1335143 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種鍵盤模組，且特別是有關於一種 - 應用於可攜式通訊電子裝置上之鍵盤模組。 tr 【先前技術】 由於目前行動電話受到廣泛的使用，手機製造商無不 • #力增加手機的魏’讓使用者可以藉由㈣手機就可以 滿足使用者更多的需求。例如，有些手機具有PDA(個人數 位助理）的功能：通訊錄、行程表、記事薄和待辦事件。 然而，在手機如此小的體積内是難以將整個鍵盤整合 進來。因此，當使用者操作中英文輸入時，就需靠使用者 重複壓下按鍵，以進行英文字母或注音符號的循環選取。 如此不僅在輸入時耗費許多的時間，更由於輸入的方式複 雜，速度上相當緩慢。 鲁 料的手機製造商為了能提供使用者較方便的輸入方 式’故將標#鍵盤配置（qWERTY)設置於手機按鍵上，然而 此種鍵盤往往具有許多缺點。舉例來說，由於標準鍵盤配 置的按鍵數目眾多，故所需的空間也相當魔大，這使得手 機的體積無法進一步地縮小。 此外，在手機内整合標準鍵盤配置與電話符號鍵盤配 置是相當困難的’由於標準鍵盤配置與電話符號鍵盤配置 的按鍵總數繁多，故為達整合目的往往使得按鍵的尺寸縮 小’這將造成使用者輸入上的困難。另外，在手機内安裝 1335143 龐大數目的按鍵常使得整個手機的外觀線條雜亂，進而影 響手機在市場上的價值。 因此’如何能在手機内整合標準鍵盤配置與電話符號 鍵盤配置’使其具有較少的按鍵數目及較大的按鍵尺寸， 進而方便使用者進行輸入，並使手機具有簡潔的外觀線 條’為手機製造商與使用者所深切企盼β 【發明内容】 因此本發明一方面係在提供一種鍵盤模組，其可整合 電話鍵盤符號配置與QWERTY鍵盤符號配置，讓使用者可 方便且快速地輸入資料’並減少按鍵數目及增加的按鍵尺 寸。 根據本發明一實施例，一種鍵盤模組包含十二個功能 整合鍵、複數個功能操作鍵、電話鍵盤符號配置及qWERTy 鍵盤符號配置。上述之功能整合鍵係排列成三列乘四行之 矩陣。功能操作鍵則排列於矩陣之側邊。電話鍵盤符號配 置具有複數個數字符號及功能符號，其係排列於功能整合 鍵上。QWERTY鍵盤符號配置則具有複數個字元符號，其 係排列於功能整合鍵及功能操作鍵上，且這些字元符號的 排列方向係與數字符號的排列方向垂直。 本發明另一方面就是在提供一種可攜式通訊電子裝 置，其可讓使用者直覺且快速地找到欲輸入數字符號或字 元符號的對應按鍵。 根據本發明另一實施例，一種可攜式通訊電子裝置包 1335143 s顯示單元與鍵盤模組。顯示單元係用以顯示資訊。鍵盤 模組包含十二個功能整合鍵、複數個功能操作鍵、電話鍵 盤符號配置及QWERTY鍵盤符號配置。上述之功能整合鍵 係排列成三列乘四行之矩陣。功能操作鍵則排列於矩陣之 側邊〇電話鍵盤符號配置具有複數個數字符號及功能符 號，其係排列於功能整合鍵上^ QWERTY鍵盤符號配置則 具有複數個字元符號，其係排列於功能整合鍵及功能操作 鍵上’且這些字元符號的排列方向係與數字符號的排列方 向垂直。 因此’本發明上述實施例之鍵盤模組可讓製造者在手 機内整合電話鍵盤符號配置與QWERTY鍵盤符號配置，使 其具有較少的按鍵數目及較大的按鍵尺寸。較大的按鍵尺 寸可讓使用者更舒適地進行輸入，而較少的按鍵數目可讓 手機具有更簡潔的外觀線條。 【實施方式】 參閱第1A圖，其繪示依照本發明第一實施例之鍵盤模 組的一種上視圖。在第1A圖中，一種鍵盤模組1〇〇包含十 二個功能整合鍵110、複數個功能操作鍵120、電話鍵盤符 號配置130及QWERTY鍵盤符號配置14〇。上述之功能整 合鍵110係排列成三列乘四行之矩陣115。功能操作鍵120 則排列於矩陣115之側邊。電話鍵盤符號配置13〇具有複 數個數字符號（例如：數字符號“〇，，至“9”）及功能符號 (例如：功能符號與功能符號“#，，），其係排列於功 1335143 能整合鍵110上。QWERTY鍵盤符號配置140則具有複數 個字元符號（例如··字元符號“A”至“Z”），其係排列於 功能整合鍵11〇及功能操作鍵12〇上，且這些字元符號的 排列方向係與數字符號的排列方向垂直。 如此一來’使用者即可依使用方向的不同，得知目前 功能整合鍵110與功能操作鍵12〇的定義，以避免因混淆 而不易使用。例如，第5A、5B圖係繪示一具有本發明鍵 盤模組的可攜式通訊電子裝置。可攜式通訊電子裝置1〇包 含一顯示單元12,用以顯示文字、圖像或影像等資訊、及 一鍵盤模組100，用以輸入數字、字元、或符號等訊息。使 用者可經由顯示單元12及鍵盤模組100來操作可攜式通訊 電子裝置10。當使用者直立可攜式通訊裝置用以撥打電話 時，數字符號的排列方向係可為使用者正常觀視的方向（如 第5A圖所示）’因此使用者可直覺且快速地找到欲輸入數 字符號的對應按鍵。當使用者讓可攜式通訊裝置橫躺用以 打字時，使用者正常觀視的方向則是字元符號的排列方向 (如第5B圖所示），因此使用者可直覺且快速地找到欲輸 入字元符號的對應按鍵。 更具體地說’上述之數字符號包含數字符號“丨”、數 字符號“2” 、數字符號“3” 、數字符號“4” 、數字符號 “5” 、數字符號“6” 、數字符號“7” 、數字符號“8” 、 數字符號“9”及數字符號“〇” ，而功能符號則包含功能 符號及功能符號“#” ，其中數字符號“广，、數字 符號“2”與數字符號“3”係依序位於矩陣115之第一行 明 5143 的功能整合鍵上，數字符號“4” 、數字符號“5”與數字 符號“6”係依序位於矩陣115之第二行的功能整合鍵上’ 數字符號“7” 、數字符號“8”與數字符號“9”係依序位 於矩陣115之第三行的功能整合鍵上，及功能符號“ *，，、 數字符號“0”與功能符號“#”係依序位於該矩陣115之 第四行的功能整合鍵上。此種排列方式係為了配合傳統使 用手機的習慣，避免讓使用者需重新學習撥打電話符號的 方式。 另外’上述之功能操作鍵120可包含第一功能操作鍵 122、第二功能操作鍵124與第三功能操作鍵126排列成一 行於矩陣115之第一行的側邊。更具體地說，第一功能操 作鍵122、第二功能操作鍵124與第三功能操作鍵126係依 序安裝於數字符號“1” 、數字符號“2”與數字符號“3” 的側邊。由於QWERTY鍵盤符號配置之字元符號的數量遠 大於電話鍵盤符號配置的數字符號及功能符號的總數，故 為了避免將過多的字元符號結合於單一功能整合鍵ιι〇 上，製造者可增加功能操作鍵12〇，以增加可結合之按鍵總 數。 此外，上述之第一功能操作鍵122、第二功能操作鍵 12^與第二功能操作鍵126上均可具有一功能標記丨5〇，用 以提示第一功能操作鍵122、第二功能操作鍵124與第三功 能操作鍵126的功能。舉例來說，功能操作鍵12〇之第一 功能操作鍵122、第二功能操作鍵124與第三功能操作鍵 126可為倒退鍵、播放鍵及前進鍵。 “在本實施例中，上述之字元符號可包含字元符號“A” :，且字元符號“Q”與字元符號“w”係與功能符 二*整合於同一功能整合鍵110上，字元符號“ e，，與 字1 符號“R”係與數字符號“7”整合於同一功能整合鍵 字元符號“T”與字元符號“γ”係與數字符號“4”整 合於同-功能整合鍵上，字元符號“ U，，肖字元符號丫 係二數字:夺號“Γ整合於同一功能整合鍵上，字元符號 與子几符號‘P”係整合於第一功能操作鍵122上， 字元符號“A”與字元符號“ s ”係與數字符號“ 〇，，整合 於同-功能整合鍵上，字元符號“D”與字元符號“F”係 與數字符號“8”整合於同一功能整合鍵上，字元符號 與子π符號“H”係與數字符號“5”整合於同一功 能整合鍵上’字元符號丫財元« “K”係與數字符 號^ 2整合於同-功能整合鍵上，字元符號“ l，’係整合 於該第二功能操作鍵124上，字元符號“z”係與功能符號 #整合於同-功能整合鍵上，字元符號“χ”與字元符 號“C”係與數字符號“9”整合於同一功能整合鍵上字 元符號V肖字元符號“Β”係與數字符號“6”整合於 同-功能整合鍵上，字元符號“Ν，，與字元符號“μ”係與 數字符號“3”整合於同一功能整合鍵' 。另外，本實施例之鍵盤模组1〇〇亦可包含一空白鍵符 號（SPACE) 160,且為了人體工學考量，此空白鍵符號_ 係單獨位於第三功能操作鍵126上。由於使用者輸入資料 時’空白鍵符號160的使用機率較高，故讓空白鍵符號16〇 1335143 單獨位於第三功能操作鍵126上，將使得空白鍵符號βΟ 的面積較大’進而讓使用者更舒適地輸入資料。 本發明上述實施例之鍵盤模組100更可包含一轉換鍵 180，此轉換鍵180係與字元符號“ζ” ，以及功能符號 “ # ”整合於同一功能整合鍵上。當使用者按壓轉換鍵18〇 時，功能整合鍵的定義將會改變。舉例來說，當轉換鍵18〇 被按壓時，字元符號“G”的定義將改變成％。藉由轉換鍵 180的存在’可使得單一功能整合鍵具有更多的定義。 此外’複數個定義提示符號190係可排列於功能整合 鍵的周圍。當轉換鍵180被按壓時，定義提示符號19〇將 "Τφζ示功点整合鍵的定義。如此一來，使用者可不必背誦 轉換後之功能整合鍵的定義，直接看功能整合鍵周圍的定 義提示符號190即可。 參閱第1Β圖，其繪示依照本發明第二實施例之鍵盤模 組的一種上視圖。與第一實施例不同的是，本實施例之第 功能操作鍵122、第二功能操作鍵124與第三功能操作鍵 126排列成一行於矩陣115之第四行的側邊。另外，本實施 例之字元符號“Q”與字元符號“w”係整合於第一功能 操作鍵122上，字元符號“Ε”與字元符號“R”係與功能 符號 *”整合於同一功能整合鍵上，字元符號“τ”與字 元符號“Υ”係與數字符號“7”整合於同一功能整合鍵 上，字元符號“U”與字元符號“I”係與數字符號“4，，整 合於同一功能整合鍵上，字元符號“〇”與字元符號“ρ，， 係與數字符號“1”整合於同一功能整合鍵上，字元符號 111335143 IX. Description of the Invention: [Technical Field] The present invention relates to a keyboard module, and more particularly to a keyboard module for use in a portable communication electronic device. Tr [Prior Art] Due to the widespread use of mobile phones, mobile phone manufacturers are all able to meet the needs of users with (4) mobile phones. For example, some phones have the functionality of a PDA (Personal Digital Assistant): contacts, schedules, notepads, and to-do events. However, it is difficult to integrate the entire keyboard within such a small size of the handset. Therefore, when the user inputs Chinese and English, the user has to repeatedly press the button to perform the loop selection of the English alphabet or the phonetic symbol. This not only takes a lot of time in the input, but also because the input method is complicated and the speed is quite slow. Lu's mobile phone manufacturers set the standard keyboard configuration (qWERTY) on the phone keys in order to provide users with a more convenient input method. However, such keyboards often have many disadvantages. For example, because of the large number of buttons configured on a standard keyboard, the space required is quite large, which makes the volume of the phone unable to be further reduced. In addition, it is quite difficult to integrate the standard keyboard configuration and the telephone symbol keyboard configuration in the mobile phone. 'Because the standard keyboard configuration and the telephone symbol keyboard are configured with a large number of buttons, the size of the button is often reduced for integration purposes. Difficulty in input. In addition, installing a large number of buttons in the mobile phone 1335143 often makes the appearance of the entire mobile phone messy, which in turn affects the value of the mobile phone in the market. Therefore, 'how to integrate standard keyboard configuration and phone symbol keyboard configuration in the mobile phone', it has fewer button numbers and larger button size, so that the user can input and make the phone have a simple appearance line. The manufacturer and the user deeply hope that β [invention] Therefore, in one aspect of the present invention, a keyboard module is provided, which can integrate a telephone keyboard symbol configuration and a QWERTY keyboard symbol configuration, so that a user can input data conveniently and quickly. And reduce the number of buttons and increased button size. According to an embodiment of the invention, a keyboard module includes twelve function integration keys, a plurality of function operation keys, a telephone keyboard symbol configuration, and a qWERTy keyboard symbol configuration. The above-mentioned function integration keys are arranged in a matrix of three columns by four rows. The function operation keys are arranged on the side of the matrix. The telephone keypad symbol configuration has a plurality of numeric symbols and function symbols arranged on the function integration keys. The QWERTY keyboard symbol configuration has a plurality of character symbols arranged on the function integration key and the function operation key, and the arrangement direction of the character symbols is perpendicular to the arrangement direction of the digital symbols. Another aspect of the present invention is to provide a portable communication electronic device that allows a user to intuitively and quickly find a corresponding button to which a digital symbol or character symbol is to be input. According to another embodiment of the present invention, a portable communication device package 1335143 s display unit and keyboard module. The display unit is used to display information. The keyboard module contains twelve function integration keys, a plurality of function operation keys, a telephone keyboard symbol configuration, and a QWERTY keyboard symbol configuration. The above-mentioned function integration keys are arranged in a matrix of three columns by four rows. The function operation keys are arranged on the side of the matrix. The telephone keyboard symbol configuration has a plurality of digital symbols and function symbols, which are arranged on the function integration key. The QWERTY keyboard symbol configuration has a plurality of character symbols, which are arranged in the function. The integration key and the function operation key are 'and the arrangement direction of these character symbols is perpendicular to the arrangement direction of the digital symbols. Therefore, the keyboard module of the above embodiment of the present invention allows the manufacturer to integrate the telephone keyboard symbol configuration and the QWERTY keyboard symbol configuration in the mobile phone, so that it has fewer button numbers and larger button sizes. The larger button size allows the user to enter more comfortably, while the smaller number of buttons allows the phone to have a cleaner line of appearance. [Embodiment] Referring to Fig. 1A, there is shown a top view of a keyboard module in accordance with a first embodiment of the present invention. In Fig. 1A, a keyboard module 1 includes twelve function integration keys 110, a plurality of function operation keys 120, a telephone keypad symbol configuration 130, and a QWERTY keyboard symbol configuration. The above-described functional integration keys 110 are arranged in a matrix 115 of three columns by four rows. The function operation keys 120 are arranged on the side of the matrix 115. The telephone keypad symbol configuration 13 has a plurality of numeric symbols (for example: the numeric symbol "〇,, to "9") and function symbols (for example, the function symbol and the function symbol "#,,"), which are arranged in the work 1335143 to be integrated. On the key 110. The QWERTY keyboard symbol configuration 140 has a plurality of character symbols (for example, the character symbols "A" to "Z"), which are arranged on the function integration key 11 〇 and the function operation key 12 ,, and these character symbols The arrangement direction is perpendicular to the direction in which the numerical symbols are arranged. In this way, the user can know the definition of the current function integration key 110 and the function operation key 12〇 according to the direction of use, so as to avoid being difficult to use due to confusion. For example, Figures 5A and 5B illustrate a portable communication electronic device having a keyboard module of the present invention. The portable communication device 1 includes a display unit 12 for displaying information such as text, images or images, and a keyboard module 100 for inputting characters such as numbers, characters, or symbols. The portable communication device 10 can be operated by the user via the display unit 12 and the keyboard module 100. When the user erects the portable communication device for making a call, the arrangement of the digital symbols can be in the direction of the user's normal viewing (as shown in FIG. 5A). Therefore, the user can intuitively and quickly find the input. The corresponding button of the number symbol. When the user lets the portable communication device lie horizontally for typing, the direction in which the user normally views is the direction in which the character symbols are arranged (as shown in FIG. 5B), so that the user can intuitively and quickly find the desire. Enter the corresponding button for the character symbol. More specifically, the above numerical symbols include the numeral symbol "丨", the numeral symbol "2", the numeral symbol "3", the numeral symbol "4", the numeral symbol "5", the numeral symbol "6", the numeral symbol "7" ", the number symbol "8", the number symbol "9" and the number symbol "〇", and the function symbol contains the function symbol and the function symbol "#", where the number symbol "wide, the number symbol "2" and the number symbol" 3" is sequentially located on the function integration key of the first row 5143 of the matrix 115, and the digital symbol "4", the numerical symbol "5" and the digital symbol "6" are sequentially located in the second row of the matrix 115. The 'numeric symbol '7', the numeric symbol "8" and the numerical symbol "9" are sequentially placed on the function integration key of the third row of the matrix 115, and the function symbol "*,,, the numeric symbol "0" and The function symbol "#" is sequentially located on the function integration key of the fourth row of the matrix 115. This arrangement is in line with the traditional habit of using a mobile phone, and avoids the need for the user to relearn the way the phone symbol is dialed. Further, the above-mentioned function operation key 120 may include a first function operation key 122, a second function operation key 124 and a third function operation key 126 arranged in a row on the side of the first line of the matrix 115. More specifically, the first function operation key 122, the second function operation key 124, and the third function operation key 126 are sequentially installed on the side of the numeral symbol "1", the numeral symbol "2", and the numeral symbol "3". . Since the number of character symbols in the QWERTY keyboard symbol configuration is much larger than the number of digital symbols and function symbols configured on the phone keyboard symbol, the manufacturer can add functions in order to avoid binding too many character symbols to the single function integration button ιι〇. The operation key 12〇 is added to increase the total number of keys that can be combined. In addition, the first function operation key 122, the second function operation key 12^ and the second function operation key 126 may have a function mark 丨5〇 for prompting the first function operation key 122 and the second function operation. The function of the key 124 and the third function operation key 126. For example, the first function operation key 122, the second function operation key 124, and the third function operation key 126 of the function operation key 12 can be a reverse key, a play key, and a forward key. "In the present embodiment, the above-mentioned character symbol may include the character symbol "A":, and the character symbol "Q" and the character symbol "w" and the function symbol * are integrated on the same function integration key 110. , the character symbol "e," and the word 1 symbol "R" and the numeral symbol "7" are integrated in the same function integrated key character symbol "T" and the character symbol "γ" is integrated with the numeral symbol "4" On the same-function integration key, the character symbol "U,, the suffix symbol is two digits: the nickname" is integrated on the same function integration key, and the character symbol and the sub-symbol 'P' are integrated in the first On the function operation key 122, the character symbol "A" and the character symbol "s" are combined with the numeral symbol "〇, integrated on the same-function integration key, and the character symbol "D" and the character symbol "F" are Integrated with the number symbol "8" on the same function integration key, the character symbol and the sub-π symbol "H" system and the number symbol "5" are integrated on the same function integration key 'character symbol 丫财元« "K" system Integrated with the digital symbol ^ 2 on the same-function integration key, the character symbol "l," is integrated in the On the two-function operation key 124, the character symbol "z" is integrated with the function symbol # on the same-function integration key, and the character symbol "χ" and the character symbol "C" are integrated with the numeral symbol "9". The character symbol on the function integration key V xiao character symbol "Β" is integrated with the number symbol "6" on the same-function integration key, the character symbol "Ν,, and the character symbol "μ" and the number symbol" 3" integrated in the same function integration key'. In addition, the keyboard module 1 of the embodiment may also include a blank key symbol (SPACE) 160, and the blank key symbol _ is separately located on the third function operation key 126 for ergonomic consideration. Since the user has a high probability of using the blank key symbol 160 when inputting the data, leaving the blank key symbol 16〇1335143 alone on the third function operation key 126 will make the area of the blank key symbol βΟ larger, thereby allowing the user Enter data more comfortably. The keyboard module 100 of the above embodiment of the present invention may further include a conversion key 180, which is integrated with the character symbol "ζ" and the function symbol "#" on the same function integration key. When the user presses the switch key 18〇, the definition of the function integration key will change. For example, when the toggle key 18 is pressed, the definition of the character symbol "G" will change to %. The single function integration key can be made more defined by the presence of the toggle key 180. In addition, a plurality of definition prompt symbols 190 can be arranged around the function integration key. When the switch key 180 is pressed, the definition prompt symbol 19 〇 will be "Τφ ζ show the definition of the work point integration key. In this way, the user can directly look at the definition prompt symbol 190 around the function integration key without having to memorize the definition of the converted function integration key. Referring to Figure 1, there is shown a top view of a keyboard module in accordance with a second embodiment of the present invention. Different from the first embodiment, the first functional operation key 122, the second functional operation key 124 and the third functional operation key 126 of the present embodiment are arranged in a row on the side of the fourth row of the matrix 115. In addition, the character symbol "Q" and the character symbol "w" of the embodiment are integrated on the first function operation key 122, and the character symbol "Ε" and the character symbol "R" are integrated with the function symbol *". On the same function integration key, the character symbol "τ" and the character symbol "Υ" and the numeral symbol "7" are integrated on the same function integration key, and the character symbol "U" and the character symbol "I" are combined with The number symbol "4, is integrated on the same function integration key, the character symbol "〇" and the character symbol "ρ," and the number symbol "1" are integrated on the same function integration key, the character symbol 11
丄丄分J “A”與字元符號“s，，係 字元符號“D”與字元符號:F於第二功能操作鍵124上， 於同-功能整合鍵I 2符；“=字符…^ 與數字符號“8”整合於同^符號“H，’係 “ _ 、同功旎整合鍵上，字元辞號 处整人符號“K”係'與數字符號“5”整合於同一功 〇鍵上’字元符號“L”係與數字符號“2”整合於同 -功能整合鍵上，字元符號“ z，，與轉換鍵 ;功能操作鍵126上，字元符號1，，與字元= 與功能符號“#”整合於同—功能整合鍵上，字元符， ，、符唬Β係與數字符號“9”整合於同一功 能整合鍵上，字元符號“ Ν，，與Μ符號“Μ” 號“6”整合於同-功能整合鍵上。此外，空白鍵符號子^ 係可單獨與數字« “3”整合於功能整合鍵110上。 參閱第1C圖’其繪示依照本發明第三實施例之鍵盤模 組的一種上視圖。與第-實施例不同的是，本實施例之 QWERTY鍵料號配置之字元符號其位置係㈣於第—實 施例所揭露者。具體而言，本實施例之字元符號“q”與字 儿符號W”係整合於第三功能操作鍵126上，字元符號 E與字元符號“R”係與數字符號“3”整合於同一功 能整合鍵上，字元符號“τ”與字元符號“Y”係與數字符 號6整合於同一功能整合鍵上，字元符號“與字元 符號“Γ係與數字符號“9”整合於同__功能整合鍵上， 字元符號“〇，，與字元符號“ρ”係與功能㈣“ #，，整& 於同-功能整合鍵上’字元符號“Α”與字元符冑“s”係 12 1335143 整= 第ΓΛ能操作鍵124上，字元符號“D”與字元符號 符m:付唬2整合於同一功能整合鍵上，字元 符：二與予元符號“η”係與數字符號“5”整合於同 功月b整合鍵上，字元符號“τ，，& 字符m人 財元符號“κ”係與數 8整合於同一功能整合鍵上，字元符號 與數字符號“ 〇”整合於同一 # 係 “7，，& 、 力忐整合鍵上，字元符號 與轉換鍵180係整合於第-功能操作鍵122上，字元 符號“X”與字元符號“C”係與數字符號1，，整合於同 一功能整合鍵上’字元符號“V”與字it㈣“B”係與數 ㈣號“4”整合於同-功能整合鍵上，字元符號“n，，、與 子兀符戒M”係與數字符號“7” &合於同—功能整合 卜二白鍵符號160係可單獨與功能符號‘‘ *，， 整合於功能整合鍵上。 參閱第1D圖，其繪示依照本發明第四實施例之鍵盤模 組的-種上視圖。與第三實施例不同的是，本實施例之第 -功能操作鍵！22、第二功能操作鍵124與第三功能操作鍵 126排列成一行於矩陣115之第四行的側邊。另外，在本實 中纟兀符冑Q與字元符號“w”係與數字符號 3整°於同—功能整合鍵11G上’字元符號“E”與字 元符號“R”係與數字符號“6”整合於同—功能整合鍵 上’字元符號“T”與字元符號“γ”係與數字符號“9”整 合於同-功能整合鍵上，字元符號“U”與字元符號“!” 係與功能符號“#，，¥合於同一功能整合鍵上，字元符號 〇與子元符號Ρ係整合於第三功能操作鍵126上， 13 1335143 字元符號“A”與字元符號“s，，係與數字符號 人 於同一功能整合鍵上，字元符號“D”與字 σ 二數子錢5整合於同一功能整合鍵上 G與字70符號“H”係與數字符號“8 』 能整合鍵上，字元符號“rn u 於冋-功 敕人 符號“κ”係與數字符 號〇整合於同一功能整合鍵上，字元符號“L”係整人 於該第二功能操作鍵124上，字S符號“ ζ，，與轉換鍵^0J J "A" and the character symbol "s,, the character symbol "D" and the character symbol: F on the second function operation key 124, the same-function integration key I 2; "= character ...^ is integrated with the number symbol "8" in the same symbol "H, 'system " _, the same function integration key, the character symbol at the whole person symbol "K" system and the number symbol "5" integrated in the same The 'character symbol 'L' on the function key is integrated with the number symbol "2" on the same-function integration key, the character symbol "z,, and the conversion key; the function operation key 126, the character symbol 1," And the character = with the function symbol "#" integrated on the same - function integration key, the character symbol, ,, the symbol and the number symbol "9" are integrated on the same function integration key, the character symbol "Ν,, The "Μ" symbol "6" is integrated with the --function integration key. In addition, the blank key symbol can be integrated with the function integration key 110 alone with the number «"3". Referring to Figure 1C, a top view of a keyboard module in accordance with a third embodiment of the present invention is shown. The difference from the first embodiment is that the position of the character symbol of the QWERTY key number configuration of this embodiment is (4) disclosed in the first embodiment. Specifically, the character symbol "q" and the character symbol W" of the embodiment are integrated on the third function operation key 126, and the character symbol E and the character symbol "R" are integrated with the numeral symbol "3". On the same function integration key, the character symbol "τ" and the character symbol "Y" are integrated with the digital symbol 6 on the same function integration key, and the character symbol "and the character symbol" and the numeral symbol "9" Integrated on the same __ function integration key, the character symbol "〇,, and the character symbol "ρ" and function (four) "#,, the whole & the same-function integration key on the 'character symbol "Α" and The character symbol 胄 "s" is 12 1335143. The whole symbol can be operated on the key 124. The character symbol "D" and the character symbol m: the 唬2 is integrated on the same function integration key, the character symbol: two and The meta-symbol "η" is integrated with the numeric symbol "5" on the integration key of the same month, and the character symbol "τ,, & character m-man financial symbol "κ" is integrated with the same function. On the key, the character symbol and the number symbol "〇" are integrated in the same #系,7,,&, force integration key, character The symbol and conversion key 180 is integrated on the first function operation key 122, and the character symbol "X" and the character symbol "C" and the numeral symbol 1 are integrated on the same function integration key 'character symbol "V". And the word it (four) "B" system and the number (four) number "4" are integrated on the same-function integration key, the character symbol "n,,, and the sub-symbol or M" are combined with the numeral symbol "7" & - Function Integration Bu Erbai Key Symbol 160 can be integrated with the function symbol '', integrated into the function integration key. Referring to FIG. 1D, the keyboard module according to the fourth embodiment of the present invention is illustrated. The difference from the third embodiment is that the first-function operation key !22, the second function operation key 124, and the third function operation key 126 of the present embodiment are arranged in a row on the side of the fourth row of the matrix 115. In addition, in the present embodiment, the character Q and the character symbol "w" are separated from the numeral symbol 3 by the same-function integration key 11G, and the character symbol "E" and the character symbol "R" are associated with the number. The symbol "6" is integrated on the same-function integration key, the 'character symbol 'T' and the character symbol "γ" and the number The number "9" is integrated on the same-function integration key, the character symbol "U" and the character symbol "!" are combined with the function symbol "#,, ¥ on the same function integration key, the character symbol 〇 and the sub-element The symbol tether is integrated on the third function operation key 126, 13 1335143 character symbol "A" and the character symbol "s," and the digital symbol person on the same function integration key, the character symbol "D" and the word σ The second number of money 5 is integrated on the same function integration key G and the word 70 symbol "H" system and the number symbol "8" can be integrated on the key, the character symbol "rn u 冋 敕 敕 敕 敕 敕 符号 符号 κ κ κ The digital symbol 〇 is integrated on the same function integration key, and the character symbol “L” is the whole person on the second function operation key 124, and the word S symbol “ζ,, and the conversion key ^0
係與數字符號“Γ整合於同—功能整合鍵上，字元符號 X與字元符號“C”係與數字符號“4”整合於同一功 能整合鍵上，字元符號“V”與字S符號“Β”係與數字符 號“7”整合於同一功能整合鍵上，字元符號“ν”與字元 符號“Μ”係與功能符號“*，’整合於同一功能整合鍵 上。此外，空白鍵符號160係單獨位於第一功能操作鍵Η: 上0 參閱第2圖，其繪示依照本發明再一實施例之鍵盤模 組的-種示意@。在第2圖中’每—功能整合鍵3〇〇包含 —第一子按鍵310及兩第二子按鍵32〇。每一第一子按鍵 310上具有一數字符號（例如··數字符號“〇，，），而第二子 按鍵320上則具有一字元符號（例如：字元符號“α”與字 疋符號“S”）。由於不同的子按鍵間的邊界明確，故使用 者可輕易地輸入資料，而不易有輸入錯誤資料的情況發 生。此外，上述之第二子按鍵320上可具有一觸控表面， 用以輸入其上對應的字元符號。 參閱第3圖，其繪示依照本發明另一實施例之功能整 1335143 合鍵的一種示意圖。在第3圖中，功能整合鍵400亦可為 多向鍵（例如：三向鍵）’當使用者按壓功能整合鍵4〇0的上 方時’則輪出資料0’當使用者按壓按鍵本體之左方時，則 輸出資料D’以及當使用者按壓按鍵本體之右方時，則輸 出資料F。 參閱第4圖，其繪示依照本發明一實施例之功能整合 鍵與發光元件的位置示意圖。在第4圖中，鍵盤模組更可 具有發光元件195’用以選擇性地照亮電話鍵盤符號配置之 數字符號（例如：數字符號“Γ )及字元符號（例如：字元符 號U”與字元符號“Γ )。舉例來說，發光元件195可為 安裝於功能整合鍵110下的複數個發光二極體。 根據本發明之鍵盤模組係可應用在任何態樣的可攜式 通訊裝置如：摺疊式手機或滑蓋式手機，或者具有任何功 能的可攜式通訊裝置’如：智慧型手機（sman ph〇ne)或 PDA 手機（pda phone )上。 雖然本發明已以實施例揭露如上，然其並非用以限定 本發明，任何熟習此技藝者，在不脫離本發明之精神和範 圍内，當可作各種之更動與潤飾，因此本發明之保護範圍 當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 &為讓本發明之上述和其他目的、特徵、優點與實施例 能更明顯易懂’所附圖式之詳細說明如下： 第1A-1D圖係分別繪示依照本發明多個實施例之鍵盤 C S ) 15 1335143 模組的一種上視圖。 第2圖係繪示依照本發明再一實施例之功能整合鍵的 一種示意圖。 第3圖係繪示依照本發明又一實施例之功能整合鍵的 一種示意圖。 第4圖係繪示依照本發明一實施例之功能整合鍵與發 光元件的一種位置示意圖。 第5A、5B圖係繪示一具有本發明鍵盤模組的可攜式 通訊電子裝置。 【主要元件符號說明】 10:可攜式通訊電子裝置 12 :顯示單元 100 :鍵盤模組 110 :功能整合鍵 115 :矩陣 120 :功能操作鍵 122 :第一功能操作鍵 124 :第二功能操作鍵 126 :第三功能操作鍵 130 :電話鍵盤符號配置 140 : QWERTY鍵盤符號配置 150 :功能標記 160 :空白鍵符號 1335143 180 :轉換鍵 190 :定義提示符號 195 :發光元件 300 :功能整合鍵 310 :第一子按鍵 320 :第二子按鍵 400 :功能整合鍵The system and the numeric symbol "Γ are integrated on the same-function integration key, and the character symbol X and the character symbol "C" and the numeral symbol "4" are integrated on the same function integration key, and the character symbol "V" and the word S are integrated. The symbol "Β" is integrated with the numeral symbol "7" on the same function integration key, and the character symbol "ν" and the character symbol "Μ" are combined with the function symbol "*," on the same function integration key. In addition, the blank key symbol 160 is separately located at the first function operation key Η: upper 0 Referring to Fig. 2, there is shown a schematic representation of a keyboard module according to still another embodiment of the present invention. In Fig. 2, the 'per-function integration key 3' includes a first sub-key 310 and two second sub-keys 32A. Each of the first sub-keys 310 has a numeral symbol (for example, a digital symbol "〇,"), and the second sub-key 320 has a character symbol (for example, a character symbol "α" and a character symbol. "S"). Since the boundaries between the different sub-keys are clear, the user can easily input the data without being easy to input the wrong data. In addition, the second sub-button 320 can have a touch surface. For inputting corresponding character symbols thereon. Referring to FIG. 3, a schematic diagram of a function integral 1335143 key according to another embodiment of the present invention is shown. In FIG. 3, the function integration key 400 may also be To the key (for example: three-way key) 'When the user presses the upper side of the function integration key 4〇0', then the data 0 is rotated. When the user presses the left side of the key body, the data D' is output and the user is When the right side of the button body is pressed, the data F is output. Referring to FIG. 4, a schematic diagram of the position of the function integration key and the light-emitting element according to an embodiment of the present invention is shown. In FIG. 4, the keyboard module may further have Light-emitting element 1 95' is used to selectively illuminate the numeric symbols of the telephone keyboard symbol configuration (e.g., the numeric symbol "Γ" and the character symbol (e.g., character U) and the character symbol "Γ". For example, the light-emitting element 195 can be a plurality of light-emitting diodes mounted under the function integration key 110. The keyboard module according to the present invention can be applied to any portable communication device such as a folding mobile phone or a slide mobile phone, or a portable communication device having any function, such as a smart phone (sman ph) 〇ne) or PDA phone (pda phone). Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and retouched without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more apparent and <RTIgt; Invented keyboard CS of various embodiments) 15 1335143 A top view of a module. Figure 2 is a diagram showing a function integration key in accordance with still another embodiment of the present invention. Figure 3 is a diagram showing a function integration key in accordance with still another embodiment of the present invention. Fig. 4 is a view showing a position of a function integration key and a light-emitting element according to an embodiment of the present invention. 5A and 5B are diagrams showing a portable communication electronic device having the keyboard module of the present invention. [Main component symbol description] 10: Portable communication electronic device 12: Display unit 100: Keyboard module 110: Function integration key 115: Matrix 120: Function operation key 122: First function operation key 124: Second function operation key 126: third function operation key 130: telephone keyboard symbol configuration 140: QWERTY keyboard symbol configuration 150: function flag 160: blank key symbol 1335143 180: conversion key 190: definition prompt symbol 195: light-emitting element 300: function integration key 310: One sub-button 320: second sub-button 400: function integration key