M383156 五、新型說明： 【新型所屬之技術領域】 本創作係有關於觸控滑鼠改良裝置，且尤其有關於一種 將一可撓性電容感應導體層對應接合組裝在滑鼠的頂蓋本體 底面的電腦滑鼠結構。 【先前技術】 按習知電腦都利用滑鼠來操控電腦螢幕上的游標位置 或捲動頁面；而且習知滑鼠都無操控板操作的功能，以致大 幅限制滑鼠的用途，尤其不能達到多指手勢觸控滑鼠的作 用，甚者，滑鼠上表面亦欠缺印製虛擬按鍵區或數字符號等 按鍵輸入標示，因此使用者無法藉由習知滑鼠作觸控數字輸 入或特殊功能的操作，上述都是習知滑鼠使用時的缺點。 次按美國蘋果電腦公司生產的Magi c Mouse(魔術滑鼠）， 其係於滑鼠頂面設計為多點觸控及手勢捲動頁面等特殊功能 之設計。然而該種習知滑鼠之全曲面觸控點的設計'·，其會讓 使用者無法由手指感測到機械性之按鍵狀態，反而全然失去 傳統滑鼠的按觸手感之辨識性及方便性。 緣是，本創作人乃針對上述電腦滑鼠的缺失，以其多年來 從事電腦滑鼠生產及設計的實務經驗，本著鍥而不捨的精神 與精益求精之目的，積極不斷的加以研究改良，並經常期之 努力與試驗，終於開發設計出本創作。 【新型内容】 削83156 ”本創作之主要目的係提供—種觸控滑鼠改良裝置，其所欲 解決之問題係由於習知觸控滑鼠無法讓使用者感測到機械性 之按鍵狀態，而補作所㈣之技術手段係藉由滑鼠的左右 鍵、滾輪及觸控板之M合裝置，俾達到使滑鼠兼具有按觸手 感之辨識性及感應多指手勢觸控功能者。 本創作係—_控滑鼠改良裝置，包括-頂蓋本體，係 -概呈彎弧曲面狀的頂蓋板構造，其係包括一感應式觸控 板，其表面佈設複數個虛擬按鍵區，及二機械式按鍵板；— 電容感應導體層，其係由—第—導體層及—第二導體層所組 成之電容感應元件’而各該第—導體層及第二導體層係屬具 有撓性且呈彎弧曲面狀的膜片構造，且電容感應導體層係對 應接合於該頂蓋本體之底面位置；—電路板，其包括一光學 感測元件’用以發射及接收於滑鼠相對桌面之反射光學信 f ’ 一滾輪’其係電連接及裝設於該電路板上且凸伸於該頂 孤本外冑得以;袞動該滚輪而輸人信號者；二觸動開關， 其係電連接及裝設於該電路板上且分別對應位設於二該按鍵 板底面位置，俾得以對應按壓觸動一輪入信號者;及一底座， 其與該頂盍本體組裝成一完整觸控滑鼠改良裝置。 訂謹以具體實施例，且佐以圖式作詳細說明，俾使審 查委員能對於本創作之技術特徵，有更進一步之了解。 【實施方式】 首先月’考圖1至圖3，其顯示根據本創作的觸控滑鼠 4 M383156 改良裝置’其包括： 頂盍本體10，係一概呈彎弧曲面狀的頂蓋板構造，其 係包括—感應式觸控板π及二機械式按鍵板12A、12B;而 該觸控板11係位設於該頂蓋本體10之頂面後半部位置，於 其上表面標示有複數個虛擬按鍵區111，而各虛擬按鍵區1U 表面係印製有數字鍵或功能鍵符號以標示特定觸發信號的觸 j功此，繼而，二該按鍵板12A、12B係平行對應位設於該頂 盖本體10之前半部位置，於二該按鍵板12A、12B間係貫穿 設有一縱向槽孔141 ’且於該縱向槽孔141 圓形通孔⑷，^二該按鍵板12A、⑽之前緣底端:其= 應側緣底端處則係與該頂蓋本體1G間貫穿環設有水平向槽 孔u，俾使二該按鍵板m ' 12β具有機械式上下按觸行程 之作動機能，而於二該按鍵板12A、12B之底面係分別對應凸 伸有-凸柱15,俾得以向下按壓觸動—輸人信號者。 —電容感應導體層2G，其係由-位於上方的第-導體層 21 (具有複數個矩陣排列的第一感應區211)及一位於下方的 弟-導體層22(具有複數個矩陣排列的第二感應區2⑴所組 成的電容感應元件。該第一導體層21及第二導體層22都是 具有徺性且呈彎狐曲面狀的導體膜片結構，而該電容感應導 體層20係對應接合在該頂蓋本體1〇的底面。 一一電路板30’其係電連接一光學感測元件31，該光學感測 兀件31係包括-LED光源產生部312及—信號接收部犯 5 M383156 等，俾能發射及接收於滑鼠相對桌面之反射的光學信號。 -滾輪60’其係電連接及裝設於該電路板3()前方中央位 置’且該滾輪60係凸伸於該頂蓋本體1〇之橢圓形通孔142, 俾得以滾動該滾輪6 0而輸入信號者。 一觸動開關70，其係電連接及裝設於該電路板別前方二 侧位置，而二該觸動開關7〇係分別對應位設於二該按鍵板 12A、12B之凸柱15底面位置，俾得以對應按壓觸動一輪入 信號者。 底座40，其係與該頂蓋本體丨〇組裝成一完整的滑鼠結 構，於該底座40設有一透孔41，用以裝設一導光元件5〇， 該導光το件50具有導光及聚光作用，而這是一習知元件，故 不在此贅述。 操作時，使用者可以移動滑鼠，其藉由該[肋光源產生 部312發出的光線經由該導光元件5〇及透孔41而導引至桌 面，而從桌面反射的光線則經由該導光元件5〇而傳送到該信 號接收部313，經過信號分析及處理後，可精確地計算出滑 乳的移動方向及距離，以便能同步控制電腦螢幕上的游標位 置者。繼而，使用者可以分別向下壓按二該按鍵板12Α、12β， 田一。亥按鍵板12Α、12Β之凸柱15向下壓按二該觸動開關7〇 時，俾得以對應按壓行程以觸動一輸入信號，如此操作可發 出冰悉的機械式嘀答聲’以達到壓按滑鼠左右鍵的功能。 再者’操作時’使用者可以用手指碰觸該虛擬按鍵區m， 6 M383156 以產生電容感應電位變化的按鍵信號，以達到觸控虛擬按鍵 的功效，且其亦能達到多指手勢觸控的效能。 繼而，為了利於本創作的滑鼠於陰暗環境中使用，該頂 蓋本體10可由透光材料製成，而電容感應導體層2〇也由透 光材料的薄膜製成’且本創作只要於該電路板30上另組裝一 ‘ ㈣35 ’藉此’該頂蓋本體10即具有背光視覺辨明效應， - 以利於使用者辨明操作觸發信號的按鍵功能。 • φ上述本創作的實施例可知，本創作的觸控滑鼠改良裝置 -有以下之效此.（1)頂盍本體本體呈彎弧曲面狀以符合人體 功學。（2)二該按鍵板具有機械式上下按觸行程之作動機 能，及該滚輪具有滾動輸入信號的功能。（3)具有多指手勢觸 控的效能。⑷提供數字鍵及功能鍵的標示功能。⑸於滑鼠 底部裝设有感測⑨氣移❺方向及距離的光學感測元件。⑹ 滑鼠的頂蓋本體頂蓋本體具m視覺辨明效應，以利於在 • 陰暗環境下使用，及利於視力不良與老年人使用。 . 上述貫施例僅為說明本創作之原理及功效’並非用以限制 本創作之主要技術特徵及範圍。因此習於此技術之人士對上 述實施例進行修改及變化仍不脫本創作之精神。本創作已具 備產業上利用性、新穎性及進步性，並符合新型專利要件， 爱依法提起申請。 7 M383156 【圖式簡單說明】 圖1是本創作觸控滑鼠改良裝置的立體圖； 圖2是本創作觸控滑鼠改良裝置的分解圖；及 圖3是本創作觸控滑鼠改良裝置的剖視圖。 【主要元件符號說明】 10.. 頂蓋本體 11.. 感應式觸控板 111.. 虛擬按鍵區 12A 12B..機械式按鍵板 14.. 水平向槽孔 141.. 縱向槽孔 14 2..橢圓形通孔 15.. 凸柱 20.. 電容感應導體層 21.. 第一導體層 211.. 第一感應區 22.. 第二導體層 221.. 第二感應區 30.. 電路板 31.. 光學感測元件 312. . LED光源產生部 M383156 313.. 信號接收部 3 5..光源 40.. 底座 41.. 透孔 50.. 導光元件 6 0..滾輪 70.. 觸動開關M383156 V. New description: [New technical field] This creation is about the touch mouse improvement device, and especially relates to a flexible capacitive sensing conductor layer correspondingly assembled on the bottom surface of the mouse cover body. Computer mouse structure. [Prior Art] According to the conventional computer, the mouse is used to manipulate the cursor position or scrolling page on the computer screen; and the conventional mouse has no function of the operation panel, so that the use of the mouse is greatly restricted, especially not much. It refers to the function of the gesture touch mouse. Moreover, the upper surface of the mouse also lacks the key input indication such as the printed virtual button area or the digital symbol, so the user cannot use the conventional mouse as the touch digital input or the special function. Operation, the above are all shortcomings of the conventional mouse. Pressed the Magi c Mouse from Apple Computer Inc., which is designed for special features such as multi-touch and gesture scrolling pages on the top of the mouse. However, the design of the full-surface touch point of the conventional mouse's can prevent the user from sensing the mechanical button state by the finger, but completely loses the recognition and convenience of the traditional mouse touch. Sex. The reason is that this creator is aimed at the lack of the above-mentioned computer mouse, and has been actively researching and improving with the purpose of perseverance and excellence in the practical experience of computer mouse production and design for many years. The efforts and experiments finally developed and designed this creation. [New Content] Cutting 83156 ” The main purpose of this creation is to provide a touch mouse improvement device. The problem to be solved is that the conventional touch mouse cannot make the user feel the mechanical button state. The technical means of the supplement (4) is to use the mouse's left and right keys, the scroll wheel and the M-sliding device of the touchpad to achieve the mouse and the touch-sensitive identification and the multi-finger gesture touch function. The creation system--control mouse improved device, including - top cover body, is a curved top-shaped top cover structure, which comprises an inductive touch panel, and a plurality of virtual button areas are arranged on the surface thereof. And a mechanical key plate; the capacitive sensing conductor layer is a capacitive sensing element composed of a first conductive layer and a second conductive layer, and each of the first conductive layer and the second conductive layer has a flexible And a curved and curved curved diaphragm structure, and the capacitive sensing conductor layer is correspondingly coupled to the bottom surface of the top cover body; the circuit board includes an optical sensing component for transmitting and receiving relative to the mouse Desktop reflection optics f 'a roller' is electrically connected and mounted on the circuit board and protrudes from the top of the top; if the wheel is driven to input a signal; the second touch switch is electrically connected and mounted The circuit board is respectively disposed on the bottom surface of the button board, and the button is pressed to touch a round-in signal; and a base is assembled with the top body to form a complete touch mouse improvement device. The specific embodiments are described in detail with reference to the drawings, so that the reviewing committee can further understand the technical features of the present invention. [Embodiment] First month's drawing 1 to 3, which shows according to the present creation The touch mouse 4 M383156 modified device includes: the top body 10 is a top cover structure with a curved curved surface, which comprises an inductive touch panel π and two mechanical button plates 12A, 12B The touch panel 11 is located at the rear half of the top surface of the top cover body 10, and a plurality of virtual button areas 111 are indicated on the upper surface thereof, and the surface of each virtual button area 1U is printed with a numeric key or Function key symbol to indicate specific The signal is applied to the touch panel. Then, the key plates 12A and 12B are disposed in parallel with the front half of the top cover body 10, and a longitudinal slot 141 is formed between the button plates 12A and 12B. 'and a circular through hole (4) in the longitudinal slot 141, the second end of the front edge of the key plate 12A, (10): the bottom end of the side edge is provided with a horizontal direction between the through ring of the top cover body 1G The slot u, the second button plate m' 12β has a mechanical up and down stroke stroke, and the bottom surface of the button plates 12A, 12B respectively protrudes with a convex column 15 Pressing the touch-input signal. The capacitive sensing conductor layer 2G is composed of an upper-first conductor layer 21 (a first sensing region 211 having a plurality of matrix arrangements) and a lower-side conductor layer 22 (Capacitive sensing element composed of a plurality of second sensing regions 2(1) arranged in a matrix. The first conductor layer 21 and the second conductor layer 22 are both of a conductor film structure having a meandering shape and a curved curved surface, and the capacitive sensing conductor layer 20 is coupled to the bottom surface of the top cover body 1A. The circuit board 30' is electrically connected to an optical sensing component 31, and the optical sensing component 31 includes an LED light source generating portion 312 and a signal receiving portion that commits 5 M383156, etc., and can transmit and receive the mouse. Optical signal reflected from the desktop. The roller 60' is electrically connected and disposed at a central position in front of the circuit board 3 () and the roller 60 protrudes from the elliptical through hole 142 of the top cover body 1 to roll the roller 60. And the input signal. a touch switch 70 is electrically connected and mounted on the front side of the circuit board, and the two touch switches 7 are respectively disposed at positions on the bottom surface of the protrusion 15 of the key plates 12A and 12B. It is possible to touch a round-in signal corresponding to the press. The base 40 is assembled with the top cover body to form a complete mouse structure, and the base 40 is provided with a through hole 41 for mounting a light guiding element 5, which has a light guiding light. And concentrating, and this is a conventional component, so it will not be described here. During operation, the user can move the mouse, and the light emitted by the rib light source generating portion 312 is guided to the desktop through the light guiding member 5 and the through hole 41, and the light reflected from the desktop passes through the guide. The optical element 5 is transmitted to the signal receiving unit 313. After signal analysis and processing, the moving direction and distance of the slider can be accurately calculated so as to synchronously control the cursor position on the computer screen. Then, the user can press down the two button plates 12Α, 12β, Tianyi, respectively. When the protrusions 15 of the 12-inch and 12-inch button plates are pressed down by the two-touch switch 7〇, the 俾 can be corresponding to the pressing stroke to touch an input signal, so that the mechanical squeak of the ice can be issued to achieve the pressing. The function of the left and right mouse buttons. In addition, during operation, the user can touch the virtual button area m, 6 M383156 with a finger to generate a button signal with a capacitive sensing potential change, so as to achieve the function of the touch virtual button, and it can also achieve multi-finger gesture touch. Performance. Then, in order to facilitate the use of the mouse in the dark environment, the top cover body 10 can be made of a light transmissive material, and the capacitive sensing conductor layer 2 is also made of a thin film of light transmissive material. A '(4) 35' is additionally assembled on the circuit board 30. Thus, the top cover body 10 has a backlight visual recognition effect, so that the user can recognize the key function of the operation trigger signal. • φ The above-described embodiment of the present invention shows that the touch mouse improved device of the present invention has the following effects: (1) The body of the top body is curved and curved to conform to human body function. (2) The button board has a mechanical upper and lower touch stroke, and the roller has a function of scrolling input signals. (3) The performance of multi-finger gesture control. (4) Provide the marking function of the numeric keys and function keys. (5) An optical sensing element for sensing the direction and distance of the 9 gas movement is mounted on the bottom of the mouse. (6) The top cover body of the mouse has a visually distinct effect to facilitate use in a dark environment and to facilitate poor vision and use by the elderly. The above descriptions are merely illustrative of the principles and functions of the present invention and are not intended to limit the main technical features and scope of the present invention. Therefore, those skilled in the art can make modifications and changes to the above embodiments without departing from the spirit of the present invention. This creation has been industrially utilized, novel and progressive, and meets the requirements of new patents. 7 M383156 [Simplified illustration of the drawing] Fig. 1 is a perspective view of the improved touch mouse improving device; Fig. 2 is an exploded view of the improved touch mouse improving device; and Fig. 3 is the modified touch mouse improving device Cutaway view. [Main component symbol description] 10.. Top cover body 11.. Inductive touch panel 111.. Virtual button area 12A 12B.. Mechanical button board 14. Horizontal slot 141.. Longitudinal slot 14 2. Elliptical through hole 15.. stud 20: capacitive sensing conductor layer 21. first conductor layer 211.. first sensing region 22: second conductor layer 221.. second sensing region 30.. circuit board 31.. Optical sensing element 312. LED light source generating part M383156 313.. Signal receiving part 3 5. Light source 40.. Base 41.. Through hole 50.. Light guiding element 6 0.. Roller 70.. switch