201106400 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種鍵盤模組，且特別是有關於一種 透過透明按鍵顯示來表示對應按鍵之圖案之鍵盤模組。 【先前技術】 各企業為了搶攻產品之市場佔有率’無不絞盡腦汁地 將已研發完成的電子產品販售至世界各國，除了可提升產 品市佔率外，亦可增加各企業的知名度。電子產品例如係 筆記型電腦或行動電話。 於此，各企業依照電子產品欲進行販售之國別將電子 產品之鍵盤模組上的按鍵印刷上對應於此國別之字元 碼’且同一款電子產品可能會販售至多個國家，因此各企 業更必須將此款電子產品之鍵盤模組分批印刷上對應於 多國國家之一的字元碼’以將電子產品跨國流通。然而， 各企業為了管理此些鍵盤模組，係依照國別將鍵盤模組編 以料號來進行管理。如此，除了傳統鍵盤模組之按鍵上的 圖案係為一成不變，以使鍵盤模組無法同時適應對應於各 國別之各種語言輸入法外，亦增加鍵盤模組的庫存與管理 成本。 【發明内容】 本發明係有關於-種鍵盤模組，其利用透過按鍵顯示 =應於按鍵之圖案的方式，此些_例如係對應於多國之 子元碼’使得鍵_組可同時適應對應於各國別之各種語 201106400 wjjz,jrr\ 言輸入法’且企業於生產需應用此鍵盤心 5省：：需按照國別裝設對應之鍵盤模組。如此，除了； ㈠人力-貝源外’故能大幅降低鍵盤模 本：讓使用者可選擇對應於多國之字元二:成 用上的選擇性。此外，應用此鍵盤模組 面板根:本::之一方面，提出-種鍵盤二括觸控 彈些彈性支樓件係設置於觸控面板上。各 凸塊與至少兩水平凸塊。垂直凸塊置 此也^上、。此些水平凸塊係相互對應，垂直凸塊係與 板；隔二t連接’並使此些水平凸塊之上表面與觸控面 0 第一間距。按鍵係設置於此些彈性支撐件上，按 之料’顯示面板透過按鍵顯示對應按鍵 茶賴包括第一本體部與第二本體部。第-本體部 之下表面抵靠於各彈性支撐件之此些水平凸塊之上表 =第一本體部係連接於第一本體部之下表面之中央，且 =各此些彈性支撐件之此些水平凸塊之間，第二本體部 度於第—間距。其中，第二本體部之下表面與觸控 間隔-第二間距’此些水平凸塊與第一本體部抵 處之垂直可形變量係大於第二間距。 - 為讓本發明之上述内容能更明顯易懂，下文 例’並配合所附圖式，作詳細說明如下： 【實施方式】 201106400 1 5月同時參照第1圖與第2圖’第1圖繪示為本發明之 一實施例之鍵盤模組之分解圖。第2圖繪示為第1圖中之 鍵盤模組於組裝後之局部剖面圖。如第1圖所示，鍵盤模 組100包括觸控面板1 〇、顯示面板2〇、多個彈性支撐件 30與按鍵50。顯不面板20係没置於觸控面板下。此 些彈性支撐件30係設置於觸控面板1〇上。按鍵5〇係設 置於此彈性支樓件30上。 如第2圖所示，此些彈性支撐件30各包括垂直凸塊 36與至少兩水平凸塊，且此些水平凸塊係相互對應。假定 兩彈性支撐件30之各至少兩水平凸塊例如為水平凸塊 32Α〜34Α與水平凸塊32Β〜34Β。舉例來說，水平凸塊32八 與水平凸塊34Α係相互對應，垂直凸塊36係與水平凸塊 32Α與水平凸塊34Α連接，並使水平凸塊32Α、34Α之上 表面321A、3WA與觸控面板10間隔一第一間距u。 按鍵50包括第一本體部52與第二本體部54。第一 本，部52具有-下表面521，第一本體部52之下表面521 支撐件之水平凸塊之上表面，例如係水平凸 體32B之上表面32ia與上表面·。 央’且介於各彈^接於第—本體部52之下表面521之中 32A與水平凸塊32 ^ 3〇之水平凸塊（比如水平凸塊 第-間距L1。 間1二本體部54之厚度D小於 14。e 控感應區12與非觸控感應區201106400 VI. Description of the Invention: [Technical Field] The present invention relates to a keyboard module, and more particularly to a keyboard module for displaying a pattern of a corresponding button through a transparent button display. [Prior Art] In order to grab the market share of products, companies have sold their electronic products that have been developed to countries all over the world. In addition to increasing the market share of products, they can also increase the visibility of each company. . Electronic products such as notebook computers or mobile phones. In this case, each enterprise in accordance with the electronic product to be sold in the country will print the button on the keyboard module of the electronic product corresponding to the character code of the country' and the same electronic product may be sold to many countries. Therefore, each enterprise must print the keyboard module of the electronic product to the character code corresponding to one of the countries in the country to distribute the electronic products. However, in order to manage these keyboard modules, each company manages the keyboard modules according to the country number. In this way, in addition to the pattern on the buttons of the traditional keyboard module, the keyboard module can not adapt to the various language input methods corresponding to each country at the same time, and the inventory and management cost of the keyboard module is also increased. SUMMARY OF THE INVENTION The present invention relates to a keyboard module that utilizes a display through a button = a pattern of a button, such as a sub-code corresponding to multiple countries, such that the key group can simultaneously adapt to the corresponding In various countries, the various languages 201106400 wjjz, jrr\ 言 input method' and the enterprise needs to apply this keyboard heart in production: 5 provinces: The corresponding keyboard module needs to be installed according to the country. In this way, in addition to; (a) manpower - Beiyuan outside, it can significantly reduce the keyboard model: let the user choose the character corresponding to the multi-country two: the selectivity of the use. In addition, the application of the keyboard module panel root: this:: one aspect, proposed - a type of keyboard two touch-sensitive elastic parts of the elastic branch building is set on the touch panel. Each bump and at least two horizontal bumps. Vertical bumps are also placed on this. The horizontal bumps correspond to each other, and the vertical bumps are connected to the board; the two contacts are connected and the first surface of the horizontal bumps is spaced from the touch surface by a first distance. The button system is disposed on the elastic support members, and the display panel displays the corresponding button through the button. The tea panel includes a first body portion and a second body portion. The lower surface of the first body portion abuts against the horizontal protrusions of the elastic support members. The first body portion is connected to the center of the lower surface of the first body portion, and = each of the elastic support members Between the horizontal bumps, the second body portion is at a first interval. The vertical deformable variable of the lower surface of the second body portion and the touch interval-second pitch of the horizontal bumps and the first body portion is greater than the second pitch. In order to make the above-described contents of the present invention more comprehensible, the following examples will be described in detail with reference to the accompanying drawings: [Embodiment] 201106400 1 May simultaneously refers to FIG. 1 and FIG. 2 '1' An exploded view of a keyboard module in accordance with an embodiment of the present invention. Figure 2 is a partial cross-sectional view showing the keyboard module of Figure 1 after assembly. As shown in Fig. 1, the keyboard module 100 includes a touch panel 1A, a display panel 2A, a plurality of elastic support members 30, and a button 50. The panel 20 is not placed under the touch panel. The elastic support members 30 are disposed on the touch panel 1A. A button 5 is attached to the elastic branch member 30. As shown in Fig. 2, the elastic support members 30 each include a vertical projection 36 and at least two horizontal projections, and the horizontal projections correspond to each other. It is assumed that at least two horizontal projections of the two elastic support members 30 are, for example, horizontal projections 32Α to 34Α and horizontal projections 32Β to 34Β. For example, the horizontal bumps 32 and the horizontal bumps 34 are corresponding to each other, and the vertical bumps 36 are connected to the horizontal bumps 32 and the horizontal bumps 34, and the horizontal bumps 32, 34, and the upper surfaces 321A, 3WA and The touch panel 10 is spaced apart by a first pitch u. The button 50 includes a first body portion 52 and a second body portion 54. First, the portion 52 has a lower surface 521, and the lower surface of the lower surface 521 of the first body portion 52 supports the upper surface of the horizontal bump, for example, the upper surface 32ia and the upper surface of the horizontal projection 32B. And the horizontal bumps between the lower surface 521 of the first body portion 521 and the horizontal bumps 32 ^ 3 ( (such as the horizontal bumps - the distance L1. The first body portion 54) The thickness D is less than 14. The e-control sensing area 12 and the non-touch sensing area
之下係垂直置於按鍵50之第二本體部V 之下，非觸控感應區14 ^个肢, 係垂直置於彈性支撐件30之垂· 201106400 凸塊36下。顯示面板20係設置於觸控面板10之下’以 透過按鍵50顯示來表示出對應按鍵50之圖案。其中，按 鍵50之材質係為透明材料，多個按鍵50所對應之圖案例 如係多個國家之一的字元碼。顯示面板20可以顯示各國 字元。如此，可讓使用者依照其需求先選擇對應於各國的 字元，再利用按壓按鍵50的方式來輸入對應於此按鍵50 上所顯示之字元，從而提升使者的選擇性與便利性。茲舉 一例詳細說明如何輸入對應於按鍵之圖案如下。 • 舉例來說，如第2圖所示，按鍵50接觸到對應於觸 控感應區12之觸控面板10時，依據觸控面板10上之電 壓訊號的變化，即可輸出一按壓訊號。而由於彈性支撐件 30係對應於非觸控感應區14，所以在敲打按鍵50的過程 中，彈性支撐件30不會造成電壓訊號的變化。其中，彈 性支撐件30之材質係為一橡膠材質。觸控面板10例如係 電阻式觸控面板。 茲舉一例詳細說明按鍵50如何能接觸到觸控面板 • 10。如第2圖所示，第二本體部54之一下表面541與觸 控面板10間隔一第二·間距L2 ’水平凸塊32A、32B與第 一本體部52抵靠之處之垂直可形變量係大於第二間距 L2。請參照第3圖，其繪示為第2圖中抵靠於彈性支撐件 上之按鍵被按壓時造成彈性支撐件發生形變之示意圖。假 定按鍵50被施加魘力（例如是被按壓），由於垂直可形變量 C大於第2圖所示I第二間距L2，所以按鍵50之第二本 體部54可接觸到觸控面板1〇0如此，使用者可選擇性地 按壓多個按鍵50以輸入對應於所按壓之按鍵50的字元 201106400 1 vvjjui. 碼0 此外，第一本體部52與此些水平凸塊之結合方式可 具有多種實施態樣。請參照第4A圖與第4B圖，其繪示第 2圖之第一本體部與此些水平凸塊之分離後之一例的示意 圖。在一例子中’如第4A圖示，第一本體部52與水平凸 塊32A、32B之抵罪之處例如具有卡合塊523與卡合塊 524，水平凸塊32A、32B與第一本體部52之抵靠之處例 如具有一卡合孔323與卡合孔343。卡合塊523與卡合塊 524例如係嵌入卡合孔323與卡合孔343中來相互卡合。 如第4B圖所示，在另一例子中，第一本體部52與水 平凸塊32A、32B之抵靠之處例如具有卡合孔525與卡合 孔526,水平凸塊32A、32B與第一本體部52抵靠之處例 如具有卡合塊325與卡合塊345,卡合塊325與卡合塊345 例如係嵌入第一本體部52之卡合孔525〜526中，以相互 卡合。在更另一個例子中，第一本體部52係黏著於水平 凸塊32A與水平凸塊mb上。如此，上述之多個第一本體 =52與彈性支撐件3〇!吉合之實施態樣可讓按鍵避免 從鍵盤模組1〇〇上脫落。 上述不同實施例之鍵盤模組方法，至少具有之功效如 鍵顯述—實施例中’可藉由顯示面板透過多個按 國之字元瑪。於此，各企業不需先』= 盤字元瑪。如此，可降低鍵 的庫存與㈣成本，也㈣以人工方式料認印刷 201106400The lower portion is vertically disposed under the second body portion V of the button 50, and the non-touch sensing portion 14^ limbs are vertically placed under the projections of the elastic support member 30. The display panel 20 is disposed under the touch panel 10 and is displayed by the button 50 to indicate the pattern of the corresponding button 50. The material of the button 50 is a transparent material, and the pattern corresponding to the plurality of buttons 50 is, for example, a character code of one of a plurality of countries. The display panel 20 can display national characters. In this way, the user can select the characters corresponding to the countries according to their needs, and then input the characters corresponding to the keys displayed on the button 50 by pressing the button 50, thereby improving the selectivity and convenience of the messenger. An example of how to input a pattern corresponding to a button is as follows. For example, as shown in FIG. 2, when the button 50 contacts the touch panel 10 corresponding to the touch sensing area 12, a pressing signal can be output according to the change of the voltage signal on the touch panel 10. Since the elastic support member 30 corresponds to the non-touch sensing area 14, the elastic support member 30 does not cause a change in the voltage signal during the tapping of the button 50. The material of the elastic support member 30 is a rubber material. The touch panel 10 is, for example, a resistive touch panel. Here is an example of how the button 50 can touch the touch panel. As shown in FIG. 2, the lower surface 541 of the second body portion 54 is spaced apart from the touch panel 10 by a second distance P2'. The vertical shape variable of the horizontal bumps 32A, 32B abutting the first body portion 52 The system is larger than the second spacing L2. Please refer to FIG. 3, which is a schematic view showing the deformation of the elastic support member when the button on the elastic support member is pressed in FIG. 2 . Assuming that the button 50 is biased (for example, pressed), since the vertical shapeable variable C is larger than the second pitch L2 shown in FIG. 2, the second body portion 54 of the button 50 can contact the touch panel 1〇0. In this way, the user can selectively press the plurality of buttons 50 to input the characters 201106400 1 vvjjui corresponding to the pressed button 50. In addition, the first body portion 52 can be combined with the horizontal bumps. Implementation. Referring to Figures 4A and 4B, a schematic view of an example of the separation of the first body portion and the horizontal bumps of Figure 2 is shown. In an example, as illustrated in FIG. 4A, the first body portion 52 and the horizontal bumps 32A, 32B are in conflict with, for example, the engaging block 523 and the engaging block 524, the horizontal bumps 32A, 32B and the first body portion. The abutment 52 has, for example, an engaging hole 323 and an engaging hole 343. The engaging block 523 and the engaging block 524 are fitted into the engaging hole 323 and the engaging hole 343, for example, to engage with each other. As shown in FIG. 4B, in another example, the first body portion 52 and the horizontal bumps 32A, 32B abut against, for example, the engaging hole 525 and the engaging hole 526, and the horizontal bumps 32A, 32B and For example, the main body portion 52 has an engaging block 325 and an engaging block 345. The engaging block 325 and the engaging block 345 are embedded in the engaging holes 525 526 526 of the first body portion 52, for example, to engage with each other. . In still another example, the first body portion 52 is adhered to the horizontal bump 32A and the horizontal bump mb. In this way, the implementation of the plurality of first body bodies 52 and the elastic support members 3 can prevent the buttons from falling off the keyboard module 1 . The keyboard module method of the above different embodiments has at least the effect that the key display - in the embodiment - can be transmitted through the display panel through a plurality of characters. Here, each company does not need to first 』= disk character Yuanma. In this way, the inventory and (4) cost of the key can be reduced, and (4) the printing is manually notified.
W) WA 是否無誤’以節省人力資源。 ⑺如上述-實施例所示，鍵盤模組可同時適應於對 應各國别之各n輪人法，以讓使用者可依照其需求遂 擇f生地切換，應於各國之字元碼，以㈣按壓按鍵來輸入 對應於被按壓之按鍵上之字元碼，從而增加使用者於使辦 上之選擇性與便利性。 因此相較於$知需要先將鍵盤模組 前往銷售國家之字元碼夕士々^^ 系 的選槎性μ Μ 發明之實❹!具有更高 _ ，除了可讓各企業降低庫存與管理成条 摆:讓使用者依照個人需求以從對應於多國之字元旛 中選=所欲制之_之字元碼，以便於使用。 、’、不上所述’雖財發明已以實施例 非用以限定本發明。太欢nn …、其多 不毛月本發明所屬技術領域中具有通常知識 離本發明之精神和範圍内’當可作各種之更動 =定::準本發明之保護範圍當視後附之申請㈣ 【圖式簡單說明】 圖 。第1圖繞示乃本發明之—實施例之鍵盤模組之分靜 面圖第2 _示乃第1圖中之鍵盤模組於組錢之局部利 按壓時造上之按鍵被 第4Α圖繪示乃第2圖之第一本體部與此些水平凸塊 201106400 1 w * " l’ 之分離後之一例的示意圖。 第4B圖繪示乃第2圖之第一本體部與此些水平凸塊 之分離後之一例的示意圖。 【主要元件符號說明】 10 :觸控面板 12 :觸控感應區 14 :非觸控感應區 20 :顯示面板 30 :彈性支撐件 32A、32B、34A、34B ··水平凸塊 321A、341A、321B、341B :水平凸塊之上表面 50 :按鍵 52 :第一本體部 521 :第一本體部之下表面 54 :第二本體部 541 :第二本體部之下表面 325、345、523〜524 :卡合塊 323、343、525〜526 :卡合孔 LI、L2 :第一間距、第二間距 D:第二本體部之厚度 C :可形變量W) WA is correct to save human resources. (7) As shown in the above-embodiment, the keyboard module can be adapted to the n-round human law of each country at the same time, so that the user can switch according to the needs of the user, in accordance with the character code of each country, (4) Pressing the button to input the character code corresponding to the pressed button increases the user's selectivity and convenience. Therefore, compared to the knowledge of the need to first send the keyboard module to the sales country, the character code 夕士々^^ is the choice of the invention 具有! The higher the _, in addition to allowing enterprises to reduce inventory and management In order to allow users to select the character code from the character corresponding to the multi-country according to their individual needs, it is convenient to use. The invention has not been used to limit the invention. Too happy nn ..., its many non-hairy months, the general knowledge in the technical field of the invention is within the spirit and scope of the invention 'when the various changes can be made = fixed: the scope of protection of the invention is attached to the application (4) [Simple diagram of the diagram] Figure. 1 is a cross-sectional view of the keyboard module of the present invention - the second embodiment of the keyboard module of the first embodiment is made of the button of the group of money. A schematic diagram showing an example of the separation of the first body portion of FIG. 2 from the horizontal bumps 201106400 1 w * " l'. Fig. 4B is a schematic view showing an example of the separation of the first body portion and the horizontal bumps in Fig. 2; [Main component symbol description] 10: Touch panel 12: Touch sensing area 14: Non-touch sensing area 20: Display panel 30: Elastic support members 32A, 32B, 34A, 34B · Horizontal bumps 321A, 341A, 321B 341B: horizontal bump upper surface 50: button 52: first body portion 521: first body portion lower surface 54: second body portion 541: second body portion lower surface 325, 345, 523~524: Engagement blocks 323, 343, 525 to 526: engagement holes LI, L2: first pitch, second pitch D: thickness of the second body portion C: shapeable variable