a terminal device

Abstract

The present invention proposes a terminal device, comprising: a housing, a main screen, a secondary screen and a functional device; one side of the housing is provided with a housing opening, and a main screen assembly is arranged at the opening of the housing; the functional device It is arranged inside the casing, facing the opening of the casing; the main screen assembly is provided with an opening of the main screen, and the auxiliary screen assembly is arranged at the opening of the main screen; wherein, the auxiliary screen assembly includes a transparent screen, and the functional device is arranged on a transparent screen. Below the screen; the functional device includes a camera assembly and a light sensor assembly. The user sends an instruction through the composite screen to make the terminal device increase the screen transparency of the sub-screen component, so that the relevant functional parts of the terminal device obtain or emit light from the outside through the transparent screen to implement their corresponding functions. In the present invention, the functional devices are arranged under the sub-screen component, and at the same time, the sub-screen component cooperates with the screen of the main screen component using a traditional screen to display, thereby increasing the screen ratio of the terminal device.

Description

technical field [0001] The present invention relates to the field of mobile equipment, and more specifically, to a terminal equipment. Background technique [0002] At present, with the development of electronic technology and information technology, smart terminals have gradually become daily necessities of the public. While users are constantly pursuing smart terminals with larger screens, they also require smart terminals to maintain a good user experience. One of the typical interaction methods is to ensure that most operations are completed with one hand. Therefore, high screen-to-body ratio has become one of the current demands of smart terminals, and the existing solution of placing functional devices that require light (such as camera modules and ambient light sensors) under transparent touch screens (such as graphene screens) will become a future solution. one of the trends. However, since the screen made of graphene has not yet been mass-produced and commercializ...

AI Technical Summary

Problems solved by technology

However, since the screen made of graphene has not yet been mass-produced and commercialized, there are certain risks for users, and there may be unpredictable problems, and there will be a need for replacement and upgrade in the future

In addition, the solution of using a transparent screen and a traditional screen as a whole screen at the same time requires a better manufacturing process. When the production cost is not enough to support the above-mentioned manufacturing process, the edge between the two screens using the above-mentioned composite screen solution may be in the The display is not smooth and has a sense of difference

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