Honor Patente

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This application discloses a heat pipe, a heat sink, and an electronic device, where the heat pipe includes a pipe body, a first capillary structure, and a second capillary structure. The pipe body has an accommodation cavity therein, and the accommodation cavity is configured to seal a working fluid. The first capillary structure is attached to an inner pipe surface of the pipe body. The second capillary structure is wrapped inside the first capillary structure. According to the heat pipe in this application, the first capillary structure having a relatively large capillary pressure wraps the second capillary structure having a relatively large permeability, so that a composite capillary structure having a high-speed backflow channel is formed in the heat pipe. Therefore, advantages of different capillary structures are fully utilized, so that the working fluid in the heat pipe rapidly and fully participates in cyclic heat transfer in a liquid-vapor phase change, thereby improving heat transfer performance of the heat pipe.

This application provides a layer composition method, a terminal device, and a storage medium, and relates to the field of terminal technologies. In this solution, in a process in which a user uses a large screen, the terminal device may recognize each to-be-composed layer, to determine whether the layer needs to be preprocessed by using a GPU, such as wallpaper layer rotation. If preprocessing needs to be performed by using the GPU, a preprocessed layer is rendered by using the GPU, and the preprocessed layer is stored into a buffer. When a same layer processing task exists subsequently, the preprocessed layer in the buffer can be directly sent to an HWC for hardware composition, without using GPU composition, thereby reducing overall power consumption and load of the terminal device and improving overall performance.

This application provides an interface display method, an electronic device, a storage medium, and a chip, and relates to the field of image processing technologies. The method is applicable to an animation effect period of switching from displaying an interface of a first application to displaying a system desktop or a multi-task interface. The first application is an application that needs to draw a layer by using a Surface View in a display process. The following may be set in the animation effect period: temporarily preventing a GPU from rendering a layer drawn based on the Surface View, to reduce load of the GPU. This method can reduce phenomena of stuttering or screen freezing that are caused by an excessively heavy load of the GPU in the animation effect period.

This application discloses a wallpaper display method and an electronic device, which are used to avoid a flickering black screen caused by a dynamic wallpaper APP playing an animation effect video in a multi-screen coordination scenario. The wallpaper display method includes: establishing, by a first electronic device, a multi-screen coordination connection to a second electronic device at a first time point, where a folding angle of the first electronic device is a first angle; at a second time point, the folding angle of the first electronic device changing to a second angle, and based on that the first electronic device establishes the multi-screen coordination connection to the second electronic device, skipping displaying, by the first electronic device, an animation effect of a wallpaper change; disconnecting, by the first electronic device, the multi-screen coordination connection from the second electronic device at a third time point, where the folding angle of the first electronic device is the first angle at the third time point; and at a fourth time point, the folding angle of the first electronic device changing to the second angle, and based on that the first electronic device does not establish a multi-screen coordination connection to another electronic device, displaying, by the first electronic device, the animation effect of the wallpaper change.

This application provides a display screen and an electronic device. The display screen includes: a display module, including an arc segment and a planar segment; and a support plate, including a first support segment, a second support segment, and a third support segment, where the second support segment is located between the first support segment and the third support segment, the first support segment is attached to the planar segment, the second support segment, the third support segment, and a connection gap between the second support segment and the third support segment form a bent segment, and the bent segment is attached to the arc segment; and a surface of the second support segment is provided with a recessed region, hardness of the second support segment is less than hardness of the first support segment, and hardness of the third support segment is less than the hardness of the first support segment or the second support segment. The second support segment is provided with the recessed region, to make the hardness of the second support segment less than the hardness of the first support segment, which facilitates bending of the second support segment. The hardness of the third support segment is less than the hardness of the first support segment or the second support segment, which facilitates bending of the third support segment, thereby facilitating fitting between the bent segment and the arc segment and alleviating a problem that the support plate and the display module easily peel off.

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