Method for realizing switching of input mode of digital equipment and digital equipment

Abstract

The invention discloses a method for realizing switching of input mode of digital equipment. An associated operating system is installed on the digital equipment. The method comprises the following steps of: creating a first mode enable switch control and a second mode enable switch control in an operating system environment; and establishing an association between the first mode enable switch control and a first input mode and establishing an association between the second mode enable switch control and a second input mode. The invention also discloses digital equipment using the method for realizing switching of input mode and a mobile phone and a tablet computer comprising the digital equipment. By the method and the digital equipment provided by the invention, a user can independently choose an on or off capacity or an electromagnetism input mode, so that the advantages of saving electricity, meeting the requirement of different users, avoiding a misoperation and the like are realized.

Description

technical field [0001] The invention belongs to the field of electric digital equipment, and relates to a handwriting equipment input method and the handwriting equipment. In particular, it relates to a method for realizing switching of an electromagnetic capacitance input mode applied to a digital device and an electromagnetic capacitance dual-mode input device applying the method. Background technique [0002] The electromagnetic handwriting device detects the coordinate position of the pen by sending electromagnetic waves, the electromagnetic pen senses the electromagnetic waves and generates a resonance signal. The capacitive touch screen detects the coordinate position of the hand by detecting the capacitance change between the hand and the capacitive screen. The touch screen of the prior art The control screen combines electromagnetic induction and capacitive touch technology, which can not only achieve the precise positioning of electromagnetic handwriting input, but ...

AI Technical Summary

Problems solved by technology

However, in this method, whether there is an input signal of the electromagnetic pen is detected by scanning the sending coil and the receiving coil at intervals, so the scanning time is relatively long, which is not conducive to the rapid switching of the electromagnetic handwriting device during time-sharing scanning.

Although the existing technology has improved the speed of detecting the input of the electromagnetic pen by scanning the receiving coil under the condition of connecting multiple transmitting coils, it still cannot fundamentally solve the problem, and cannot fully guarantee that the electromagnetic screen will not be affected by capacitance when it is used. interference

For example, when the user is writing with a pen, it is inevitable that there will be a pause when lifting the pen. At this time, the so-called "the pen is left, and the hand is still on the screen" often occurs. Even if this time is relatively short, it will still cause interference and wrong operation

[0003] In addition, neither the electromagnetic input mode nor the capacitive input mode in the prior art can be closed manually

As a result, when only the capacitive screen is needed to work, such as surfing the Internet and playing games, the electromagnetic screen will consume electricity, but when some users like to use a pen to operate, they cannot completely turn off the capacitive screen

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