Beijing Boe Display Technology Co., Ltd.

Boe Technology Group Co., Ltd.

Beijing Boe Technology Development Co., Ltd.

Xinrui Wang

Haijun Shi

Zhuang Xu

Jixing Sun

Hao Wang

Zhe Wang

Dan Li

Zhaoshou Tian

Shanlei Hou

Zheng Huang

Shuqiang Jiao

Xiaoyang Guan

A display device, comprising: a display assembly, middle frame assemblies, bezel members, frame structures, and a backplane. The middle frame assemblies are located on a light incident side of the display assembly; at the edge of the display assembly, the middle frame assemblies provide support for the display assembly in the thickness direction of the display assembly, and the middle frame assemblies are connected to the display assembly by the frame structures in the thickness direction of the display assembly; the distance from the middle frame assemblies to the display assembly is greater than 0 in the thickness direction of the display assembly; the backplane is located on the side of the middle frame assemblies distant from the display assembly; and the bezel members are located on the periphery of the display assembly and the peripheries of the middle frame assemblies, and are detachably connected to the middle frame assemblies.

Display device

A display device (), a container system, and a method for controlling the display device () are provided. The display device () includes: a display screen () including a display surface () and a back surface () opposite to the display surface (); a depth camera component () configured to obtain image information in front of the display screen () in real time, the image information including distance information between a user and the display screen; and a processing component () electrically connected to the depth camera component () and configured to control switching of display content and/or format of the display screen () according to the distance information between the user and the display screen () determined by means of the obtained image information.

Display device, container system, and method for controlling display device

A light guide plate includes: a light guide plate body having two light-exit surfaces that are opposite and parallel, and at least one light-incident surface that intersects the two light-exit surfaces; and a mounting portion located on a non-light-incident side of the light guide plate body. The mounting portion and the light guide plate body are an integrated structure, and a portion of the mounting portion located on a light-exit side of each light-exit surface of the two light-exit surfaces is configured to mount an optical film group and a display panel.

Light guide plate including mounting portion, display module and display device

A preparation method of gradient high-silicon steel by molten salt electrolysis includes: weighing the inorganic fluoride salt and the inorganic silicon salt, mixing them uniformly and then drying; heating the electrolysis container over the melting point of the electrolyte, passing the inert gas through the electrolysis container, and connecting the electrode to the power supply to perform constant current electrolysis, after the electrolysis is finished, the cathode is taken out, washed and dried, placing the dried cathode in a constant temperature region of an annealing furnace; under a protective gas atmosphere, heating the cathode to the target temperature, and maintaining the temperature for a period of time; after the heat treatment, cooling the cathode to the room temperature, during which the cathode is always placed in the furnace.

Preparation method of gradient high-silicon steel by molten salt electrolysis

A backlight module includes a back plate and a middle frame assembly disposed on the back plate. The middle frame assembly includes a first frame body and a second frame body. The first frame body is sleeved outside of the second frame body, and the first frame body and the second frame body have a deformation space therebetween.

Backlight module, display screen and tiled display device

Growing community of inventors

Beijing, China

Xinrui Wang