Honor Patente

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This application provides a multi-layer composite structure, a preparation method, a battery cover, and an electronic device. The multi-layer composite structure is formed by a plurality of stacked fiber layers. Each fiber layer is formed by impregnating a fiber sheet in a prepolymer solution followed by curing, and the fiber sheet in at least one fiber layer is made of a poly-p-phenylene benzobisoxazole fiber, i.e., a PBO fiber. In this way, the multi-layer composite structure may be endowed with higher strength and modulus. When the multi-layer composite structure is subjected to an impact, energy is absorbed and dissipated. Therefore, the reliability of the multi-layer composite structure in the impact is not compromised based on thickness and weight reduction, thereby providing excellent puncture resistance for the battery cover formed from the multi-layer composite structure.

This application discloses a display luminance adjustment method, an electronic device, a storage medium, and a program product, and pertains to the field of electronic device technologies. The method includes: An electronic device powers on a target camera after a screen is turned on; the electronic device detects ambient light luminance by using the target camera; the electronic device adjusts display luminance based on the ambient light luminance detected by the target camera, where in a process in which the electronic device adjusts the display luminance, the target camera does not capture an image, and a camera application is not started; the electronic device starts the camera application in response to an operation of a user; and after the camera application is started, the electronic device captures an image by using the target camera, and displays an interface of the camera application, where the interface of the camera application includes the image captured by the target camera. In this application, no ambient light detection component needs to be configured, and the ambient light luminance is detected based on the target camera, so that costs of the electronic device are reduced. In addition, no image is captured, so that power consumption of the target camera is reduced, and performance of the electronic device is improved.

This application provides a communication method and a related device. The method includes: obtaining a sorting result or a priority of a data transmission object based on a remaining duration of the data transmission object; and transmitting data in the data transmission object or allocating a resource to the data transmission object based on the sorting result or the priority of the data transmission object. According to the method, the remaining duration of the data transmission object is considered, the sorting result or the priority of the data transmission object is obtained based on the remaining duration of the data transmission object, and the resource is allocated to the data transmission object or the data in the data transmission object is transmitted based on the sorting result or the priority of the data transmission object. This ensures that data that needs to be urgently scheduled can be preferentially sent, thereby satisfying a service requirement and improving service experience.

This application provides a housing assembly and an electronic device. The housing assembly includes an outer decoration member, an inner decoration member, a first sealing adhesive layer, an outer housing, and a second sealing adhesive layer. The inner decoration member includes an inner sealing ring, a retaining ring, and an outer sealing ring. An annular inner wall of a through hole of the outer housing includes an embedded annular part close to a center of the through hole, and an exposed annular part away from the center of the through hole and connected to the embedded annular part. The outer sealing ring includes a first outer sealing interval ring, the first outer sealing interval ring extends to the exposed annular part of the outer housing, the second sealing adhesive layer includes a first interval adhesive layer, and the first interval adhesive layer is sealedly connected between the first outer sealing interval ring of the outer sealing ring and the exposed annular part. The first outer sealing interval ring of the inner decoration member "extends" to the exposed annular part of the outer housing, to provide extended mounting space for a large-size camera, to satisfy a requirement for mounting a large-size camera of an ultra-thin and waterproof mobile phone.

This application provides an interface display method, an electronic device, and a storage medium, and relates to the field of terminal technologies. The method includes: determining that a to-be-drawn first drawing node in a to-be-displayed target interface and a plurality of mutually unoccluded child nodes thereof are all drawing nodes to be processed through background blur; if it is determined that a stored background picture exists, and the background picture is a picture obtained after blur processing performed based on blur parameters respectively corresponding to the first drawing node and the plurality of child nodes, cropping background regions respectively corresponding to locations of the first drawing node and the plurality of child nodes from the background picture, to obtain a blurred picture; and after the blurred picture is drawn to corresponding locations of the first drawing node and the plurality of child nodes, drawing content of the first drawing node and the plurality of child nodes on a layer above the blurred picture, to generate and display the target interface.

This application provides a display method, an electronic device, and a readable medium. The display method includes: receiving a first operation of a user for starting a first application, obtaining first information and property information of a memory, and displaying an interface of the first application based on the first information and the property information of the memory; receiving, within a first time period after the user exits the first application, a second operation of the user for starting the first application; and obtaining second information, and displaying the interface of the first application based on the second information. The first operation input by the user is to cold start the first application, and the second operation input by the user, within a time period after the user exits the first application, is not to cold start the first application. Only when the first application is cold started, the electronic device reads the property information of the memory, reduces a quantity of times of reading the property information of the memory, and reduces time consumed by a render thread for continuously running a WebViewFunctor::drawVk function, thereby avoiding a phenomenon that the electronic device lags during sliding when the user inputs an operation on an application interface.

This application relates to the field of electronic device technologies, and discloses a multi-mode inductive circuit, a control method, a low noise amplifier, and an electronic device. The multi-mode inductive circuit includes an input node, at least two inductors, at least three switches, and an output node. The input node is electrically connected to a first terminal of one of the inductors. The input node is further electrically connected to a first terminal of the other inductor through a switch. A second terminal of the one inductor is electrically connected to the output node through an other switch. The second terminal of the one inductor is further electrically connected to the first terminal of the other inductor through the other switch. A second terminal of the other inductor is electrically connected to the output node. At least four inductance values of the multi-mode inductive circuit are determined through closing and opening of the at least three switches. Based on the solution of this application, inductance values for more modes may be obtained, thereby obtaining more gain modes for the low noise amplifier, and the circuit structure is simple.

The embodiments of this application provide an image processing method and an electronic device, relating to the technical field of image processing. The method can effectively reduce a delay of displaying corresponding response content on a display after a user enters an operation, thereby improving the hand following performance. The method includes: receiving, after a first Vsync signal is generated, a first rendering instruction delivered by a first application; obtaining a first rendering result based on the first rendering instruction; performing synthesis processing based on the first rendering result, to obtain a first presentation image, the first presentation image being corresponding to an N<th> frame of image; and controlling, after a second Vsync signal is generated, a display to display the N<th> frame of image based on the first presentation image, where the second Vsync signal is generated after the first Vsync signal; and after the first rendering result is obtained and before the synthesis processing is performed based on the first rendering result, no generated Vsync signals exist.

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