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Five-square lattice input method

An input method and input item technology, applied in the field of input methods, can solve the problems of letter layout and function expansion, poor acceptability and performance, and low keyboard input speed, etc.

Active Publication Date: 2015-05-06
孙屏蹇
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Other alternative miniaturized designs are not as good as the above-mentioned methods in terms of acceptance and performance, such as a one-handed operation keyboard and its input method provided by Chinese patent: 02135635.1, which provides a single-handed keyboard with 48 keys or less. The miniaturized keyboard and its input method, but the input speed of the keyboard is relatively low, the expansion of the letter layout and functions needs to be improved, and it is difficult to be accepted by the market

Method used

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Experimental program
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Effect test

specific Embodiment approach 2

[0124] Embodiment 2. This embodiment is a further description of the five-grid input method described in embodiment one: the five-grid keyboard is used to input English, and the five-grid keyboard is a secondary keyboard, wherein:

[0125] The first-level input content corresponding to the first-level five-grid keyboard is:

[0126] Key Ⅰ: a, b, c, d, e; Key Ⅱ: f, g, h, i, j; Key Ⅲ: k, l, m, n, o; Key Ⅳ: p, q, r, s, t; V key: u, v, w, x, y[z];

[0127] The second-level input content corresponding to the second-level five-grid keyboard activated by No. Ⅰ key of the first-level five-grid keyboard is:

[0128] Key Ⅰ: a; Key Ⅱ: b; Key Ⅲ: c; Key Ⅳ: d; Key Ⅴ: e;

[0129] The second-level input content corresponding to the second-level five-grid keyboard activated by No. Ⅱ key of the first-level five-grid keyboard is:

[0130] Key Ⅰ: f; Key Ⅱ: g; Key Ⅲ: h; Key Ⅳ: i; Key Ⅴ: j;

[0131] The second-level input content corresponding to the second-level five-grid keyboard activated by...

specific Embodiment approach 3

[0138] Specific embodiment three, this specific embodiment is a further description of the five-grid input method described in specific embodiment two:

[0139] The five-grid keyboard is used to input numbers, punctuation and function symbols, and the five-grid keyboard is a secondary keyboard, and a character group on each button is in the following format: this character (corresponding character); wherein:

[0140] The first-level input content corresponding to the first-level five-grid keyboard is:

[0141] Key Ⅰ: 1(!), 2(), 3(#), 4($), 5(%); Key Ⅱ: 6(^), 7(&), 8(*), 9(( ), 0()); No. III key: Backspace key, Delete key, space bar, Tab key, Enter key; No. IV key: ";(:)", "'(")", ",()", " / (?)"; key V: "-(_)", "+(=)", "[]({})", "\(|)", Custom characters and emoji;

[0142] The second-level input content corresponding to the second-level five-grid keyboard activated by No. Ⅰ key of the first-level five-grid keyboard is:

[0143] Key Ⅰ: 1(!); Key Ⅱ: 2(); Key Ⅲ: 3(#); Key Ⅳ: 4(...

specific Embodiment approach 4

[0156] Embodiment 4. This embodiment is a further description of the five-grid input method described in Embodiment 1:

[0157] The five-grid keyboard is used to input Chinese, and the five-grid keyboard is a four-level keyboard, wherein:

[0158] The first-level input content corresponding to the first-level five-grid keyboard is the initial consonant key, specifically:

[0159] Key Ⅰ: b, p, m, f, a; Key Ⅱ: d, t, n, l, g; Key Ⅲ: k, h, j, q, x; Key Ⅳ: zh, ch, sh, r; key V: z, c, s, y, w;

[0160] The second-level input content corresponding to the second-level five-grid keyboard activated by No. Ⅰ key of the first-level five-grid keyboard is:

[0161] Key Ⅰ: b; Key Ⅱ: p; Key Ⅲ: m; Key Ⅳ: f; Key Ⅴ: a;

[0162] Among them: a represents silent consonant;

[0163] The second-level input content corresponding to the second-level five-grid keyboard activated by No. Ⅱ key of the first-level five-grid keyboard is:

[0164] Key Ⅰ: d; Key Ⅱ: t; Key Ⅲ: n; Key Ⅳ: l; Key Ⅴ: g;

[016...

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Abstract

The invention relates to a five-square lattice input method, which is used for realizing the miniaturization of an input method keyboard of a keyboard under a situation that the operability of the input method keyboard is ensured. The five-square lattice input method is realized by multi-stage five-square lattice keyboards, wherein the five-square lattice keyboards are all positioned in areas where hard keyboards or touch screens are positioned; the five-square lattice keyboard in each stage is formed by five main keys, and the five main keys are respectively a key I, a key II, a key III, a key IV and a key V; the five main keys are arranged through one of the following ways: (1) the five main keys are arranged into a row in sequence; (2) the key III is positioned at the center, and the key I, the key II, the key IV and the key V are arranged around the key III; (3) the key I , the key II, the key III, the key IV and the key V are connected end to end and are annularly arranged; each key is correspondingly provided with multiple characters, and corresponding input is realized through selecting stage by stage. The five-square lattice input method disclosed by the invention is suitable for inputting the characters, Chinese characters and symbols of a computer, a mobile phone, a watch and a remote controller.

Description

technical field [0001] The invention relates to an input method. Background technique [0002] Most of the current text input keyboards on various devices are keyboards based on the QWERTY layout, collectively referred to as Qwerty keyboards, such as the 101 / 104 key keyboards commonly used for desktop microcomputers. With the rise of notebook computers, the miniaturization of keyboards has gradually been paid attention to by people, but because there is no such simple and skilled keyboard layout and input method as the QWERTY layout and its direct input method, no matter whether small notebook computers or full-size notebook computers Laptops of all sizes are all keyboards redesigned according to the QWERTY layout under the premise of sacrificing part of the performance. Other alternative miniaturized designs are not as good as the above-mentioned methods in terms of acceptance and performance, such as a one-handed operation keyboard and its input method provided by Chinese...

Claims

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Application Information

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IPC IPC(8): G06F3/023
Inventor 孙屏蹇
Owner 孙屏蹇
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