200839574 九、發明說明： 【發明所屬之技術領域】 鍵盤系 本發明係有關於-種資料輸入的輔助按鍵與 統’特別是—種小型鍵盤簡易注音輸人系統。” 【先前技術】 _ ^的電子裝置’例如電腦、手機等，均包括輸入單 疋、輸出單元與運算處理單元，#中最重要的輪入200839574 IX. INSTRUCTIONS: [Technical field to which the invention pertains] Keyboard system The present invention relates to an auxiliary button and system for inputting data, in particular, a small keyboard simple phonetic input system. [Prior Art] Electronic devices such as computers, mobile phones, etc., all include an input unit, an output unit, and an arithmetic processing unit. The most important wheel in #
二鍵盤的構造主要係由許多的按鍵組成，每個按鍵 2代表一個或一個以上之特定字元，例如符號、文字或數 子等字兀，而這些按鍵通常是採取矩陣的結構排列。當按 下某-個按鍵之後，鍵盤的微控制器（Mcu)將產生相應於 此按鍵的字元碼然後傳輸至電子裝置(電腦)主機，字‘碼 的訊號於主機中經由運算處理單元的中央處理單元吩奶 以及軟體的運作加以解碼，而儲存於儲存單元（例如磁碟機） 或傳达至顯示器的微控制器加以處理或轉換，然後於顯示 器中顯示此字元。 一般的資料輸入作業係按壓鍵盤中相對應的按鍵位置 以輸入，例如中文打字可以利用注音符號來完成輸入，其 係將37個注音符號鍵與4個四聲鍵共41個鍵配置於鍵盤 上，並且其與字母-數字鍵搭配。如第一圖所示，其係傳統 學習注音符號的排列，其係將注音符號及四聲依群組特性 而填入一個4x11的鍵盤。第一圖係傳統學習注音符號的排 列’其中標準注音符號配置於其上，其中每一注音符號排 (填）入鍵盤10中的每一個空格填入—注音符號u，填入之 5 200839574 =成注音符號表。此符號表係依 曰的特性而分成六個群 ：曰付唬與合併拼 母22、獨立立μ 机，、刀別為擎母20、韻母21、介 為-個獨立單::與單音字25,其中每-個直行 厂）、第四單元（Μ<τ)、第)弟二早兀（《亏 (卩今二、如 弟早兀（虫考尸0)與第六單元 ㈣、第2二括三個單元，分別為第一單元(丫乙 }弟—早兀（畀〜幺又）與第三單元（弓卜士/、人 ΓΓ個單元(…)，獨立音23包括-個單母 厂不/、任何注音符號組成合併拼音。四聲24包括一個單元 單：Y二單音字25包括六個單元，分別為第- 甘)、第四…弟-早川以)、第三單元(丫：亡 们弟四早兀（以么又）、第五單元尤 元（儿）。 厂、弟”早 傳統鍵盤中注音符號的排列方式沒有經過拼音特性的 分析，因此輸人的錯誤率很高，同時亦無法収使用者· 求。並且按鍵大小與所需按鍵的數目決定了鍵盤或I 尺寸大小。 因此，基於上述習知之技術’目前企需一種操作較為 簡易之鍵盤排列方式來取代傳統的鍵盤之注音排列系统‘。 【發明内容】 μ ' 鑑於上述發明背景中，習知技術之鍵盤排列方式欠缺 耕音特性的分析，因此產生輸入錯誤率偏高之問題，本發 明之主要目的在於提供小型鍵盤簡易注音輸入系統以解決 6 200839574 上述問題。 本發明揭露一鍵盤注音輸入系統，將傳統的鍵盤注音 輸入系統，依照各注音符號及合併拼音的特性分析區分為 下述群、、且，包含.擎母群組、韻母群組、介母群組、獨立 曰群、、且Eg $群組、單音字群組。傳統鍵盤的注音按鍵數 目過多’本發明不同於傳統鍵盤而揭露-以3x9、3x10或 4x10按鍵陣列（Keyarray)的小型鍵盤裝置，由於依照各注 音符號及合併拼音的特性分析，使得本發明之鍵盤之注音 輸入系統達到簡便且容易操作之目的。 勺入Γί鍵盤之注音輸入系統，其特徵包含：一按鍵陣列 W ”母區塊及六聲母區塊配置於其上 母區塊用以配置一介I诠被 略 舞1^·症- 母知群，/、卑母區塊分別用以配置一 耳，矢_ ’二韻母族群配置於該六聲母區塊之三。 其中）|母族群包括一、乂、u。其 以配置獨立音、四聲或 ：，塊更用 ，雜二 其中聲母包括六個族群，分別為第 一私群（勹女门匸）、第一 ^刀乃J马弟 厂、、莖^ 私群（勿六，为）、第三族群The construction of the second keyboard is mainly composed of a plurality of keys, each of which represents one or more specific characters, such as symbols, characters or numbers, and these keys are usually arranged in a matrix structure. When a certain button is pressed, the keyboard's microcontroller (Mcu) will generate a character code corresponding to the button and then transmit it to the electronic device (computer) host. The word 'code signal is transmitted from the host through the arithmetic processing unit. The central processing unit decodes the operation of the milk and the software and stores it in a storage unit (such as a disk drive) or a microcontroller that communicates to the display for processing or conversion, and then displays the character in the display. The general data input operation is to press the corresponding button position in the keyboard to input. For example, Chinese typing can use the phonetic symbol to complete the input, and the 37 phonetic symbol keys and the four four-key keys are 41 keys are arranged on the keyboard. And it is paired with the alpha-numeric keys. As shown in the first figure, it is a traditional arrangement of phonetic symbols, which is filled with a 4x11 keyboard with phonetic symbols and four groups according to group characteristics. The first picture is an arrangement of traditional learning phonetic symbols on which the standard phonetic symbols are placed, wherein each phonetic symbol row (filled in) is filled in every space in the keyboard 10 - the phonetic symbol u, filled in 5 200839574 = Into the phonetic symbol table. This symbol table is divided into six groups according to the characteristics of the 曰: 曰付唬 and merged mother 22, independent vertical μ machine, knife is for the mother 20, vowel 21, for the independent single:: and monophonic words 25, each of which is a straight-through factory), the fourth unit (Μ<τ), the second brother of the second morning ("The loss (卩今二,如弟早兀(虫考尸0) and the sixth unit (four), the first 2 two three units, respectively, the first unit (丫乙} brother - early 兀 (畀 幺 幺 again) and the third unit (bow 士 /, ΓΓ ΓΓ unit (...), independent sound 23 includes - Single mother factory does not /, any phonetic symbols form a combined pinyin. Four sounds 24 include a unit single: Y two monophonic words 25 including six units, respectively - Gan -, fourth ... brother - Hayakawa), the third unit (丫 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 亡 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五 第五High, but also unable to receive user requests. And the size of the button and the number of buttons required determine the size of the keyboard or I. Therefore, based on The prior art 'currently requires a keyboard arrangement that is relatively simple to operate to replace the traditional phonetic phonetic arrangement system'. [Invention] [In view of the above invention, the keyboard arrangement of the prior art lacks the characteristics of the farming sound. Analysis, thus causing a problem of high input error rate, the main purpose of the present invention is to provide a small keyboard simple phonetic input system to solve the above problems of 2008-09-39. The present invention discloses a keyboard phonetic input system, which uses a conventional keyboard phonetic input system according to The characteristic analysis of each phonetic symbol and the merged pinyin is divided into the following groups, and includes the engine group, the final group, the media group, the independent group, and the Eg $ group and the mono group. The number of voice-activated buttons of the conventional keyboard is too large. The present invention is different from the conventional keyboard. The small keyboard device with a 3x9, 3x10 or 4x10 key array (Keyarray) has a keyboard of the present invention due to the analysis of the characteristics of the phonetic symbols and the combined pinyin. The phonetic input system is easy and easy to operate. Into the system, its features include: a button array W "mother block and six mother block is placed in the upper parent block to configure a mediation I is a little dance 1 ^ · disease - the mother know group, /, the mother and child area The blocks are respectively configured to configure one ear, and the vector of the two vowels is arranged in the third of the six initials. The middle group includes one, 乂, u. It is configured to be independent, four or:, and the block is used. Among them, the initials include six ethnic groups, namely the first private group (the prostitute threshold), the first ^ knife is the J Madi factory, the stem ^ private group (Do not six, for), the third group
厂）、弟四族群（Lj / 丁 J M7 士 /、 、弟五無群（虫考尸日）盥第丄旄雜 之注音符號，第-族群係配置於第一區堍 無群係配置於第二區塊，第三^弟一 弟六族群係配置於第六 罝於弟五區塊， (巧入以）與鬼。韻母族群包括（丫 q廿）、 考尸吓(”二)、(丫 ：：：字包括六個族群’分別為(虫 (丫 Q幻、尤乙）、 7 200839574 此外，四聲族群（· / V、），配置於任一殘留區塊。 【實施方式】 本發明的一些實施例會詳細描述如下。然而，除了詳 細描述的實施例外，本發明可以廣泛地在其它的實施例中 施行，並且本發明之保護範圍並不受限於下述之實施例， 其係以後述的申請專利範圍為準。 請參考圖示，其中所顯示僅僅是為了說明本發明之較 佳實施例，並非用以限制本發明。一般傳統鍵盤的排列方 式係將注音符號及四聲依群組特性而配置於一鍵盤，如第 二圖所示。而本發明係將注音符號及四聲依群組特性而配 置於一七主區塊。 本發明揭露一新式小型鍵盤（keypad)輸入組態，此鍵 盤輸入組態定義了七主區塊之按鍵陣列的鍵盤30。上述之 主區塊包含介母主區塊以及左、右各三主區塊。其中左、 右三主區塊主要配置聲母、韻母、獨立音。介母主區塊切 割為3x1陣列以利於依照本案所揭示之精神依據群組配 置。 上述之按鍵陣列鍵盤的輸入組態包括7主區塊，一個 介母區塊（標號32)與六個陣列區塊31，請參考第三圖。舉 例而言，本發明之按鍵區塊之鍵盤輸入組態之配置包括以 下三種態樣：第一態樣係將介母主區塊配置於鍵盤中央（第 5排）’其他六個區塊置於按鍵陣列鍵盤左、右二側。第二 態樣係將上述介母主區塊置於鍵盤最左侧（第1排），其他 8 200839574 六個區塊分別以鍵盤第2〜9排配置；第三態樣係將介母主 區塊置於鍵盤最右侧（第9排），其他六個區塊以鍵盤第工〜^ 排配置，請參考第三圖。 請參考第四圖，其係將本發明之注音符號配置於按鍵 陣列鍵盤40之示意圖。其中介母主區塊包括三單元卜& , ⑴分別配置於介母主區塊41，其中介母主區塊係採縱向 排列的方式配置上述介母之注音符號，其排列順序可依需 求而定U使用便利性考量，宜將介母主區塊置於鍵般 中央區=(第5排)’其他區塊則配置於鍵盤二侧。其餘單 兀包括聲母、韻母、獨立音、四聲與單音字，％配置於上 述之其他區塊内’其中鍵盤左右兩側得以切割為各 或陣列分別配置聲母、韻母、獨立音、四聲與單音字。| 由第二圖可知，聲母包分為六個族群，韻母可 一介母族群、六個單音族群、一四聲族群以及： 原則:括因此上述六區塊(左、右各三區塊)之配置方式或 一.所有的聲母族群不可配置於同—區塊； 二·所有的韻母單元不可配置於同—區塊； 三. 所有的單字音不可配置於同一區塊； 四. 每一區塊最多只能填入二相異族群； 五獨立音不一定配置於區塊中，端視聚置鍵盤 (device keypad)之需求而定。 在此實施例中，每一區塊（2χ4)包括二次 列）。舉一較佳實施例，依據上述第一 ^ Χ 原則，所有的聲母單 9 200839574 ::可二置：):;1族二包:六個族群，别為第— 厂)、第四族群(…)、第五族群、第群(《5 (π今二），·其中第一族 日）與第六族群 -區塊心第二次區塊(第=:)配置^^^ :置鍵盤第二區塊43之第二次區塊(第6::(二^ (《万厂）填入鍵盤第三區塊44 ; 弟一私群 第四族群(1]〈丁)配置於鍵盤第四區塊，塊(第?〜4排)’ (第6〜9排)’第五族群(以 A之弟二次區塊 之第-吹p·祕，货 置於鍵盤第五區塊46 之弟一夂£塊（弟1〜4排），第六族 六區塊47之第二次區塊（第6〜9排）(。以）配置於鍵盤第 個區:“康二第:原::所有的韻母單元不可以填入同— 第二族群幻盘第一 /別為弟-族群(丫 I古甘)、 Mi 矣群（M尤乙）。上述之三立員母 m係配置於第二區“之第-次區塊(第6〜: 第一私群（hu)填入鍵盤 次區塊（第i〜4排），第三族群充44之弟一 塊45之第一次區塊（第6〜9排）。”配置鍵盤第四區 個第二原則，所有的單字音不可以填入同-H早音字包括六個族群’分別為第一族群（虫考尸 族群(”Α)、第三族群(丫…)、第四巧 弟五族群（弓與第六族群（儿），其中第一 至五族群之配置區塊如上所述，第六族群⑷配置於鍵盤 200839574 第六區塊47之任一次區塊，圖示以第二次區塊為範 6〜9排）。 依據上述第四原則，每區塊最多只能填入二個部份， 本實施例中，每個區塊包括二個次區塊。 依據上述第五原則，獨立音不一定配置於區塊中，端 視裝置鍵盤（device keypad)之需求而定。獨立音包括一個 單兀（儿），其不與任何注音符號組成合併拼音，在此實施 例中，獨立音（儿）與聲母之（17卞么）一同配置鍵盤第六區塊 隱47之第二次區塊（第6〜9排）。 此外，在此實施例中，四聲包括一個單元（· / ν、）， 其係配置於鍵盤第一區塊42之第一次區塊（第卜4排 值得注意的是上述六個區塊之左、右、上、下位置得 以互易，只要其不違反本發明所揭示之原則。此外，每一 區塊之次區塊位置亦可以上下對調，只要其不違反本發明 所揭示之原則。 _ 本發明之鍵盤之注音輸入系統中，所有的注音符號透 過有系統的分類以及適當的配置，將3χ9鍵盤輸入組態區 分為七個區塊部件，使得使用者可以較快地從七區塊部件 中找到所需要的注音符號，增進了不少的操作方便性。 請芩考第五圖，其係為本發明之另一實施例，其中注 曰付號表排（填）入3x9的鍵盤。在此實施例中，介母包括 一個單元（一乂 U)配置介母區塊，係採縱向排列的方式配 置入上述介母，並且係置於鍵盤最左侧（第1排），其他六 個區塊置於鍵盤第2〜9排。其餘單元包括聲母、韻母、獨 11 200839574 立音、四奪與單音字，則填人其他六個1x4部件，其中六 個lx4部件係採橫向排列的方式填人上述注音表請參考Factory), brothers and four groups (Lj / D J J7 Shi /,, brother Wu Wuqun (worm corpse day) 盥 Noisy phonetic symbols, the first group is placed in the first district, no group is placed in In the second block, the third group of brothers and six brothers are arranged in the sixth block of the sixth brother, and the ghosts. The group of the vowels includes (丫q廿), the test corpse scare ("two), (丫::: The word includes six ethnic groups' respectively (worm (丫Q幻,尤乙), 7 200839574 In addition, the four-sound group (· / V,) is placed in any residual block. [Embodiment] The embodiments of the invention are described in detail below. However, the invention may be widely practiced in other embodiments, and the scope of the invention is not limited to the embodiments described below. The scope of the patent application will be described in the following. The drawings are only for the purpose of illustrating the preferred embodiments of the present invention, and are not intended to limit the invention. The conventional keyboard is arranged in a phonetic symbol and four-voice group. Group features are configured on a keyboard, such as the second The present invention discloses a phonetic symbol and a four-sound group configuration in a seven-segment block. The present invention discloses a new type of keypad input configuration, which defines seven main blocks. The keyboard array of the button array 30. The main block includes a mediator main block and three left and right main blocks, wherein the left and right main blocks are mainly configured with initials, finals, and independent sounds. The cut is a 3x1 array to facilitate the group configuration according to the spirit disclosed in the present disclosure. The input configuration of the above-mentioned button array keyboard includes 7 main blocks, one mother block (32) and six array blocks 31, please Referring to the third figure, for example, the configuration of the keyboard input configuration of the button block of the present invention includes the following three aspects: the first aspect is to configure the main block of the mediator in the center of the keyboard (the fifth row) 'Others The six blocks are placed on the left and right sides of the keypad of the button array. The second aspect is to place the main block of the above-mentioned mediator on the left side of the keyboard (the first row), and the other eight blocks of 200839574 are respectively the keyboard. 2 to 9 rows of configuration; the third state will be introduced The parent main block is placed on the far right side of the keyboard (the 9th row), and the other six blocks are arranged in the keyboard work ~^ row, please refer to the third figure. Please refer to the fourth figure, which is the phonetic symbol of the present invention. A schematic diagram of the key array keyboard 40. The mediator main block includes three units, and (1) are respectively disposed in the mediator main block 41, wherein the mediator main block is arranged in a longitudinal arrangement. Phonetic symbols, the order of which can be determined according to the needs of the U. Convenience considerations, the main block should be placed in the key-like central area = (5th row) 'Other blocks are placed on the two sides of the keyboard. The rest of the single 兀Including the initials, finals, independent sounds, four sounds and monophonic words, % are arranged in the other blocks mentioned above. 'The left and right sides of the keyboard can be cut into each or the array is respectively configured with initials, finals, independent sounds, four sounds and monophonic words. From the second picture, the initials are divided into six groups. The finals can be a mother group, six monophonic groups, and a four-voice group. Principle: The above six blocks (left and right blocks) The configuration mode or one. All the consonant groups can not be configured in the same block; 2. All the finals can not be configured in the same block; 3. All single tone cannot be configured in the same block; The block can only be filled in at most two-phase heterogeneous groups; the five independent sounds are not necessarily arranged in the block, depending on the needs of the device keypad. In this embodiment, each block (2χ4) includes a second column). According to a preferred embodiment, according to the first principle, all the initials 9 200839574: can be set to two:):; 1 family 2 packages: six groups, not the first - factory), the fourth group ( ...), the fifth group, the first group ("5 (π今二), · the first family day) and the sixth group - the second block of the block heart (the =:) configuration ^^^: set the keyboard The second block of the second block 43 (6:: (2) ("Wanchang" filled in the third block of the keyboard 44; the younger private group of the fourth group (1) < D) is configured on the keyboard Four blocks, block (第?~4排)' (6th to 9th row) 'The fifth group (to the second block of A's second block - blowing p· secret, the goods are placed in the fifth block of the keyboard 46 The younger brother is a block (different 1 to 4 rows), the sixth block of the sixth block of the sixth block 47 (6th to 9th row) (.) is placed in the first area of the keyboard: "Kang Erdi: the original :: All the finals can not be filled in the same - the second group of the first disk / the other is the brother - group (丫I Gu Gan), Mi 矣 group (M eu B). The above three members of the m system are configured The second district "the first sub-block (the sixth to the first private group (hu) filled in the keyboard sub-block (i to 4 rows), the third group The brother of 44 is the first block of 45 (6th to 9th row). "The second principle of configuring the fourth zone of the keyboard, all the single-words can not be filled in with the same -H early sounds including six ethnic groups' respectively The first group (the worm group ("Α", the third group (丫...), the fourth group (the bow and the sixth group (children), where the first to the fifth group of configuration blocks are as described above The sixth group (4) is configured in the first block of the sixth block 47 of the keyboard 200839574, and the second block is shown as the sixth 6th row. According to the fourth principle, each block can only be filled in at most. In the two parts, in this embodiment, each block includes two sub-blocks. According to the fifth principle described above, the independent sound is not necessarily arranged in the block, depending on the requirements of the device keypad. The independent sound includes a single 儿, which does not form a merging with any phonetic symbol. In this embodiment, the independent sound (child) and the initial (17 卞) are configured together with the sixth block of the keyboard. Secondary block (rows 6 to 9). Further, in this embodiment, the four sounds include one single (· / ν,), which is arranged in the first block of the first block 42 of the keyboard (the fourth row is worth noting that the left, right, upper and lower positions of the above six blocks are reciprocal, As long as it does not violate the principles disclosed in the present invention, in addition, the sub-block position of each block can also be adjusted up and down as long as it does not violate the principles disclosed by the present invention. _ In the phonetic input system of the keyboard of the present invention, The phonetic symbol is divided into seven block components by systematic classification and appropriate configuration, so that the user can quickly find the required phonetic symbols from the seven block components, which improves the Less ease of operation. Please refer to the fifth figure, which is another embodiment of the present invention, in which the note number table is filled (filled) into the 3x9 keyboard. In this embodiment, the mediator includes a unit (a U-shaped) configuration mediator block, which is arranged in the longitudinal arrangement to the above-mentioned mediator, and is placed on the leftmost side of the keyboard (the first row), and the other six The blocks are placed in the 2nd to 9th rows of the keyboard. The remaining units include initials, finals, and unique 11 200839574 Li Yin, four wins and monophonic words, and fill in the other six 1x4 parts, six of which are arranged in a horizontal arrangement to fill in the above-mentioned phonetic table.
«月多考第/、圖，其係為本發明之又一實施例，其中注 音符號表排(填)入3x9的鍵盤。在此實施例中，介母包括 -個族群（-乂 U)配置採縱向排列的方式配置上述介母， f且係置於鍵盤最右側(第9排)，其他六個區塊置於鍵盤 第1 8排。其餘單疋包括聲母、韻母、獨立音、四聲盘單 音字’則填入其他六個lx4部件，其中六们^部件係採 橫向排列的方式填入上述注音表，請參考上述。 明參考第七圖，其係為本發明之另一實施例，其中注 音符號表排（填）人3x10的鍵盤。在此實施射，增加一行 (第10排），其餘區塊分類如同上述。其中第1〇行（排）第一 列填入上述第六族群(几)。此外，介母包括一個族群卜乂 U)配置採縱向排列的方式配置上述介母，並且係置於鍵盤 第5排，其他六個區塊置於鍵盤第】〜<、6〜9排。其餘= 元包括聲母、韻母、獨立音、四聲與單音字，則填入其他 六個1x4部件，其中六個1χ4部件係採橫向排列的方式填 入上述注音表，請參考上述。 明 > 考弟八圖，其係為本發明之另一實施例，其中注 •^符號表排（填）入4x10的鍵盤。在此實施例中，增加一行 (第10排），以及增加一列（第4列），其餘區塊分類如同上 述二其中第10行（排）第一列填入上述第六族群（儿），第4 列第7行（排）填入上述第五族群（史$尸0)之中的（q)。此 12 200839574 外’介母包括一個族群（一乂 u)配置採縱向排列的方式配 置上述介母，並且係置於鍵盤第5排，其他六個區塊置於 鍵盤第1〜4、6〜9排。其餘單元包括聲母、韻母、獨立音、 四聲與單音字’則填入其他六個1x4部件，其中六個1χ4 部件係採橫向排列的方式填人上述注音表，請參考上述。The monthly multi-test/picture is another embodiment of the present invention in which the phonetic symbol table is filled (filled) into a 3x9 keyboard. In this embodiment, the mediator includes a group of (-乂U) configurations arranged in a longitudinal arrangement, and is placed on the rightmost side of the keyboard (9th row), and the other six blocks are placed on the keyboard. Row 1 8th. The remaining singles include initials, finals, independent sounds, and four-voice single-words' are filled in with the other six lx4 parts. The six parts are filled in the above-mentioned phonetic table in a horizontal arrangement. Please refer to the above. Referring to the seventh figure, which is another embodiment of the present invention, the phonetic symbol table is filled in (3) the keyboard of the person 3x10. In this case, a row is added (row 10), and the remaining blocks are classified as above. The first column of the first row (row) is filled in the above sixth group (several). In addition, the mediator includes a group of subdivisions. U) The configuration is arranged in a longitudinal arrangement, and is placed in the fifth row of the keyboard, and the other six blocks are placed on the keyboard </ br> to <, 6 to 9 rows. The remaining = elements including initials, finals, independent tones, four-tones and monosyllabic words are filled in with the other six 1x4 components, six of which are placed horizontally in the above-mentioned phonetic table, please refer to the above. Ming > Cody's Eight Diagrams, which is another embodiment of the present invention, wherein the symbol table is filled (filled) into a 4x10 keyboard. In this embodiment, one row (the 10th row) is added, and one column (the fourth column) is added, and the remaining blocks are classified as the first column of the 10th row (row), and the sixth column is filled in the sixth group (children). Line 4, line 7 (row) is filled in (q) of the above fifth group (his corpse 0). This 12 200839574 external 'mother includes a group (one 乂 u) configuration in the vertical arrangement to configure the above-mentioned mediator, and is placed in the fifth row of the keyboard, the other six blocks are placed on the keyboard 1~4, 6~ 9 rows. The remaining units, including initials, finals, independent tones, four-tone and monophonic words, are filled in with the other six 1x4 components, six of which are placed in a horizontal arrangement to fill the above-mentioned phonetic table, please refer to the above.
綜合上述，本發明確實提供了一種與傳統鍵盤不同之 鍵盤注音輸入系統。換言之，本發明之優點係在於提供3χ 9 3x10或4χ1〇按鍵陣列（Key array)的小型鍵盤裝置，由 於其比傳統的4XU按鍵陣列鍵盤之按鍵數目少，並且排列 :式：與傳統的鍵盤迥異’因此除了可以達到令使用者簡 單谷易紅作之外，其目的，此項特點確實是習知技術中 所無法辦到者。 表日本發明以較佳實施例說明如上，然其並非用以限定本 :明所主張之專利權利範圍。其專利保護範圍當視後附之 :睛專利範圍及其等同領域而定。凡熟悉此領域之技藝 厘在不脫離本專利精神或範圍内，所作之更動或潤飾， “於本發明所揭示精神下所完成之等效改變或設計，且 …匕合在下述之申請專利範圍内。 【圖式簡單說明】 盥本I明可以藉由某些較佳實施例，以及下述之說明書In summary, the present invention does provide a keyboard phonetic input system that is different from conventional keyboards. In other words, the advantage of the present invention is that it provides a small keyboard device of 3χ9 3x10 or 4χ1〇 Key array, because it has fewer buttons than the conventional 4XU button array keyboard, and is arranged: different from the traditional keyboard. 'Therefore, in addition to the user's simple and easy to make, the purpose is that this feature is indeed impossible in the conventional technology. The invention of the present invention is described above by way of a preferred embodiment, and is not intended to limit the scope of the patent claims. The scope of patent protection is attached to the scope of the patent: the scope of the patent and its equivalent. Any modification or refinement made in the spirit of the present invention, without departing from the spirit or scope of the patent, is equivalent to the equivalent of the invention. BRIEF DESCRIPTION OF THE DRAWINGS [Brief Description] The present invention can be illustrated by certain preferred embodiments, as well as the following description.
二附圖不之詳細描述來了冑，然而並非為限 睛乾圍，應理紐土 & L ^ T ^ 〜解者為本發明中所有之較佳實施例僅為例示 I用，其中： 第一圖為傳統鍵盤之注音符號表。 13 200839574 第二圖為傳統鍵盤之注音符號分類之示意圖。 第三圖為本發明之3x9按鍵陣列鍵盤之示意圖。 第四圖係本發明之3x9按鍵陣列鍵盤之注音輸入系 統。 第五圖係本發明之3x9按鍵陣列鍵盤之注音輸入系 統。 第/、圖係本發明之3x9按鍵陣列鍵盤之注音輸入系 統。 第七圖係本叙明之3x 10按鍵陣列鍵盤之注音輸入系 統。 第八圖係本發明之4x10按鍵陣列鍵盤之注音輸入系 統。 【主要元件符號說明】 鍵盤 10、30、40 注音符號11 φ 聲母20 韻母21 介母22 獨立音23 四聲24 單音字25 陣列區塊3 1 介母區塊32 介母主區塊41 14 200839574 第一區塊42 弟二區塊43 第三區塊44 第四區塊45 第五區塊46 第六區塊47The drawings are not described in detail, but are not intended to be limited to the scope of the invention, and all of the preferred embodiments of the invention are for illustrative purposes only, wherein: The first picture shows the phonetic symbol table of the traditional keyboard. 13 200839574 The second picture is a schematic diagram of the classification of phonetic symbols of a traditional keyboard. The third figure is a schematic diagram of the 3x9 button array keyboard of the present invention. The fourth figure is the phonetic input system of the 3x9 button array keyboard of the present invention. The fifth figure is a phonetic input system of the 3x9 button array keyboard of the present invention. The figure / is a phonetic input system of the 3x9 button array keyboard of the present invention. The seventh diagram is the phonetic input system of the 3x 10-button array keyboard described herein. The eighth figure is the phonetic input system of the 4x10 button array keyboard of the present invention. [Main component symbol description] Keyboard 10, 30, 40 Phonetic symbols 11 φ Initials 20 Finals 21 Mediator 22 Independent sound 23 Four sounds 24 Monophonic words 25 Array block 3 1 Master block 32 Mediator main block 41 14 200839574 One block 42 second block 43 third block 44 fourth block 45 fifth block 46 sixth block 47