Information input set-up method and device

Abstract

An information input method and device for the electronic equipment containing processor, memory and display screen is characterized by that a roller-shaped knob is used, pressing the left, right and middle of said roller-shaped knob can trigger 2-3 hidden keys, and turning the knob can generate and electric pulse sequence by a rotation sensor. Said key signals and said electric pulses can be combined.

Description

1. Technical field [0001] The present invention relates to a setting method and device for information input, which is a new type of setting method and device for information input of handheld electronic devices or remote controllers, especially for text and control of handheld electronic devices. Signal input setting method and device. 2. Background technology [0002] With the development of electronic technology, there are more and more types of handheld electronic devices, more powerful functions, and more popular use. At the same time, the increase and enhancement of functions have also made the operation and use of many electronic devices too complicated, inefficient, difficult to learn and use, and easy to forget. The result is that many functions are not fully utilized, or even never used in its life cycle, resulting in a lot of waste. [0003] The "handheld electronic equipment" involved in the present invention can also be referred to as "handheld electronic equi...

AI Technical Summary

Problems solved by technology

However, as the functions of electronic devices increase, if the number of keys is simply increased, too many keys will be difficult to arrange on the surface of increasingly shrinking handheld electronic devices, and the keys will be too small to be easy to use.

The use of multi-function keys or menu methods is often too complicated and inefficient due to complex function definitions or many layers of menus

In particular, when used for Chinese character information input, for small handheld devices that require one-handed operation, the actual use is very inconvenient due to the small number of buttons (such as buttons on mobile phones)

[0006] The handwriting input method does not rely on the keyboard and is more suitable for devices with complex functions, but it has the following limitations: first, it is difficult to achieve one-handed operation; second, it needs to set a handwriting area on the screen, which is difficult to adapt to the small display screen; The eyes need to move continuously between the stylus action area and the result display area, it is difficult to achieve "blind control" (that is, you can only look at the screen and not your hands during operation, just like "blind typing" when typing), and the efficiency is low

The existence of these problems limits the scope of application of the handwriting input method

[0007] Though the voice input method is convenient, there are following problems: firstly, the recognition rate is not ideal, and it is easy to make mistakes; requirements; third, the requirements for chip processing speed and capacity are also high

Therefore, the voice input method is difficult to become an input method that can be configured independently

[0008] The existing dial setting and input method is a fast method, but the current technology has a single function. When using the menu technology, it often leads to too many menu layers and is inconvenient to use. The efficiency of the dial has not been fully utilized.

Images