Abstract: A video texture migration method, an apparatus, an electronic device and a storage medium are provided. The method includes: acquiring an initial video; performing feature extraction on a target frame to generate first feature information of the target frame, wherein the target frame is a video frame posterior to an Nth video frame in the initial video; performing feature fusion on the first feature information and reference feature information to obtain second feature information, wherein the reference feature information represents an image structure contour of reference frames, and the reference frames are video frames prior to the target frame; and generating a texture migration video according to the second feature information and corresponding texture feature information, wherein the texture feature information represents image texture detail of a reference image.

Abstract: The present disclosure provides an image processing method and device.

Abstract: The invention relates to an improved dual control mode-type deodorising and water drainage valve. The water drainage valve includes a linear control water drainage mechanism and a hydraulic water drainage mechanism controlled by a micro-immersible pump. The linear control water drainage mechanism includes a piston with the piston being partitioned into an upper and lower chamber by a central partition plate; the upper chamber is a piston control chamber for controlling the resetting of the piston, and the linear control water drainage mechanism controls the upward action of the piston; and the lower chamber is a water drainage fluid chamber for creating water pressure on the piston. More than one through hole is provided in the central partition plate to communicate with the upper and lower chambers partitioned by the central partition plate.

Abstract: The invention relates to an improved dual control mode-type deodorising and water drainage valve. The water drainage valve includes a linear control water drainage mechanism and a hydraulic water drainage mechanism controlled by a micro-immersible pump. The linear control water drainage mechanism includes a piston with the piston being partitioned into an upper and lower chamber by a central partition plate; the upper chamber is a piston control chamber for controlling the resetting of the piston, and the linear control water drainage mechanism controls the upward action of the piston; and the lower chamber is a water drainage fluid chamber for creating water pressure on the piston. More than one through hole is provided in the central partition plate to communicate with the upper and lower chambers partitioned by the central partition plate.