Glass touch keyboard

Abstract

The invention discloses a glass touch keyboard. The glass touch keyboard comprises a glass panel, an encoder, a main control chip, a bluetooth module, a USB terminal, a capacitive touch screen and a vibration sensor. The capacitive touch screen is connected with the main control chip by means of a driving circuit. An output end of the vibration sensor is connected with the main control chip. An output end of the main control chip is connected with an input end of the encoder. An output end of the encoder is connected with the bluetooth module and the USB terminal.The glass touch keyboard has following beneficial effects: the keyboard is made by adoption of a transparent or a translucent glass panel; floating key positions are arranged on the surface of the keyboard so that the overall keyboard is integrally designed; input operation by utilizing the keyboard is finished by the panel; no gap is kept between every two key positions; key markers are made by embossment or etching technology; the key positions are tapped with good hand feel and can be accurately tapped; noise is small in a collective office environment; water-proof and dust-proof functions are fulfilled; and the glass touch keyboard is convenient to clean and move and can be used alone.

Description

technical field [0001] The invention relates to the technical field of computer accessories, in particular to a glass touch keyboard. Background technique [0002] The input device of existing computers is usually a mechanical keyboard. Due to the unique mechanical structure and physical characteristics of the mechanical keyboard, when it is continuously used in a collective office environment and other places, there will be the following problems: [0003] 1. Loud noise, easy to interfere with each other, affecting normal work. [0004] 2. After using for a period of time, the gap between the keys is easy to accumulate dust and bacteria, which is unhygienic. [0005] 3. As the mechanical keyboard becomes smaller and smaller, the gap between the keys becomes narrower and narrower. It takes time and effort to clean it, and it is difficult to clean it thoroughly. [0006] 4. At present, there are many mechanical keyboard keys used in desktop computers on the market, and most...

AI Technical Summary

Problems solved by technology

[0003] 1. Loud noise, easy to interfere with each other, affecting normal work

[0004] 2. After using for a period of time, the gap between the keys is easy to accumulate dust and bacteria, which is unhygienic

[0005] 3. As the mechanical keyboard becomes smaller and smaller, the gap between the keys becomes narrower and narrower. It takes time and effort to clean it, and it is difficult to clean it thoroughly

[0006] 4. At present, there are many mechanical keyboard keys used in desktop computers on the market, and most of them adopt floating structure. The overall keyboard is not simple, and it is difficult to meet people's pursuit of modern and simple office environment and simple desktop environment.

[0007] 5. Due to the unique mechanical structure and physical characteristics of the keyboard, when the liquid in the water cup splashes on the keyboard, it cannot be cleaned up in time and effectively, which will affect the normal performance of the keyboard and cause the computer to fail to work normally.

[0008] In order to be more fashionable and thinner, people put forward higher requirements for the input devices of computers and tablets. In order to make the input quieter, the equipment is easier to clean, have a better input experience, and all-weather use environment day and night. , the existing mechanical keyboard has been unable to meet the use

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