M309713 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種鍵盤，尤其是關於一種將滑鼠功能 結合於鍵盤内之電腦鍵盤裝置。 【先前技術】 Μ 無論是使用一般桌上型電腦或是筆記型電腦，對於指 令、資料之執行或輸入，皆須藉由對電腦鍵盤之輸入，始 _ 得操作進行，而在使用Windows、Linux或Macintosh等視 窗系統時，滑鼠更是鍵盤以外一羞要之必要操作構件v連 過滑鼠之操作，除可控制游標並將之移動至所需圖示或超 連結圖文上，點選後更可進行一連串指令或程式之執行與 運作。 一般滑鼠係與鍵盤相分離之裝置，故在使用時，使用 者必須將其中一手移置滑鼠處，將其抓握後進行操作，因 此使用者之手部常需於鍵盤與滑鼠間交替操作，故此移置 手部以操控滑鼠的動作，會使操控電腦之效率降低，且相 當不便。另一方面，由於滑鼠通常係置放於鍵盤之左侧、 右侧或電腦螢幕附近，或甚至更遠處，因此在抓握侧邊或 較遠端之滑鼠後，常常造成手臂之酸痛，由有甚者，可能 因為抓握之不當，使身體姿勢產生傾斜，而讓使用者較易 疲勞或造成局部肌肉之不適。 此外，目前筆記型電腦上利用於游標控制之組件，一 M309713 般是藉由-感應幕，利用手指於其表面壓觸，藉以控制游 標之移動，然此操控方式並不f由手指的準確位移所能達 成’在使用上係相當不便。另—方面’則是該等游標控制 組件通常健有二個與滑鼠左右_#之按鍵，不但功能 性受限、不具有滑鼠滾輪之功能，其分佈於感應幕左右二 置方式’亦讓使用者不易按觸與操作，故-般 使用者多會額外接設H以方便操作，但於此種情況 下，滑鼠的攜帶對於筆記型電腦之使用者而言，反而增加 【新型内容】M309713 VIII. New Description: [New Technology Field] This creation is about a keyboard, especially a computer keyboard device that combines the mouse function into the keyboard. [Prior Art] Μ Whether using a general desktop computer or a notebook computer, the execution or input of commands and data must be performed by inputting the computer keyboard, while using Windows and Linux. Or a window system such as a Macintosh, the mouse is a necessary operation component v outside the keyboard. The mouse is connected to the mouse. In addition to controlling the cursor and moving it to the desired icon or hyperlink, click Afterwards, a series of instructions or programs can be executed and operated. Generally, the mouse is separated from the keyboard, so when using the user, the user must move one of the hands to the mouse, and then grasp and hold the operation, so the user's hand often needs to be between the keyboard and the mouse. Alternate operation, so moving the hand to manipulate the movement of the mouse will reduce the efficiency of controlling the computer, and is quite inconvenient. On the other hand, since the mouse is usually placed on the left side of the keyboard, on the right side or near the computer screen, or even further away, it often causes pain in the arm after grasping the side or the far-end mouse. There is a possibility that the posture of the body may be tilted due to improper grasping, and the user may be more prone to fatigue or cause local muscle discomfort. In addition, the current use of the cursor control component on the notebook computer, a M309713 is controlled by the -sensor screen, using the finger to press on the surface, thereby controlling the movement of the cursor, but this control mode is not f accurate displacement of the finger It is quite inconvenient to achieve 'in use. The other aspect is that the cursor control components usually have two buttons with the left and right _#, which are not only functionally limited, but also have the function of a mouse wheel, which is distributed in the left and right modes of the sensor screen. It is difficult for the user to touch and operate. Therefore, the user will be additionally connected with H to facilitate the operation. However, in this case, the mouse is carried for the user of the notebook computer, but the new content is added. 】
為：善習知桌上型電腦鍵盤或筆記型電腦鍵盤，搭配 ㈣或感應幕時於游標軸操作上之錢，朗免使用者 手部移位操作滑㈣所造成手f或身體姿勢延伸所產生之 不適’本創作將提供-種將滑鼠構件與鍵盤相結合之鍵 盤，將原本滑鼠中相關之游標控制構件，裝設於鍵盤水平 方向之下該’讓使时於操作鍵_得直接姻雙手大 拇指對游標控制構件進行控制，因而可大幅改善使用之便 利性，並同時避免手臂或身體姿勢延伸所產生之不適。 基於上述目的’本創作提供一種電腦鍵盤裝置，包括: -鍵盤’該健賴魏水平方向之下方處延伸有一控制 面板；以及-游標控組，該游標控龍組係設置於該 ，制面板内，該游標控制模組設置有一第一按鍵模組、一 第二按鍵模組、-絲触與—光學感賴組，且該第一 6 M309713 按鍵模組、該第二按鍵模組與該滾輪模組並部分突伸出該 控制面板，藉以碰觸操作。其中，該游標控制模組可設於 该鍵盤所設一空白（space)鍵水平方向之下方處，但並不 以此為限，而該第一按鍵模組、該第二按鍵模組、該滚輪 模組與該光學感應模組可由左或由右依序設置，但其配置 方式亦不僅限於此。 一 猎田尽霸之电―輝直，便用者於操作鍵盤時得 同時直接延伸其雙手场指以控麟標之位移，因而可避 免手部交替移動於鍵盤與滑鼠之間，所造成使用上之 便。操作時，可碰觸光學感應模組上之透光面，並以 移動方式將游標移動至所需位置，而後 曰 或第二按鍵模組所設之按鍵，進行選取或指令 同時亦可利用滾輪模組所設之滾輪，對 ：’，、 面進行上下捲動，因此可大幅增加操c之晝 性。該第—按鍵模組、該第二按鍵模組 zΗ方便For: good knowledge of the desktop computer keyboard or notebook computer keyboard, with (four) or sensor screen time on the cursor axis operation, to avoid the user's hand shift operation slip (four) caused by hand f or body posture extension The resulting discomfort 'This creation will provide a keyboard that combines the mouse component with the keyboard, and the relevant cursor control component in the original mouse is installed under the horizontal direction of the keyboard. The direct control of the thumb control of the cursor control member greatly improves the ease of use while avoiding the discomfort caused by the extension of the arm or body posture. Based on the above purpose, the present invention provides a computer keyboard device, comprising: - a keyboard, a control panel extending below the horizontal direction of the health rail; and a cursor control group, wherein the cursor control group is disposed in the panel The cursor control module is provided with a first button module, a second button module, a wire touch and an optical sensing group, and the first 6 M309713 button module, the second button module and the wheel The module protrudes partially from the control panel to touch the operation. The cursor control module can be disposed at a position below a horizontal direction of a space key of the keyboard, but is not limited thereto, and the first button module, the second button module, and the The roller module and the optical sensing module may be sequentially arranged from the left or the right, but the configuration thereof is not limited thereto. A hunting field is the power of the tyrants, and the user can directly extend the two-hand field finger to control the displacement of the lining when operating the keyboard, thus avoiding the hand moving alternately between the keyboard and the mouse. Causes the use of the convenience. During operation, the light-transmitting surface on the optical sensing module can be touched, and the cursor can be moved to the desired position by moving, and the button set by the second button module or the second button module can be selected or commanded, and the wheel can also be used. The roller set by the module can scroll up and down on the ',, and the surface, so the flexibility of the operation can be greatly increased. The first button module and the second button module are convenient
光學感應模組可定義為—般滑鼠之左鍵、2輪模组與該 學感應元件，但並不僅限於此。 、建、滾輪與光 以下將配合圖式進一步說明本創的电 所列舉的實施例係用以闡明本創作，了“方式’下述 之耗圍’任何熟習此技藝者，在不 ，Αρ艮定本創作 圍内’當可做些許更動與潤飾，因此 1作之精神和範 視後附之中請專利範圍所界定者為帛作之保護範圍當 【實施方式】 7 M309713 請參閱第一圖，該圖係本創作實施例之示意圖。本創 作之電腦鍵盤裝置，係在一鍵盤ίο中裝設以一游標控制模 組20。其中，游標控制模組20係設置於鍵盤10水平方向 之下方處，以於雙手操作鍵盤10時，得延伸大拇指，而得 同時操作游標控制模組20，藉以對游標進行移動等操作。 請繼續參閱第一圖，游標控制模組20分別設有一第 一鍵盤模組21、一第二鍵盤模組22、一滚輪模組23與一 光學感應模組24。第一鍵盤模組21、一第二鍵盤模組22 可定義為一般滑鼠之左鍵與右鍵，而具有選取、輸入等相 當的功能。而滾輪模組23則與滑鼠之滾輪同，利用於瀏:覽、 或工作晝面之上下捲動7至於光>感應模組24，其功能則 與光學滑鼠之紅外線感應元件相同’利用於游標之移動控 制。然而，第一鍵盤模組21、第二鍵盤模組22、滚輪模組 23與光學感應模組24之功能並不僅限於前述，其可依據 使用者加以定義設定，而具有其他不同之功能。於本實施 例中，第一鍵盤模組21、第二鍵盤模組22、滾輪模組23 與光學感應模組24係由左置右依序設置，其亦可由右至左 依序設置，但並不僅限於此，其可依據其他功能目的，而 變換調整其設置順序與配置位置。 本創作之游標控制模組20,除可設置於一桌上型電腦 之鍵盤10外，亦可設置於筆記型電腦鍵盤30所設之控制 面板31上（請參閱第四圖），或是其他設置有鍵盤並須滑 鼠操作之設備中。 請參閱第二圖，該圖係本創作實施例之分解示意圖。 M309713 本創作之鍵盤10，其於按鍵水平下方處延伸有一控制面板 11 ’游標控制模組20則係裝設於其中，而游標控制模組 20設置有第一鍵盤模組21、第二鍵盤模組22、滾輪模組 23與光學感應模組24，且第一鍵盤模組21、第二鍵盤模 組22、滚輪模組23並部分突伸出該控制面板， 藉以碰觸 刼作。游標控制模組2〇，包括一電路板2〇1，電路板2〇1 上耦接有第一鍵盤模組21、第二鍵盤模組22、滾輪模組 23與光學感應模組24。控制面板u上則分別開設有與第 一鍵盤杈組21、第二鍵盤模組22、滾輪模組23與光學感 應模組24相對應之第一穿孔101、第二穿孔102、第三穿 孔103與第四穿孔1〇4。>滾輪模詛23所設之滾輪直接突伸 出该第二穿孔1〇3讓使用者得直接滾動操作。另一方面， 可透過第四牙孔1〇4並以手指移動方式，於光學感應模組 24之透光面做游標位移之操控。至於第一鍵盤模組？！、第 二鍵盤模組22則可分別套設按鍵殼罩211與221，而增加 得按觸之面積。 制模組20，其所設位置係位於鍵盤水平下 方所L伸之控制面板1丨上，其分佈位置並未設有特別的限 制，但為讓使用者雙手操作時更為便利，同時不會影響到 雙手姿勢之變化或拉伸，游標控制模組2〇以設置於鍵盤 10上工白（Space)鍵之下方為較佳。如此之下，敲擊鍵盤 輸入牯雙手大拇指得可直接位移至游標控制模組20上方 進行彳工制，移動游標或完成相關指令之輸入與執行。由於 操作過程中，僅需將大拇指稍往下位移，即得操作，故不 9 M309713 再有習知鍵盤滑鼠交替操作之不便，且因為雙手姿勢不 變，也能避免因操作姿勢不良所產生之疲乏或肌肉酸痛。 請參閱第三圖，該圖係本創作第二實施例之分解示意 圖。除可透過控制面板11上所開設之第四穿孔104，直接 於光學感應模組24之透光面做游標位移之操控外’亦可於 第四穿孔104上嵌設一透光板105,讓使用者可藉由手指、 - 筆或桿狀物等指示物體接觸透光板105表面，並做不同方 & 向的移動，來驅動游標之移位；且透光板105之設置可避 > 免落塵或髒汙物直接沾附於光學感應模組24之透光面 上，保護其不致因外來物之遮蔽，而發生感應不良的狀況。 【圖式簡單說明】 〜 ~ … 第一圖係本創作實施例之示意圖。 第二圖係本創作實施例之分解示意圖。 第三圖係本創作第二實施例之分解示意圖。 第四圖係本創作實施例設置於筆記型電腦之示意圖。 ί 【主要元件符號說明】 10 鍵盤 11 控制面板 101 第一穿孔 102 第二穿孔 103 第三穿孔 104 第四穿孔 105 透光板 10 M309713 20 游標控制模組 201 電路板 21 第一按鍵模組 211 按鍵殼罩 22 第二按鍵模組 221 按鍵殼罩 23 滚輪模組 24 光學感應模組 30 鍵盤 31 控制面板The optical sensing module can be defined as a general mouse left button, a 2-wheel module and a learning sensing element, but is not limited thereto. The construction, the roller and the light will be further described below in conjunction with the drawings to illustrate the examples of the electricity of the present invention to clarify the creation, the "method of the following consumption" is familiar to anyone skilled in the art, no, Αρ艮In the context of the creation of the book, you can make some changes and refinements. Therefore, the spirit of the work and the scope of the patents are defined as the scope of protection of the patent. [Implementation] 7 M309713 Please refer to the first figure, The figure is a schematic diagram of the present invention. The computer keyboard device of the present invention is provided with a cursor control module 20 in a keyboard ίο. The cursor control module 20 is disposed below the horizontal direction of the keyboard 10, When the keyboard 10 is operated by both hands, the thumb is extended, and the cursor control module 20 is operated at the same time, so as to move the cursor, etc. Please continue to refer to the first figure, the cursor control module 20 is respectively provided with a first keyboard. The module 21, a second keyboard module 22, a roller module 23 and an optical sensing module 24. The first keyboard module 21 and the second keyboard module 22 can be defined as left and right keys of a general mouse. ,and There are functions such as selection, input, etc. The wheel module 23 is the same as the mouse wheel, and is used to scroll up or down the work surface to the light sensor module 24, and its function is The infrared sensing element of the optical mouse is the same as that used for the movement control of the cursor. However, the functions of the first keyboard module 21, the second keyboard module 22, the roller module 23 and the optical sensing module 24 are not limited to the foregoing, and The first keyboard module 21, the second keyboard module 22, the wheel module 23 and the optical sensor module 24 are left-right and right-handed in this embodiment. In order to set, they can also be set from right to left, but it is not limited to this, and it can be adjusted and adjusted according to other functional purposes. The cursor control module 20 of the present invention can be set in addition to A keyboard 10 of a desktop computer can also be disposed on the control panel 31 of the notebook computer keyboard 30 (see the fourth figure), or other devices that are equipped with a keyboard and must be operated by a mouse. See the second picture The figure is an exploded view of the present embodiment. M309713 The keyboard 10 of the present invention has a control panel 11 extending below the horizontal level of the button, and the cursor control module 20 is installed therein, and the cursor control module 20 is set. The first keyboard module 21, the second keyboard module 22, the wheel module 23 and the optical sensor module 24, and the first keyboard module 21, the second keyboard module 22, and the roller module 23 partially protrude. The control panel is configured to touch the operation. The cursor control module 2 includes a circuit board 2〇1, and the first keyboard module 21, the second keyboard module 22, and the roller module are coupled to the circuit board 2〇1. The group 23 and the optical sensing module 24. The control panel u is respectively provided with a first through hole 101 corresponding to the first keyboard group 21, the second keyboard module 22, the wheel module 23 and the optical sensing module 24, The second through hole 102, the third through hole 103 and the fourth through hole 1〇4. > The roller provided by the roller die 23 directly protrudes out of the second punch 1〇3 to allow the user to directly scroll. On the other hand, the movement of the cursor displacement can be performed on the light-transmissive surface of the optical sensing module 24 through the fourth dental hole 1〇4 and by finger movement. As for the first keyboard module? ! The second keyboard module 22 can respectively set the button covers 211 and 221 to increase the area of the touch. The module 20 is disposed on the control panel 1A of the horizontal extension of the keyboard, and the distribution position thereof is not particularly limited, but is convenient for the user to operate with both hands, and does not The cursor control module 2 is preferably disposed below the Space button on the keyboard 10 to affect the change or stretch of the two-hand posture. In this way, tapping the keyboard input 牯 two-handed thumb can be directly displaced to the top of the cursor control module 20 for completion, moving the cursor or completing the input and execution of related instructions. Because the operation only needs to shift the thumb down slightly, it has to be operated. Therefore, it is not convenient to use the keyboard mouse to alternately operate, and because the posture of the hands is unchanged, the operation posture can be avoided. The resulting fatigue or muscle aches. Please refer to the third figure, which is an exploded view of the second embodiment of the present creation. In addition to the fourth through hole 104 opened on the control panel 11, directly on the light transmissive surface of the optical sensor module 24 for the manipulation of the cursor displacement, a light transmissive plate 105 may be embedded on the fourth through hole 104. The user can instruct the object to contact the surface of the light-transmitting plate 105 by means of a finger, a pen or a rod, and perform different square &litude movements to drive the shift of the cursor; and the setting of the light-transmitting plate 105 can be avoided. The dust-free or dirty matter is directly adhered to the light-transmissive surface of the optical sensing module 24, so as to prevent the occurrence of poor sensing due to the shielding of foreign objects. [Simple description of the drawings] ~ ~ ... The first figure is a schematic diagram of the present embodiment. The second figure is an exploded view of the present embodiment. The third figure is an exploded view of the second embodiment of the present creation. The fourth figure is a schematic diagram of the present embodiment set on a notebook computer. ί [Main component symbol description] 10 keyboard 11 control panel 101 first perforation 102 second perforation 103 third perforation 104 fourth perforation 105 translucent plate 10 M309713 20 cursor control module 201 circuit board 21 first button module 211 button Shell 22 second button module 221 button housing 23 roller module 24 optical sensor module 30 keyboard 31 control panel