3results about How to "Won't swing" patented technology

The present invention discloses a bilateral touch staggered sliding volume adjustment method and a headset using the method, and belongs to the field of headset volume adjustment technology. The bilateral touch staggered sliding volume adjustment method is based on the fact that a left touch button array and a right touch button array are respectively arranged on both sides of the headset handle, and the left and right touch button arrays are connected to a sliding touch IC. The bilateral touch staggered sliding volume adjustment method adopted is ergonomic, and the method is the same as the traditional mechanical roller operation, and the experience is strong during operation; second, the volume adjustment control area is large, and the appropriate positions on both sides of the device can be designed as volume adjustment areas, without the need to grope and search, and can be adjusted directly by grabbing with one hand; third, the volume adjustment logic is that the operation is considered valid only when one side is up and the other side is down, which reduces the chance of misoperation; fourth, the mode of cooperation between the thumb and the index finger is easy to fix the device, and it will not swing, which is easy to operate.

This invention relates to the field of mold opening and closing technology, and particularly to a mold opening and closing device and method, including a mold station frame, a bottom mold, a frame, a top mold, a fixed frame, a limiting mechanism, a flipping mechanism, a clamping mechanism, and a lifting mechanism. A baffle protruding outwards is provided on one side of the top mold. The flipping mechanism connects the clamping mechanism and the lifting mechanism. The lifting mechanism is connected to the clamping mechanism and is used to drive the clamping mechanism to lift the frame up and down. When the clamping mechanism is in a high position, it can be flipped around the flipping mechanism along one side. The fixed frame is located above the mold station frame. The limiting mechanism includes a first driving member and a limiting plate. The first driving member is located on the fixed frame and connected to the limiting plate, and is used to drive the limiting plate to move up and down towards the mold station frame. The limiting plate restricts the top mold in an upward flipping state. When the limiting plate restricts the top mold, the lifting mechanism in a descending state can separate the frame from the top mold, achieving the function of automatically opening the frame.

The invention relates to a monitoring and detecting device which can be used for underwater observation and detection, in particular to a device which can dive a display probe into water on an unmanned ship and can be used for observing and detecting underwater conditions on a ship or on the shore, consists of a wire coil, a cable, a controller, a motor, a tension spring, a probe and the like, and is named as an unmanned ship underwater monitoring and detecting device.