Abstract: A sound-making apparatus control method includes that a first device obtains position information of a plurality of areas in which a plurality of users is located. The first device controls, based on the position information of the plurality of areas and position information of a plurality of sound-making apparatuses, the plurality of sound-making apparatuses to work.

Abstract: A container kernel upgrade based on a programmable container kernel, includes, in response to receiving a container kernel upgrade request, freezing an application container in which a to-be-upgraded first container kernel is located. Current container status data of an application container including first container kernel status data and application status data is stored. The application container is restarted by using a second container kernel used for upgrading a container kernel, where restarted container status data of the restarted application container includes second container kernel status data corresponding to the second container kernel when the application container is restarted. Using the stored current container status data, a corresponding data field is updated in a data structure of the restarted container status data.

Abstract: A method for detecting abnormal direct current voltage measurement in a modular multilevel converter high voltage direct current transmission system is provided. In the method, a valve group voltage at a detection pole is obtained, voltages at voltage measurement points at the detection pole are collected, and comparison and determination are performed based on the actual arrangement of the voltage measurement points, and then whether an abnormal measurement occurs at each of the voltage measurement points is determined.

Abstract: A video display method includes: acquiring at least one frame image corresponding to a current display time point in at least one source video; reading a stage configuration file, obtaining a stage modeling parameter of the stage space at the current display time point and a corresponding relationship between the at least one frame image and the stage space according to a specific stage related parameter in the stage configuration file; according to the stage modeling parameter and the corresponding relationship, processing the at least one frame image to obtain divided regions corresponding to all display screens included in the at least one stage plane; determining display contents corresponding to the divided regions, and copying the display contents to at least one target memory; and outputting a content in the at least one target memory to the at least one stage plane for display.

Abstract: The present disclosure provides a method for manufacturing a thin film transistor and a thin film transistor, which includes providing a substrate; forming an active layer on the substrate and patterning the active layer, the active layer is made of cubic boron nitride; and forming a first insulating layer, a gate electrode metal layer, a second insulating layer, a source and drain metal layer and a flat layer on the active layer successively. the method for manufacturing a thin film transistor and the thin film transistor of the present disclosure employ cubic boron nitride instead of polysilicon as active layer materials, CVD process is directly applied to form the active layer with cubic boron nitride.

Abstract: A video display method includes: acquiring at least one frame image corresponding to a current display time point in at least one source video; reading a stage configuration file, obtaining a stage modeling parameter of the stage space at the current display time point and a corresponding relationship between the at least one frame image and the stage space according to a specific stage related parameter in the stage configuration file; according to the stage modeling parameter and the corresponding relationship, processing the at least one frame image to obtain divided regions corresponding to all display screens included in the at least one stage plane; determining display contents corresponding to the divided regions, and copying the display contents to at least one target memory; and outputting a content in the at least one target memory to the at least one stage plane for display.

Abstract: A virtual stage based on parallel simulation, includes a stage modeling unit, a motion simulation unit, a display simulation unit, and a data extraction output unit. The stage modeling unit performs stage simulation modeling according to the designed stage styling; the motion simulation unit simulates a stage motion in a simulation system according to the designed stage animation; the display simulation unit is configured to simulate LED screen display of the stage in the simulation system according to the designed stage background. The data extraction output unit includes a styling extraction output unit, a motion extraction output unit and a display extraction output unit, which are configured to extract data from the stage modeling unit, the motion simulation unit, and the display simulation unit respectively for processing and conversion, and output geometric styling parameters of an actual stage, stage mechanical motion parameters, and stage LED screen display parameters.

Abstract: A virtual stage based on parallel simulation, includes a stage modeling unit, a motion simulation unit, a display simulation unit, and a data extraction output unit. The stage modeling unit performs stage simulation modeling according to the designed stage styling; the motion simulation unit simulates a stage motion in a simulation system according to the designed stage animation; the display simulation unit is configured to simulate LED screen display of the stage in the simulation system according to the designed stage background. The data extraction output unit includes a styling extraction output unit, a motion extraction output unit and a display extraction output unit, which are configured to extract data from the stage modeling unit, the motion simulation unit, and the display simulation unit respectively for processing and conversion, and output geometric styling parameters of an actual stage, stage mechanical motion parameters, and stage LED screen display parameters.

Abstract: The present disclosure provides a method for manufacturing a thin film transistor and a thin film transistor, which includes providing a substrate; forming an active layer on the substrate and patterning the active layer, the active layer is made of cubic boron nitride; and forming a first insulating layer, a gate electrode metal layer, a second insulating layer, a source and drain metal layer and a flat layer on the active layer successively. the method for manufacturing a thin film transistor and the thin film transistor of the present disclosure employ cubic boron nitride instead of polysilicon as active layer materials, CVD process is directly applied to form the active layer with cubic boron nitride.

Abstract: A novel mobile terminal is provided. The mobile terminal includes a display screen element, a battery element, and a machine chip element separately disposed. Because the main functional components in the mobile terminal, such as the display screen element, the battery element, and the machine chip, are arranged separately, a shape of the display screen is no longer restricted by the shape of the functional components, such as the battery and the chip, and can be set to any shapes. Thus, a flexible screen can be bent arbitrarily, and the problems that the flexible display screen disposed in the conventional mobile terminal is subject to the shape of functional components and cannot be bent arbitrarily are solved.

Abstract: A novel mobile terminal is provided. The mobile terminal includes a display screen element, a battery element, and a machine chip element separately disposed. Because the main functional components in the mobile terminal, such as the display screen element, the battery element, and the machine chip, are arranged separately, a shape of the display screen is no longer restricted by the shape of the functional components, such as the battery and the chip, and can be set to any shapes. Thus, a flexible screen can be bent arbitrarily, and the problems that the flexible display screen disposed in the conventional mobile terminal is subject to the shape of functional components and cannot be bent arbitrarily are solved.

Abstract: An article for holding foodstuff. The article comprises a receptacle (4) having a wall with an inner surface for holding the foodstuff and an opposite outer surface. The wall is formed of a first material, such as a ceramic material, having a first thermal conductivity. The articles also has a shell (1; 5) spaced apart from the outer surface of the receptacle such as to define an interstitial chamber (2, 3) between the shell and the outer surface of the receptacle. The shell is at least partially formed of a ceramic material with a second thermal conductivity. Within the interstitial chamber, there is disposed a phase change material which abuts with at least the outer surface of the wall of the receptacle. The first thermal conductivity being greater than the second thermal conductivity, so as to allow for heat transfer through the wall to the phase change material, which will accumulate the heat.