WO2022095308A1

WO2022095308A1 - Finger numeric code based input method

Info

Publication number: WO2022095308A1
Application number: PCT/CN2021/077338
Authority: WO
Inventors: 夏祖荣; 韩子锋
Original assignee: 深圳市华普森科技有限公司
Priority date: 2020-11-05
Filing date: 2021-02-23
Publication date: 2022-05-12
Also published as: CN112269470A

Abstract

Disclosed in the present invention is a finger numeric code based input method, comprising a left glove keyboard and a right glove keyboard, and finger tip locations of the left glove keyboard and the right glove keyboard are each provided with a contact or photoelectric type key with a positioning function. Each key represents a number from 0 to 9, and represents a finger numeric code unit. Any two fingers or one finger simultaneously presses the keys of the fingertips to form a finger numeric code. The finger numeric code based input method is different from the prior art, when people use the input method, the keyboard is flexible in input and compact in structure, improves portability and interestingness, is simple to operate and easy to learn and use, prevents fingers from moving, improves input accuracy, is arranged according to the shape of the palms of a human body, conforms to human engineering, facilitates long-time input of people, and is particularly suitable for clerks engaged in character work for a long time.

Description

An Input Method Based on Finger Digital Coding

technical field

The invention relates to the technical field of digital coding, in particular to an input method based on finger digital coding.

Background technique

Input methods generally refer to the input methods of ordinary computer keyboards or keyboards on mobile phones. In a broad sense, input methods also include input methods such as handwriting, voice, OCR scanning readers, and speed recorders. Input methods refer to inputting various symbols into electronic information. The encoding method used by the device, there are many different input methods in different languages, countries or regions. In today's world, most input method software is designed for Chinese, Korean, and Japanese. The method of inputting Chinese characters, the encoding method of Chinese character input basically completes the input of Chinese characters according to the sound, shape, and meaning. Korean uses a large number of Hangeul, although Hangeul is an alphabet system, but its letter combination is very special, and it also requires A conversion system. Moreover, Korean has many loan words from Chinese characters. Occasionally, it is necessary to use Chinese characters to distinguish homophones. Japanese uses two kinds of kana alphabets and Chinese characters. Although most software and keyboards support kana input, whether it is kana or Chinese characters , people generally use Japanese romanji to spell and input Japanese.

However, when we use it, we find that with the continuous popularization of smart mobile devices, people's lives are improved, but people's input needs are still constrained. The structure is not in line with ergonomic principles. Long-term use will cause sore wrists. At the same time, when the weather is cold in winter, hitting the cold keyboard with your hands will make people extremely uncomfortable, and some people will choose to wear gloves, but the spacing between the keys It is very easy to cause false touches, which affects the accuracy and efficiency of input. For this reason, we propose an input method based on digital coding of fingers.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide an input method based on finger digital coding to solve the problems raised in the above background art.

In order to achieve the above object, the present invention provides the following technical solutions: an input method based on digital coding of fingers, including a left-hand glove keyboard and a right-hand glove keyboard, wherein the fingertip positions of the left-hand glove keyboard and the right-hand glove keyboard are provided with positioning Function and use contact or photoelectric buttons, each of the buttons represents a number from 0 to 9, and also represents a finger digital coding unit. The following finger actions are used to form a finger digital code: any two One finger or one finger presses the keys of the fingertips at the same time to form a finger digital code, which is different from the prior art, which enables people to input flexibly and has a compact structure when using it, improves the portability and interest of the keyboard, and is easy to operate. , Easy to learn and use, avoid moving fingers, and improve the accuracy of input. At the same time, it is set according to the shape of the human palm, which is ergonomic and convenient for people to input for a long time, especially suitable for clerks who have been engaged in writing work for a long time.

Preferably, the input between the digital code of the finger and the lowercase letter is formed by the following method: pressing any one of the digital coding units of the finger on the left-hand glove keyboard and the right-hand glove keyboard, and then selecting the left-hand glove keyboard and the right-hand glove keyboard On the other different finger number coding units, press at the same time to form a lowercase letter type finger number code, through the lowercase letter type finger number code, it is guaranteed to facilitate the input of lowercase letters, which is convenient for people to type and use, and improves the accuracy of input. sex.

Preferably, the input between the digital code of the finger and the function key is formed by pressing any one of the digital code units of the finger on the left-hand glove keyboard and the right-hand glove keyboard, and then selecting the left-hand glove keyboard and the right-hand glove keyboard. On other different finger digital coding units, press at the same time to form a function key type finger digital code. Through the function key type finger digital code, the input between the finger digital code and lowercase letters is guaranteed, which is convenient for various functions. switch to achieve stable and accurate input.

Preferably, the input between the digital code of the finger and the customization is formed by the following method: pressing any one of the digital code units of the finger on the left-hand glove keyboard and the right-hand glove keyboard, and then selecting the left-hand glove keyboard and the right-hand glove keyboard On the other different finger digital coding units, press at the same time to form a custom finger digital coding, through the custom finger digital coding, it ensures the accuracy and comfort of people's use, according to their own input habits and commonly used words , custom coding some combination of finger digital coding unit.

Compared with the prior art, the beneficial effects of the present invention are:

The present invention is different from the prior art, enables people to input flexibly, has a compact structure, improves the portability and interest of the keyboard, is simple to operate, easy to learn and use, avoids moving fingers, improves the accuracy of input, and at the same time , set according to the shape of the human palm, ergonomic, convenient for people to input for a long time, especially suitable for clerks who have been engaged in writing work for a long time.

Description of drawings

Fig. 1 is the left-hand glove keyboard structural representation of the present invention;

FIG. 2 is a schematic structural diagram of a right-hand glove keyboard of the present invention.

In the picture: 0 - left pinky button; 1 - left ring finger button; 2 - left middle finger button; 3 - left index finger button; 4 - left thumb button; 5 - right thumb button; 6 - right index finger button; 7 - right hand Middle finger key; 8- right ring finger key; 9- right little finger key; 10- left-hand glove keyboard; 11- right-hand glove keyboard; 12- key.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work, all belong to the protection scope of the present invention.

1-2, the present invention provides a technical solution: an input method based on digital coding of fingers, including a left-hand glove keyboard 10 and a right-hand glove keyboard 11, the fingers of the left-hand glove keyboard 10 and the right-hand glove keyboard 11 The sharp position is provided with a button 12 with a positioning function and adopts a contact type or photoelectric type, each of the buttons 12 respectively represents a number from 0 to 9, and also represents a finger digital coding unit, using the following fingers Action, constitute finger digital code: any two fingers or one finger press the button 12 of the fingertip at the same time to form a finger digital code, when in use, people put gloves on their hands, and communicate with computers, mobile phones, learning It is converted into mouse mode by pressing the two finger digital coding units of the coded mouse mode conversion function at the same time, select the position to be inputted, and then convert to input mode again, by pressing the coded lowercase letters at the same time The two-finger digital coding unit starts inputting at the specified position. When functions such as space, case conversion and clearing are required during the input process, the required functions are completed by pressing the coded two-finger digital coding units at the same time. Of course, in the process of use, people can also use some finger-digital coding combinations customized according to their own input habits to complete the required functions. In order to prevent coding confusion caused by user-defined combinations, users can save all currently customized Combination, when memory is confused, you can use the reset function in the function key type finger digital coding, which makes people flexible in input, compact in structure, improves the portability and fun of the keyboard, and is simple to operate and easy to learn. Use, avoid moving fingers, improve the accuracy of input, at the same time, set according to the shape of the human palm, ergonomic, convenient for people to input for a long time, especially suitable for clerks who have been engaged in writing work for a long time.

A coding method is now provided for the digital coding of fingers, as follows:

a--0, 1 two keys act at the same time. (1st letter)

b--0, 2 two keys work at the same time. (2nd letter)

c--0, 3 two bonds at the same time. (3rd letter)

d--0, 4 two keys work at the same time. (4th letter)

e--0, 5 two keys work at the same time. (5th letter)

f--0, 6 two keys work at the same time. (6th letter)

g--0, 7 two bonds at the same time. (7th letter)

h--0, 8 two keys work at the same time. (8th letter)

i--0, 9 two keys work at the same time. (9th letter)

j--3, 4 two keys work at the same time. (10th letter)

K--3, 5 two keys work at the same time. (11th letter)

l--1, 2 two keys work at the same time. (12th letter)

m--1, 3 two keys work at the same time. (13th letter)

n--1, 4 two bonds work at the same time. (14th letter)

o--1, 5 two keys at the same time. (15th letter)

p--1, 6 two bonds at the same time. (16th letter)

q--1, 7 two bonds at the same time. (17th letter)

r--1, 8 two keys work at the same time. (18th letter)

s--1, 9 two keys work at the same time. (19th letter)

t--3, 6 two keys at the same time. (20th letter)

u--3, 7 two keys work at the same time. (21st letter)

v--3, 8 two keys work at the same time. (22nd letter)

w--2, 3 two keys work at the same time. (23rd letter)

x--2, 4 two keys work at the same time. (24th letter)

y--2, 5 two keys work at the same time. (25th letter)

z--2, 6 two keys at the same time. (26th letter)

Backspace key -- 5, 6 two keys work at the same time.

Mouse mode conversion key -- 6, 7 two keys work at the same time.

The next key--8, 9 two keys work at the same time.

Clear key -- 7, 8 two keys work at the same time.

Enter to confirm key - 5, 9 two keys work at the same time.

Storage key--3, 9 two keys work at the same time.

Space bar -- 2, 7 keys work at the same time.

Cancel key -- 2 and 8 keys work at the same time.

Case conversion key -- 2, 9 two keys work at the same time.

Chinese and English conversion keys - 5 and 7 keys work at the same time.

By the following method, the input between the digital code of the finger and the lowercase letter is formed: press any one of the digital code units of the finger on the left-hand glove keyboard 10 and the right-hand glove keyboard 11, and then select the left-hand glove keyboard 10 and the right-hand glove keyboard. 11 other different digital coding units of fingers, press at the same time to form a lowercase letter type finger number coding unit, when in use, start to input at the specified position by pressing the two finger number type coding units of the coded lowercase letters at the same time, The input of lowercase letters is convenient, so as to facilitate people's typing and use, and improve the accuracy of input.

The input between the digital code of the finger and the function key is formed by the following method: pressing any one of the digital code units of the finger on the left-hand glove keyboard 10 and the right-hand glove keyboard 11, and then selecting the left-hand glove keyboard 10 and the right-hand glove keyboard 11 other different digital coding units of fingers, press at the same time to form a digital coding of function keys. When in use, people wear gloves on their hands, and connect with computers, mobile phones, learning machines and other equipment through the Bluetooth module. Connect, convert to mouse mode by pressing the two finger digital coding units of the encoded mouse mode conversion function at the same time, select to open the position that needs to be input, and convert to input mode again. and clear functions, the required functions are completed by simultaneously pressing the coded two digital coding units of the fingers, which ensures the input between the digital coding of the fingers and the lowercase letters, facilitates the switching of various functions, and realizes stable and accurate enter.

The following method is used to form the input between the digital code of the finger and the customization: press any one of the digital code units of the finger on the left-hand glove keyboard 10 and the right-hand glove keyboard 11, and then select the left-hand glove keyboard 10 and the right-hand glove keyboard. 11 on other different digital coding units of fingers, press at the same time to form a custom digital digital coding of fingers. When in use, of course, during use, people can also use some digital coding of fingers that are customized according to their own input habits. combination to complete the required functions. In order to prevent the coding confusion caused by user-defined combinations, the user can save all the currently customized combinations. When the memory is chaotic, the reset function in the function key-type finger digital coding can be used. To ensure the accuracy and comfort of people's use, according to their own input habits and commonly used words, custom code some combination of finger digital coding units.

It should be noted that, in this document, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any relationship between these entities or operations. any such actual relationship or sequence exists. Moreover, the terms "comprising", "comprising" or any other variation thereof are intended to encompass a non-exclusive inclusion such that a process, method, article or device that includes a list of elements includes not only those elements, but also includes not explicitly listed or other elements inherent to such a process, method, article or apparatus.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the invention is defined by the appended claims and their equivalents.

Claims

An input method based on digital coding of fingers, characterized in that it comprises a left-hand glove keyboard (10) and a right-hand glove keyboard (11), and the fingertip positions of the left-hand glove keyboard (10) and the right-hand glove keyboard (11) are both A button (12) with a positioning function and a contact or photoelectric type is provided, and each of the buttons (12) respectively represents a number from 0 to 9, and also represents a finger digital coding unit, using the following The finger movement constitutes a finger digital code: any two fingers or one finger simultaneously presses the button (12) of the fingertip to form a finger digital code.
A kind of input method based on finger numerical code according to claim 1, it is characterized in that: form the input between finger numerical code and lowercase letters by the following method: press described left-hand glove keyboard (10) and right-hand glove Any finger digital coding unit on the keyboard (11), then select other different finger digital coding units on the left-hand glove keyboard (10) and the right-hand glove keyboard (11), and press simultaneously to form a lowercase letter type finger digital encoding.
A kind of input method based on finger digital code according to claim 1, it is characterized in that: form the input between finger digital code and function key by following method: Press described left-hand glove keyboard (10) and right-hand glove Any finger digital coding unit on the keyboard (11), then select other different finger digital coding units on the left-hand glove keyboard (10) and the right-hand glove keyboard (11), and press simultaneously to form a function key type finger digital encoding.
A kind of input method based on finger digital coding according to claim 1, it is characterized in that: form the input between finger digital coding and self-defining by the following method: press described left-hand glove keyboard (10) and right-hand glove Any finger digital coding unit on the keyboard (11), then select other different finger digital coding units on the left-hand glove keyboard (10) and the right-hand glove keyboard (11), and press simultaneously to form a custom finger digital encoding.