M298185 八、新型說明： 【新型所屬之技術領域】 特別是關於一種觸控滾 本創作係有關一種電腦滑鼠 轴滑氣。 【先前技術】 為了讓使用者操作更方便或提供更多功能，電腦滑鼠 的構造不斷被改良’而演變出如圖1所示之觸控滚轴滑鼠 H) ’滑鼠本體12仍供使用者持握，提供指標移動、選取 等功能，但原本設置在滑鼠本體12上的滾輪則被觸控板 14取代’參照圖2，觸控板14上有四個以印刷或雷射餘 刻在觸控板上的方向箭頭145,標示出滾軸滾動的方向， 使用者的手指往上下方向滑動時，便是捲動垂直方向的滾 軸，手指往左右方向滑動時，則是滚動水平方向的滾轴 此外，觸控板Η上還設有四個自動滾軸區16，自動滚轴 區16是由設計者定義的一個區域，通常被定義在各個方 向的邊緣，當❹者的手指接·卜方向的自動滾轴㈣ 時’便t啟動自動滾輛功能，使得滾軸持續往該方向捲動。 但是’由於方向箭頭145只是印刷在觸控板Η上， 不具:提:觸感之構造’參照圖2’觸控滾軸滑鼠 ㈣反14表面是平的，在缺乏觸感的情況下，除非使用者 看著觸控板14進行据你，不目,丨雜、，"β ^ 以™入難判斷手指的滑動距離 自動滾軸區16,也容易因為使用者持握滑气 本體12的方式，使楫丰共爷行捱碉鼠 飞使件手才曰滑動方向不正確。為解決這些 5 M298185 問題，習知的觸控滾軸滑鼠在使用滾 =滾動的音效供使用者判斷滾動的格：;但= 及是否進人自動滾㈣㈣題仍未解決，使用者只 月匕透過長期使用後，以直覺自行判斷。 口此’-種具觸歧位_控滾軸滑鼠，乃為所冀。 【新型内容】 滑鼠。謂的目的在於提出—種具觸感定位的觸控滾軸 目根據本創作，一種具觸感定位的觸控滾軸滑鼠包括一 ，、有稷數個定位結構_控板，該定位結構可以是槽板、 凸起或凹下的構造’條狀構造或刻痕，以供使用者判斷是 否進入自動録區’或手指移動之方向及距離的手感。 【實施方式】 圖3為本創作的第一實施例，觸控板20上有四個自 動滾軸區26,分別為定義在各方向邊緣的一區域，定位蛀 構25在自動滾軸區26内，其為凸起或凹下的圓型構造 當使用者的手指碰觸到定位結構25肖，便能得到一觸感 而得知已經進人自動滾軸區26’在其他實施例中，定位結 構25亦可以是方形或其他形狀。 圖4為本創作的第二實施例，觸控板3〇上設有四片 槽板35’分別在觸控板四個方向的底邊，自動滾轴區％ 為四個定義在各方向邊緣的區域’當使用者的手指碰觸到 6 M298185 槽板35時，便能得知已經進入自動滾軸區36。 —圖5為本創作的第三實施例，觸控板4〇的形狀為】 =形，自動滾軸區46為四個定義在各方向邊緣的區域， 定2結構45在自動滾軸區46内，其為凸起或凹下的圓型 構以’、虽使用者的手指碰觸到定位結構45時，便能得到 一觸感而得知已經進入自動滾轴區46。 圖6為本創作的第四實施例，觸控板5〇為τ字形，M298185 VIII. New description: [New technology field] Especially for a touch roll This book is about a kind of computer mouse shaft slippery. [Prior Art] In order to make the user's operation more convenient or provide more functions, the structure of the computer mouse has been continuously improved, and the touch roller mouse shown in Figure 1 has evolved. The user holds the grip and provides functions such as index movement, selection, etc., but the roller originally disposed on the mouse body 12 is replaced by the touch panel 14 'refer to FIG. 2, and the touch panel 14 has four for printing or laser rest. The direction arrow 145 engraved on the touchpad indicates the direction in which the roller rolls. When the user's finger slides in the up and down direction, the roller in the vertical direction is scrolled. When the finger slides in the left and right direction, the scroll is scrolled. Horizontal Roller In addition, there are four automatic roller zones 16 on the touchpad. The automatic roller zone 16 is an area defined by the designer and is usually defined at the edge of each direction. When the finger is connected to the automatic roller (4) in the direction of the direction, the automatic roll-off function is activated, so that the roller continues to scroll in this direction. However, because the direction arrow 145 is only printed on the touchpad, it does not have: mention: the structure of the touch sense. Referring to Figure 2, the touch roller mouse (4) is 14 flat, in the absence of touch, Unless the user looks at the touchpad 14 according to you, no, noisy, "β^ is difficult to determine the sliding distance of the finger from the automatic roller zone 16, it is also easy for the user to hold the slippery body 12 The way that the 楫 共 共 共 挨碉 挨碉 挨碉 挨碉 挨碉 挨碉 挨碉 使 使 使 使 使 使 使 使 使In order to solve these 5 M298185 problems, the conventional touch roller mouse uses the roll=scrolling sound effect for the user to judge the scrolling grid:; but = and whether the automatic scrolling (4) (4) problem is still not solved, the user only has the month匕 After long-term use, judge by yourself. This is a kind of touch-position _ control roller mouse, which is what you want. [New content] Mouse. According to the present invention, a touch roller mouse with tactile positioning includes one, a plurality of positioning structures _ control board, and the positioning structure It may be a slotted plate, raised or recessed construction 'striped structure or nick for the user to determine whether to enter the automatic recording zone' or the direction of the finger movement and the feel of the distance. [Embodiment] FIG. 3 is a first embodiment of the present invention. The touch panel 20 has four automatic roller regions 26, which are respectively defined as an area at each direction edge, and the positioning mechanism 25 is in the automatic roller area 26. Inside, it is a convex or concave circular structure. When the user's finger touches the positioning structure 25, a tactile sensation can be obtained to know that the automatic roller zone 26' has been entered. In other embodiments, The positioning structure 25 can also be square or otherwise shaped. 4 is a second embodiment of the present invention. The touch panel 3 is provided with four slot plates 35' respectively at the bottom edges of the touchpad in four directions, and the automatic roller area is defined by four in each direction edge. The area 'when the user's finger touches the 6 M298185 slot plate 35, it is known that the automatic roller zone 36 has been entered. - Figure 5 is a third embodiment of the present invention. The shape of the touch panel 4 is [=], the automatic roller area 46 is defined by four edges in each direction, and the fixed structure 45 is in the automatic roller area 46. Inside, it is a convex or concave circular structure. When the user's finger touches the positioning structure 45, a tactile sensation can be obtained to know that the automatic roller zone 46 has been entered. FIG. 6 is a fourth embodiment of the present invention, the touch panel 5 is τ-shaped,
，上=有四片檔板55，自動滾軸區56為定義在各方向邊 、，束的一區域，當使用者的手指碰觸到構S 55 β夺，便能得 知已經進入自動滾軸區56。 圖7為本創作的第五實施例，十字形的觸控板6〇上 有四们疋義在各方向邊緣的自動滾軸區66，定位結構仍 位在自動滾軸區66内，其為凸起或凹下的圓型構造，當 ，用者的手指碰觸到定位結構65時，便能得到一觸感: 传知已經進入自動滾軸區66。 圖8為本創作的第六實施例，十字形的觸控板上 :::片在各方向底邊的標板75，自動滾軸區76為四個 Ϊ，插ίί向邊緣的區域，當使用者的手指碰觸到標板75 便月b知知已進入自動滾軸區76。 =為本創作的第七實施例’觸控板8q上設有一列 刻結構85為凸起的橫向條狀構造或橫向 85 的手指在觸控板8G上滑動時，定位結構 了 i、使用者为辨手指的滑動方姐 滑動的距_。 正確，並提供手指 7 M298185 【圖式簡單說明】 圖1為習知的觸控滾轴滑鼠； 圖2為圖1之觸控滾軸滑鼠的觸控板示意圖； 圖3為本創作的第一實施例； 圖4為本創作的第二實施例； 圖5為本創作的第三實施例； 圖6為本創作的第四實施例； 圖7為本創作的第五實施例； 圖8為本創作的第六實施例；以及 圖9為本創作的第七實施例。 【主要元件符號說明】 10 觸控滾轴滑鼠 12 滑鼠本體 14 觸控板 145 方向箭頭 16 自動滾軸區 20 觸控板 25 定位結構 26 自動滾軸區 30 觸控板 35 定位結構 36 自動滾軸區 40 觸控板 M298185 定位結構 自動滾軸區 觸控板 定位結構 自動滾軸區 觸控板 定位結構 自動滾軸區 觸控板 定位結構 自動滾軸區 觸控板 定位結構, upper = there are four flaps 55, the automatic roller area 56 is defined in each direction side, an area of the bundle, when the user's finger touches the structure S 55 β seize, it can be known that the automatic scroll has been entered Axis area 56. FIG. 7 is a fifth embodiment of the present invention. The cross-shaped touch panel 6 has four automatic roller regions 66 on the edges of the directions, and the positioning structure is still located in the automatic roller region 66. The raised or recessed circular configuration provides a tactile sensation when the user's finger touches the positioning structure 65: it is known that the automatic roller zone 66 has been entered. FIG. 8 is a sixth embodiment of the present invention. The cross-shaped touch panel::: the tab 75 in the bottom direction of each direction, the automatic roller area 76 is four turns, and the area of the edge is inserted into the edge. When the user's finger touches the target 75, it is known that the automatic roller area 76 has entered. In the seventh embodiment of the present invention, when the touch panel 8q is provided with a row of engraved structures 85 which are convex lateral strips or when the fingers of the lateral direction 85 slide on the touch panel 8G, the positioning structure i, the user The distance _ for sliding the sister's sliding sister. Correct, and provide the finger 7 M298185 [Simple diagram of the figure] Figure 1 is a conventional touch roller mouse; Figure 2 is a schematic diagram of the touch pad of the touch roller mouse of Figure 1; Figure 4 is a second embodiment of the present invention; Figure 5 is a third embodiment of the present invention; Figure 6 is a fourth embodiment of the present invention; Figure 7 is a fifth embodiment of the present invention; 8 is a sixth embodiment of the creation; and FIG. 9 is a seventh embodiment of the creation. [Main component symbol description] 10 Touch roller mouse 12 Mouse body 14 Touch pad 145 Direction arrow 16 Automatic roller area 20 Touch pad 25 Positioning structure 26 Automatic roller area 30 Touch pad 35 Positioning structure 36 Automatic Roller Zone 40 Touchpad M298185 Positioning Structure Automatic Roller Area Touchpad Positioning Structure Automatic Roller Area Touchpad Positioning Structure Automatic Roller Area Touchpad Positioning Structure Automatic Roller Area Touchpad Positioning Structure