Abstract: A multi-panel display method is provided. The multi-panel display method may include the following steps. A processor of an apparatus may perform a plurality of applications on a plurality of display devices of the apparatus. Then, the processor may also process the data of the plurality of applications performed on different display devices according to a frame per second (FPS) that corresponds to each respective display device. Then, the processor may further display the processed data of the plurality of applications on the plurality of display devices respectively.

Abstract: Shower head structure and shower device includes shower head body, water distributing disc, ratchet wheel, key, connecting rod and reset elastic member. Shower head body includes shell assembly and flow dividing assembly, where multiple groups of water inlets are disposed in and water distributing disc is rotationally mounted on. Water passing holes communicated with one group of water inlets every time are disposed on water distributing disc. Ratchet wheel is fixedly connected to side of water distributing disc away from flow dividing assembly. Key has first end hinged to shell assembly and second end telescopically disposed relative to one side of shell assembly. Connecting rod is slidably disposed in shell assembly and in transmission connection between second end and ratchet wheel. Key drives connecting rod. Reset elastic member has one end connected to shower head body and other end acting on connecting rod. Reset elastic member drives connecting rod.

Abstract: A multi-panel display method is provided. The multi-panel display method includes the following steps. A graphics compositing module of the apparatus may establish a plurality of graphics compositing threads. Each graphics compositing thread may correspond to a frame to be displayed on one display device. The graphics compositing module may process data of the frames through the graphics compositing threads. A hardware composer module of the apparatus may establish a plurality of overlay (OVL) threads. Each OVL thread may correspond to one graphics compositing thread and one display device. The hardware composer module may process the composited data from the graphics compositing module through the overlay threads. The display devices may display the frames from the hardware composer module.

Abstract: Provided are sliding seat and shower head assembly, wherein the sliding seat includes main body, locking part, elastic member, and triggering part. The main body is provided with an accommodating cavity that penetrates in first direction, wherein the accommodating cavity is provided with an access opening arranged in second direction. The access opening allows structural component to enter and exit the accommodating cavity. The locking part is arranged in the accommodating cavity in movable manner. The elastic member is arranged on the main body and connected to the locking part. The elastic member is configured to provide elastic force to the locking part so that the locking part abuts the structural component in third direction to lock the structural component in the accommodating cavity. The first direction, the second direction, and the third direction are mutually perpendicular to each other. The triggering part is connected to the locking part.

Abstract: Showerhead includes casing, water inlet connector, water outlet assembly, switching assembly, and actuating component. The casing includes handle part and mounting part connected to each other; water inlet connector is mounted inside handle part; water outlet assembly is mounted on mounting part and includes water outlet body, rear cover, and water distribution plate. Water outlet body is provided with multiple independent flowing water channels, and water distribution plate is rotatably arranged on water outlet body; switching assembly is arranged inside casing and includes driving component, elastic component, and ratchet wheel; actuating component includes connecting rod, slide block, and switch; and switch is able to, under action of external force, actuate slide block to drive connecting rod to move in forward direction; connecting rod drives driving component to rotate at preset angle and, through first ratchet tooth, drives ratchet wheel, along with water distribution plate, to rotate at preset angle.

Abstract: Shower head structure and shower device includes shower head body, water distributing disc, ratchet wheel, key, connecting rod and reset elastic member. Shower head body includes shell assembly and flow dividing assembly, where multiple groups of water inlets are disposed in and water distributing disc is rotationally mounted on. Water passing holes communicated with one group of water inlets every time are disposed on water distributing disc. Ratchet wheel is fixedly connected to side of water distributing disc away from flow dividing assembly. Key has first end hinged to shell assembly and second end telescopically disposed relative to one side of shell assembly. Connecting rod is slidably disposed in shell assembly and in transmission connection between second end and ratchet wheel. Key drives connecting rod. Reset elastic member has one end connected to shower head body and other end acting on connecting rod. Reset elastic member drives connecting rod.

Abstract: Provided are water path change-over valve and bathroom device. The water path change-over valve includes a valve seat assembly and a water path change-over assembly. The water path change-over assembly is located in the water path change-over cavity of the valve seat assembly, the water path change-over assembly includes a valve rod and a rotating member, the valve rod is connected with the rotating member and two ends of the valve rod respectively rotatably penetrate through the valve seat assembly, and the rotating member is provided thereon with a water through hole. The valve rod drives the rotating member to rotate, so that the water through hole can be corresponding to a position of at least one water outlet hole in the water path change-over cavity, so that the water inlet hole is in communication with at least one water outlet hole through the water through hole.