GUANGZHOU SHIRUI ELECTRONICS CO., LTD.

A touch panel and a touch display device are provided. The touch panel includes an electrode layer. The electrode layer includes: a plurality of conducting regions arranged in parallel and at intervals; a non-conducting region located between adjacent conducting regions, where the non-conducting region includes an edge region close to a conducting region and a central region far away from the conducting region, and the edge region is adjacent to the central region; and a plurality of suspending blocks located in the non-conducting region, where cutting grooves are provided between the suspending block close to the conducting region and the conducting region, and between adjacent suspending blocks, and a density of the cutting grooves located in the edge region is greater than that of the cutting grooves located in the central region.

Embodiments of the present disclosure discloses a method and a device for connecting apparatuses, apparatuses and storage medium, which relates to the field of communication. The method includes: determining whether the first apparatus stores an identifier of a target-type apparatus; when the first apparatus stores the identifier of the target-type apparatus, transmitting triggering information to a second apparatus, wherein the triggering information is used to trigger the second apparatus to transmit a connection request, a type associated with the second apparatus is the target type, and the second apparatus is connected with the first apparatus through a wired input line; receiving the connection request transmitted by the second apparatus; and establishing a wireless connection with the second apparatus based on the connection request. Therefore, the embodiments of the present disclosure can automatically connect apparatuses and improve an efficiency of connecting apparatuses.

The present disclosure disclosed a method for projecting a device screen, apparatus, device, and storage medium. The method includes: when a screen projection instruction is received, determining the number of device screens to be projected; based on at least one of the principle of equal distribution and/or a principle that a first display screen is projected first, and the previously-acquired number of projected device screens on each display screen and the number of device screens to be projected, determining a target display screen of each device screen to be projected; and projecting and displaying each device screen to be projected on a corresponding target display screen.

A display assembly includes a display panel, a transparent protective layer, and bonding member, in which the bonding member is arranged around an edge of the display panel, one surface of the bonding member is fixedly connected with the display panel, another surface of the bonding member is fixedly connected with the transparent protective layer, the display panel and the transparent protective layer are formed with a bonding area and a gap area, the gap area surrounds the bonding area, and the bonding member surrounds the gap area.

The present disclosure provides a camera device, including a housing assembly, and a camera module. The housing assembly includes a front housing, a rear housing, a housing body, and a first installation pin. The housing body is equipped with a first positioning hole. The first installation pin passes through the first positioning hole, and two opposite ends of the first installation pin are fixed to the front housing and the rear housing respectively to fix and connect the front housing and the rear housing. The housing body is tightly clamped by and fixed between the front housing and the rear housing. An installation space is surrounded by the front housing, housing body, and rear housing. The camera module is located in the installation space and fixed to the housing assembly. The camera device has a housing body clamped tightly by and fixed between the front housing and the rear housing.