200921462 九、發明說明： 【發明所屬之技術領域】 種可適用於漢字輸人的鍵盤與輸人方法，具體而該有關一 種了减V漢予輸入的擊鍵次數的漢字輸入鍵盤與輪入方法。 【先前技術】 —it摘電話、個人触祕（PDA)之置通常配備有 Γϋί健）°㈣麟型裝獅財受關，數碰働數位〇到 可以敝成。勤事綠触馳上蚊各卿賴在位置，就 τ 1由輪人_連串的數位鍵而得以輸人中文拼音，並進而輸入漢字。 ϋ6 K是現有行動電話的數位鍵盤的佈局圖。如第26圖所示，分別在 。财秘鍵“2”找置卿祝，，麵鍵= 在按鍵“4”上設置字母“ghi” ’在按鍵“5，，上設置字母“ikl”， 6上设置字母“mno”，在按鍵“7”上設置字 設巧母‘W，，在按鍵“9”上設置字母“评”。Pq在按鍵8上 用如日夺代即將到來，職在攜帶型裝置上的應用和發展，資料應 今後，帶魏涵—触要應財向，例如電子郵件、即時通 BU)G # °在這些應用# ’對於使用漢字的使用者來 #决^夕文，的輸入成爲制約這些應用快速普及的一個重要因素之一。200921462 IX. Description of the invention: [Technical field of invention] A keyboard and input method applicable to Chinese character input, and specifically a Chinese character input keyboard and wheel entry method for reducing the number of keystrokes input by V Han . [Prior technology] —it picks up the phone, personal touch (PDA) is usually equipped with Γϋ 健 健) ° (four) lion-type lions are subject to customs, the number of hits can be achieved. The diligent green touched the mosquitoes and the Qing dynasty was in the position, and the τ 1 was converted into Chinese Pinyin by the serial _ serial number keys, and then the Chinese characters were input. Ϋ6 K is the layout of the digital keyboard of the existing mobile phone. As shown in Figure 26, respectively. The financial key "2" finds the wish of the Qing, the face key = set the letter "ghi" on the button "4". On the button "5,, set the letter "ikl", set the letter "mno" on the 6, at the button Set the word "M" on "7", and set the letter "Comment" on the button "9". Pq is used on the button 8 for the upcoming application, development and application of the portable device. In the future, with Wei Han - touch the financial direction, such as e-mail, instant pass BU) G # ° in these applications # 'for the use of Chinese characters to the #决^夕文, the input has become a constraint to the rapid spread of these applications One of the important factors.
K 鐘ί··ν較爲θ及的輸入方式爲T9輸入法，配合數位按鍵進行輸入。此 下少數辭的輸入’不適合大量的漢字文本輸入，原因如 ^畜使用者試圖藉由該方式輸入更多文字的時候（>7〇)，一個漢字 ’就需要擊鍵7或8次，而要輸入7〇個漢字的時候，擊鍵次數要^柳 j右’效轉常低；b)錢行A量漢字輸人時，這魏獨輸入效率， 絲錢之鱗，轉制相仏魏，财可能導致使 用者放棄所執行任務。 RTluH卜市场上的另—轉決方案爲QWerty/SUreTyP^入方法，多用在 ^的BlackBeny^上，最近國内市場上也有—些廠商在其高階產 二，此種輸人方法，例如多普達等。此種輸人方法，可藉由雙手擊鍵， 入效率’來進行大量的文本輸人，但它並不適合大量的漢字輸入， 200921462 也很難進行單手操作。卵如下：當仙單伟作Qwerty版e Type鍵盤 時，大拇指記憶負荷大幅超重，和使用者對Qwerty/SureType操作的心理模 式不匹配，導致過長辨識時間，效率極為低、落，甚至不如傳統的數位按鍵 輸入。 【發明内容】 有鑑於上述快速進行多文本漢字輸入的問題，完成本發明。本發明的 目的在於提供-讎盤與相應的漢？輸人方法，㈣以較高的效率輸入多 文本漢字。 *在本發明的第一方面，提出一種_，包括：配置依據漢字拼音方案 的聲母的按鍵和配置依據漢字拼音方案的韻母的按鍵。 較佳地 較佳地 較佳地 較佳地 較佳地 較佳地 較佳地 較佳地 較佳地，此韻母是除了單韻母之外的韻母。 韻母W配置在按鍵‘Γ上，韻母‘〇ng，配置在按鍵‘〇，上。 除了韻母‘ao’和‘ong’之外的韻母配置成兩列。 此兩列韻母分別設置在數位鍵盤的兩側。 此兩列韻母與數位鍵盤的各列數位按鍵交錯設置。 此兩列韻母設置在數位鍵盤的同一側。 將混淆音的韻母設置在同—按鍵上。 將形態相近的韻母設置在同一按鍵上。 在已經設置韻母的按鍵上設置漢字標點符號。 i 較佳地，將‘〇’鍵設置爲切換輸入法的按鍵。 _ 較佳地，此鍵盤是物理鍵盤。 ’此物理鍵盤包括按壓鍵盤、輕觸鍵盤、以及接近鍵盤。 較佳地，此鍵盤是虛擬鍵盤。 括配方面’提出一種利用鍵盤輸入漢字的方法，此鍵盤包 按鍵，此方去方案的聲母的按鍵和配置依據漢字拼音方案的韻母的 輸入聲母；藉:=置^按下配置依據漢字拼封案的聲母的按鍵來 括配置依據漢字拼立方部Ϊ出—種_鍵雜人漢字的方法，此鍵盤包 、拚曰方案的峨母的按鍵，此方法包括步驟：藉由按下配置 200921462 依據漢字拼音方案的韻母的按鍵來輸入韻母；以及依據漢字拼音方案，將 輸入的韻母識別爲相應的漢字。 、，用上，的鍵盤與相應的輸入方法，可以明顯提高漢字的輸入效率， 尤其是在大量文本漢字輸入的情況下，效率提高更加顯著，並且無須改變 使用者現有的心理模式且支援可單手快速操作。 【實施方式】 以下參照附圖對本發明的實施例進行詳細的說明，在描述過程中省略 了對於本發明不必要的細節和功能，以防止對本發明的理解造成混淆。 根據/莫子拼音方案，一個漢字可以由諸如b、P、m之類的聲母和諸如 a、e、/、ang之類的韻母的組合來表示。韻母分諸如a、〇、e i、u、vi 類的單韻母和諸如ao、ai、ang之類的韻母。在韻母中，除了單韻母之外的 韻母是有規律的字母組合，並且這些韻母的組合數量有限，例如⑽、姐、 ang、in、ing、en、eng、un、ue、ui、iu、ei、ie、ai、ia、〇u、u〇、〇ng。 在漢子的輸入過程中’除了單韻母之外的韻母的出現頻率报高，而且 組合固定，這是一個非常顯著的特點。因此，本發明利用該特點，在不改 變使用者現有心理模型的基礎上，在手機的傳統鍵盤上增加支援韻母的按 鍵’在輸入法中支援韻母的輸入和拼寫規則。例如，使用者想要輸入“王” 子，不用像過去那樣，輸入法要輸入w、a、n' g四個組合輸入“王，，字， 而是要藉由“w”和“ang”兩個組合輸入“王，，字。 第1圖顯示根據本發明第一實施例的韻母鍵盤的佈局概要圖。如第1 圖所示，根據本發明第一實施例的韻母鍵盤在傳統數位鍵盤上增加兩列按 鍵，用於輸入除了單韻母之外的韻母，並且在丨、〇兩鍵上配置韻母a〇和 ang。 按照常用字頻表中的前5〇〇字中韻母的使用頻次，以及按鍵的操作成 效及舒適度來進行排列。如第！圖所示，在現有數位鍵盤的第一列和第二 列之間添加一列韻母按鍵，用於配置‘an、ang，，‘ώ、ing，，‘en、eng，，W、 ue’，在第二列和第三列之間添加另一列韻母按鍵，用於安排、^，，％、 ie’，=、ia，，‘ou、uo,。另外，在‘i’鍵上配置‘a〇,，在‘〇,鍵上配置‘〇ng,。 第2圖顯示根據本發明第二實施例的韻母鍵盤的佈局概要圖。如第2 200921462 圖所=’根據本發明第二實施例的韻母鍵盤在現有的數位鍵盤的兩側設置 兩列韻母按鍵’其中左側的一列韻母按鍵上配置‘an、吨，，‘in、ing，，‘邱、 eng ’ un、ue’，右側的一列韻母按鍵上配置‘ui、iu，，‘以、^，，％、^，，‘如、 uo。同樣’在‘1’鍵上配置‘a〇’，在‘〇,鍵上配置£〇ng,。 第3圖顯不根據本發明第三實施例的韻母鍵盤的佈局概要圖。如第3 圖所示，根據本發明第三實施例的韻母鍵盤在現有的數位鍵盤的同一侧設 置兩列韻母按鍵，其中左側的一列韻母按鍵上配置‘an、ang，，‘in、ing，，‘en、 eng’ ’ ‘un、ue’ ’ 右側的一列韻母按鍵上配置‘ui、iu，，‘d、ie，，％、ia，，、 uo。同樣，在‘1’鍵上配置‘a〇,，在‘〇,鍵上配置‘〇ng,。 _除了將兩列韻母按鍵配置在不同的位置之外，還可以將按鍵設置在不 同的列中。第4圖顯示根據本發明第四實施例的韻母鍵盤的佈局概要圖。 如第4圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左 =的韻母按鍵用於配置‘en、eng，，‘⑽、ang，，‘u〇、〇u，，‘ui、iu，，右側的 η員母按鍵用於配置‘in、ing’，％、ie，，％、ia，，<ue、而，，將‘a〇,配置在‘1， 鍵上，將‘ong’配置在‘〇,鍵上。 第5圖顯示根據本發明第五實施例的韻母鍵盤的佈局概要圖。如第5 圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置‘an、ang’，‘en、eng’ ’ ‘uo、ou’，％、iu，，右侧的韻母按鍵用 於配置 ‘ai、ia’，‘ei、ie’，‘in、ing，，‘ue、un，，將‘ao，g己置在‘1，鍵上，將‘ong， .配置在‘0’鍵上。 第6圖顯示根據本發明第六實施例的韻母鍵盤的佈局概要圖。如第6 圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置‘en、eng’ ’ ‘an、ang’，‘ao、ai’，‘ie、ue，，右側的韻母按鍵用於 配置‘uo、ei’ ’ ‘ui、iu’ ’ ‘in、ia’，‘ing、ong’，將 W配置在‘1，鍵上，將‘Un， 配置在‘0’鍵上。 第7圖顯示根據本發明第七實施例的韻母鍵盤的佈局概要圖。如第7 圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置‘en、eng’，‘an、姐吕’，£ai、uo’ ’ ‘un、ue，，右側的韻母按鍵用 於配置‘ei、ie’ ’ ‘ui、iu，，‘in、ing，，‘ou、ia，，將‘ao,配置在‘丨，鍵上，將‘〇 配置在‘0’鍵上。 第8圖顯示根據本發明第八實施例的韻母鍵盤的佈局概要圖。如第8 200921462 圖所不’在數位鍵盤的左侧和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置en、eng ’ ‘an、ang’，‘〇u、u〇，，‘ue、un，，右側的韻母按鍵用 於配置‘ei、ie’，‘Ui、iu，，‘ai、ia，，‘in、細，，將‘⑽，配置在‘丨，鍵上，將 配置在‘0’鍵上。 第9圖顯示根據本發明第九實施例的韻母鍵盤的佈局概要圖。如第9 圖所不’在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置en、eng ’ ‘an、ang，，‘。u、u。，，‘un、ue，，右側的韻母按鍵用 於配置‘ei、ie，，‘ai、ia，，‘ui、iu，，‘化、ing，，將‘a〇,配置在tl，鍵上，將 配置在‘0’鍵上。 第10圖顯示根據本發明第十實施例的韻母鍵盤的佈局概要圖。如第1〇 圖所不，在數位鍵盤的左侧和右側分別設置一列韻母按鍵。左側的韻母按 鍵用於配置en、eng ’ ‘an、ang’，‘ue、皿，，40U、uo,，右側的韻母按鍵用 於配置‘ei、ie，，‘ai、ia，，‘ui、iu，，‘in、細，，將‘a〇,配置在q，鍵上，將 配置在‘0,鍵上。 第11圖顯示根據本發明第十—實施例的韻母鍵盤的佈局概要圖。如第 11圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左侧的韻母 按鍵用於配置‘en、eng，，‘an、哪，，‘ai、ia，，‘ue、un，，右側的韻母按鍵用 於配置‘ei、ie，，‘ui、iu，，‘in、ing，，‘〇u、u〇，，將‘a〇,配置在，鍵上，將‘〇ng， 配置在‘0’鍵上。 第12圖顯示根據本發明第十二實施例的韻母鍵盤的佈局概要圖。如第 12圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母 知鍵用於配置‘en、eng’ ’ ‘an、ang’，‘〇u、uo’，‘ui、iu’，右側的韻母按鍵 用於配置‘in、ing’，‘ei、ie，，‘ue、如，，‘ai、ia，，將‘ao,配置在τ鍵上，將‘〇吨， 配置在‘0’鍵上。 弟13圖顯示根據本發明第十三施例的韻母鍵盤的佈局概要圖。如第η 圖中所示，在數位鍵盤的左侧和右側分別設置一列韻母按鍵。左側的韻母 按鍵用於配置‘en、eng’ ’ ‘an、ang’，‘ou、uo’，‘ue、肋，，右側的韻母按鍵 用於配置‘in、ing’，‘ei、ie，’ ‘Ui、iu，，‘ai、ia，，將‘a〇,配置在4，鍵上，將‘〇ng, 配置在40’鍵上。 第14圖顯示根據本發明第十四實施例的韻母鍵盤的佈局概要圖。如第 Η圖所示，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻母 9 200921462 按鍵用於配置an、ang，％、ing，，‘en、哪，，‘肋、ue，，右側的韻母按 鍵用於配置‘ui、iu’，‘ei、ie’，‘ai、ia，，‘〇u、u〇,，將‘a〇,配置在4，鍵上’將 ‘ong’配置在‘〇’鍵上。 第15圖顯示根據本發明第十五實施例的韻母鍵盤的佈局概要圖。如第 15圖所不，在數位鍵盤的左側和右側分別設置一列韻母按鍵。左側的韻 知鍵用於配置ai、ia’，‘ei、le，，‘ui、iu，，‘。u、⑽，，右侧的韻母按鍵用於 配置 an、ang，‘en、eng，，‘ln、ing，，‘此、〇ng，，將‘⑽， 4〇ng，配置在‘〇,鍵上。 种 …另外二每—個韻母按鍵上都設置標點符號，將“*，,號鍵設置爲“ALT，，鍵， 在進打漢字輸人_候，仙者按下“組,，鍵，再鋪母 點符號的輸人。再次按下韻母按鍵，祕自動浦絲常的韻母輸入T 中文輸入中，標點符號多爲一次輸入。 另外，將“0，，鍵設置爲和英文輸人法的快速切換鍵。這樣可以支援 者快速完成英文_人。漏後，#前輸从浦爲英讀人發，只 if下r鍵，才能切換回原來的輸人法。而“#，，鍵，仍然爲正常的輸入法切 換鍵，即可以藉由該鍵，在所有系統提供的輸入法中間進行選擇切換。 第16圖顯示根據本發明第十六實施例的韻母鍵盤的佈局概要圖、。如 ‘16圖所不，在數位難右舰置兩母按鍵。第—觸母按顧於配置 妨、ang en、eng，，‘m、ing，，‘ao、〇ng，，在第二列韻母 la，‘ei、ie，，hi、iu，，‘ou、uo,。 且 dl =17圖^員示根據本發明第十七實施例的韻母鍵盤的佈局概要圖。 17圖所不’在數位鍵盤右側設置兩列韻母按鍵。第安 ‘an、ang，’ ‘ao、ong，，‘e ，，‘in、i，，在 鍵用於讀 ia，，‘。u、u。，，‘ei、ie，，‘ui、iu，。 在弟-顺母按鍵德置‘ai、 =18圖=根據本發明針八實施例的韻母鍵盤的佈局概要圖 18圖所不’在數位鍵盤右側設置兩列韻母按鍵。第—列韻母按 ^ ‘an、ang，，‘in、ing，，‘en、e ，，iun、ue，，在第 ;配置 ου ' uo iu，，‘ei、ie，，‘ai、ia…， 在弟—顺母按鍵上配置‘ui、 利用上述第-到第十八實施例的韻母鍵盤，當進行 在輸入韻母部分時，點擊韻母按鍵即可調出相對應的 话a 夺， 傳統輸入那樣需要進行多次組合才能調出。 θ，&、，而不必像 200921462 例如輸入“王，，字時，當點擊聲母“9wxyz，，時螢幕上出現候選字母w、 Χ、Υ、Ζ’然後只需點擊鍵，“an ang”直接出現職讀g卿興細 zang候選字拼音，使用者選中wang再進行選字即可完成輸入。 在如第1至18圖所示的韻母鍵盤中，保留原有傳統的數位按鍵，在進 行漢字輸人的時候，絲進行聲母及單韻輸人。#然，使时也可以 只使用傳統數位按鍵，完成漢字的輸入。 另外，在上述的貫施例中’將混淆音共用一鍵，例如“an„和“哪”，“如”K clock ί··ν is more θ and the input method is T9 input method, and input with digital button. The input of the next few words is not suitable for a large number of Chinese text input. The reason is that if the animal user tries to input more text in this way (>7〇), a Chinese character needs to be keystroked 7 or 8 times. When you want to input 7 汉 Chinese characters, the number of keystrokes should be ^liu j right's effect is often low; b) money line A amount of Chinese characters input, this Wei alone input efficiency, silk money scales, conversion system Money may cause the user to abandon the task performed. The other-switching scheme in the RTluH market is the QWerty/SUreTyP^ method, which is mostly used in the BlackBeny^ of ^, and recently there are some manufacturers in the domestic market. In this high-level production, such input methods, such as Dopod, etc. . This type of input method can be used to input a large amount of text by double-clicking on the key, but it is not suitable for a large number of Chinese characters. It is also difficult to perform one-handed operation in 200921462. The eggs are as follows: When Xian Danwei made the Qwerty version of the e Type keyboard, the thumb memory load was greatly overweight, and the user did not match the mental pattern of Qwerty/SureType operation, resulting in too long recognition time, extremely low efficiency, even worse. Traditional digital button input. SUMMARY OF THE INVENTION The present invention has been accomplished in view of the above-described problem of rapidly performing multi-text Chinese character input. The object of the present invention is to provide a tray and a corresponding Han? The method of input, (4) input multi-text Chinese characters with higher efficiency. * In a first aspect of the invention, a method is provided, comprising: configuring a button of an initial according to a Chinese pinyin scheme and a button for configuring a final according to a Chinese pinyin scheme. Preferably, preferably, preferably, preferably, preferably, preferably, the final is a final other than a single final. The finals W are arranged on the button Γ, the final 〇 〇ng, configured on the button 〇, on. The finals other than the finals ‘ao’ and ‘ong’ are arranged in two columns. The two columns of vowels are respectively arranged on both sides of the digital keyboard. The two columns of finals are interleaved with the column digit buttons of the digit keyboard. The two columns of finals are placed on the same side of the digital keyboard. Set the vowel of the confusing sound on the same button. Set the vowels of similar form on the same button. Set Chinese character punctuation on the button where the final is already set. i Preferably, the '〇' key is set as the button for switching the input method. Preferably, the keyboard is a physical keyboard. 'This physical keyboard includes pressing the keyboard, tapping the keyboard, and accessing the keyboard. Preferably, the keyboard is a virtual keyboard. In terms of the matching aspect, a method for inputting Chinese characters by using a keyboard is proposed. The keyboard package button, the button and the configuration of the initials of the scheme are based on the input initials of the finals of the Chinese pinyin scheme; by: = setting the press according to the Chinese character The key of the initials of the case is arranged according to the method of Chinese character spelling cubes, the method of _ key miscellaneous Chinese characters, the key of the keyboard pack and the aunt of the puzzle scheme, the method includes the steps: by pressing the configuration 200921462 basis The vowel of the Chinese pinyin scheme is used to input the finals; and according to the Chinese pinyin scheme, the input finals are recognized as corresponding Chinese characters. The use of the keyboard and the corresponding input method can significantly improve the input efficiency of Chinese characters, especially in the case of a large number of text Chinese characters input, the efficiency is more significant, and there is no need to change the user's existing mental mode and support the single Hand fast operation. The embodiments of the present invention are described in detail below with reference to the accompanying drawings, and the details and functions that are not necessary for the present invention are omitted in the description to avoid confusion of the understanding of the present invention. According to the /Mozi Pinyin scheme, a Chinese character can be represented by a combination of an initial such as b, P, m and a final such as a, e, /, ang. The finals are divided into single vowels such as a, 〇, e i, u, vi, and finals such as ao, ai, and ang. In the finals, the finals other than the single finals are regular combinations of letters, and the number of combinations of these finals is limited, such as (10), sister, ang, in, ing, en, eng, un, ue, ui, iu, ei , ie, ai, ia, 〇u, u〇, 〇ng. In the input process of the man, the appearance frequency of the finals except for the single finals is high, and the combination is fixed, which is a very significant feature. Therefore, the present invention utilizes this feature to increase the input and spelling rules of the finals in the input method by adding a button for supporting the finals on the conventional keyboard of the mobile phone without changing the existing mental model of the user. For example, if the user wants to input "king", instead of inputting the four input combinations w, a, and n'g, the input method is to input "wang,, word, but by "w" and "ang". Enter the combination "王,, word. Fig. 1 is a view showing a layout outline of a final keyboard according to a first embodiment of the present invention. As shown in FIG. 1, the final keyboard according to the first embodiment of the present invention adds two columns of keys to a conventional digital keyboard for inputting a final vowel other than a single final, and a final vowel is arranged on the 丨 and 〇 keys. And ang. It is arranged according to the frequency of use of the finals in the first 5 words of the common word frequency table, and the operation and comfort of the keys. As the first! As shown in the figure, add a list of final keys between the first column and the second column of the existing digital keyboard for configuring 'an, ang,, 'ώ, ing,, 'en, eng, W, ue', Add another column of vowel keys between the second and third columns for arrangement, ^, %, ie', =, ia,, 'ou, uo. In addition, ‘a〇 is arranged on the ‘i’ key, and 〇〇 is placed on the 〇〇 key. Fig. 2 is a view showing a layout outline of a final keyboard according to a second embodiment of the present invention. As shown in the 2nd 200921462 figure, 'the final character keyboard according to the second embodiment of the present invention has two columns of final keys on both sides of the existing digital keyboard'. On the left side of the list of the final keys, 'an, ton,, 'in, ing , 'Qiu, eng 'un, ue', the right side of a list of vowels on the button to configure 'ui, iu,, ' to, ^,,%, ^,, 'such as, uo. Similarly, ‘a〇’ is configured on the ‘1’ key, and 〇 〇 is placed on the 〇 key. Fig. 3 is a schematic diagram showing the layout of a final keyboard according to a third embodiment of the present invention. As shown in FIG. 3, the final keyboard according to the third embodiment of the present invention has two columns of final keys on the same side of the existing digital keyboard, wherein the left side of the list of final keys is configured with 'an, ang,, 'in, ing, , 'en, eng' ' 'un, ue' ' A pair of final keys on the right side are configured with 'ui, iu,, 'd, ie,, %, ia,, uo. Similarly, ‘a〇 is configured on the ‘1’ key, and 〇〇 , is configured on the 〇 键 key. _ In addition to arranging the two columns of finals in different positions, you can also set the buttons in different columns. Fig. 4 is a view showing the outline of the layout of the final keyboard according to the fourth embodiment of the present invention. As shown in Figure 4, a list of final keys is placed on the left and right sides of the numeric keypad. The left='s final key is used to configure 'en, eng,,' (10), ang, 'u〇, 〇u,, 'ui, iu, and the right η button is used to configure 'in, ing', % , ie,,%, ia,, <ue, and, will be 'a〇, configured on the '1, key, and 'ong' on the '〇, key. Fig. 5 is a view showing the outline of the layout of the final keyboard according to the fifth embodiment of the present invention. As shown in Figure 5, a list of finals is placed on the left and right sides of the numeric keypad. The final key on the left is used to configure 'an, ang', 'en, eng' ' 'uo, ou', %, iu, and the final key on the right is used to configure 'ai, ia', 'ei, ie', 'in, ing,, 'ue, un,, put 'ao, g on the '1, key, and 'ong, ' on the '0' key. Fig. 6 is a view showing a layout outline of a final keyboard according to a sixth embodiment of the present invention. As shown in Figure 6, a list of finals is placed on the left and right sides of the numeric keypad. The final key on the left is used to configure 'en, eng' ' 'an, ang', 'ao, ai', 'ie, ue, and the final key on the right is used to configure 'uo, ei' ' 'ui, iu' ' 'in, ia', 'ing, ong', configure W on '1, key, and 'Un, on '0'. Fig. 7 is a view showing the outline of the layout of the final keyboard according to the seventh embodiment of the present invention. As shown in Figure 7, a list of finals is placed on the left and right sides of the numeric keypad. The final key on the left is used to configure 'en, eng', 'an, sister Lu', £ai, uo' ' 'un, ue, and the final key on the right is used to configure 'ei, ie' ' 'ui, iu, , 'in, ing,, 'ou, ia,, will be 'ao, configured on '丨, key, '〇 is configured on the '0' key. Fig. 8 is a view showing the outline of the layout of the final keyboard according to the eighth embodiment of the present invention. As shown in the figure No. 8 200921462, a list of final keys is set on the left and right sides of the digital keyboard. The final key on the left is used to configure en, eng ' 'an, ang', '〇u, u〇,, 'ue, un, and the final key on the right is used to configure 'ei, ie', 'Ui, iu, 'ai, ia,, 'in, fine, and '(10), configured on '丨, key, will be configured on the '0' key. Fig. 9 is a view showing the outline of the layout of the final keyboard according to the ninth embodiment of the present invention. As shown in Figure 9, a list of finals is placed on the left and right sides of the numeric keypad. The final vowel key on the left is used to configure en, eng ‘an, ang,, ’. u, u. ,, 'un, ue,, the right vowel button is used to configure 'ei, ie,, 'ai, ia,, 'ui, iu,, ', ing, ing, 'a 〇, configured on tl, key Will be configured on the '0' key. Fig. 10 is a view showing the outline of the layout of the final keyboard according to the tenth embodiment of the present invention. As shown in the first figure, a list of finals is placed on the left and right sides of the digital keyboard. The final key on the left is used to configure en, eng ' 'an, ang', 'ue, dish, 40U, uo, and the final key on the right is used to configure 'ei, ie,, 'ai, ia,, 'ui, Iu,, 'in, fine, will 'a〇, configured on q, key, will be configured on '0, key. Fig. 11 is a view showing the outline of the layout of the final keyboard according to the tenth embodiment of the present invention. As shown in Figure 11, a list of finals is placed on the left and right sides of the numeric keypad. The final key on the left is used to configure 'en, eng, 'an, which, 'ai, ia,, 'ue, un, and the final key on the right is used to configure 'ei, ie,,' ui, iu, , 'in, ing,, '〇u, u〇,, will be 'a〇, configured on the key, will be '〇ng, configured on the '0' key. Fig. 12 is a view showing the outline of the layout of the final keyboard according to the twelfth embodiment of the present invention. As shown in Figure 12, a list of finals is placed on the left and right sides of the numeric keypad. The rhyme key on the left is used to configure 'en, eng' ' 'an, ang', '〇u, uo', 'ui, iu', and the vowel key on the right is used to configure 'in, ing', 'ei, ie ,, 'ue, such as, 'ai, ia,, will be 'ao, configured on the τ key, will be '〇 tons, configured on the '0' key. Fig. 13 is a view showing a layout outline of a final keyboard according to a thirteenth embodiment of the present invention. As shown in the figure n, a list of final keys is placed on the left and right sides of the numeric keypad. The vowel button on the left is used to configure 'en, eng' ' 'an, ang', 'ou, uo', 'ue, rib, and the final key on the right is used to configure 'in, ing', 'ei, ie,' 'Ui, iu,, 'ai, ia,, will be 'a〇, configured on the 4, key, and '〇ng, configured on the 40' key. Fig. 14 is a view showing the outline of the layout of the final keyboard according to the fourteenth embodiment of the present invention. As shown in the figure, a list of finals is placed on the left and right sides of the numeric keypad. The final 9 on the left side 200921462 button is used to configure an, ang, %, ing,, 'en, which, 'rib, ue, the right side of the final key is used to configure 'ui, iu', 'ei, ie', ' Ai, ia,, '〇u, u〇,, 'a〇, configured on 4, key' will be 'ong' on the '〇' key. Fig. 15 is a view showing the outline of the layout of the final keyboard according to the fifteenth embodiment of the present invention. As shown in Figure 15, a list of finals is placed on the left and right sides of the numeric keypad. The rhyme key on the left is used to configure ai, ia', ‘ei, le, ‘ui, iu, ’. u, (10),, the right rhyme button is used to configure an, ang, 'en, eng,, 'ln, ing,, 'this, 〇ng,, '(10), 4〇ng, configured in '〇, key on. Kind... The other two - each rhyme button is set punctuation, set the "*,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The input of the mother point symbol. Press the vowel key again, the secret vowel input of the constant Chinese syllabary input T Chinese input, the punctuation symbol is mostly one input. In addition, the "0,, the key is set to the English input method. Quick switch button. This will enable the supporter to quickly complete the English _ person. After the leak, #前输从浦为英人发发, only if the r key, you can switch back to the original input method. And the "#,, key, is still a normal input method switching key, that is, the key can be selected and switched among all the input methods provided by the system. FIG. 16 shows the final keyboard according to the sixteenth embodiment of the present invention. The outline of the layout, such as the '16 figure does not, in the digital hard right ship two mother button. The first - the mother depends on the configuration, ang en, eng,, 'm, ing,, 'ao, 〇ng , in the second column of the finals la, 'ei, ie, hi, iu,, 'ou, uo, and dl = 17 Figure 2 is a schematic view of the layout of the final keyboard according to the seventeenth embodiment of the present invention. 17 Figure does not set up two columns of vowel keys on the right side of the digital keyboard. Diane 'an, ang, ' 'ao, ong,, 'e,, 'in, i,, in the key for reading ia,, '.u , u,,, 'ei, ie,, 'ui, iu,. 在, 顺 按键 button button set 'ai, = 18 figure = outline of the layout of the vowel keyboard according to the embodiment of the eighth embodiment of the present invention 'Set two columns of vowel keys on the right side of the digital keyboard. The first column vowels ^ ^an, ang,, 'in, ing,, 'en, e,, iun, ue, in the first; Configure ου ' uo iu,, 'ei, ie,, 'ai, ia..., configure 'ui on the brother-same button, use the final keyboard of the above-mentioned to the eighteenth embodiment, when performing the input final part When you click the vowel button, you can call up the corresponding words, and the traditional input needs to be combined multiple times to call it out. θ, &, without having to enter "王,, when the word is clicked, the initials" 9wxyz,, when the candidate letters w, Χ, Υ, Ζ appear on the screen, then just click the button, "an ang" directly appears in the job reading g Qingxing zang candidate word pinyin, the user selects wang and then selects the word The input can be completed. In the finals keyboard shown in Figures 1 to 18, the original traditional digital buttons are retained, and when the Chinese characters are input, the initials and the single rhymes are input. #然,时时也Only use the traditional digital button to complete the input of the Chinese character. In addition, in the above-mentioned example, 'the confusing sound is shared by one key, for example, "an" and "what", "such as"
Weng» ’ “in，1ngH樣使用者在輸人的過程中，不需要過多的分辨 與識別，即可完成輸入，尤其是對一些方言使用者。 另外，在上述實施例中，將形態相近的韻母共用一鍵，例如“d，，和“ie”，Weng» '"in, 1ngH-like user can complete the input without much resolution and recognition during the input process, especially for some dialect users. In addition, in the above embodiment, the form is similar. The finals share a single key, such as "d,, and "ie",
%”和“ia” ’ “ui”和“iu”等’這樣使用者在輸入的過程中，可以減輕記憶負擔， 減少誤操作； 、D 另外，在上述實施例中，將不會共用同一聲母的韻母共用一鍵，降低 和聲母的眺’減少者解纽合的聯，提高者效 率。 士在上述實施例中配置的韻母中，包含所有的常用符合韻母，而不能和 聲母、、且δ的韻母er，及使用頻次較低的韻母“ua”和6tun”，借助聲母數位按 鍵來完成。 上述只是韻母鍵盤的實施例，該輸入方法的發明包括任何點擊韻母按 鍵即調出相應韻母選項的方案。 第19圖顯示一種物理韻母鍵盤與傳統物理mc鍵盤的組合設計，物 理鍵盤包括按壓鍵盤、輕觸鍵盤、接近鍵盤等（最少觸摸壓力可以爲〇)， 並且該韻母鍵盤並未複用傳統ABC鍵盤的物理按鍵。 t第20圖顯示一種虛擬韻母鍵盤與傳統虛擬ABC鍵盤的組合設計，虛 盤包括藉由螢幕進行顯示，如液晶、發光矩陣、電子紙等，或者藉由 投影進行顯示等，會顯示出-種或—種以上的鍵盤組合，藉由感應系統得 知使，者的輪入情況’並且該韻母鍵盤並未複用傳統MC鍵盤的虛擬按鍵。 第21圖顯示一種物理韻母鍵盤與傳統物理qwerty鍵盤的組合設 計，該韻母鍵盤複用傳統QWERTY鍵盤的物理按鍵。 第22圖顯示一種物理韻母鍵盤與傳統物理q^rty鍵盤的組合設 計，該韻母鍵盤複用傳統QWERTY鍵盤的物理按鍵，並且使用的韻母並非 200921462 爲全部韻母。 、…圖顯示一ί韻母鍵盤與傳統鞭鍵盤的組合設計，該韻母鍵盤 亚複用傳統ABC鍵盤的按鍵。 〜第Γ圖f貝不使用去韻母鍵盤、傳統鞭鍵盤傳統Qwerty鍵盤進行漢 24騎示，對51個被試的短信文本 ^ " 仃剧入測忒，可以看出傳統abc鍵盤和QWERTY鍵 (t=12〇rH0^d^5=，，著高於韻母_的平均總按鍵次數 法比編p鍵盤的24圖中可以看出，糊韻母鍵盤的輸入方 字輸二圖平顯均：鍵= 々夫r亚仏加…、、 如苐25圖所示’對51個被試的短信 離最手，傳统ABC:盤Ϊΐί入測試’可以看* QWERTY鍵盤的按鍵距 (ρΓ2 1〇!) =Ζ ° tl« ^ .進行事後多重比較也發現兩兩之間差異均顯 ί qwerty鍵盤的平均總按鍵距離比韻母鍵盤的平均λ 、，、心按鍵距離大4個數魏。從第25圖中也可 方法比傳統的健的鱗高得多。 韻犠日冑補盤的輸入 上面已經結合較佳實施例對本發明進行描述。熟 Ξ換在本發=精神和範圍的情況下，可以進行各種其他“變、 實她例，而應由所附申請專利範圍所限定。 、行疋 【圖式簡單說明】 第1圖顯示根據本發明第一實施例的韻養盤的 第2圖顯示根據本發明第二實施例的韻母鍵盤的佈 ，3圖顯示根據本發明第三實施例的韻母鍵盤的佈局概要圖 ，4醜秘縣㈣第四實施觸韻母_的佈局概要圖； 第5圖顯*根據本發明第五實施例的韻母鍵盤的佈局概要圖;’ 12 200921462 第6圖顯示根據本發明第六實施例的韻母鍵盤的佈局概要圖； 第7圖顯示根據本發明第七實施例的韻母鍵盤的佈局概要圖； 第8圖顯示根據本發明第八實施例的韻母鍵盤的佈局概要圖； 第9圖顯示根·據本發明第九實施例的韻母鍵盤的佈局概要圖； 第10圖顯示根據本發明第十實施例的韻母鍵盤的佈局概要圖； 第11圖顯示根據本發明第十一實施例的韻母鍵盤的佈局概要圖； 第12圖顯示根據本發明第十二實施例的韻母鍵盤的佈局概要圖； 第13圖顯示根據本發明第十三實施例的韻母鍵盤的佈局概要圖； 第14圖顯示根據本發明第十四實施例的韻母鍵盤的佈局概要圖； 第15圖顯示根據本發明第十五實施例的韻母鍵盤的佈局概要圖； 第16圖顯示根據本發明第十六實施例的韻母鍵盤的佈局概要圖； 第17圖顯示根據本發明十七實施例的韻母鍵盤的佈局概要圖； 第18圖顯示根據本發明十八實施例的韻母鍵盤的佈局概要圖； 第19圖顯示一種物理韻母鍵盤與傳統物理mc鍵盤的組合設計； 第20圖顯示一種虛擬韻母鍵盤與傳統虛擬ABC鍵盤的組合設計概要圖； 第21圖顯示一種物理韻母鍵盤與傳統物理QWERTY鍵盤的組合設計概要 圖； 第22圖顯示一種物理韻母鍵盤與傳統物理QWERTY鍵盤的組合設計概要 圖， 第23圖顯示一種韻母鍵盤與傳統Age鍵盤的組合設計概要圖； 第24圖為三類鍵盤對文本輸入的平均總按鍵次數對比概要圖； 第25圖為三類鍵盤對文本輸入的平均總按鍵距離對比概要圖；以及 第26圖為現有行動電話的數位鍵盤的佈局圖。 【主要元件符號說明】 無 13%" and "ia" '"ui" and "iu", etc., so that the user can reduce the memory burden and reduce the misoperation during the input process; D, in addition, in the above embodiment, the same initials will not be shared. The vowels share a key, which reduces the connection with the initials of the initials, and improves the efficiency. The vowels configured in the above embodiment contain all the commonly used vowels, but not the initials, and δ. The finals er, and the lower-frequency finals "ua" and 6tun", are completed by means of the initials digital button. The above is only an embodiment of the final keyboard, and the invention of the input method includes any scheme of clicking the finals button to call up the corresponding final option. Figure 19 shows a combination of a physical final keyboard and a traditional physical mc keyboard. The physical keyboard includes a pressing keyboard, a touch keyboard, a proximity keyboard, etc. (the minimum touch pressure can be 〇), and the final keyboard is not multiplexed with the traditional ABC keyboard. Physical button. Figure 20 shows a combination of a virtual final keyboard and a traditional virtual ABC keyboard. The virtual disk includes display by screen, such as liquid crystal, light-emitting matrix, electronic paper, etc., or by projection, etc. Or more than one type of keyboard combination, the sensing system knows the wheeling situation of the person's and the final keyboard does not multiplex the virtual keys of the traditional MC keyboard. Figure 21 shows a combination of a physical final keyboard and a traditional physical qwerty keyboard that multiplexes the physical keys of a conventional QWERTY keyboard. Figure 22 shows a combination of a physical final keyboard and a traditional physical q^rty keyboard that reuses the physical keys of a traditional QWERTY keyboard and uses the finals not 200921462 for all finals. The picture shows a combination of a yin keyboard and a traditional whip keyboard, which sub-multiplexes the keys of the traditional ABC keyboard. ~ The first figure f shell does not use the rhyme keyboard, the traditional whip keyboard traditional Qwerty keyboard for the Han 24 riding display, the text message of the 51 subjects ^ " 仃 入 入 忒 忒 忒, can see the traditional abc keyboard and QWERTY button (t=12〇rH0^d^5=,, the average total number of keystrokes above the final _ is better than that of the 24-key p-keyboard. The input of the sylvester keyboard is the same as the two: Key = 々 r 仏 仏 ... 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 ) = Ζ ° tl« ^ . After the multiple comparisons, the differences between the two are also found. The average total button distance of the qwerty keyboard is 4 times larger than the average λ of the final keyboard. The method can also be much higher than the traditional healthy scale. The input of the rhyme refilling has been described above in connection with the preferred embodiment. The familiarity can be changed in the case of the hair = spirit and scope. Carry out various other "changes, real examples, and should be limited by the scope of the attached patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing a second embodiment of a rhyming disk according to a first embodiment of the present invention, showing a vowel of a vowel keyboard according to a second embodiment of the present invention, and Fig. 3 showing a final vowel according to a third embodiment of the present invention. Layout outline of the keyboard, 4 ugly county (four) fourth implementation touch syllabus _ layout summary diagram; 5th display * layout schematic diagram of the vowel keyboard according to the fifth embodiment of the present invention; ' 12 200921462 Figure 6 shows according to FIG. 7 is a schematic view showing a layout of a final keyboard according to a seventh embodiment of the present invention; FIG. 8 is a schematic view showing a layout of a final keyboard according to an eighth embodiment of the present invention; Figure 9 is a schematic view showing the layout of a final keyboard according to a ninth embodiment of the present invention; Figure 10 is a schematic view showing the layout of a final keyboard according to a tenth embodiment of the present invention; FIG. 12 is a schematic view showing a layout of a final keyboard according to a twelfth embodiment of the present invention; and FIG. 13 is a schematic view showing a layout according to a thirteenth embodiment of the present invention; FIG. 14 is a schematic view showing a layout of a final keyboard according to a fourteenth embodiment of the present invention; FIG. 15 is a schematic view showing a layout of a final keyboard according to a fifteenth embodiment of the present invention; FIG. 17 is a schematic view showing a layout of a final keyboard according to a seventeenth embodiment of the present invention; FIG. 18 is a schematic view showing a layout of a final keyboard according to a seventeenth embodiment of the present invention; Layout overview; Figure 19 shows a combination of a physical final keyboard and a traditional physical mc keyboard; Figure 20 shows a combined design of a virtual final keyboard and a traditional virtual ABC keyboard; Figure 21 shows a physical final keyboard and tradition A schematic diagram of a combined design of a physical QWERTY keyboard; Fig. 22 shows a schematic diagram of a combined design of a physical final keyboard and a conventional physical QWERTY keyboard, and Fig. 23 shows a combined design schematic of a final keyboard and a conventional Age keyboard; Comparison of the average total number of keystrokes for keyboard input to text type; Figure 25 shows the input of three types of keyboard to text The average total distance of the key of FIG schematic comparison; and a graph 26 of the conventional digital mobile phone keyboard layout in FIG. [Main component symbol description] None 13