TWD225216S - Dynamic graphical user interface for display screen - Google Patents

Abstract

[Use of item]; The partial design requested for protection is used to display scene maps and other functional entrances. ;[Design Description];The dotted chain line shown in the figure is used to define the boundaries of the display screen or its parts, and is a part of the design that is not recommended in this case. ;The dotted lines shown in the figure are the parts of this case that are not designed. ;The "X" in this interface represents the text content area, including text, numbers, directions, user names, time, etc. The specific text or number content does not limit the scope of protection of this design. ;The rear view, left view, right view, top view and bottom view of this design are omitted because they do not involve key design points. ;This case is a graphical user interface with a changing appearance. Each view disclosed in the diagram can be generated from the front view 1 and is an image design with multiple different changing appearances. ; Design 1 (Front View 1) is a scene map interface. When the user enters the current interface, a rotating pattern grows around the text in the middle of the interface. At the same time, the text gradually shrinks, showing Design 1 (Front View 1) to Design 1 The dynamic change effect of interface change state diagram 2 (interface change state diagram 2 of front view 1). Subsequently, the text and rotating shape pattern in the middle of the interface are further reduced, and a pattern of a petal-shaped module is generated in a line growth manner from the center. The function entry control of the module is displayed on the petals, showing the interface change status of Design 1, Figure 2 to Design 1 dynamic change effect of interface change state diagram 3 (interface change state diagram 3 of front view 1). Then the pattern of the second petal-shaped module grows (when the second module is fully presented, the circular arrangement pattern on the first module disappears), showing the interface change state of Design 1 Figure 3 (front view 1 of The dynamic change effect from the interface change status diagram 3) to the interface change status diagram 4 of Design 1 (the interface change status diagram 4 of the front view 1). Then the pattern of the third petal-shaped module grows (when the third module is fully presented, the circular arrangement pattern on the second module disappears), showing the interface change state of Design 1 Figure 4 (front view 1 of 1) The dynamic change effect from the interface change status diagram 4) to the interface change status diagram 5 of Design 1 (the interface change status diagram 5 of the front view 1). Then the pattern of the last petal-shaped module is generated. Multiple function entrance controls of this module are displayed on the petal module, showing the interface change status of Design 1 (Figure 5 of the interface change status of Front View 1) to the interface change of Design 1. The dynamic change effect of state diagram 6 (interface change state diagram 6 of front view 1). Then the multiple function entry controls on the right side (that is, the last generated) petal module were replaced by an integrated function control, showing the design 1 interface change state diagram 6 (interface change state diagram 6 of front view 1) to the design 1 interface The dynamic change effect of the changing state diagram 7 (the interface changing state diagram 7 of the front view 1).

Description

Dynamic graphical user interface for display screen

The partial design requested for protection is used to display scene maps and other function entrances.

The dotted line shown in the figure is used to define the boundary of the display screen or part thereof, which is not a part of the design claimed in this case.

The dotted line diagram shown in the figure is the part of the design that is not advocated in this case.

The "X" in the interface represents the text content area, including text, numbers, directions, user names and time, etc. The specific text or digital content does not limit the scope of protection of this design.

The rear view, left view, right view, top view and bottom view of this design are omitted because they do not involve design points.

This case is a graphical user interface with changing appearances, and the views disclosed in the diagrams can be generated from the front view 1, which is a plurality of image designs with different changing appearances.

Design 1 (front view 1) is the scene map interface. When the user enters the current interface, a rotating pattern grows around the text in the middle of the interface, and the text gradually shrinks, showing design 1 (front view 1) to design 1 The dynamic change effect of interface change state diagram 2 (interface change state diagram 2 of front view 1). Afterwards, the text and rotating shape patterns in the middle of the interface were further reduced, and grew from the center in the form of lines to generate the pattern of a petal-shaped module. The function entry controls of the module were displayed on the petals, showing the interface change state of Design 1 from Figure 2 to Dynamic change effect of Design 1 Interface Change State Figure 3 (Interface Change State Figure 3 of Front View 1) fruit. Then the pattern of the second petal-shaped module grows (when the second module is fully presented, the circular arrangement pattern on the first module disappears), showing the design 1 interface change state Figure 3 (front view 1) The dynamic change effect from interface change state diagram 3) to design 1 interface change state diagram 4 (interface change state diagram 4 of front view 1). Then the pattern of the third petal-shaped module grows (when the third module is fully presented, the circular arrangement pattern on the second module disappears), showing the design 1 interface change state Figure 4 (front view 1) The dynamic change effect from Interface Change State Figure 4) to Design 1 Interface Change State Figure 5 (Interface Change State Figure 5 of Front View 1). Then the pattern of the last petal-shaped module is generated, and the petal module displays multiple functional entry controls of this module, showing the interface change status of Design 1 (Figure 5 of the interface change status of Front View 1) to the interface change of Design 1 Dynamic change effect of state diagram 6 (interface change state diagram 6 of front view 1). Then the multiple function entry controls on the petal module on the right (that is, the last one generated) are replaced by an integrated function control, showing the design 1 interface change state Figure 6 (interface change state figure 6 of front view 1) to Design 1 interface The dynamic change effect of the change state diagram 7 (the interface change state diagram 7 of the front view 1).

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