simplified, and different function interfaces can be customized according to the needs of the user, thereby improving the user experience and facilitating the user operation. BRIEF abstract

1 is a flow chart of a method for entering a function interface in a state in which a mobile terminal is locked in a screen according to an embodiment of the present invention;

2 is a multi-faceted display effect diagram in an initial state in the embodiment of the present invention;

3 is a schematic diagram showing a list of function information included in each side of a polyhedron in the embodiment of the present invention; FIG. 4 is a view showing a display effect of a polyhedron in a state 2 according to an embodiment of the present invention;

5 is a flow chart of transitioning from a initial state to a state 2 in a polyhedron according to an embodiment of the present invention; FIG. 6 is a diagram showing an effect of a polyhedral state transition animation in an embodiment of the present invention;

7 is a flow chart showing any application of any surface binding system on a polyhedron in an embodiment of the present invention;

8 is a schematic diagram showing an application list display in an embodiment of the present invention;

FIG. 9 is a schematic structural diagram of a mobile terminal according to an embodiment of the present invention. Preferred embodiment of the invention Embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be noted that, in the case of no conflict, the features in the embodiments and the embodiments in the present application may be arbitrarily combined with each other.

A method for directly entering a function interface in a screen lock state of a mobile terminal is applied to a mobile terminal configured with a touch screen, and includes the following steps:

Step 1: When the user interface is locked, the polyhedron in the initial state is displayed on the touch screen, and the contact gesture acting on the area where the polyhedron is located is detected; Step 2: If the detected contact gesture corresponds to the preset first The polyhedral state transition gesture maintains the user interface lock screen state, and converts the display state of the polyhedron from the initial state to the state 2; wherein, when in state 2, at least part of the facet of the polyhedron is bound to the face Icon of the application;

Step 3: After detecting that a face on the polyhedron in state 2 is selected, directly enter the interface of the application to which the face is bound.

In addition, since the polyhedron is a three-dimensional object including a plurality of faces, when the state 2 is detected, when a dragging action is detected on the polyhedron, the mobile terminal can rotate the polyhedron in the dragging direction to The user is enabled to obtain a plurality of different faces operable on the polyhedron on the touch screen.

In the above step 2, the preset first polyhedral state transition gesture may be to keep the contact along the touch screen while maintaining continuous contact with two points on the polyhedron, and the movement direction of each contact may be the same, or Not the same, and the linear distance of the two contacts on the touch screen before moving is smaller than the linear distance of the two contacts on the touch screen after moving.

As shown in FIG. 1 , a method for entering a function interface in a screen lock state of a mobile terminal is applied to a touch screen mobile phone as an example, and specifically includes:

Step 11: The phone triggers the default operation and enters the lock screen state. Once the default action satisfies any lock screen conditions, the phone can be switched from another state to a lock screen state. These lock screen conditions may include, but are not limited to, the following events: Exceeding a preset no-operation event time, detecting a user-selected lock screen program, and the like.

In the state of the phone lock screen, in addition to the system default display information, such as: time, cycle, signal strength, emergency call, battery charging information, alarm clock, etc., an initial display is also displayed on the touch screen. The polyhedron of the state, as shown in Figure 2. On the outside of the polyhedron, an unlocking message can also be displayed, such as long press to unlock in the figure.

The polyhedron has a 3D stereo effect and is composed of a plurality of independent faces. The polyhedron may be a six-sided cube, a dodecahedron, a hexahedron or the like having a multi-faceted three-dimensional effect. In the initial state, the size of the polyhedron may not be limited, and should not be too large, and does not exceed the size of the polyhedron in the second state in step 13.

In this embodiment, the multi-faceted body can be created by the 3D processing function for performing graphics processing in the mobile phone operating system, and the 3D processing function can be implemented by using the currently popular OpenGL (Open Graphics Library). For example, the method for establishing a polyhedron includes: using a software such as 3DMAX to create a 3D model of each face of the polyhedron, and then using the 3D processing function to load the above 3D model to form each face of the polyhedron, and then forming the polyhedron from these faces and displaying In the phone.

In this embodiment, the mobile phone can save the relationship between each face in the polyhedron according to the policy. This strategy involves saving the information of each face of the polyhedron in an array order. For example, according to the number of faces contained in the polyhedron, an array of corresponding size is defined, and the reference of the function information of each face is stored in the array in a customized order.

As shown in FIG. 3, the function information of each face includes: texture icon, application start information, application identifier, three-dimensional coordinate information, and the like. A texture icon is an icon of an application that is bound to the face displayed on the face; the application startup information saves information required by the system to launch the application (eg, the application's package name, class name, or operating system-defined application) The information related to the startup method); the application identifier is the unique identification information of the application bound to the face in the operating system; the mobile phone uses the three-dimensional coordinates to calculate the relative position of the corresponding face in the system, and constitutes the final polyhedron.

Step 12: When the polyhedron is in the initial state, when an unlocking action is detected to act on the polyhedron, the mobile phone unlock state is entered. The unlocking action means that a predetermined unlocking gesture is detected on the touch screen. The predetermined unlocking gesture may be contacting the polyhedron on the touch screen and keeping the contact time with the polyhedron longer than the time set by the operating system, such as 0.5 seconds; of course, the predetermined unlocking gesture may be used in other manners, as long as the guarantee is The preset first polyhedral state transition gesture and the second polyhedral state transition gesture are both different.

Step 13: When the polyhedron is in the initial state, when the first polyhedral state transition hand is detected When the potential acts on the polyhedron, the display state of the polyhedron is transitioned from the initial state through the animation effect to the state 2, as shown in FIG. When it is detected that a second polyhedral state transition gesture acts on the polyhedron, the display state of the polyhedron is transitioned from the state 2 through the animation to the initial state.

In this example, the predetermined first polyhedral state transition gesture may be: on the touch screen, having two contacts with the location of the polyhedron, and moving the contacts along the screen while maintaining continuous contact with the touch screen, each The directions of the contacts are not necessarily the same. After moving, the linear distance of the two contacts on the touch screen is greater than the linear distance of the two contacts on the touch screen before moving. The predetermined second polyhedral state transition gesture may be: on the touch screen, having two contacts with the position of the polyhedron, and moving the contacts along the screen while maintaining continuous contact with the touch screen, the direction of each contact is not It must be the same. After moving, the linear distance between the two contacts on the touch screen is smaller than the linear distance between the two contacts on the touch screen before moving.

For the above polyhedron, the difference between the state 2 and the initial state includes, but is not limited to, any one or any combination of the following aspects: the size, shape, and texture icon of the polyhedron. Typically, the size of the polyhedron in state two is greater than the size in the initial state, but the shape remains the same in both states.

As shown in FIG. 5, the steps of transitioning the polyhedron from the initial state to the state 2 include:

Step 131: According to a preset strategy, if it is determined that the shape changes when the polyhedron is switched from the initial state to the state 2, the polyhedral model of the loading state 2 replaces the initial state model, otherwise the polyhedral model remains unchanged;

Step 132: Read the application identifier corresponding to each face. For each face, if it is determined that the application identification information corresponding to the face is empty, the application identifier corresponding to the face is the default value of the system, and the icon of the application corresponding to the default value of the system may be a plus sign or other The default icon that can be given to the user is used to prompt the user that the face is not currently associated with any application. The user can customize the face to be bound to other specific applications.

Step 133: Obtain a texture icon, application startup information, and the like corresponding to the face according to the application identifier corresponding to each face. If the app ID is the system default, the system default icon is obtained.

Step 134: For each face on the polyhedron, set the texture icon of the face to the acquired texture icon and display it in the touch screen, and cache the application start information corresponding to the face. The transition animation effects include the effect of progressively zooming in and out of the polyhedron based on the 3D processing function. As shown in FIG. 6, after detecting the first polyhedral state transition gesture, the polyhedral size is transformed based on a linear function starting from the initial time, or a different polyhedral model is loaded (step 131), so that the polyhedron is directly converted from the initial state to the state. two. When the second polyhedral state transition gesture is detected, the opposite process is performed when the polyhedron transitions from state two to the initial state.

Step 14: On the polyhedron in state two, for the face to which the specific application is bound, the icon of the application is displayed on the touch screen, and for the face that is not bound to the specific application, the system default icon is displayed.

The user can operate the polyhedron by dragging and dropping, and multiple different faces of the polyhedron can be obtained on the touch screen. The drag action in this example refers to performing a predetermined gesture on the touch screen, the predetermined gesture including contacting the touch screen (initialized state), and keeping the contact along the screen while maintaining continuous contact with the touch screen (sliding state). The polyhedron calculates the direction and distance of the contact movement based on the difference between the initial state of the sliding motion and the contact position of the sliding state on the touch screen. The polyhedron is rotated based on the 3D processing function according to the direction and distance of the contact movement.

The user can also bind any face on the polyhedron to any one of the systems according to his or her own needs. As shown in Figure 7, the following steps are specifically included:

Step 141: Detect a binding action for a face on the polyhedron on the touch screen. The binding action is similar to the unlock action, and a predetermined gesture needs to be performed on the face on the touch screen. The predetermined gesture includes contacting the location of the face (initialized state) and maintaining contact for more than the time set by the operating system, such as 0.5 seconds (complete the gesture);

Step 142: Obtain information of all applications in the current mobile phone, and display an application list on the touch screen. As shown in FIG. 8 , if the touch screen cannot display the entire application list, the list may be scrolled by a sliding action;

Step 143: After detecting an application in the selected list, the application identifier corresponding to the face is set to the unique identification information of the selected application and stored in the mobile phone, and the binding of the face to the application is completed.

Step 144: Return to the user interface lock screen state, and obtain the icon of the application according to the application identifier saved in step 143, and the texture icon corresponding to the surface is displayed on the touch screen in the area where the surface is located; Step 15: When it is detected that a selected action acts on a certain face of the bound application, directly enters the corresponding application interface.

The above selected action refers to performing a predetermined gesture on the touch screen. The predetermined gesture includes contact with the area of the face on the touch screen (initialization state), and the duration of the contact does not exceed the time set by the system.

After detecting the selected action, reading the application startup information corresponding to the face for the face affected by the selection action; if the application startup information can be read, the application is started according to the information; If it fails, a pop-up message window informs the user that the application does not exist.

After the user finishes the operation of the above application, the user can directly enter the unlock state of the mobile phone user interface. In summary, the embodiment can meet the requirements of quickly reaching the required application function interface under the state of the user application interface lock screen. In this embodiment, the user can flexibly set the application function information in the lock screen state to meet the requirements of the user's personalized setting.

As shown in FIG. 9 , in this embodiment, a mobile terminal is configured with a touch screen, and includes: a display module, configured to: when the mobile terminal is in a user interface lock screen state, display on the touch screen a polyhedron of an initial state; and, when the contact gesture detected by the detecting module corresponds to the preset first polyhedral state transition gesture, converting the display state of the polyhedron from the initial state to the state 2; wherein, in the state 2 An icon of an application to which the face is bound is displayed on at least a portion of the polyhedron;

And a function starting module, configured to directly enter an interface of the application to which the face is bound after the detecting module detects that a certain face on the polyhedron in the state 2 is selected.

Preferably,

The state setting module is further configured to set the user interface to an unlocked state when the detecting module detects that the user selects to exit the interface of the selected face-bound application. Preferably,

The preset first polyhedral state transition gesture detected by the detecting module is: keeping the contact along the touch screen while maintaining continuous contact with two points on the polyhedron, and the two contacts are in front of moving The linear distance on the touch screen is less than the linear distance of the two contacts on the touch screen after the movement.

Preferably, the mobile terminal further includes a storage module, where

The display module is further configured to display, on the touch screen, all applications on the mobile terminal when the detecting module detects a binding action on a certain face on the polyhedron in state two on the touch screen List

The function activation module is configured to directly enter an interface of the application bound to the surface after the detection module detects that a certain surface on the polyhedron in the second state is selected: acquiring the face The application identifier is obtained, and then the corresponding application startup information is obtained from the storage module according to the application identifier, and enters an interface of the application according to the application startup information.

Preferably,

The display module is further configured to display a system default icon on a face of the polyhedron that is not bound to the particular application.

Preferably,

One of ordinary skill in the art will appreciate that all or a portion of the above steps may be performed by a program to instruct the associated hardware, such as a read only memory, a magnetic disk, or an optical disk. Alternatively, all or part of the steps of the above embodiments may also be implemented using one or more integrated circuits. Correspondingly, each module/unit in the above embodiment can be used The form of hardware implementation can also be implemented in the form of software function modules. The invention is not limited to any specific form of combination of hardware and software.

The above description is only a preferred embodiment of the present invention and is not intended to limit the scope of protection of the present invention. In view of the present invention, various other modifications, equivalents, improvements, etc., should be made without departing from the spirit and scope of the invention. It is included in the scope of protection of the present invention.

Industrial applicability

Compared with related technologies, the method and the terminal provided by the embodiments of the present invention simplify the operation flow of the user entering the function interface of the mobile terminal in the lock screen state, and can customize different function interfaces according to the needs of the user, thereby improving the user experience. It is convenient for users to operate.

Claims

claims

1. A method of entering the functional interface when the mobile terminal is locked, applied to mobile terminals equipped with a touch screen, including:

When the user interface is in the lock screen state, display the polyhedron in the initial state on the touch screen, and detect the contact gesture acting on the area where the polyhedron is located;

If the detected contact gesture corresponds to the preset first polyhedron state conversion gesture, the user interface lock screen state is maintained, and the display state of the polyhedron is converted from the initial state to state two; wherein, when in state two, At least some of the faces of the polyhedron display an icon of the application bound to the face; and

After detecting that a face on the polyhedron in state two is selected, the interface of the application bound to the face is directly entered.

2. The method of claim 1, further comprising: setting the face to an unlocked state.

3. The method of claim 1, wherein,

The preset first polyhedron state transition gesture is: moving the contact points along the touch screen while maintaining continuous contact with two points on the polyhedron, and the two contact points on the touch screen before moving The straight-line distance is smaller than the straight-line distance between the two contacts on the touch screen after movement.

4. The method of claim 1, further comprising binding applications to faces on the polyhedron in the following manner:

When the display state of the polyhedron is in state two, if a binding action for one face of the polyhedron is detected on the touch screen, a list of all applications on the mobile terminal is displayed on the touch screen. ; as well as

When it is detected that an application in the list is selected, the unique identification information of the selected application is saved as the application identification corresponding to the face, and the icon of the selected application is saved as the texture icon corresponding to the face. , save the information about starting the selected application as the application startup information corresponding to the face; wherein, after detecting that a face on the polyhedron in state two is selected, enter directly The steps of the interface of the application bound to this surface include:

After detecting that a face on the polyhedron in state two is selected, the application identifier corresponding to the face is obtained, and then the application startup information corresponding to the application identifier is obtained from the application identifier, and the entry is entered according to the application startup information. The interface of the application bound to this surface.

5. The method according to claim 1 or 4, wherein,

The mobile terminal displays a system default icon on a side of the polyhedron that is not bound to a specific application.

6. The method of claim 1, further comprising:

If the detected contact gesture corresponds to the preset second polyhedron state conversion gesture, the user interface lock screen state is maintained, and the display state of the polyhedron is converted from the state two to the initial state; wherein, the preset Assume that the second polyhedron state transition gesture is: moving the contact points along the touch screen while maintaining continuous contact with two points on the polyhedron, and the straight-line distance between the two contact points on the touch screen before moving is greater than The straight-line distance between the two contacts on the touch screen after movement.

7. The method of claim 1, further comprising:

When the display state of the polyhedron is in state two and a drag action is detected on the polyhedron, the mobile terminal rotates and displays the polyhedron along the drag direction.

8. A mobile terminal equipped with a touch screen, including:

A display module configured to: display a polyhedron in an initial state on the touch screen when the mobile terminal is in a user interface lock screen state; and, the contact gesture detected by the detection module corresponds to the preset first polyhedron. When the polyhedron state conversion gesture is performed, the display state of the polyhedron is converted from the initial state to state two; wherein, when in state two, at least part of the polyhedron has an icon of the application bound to the surface displayed on it;

a detection module, which is configured to detect a contact gesture acting on the area where the polyhedron is located; a state setting module, which is configured to: when the contact gesture detected by the detection module corresponds to the preset first polyhedron state conversion gesture, Keep the user interface locked; and

The function startup module is configured to directly enter the interface of the application bound to the face after the detection module detects that a face on the polyhedron in state two is selected.

9. The mobile terminal as claimed in claim 8, wherein,

The status setting module is also configured to set the user interface to an unlocked state when the detection module detects that the user chooses to exit the interface of the application bound to the selected face.

10. The mobile terminal as claimed in claim 8, wherein,

11. The mobile terminal of claim 8, further comprising a storage module, wherein,

The display module is further configured to: when the detection module detects a binding action on a face of the polyhedron in state two on the touch screen, display on the touch screen the information on the mobile terminal. List of all applications;

The storage module is configured to: after the detection module detects that an application in the list is selected, save the unique identification information of the selected application as the application identification corresponding to the page, and save the selected application's unique identification information. The icon is saved as the texture icon corresponding to the side, and the information for starting the selected application is saved as the application startup information corresponding to the side;

The function startup module is configured to directly enter the interface of the application bound to the face in the following manner after the detection module detects that a face on the polyhedron in state 2 is selected: Obtain the corresponding face of the face The application identifier is obtained, and then the application startup information corresponding to the application identifier is obtained from the storage module according to the application identifier, and then the interface of the application bound to the interface is entered according to the application startup information.

12. The mobile terminal according to claim 8 or 11, wherein,

The display module is also configured to display a system default icon on a side of the polyhedron that is not bound to a specific application.

13. The mobile terminal as claimed in claim 8, wherein,

The display module is further configured to rotate and display the polyhedron along the drag direction when the detection module detects that a drag action is applied to the polyhedron in state two.