201128962 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種鍵盤配置。 【先前技術】 目前各式數字型鍵盤之英數對應關係，大都以英文字母順序排列。 參考來源、：http://www.dialabc.com/motion/keypads.html201128962 VI. Description of the Invention: [Technical Field to Which the Invention Is Ascribed] The present invention relates to a keyboard configuration. [Prior Art] At present, the numerical correspondence of various types of numeric keyboards is mostly arranged in alphabetical order. Reference source: http://www.dialabc.com/motion/keypads.html
1 2 3 4 5 6 7 8 9 0 International Standard ABC DEF GHI JKL MNO PQRS TUV WXYZ North American Classic ABC DEF GHI JKL MN PRS TUV WXY Australian Classic QZ ABC DEF GHI JKL MNO PRS TUV WXY UK Classic ABC DEF GHI JKL MN PRS TUV WXY 〇Q Mobile 1 ABC DEF GHI JKL MN PRS TUV WXY OQZ 表一、Common Phone Keypads 按鍵位置如此配置的問題點是： 一、 字母順序本身並不適用於輸入，較適用於分類或査閲；而對照英 文字母出現頻率統計數據，較常用的字母（如：E、H、I、L、N、 S)反而被排在第二或第三順位，造成輸入不便。 二、 字母與數字之間沒有一套有系統的關聯性，其對應關係不夠直 覺，不易於人腦聯想記憶’即便熟輪字母順序，仍得盯著鍵盤來 做輸入動作’使用者介面之友善程度不足》 曾想過把電腦鍵盤中QWERTY或DVORAK的排列方式置入十個數字 鍵中，但如此只能使外觀近似，操作上與電腦鍵盤原本設計大不相同 且複雜。 201128962 【發明内容】 為解決先前技術所提及之問題與缺點，故需重新開發鍵盤配置方式。 將英文小寫字母依「字的形狀」對應指派給各數字。 比方說’ i、j、l看（寫）起來像數字！ N、z像數字2 (其中N取大寫較易看出） E、m、w像數字3 (其中E取大寫較易看出） x、f、t像數字4 (同樣是兩筆劃交叉） s、u像數字5 (u字順時針轉九十度就有點像） b、 d像數字6 c、 h、y像數字7(c有像7的凹洞，h與y有像7之長柄） g、P、q像數字9 〇、a像數字〇 (a筆劃有連成圓圈） 剩下的k、r、v歸給數字8 (像國字八，或記成有稜有角就是8) 上述規則整理後，如圖一。 以上只符合容易記憶的基本要求，再依照英文字母出現頻率由高到底 重新加以排列，以利減少輪入所需按鍵數。統整後如圓二所示。 E、N以大寫字母顯示，在tfic小寫模式下輸出時是小寫字母e、n。 配合字母頻率（參考網址 http^n.wikipedia.orgAviki/Lettei^frequeay}， 以傳統輸入方式（即按一下出現第一侯選字，連按兩下出現第二侯選 子，連按二下出現第二侯選字），輸入比abc輸入法效率可提昇約 37% ’如圖八（即當abc輸入需1〇〇鍵時，他輸入僅需約63鍵左右）， 節省輸入所需時間’也可減少手機用電。使英文字母輸入在數字型鍵 盤上不再是痛苦的「看、找、打」，而是「想即打」。英文單字編瑪範 例如圓四，鮮少有英文單字在同樣長度下有相同編碼，在智慧輸入時 即可減少重碼問題》另外，各種文字的輸入法設計無一不是將筆畫、 字根或注音等安排在英文按鍵上，有效的解決英文字母與數字間的對 應’則各種文字輸入法在數字型鍵盤上輸入間題應可迎刃而解。 201128962 【實施方式】 一、 可透過新増tfic、Tfic與TFX輸入法來替代原本的abc、Abc與 ABC順序鍵位之輪入方式。 二、 或由鍵盤面板直接做上tfitsudb鍵盤配置（如圖五）。 三、 如為螢幕觸控輪入介面，則修改程式本身字母與數字對應關係。 要輪入「I am not stupid·」’直覺拆法是「1*〇3*204*545916***」， 而實際操作步驟如下： 先按#字鍵’切換輸入法到TFX (大寫模式）， ^ 輸入數字1送出大寫I， 再按*字鍵一下輪出半形空格（*字鍵連按兩下出現逗號，， 連按三下出現句號.， 再按會切換其他特殊符號？ ！；:等或直接彈出符號面板）， 按#字鍵切換回tfic (小寫模式）， 連按兩下數字〇送出小寫a，按兩下數字3送出m， 按一下*字鍵輪出半形空格（即Space)， 按一下數字2送出n，按一下數字〇送出〇， 按一下數字4送出t ’再按一下*字鍵輪出半形空格， 按一下數字5送出s，按一下數字4送出t， Φ 連按兩下數字5送出u，按一下數字9送出p， 按一下數字1送出i，按一下數字6送出d， 最後再按三下*字鍵送出.，就完成了！ 用拆字類輸入法要輸入中文時，亦可採用此直覺式鍵位設計，再 搭配自動組字，則可更得心應手。以無蝦米為例，要輸入「是」，原本 對應的英文按法是「dez」，則可按數字鍵632按確定後再選字，即可 輕鬆利用英文字母與數字間的轉換方式來輸入各種中文字，使得在電 腦上慣用中文拆字類輸入法的使用者，不必為了在智慧型行動裝置上 再重新學一套中文輸入法。 201128962 【圖式簡單說明】 圖一、tficsudb字母與數字之對應關係 圖二、tficsudb按字頻排序後，字母與數字之對應關係 圈三、tfcsudb各英文字母大、小寫與數字之對應關係 圖四、tficsudb輸入英文單字的示意圖 圖五、tficsudb用於行動裝置鍵盤之配置方式 圓六、tficsudb用於如電子計算機之配置方式 圖七、tficsudb用於標準鍵盤上排數字鍵區之配置方式1 2 3 4 5 6 7 8 9 0 International Standard ABC DEF GHI JKL MNO PQRS TUV WXYZ North American Classic ABC DEF GHI JKL MN PRS TUV WXY Australian Classic QZ ABC DEF GHI JKL MNO PRS TUV WXY UK Classic ABC DEF GHI JKL MN PRS TUV WXY 〇Q Mobile 1 ABC DEF GHI JKL MN PRS TUV WXY OQZ Table 1. Common Phone Keypads The key points of the button position configuration are as follows: 1. The alphabetical order itself is not suitable for input, and is more suitable for classification or review; The frequency statistics of English letters appear, and the more commonly used letters (such as: E, H, I, L, N, S) are instead ranked second or third, which makes the input inconvenient. Second, there is no systematic relationship between letters and numbers, and the corresponding relationship is not intuitive enough. It is not easy for human brain to associate memory. Even if the cooked wheel is in alphabetical order, you still have to stare at the keyboard to do input actions. User interface is friendly. Insufficient degree" I thought about putting the arrangement of QWERTY or DVORAK in the computer keyboard into ten numeric keys, but this can only make the appearance similar, and the operation is very different from the original design of the computer keyboard. 201128962 [Disclosed Summary] In order to solve the problems and disadvantages mentioned in the prior art, it is necessary to re-develop the keyboard configuration mode. Assign English lowercase letters to each number according to the "shape of the word". For example, 'i, j, l look (write) like a number! N, z like the number 2 (where N is easier to see in uppercase) E, m, w like number 3 (where E is easier to see in uppercase) x, f, t like number 4 (also two strokes intersect) s u is like the number 5 (u word is a bit like turning clockwise to 90 degrees) b, d is like number 6 c, h, y is like number 7 (c has a hole like 7 and h and y have a long handle like 7) g, P, q like the number 9 〇, a like the number 〇 (a stroke has a circle) The remaining k, r, v are given to the number 8 (like the national character eight, or recorded as angling is 8) After the above rules are sorted out, as shown in Figure 1. The above only meets the basic requirements for easy memory, and then the frequency of the English letters is re-arranged from high to low to reduce the number of keys required for the round. After the integration, it is as shown in the second round. E and N are displayed in uppercase letters. When outputting in tfic lowercase mode, they are lowercase letters e and n. With the letter frequency (reference URL http^n.wikipedia.orgAviki/Lettei^frequeay}, in the traditional input method (ie, click the first candidate word, double-click the second candidate, press twice to appear second Hou selected word), the input efficiency can be increased by about 37% than the abc input method. [Figure 8 (that is, when the abc input requires 1 key, he only needs about 63 keys to input), saving the time required for input. Reducing the power consumption of mobile phones. It is no longer a pain to "see, find, play" on the digital keyboard, but "want to play". The English word is written in the form of a circle, and there are few English words. The same length has the same code, which can reduce the re-code problem when inputting wisdom. In addition, the input method design of various characters is arranged on the English button, which effectively solves the problem between English letters and numbers. Corresponding 'The various text input methods can be solved on the digital keyboard. 201128962 [Embodiment] 1. The original abc, Abc and ABC can be replaced by the new tfic, Tfic and TFX input methods. The wheeling mode of the sequence key. Second, or the keyboard panel directly to the tfitsudb keyboard configuration (Figure 5). Third, if the screen touch wheel interface, modify the program itself letter and number correspondence. "I am not stupid·" 'Intuitive split method is "1*〇3*204*545916***", and the actual operation steps are as follows: First press the #字键' switch input method to TFX (uppercase mode), ^ input The number 1 sends out the uppercase I, and then presses the * key to turn out the half-shaped space (the * character key double-clicks the comma, and the triple-digit period appears. Press again to switch other special symbols? !;: etc. Directly pop up the symbol panel), press the #字键 to switch back to tfic (lowercase mode), double-click the number to send a lowercase a, press the number 3 to send m, press the *key to turn out the half-space (ie Space) Press the number 2 to send n, press the number 〇 to send out 〇, press the number 4 to send t 'and press the * word to turn out the half-shaped space, press the number 5 to send s, press the number 4 to send t, Φ even Press u number 5 to send u, press number 9 to send p, click number 1 I, press the number 6 to send d, and finally press the three times * key to send out., it is complete! When you use the split type input method to input Chinese, you can also use this intuitive key design, and then with the automatic group word, For example, if you do not use shrimp, you should enter "Yes". If the original English method is "dez", you can press the number key 632 to confirm and then select the word, you can easily use between English letters and numbers. The conversion method is used to input various Chinese characters, so that the user who is accustomed to the Chinese word-breaking input method on the computer does not have to re-learn a Chinese input method on the smart mobile device. 201128962 [Simple description of the diagram] Figure 1. Correspondence between tficsudb letters and numbers. Figure 2. Correspondence between letters and numbers after tficsudb is sorted by word frequency. 3. Correspondence between upper and lowercase letters of tfcsudb. , tficsudb input English word schematic diagram 5, tficsudb for mobile device keyboard configuration mode round six, tficsudb for electronic computer configuration mode Figure 7, tficsudb for standard keyboard upper row keypad configuration
圖八、abc與tficsudb鍵盤配置所需鍵數之比較 【主要元件符號說明】 圖五、圖六與圖七 A 按鍵1 B 按鍵2 C 按鍵3 D 按鍵4 E 按鍵5 F 按鍵6 G 按鍵7 Η 按鍵8 I ： 按鍵9 J ： 按鍵0Figure 8, abc and tficsudb keyboard configuration required key comparison [main component symbol description] Figure 5, Figure 6 and Figure 7 A button 1 B button 2 C button 3 D button 4 E button 5 F button 6 G button 7 Η Button 8 I : Button 9 J : Button 0