Touch screen, mobile phone employing same and production method thereof

Abstract

The invention discloses a touch screen, a mobile phone employing the same and a production method thereof. The touch screen comprises an integral panel adaptive to a mobile phone shell, and a group of mechanical keys arranged on the panel. The mechanical keys and the touch screen are all arranged on the back of the panel. The front of the panel is provided with a projection extruded on the panel surface and adaptive to the mechanical keys. The panel is a polyester sheet. The projection is an optical curable adhesive deposite. The mechanical keys are key silica gel pieces. By adopting an integral panel type structure, the touch screen body and the mechanical keys are arranged on the back side of the panel; and operations are performed through the front side of the panel to ensure that not only the operations on the touch screen can be realized, but also the operations on the mechanical keys can be realized, so gaps between the conventional mobile phone surface touch screen and the mechanical keys are eliminated, and the integrity of the appearance of the mobile phone is greatly improved.

Description

technical field [0001] The invention relates to a touch screen on a mobile phone, a mobile phone with a touch screen, and the production technology field of the touch screen and a mobile phone device. More specifically, the improvement relates to a touch screen with mechanical buttons, a mobile phone device thereof and a production method. Background technique [0002] At present, touch-screen mobile phones are very common in the market; however, only the touch screen still cannot realize some basic functions on the mobile phone quickly and conveniently, and it is still difficult to replace the mechanical buttons in actual operation, such as: commonly used up / down keys, left and right keys, etc. / Right key, confirmation key, and power-on / off key; therefore, the vast majority of touch-screen mobile phones will still consider retaining the original mechanical keys when designing and producing them. [0003] However, as attached figure 1 As shown, taking a candy bar or tablet ...

AI Technical Summary

Problems solved by technology

[0002] At present, touch-screen mobile phones are very common in the market; however, only the touch screen still cannot realize some basic functions on the mobile phone quickly and conveniently, and it is still difficult to replace the mechanical buttons in actual operation, such as: commonly used up / down keys, left and right keys, etc. / Right key, confirmation key, power on / off key, etc.; therefore, most touch-screen mobile phones will still consider retaining the original mechanical keys when designing and producing them.

[0003] However, as attached figure 1 As shown, taking a candy bar or tablet phone as an example, on the surface of a traditional touch screen mobile phone device with mechanical buttons, there is a relatively obvious gap 140 or dividing line between the touch screen 120 and the mechanical buttons 130, and the gap 140 is often located in the mobile phone. The front side, which greatly affects the overall appearance of the mobile phone

[0004] Therefore, the existing technology still needs to be improved and developed

Images