Abstract: A method for recording a video, including: controlling a mobile terminal to enter a video recording mode and start recording a video, in response to an operating instruction to a camera button, in a case where the mobile terminal is in a photographing mode; controlling a video recording interface to display a movable icon and receiving a moving operation instruction to the movable icon; and adjusting one or more video recording parameters based on the move operation instruction to the movable icon.

Abstract: Gas phase etching device and gas phase etching apparatus are provided. The gas phase etching device includes: a reaction chamber body, defining a space as a reaction chamber; a pedestal, disposed inside the reaction chamber for holding a workpiece; an inlet member, connected to the reaction chamber body for introducing etchants into the reaction chamber; a pressure regulating assembly, connected to the reaction chamber body for regulating a pressure inside the reaction chamber; a first temperature controller, connected to the reaction chamber body for controlling a temperature therein to a first temperature; and a second temperature controller, connected to the pedestal for controlling a temperature to a second temperature. The first temperature is a temperature that prevents the reaction chamber from being corroded by the etchants. The second temperature is a temperature under which the workpiece held by the pedestal satisfies a temperature requirement for directly performing a subsequent process.

Abstract: Gas phase etching device and gas phase etching apparatus are provided. The gas phase etching device includes: a reaction chamber body, defining a space as a reaction chamber; a pedestal, disposed inside the reaction chamber for holding a workpiece; an inlet member, connected to the reaction chamber body for introducing etchants into the reaction chamber; a pressure regulating assembly, connected to the reaction chamber body for regulating a pressure inside the reaction chamber; a first temperature controller, connected to the reaction chamber body for controlling a temperature therein to a first temperature; and a second temperature controller, connected to the pedestal for controlling a temperature to a second temperature. The first temperature is a temperature that prevents the reaction chamber from being corroded by the etchants. The second temperature is a temperature under which the workpiece held by the pedestal satisfies a temperature requirement for directly performing a subsequent process.

Abstract: This invention involves a liquid-liquid separation device, which includes a centrifugal cylinder. The centrifugal cylinder maintains a liquid inlet/outlet, and centripetal float valve inside, which is mounted on the wall of a cylinder that produces the centrifugal force. Liquids of various densities enter the centrifugal cylinder; under the action of centrifugal force, the liquid medium of the highest density moves to the cylinder wall first, while the liquids of lower densities follow in sequence; when the inward buoyant force that the float bears in the liquids of various densities is greater than the outward centrifugal force generated due to its own mass, the float will move inwards to open the passageway and discharge the heavy medium deposited on the cylinder wall, thus achieving the automatic separation.

Abstract: This invention involves a liquid-liquid separation device, which includes a centrifugal cylinder. The centrifugal cylinder maintains a liquid inlet/outlet, and centripetal float valve inside, which is mounted on the wall of a cylinder that produces the centrifugal force. This invention allows the liquids of various densities to enter the centrifugal cylinder; under the action of centrifugal force, the liquid medium of the highest density approaches to the cylinder wall first, while the liquids of lower densities follow in sequence; when the inward buoyant force that the float bears in the liquids of various densities is over the outward centrifugal force generated due to its own mass, the float will move inwards to open the passageway and discharge the heavy medium deposited on the cylinder wall, thus achieving the automatic separation.