200849065 九、發明說明： 【發明所屬之技術領域】 特別是指一種直立握控式 本發明是有關於一種滑氣 滑鼠。 【先前技術】 在現今社會中，使用電腦的族群愈來愈廣，利用電腦 的時間越來越長，尤其凡事仰賴 τ賴電細處理的辦公族，經當 在電腦前長時間工作，由於使 & 、、二吊 用滑鼠而導致長期保持手部 良’ &成的手部疲勞及累積性傷害，如俗稱「滑鼠 手」的「腕隧道症候群」也愈來愈常見。 腕随道疋位於手掌下緣接近腕關節處，其内通過正中 神經、全管、肌腱及—些動帶，❹電腦工作者’長期使 用滑鼠，會使得手腕長期保持在下f或幼以良姿勢， 而增加腕隧道的壓力，使得手腕在操作滑鼠時要承受密集 、反復、過度的活動，而姦丛艮加从 v 而產生局部的腫大，並使腕管的容200849065 IX. Description of the invention: [Technical field to which the invention pertains] In particular, it relates to an upright grip type. The present invention relates to a slippery mouse. [Prior Art] In today's society, the use of computers is becoming more and more widespread, and the use of computers is getting longer and longer, especially for office workers who rely on the fine processing of electricity, and work long hours in front of computers. &, and the second use of the mouse, resulting in long-term maintenance of hand good ' & hand fatigue and cumulative damage, such as the "snake hand" known as "snake tunnel syndrome" is more and more common. The wrist is placed at the lower edge of the palm near the wrist joint. It passes through the median nerve, the whole tube, the tendon and some moving belts. The computer worker's long-term use of the mouse will keep the wrist for a long time or young. Posture, and increase the pressure of the wrist tunnel, so that the wrist is subjected to intensive, repeated, excessive activities when operating the mouse, and the genital tract increases the local swelling from the v and makes the carpal tunnel
積減少，正中神經受到卡壓，就導致了前述的「顧道症 侯群」主要症狀有，食指或中指關節疼痛、麻木，梅指饥 肉感覺無力’如果不及時治#’還會導致手部功能受損、 力ϊ減弱等問題。 然而’如圖1所不’目前一般市面上所銷售的滑鼠1， :設計型態多是大同小異，包含一可擺放於桌面，而供手 掌壓覆於上以滑移控制的滑鼠本體u，該滑氣本體U具有 一用以平貼在桌面的滑移面111，以及一反向於該滑移面 111而呈弧凸狀用以供手掌壓覆之掌貼面112。且該滑移面 5 200849065 111上形成有一方向定位件121，而於該掌貼面H2上形成 有二分別可供手指控制的操作按鍵122。而在使用該滑鼠1 夺由於该莩貼面n2之形態為弧凸狀，因此，易使許多使 用者在使用牯形成手腕上翹而懸空之使用姿勢，及不自覺 ^以手腕使力控制該滑鼠〗，而造成手部之疲勞及長期傷 害。 僅管醫生呼籲，藉由改正錯誤的工作姿勢，如在工作 時注意保持腕關節與前臂呈水平一直線，以&工作時適度 休息，可避免「腕隧道症候群」的發生或再次復發，然而 在市面上無其它態樣滑鼠之選擇情況下，許多電腦使用 者仍無可避免地在使用一般滑鼠時繼續累積對於手部之疲 勞及慢性傷害。 【發明内容】 口此，本發明之目的，即在提供一種使用便利性及舒 適性更佳，而可以有效減少長時間使用之手部疲勞及傷害 的直立握控式滑鼠。 " 於是，本發明直立握控式滑鼠，可供人以單手之手掌 及複數手指直立握舉，並以手指控制操作，包含一滑鼠本 體、至少一方向控制件，及複數控制按鍵。 該滑鼠本體，具有一頂面、一由該頂面向下延伸的周 面孩周面具有一供手掌包覆地直立握持的貼靠面部，及 一供手指扣握之扣握面部。至少一設置於該滑鼠本體之頂 面上的方向控制件，及複數設置於該滑鼠本體之扣握面部 上的控制按鍵。 200849065 本發明之功效在於，藉由直接使手掌及手指包覆地直 立握持該滑鼠之周®，而能夠在保持手部自然姿勢的情況 I使用該滑鼠’並以手指觸控操作取代以往大幅度推移滑 鼠之方向控制方式’因此其使用舒適性大幅提升，並能有 效降低長時間使用所造成之手部疲勞與傷害。 【實施方式】 、有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考目式之五個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中’類似的元件是以相同的編號來表示。 筝閱圖2、3,本發明直立握控式滑鼠是可供人以單手 之手旱31及複數手指32包覆握舉，並可將該滑鼠以相對 桌面呈現概呈直立之方式握舉，而以手指32控制操作，該 直立握控式滑鼠之第-較佳實施例，包含—滑鼠本體2、一 設置於該滑鼠本體2上的方向控制件23，及二個設置於該 滑鼠本體2上的控制按鍵24。 該滑鼠本體2具有一頂面21、一由該頂面21向下延伸 的周面22,該周面22具有一供手掌31包覆地直立貼靠握 持而概呈一彎弧凸面狀的貼靠面部221，及一供手指32扣 握之扣握面部222。該滑鼠本體2之貼靠面部221與該扣握 面部222是分別位於該周面22之兩相反侧。 該方向控制件23是設置於該滑鼠本體2之頂面2卜且 所述之控制按鍵24是設置於該滑鼠本體2之扣握面部似 200849065 實施例中，該方 32(拇指）之推動 上，而可供手指32控制按壓。於該第一佳 向控制件23是一搖桿之態樣，並可受手指 控制。 /㈣-較佳實施例中，是以右手操控該滑鼠為例， “吏：該：鼠時，是以手掌31包覆握曲之方式握持該滑鼠 使得付31掌心内側可自然地完全包覆貼靠於該滑 4體2之貼靠面部221 ’此時，手部的梅指是自然地往上 伸展，並觸控該位於滑鼠本體2之頂面21的方向控制件Μ ，且其餘四指是彎曲而扣握於該滑鼠本體2之扣握面部如 ，並同樣是使时指及巾指可分⑽碰餘於每—控制按 鍵24，此部份與目前一般使用滑鼠之習慣相同，而不需另 外再改變習知滑鼠之熟悉使用習慣。因此，在使用本較佳 實= 列之滑鼠時，可輕鬆地將手掌31靠置於桌面上，亦可 以ik者個人的舒適感而自由地改變調整手掌31之擺放方 ，不但不用長期保持在同一姿勢，並且亦不需另外以手腕 〔手#施力操控6亥滑鼠’當欲使榮幕上相對應之游標移動 日:僅而以拇指操控該方向控制件23即可便利地控制該游 夕動而非如般滑鼠需要以手掌31大幅度地推移滑鼠 主&制游；^移自’在不需手臂或者是手腕部《動作操控的 f月況下即使在長時間使用該滑鼠的狀況下，而仍能夠保 有使用之舒適性，並能有效地防止腕、臂部因長期姿勢不 良產生的疲勞或職業傷害。 參閱圖4、5,為本發明直立握控式滑鼠之第二較佳實 也例疋大致與該第一較佳實施例相同，其不同之處在於 200849065 ’該第二較佳實施例的直立握控式滑鼠更包含一設置於該 滑鼠本體2之周面22上且橫跨該貼靠面部221之扣束件25 〇 該扣束件25可供扣束於該手掌31之背面，而用以將 忒滑鼠本體2扣束固定於該手掌31上。於該第二較佳實施 例中，該扣束件25是具有手把狀的固定型態，而能供手掌 31穿套於該扣束件25及該滑鼠本體2之貼靠面部221間， 因此，在使用時即不需以手掌31使力握持該滑鼠，僅需藉 由該扣束件25將該滑鼠本體2與手掌31固定，而可以更 加輕鬆地使用該滑鼠。 並且’當同時需要進行電腦打字輸入作業時，藉由該 扣束件25之固定，該滑鼠可以在不需取下的情況下，保持 口疋附著於手掌31内，因此而不用在打字輸入及移動游標 之作業間，重覆將該滑鼠重新握取或放下之動作，而能夠 更順暢而有效率地進行電腦打字輸入作業。 參閱圖6,為本發明直立握控式滑鼠之第三較佳實施例 ，疋大致與該第二較佳實施例相同，其不同之處是在於， 於该第二較佳實施例中，該扣束件25是概呈一束緊帶之形 ^而固定於該滑鼠本體2之周面22上，並具有伸縮或可調 整長度之功效，而用以將滑鼠本體2繫束固定於該手掌（於 本圖中未顯示）上。並且該直立握控式滑鼠更包含一設置於 4扣束件25上的磁鐵件251，及一設置於該滑鼠本體2之 周面22内側而對應該磁鐵件251之位置，並可供該磁鐵件 251磁性吸附的磁吸件％，藉此，該扣束件25可隨該磁鐵 9 200849065 件251受吸附而貼附於該滑鼠本體2之周面22上，在使用 者不使用該扣束件25時，即可直接將該扣束件乃固定收 合以貼齊於該滑鼠周面22’而不會影響到使用者握持該滑 鼠之操控作業。 參閱圖7,本發明直立握控式滑鼠之第四較佳實施例是 大致與該第一較佳實施例相同，其不同之處在於，該第四 較佳實施例的直立握控式滑鼠更包含—可分離地設置於該 滑鼠本體2之貼靠面部221上的f套固定件28、—設置於 該穿套^定件28上的磁鐵件291，及—設置於該滑鼠本體 2之貼靠面部221内側而對應該磁鐵件291之位置，並可供 该磁鐵件291磁性吸附的磁吸件292。在此值得—提的是， 於該第四較佳實施例中’該穿套固定件28之態樣為一：狀 把手的態樣，而可供人之手掌（於本圖中未顯示）穿套，㈣ 穿套固定件28亦可以是環圈狀彈性束帶或是繫帶之形能： 而^綁束於手掌，且由於該穿套固㈣28之態樣為:般 .ί, 具有相關背景而具有通常知識者所易於變化應用，因此亦 不應僅以上述之特定態樣囿限之。 面二!2定件28具有一可分離地貼靠而横跨於該貼靠 面^如的固定部281，及—連接該固定部加 該固定部281界定出-供該手掌穿置之扣抵空間2= 帶狀扣束部282，該扣束部加可供扣束於該手掌之背面， 而用以將該滑鼠本體2 是設置於該穿+上，且該磁鐵件291 备LJ疋件28之固定部281上，而你y日斗〜 固定件28可隨該磁鐵件291总 传“牙套 又。亥磁吸件292之吸附而貼附 10 200849065 於該貼靠面部221上。 而當將該穿套固定件28之固定部281貼靠而吸附於該 滑鼠本體2上時，使用者在使用該滑鼠時，即可將手掌穿 置於該扣抵空間280，並藉由該穿套固定件28之扣束部 282扣束於該手掌之背面，因此使得手掌不需緊握施力於該 滑氛本體2上，因此更可以在保持手掌放鬆的情況下操作 該滑鼠，而更有效地減少使用該滑鼠時造成的手部疲勞， 同樣地，當欲同時使用該滑鼠時，不用在打字輸入及移動 游標之作業間，重覆將該滑鼠重新握取或放下之動作，而 能夠更順暢而有效率地進行電腦作業。而當使用者不欲使 用該穿套固定件28之固定功能時，亦可直接將該穿套固定 件28由該滑鼠本體2上拆離，即能恢復到一般的使用狀態 〇 參閱圖8,本發明直立握控式滑鼠之第五較佳實施例是 大致與該第一較佳實施例相同，其不同之處在於，該第五 較佳貫施例的直立握控式滑鼠更包含二設置於該滑鼠本體2 之周面22上，且分別位於該貼靠面部221兩側的扣抵件η ，忒等扣抵件27是由該滑鼠本體2之周面22向外延伸而 彼此相向彎折，並與該貼靠面部221間界定出一供該手掌（ 於本圖中未顯示）放置之扣抵空間270，當該手掌位於該扣 抵空間270内時，該等扣抵件27可分別扣抵於該手掌背面 的兩側，而用以將該滑鼠本體2固定於該手掌上。 歸納上述，本發明直立握控式滑鼠，是符合於人體工 學之設計’而使得操作者可採用手部自然之握持方式操控 11 200849065 該直立_式滑鼠’並藉由手指32觸控式的方向控制件^ ，而免除於一般市面上之滑鼠必需要以手掌31帶動滑鼠之 滑移方式，不但可以有效地避免以此種方式操控時=的 腕部=手臂姿勢不良，並且有效改善一般滑鼠必需要保持 同一安勢之操作狀況，而在操作本發明直立握控式滑鼠時 ’僅需保持包覆地直立握持之狀態，仍可以保有如改變手 腕轉動、手臂擺放位置之靈活度。整體而言，即使在長時 間使用該直立握控式滑鼠的狀況下，仍能夠保有使用:舒 適性’並能有效地防止腕、臂部因長期姿勢不良產生的疲 勞或職病傷害，故確實能達到本發明之目的。 惟以上所述者，僅為本發明之五個較佳實施例而已， 當不能以此限定本發明實施之範圍’即大凡依本發明申請 專利範圍及發明說明内容所作之簡單的等效變化與修飾μ 皆仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體圖，說明-般習知滑鼠的態樣； 圖2是一立體圖，說明本發明直立握控式滑鼠之第一 較佳實施例； .圖3是-示意圖，說明該第一較佳實施例之使用態樣 圖4是-立體圖，說明本發明直立握控式滑鼠之第二 較佳實施例； 圖5疋一 意圖，說明該第二較佳實施例固定於手掌 而同時進行電腦打字輸入作業之態樣； 12 200849065 圖6是 較佳實施例 圖7是 較佳實施例 圖8是 較佳實施例 側視圖，說明本發明直立握控式滑鼠之第三 側視圖，說明本發明直立握控式滑鼠之第四 及 側視圖，說明本發明直立握控式滑鼠之第五 13 200849065 【主要元件符號說明】 2 滑鼠本體 270 扣抵空間 21 頂面 28 穿套固定件 22 周面 280 扣抵空間 221 貼靠面部 281 固定部 222 扣握面部 282 扣束部 23 方向控制件 291 磁鐵件 24 控制按鍵 292 磁吸件 25 扣束件 31 手掌 251 磁鐵件 32 手指 26 磁吸件 27 扣抵件 14The product is reduced, and the median nerve is compressed. This leads to the above-mentioned symptoms of the "Gu Dao syndrome group". The index finger or the middle finger joint is painful and numb, and the plum refers to the feeling of hunger. 'If not treated in time, it will lead to the hand. Problems such as impaired function and weakened force. However, as shown in Figure 1, the mouse is generally sold on the market. The design style is mostly similar, including a mouse body that can be placed on the tabletop and pressed by the palm to control the slip. u. The sliding body U has a sliding surface 111 for flattening on the table top, and a palm facing surface 112 which is curved in a convex shape opposite to the sliding surface 111 for the palm to be pressed. A directional positioning member 121 is formed on the sliding surface 5 200849065 111, and two operation buttons 122 respectively controlled by fingers are formed on the palm surface H2. In the use of the mouse 1 because the shape of the veneer n2 is arc-shaped, it is easy for many users to use the crotch to form a wrist that is tilted and suspended, and unconsciously control the wrist with force. The mouse is causing fatigue and long-term injury to the hand. Even if the doctor calls for correcting the wrong working posture, such as keeping the wrist and forearm horizontally at work, and taking a moderate rest during work, the occurrence of "carpal tunnel syndrome" or recurrence can be avoided. In the absence of other mouse-like options on the market, many computer users are still inevitably accumulating fatigue and chronic injuries to the hands when using a normal mouse. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide an upright grip type mouse that is more convenient to use and more comfortable, and that can effectively reduce hand fatigue and injury for long periods of use. " Thus, the erect hand-held mouse of the present invention can be held by a palm of one hand and a plurality of fingers upright, and controlled by a finger, including a mouse body, at least one directional control member, and a plurality of control buttons . The main body of the mouse has a top surface, and a peripheral child's face mask extending downward from the top has a facing surface for gripping the palm upright, and a gripping face for finger gripping. At least one direction control member disposed on the top surface of the mouse body, and a plurality of control buttons disposed on the buckle portion of the mouse body. 200849065 The effect of the present invention is that the mouse can be used to hold the natural posture of the hand by directly holding the palm and the finger upright, and the mouse can be replaced with a finger touch operation. In the past, the direction control method of the mouse has been greatly changed. Therefore, the comfort of use is greatly improved, and the fatigue and injury caused by long-term use can be effectively reduced. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. Referring to Figures 2 and 3, the upright grip-controlled mouse of the present invention is available for one-handed hand 31 and a plurality of fingers 32, and the mouse can be erected on the opposite side of the table. Holding the handle and controlling the operation with the finger 32, the first preferred embodiment of the upright grip type mouse includes a mouse body 2, a directional control member 23 disposed on the mouse body 2, and two A control button 24 is provided on the mouse body 2. The mouse body 2 has a top surface 21 and a peripheral surface 22 extending downward from the top surface 21. The peripheral surface 22 has a curved convex surface for the palm 31 to be covered and held upright. The abutting face 221 and a gripping face 222 for the finger 32 to grip. The abutting surface 221 of the mouse body 2 and the clasping surface 222 are respectively located on opposite sides of the peripheral surface 22. The directional control member 23 is disposed on the top surface 2 of the mouse body 2 and the control button 24 is disposed on the gripping surface of the mouse body 2 as in the embodiment of 200849065. The square 32 (thumb) Push up, and the finger 32 can control the pressing. The first good control member 23 is in the form of a rocker and can be controlled by a finger. / (4) - In the preferred embodiment, the mouse is controlled by the right hand as an example, "吏: This: when the mouse is gripped by the palm 31, the mouse is held so that the inner side of the palm is naturally Fully covering the abutting surface 221 ' of the sliding body 2 at this time, the finger of the hand is naturally extended upward, and the direction control member located on the top surface 21 of the mouse body 2 is touched. And the remaining four fingers are bent and buckled on the gripping face of the mouse body 2, and the same is the time finger and the towel finger can be divided (10) to touch each control button 24, which is generally used The habit of the mouse is the same, and the familiar habit of the familiar mouse is not required to be changed. Therefore, when using the mouse of the better = column, the palm 31 can be easily placed on the table, or IK person's personal comfort and freely change the adjustment of the palm of the hand 31, not only do not have to stay in the same position for a long time, and do not need to use the wrist (hand #力力的六亥鼠) when you want to make the curtain Corresponding cursor movement day: the directional control member 23 can be conveniently controlled only by the thumb It is necessary to move the mouse master & the game with the palm of the hand 31; and move from the 'when the arm is not needed or the wrist is used, even if it is used for a long time. Under the condition of the mouse, the comfort of use can still be maintained, and the fatigue or occupational injury caused by the long-term posture failure of the wrist and the arm can be effectively prevented. Referring to Figures 4 and 5, the vertical grip-controlled sliding of the present invention is The second preferred embodiment of the mouse is substantially the same as the first preferred embodiment, except that 200849065 'the second preferred embodiment of the upright grip type mouse further includes a mouse set to the mouse The buckle member 25 on the peripheral surface 22 of the body 2 and spanning the abutting surface portion 221 is adapted to be fastened to the back of the palm 31 for fastening the cymbal body 2 to the shackle body 2 In the second preferred embodiment, the buckle member 25 has a fixed shape with a handle shape, and the palm 31 can be sleeved on the buckle member 25 and the mouse body 2. It is placed against the face 221, so that it is not necessary to hold the mouse with the palm 31 when using it, only by the The bundle member 25 fixes the mouse body 2 and the palm 31, and the mouse can be used more easily. And 'When the computer type input operation is required at the same time, the mouse can be fixed by the fastening member 25 The mouthpiece is kept attached to the palm 31 without being removed, so that the mouse can be re-grip or lowered without being used between the typing input and the movement of the cursor. The computer typing operation is performed efficiently. Referring to FIG. 6, a third preferred embodiment of the upright grip type mouse of the present invention is substantially the same as the second preferred embodiment, and the difference is that In the second preferred embodiment, the buckle member 25 is substantially in the form of a tight band and is fixed on the peripheral surface 22 of the mouse body 2, and has the function of telescopic or adjustable length. The mouse body 2 is tied to the palm of the hand (not shown in this figure). Moreover, the upright grip type mouse further includes a magnet member 251 disposed on the 4 buckle member 25, and a position disposed on the inner side of the peripheral surface 22 of the mouse body 2 corresponding to the magnet member 251, and is available The magnet member 251 magnetically adsorbs the magnetic member %, whereby the buckle member 25 can be attached to the peripheral surface 22 of the mouse body 2 as the magnet 9 200849065 member 251 is adsorbed, and is not used by the user. In the case of the buckle member 25, the buckle member can be directly folded to fit on the mouse circumferential surface 22' without affecting the user's manipulation of holding the mouse. Referring to FIG. 7, a fourth preferred embodiment of the upright grip type mouse of the present invention is substantially the same as the first preferred embodiment, except that the fourth preferred embodiment is an upright grip type slide. The mouse further includes an f-piece fixing member 28 detachably disposed on the abutting surface 221 of the mouse body 2, a magnet member 291 disposed on the wearing sleeve 28, and - disposed on the mouse The magnetic body 292 of the main body 2 which is adjacent to the inner side of the face portion 221 and corresponds to the position of the magnet member 291 and magnetically adsorbed by the magnet member 291. It is worth mentioning that, in the fourth preferred embodiment, the aspect of the wearing sleeve fixing member 28 is a shape of a handle, and is available for the palm of the hand (not shown in the figure). Wearing a sleeve, (4) The sleeve fixing member 28 may also be a loop-shaped elastic band or a tie-shaped shape: and ^ is tied to the palm of the hand, and since the wearing sleeve (four) 28 is in the same manner: The relevant background is easily changed by those having ordinary knowledge, and therefore should not be limited to the specific aspects described above. The second member 2 has a fixing portion 281 which is detachably abutted against the abutting surface, and a connecting portion of the fixing portion 281 defines a buckle for the palm to be worn. The abutting space 2=the belt-shaped buckle portion 282, the buckle portion is adapted to be buckled on the back of the palm, and the mouse body 2 is disposed on the wearer +, and the magnet member 291 is provided with the LJ The fixing portion 281 of the cymbal member 28, and the fixing member 28 can be attached to the affixing surface 221 with the absorbing member of the magnet member 291 and the absorbing member 10 of the magnetic member 292. When the fixing portion 281 of the wearing sleeve 28 is abutted against the mouse body 2, the user can put the palm into the buckle space 280 when using the mouse, and borrow The buckle portion 282 of the sleeve fixing member 28 is fastened to the back of the palm, so that the palm does not need to be gripped and applied to the sliding body 2, so that the sliding can be operated while keeping the palm relaxed. Rats, and more effectively reduce the hand fatigue caused by using the mouse. Similarly, when you want to use the mouse at the same time, you don't have to play During the operation of inputting and moving the cursor, the action of re-holding or lowering the mouse is repeated, and the computer operation can be performed more smoothly and efficiently. When the user does not want to use the fixed function of the wearing sleeve 28 In this case, the sleeve fixing member 28 can be directly detached from the mouse body 2, that is, it can be restored to the normal use state. Referring to FIG. 8, the fifth preferred embodiment of the upright grip type mouse of the present invention It is substantially the same as the first preferred embodiment, except that the upright grip type mouse of the fifth preferred embodiment further includes two circumferential surfaces 22 disposed on the mouse body 2, and The fasteners η and the fasteners 27 respectively located on the two sides of the abutting surface 221 are outwardly bent from the peripheral surface 22 of the mouse body 2 and are bent toward each other and defined between the abutting faces 221 A fastening space 270 is provided for the palm (not shown in the figure). When the palm is located in the fastening space 270, the fastening members 27 can be respectively buckled on both sides of the back of the palm. And to fix the mouse body 2 to the palm. In summary, the present invention is straight The grip-controlled mouse is ergonomically designed to allow the operator to manipulate the hand grip in a natural way. 11 200849065 The upright _ type mouse is controlled by the finger 32. ^, and it is necessary to remove the mouse from the general market. It is necessary to use the palm 31 to drive the mouse to slip, not only can effectively avoid the wrist in this way = arm posture is poor, and effectively improve the general mouse It is necessary to maintain the operating condition of the same security, and when operating the upright grip type mouse of the present invention, it is only necessary to maintain the state of holding the cover upright, and still have the flexibility to change the position of the wrist and the position of the arm. Overall, even when the upright grip-on mouse is used for a long time, it can still be used: comfort' and can effectively prevent fatigue or occupational injuries caused by poor long-term posture of the wrist and arm. Therefore, the object of the present invention can be achieved. However, the above is only the five preferred embodiments of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes made according to the scope of the invention and the description of the invention are Modifications of μ are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a state of a conventional mouse; FIG. 2 is a perspective view showing a first preferred embodiment of the upright grip type mouse of the present invention; - FIG. 4 is a perspective view showing a second preferred embodiment of the upright grip type mouse of the present invention; FIG. 5 is a view for explaining the second preferred embodiment The embodiment is fixed to the palm while performing the computer typing input operation; 12 200849065 FIG. 6 is a preferred embodiment, FIG. 7 is a preferred embodiment, and FIG. 8 is a side view of a preferred embodiment, illustrating the vertical grip control type of the present invention. The third side view of the mouse illustrates the fourth and side views of the upright grip type mouse of the present invention, and illustrates the fifth 13 200849065 of the upright grip type mouse of the present invention. [Main component symbol description] 2 Mouse body 270 buckle Space 21 Top surface 28 Wearing sleeve fixing member 22 Peripheral surface 280 Buckling space 221 Abutting surface portion 281 Fixing portion 222 Buckle portion 282 Buckle portion 23 Directional control member 291 Magnet member 24 Control button 292 Magnetic member 25 Buckle member 31 Palm 251 magnet Pieces 32 Fingers 26 Magnetic parts 27 Deductions 14