)39 五、新型說明： 【新型所屬之技術領域】 扑作係有關於—種表面多指觸控之滑鼠結構，尤其係 =種將-可撓性電容感應導體層對應接合組裝於 盖底面之滑鼠結構。 a 【先前技術】 位置=1°Γ腦多係利用—滑鼠以操控電腦螢幕上的游標 :、面’而f知之滑鼠結構需組裝左右按Μ鍵及滾 2，/、補整體組裝結構複雜，且其並無觸控板操作之 二=r嶋使用操作上受到限制，而無法達到 ::手勢觸控滑鼠之作用’繼而習知之滑鼠結構並無觸控數 :鍵或觸控特殊功能鍵之設計，且其於滑氣表面亦欠缺印製 虛^按鍵區或數字符號等按鍵輸入標示，是以，使用者並益 法糟由習知滑鼠以作觸控數字輸人或特殊功能之操作，再… 者於S知之滑鼠表面上亦欠缺浮凸觸控導引構造之設計， 因而其無法協助使用者於昏暗室内藉由觸覺以料手指定位 於特疋虛擬按鍵區位置’致而習知滑鼠結構實已造成使用 便之缺點； + 、有鑑於此’本案創作人遂以其多年從事電腦滑鼠鍵盤之 製造及設計實務經驗，而積極研究改良，並經多次實物樣。 製作及測試’進而具體改良習知電腦滑鼠鍵盤之上述缺點， 終致完成本創作。 ’ M377639 有關本創作之構造特徵及 並佐以圖式而詳細說明如后， 創作。 【新型内容】 貫際功效，茲舉較诖之實施例 期使貴審查委員能深入瞭解本 本創作之主要目的係提供—種表面多指觸控之滑鼠結 =決之問題點係針對習知滑鼠之操控構造及❹ 二不夠元備’且其並無多指手勢觸控操作或數字、功能鍵 輪入之結構設計，而本創作即根據f知滑a結構之問題點， .而純研較良突破，以期使本創作具有增加滑鼠多指觸控 及數子輸入操作之功效； 本創作係-種表面多指觸控之滑鼠結構，其係包括一觸 控頂蓋、-電容感應導體層、—電路板及―底座；其中該觸 控頂蓋係-概呈彎弧曲面狀的頂蓋板，於其表面係佈設有複 數個虛擬按鍵區或導引凸肋’而該電容感應導體層係呈彎孤 曲面狀，且其係、對應接合於該觸控頂蓋之底面位置，而該電 容感應導體層係由-第一導體層及一第二導體層所組成之撓 性膜片構造，俾能藉由手指碰觸於該虛擬按鍵區時，進而產 生電容感應電位變化之按鍵訊號，而達到多指觸控虛擬按鍵 及數子輸入操作之功效，且本創作之滑鼠表面亦具有背光視 覺辨明效果，繼而本創作於滑鼠底座組裝有感測滑鼠移動方 向距離之光學感測凡件，俾能藉由達到多指觸控滑鼠按鍵及 操控電腦螢幕游標之效能者。 4 M377639 =下謹以具體實施例，且佐以®式作詳細說明，俾使審 查委員能對於本創作之技術特徵，有更進一步之瞭解。 【實施方式】 f先明參考圖！至圖3所示，其顯示根據本創作表面多 丸觸控之滑鼠結構的第一實施例，其包括； 一觸控頂蓋10’其係、—概呈彎孤曲面狀的頂蓋板，於盆 鲁表面係佈設有複數個虛擬按鍵區且其係符合人體工學設計了 於該觸控頂蓋10表面係ό設有可觸控辨識之複數凸點^或 導引凸肋12 ’而該複數凸點u可分佈設計為斜線或曲線等 圖型’俾構成幾何線條之圖紋狀觸控導引構造，而該複數凸 點11係分別指向導引至一虛擬按鍵區（圖中未示），而各個 虛擬按鍵區則對應具有特定觸發訊號之按鍵功能； 一電容感應導體層20，其係概由一第一導體層21及一 第二導體層22所組成之電容器元件，而該第一導體層以及 鑤 第二導體層22係屬具有撓性且呈彎弧曲面狀的膜片構造，且 該彎弧曲面狀之電容感應導體層20係對應接合於該觸控頂 蓋10之底面位置，於該第一導體層21之複數矩陣排列的特 定感應區211及籴二導體層22之複數矩陣排列的特定感應區 221係相對應於該觸控頂蓋1〇之虛擬按鍵區底面位置，俾能 藉由手指.碰觸於該虛擬按鍵區時，進而產生電容感應電位變 化之按鍵訊號，俾達到觸控虛擬按鍵之效能，繼而，本創作 能達到觸控模擬左右鍵或滾輪功能，且其亦能達到感應多指 5 手勢觸控之效能者； -電路板3G’其係包括有電子控制元件及—光學感測元 件35 ’其中該光學感測元件35係一組裝於該電路板30底面 之光學感測積體電路元件，該光學感測㈣35係包括有一 光源產生4 351及-訊號接收部352，俾能發射及接收 '反射之光學訊號； 一底座40，其係一承接組裝該觸控頂蓋10之底座體， 於該底座4〇上係組裝有—導光元件50,該導光元件5〇係呈 有導光及聚光之作用（兹因其係屬習知技術故不贅述），而續 底座對應於該導光元件5〇處係穿設有一透孔41，俾使該 LED光源產生部351所產生之光線得以經由該導光元件50及 =透孔41以導引至桌面，且其將由桌面所反射之光線經由該 ‘光元件50以傳輸至該光學感測元件％之訊號接收部说， 而該光學感測it件35則係於單位時間内擷取或感測由相對桌 面移動所產生反射光訊號，並進而藉由—訊號分析電路以精 禮计具出滑鼠之移動方向及距離，俾能时控制於電腦螢幕 上的游標位置者； 二 有關本創作之第二實施例，請參考圖4及圖5所示， 該第二實施例主要係於該觸控頂蓋10之彎弧曲面狀表面鏤 空印製有虛擬按鍵區13或數字符號，且該虛擬按鍵區13係 ^下對應於於㈣—導體^ 21之複數矩陣排列的特定感應 區211及第二導體層22之複數矩陣排列的特定感應區221 M377639 位置，以期m表面提供功諸及數字敎日㈣標示及應 用，繼而，為了本創作之滑氣便於昏暗室内使用，則於該觸 控頂蓋ίο表面鏤空印製之虛擬按鍵區13或數字符號係具有 透光枯質特性，且該電容感應導體層20亦屬透光材質之薄膜 構造’是以，藉由組裝於該電路板30上之光源便能導引光線 -以使該觸控頂蓋10具有背光視覺辨明效果，俾利於使用者辨 明操作觸發訊號之按鍵功能者； ·.纟創作表面多指觸控之滑氣結構主要係將滑鼠及功能 數字按鍵裝置整合為-體，本創作的主要技術特徵係具有以 下之實際使用效能：⑴本創作係於滑鼠上組裝具有撓性且呈 •f弧曲面狀的觸控板，且其符合人體工學之設計。⑺本創作 能達到觸㈣擬左讀或滾輪功能，且其錢達到感應多指 手勢觸控之效能者。（3)本創作係^滑鼠表面鏤空印製有虛擬 ㈣區或數子符號’俾能提供功能鍵及數字鍵之標明應用。 籲⑷本㈣係於料底面組裝有感财鼠移動方向距離之光學 感測7L件。（5)本創作係於滑鼠表面凸設有可難辨識之複數 凸點或導5丨凸肋，俾達到協助使用者藉由觸覺以辨識及引導 手指定位於特定按鍵之效能1本創作之滑鼠表面亦具有背 光視覺辨明效果’故而本創作裝置適用於燈光昏暗之簡報室 或提供視力不良人士及老年人使用者。 上述實施繼為說明本創叙原理及功效，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 7 上述實施例進行修改及變化仍殘本創作之精神。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， 爰依法提起申請。 •【圖式簡單說明】39. New description: [New technical field] The slap-up system has a mouse structure with a multi-finger touch on the surface, especially the type of the flexible capacitor-inductive conductor layer is assembled on the bottom surface of the cover. The structure of the mouse. a [Prior Art] Position = 1 ° camphor multi-system use - mouse to control the cursor on the computer screen:, surface 'and know the mouse structure needs to assemble left and right button and roll 2, /, complement the overall assembly structure It's complicated, and it doesn't have the touchpad operation. ==嶋The operation is limited, but it can't be achieved:: The function of the gesture touch mouse. Then the conventional mouse structure has no touch number: key or touch The design of the special function keys, and the lack of a button input or the like on the surface of the air-slip surface, so that the user can use the conventional mouse as a touch digital input or The operation of the special function, and then the lack of the embossed touch guide structure on the surface of the mouse, so that it can not assist the user to specify the position of the virtual button area in the dark room by the touch. 'Today, the structure of the mouse has already caused the shortcomings of use; +, in view of this, the creator of this case has been actively researching and improving with many years of experience in the manufacture and design of computer mouse keyboards. Physical sample. Production and testing' further improved the above-mentioned shortcomings of the conventional computer mouse keyboard, and finally completed the creation. ’ M377639 A detailed description of the architectural features of this creation and the accompanying drawings. [New content] The continuous effect, the more detailed implementation period, so that your review committee can understand the main purpose of the book is to provide a kind of surface multi-finger touch mouse knot = decision problem is based on the knowledge The control structure of the mouse and the second is not enough for the device's and it does not have the multi-finger gesture touch operation or the structural design of the digital and function key wheel, and the creation is based on the problem of the structure of the slide, and pure A better breakthrough in research, in order to make this creation have the effect of increasing the multi-finger touch and digital input operation of the mouse; the creation system is a kind of multi-finger touch mouse structure, which includes a touch top cover, a capacitive sensing conductor layer, a circuit board and a "base"; wherein the touch top cover is a curved top cover, and a plurality of virtual button areas or guiding ribs are disposed on the surface thereof The capacitive sensing conductor layer is curved and curved, and is coupled to the bottom surface of the touch top cover, and the capacitive sensing conductor layer is composed of a first conductor layer and a second conductor layer. Membrane structure, which can be touched by fingers When the button area is to be pressed, the button signal of the capacitance sensing potential change is generated, and the multi-finger touch virtual button and the number of sub-input operations are achieved, and the surface of the mouse of the creation also has a backlight visual recognition effect, and then the creation is slippery. The mouse base is assembled with an optical sensing device that senses the distance of movement of the mouse, and can achieve the multi-finger touch mouse button and the performance of the computer screen cursor. 4 M377639 = The following is a detailed description of the specific examples, and is accompanied by the ® formula, so that the review committee can have a better understanding of the technical features of this creation. [Embodiment] f first reference map! As shown in FIG. 3, it shows a first embodiment of a mouse structure according to the present invention, which comprises: a touch top cover 10', a top cover that is curved and curved The surface of the basin is provided with a plurality of virtual button areas and is ergonomically designed. The surface of the touch top cover 10 is provided with a plurality of bumps or guide ribs 12' for touch recognition. The complex bumps u can be distributed as a pattern such as a slanted line or a curved line, which is a striated touch guiding structure that forms a geometric line, and the complex bumps 11 are respectively directed to a virtual button area (in the figure) Each virtual button area corresponds to a button function having a specific trigger signal; a capacitive sensing conductor layer 20 is a capacitor element composed of a first conductor layer 21 and a second conductor layer 22, and The first conductive layer and the second conductive layer 22 are flexible and have a curved curved shape, and the curved curved capacitive sensing conductor layer 20 is coupled to the touch top cover 10 . The bottom surface position, the matrix matrix of the first conductor layer 21 The specific sensing area 221 of the specific sensing area 211 and the plurality of matrix layers of the second conductive layer 22 corresponds to the bottom surface position of the virtual key area of the touch top cover 1俾, and the virtual key can be touched by the finger. In the area, the button signal of the capacitance sensing potential change is generated, and the performance of the touch virtual button is achieved. Then, the creation can achieve the touch simulation left and right button or the scroll wheel function, and the touch multi-finger 5 gesture touch can also be achieved. a circuit board 3G' includes an electronic control component and an optical sensing component 35', wherein the optical sensing component 35 is an optical sensing integrated circuit component assembled on a bottom surface of the circuit board 30, the optical The sensing (4) 35 series includes a light source for generating a 4 351 and a signal receiving portion 352 for transmitting and receiving a 'reflecting optical signal; a base 40 for receiving a base body for assembling the touch top cover 10 on the base 4 〇 is assembled with a light guiding element 50, the light guiding element 5 has a function of guiding light and concentrating (because it is a conventional technique, it will not be described), and the continuation base corresponds to the light guiding Component 5 A through hole 41 is bored, so that the light generated by the LED light source generating portion 351 can be guided to the table top through the light guiding member 50 and the through hole 41, and the light reflected by the table top is transmitted through the 'light element. 50 is transmitted to the signal receiving portion of the optical sensing component, and the optical sensing component 35 is used to capture or sense the reflected light signal generated by the relative desktop movement in a unit time, and then by - The signal analysis circuit has the movement direction and distance of the mouse in the fine manner, and is controlled by the cursor position on the computer screen when the device is in use; and the second embodiment of the present invention, please refer to FIG. 4 and FIG. The second embodiment is mainly characterized in that the curved curved surface of the touch top cover 10 is hollowed out with a virtual button area 13 or a digital symbol, and the virtual key area 13 is corresponding to the (four)-conductor ^ 21 The specific sensing area 211 of the complex matrix arrangement and the specific sensing area 221 M377639 of the second matrix layer 22 are arranged in a matrix, so that the m surface provides the function and the digital day (four) indication and application, and then, for the purpose of the creation of the slippery air Dimly indoor In use, the virtual button area 13 or the digital symbol printed on the surface of the touch top cover ίο has a light-transmitting and dry characteristic, and the capacitive sensing conductor layer 20 is also a thin film structure of a light-transmitting material. The light source assembled on the circuit board 30 can guide the light so that the touch top cover 10 has a backlight visual recognition effect, and the user can recognize the function of the button for operating the trigger signal; The touch-slip structure mainly integrates the mouse and the function digital button device into a body. The main technical features of the creation have the following practical performances: (1) The creation is flexible and assembled on the mouse. An arc-curved trackpad with an ergonomic design. (7) This creation can reach the (4) left-reading or scrolling function, and its money reaches the performance of sensing multi-finger gestures. (3) The creation system ^ mouse surface is printed with a virtual (four) area or a number of sub-symbols '俾 can provide function keys and numeric keys to indicate the application. (4) This (4) is an optical sensing 7L piece that is assembled on the bottom surface of the material with a moving direction of the mouse. (5) This creation is based on the surface of the mouse with a plurality of bumps or guide ribs that are difficult to identify, so as to assist the user in recognizing and guiding the hand to specify the performance of the specific button. The surface of the mouse also has a backlight-clearing effect. Therefore, the creation device is suitable for dimly lit briefing rooms or for visually impaired people and elderly users. The above implementations are intended to illustrate the principles and functions of this innovation and are not intended to limit the main technical features and scope of this creation. Therefore, those skilled in the art have made modifications and changes to the above-described embodiments. This creation has the industrial use, novelty and progressiveness, and meets the requirements of new patents. • [Simple diagram description]
二本ij作表面夕指觸控之滑鼠結構的組裝立體圖； 係圖1滑鼠結構的立體分解圖； 係圖1滑鼠結構的剖面圖；An assembled perspective view of the mouse structure of the surface of the touch-sensitive touch screen; Figure 3 is an exploded perspective view of the structure of the mouse; Figure 1 is a sectional view of the structure of the mouse;
係本創作表面多指觸控之滑鼠結構第 立體圖；及 二實施例的组裝a three-dimensional view of a mouse structure with multiple touches on the surface of the creation; and assembly of the second embodiment
係圖4滑鼠結構的上視圖。 11.. 複數凸點 13.. 虛擬按鍵區 21.. 第一導體層 22·.第二導體層 35.. 光學感測元件 352.. 訊號接收部 41.. 透孔 【主要元件符號說明】 1G..觸控頂蓋 12.. 導引凸肋 20.. 電容感應導體層 211.·特定感應區 221.. 特定感應區 30.. 電路板 351.. LED光源產生部 40.. 底座 50·.導光元件Figure 4 is a top view of the mouse structure. 11.. Complex bumps 13.. Virtual button area 21. First conductor layer 22·. Second conductor layer 35. Optical sensing element 352.. Signal receiving unit 41.. Through hole [Main component symbol description] 1G..Touch top cover 12: Guide rib 20.. Capacitive sensing conductor layer 211.·Specific sensing area 221.. Specific sensing area 30.. Circuit board 351.. LED light source generating part 40.. Base 50 ·Light guide