Mobile terminal shell structure and mobile terminal

Abstract

The invention discloses a mobile terminal shell structure and a mobile terminal. The mobile terminal shell structure comprises a screen used for displaying terminal information and interacting with auser; a shell forming an outer frame of the terminal, and comprising a front side, a back side, a left side surface, a right side surface, a top side surface and a bottom side surface, and the front side of the shell is covered by the screen; two rows of holes are formed in the bottom side surface of the shell, one row of holes are sound emission holes, a power indication light is arranged in at least one hole of the other row of holes, and the power indication light is used for indicating an electric quantity level of the terminal. According to the structure provided by the invention, the power indication light is arranged by using the design of the idle hole in the bottom side surface of the mobile terminal, and thus the purpose of reasonably using the space is achieved.

Description

technical field [0001] The present invention relates to the technical field of mobile terminals, in particular to a mobile terminal casing structure and a mobile terminal. Background technique [0002] The terminal display screen is an important component of the terminal. In order to enhance the interaction with the user, the current terminal display screen mostly uses a touch screen. [0003] Touch screen (Touch panel), also known as touch panel, is an inductive liquid crystal display device that can receive input signals such as contacts. When touching the graphic buttons on the screen, the tactile feedback system on the screen can The program drives various connection devices, which can be used to replace the mechanical button panel, and create vivid audio-visual effects through the liquid crystal display screen. The improvement of the touch screen has always been the top priority in terminal design. [0004] The early mobile phone touch screen technology used the tradi...

AI Technical Summary

Problems solved by technology

[0010] Another disadvantage of capacitive screens is that they do not respond when touched with gloved hands or holding non-conductive objects, which is due to the addition of a more insulating medium

[0011] The main disadvantage of the capacitive screen is drift: when the ambient temperature and humidity change, the environmental electric field will cause the drift of the capacitive screen, resulting in inaccuracy. If only one hand or one side of the body is close to the display, it will drift; the larger objects near the capacitive touch screen will drift back after being moved, and if someone comes around to watch you when you touch it, it will also cause drift; (Including the user's body) Although it is far away from the capacitive touch screen, it is much larger than the area of ​​the finger. They directly affect the determination of the touch position. In addition, many relationships that should be linear in theory are actually nonlinear, such as: weight The total amount of current sucked by different people or people with different degrees of finger wetness is different, and the change of the total current and the change of the four partial currents have a non-linear relationship. The coordinate system has no origin on the coordinates, and the controller cannot detect and recover after the drift. Moreover, after the completion of the 4 A / Ds, the calculation process from the values ​​of the four sub-flows to the XY coordinates of the touch point on the Cartesian coordinate system Complicated Because there is no origin, the drift of the capacitive touch screen is cumulative, and it is often necessary to calibrate the capacitive touch screen at the work site. The silica protection glass on the outermost side of the capacitive touch screen is very scratch-resistant, but it is afraid of nails or hard objects, knocking out a small Holes will damage the interlayer ITO, whether it damages the interlayer ITO or damages the inner surface ITO layer during installation and transportation, the capacitive screen will not work properly

[0012] As the mobile phone screen becomes larger and larger, the full screen has become a trend, so the position of the functional blocks that are originally set on the same plane as the screen and located above or below the screen is challenged. It is in the middle of the front, but with the arrival of the full screen, there is less and less space to arrange the camera, power indicator light and other components

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