Front shooting method of flexible full-screen smart phone

Abstract

The invention provides a front shooting method of a flexible full-screen smart phone. The method is characterized by comprising the following steps that when a user needs to carry out pre-shooting, firstly, a comprehensive flexible screen is bent and rolled by using a rolling driving mechanism; the comprehensive flexible screen slides towards the bottom of the frame along the interlayer area; shielding of the camera module is relieved through the comprehensive flexible screen; at the moment, the front lens in the camera module is exposed; then, the user controls a front lens in the camera module through a touch sensor; the shooting is finished until a front lens in the camera module finishes shooting; and finally, the rolling driving mechanism drives the flexible full screen to slide and reset towards the top of the frame along the interlayer area. The mobile phone has the advantages that the flexible screen is adopted as the display screen, the front camera is hidden behind the flexible screen, the front camera is exposed and shot by rolling the flexible screen, the rolled flexible screen is unfolded to achieve a full screen, and dust is prevented from entering the mobile phone.

Description

technical field [0001] The invention relates to a full-screen mobile phone, in particular to a front-facing shooting method of a flexible full-screen smart phone. Background technique [0002] Full screen is the mobile phone industry's pursuit of ultra-high screen-to-body ratio mobile phone design. However, due to technical influences, it is difficult to achieve a full-screen full screen in the true sense. Mobile phones can achieve a screen-to-body ratio of more than 80%. The full-screen mobile phone improves the appearance of the mobile phone and makes the appearance of the mobile phone more technological. In addition, the front area of ​​the fuselage can accommodate a larger screen, which has a significant impact on the visual experience. This has also made the major mobile phone suppliers more and more fierce in the market for full-screen mobile phones. After consulting the network information, it is found that at present, the full-screen mobile phones launched in the mar...

AI Technical Summary

Problems solved by technology

[0002] Full screen is the mobile phone industry's pursuit of ultra-high screen-to-body ratio mobile phone design. However, due to technical influences, it is difficult to achieve a full-screen full screen in the true sense. Mobile phones can achieve a screen-to-body ratio of more than 80%. The full-screen mobile phone improves the appearance of the mobile phone and makes the appearance of the mobile phone more technological. In addition, the front area of ​​the fuselage can accommodate a larger screen, which has a significant impact on the visual experience. This has also made the major mobile phone suppliers more and more fierce in the market for full-screen mobile phones. After consulting the network information, it is found that at present, the full-screen mobile phones launched in the market are as follows: Xiaomi Mix, Redmi Note7, Huawei P20 , vivoX23, Samsung S8, iphoneX, Samsung Note8, etc., the above-mentioned mobile phones all use a water drop screen or a notch screen to achieve a super high screen-to-body ratio, but none of them have reached a true full-screen mobile phone;

[0003] The full-screen mobile phone faces various design and manufacturing process difficulties, especially the position of the earpiece and the front camera. In addition, the increase in manufacturing costs will lead to high prices for end products. In addition, the inventor has consulted the information. At present, it is possible to To overcome the above-mentioned design difficulties, the only real full-screen smartphone is Oppo find X, which sets the earpiece on the top of the phone frame, hides the front camera on the top of the phone frame and arranges it in a retractable way. When the user needs to use the front camera When shooting, extend the front camera outward to complete the shooting function. After shooting, retract the front camera to hide it. Although it solves the design difficulty of the full screen to a certain extent, this design also has many shortcomings. , for example, frequent telescoping of the front camera can easily cause damage to the telescopic mechanism, the extension of the front camera will affect the appearance, and it is easy to accumulate dust and bring dust into the interior of the mobile phone. Considering the above design problems and the future development direction of smart phones, our team Design a front-facing shooting method for a flexible full-screen smart phone with ingenious structure, simple principle, and convenient operation

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