M429142 五、新型說明： 【新型所屬之技術領域】 本創作關於一種鍵盤，尤指一種具有觸控功能的鍵盤。 【先前技術】 目前用於電子裝置的鍵盤，多僅具有按鍵輸入功能。若使用者 需使用觸控功能時，例如游標控制、圖形繪製，則電子裝置需另接 觸控板以供使用。然而，一個鍵盤加一個觸控板所需放置空間不 小，轉換操作亦不便。對此’目前已有整合實體按鍵及觸控板之產 品問市，但其僅為將兩者結構併排，故其所佔空間減少有限，且於 操作的轉換上仍有些許不便。又，目前另有觸控式鍵盤問市，其主 要於觸控板上建立虛擬鍵盤，使用時，使用者依虛擬鍵盤的指示圖 線，於觸控板上進行敲打，但虛擬鍵盤缺少了按壓手感，會影響許 夕使用者操作的流暢度，例如於盲打的情境中。另外，於觸控式鍵 盤中，觸控板與虛擬鍵盤間的功能切換多利用運行於電腦上的應用 程式以選單料實現，轉鋪作上麵繁《，且分享電腦資料處理 資源時有反應延遲的問題。 【新型内容】 鑑於先前技術中的問題，本創作的目的之一在於提供一種觸控 鍵盤，具有實體按鍵結構提供使用者按壓手感並且能直接感測實施 於戶、體知：鍵結構上之模式轉換操作以轉換觸控鍵盤之操作模式。 M429142 本創作之觸控鍵盤包含一底板、一按鍵模組、一觸控感測模組 及控制核組。該按鍵核組包含複數個具有一按壓行程的實體按鍵 結構，設置於該底板之上，每一個實體按鍵結構包含一鍵帽，於該 ‘複數個鍵帽上定義-操作表面。該觸控感測模組設置於該底板之上 •且於該操作表面之下，用以感測於該操作表面上之觸控操作。該控 繼組與該按賴域簡减賴_連接，㈣制該按鍵模 組及該觸控感測模組之操作信號。其中，該觸控鍵盤具有一第—操 籲作模式及-第二操作模式，當該觸控鍵盤處於該第二操作模式時， 若該控制模組透戦按鍵模組或賴控感嚷組感_—第一模式 轉換操作實施機操作表面時，該控繼組將根據該第一模式轉換 操倾該觸控鍵盤自該第二操作模式轉換至該第一操作模式並根據 該第「操作模式選擇性地忽略該按麵組或該觸控感測模組之該操 作以產生輸入信號’該輸入信號輸出至與該觸控鍵盤通訊 之一電子裴置。 鲁純於先前技術，本創作於同一操作區域提供用者兩種操作方 式’即按鍵輸入及觸控輸入，解決習知僅結構併排的整合鍵盤仍佔 不t空間關題。又’本創作仍採實體按鍵結構，具雜壓行程， 可提供使用者所需的手感，解決習知以觸控板整合虛擬鍵盤無法提 供使用者有效手感的問題。另外，本創作能吉桩日猸☆从 於膏俨! 本辦此直接且獨立地感測實施 ' -·、、，。構上之模式轉換操作以轉換操作模式，且無需佔用盘 該觸控鍵盤翻連接之電子裝置(例如電齡機)之資料處理資源， 解決習知藉由運行於電腦域上的制喊來進行切換操作所帶來 的不便。 【實施方式】 施例之觸^第1圖及g 2圖’第1圖為根據本創作之-較佳具體實 方塊圖。Γ鍵盤1部分之側視示意圖’第2圖為觸控鍵盤1之功能 植16(^以，控鍵盤1包含一底板12、—按鍵模組14、一觸控感測模 複數ΓΓ線表示於第1圖中)及一控制模組18。按鍵模組14包含 數個彈⑽有—按紐程的實體按鍵結構142、—開關電路144及複 觸發件146，均設置於底板12之上。開關電路144對應實 體域結構丨42具有複數個開_a，彈性觸發件_應開關 144a設^每一個實體按鍵結構142包含—鍵帽142a，於這些鍵帽 ⑷a上疋義―域表面M8(以鏈線表示於第1圖中）。當使用者按 壓其中-個鍵帽咖時，對應的彈性觸發件撕可被播壓以觸發對 應的開關144a。於本實施例中，實體按鍵結構142為一剪刀式按鍵， 開關電路144 4-薄膜電路板’彈^·生觸發件146為一橡膠圓突；但 本創作不以此為限。 — 觸控感測模組16設置於底板12之上且於操作表面148之下， 用以感測於操作表面148上之觸控操作，例如使用者以手指於榡作 表面148(即鍵帽142a)上滑動。於本實施例中，觸控感測模組16為 M429142 笔谷式’但本創作不以此為限。此外，觸控感測模組16 <設置位置 宜視其敏感度而定，於本實施例中，觸控感測模組16係埋設於鍵帽 142a中，但本創作不以此為限。控制模組18與按鍵模組14及觸控 感測模組16電連接’用以感測按鍵模組14及觸控感測模組16之操 作信號，例如開關144a之觸發信號、觸控感測模組16感測之位置 L號等。控制模組18根據這些操作信號產生輸入信號S1，輸出至 與觸控鍵盤1通訊連接之一電子裝置2，例如電腦主機。於實作上， 鲁觸控鍵盤1得以纜線與電子裝置2實體連接，或是依藍牙通訊標準 ，電子裝置2無線連接’但本創作不以此為限。補充說明的是，於 貫際產品中’觸控鍵盤i通常包含一殼體，形成一容置空間以容置 前述各元件，其中底板12可容置其中或與此殼體結構整合。第合 1 圖主要顯示觸控鍵盤1作動的結構，故控制模組18未直接^示於第 1圖中，於實作上，控侧組18自可設置於練體 待贅述。 田1罝不 請併參閱第3圖’第3圖為觸控鍵盤1之操作模式轉換之干土 圖二於財施情境中，觸控鍵盤1具有—第—操作模式伽及= 式S22 ’例如第—操倾式S2G為按鍵操作 她越1處账軸^ -模測模組16感測到-第 -上實施-_控：=:二=於鍵帽 作E30將觸控鍵盤！自第二操作模式m轉換至第—操=細 7 M429142 :細綱為按鍵_式，因糊模㈣根 細嫩觸姉職組16之操作信號以產 ^域s卜同樣地，當觸控鍵盤丨處於第_操作模式咖時， 右控麵㈣透過按鍵漁14及難_触__第一 實辑細⑽時，控侧㈣雜據第一ς 式轉換㈣Ε30將觸控鍵盤}自第一操作模式S2〇轉換至第 模式奶。由於第二操作模以22為觸控操作模式，因此控制^且 18根據第二操作模式S22選擇性财、略按鍵模组Μ之操作信穿以 產生輸入信號si。 ° & 補充說明的是，前述雖峨鍵操作模式及觸控操作模式為例， 但本創作不以此為限。例如於某一實施情境中，第二操作模式防 係:按鍵操作模式或-觸控操作模式，第一操作模式卿則係一混 。操作板式’例如將於操作表面148部分區域定義為觸控操作區 域’其餘仍為驗操聽域。當觸減盤i處於該混合操作模式時， 控制模組18啊轉按概& M及觸減賴組丨6之操作信號以 產生輸入信號si;進-步來說，於雛操作區域巾按鍵模組之 操作㈣將被控制模组18忽略，而於按鍵操作區域巾觸控感測模組 之操作仏说將被控制模、纽18忽略。此外，於觸控鍵盤1運作中， 無痛控鍵盤1處於按鍵縣模式或是驗操作模式，控制模組U =持續接收按麵組M及觸域罐組16之操作信號，因此第一 核式轉換操作E3G可藉由按鍵模組Μ及觸減測模組Μ來產生。 例如别述的滑動觸控操作作為第—模式轉換操#腿，其可能為單 «429142 -線形滑動，也可能是-個二維圖樣軌跡。又例如於至卜 的鍵帽似上之一按壓操作以作為第-模式轉換操作刚，甚至是 ^少:個特定_帽142a上之按敍於操作表面148上之滑動觸控 之組合操作以作為第一模式轉換操作E3〇。 ^外，於第3圖之實施情境中，因觸控鍵盤丨僅細 2因此可僅糊單-的第—模式轉換操作删來使觸 於 ^樣式伽細嶋，簡化模式轉換操作的種類，但本 作^以此為限。例如將第—模式轉換操作作為轉換至第一操 摔觸發㈣’而概—模式轉換操作作為轉換至第二 ^式S22之觸發操作，此時，每一種操作模式對應-種模式轉 亦即麵控鐽盤1處於第—操作模式咖時，使用者即使 U弟一減轉換操作E30，觸控鍵盤i將仍維持 ::實際應用上使用者僅需直接實施所 鍵::目=觸控鍵盤i轉換至所需的操作模式，無 鍵盤1目别的操作模式，避免轉換模式時的困擾。 桓Μ # 觸控鍵盤1除前述第一操作 =咖及弟：知作模式S22外，尚具有_第三操作模編，去 14 1處於弟二操作模式S22時，若控制模組18透過按_且 及觸控_組丨6感_-第二蝴換操侧實施=; 表面㈣E32 9 M429142 盤！自弟一操作模式S22轉換至苐三操作模式似並根據第三操作 核式S24選擇性地忽略按鐽模組14或觸控感測模㈣之摔作作 f生輸人錢S1。由於於本實赠财，_具有三種; ^式S20、S22及S24 ,因此，於實作上，可對應每一種操作模式 =〇、S22及S24對應奴—模式轉換操作。如第 =處於第.一操作模式_^^ =啦貧施於操作表面148時，控制模㈣亦將觸控鍵盤㈣、 弟二操作模式S24 ;當觸控鍵盤i處於第三操作模式必且控 制模組18感測到第—模式轉換操作謂實施於操作表面M8時Γ 控^ 18細控鍵盤1轉_—操侧伽；當觸控鍵盤 f於弟一操作模式S20或第三操作模式似時，若控麵組Μ感 亦細第4式轉換操作现實施於操作表面148時，控制模組18 二：控鍵盤1轉換至第二操作模式S22。無論觸控鍵盤工處於任 :種操作模式S20、S22或S24，控纏組18皆根據觸控鍵盤i所 S2〇iS22或汹選擇性地忽略按鍵模組14或觸控感 ’、、、、' 之操作信號以產生輸入信號si。 於前述實施情境中，各操作模式S2〇、S22及S24均對應特定 換操作励，4及肪，故使用者可直接實施對應所需 、h S2〇、S22及S24之模式轉換操作E30、E34及E32，盔带 觸控鍵盤丨目前的操作模式S2G、S22或似，可避免轉換模^ 4的困擾，但本創作仍不以此為限，例如僅採用單一模式轉換操作， 觸控鍵盤1則於操作模< S20、S22及S24之間依序轉換，減輕使 用者記憶模式轉換操作的負擔。另外，於實際應用上，第—操作模 式伽可為-按鍵操作模式，第二操作模式S22為一混合操作模 式’第二操作模式S24為—觸控操作模式，藉此，觸控鍵盤！可提 供使用者三麵倾式，但本創作不以此為限，例如於混合操作的 架構中，藉由按鍵操作區域與觸控操作區域的配置設計產生更多種 的操作模式。 如則所述，本創作於同一操作區域提供用者兩種操作方式，即 按鍵輸入及觸控輸入，並可利用此兩輸入的組合以形成一新的操作 模式，相較於先前技術，解決習知僅結構併排的整合鍵盤仍伯不小 空間的問題。又，本創作仍採實體按鍵結構，具有按塵行程，可提 供使用者所需的手感，解決習知以觸控板整合虛擬鍵盤無法提供使 用者有效手感關題。另外，本創作能直接且獨立地感測實施於實 體按鍵結構上之模式轉換操作轉換操作模式，且無雜用與該觸 控鍵盤通_接之電子裝置之資料處理資源，解決習知藉由運行於 電月a主機上的應用程式來進行切換操作所帶來的不便。 以上所述僅為本創作之較佳實施例，凡依本創作申請專利範圍 所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖為根據本創作之一較佳具體實施例之觸控鍵盤部分之側視八 意圖。 不 第2圖為第1圖中觸控鍵盤之功能方塊圖。 11 M429142 第3圖為第1圖中觸控鍵盤之操作模式轉換之示意圖。 第4圖為第1圖中觸控鍵盤於另一實施情境之操作模式轉換之示意 圖。 【主要元件符號說明】 1 觸控鍵盤 2 電子裝置 12 底板 14 按鍵模組 16 觸控感測模組 18 控制模組 142 實體按鍵結構 142a 鍵帽 144 開關電路 144a 開關 146 彈性觸發件 148 操作表面 E30 第一模式轉換操作 E32 第二模式轉換操作 E34 第三模式轉換操作 S20 第一操作模式 S22 第二操作模式 S24 第三操作模式 S1 信號 12M429142 V. New description: [New technical field] This creation is about a keyboard, especially a keyboard with touch function. [Prior Art] Currently, the keyboard for an electronic device has only a key input function. If the user needs to use the touch function, such as cursor control and graphic drawing, the electronic device needs to be connected to the touch panel for use. However, the space required for a keyboard plus a touchpad is not small, and the conversion operation is inconvenient. In this regard, there are already products that integrate physical buttons and touchpads, but they only have the structure of the two sides side by side, so the space occupied by them is limited, and there is still some inconvenience in the operation conversion. Moreover, at present, a touch keyboard is also available in the market, and the virtual keyboard is mainly built on the touch panel. When using, the user taps on the touch panel according to the indication line of the virtual keyboard, but the virtual keyboard lacks pressing. The feel will affect the fluency of the user's operation, such as in the context of blind play. In addition, in the touch keyboard, the function switching between the touch panel and the virtual keyboard is mostly realized by using an application running on the computer to select a single material, and the whole processing is performed, and the computer data processing resource is shared. Delayed issue. [New content] In view of the problems in the prior art, one of the purposes of the present invention is to provide a touch keyboard having a physical button structure to provide a user with a feeling of pressing and to directly sense the mode of implementation on the key structure of the user: Conversion operation to convert the operating mode of the touch keyboard. M429142 The touch keyboard of the present invention comprises a bottom plate, a button module, a touch sensing module and a control core group. The button core group includes a plurality of physical button structures having a pressing stroke disposed on the bottom plate. Each of the physical button structures includes a key cap, and the operation surface is defined on the plurality of key caps. The touch sensing module is disposed on the bottom plate and below the operating surface for sensing a touch operation on the operating surface. The control group is connected to the reliance domain, and (4) the operation signals of the button module and the touch sensing module. The touch keyboard has a first operation mode and a second operation mode. When the touch keyboard is in the second operation mode, if the control module passes through the button module or the control group Sense_-the first mode switching operation implements the machine operating surface, the control group will switch the touch keyboard according to the first mode switching operation from the second operating mode to the first operating mode and according to the first operation The mode selectively ignores the operation of the face group or the touch sensing module to generate an input signal, and the input signal is output to an electronic device that communicates with the touch keyboard. In the same operating area, the user provides two modes of operation, namely, key input and touch input, and the integrated keyboard which is only structured side by side still occupies a space problem. Also, the creation still adopts a physical button structure and has a mixed pressure. The stroke can provide the user's required feel, and the problem of using the touchpad to integrate the virtual keyboard does not provide the user with an effective feel. In addition, this creation can be used for the future. The site sensing implements the '-·,,, and the mode switching operation to switch the operation mode, and does not need to occupy the data processing resources of the electronic device (such as the electric age machine) on which the touch keyboard is connected, and solve the conventional borrowing The inconvenience caused by the switching operation performed by the shouting on the computer domain. [Embodiment] The touch of the example ^Fig. 1 and the g 2 figure 'Fig. 1 is based on the present creation - the preferred concrete block Fig. 2 is a side view of the keyboard 1 'Fig. 2 is the function of the touch keyboard 1 16 (^, the control keyboard 1 includes a bottom plate 12, - the button module 14, a touch sensing module complex line It is shown in Fig. 1 and a control module 18. The button module 14 includes a plurality of bullets (10) having a physical button structure 142 for pressing the button, a switch circuit 144 and a complex trigger member 146, all of which are disposed on the bottom plate 12. The switch circuit 144 has a plurality of open_a corresponding to the physical domain structure ,42, and the elastic trigger _ should be opened 144a. Each of the physical button structures 142 includes a keycap 142a on the keycaps (4)a. M8 (shown in chain 1 in the chain diagram). When the user presses one of them In the case of the cap, the corresponding elastic trigger tear can be broadcasted to trigger the corresponding switch 144a. In the embodiment, the physical button structure 142 is a scissors button, and the switch circuit 144 4-film circuit board The triggering member 146 is a rubber dome; however, the present invention is not limited thereto. The touch sensing module 16 is disposed on the bottom plate 12 and below the operating surface 148 for sensing on the operating surface 148. In the touch operation, for example, the user slides the finger on the surface 148 (ie, the key cap 142a). In the embodiment, the touch sensing module 16 is M429142, but the creation is not limited thereto. In addition, the touch sensing module 16 is disposed in the keycap 142a, but the present invention does not use this as the sensitivity. limit. The control module 18 is electrically connected to the button module 14 and the touch sensing module 16 for sensing the operation signals of the button module 14 and the touch sensing module 16, such as the trigger signal and the touch sense of the switch 144a. The measuring module 16 senses the position L number and the like. The control module 18 generates an input signal S1 based on the operation signals, and outputs the signal to an electronic device 2, such as a computer host, which is in communication with the touch keyboard 1. In practice, the Lu touch keyboard 1 can be connected to the electronic device 2 by a cable, or the electronic device 2 can be wirelessly connected according to the Bluetooth communication standard, but the creation is not limited thereto. In addition, in a continuous product, the touch keyboard i usually includes a casing to form an accommodating space for accommodating the foregoing components, wherein the bottom plate 12 can be accommodated therein or integrated with the casing structure. The first figure shows the structure of the touch keyboard 1 being actuated. Therefore, the control module 18 is not directly shown in the first figure. In practice, the control side group 18 can be set in the exercise body for further description. Tian 1罝 does not ask and refer to Figure 3 'Figure 3 is the dry mode of the operation mode conversion of the touch keyboard 1 in the financial situation, the touch keyboard 1 has - the first operation mode agaze = the formula S22 ' For example, the first---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- From the second operation mode m to the first - operation = fine 7 M429142: the outline is the button _ type, because the paste mold (four) roots tenderly touch the operation signal of the group 16 to produce the domain s. Similarly, when the touch keyboard丨When in the _ operation mode coffee, the right control surface (four) through the button fishing 14 and difficult _ touch __ first real series fine (10), the control side (four) miscellaneous data first conversion (four) Ε 30 touch keyboard} from the first The operation mode S2〇 is switched to the first mode milk. Since the second operation mode 22 is in the touch operation mode, the control and the operation mode of the key module Μ are generated according to the second operation mode S22 to generate the input signal si. ° & It is added that the above-mentioned key operation mode and touch operation mode are examples, but the creation is not limited thereto. For example, in an implementation scenario, the second mode of operation is: a button operation mode or a touch operation mode, and the first operation mode is a mixture. The operation panel type, for example, defines a portion of the operation surface 148 as a touch operation area, and the rest remains the listening field. When the touch panel i is in the hybrid operation mode, the control module 18 switches the operation signals of the general & M and the touch minus group 6 to generate an input signal si; The operation of the button module (4) will be ignored by the control module 18, and the operation of the touch sensing module in the button operation area will be ignored by the control module and the button 18. In addition, in the operation of the touch keyboard 1, the painless control keyboard 1 is in the button county mode or the operation mode, and the control module U = continuously receives the operation signals of the face group M and the contact bank group 16, so the first core type The conversion operation E3G can be generated by the button module 触 and the touch reduction module Μ. For example, the sliding touch operation described as the first mode conversion operation # leg may be a single «429142 - linear slide, or may be - a two-dimensional pattern track. For example, the pressing operation of the key cap is performed as the first mode switching operation, or even the combination operation of the sliding touch on the operation surface 148 on the specific cap 142a. As the first mode conversion operation E3〇. ^ In addition, in the implementation scenario of Figure 3, since the touch keyboard is only fine 2, the only mode-to-mode conversion operation can be deleted to make it touch the ^ style gamma, simplifying the type of mode conversion operation, but This is limited to this. For example, the first mode conversion operation is converted to the first operation trigger (four)' and the mode conversion operation is used as a trigger operation for switching to the second mode S22. At this time, each mode of operation corresponds to the mode mode. When the control panel 1 is in the first operation mode, the user still maintains the touch keyboard i even if the U brother reduces the conversion operation E30: the actual application only needs to directly implement the key: the user = touch keyboard i converts to the desired operating mode, without the keyboard 1 mode of operation, to avoid the trouble of the conversion mode.桓Μ # Touch keyboard 1 In addition to the first operation = coffee and brother: known as the mode S22, there is still a third operation mode, when the 14 1 is in the second operation mode S22, if the control module 18 is pressed _ and touch _ group 丨 6 sense _- second butterfly change side implementation =; surface (four) E32 9 M429142 disk! Since the operation mode S22 is switched to the third operation mode and according to the third operation, the core type S24 selectively ignores the drop of the button module 14 or the touch sensing module (4). Because of the actual gift, _ has three kinds; ^ type S20, S22 and S24, therefore, in practice, each mode of operation = 〇, S22 and S24 corresponds to the slave-mode conversion operation. If the first operation mode _^^ = is applied to the operation surface 148, the control mode (4) will also operate the touch keyboard (4) and the second operation mode S24; when the touch keyboard i is in the third operation mode, The control module 18 senses that the first mode conversion operation is implemented on the operation surface M8, and the touch control keyboard is in the operation mode S20 or the third operation mode. When the control panel 18 is switched to the second operation mode S22, the control panel 18 is switched to the second operation mode S22. Regardless of the touch keyboard operator: the operation mode S20, S22 or S24, the control group 18 selectively ignores the button module 14 or the touch sense ',,,,, according to the touch keyboard i S2〇iS22 or 汹' Operation signal to generate input signal si. In the foregoing implementation scenario, each of the operation modes S2〇, S22, and S24 corresponds to a specific switching operation, 4 and fat, so the user can directly implement the corresponding mode conversion operations E30, E34 of h S2〇, S22, and S24. And E32, helmet with touch keyboard 丨 current operating mode S2G, S22 or similar, can avoid the trouble of conversion module 4, but this creation is still not limited to this, for example, only a single mode conversion operation, touch keyboard 1 Then, the operation mode is sequentially switched between S20, S22 and S24, thereby reducing the burden on the user's memory mode switching operation. In addition, in practical applications, the first operation mode gamma can be a -key operation mode, the second operation mode S22 is a hybrid operation mode, and the second operation mode S24 is a touch operation mode, whereby the touch keyboard is used! The user can provide three-sided tilting, but the creation is not limited to this. For example, in the hybrid operation architecture, a variety of operating modes are generated by the configuration of the button operating area and the touch operating area. As described above, the present invention provides two modes of operation for the user in the same operation area, namely, key input and touch input, and can use the combination of the two inputs to form a new operation mode, which is solved compared with the prior art. It is conventional to know that only the side-by-side integrated keyboard is still a problem of space. In addition, the creation still adopts a physical button structure, and has a dust-stroke stroke, which can provide the user's desired hand feeling, and the solution to the integration of the virtual keyboard with the touchpad cannot provide the effective hand-feel of the user. In addition, the present invention can directly and independently sense the mode conversion operation switching operation mode implemented on the physical button structure, and the data processing resources of the electronic device connected to the touch keyboard are not used. The inconvenience caused by the application running on the e-month host. The above descriptions are only preferred embodiments of the present invention, and all changes and modifications made in accordance with the scope of patent application of this creation should be covered by this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view of a portion of a touch keyboard according to a preferred embodiment of the present invention. No. Figure 2 is a functional block diagram of the touch keyboard in Figure 1. 11 M429142 Figure 3 is a schematic diagram of the operation mode transition of the touch keyboard in Figure 1. Fig. 4 is a schematic diagram showing the operation mode switching of the touch keyboard in another embodiment in Fig. 1. [Main component symbol description] 1 Touch keyboard 2 Electronic device 12 Base plate 14 Button module 16 Touch sensing module 18 Control module 142 Physical button structure 142a Key cap 144 Switch circuit 144a Switch 146 Elastic trigger 148 Operating surface E30 First mode conversion operation E32 second mode conversion operation E34 third mode conversion operation S20 first operation mode S22 second operation mode S24 third operation mode S1 signal 12