1289781 (υ 玖、發明說明 【發明所屬之技術領域】 本發明，是有關作爲個人電腦等的資訊處理裝置的指 標裝置使用的滑鼠。 【先前技術】 以往，作爲個人電腦等的指標裝置使用的滑鼠，是多 爲側面視略半橢圓形狀，將其底面接觸桌等的天板的板面 使用。 當使用這種形狀的滑鼠時，手指是通常延伸狀態，將 滑鼠整體輕微挾部的同時，將手指延伸就可按壓按鈕。 【發明內容】 (本發明所欲解決的課題） 但是，這種形狀的滑鼠，整體的尺寸太大的話，手小 的人將滑鼠整體輕微挾部的狀態下，無法將手指自然放在 按鈕上。 爲了單純避免這種問題而將整體的尺寸縮小的話，對 於手大的人，手指的長度過長，將滑鼠整體輕微挾持的狀 態下，不將手指不自然折曲的話，無法將手指放在按鈕上 0 本發明是爲了解決上述課題，無關手的大小，可由更 自然的姿勢操作滑鼠。 -5- (2) 1289781 (用以解決課題的手段） 本發明的滑鼠，是將下面接觸桌的天板等的作爲個人 電腦等的資訊處理裝置的指標裝置所使用者’，其特徵爲： 在輸入操作部的按鈕的下方設置手指可放入的空間。 如此的話，成爲手小的人不需勉強就可將手架在按鈕 的狀態下進行操作的尺寸的同時，即使手大的人，也可將 手指架在前述按鈕，將手指的多余部分放入前述空間的狀 態下操作滑鼠，所以無關手的大小皆可快適操作滑鼠。 進一步，藉由將手指朝前拉引動作就可以按壓按鈕的 話，即使將手指架在前述按鈕，將手指的多余部分放入前 述空間的狀態，因爲可不將手指交換至較前位置就可以按 壓按鈕，所以無關於手的大小皆可以進行操作。 這種滑鼠的具體態樣，可以舉例：從前述手置部將前 述本體立起設置的同時，在本體的上部設置朝前方突出的 突出部，在前述突出部的先端部設置按鈕的同時，在前述 突出部的下方形成設有空間的形狀。 且，藉由如此將手指朝前拉引而可以按壓按鈕的滑鼠 的具體態樣，可以舉例：受到前述按鈕的操作力的面是至 少朝向前方。如此結構的話，按鈕是藉由從前方受到操作 力就可以朝前按下。在此，「受到操作力的面是至少朝向 前方」，是從前方加上操作力時使按鈕沒入的包含整體的 槪念。 進一步，爲了從前方及上方加上操作力時使按鈕沒入 ，使受到前述按鈕的操作力的面是從前述突出部的前下緣 -6 - (3) 1289781 朝後上方立起即可。 爲了如上述將滑鼠的操作快適進行，具有標準地的體 格的人將手指架在前述按鈕的狀態下，手指尖的高度位置 是位置於天板等的板面及前述按鈕的上緣之間即可。如此 的話’即使將手指架在按鈕，將手指朝前拉引按壓按鈕， 手指的先端也不會接觸天板等。 爲了容易握持滑鼠的本體，使前述本體形成朝向前方 漸漸變細的形狀即可。這種結構的話，不需勉強將手指之 間張開就可以將手指架在按鈕。 爲了容易握持滑鼠的本體，使前述空間到達前述突出 部的基端部下方的部分的同時，在此空間可放入母指及藥 指或是小手指而可挾持下部挾部的結構也可以。如此的話 ’可以藉由母指及藥指或是小手指，自然地將滑鼠從前後 左右挾持。 爲了無關手的大小而容易移動滑鼠，只要在具有前述 按鈕的本體的下方設置可放置手的手置部即可。因爲可將 手腕或手放置於前述手置部的狀態下移動滑鼠，所以不需 要挾持滑鼠。 爲了無關手的大小而容易移動滑鼠，只要在具有前述按鈕 的本體的下方設置可放置手的手置部即可。因爲可將手腕 或手放置於前述手置部的狀態下移動滑鼠，所以不需要& 持滑鼠。 然而，在本發明，前方’是指把持此滑鼠的操作者的 手指尖所朝向的方向。 (4) 1289781 【實施方式】 以下說明本發明的一實施例。 本實施例的滑鼠Μ，是如第1圖的立體圖，第2圖的 平面圖，第3圖的側面圖，第4圖的前視圖，第5圖的裏 面圖，第6圖的底面圖，具備：在前部具有輸入操作部的 按紐1 1、1 2、及滾輪1 3的本體1、及從本體的下端部朝 前後左右擴張的薄片狀手置部2、及可光學地讀取滑鼠的 移動方向的移動方向檢測部3、及無圖示的資訊處理裝置 連接用的纜線4。然而，在此正面，是指朝向操作者的方 向。且，第1〜6圖是實物大。 更具體的話，如第1、2、及3圖所示，從成爲橢圓 形的薄片狀的前述手置部2的略中心部將前述本體1立起 設置的同時，在本體1的上部將突出部1 a朝前方突出設 置。且，如第1、2及5圖所示，在此突出部1 a的前端部 的寬方向中央部配置有前述滾輪13，挾持此滾輪13在左 右配置有按鈕11、12。 一方面，前述手置部2，是將第6圖及第4圖的前述 手置部2在本體1的前部分朝縱方向切斷的狀態的如第7 圖所示的圖，是具有由軟質材料，在本實施例中爲尿烷結 構軟質層2 1、及更高剛性的材料所構成的芯材層22。而 且，使接觸手的面的手置面2 a由軟質層2 1構成的同時， 在軟質層2 1的下方及側方配置芯材層2 2。且，在略中央 部設置朝向下方開口的開口部2x，如後述將移動方向檢 -8 - 1289781 (5) 測部3設置於此開口部2x的上方。進一步，在前述開口 部2 X的前方及側方的部分，將易滑材料，在本實施例中 由四氟化乙燏樹脂所構成的滑動部23設在芯材層22的更 下方。而且，將滑動部2 3的下面2 3 b接觸桌的天板等的 板面使用。 且，移動方向檢測部3，如第5圖所示在本體1的內 部具有：設在前述手置部2的開口部2 X的上方的部位的 移動方向檢測部本體3 1、及設在本體1的內部的無圖示 的移動方向計算電路，在本實施例中光學式滑鼠是與周知 同樣結構。即，移動方向檢測部本體3 1是使用CMOS影 像檢測器，檢測天板的影像的同時，由前述移動方向計算 電路計算滑鼠Μ的移動方向，將滑鼠Μ的移動方向通知 連接對方的無圖示資訊處理裝置。 這種滑鼠Μ，是如第8圖所示，在前述手置部2放置 手腕的狀態下，將食指F1及中指F2架在按鈕11、12的 同時，由母指（圖示略）及藥指F3挾持本體1的下部的姿 勢使用。而且，此狀態下藉由將手朝水平方向移動事，就 可同時移動滑鼠Μ。 於是，顯示於本實施例中如第1圖、第3圖、第5圖 、第8圖，在具有這些按鈕11、12的前述突出部la的下 方’形成可將手指放入此突出部1 a及天板的板面之間的 部分的空間S。而且，前述按鈕1 1、1 2，是可將食指F 1 或是中指F2朝下壓下，或朝前拉引操作。進一步，此突 出部1 a的前端部，是形成朝前方漸漸變細的形狀。 -9 - (6) 1289781 更具體的話，前述按鈕11、12，其下緣是位於前述 突出部1 a的前下緣部的同時，受到操作力的面是從前述 突出部1 a的前下緣部朝向後上方立起，而朝向前上側方 。而且，將食指F 1或是中指F2朝前拉引操作前述按鈕 1 1、1 2的話，手指的先端部是在前述空間S內朝向前移 動。且，前述空間S是到達前述突出部1 a的基端部下方 ’將母指及藥指F3圍繞此空間S，就可藉由母指及藥指 F3將本體1的下部從前後左右方向挾部。 進一步，將手放置於前述手置部2就可以移動滑鼠Μ 的同時，在前述手置部2中，可以載置手腕、及母指的外 側的部分、及小手指的外側的部分。 藉由如此結構，形成即使手小的人也可一邊挾持本體 1 一邊將食指F1及中指F2架在按鈕11、I2的尺寸，且 ，手大的人操作按鈕11、12時，可將手指長度多余部分 放入空間S，就可無關手的大小可以快適地操作滑鼠Μ。 加上，因爲可以藉由將手指朝前拉引來操作按鈕Η 、1 2，所以即使將手指放入前述空間S的狀態也可以輕鬆 操作滑鼠Μ。 且，因爲受到前述按鈕1 1、1 2的操作力的面是朝向 前上方，所以將手指朝前拉引的話，受到前述按鈕1 1、 1 2的操作力的面會從是前方接受操作力而沒入’而可使 藉由將手指朝前拉引來操作按鈕11、12的操作更自然地 進行。 一方面，將本體1的突出部la形成朝向前方變細的 -10- (7) 1289781 形狀的同時，因爲在前方設有按鈕11、1 2及滾輪1 3，所 以只要將手指位置於使用者的喜好位置，就可操作這些按 鈕11、12或滾輪1 3。 進一步，因爲在本體1的下方設置手置部2，所以可 在前述手置部放置手腕或手的狀態下可以移動滑鼠，即使 因受傷等而無法挾持本體1的狀態也可以移動滑鼠。 且，因爲薄片狀的手置部2是從將本體1立起配置， 所以手置部2的構造可以簡單。 而且，因爲將手置面2a由軟質材料構成，所以此手 置面2 a追隨握持滑鼠Μ的姿勢變形，而無關握持滑鼠μ 的姿勢使此手置部2將手由手置面2a支撐，而可以容易 操作此滑鼠Μ且也可使感觸柔軟。而且，藉由吸収這種 手置部2手腕的負荷，可以效果地抑制腱鞘炎或繭的發生 〇 加上，因爲在移動方向檢測部3的周邊設置由四氟化 乙烯樹脂所構成，所以可將此滑鼠Μ在天板上滑移而容 易移動。 - 然而，本發明是不限定於上述實施例。 例如，即使不是朝向前方變細的形狀，只要在按鈕的 下方設置空間的話，無關手的大小就可確何可將滑鼠快適 操作的效果。 且，手置部不是薄片狀也可以。例如，藉由板狀構成 手置部也可以，設置可將手放置在滑鼠的凹陷’將此凹陷 的內側構成本體，將凹陷的部分構成手置部的態樣也可考 -11 - 1289781 (8) 慮。進一步，手置部省略也可以。 進一步，受到按鈕的操作力的面向前方話，即使不是 如上述實施例的形狀也可藉由將手指朝前拉引使操作力給 與此按鈕。且，受到按鈕的操作力的面即使不是向前方’ 只要在按鈕的下方設置空間的話，就可確保無關手的大小 可將滑鼠快適操作的效果。 且，即使空間不是從突出部的前端下方至基端部下方 爲止連續，只要母指接觸部分及藥指或小手指接觸部分形 成有空間的話，就可將滑鼠以自然的姿勢挾持。 一方面，即使不是藉由將手指朝前拉引動作操作按鈕 ，只要在按鈕的下方設置空間的話，藉由以手指的接近指 根的部分操作按鈕的結構等的方法，就可以確保無關手的 大小皆可將滑鼠快適操作的效果。 加上，移動方向檢測部是與周知所使用的滾球式滑鼠 同樣結構也可以。 而且，將滑動部由四氟化乙烯樹脂以外的材料構成也 可以，且，省略滑動部本身也可以。 其他，無損由本發明趣旨的範圍內，可作各種變更。 (發明之效果） 本發明，因爲設有可將手指放入輸入操作部的按鈕的 下方的空間，所以形成手的小人可挾持滑鼠且無勉強地將 手指架在按鈕的尺寸，且手大的人因爲也可在前述空間放 入手指的長度的多余部分，而無關手的大小皆可將滑鼠快 •12- (9) 1289781 適操作。 【圖式簡單說明】 [第1圖]本發明的一實施例的滑鼠的立體圖。 [第2圖]同實施例的滑鼠的平面圖。 [第3圖]同實施例的滑鼠的側面圖。 [第4圖]同實施例的滑鼠的前視圖。1289781 (Technical Field of the Invention) The present invention relates to a mouse used as an index device of an information processing device such as a personal computer. [Prior Art] Conventionally, it is used as an indicator device such as a personal computer. The mouse is mostly a semi-elliptical shape with a side view, and the bottom surface of the mouse is used to contact the surface of the ceiling of the table, etc. When the mouse of this shape is used, the finger is normally extended, and the whole mouse is slightly folded. At the same time, the button can be pushed to extend the button. [Explanation] (The problem to be solved by the present invention) However, if the overall size of the mouse of this shape is too large, the small hand will slightly lick the mouse. In the state of the department, the finger cannot be placed naturally on the button. In order to avoid the problem and reduce the overall size, for a person with a large hand, the length of the finger is too long, and the whole mouse is slightly held. If the finger is not naturally bent, the finger cannot be placed on the button. The present invention is to solve the above problem, and the size of the hand can be made more natural. -5- (2) 1289781 (Means for Solving the Problem) The mouse of the present invention is a user of an index device of an information processing device such as a personal computer, such as a ceiling that contacts a table below. ', the feature is: a space where a finger can be placed under the button of the input operation unit. In this case, the size of the hand can be operated in the state of the button without being reluctant, Even if the person with a big hand can put the finger on the aforementioned button and operate the mouse in the state where the excess part of the finger is placed in the space mentioned above, the size of the hand can be quickly operated to operate the mouse. Further, by placing the finger toward If the front pull operation can press the button, even if the finger is placed on the button, the excess portion of the finger is placed in the space, because the button can be pressed without swapping the finger to the front position, so the size of the hand is irrelevant. The specific aspect of the mouse can be exemplified by: setting the front body from the hand portion and setting the front body to the front. The protruding portion of the protruding portion is provided with a button at the tip end portion of the protruding portion, and a shape having a space is formed below the protruding portion. Moreover, the mouse of the button can be pressed by pulling the finger forward. Specifically, for example, the surface subjected to the operating force of the button is at least facing forward. In this configuration, the button can be pressed forward by receiving an operating force from the front. Here, the surface subjected to the operating force is In the case of the operation of the front side and the upper side, the button is immersed in the operation of the button. It is sufficient to stand up from the front lower edge -6 - (3) 1289781 of the above-mentioned protruding portion. In order to advance the operation of the mouse as described above, a person having a standard physique puts a finger on the state of the aforementioned button. Next, the height position of the finger tip is located between the board surface of the top plate and the like and the upper edge of the button. In this case, even if the finger is placed on the button, the finger is pulled forward and the button is pressed, and the tip of the finger does not touch the top plate or the like. In order to easily hold the body of the mouse, the body may be formed into a shape that gradually becomes tapered toward the front. With this structure, you can put your finger on the button without opening your finger. In order to easily hold the body of the mouse so that the space reaches the portion below the base end portion of the protruding portion, the structure in which the female finger and the medicine finger or the small finger can be placed in the space to hold the lower jaw portion can also be used. . In this case, the mouse can be naturally held from front to back by the mother finger and the medicine finger or the little finger. In order to easily move the mouse regardless of the size of the hand, it is only necessary to provide a hand portion for placing the hand under the body having the aforementioned button. Since the mouse can be moved with the wrist or hand placed in the aforementioned hand, there is no need to hold the mouse. In order to easily move the mouse regardless of the size of the hand, it is only necessary to provide a hand place for placing the hand under the body having the aforementioned button. Since the mouse can be moved with the wrist or hand placed in the aforementioned hand, it is not necessary to hold the mouse. However, in the present invention, the front side refers to the direction in which the fingertip of the operator holding the mouse is oriented. (4) 1289781 [Embodiment] An embodiment of the present invention will be described below. The mouse 本 of the present embodiment is a perspective view of Fig. 1, a plan view of Fig. 2, a side view of Fig. 3, a front view of Fig. 4, an inside view of Fig. 5, and a bottom view of Fig. 6, The main body 1 of the button 1 1 , 1 2 and the roller 13 having an input operation unit at the front portion, and the sheet-shaped hand portion 2 extending from the lower end portion of the main body toward the front, rear, left and right sides, and optically readable The moving direction detecting unit 3 in the moving direction of the mouse and the cable 4 for connecting the information processing device (not shown). However, on the front side, it refers to the direction toward the operator. Moreover, the figures 1 to 6 are large objects. More specifically, as shown in the first, second, and third figures, the main body 1 is erected from a substantially central portion of the elliptical sheet-shaped hand portion 2, and is protruded at the upper portion of the body 1. The part 1a is protruded toward the front. Further, as shown in Figs. 1, 2 and 5, the roller 13 is disposed at the center portion in the width direction of the distal end portion of the protruding portion 1a, and the buttons 11, 12 are disposed to the left and right of the roller 13. On the other hand, the hand-held portion 2 is a view as shown in FIG. 7 in a state in which the hand portion 2 of FIGS. 6 and 4 is cut in the longitudinal direction at the front portion of the body 1. The soft material, in this embodiment, is a core layer 22 composed of a soft layer of urethane structure 21 and a material having a higher rigidity. Further, the hand surface 2a of the surface contacting the hand is composed of the soft layer 2, and the core layer 22 is disposed below and to the side of the soft layer 2 1 . Further, the opening portion 2x that is opened downward is provided in the center portion, and the moving direction is detected as described later. -8 - 1289781 (5) The measuring portion 3 is provided above the opening portion 2x. Further, in the front and side portions of the opening portion 2X, a slippery material is provided, and in the present embodiment, the sliding portion 23 composed of the tetrafluoroethylene ruthenium resin is provided below the core material layer 22. Further, the lower surface 2 3 b of the sliding portion 2 3 is used to contact the surface of the table or the like. In the inside of the main body 1, as shown in FIG. 5, the moving direction detecting unit 3 has a moving direction detecting unit main body 3 1 provided at a position above the opening 2X of the hand unit 2, and a main body The internal moving direction calculation circuit (not shown) of 1 is the same structure as the optical mouse in the present embodiment. In other words, the moving direction detecting unit main body 31 detects the moving direction of the mouse while using the CMOS image detector, and calculates the moving direction of the mouse click by the moving direction calculating circuit, and notifies the connecting party of the moving direction of the mouse click. Graphical information processing device. In the state of the mouse, as shown in FIG. 8, in the state in which the wrist is placed on the hand portion 2, the index finger F1 and the middle finger F2 are placed on the buttons 11 and 12, and the mother finger (not shown) is The medicine refers to the posture in which the F3 holds the lower portion of the body 1. Moreover, in this state, by moving the hand in the horizontal direction, the mouse can be moved at the same time. Therefore, in the present embodiment, as shown in FIG. 1, FIG. 3, FIG. 5, and FIG. 8, the lower portion of the protrusions 1a having the buttons 11, 12 is formed so that a finger can be placed in the protrusion 1 a part of the space S between the deck of the slab. Further, the aforementioned buttons 1 1 and 1 2 can press the index finger F 1 or the middle finger F2 downward or pull forward. Further, the tip end portion of the protruding portion 1a is formed to have a tapered shape toward the front. -9 - (6) 1289781 More specifically, the lower edges of the buttons 11, 12 are located at the front lower edge portion of the protruding portion 1a, and the surface subjected to the operating force is from the front and the lower portion of the protruding portion 1a. The rim portion rises toward the upper rear side and faces toward the front upper side. Further, when the forefinger F 1 or the middle finger F2 is pulled forward to operate the buttons 1 1 and 1 2, the leading end portion of the finger is moved forward in the space S. Further, the space S is located below the base end portion of the protruding portion 1 a. The mother finger and the medicine finger F3 are surrounded by the space S, and the lower portion of the body 1 can be swept from the front, rear, left and right directions by the mother finger and the medicine finger F3. unit. Further, while the hand is placed on the hand portion 2, the mouse click can be moved, and in the hand portion 2, the wrist, the outer portion of the female finger, and the outer portion of the little finger can be placed. With such a configuration, even if a person with a small hand can hold the body 1 while holding the index finger F1 and the middle finger F2 on the sizes of the buttons 11 and I2, and the person with a large hand can operate the buttons 11 and 12, the length of the finger can be used. When the extra part is placed in the space S, the mouse can be operated quickly and irrelevably regardless of the size of the hand. In addition, since the button Η, 1 2 can be operated by pulling the finger forward, the mouse squeak can be easily operated even if the finger is placed in the space S. In addition, since the surface on which the operation force of the buttons 1 1 and 1 2 is applied is toward the front upper side, when the finger is pulled forward, the surface subjected to the operation force of the buttons 1 1 and 1 2 receives the operation force from the front. In the case of immersion, the operation of operating the buttons 11, 12 by pulling the finger forward can be performed more naturally. On the other hand, while the protruding portion 1a of the body 1 is formed into a shape of a -10- (7) 1289781 which is tapered toward the front, since the buttons 11, 12 and the roller 13 are provided at the front, the finger is positioned at the user. The buttons 11, 12 or the wheel 13 can be operated by the preferred position. Further, since the hand portion 2 is provided below the body 1, the mouse can be moved in a state where the wrist or the hand is placed in the hand portion, and the mouse can be moved even if the body 1 cannot be held by an injury or the like. Further, since the sheet-shaped hand portion 2 is disposed upright from the body 1, the structure of the hand portion 2 can be simplified. Moreover, since the hand surface 2a is made of a soft material, the hand surface 2a follows the posture of holding the mouse click, and the posture of the mouse μ is irrelevant, so that the hand 2 is placed by the hand. The face 2a is supported, and the mouse can be easily handled and the touch can be softened. Further, by absorbing the load of the wrist of the hand portion 2, it is possible to effectively suppress the occurrence of tenosynovitis or sputum, and since the movement direction detecting portion 3 is provided with a tetrafluoroethylene resin, it is possible to This mouse slid on the stencil and is easy to move. - However, the present invention is not limited to the above embodiment. For example, even if it is not a shape that is tapered toward the front, as long as a space is placed under the button, the size of the unrelated hand can determine the effect of the mouse. Further, the hand portion may not be in the form of a sheet. For example, by arranging the hand portion in a plate shape, it is also possible to provide a recess in which the hand can be placed on the inside of the mouse, and the inside of the recess is formed into a body, and the concave portion can be formed into a hand portion. -11 - 1289781 (8) Consider. Further, the hand portion may be omitted. Further, the front side of the operating force of the button can be given to the button by pulling the finger forward, even if it is not the shape of the above embodiment. Moreover, even if the surface subjected to the operating force of the button is not forward-oriented, as long as a space is provided below the button, the effect of the mouse can be ensured by the size of the irrelevant hand. Further, even if the space is not continuous from the lower end of the protruding portion to the lower portion of the proximal end portion, the mouse can be held in a natural posture as long as the female finger contact portion and the medicine finger or the small finger contact portion form a space. On the other hand, even if the operation button is pulled by the finger forward, if the space is provided below the button, the structure of the button can be ensured by the method of operating the button with the finger approaching the root portion. The size can be applied to the mouse. In addition, the moving direction detecting unit may have the same configuration as the rolling ball type mouse used in the prior art. Further, the sliding portion may be made of a material other than the tetrafluoroethylene resin, and the sliding portion itself may be omitted. Other changes may be made without departing from the spirit and scope of the invention. (Effects of the Invention) According to the present invention, since a space in which a finger can be placed under the button of the input operation portion is provided, the person forming the hand can hold the mouse without reluctantly placing the finger on the size of the button, and the hand Large people can also put the excess part of the length of the finger in the space mentioned above, and the size of the hand can be adjusted to the mouse. 12- (9) 1289781 is suitable for operation. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] A perspective view of a mouse according to an embodiment of the present invention. [Fig. 2] A plan view of the mouse of the same embodiment. [Fig. 3] A side view of the mouse of the same embodiment. [Fig. 4] A front view of the mouse of the same embodiment.
[第5圖]同實施例的滑鼠的裏面圖。 [第6圖]同實施例的滑鼠的底面圖。 [第7圖]顯示將第4圖的手置部由本體的前的部分朝 縱方向切斷狀態的圖。 [第8圖]顯示同實施例的滑鼠的一使用態樣的圖。 【主要元件對照表】 F1食指[Fig. 5] The inside view of the mouse of the same embodiment. [Fig. 6] A bottom view of the mouse of the same embodiment. [Fig. 7] A view showing a state in which the hand portion of Fig. 4 is cut from the front portion of the main body in the longitudinal direction. [Fig. 8] A view showing a use form of the mouse of the same embodiment. [Main component comparison table] F1 index finger
F3 藥指 Μ滑鼠 S 空間 1本體 1 a突出部 2手置部 2a手置面 2x開口部 -13- (10) 1289781 3移動方向檢測部 4纜線 11、12按鈕（輸入操作部） 13 滾輪 21軟質層 2 2 芯材層F3 medicine finger Μ mouse S space 1 body 1 a protrusion 2 hand part 2a hand surface 2x opening part - 13 - (10) 1289781 3 movement direction detecting unit 4 cable 11, 12 button (input operation unit) 13 Roller 21 soft layer 2 2 core layer
2 3滑動部 23b 下面 3 1移動方向檢測部本2 3 sliding part 23b below 3 1 moving direction detecting section
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