M404425 五、新型說明： 【新型所屬之技術領域】 本創作關於，種滑鼠’尤指-種可提供多種操作狀態之滑鼠。 【先前技術】 補償鍵盤輸人功能的不足，滑鼠已成林可或缺的周邊輸入裝 置。配合不_需求，已有各式各樣的滑_發、問市。無論是光 學式或是機械式滑鼠，又或是有線或無_氣，甚至是軌跡球滑氣 或其他特殊造形或目的的料，都有—個共㈣問題，即是多僅能 提辟-操作狀態，亦即使用者僅能以單一種手勢來操作滑鼠。因 =日H用ί或5午因手部不便或其他原因而需以他種手勢來操作滑 二Ui—手勢操作造成疲勞等，則使用者須另見滑氣， ^不⑽/ 。又，於共用㈣腦的案例中，不同使用者可能 …使用需求，其差異性可能很大，僅能提供單一種手勢 的滑鼠顯然難以符合各種使用需求。 、乍 ^此’實有需雜出—觀提供多_ 用者能以多種操作手勢操作該清鼠，解決前述問題。使域 【新型内容】 本創作的目的夕., 一在於提供—種滑鼠，具有多種摔作 供使用鞠，料，峨驗賴。輪h 料U4425 本創作之滑鼠包含一底座、一支撐板、一止擅塊及—連接構件。 〜底座具有—表面。該支撐板設置於該表面之上並具有-側邊部。 该止擔塊連接於該底座並突出於該表面，用以止擔該側邊部。該連 接構件分別與該支揮板樞接及與該底座以一可滑動且可轉動的方式 % ，接。當該支撐板平放於該表面上時，騎鼠處於—第—操作狀^ • “支撐板傾斜放姉面上時’該料處於—第二操作狀能。 於該滑鼠於使用時，該支撐板可用以支稽使用者之手掌，故藉 由選擇平放或傾斜放置該支撐板於該表面以使使用者得依不同需^ 以不同的手勢麵作滑鼠’而無㈣迫制者的相不舒適的手勢 來操作滑鼠。進-步地，於一實施例中，利用該支樓板之平板表面 以作，-操作表面，並於其上設置一觸_入元件，例如觸控面板， ^以併實現觸控輸入的功能。又於另—實施例中，本創作之滑氣更包 '擔體’連接韻底錢錢止魏錄該讀板之相對兩側， 使得當該支撐板傾斜放置於該表面上時，可放置一板狀物件，例如 θ慧51手棧於4底座上並抵减支撐板及該連接構件且為該擔 體擋止，增加該滑鼠之額外的支架功能。 間言之’本創作之滑鼠主要以可調整設置角度的支撐板來提供 多種操作狀態’解決先前技術中習知滑鼠僅能提供單一操作狀態所 引起的問題。此外，本創作之滑鼠尚可依實際產品設計以整合觸控 輸入或額外的支架功能，更顯本創作之滑鼠之多功能特性。 M404425 關於本創作之優點與精神可以藉由以下的創作詳述及所附圖式 得到進一步的瞭解。 【實施方式】 請參閱第1至第3圖，第〖圖為根據本創作之一較佳實施例之 滑氣ί於一第一操作狀態時之示意圖，第2圖為第1圖中滑鼠1之 俯視圖’第3圖為第2圖中滑氣i沿割面線χ_χ之剖面圖。滑鼠i 包3底座12、-支撐板14、—止擔塊16、一連接構件18及一擔 體2〇。底座12具有一第一表面122及相對於第—表面丨22之一第 二表面m。支樓板14設置於第一表面122之上並具有一上表面142 及側邊。[U44。止私塊16連接於底座12並突出於第一表面， 用以止擒側邊部144。連接構件18分別與支稽板14樞接及與底座 12以一可滑動且可轉動的方式連接。 進一步來說’於本實關巾，賴1之結構大致相對於止· 16對稱’故下述僅擇一側結構說明，另一側不再複述。底座以具 =8^槽126 ’連接構件18包含—滑塊182，連接構件18藉由 126 ___触·的方式 可·，其情塊182以實現，惟本創作仍不以前述 轉動的連接為限，例如以矩形滑塊滑動於第_滑槽⑶ 本^t：魅接於此矩撕塊，其另1則連接至連接 體亦此貫現本創作之以可滑動且可轉動的方式連接。底 M404425 座12另具有-第二滑槽128於第一表面122上，支偉板μ包含一 凸柱146，設置於第二滑槽128内。該底座12内部形成有—容置* 間=’肋容置所需的電子元件。滑鼠丨尚包含—咖22，对 於谷置空間13G内’—通孔1282對應開關22形成於第二滑样⑶。 滑鼠1於該第—操作狀態時，支撐板Μ平放於第—表面上^，凸 柱146亦對應通孔1282設置，支撐板14可被按壓以使凸柱⑽經 由通孔1282以觸發開關22。 ί 補充說明的是，於本實施例中，滑鼠！尚包含—滾輪^，止擔 塊16具有一凹槽162，滚輪24設置於凹槽162内。由於滑鼠^ 構大致相對於止魏16對稱，故相對滾輪24 _皆有設置開關 22 ’其於第2圖巾之大略位置以虛線關Α、Β表示；藉此，滑鼠 1即構成習用之滑鼠輸入按鍵操作架構，使用者即可將手放置於上 表面142上以進行操作。本實施例之滑鼠丨雖為對稱結構，但於實 作上，本創料以此為限。此外，請相第3圖，滑塊182雖係以 可滑動的方式設置於第-滑槽126巾，但由於止#塊16已止播支撐 板14之側邊部144，故支撐板14與連接構件18整體不致再朝向止 擋塊16移動而使凸柱146能正確地定位以觸發開關22。另外，於 本實施例巾’為使賴1的結構於操作時能更獻，故於該第一操 作狀態時，滑塊182係位於第一滑槽126之一限位點，凸柱146亦 位於第二滑槽128之一限位點，如第3圖所示；但本創作不以此為 限。同樣為了使滑鼠1的結構於操作時能更穩定，請參閱第2圖， 於本實施例中，支撐板14於側邊部144具有一凹口 148，止擋塊16 7 M404425 卡入凹口 H8以止擋側邊部144，顯見止播塊16可藉此凹口 148止 私支樓板14，亦具有拘束支樓板14左右移動的功能。 請參閱第3至第5圖 圖為滑鼠1自該第一操作狀態轉燹 至-第二操作狀態之中間階段之剖面圖，第5圖為滑鼠！於該第二 操作狀態之剖面圖；其中各圖割面線的位置仍採用第2圖中割面線 X-X所示之位置。本創作之純丨具有錄操作狀態，故使用者可 藉由調整狀板Μ之設置紐來實現，其詳細說明如下。第3至第 5圖顯示職1由該第—操作狀態轉變至該第二操作狀態之連續作 動。使用者先抓持支揮板14之樞接處附近(如第3圖中標號〇所指 處），沿弟3圖情頭的方向提起，使得連接構件18隨之旋轉，並 且凸柱146於第二滑槽128内滑動’直至第4圖所示之狀態。接著， 使用者將支撐板14及連接構件18整體朝向讀塊Μ推送，使得滑 =於第-滑槽126内滑動，凸柱146於第二滑槽η動， 直^側邊部叫皮域塊16所擔止，如第5圖所示。此時，滑鼠！ 即处於4第作狀態。前述轉換作動類似拉膛作動 方便性，然她__之1,娜姆秘作 補充_的是，騎加料丨的結構於該第4作狀 心生’底座12於第一滑槽126包含一定位結構咖，用^卡： 塊182。於本實施例中，定位結構1262以單-的細持，月 為限，例如可於第-滑槽126内設置成對的突出物但t 形成其他拘束結構，以卡持滑塊182。此外，當滑以處;^ 撐板14傾斜放置於第—表面122上，凸柱146仍位於 遽御㈣支雜14仍可被按壓崎凸柱146麵通孔咖 方-u乃同因此’伽者於該第二操作狀態τ，操作滑鼠1的 設操作狀態’僅支偉板14的設置角度不同，此不同的 的操作使用者的手部得到不同狀情況，以適應使用者不同 請參閱第6圖，豆Α粝诚士左，^ 三操作狀㈣之剖_ 之ρ麵狀狐3於一第 々β w 、珥白 …、1位線仍採用第2圖中割面線χ_χ所示 =1，鼠1結構大抵相同，不同之處主要在卿 約位於ί 作狀態’底座12包含另—定位結構1264， 疋位，..口構1264以兩個突出物音 樓板Η與底座12間之夾。因此::該第三操作狀態時，支 態;換言之，滑氣3可提二更==:狀態及該第二操作狀 Μϋ手部支樓條件供制者選擇。 月 > 閱第7圖’其為根據本創作之另一實 立 圖，其線位線仍採用第2 之4 5之不思 氣1 (尤盆是m⑽β °J面線χ-Χ所不之位置。滑鼠5與滑 鼠（^、疋第5圖所示之操作狀態)結構大抵 於滑鼠5之底座12未呈右 不门之處主要在 底座12並露出於第==ΓΤΓ，並且—開關23係設置於 _發_ 23,其按壓位，可按壓支撲板14 置。第7 _僅顯示料5 81中虛線_ Α、Β所示之位 月鼠5處於料二操作狀態之情形，但當滑氣 M404425 5處於該第-操作狀態時(即支樓板14平放於第一表面⑵上），亦 將有相同之功效’不再贅述。齡說_是，於本實施例中，滑鼠 5雖未具有第二滑槽128，但其仍可藉由各構件之配合公差或止擔塊 16與凹口 148之卡持銜接實現操作狀態間轉換作動的穩定性，^參 閱前述相關說明。此外，實作上，第二滑槽128通常為—狹長凹/， 故可對第二滑槽128及_ 23進行錯位配置設計，即可同時實施曰開 關23與第二滑槽128 ’以滿足不同的產品設計需求。 。月參閱第8圖’其為第丨圖中滑鼠丨之仰視圖。滑鼠1尚包令 -光學移域測n 26，設置於第二絲124，觀發揮光學滑㈣ 功月b於實作上’光學移動感測器26得採用習知光學滑鼠之移動續 測機制’但本創作不以此植。補歧_是，此光學移動感測^ 26亦可應用於前述實施例中之滑鼠3、5，不待贅述；又本創作之3 鼠亦可採關H蚊學機械式移_ ，亦不㈣述。" 。月回到第2至第3圖。前述輯丨具有平坦的表面，即前述』 ^面^42故於實作上，得以此上表面142作為-操作表面，並於 "上°又置觸控輸入元件28(如第2圖中實線矩形所示），例如觸控 面板’此滑鼠1亦可提供觸控輪人魏。另外，當觸控輪入制 高整個上表面142時，前述開關22功1能亦可直接藉由使用^ 祕第2圖中虛線圓圈A、B處之觸控輸入元件28來實施。補充$ 月的是’此觸控輪人元件28亦可應用於前述實施例中 不待贅述。 取〇 10 M404425 請參閱第9圖，其為第！圖中滑鼠！於第二操作狀態之矛音圖， 其中第9圖之視角方向不_第！圖之視角。本創作之滑氣^於 第-操作狀態外之辦㈣下，支撐板μ均姆底座u傾斜設于置， 故滑鼠1尚能供作支架’例如供-智慧型手機％以虛轉示^又第$ 圖中)放置。於本實施例十，擋體20連接於底座12，且擋體2〇斑 止播塊16位於支撐板14之相對兩側，故放置於滑氣i j^智慧型 手機2倚靠著支樓板丨4與連接構件18的樞接處並為魏2〇所止 擔。於使用者需制雙手操作馳輸人綱喃看連線的智慧型手 機2之情形下，更見此應用例之實益。此外，於滑鼠〗中=體加 具有相當體積，其具有-容置空間2〇2(請參閱第3圖），能用=置 -電子元件’例如電池或其他電子元件。若無此容置需求時，^ 體20可設變僅為-突出結構，突出於底座12，亦能達到前述止擒田 的功能；但本創作不以此植。概說_是，此_例之說明二 前述實施例中之滑鼠3、5中亦有適用，不待贅述。 、 相較於先前猶，本創作之滑鼠能藉由調整支撐板相對於底座 之設置角絲提供摊操作_，解決先前猶知滑鼠僅能提 供單-操作狀態所引起的問題。此外，本創作之滑鼠尚可依實^產 品設計以整合觸控輸人功能或提供額外的錢魏，更顯本創叙 湣鼠之多功能牯.W：。 ’ 以上所述僅林創作之錄實_，凡依本_申請專利範圍 所做之均等變化與修， $應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖為根據本創作之一 示意圖。 X貫闕之滑^•於—帛-操作狀態時之 第2圖為第1圖中滑鼠之俯_。 圖中滑氣沿割_之剖面圖。 面圖’自第一操作狀態轉變至第二操作狀態之中間階㈣ 第5圖為滑鼠於第二操作狀態之剖面圖。 第6圖圖為根據本創作之另_實_之滑鼠於第三操作絲時之剖面 :圖為根據本創作之另—實施例之滑鼠之剖面圖。 :8圖為第1圖中滑氣之仰視圖。 &圖為第1圖中滑鼠於第二操作狀態之示意圖。 【主要元件符號說明】 5滑鼠 底座 止擋塊 擋體 滾輪 觸控輪入元件 12 16 20 24 28 2 智慧型手機2 14 支擇板 18 連接構件 22 >23 開關 26 光學移動感測器 122第一表面 12 M404425 124 第二表面 126 128 第二滑槽 130 142 上表面 144 146 凸柱 148 162 凹槽 182 202 容置空間 1262 1282 通孔 第一滑槽 容置空間 側邊部 凹口 滑塊 1264 定位結構M404425 V. New description: [New technical field] This creation is about a mouse that can provide a variety of operating conditions. [Prior Art] To compensate for the insufficiency of the keyboard input function, the mouse has become a peripheral input device that is indispensable to the forest. With the lack of demand, there have been a variety of slippery hair, ask the market. Whether it is an optical or mechanical mouse, or wired or no gas, or even a trackball slippery or other special shape or purpose material, there is a total (four) problem, that is, it can only be promoted. - Operational state, ie the user can only operate the mouse in a single gesture. Because the day H is used for ί or 5, because of hand inconvenience or other reasons, it is necessary to use his gestures to operate the sliding. Ui- gesture operation causes fatigue, etc., the user must see another slippery, ^ not (10) /. Moreover, in the case of the shared (four) brain, different users may ... use the demand, the difference may be very large, and the mouse that can provide only a single gesture is obviously difficult to meet various usage requirements.乍 ^This is really need to be mixed - the view is more than _ users can operate the mouse in a variety of operational gestures to solve the aforementioned problems. Make the domain [new content] The purpose of this creation is. The first is to provide a kind of mouse, which has a variety of falls for use, materials, and inspection. The wheel of the U4425 The mouse of the creation includes a base, a support plate, a stop block and a connecting member. ~ The base has a surface. The support plate is disposed above the surface and has a side portion. The stop block is coupled to the base and protrudes from the surface for stopping the side portion. The connecting members are respectively pivotally connected to the supporting plate and connected to the base in a slidable and rotatable manner. When the support plate is laid flat on the surface, the squirrel is in the -first operation state; "when the support plate is inclined on the flank surface", the material is in the second operation state. When the mouse is in use, The support plate can be used to support the palm of the user, so by placing the support plate on the surface in a flat or inclined manner, the user can make the mouse with different gestures according to different needs. An uncomfortable gesture to operate the mouse. Further, in one embodiment, the flat surface of the slab is used to operate the surface, and a touch-in component, such as a touch, is placed thereon. The control panel, ^ and realize the function of touch input. In another embodiment, the slippery air of the creation is also included in the 'support' connection, and the opposite sides of the reading board are made. When the support plate is obliquely placed on the surface, a plate member may be placed, for example, the θ慧51 hand stack is placed on the 4 base and the support plate and the connecting member are offset and blocked for the support, and the mouse is added. Additional bracket function. The word 'this mouse' is mainly adjustable to set the angle The support plate provides a variety of operating conditions' to solve the problems caused by the prior art that the mouse can only provide a single operating state. In addition, the mouse of this creation can be designed according to the actual product to integrate touch input or additional bracket function. M404425 The advantages and spirit of this creation can be further understood by the following details of the creation and the drawings. [Embodiment] Please refer to the first to third FIG. 1 is a schematic view of a slippery air according to a preferred embodiment of the present invention in a first operational state, and FIG. 2 is a top view of the mouse 1 in FIG. 1 and FIG. 3 is a second diagram. The middle slippery i is along the cut line χ χ 剖面 。 。 。 。 。 。 。 。 。 。 。 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座 底座122 and a second surface m relative to the first surface cymbal 22. The siding 14 is disposed above the first surface 122 and has an upper surface 142 and side edges. [U44. The stagnation block 16 is attached to the base 12 and protrudes The first surface is used to stop the side edge portion 144. The connecting member 18 It is not pivotally connected with the branch board 14 and connected to the base 12 in a slidable and rotatable manner. Further, in the case of the actual cover towel, the structure of the base 1 is substantially symmetrical with respect to the stop 16 One side of the structure is explained, the other side will not be described again. The base has a slider 182 with a connecting member 18 having a slot 126', and the connecting member 18 is 126 ___ Realization, but the creation is still not limited by the above-mentioned rotating connection, for example, sliding with a rectangular slider on the _ chute (3) This ^t: the charm is connected to the moment tearing block, and the other one is connected to the connecting body. The present invention is slidably and rotatably connected. The bottom M404425 is further provided with a second chute 128 on the first surface 122. The support plate μ includes a stud 146 disposed on the second chute 128. Inside. The base 12 is internally formed with an electronic component required to accommodate the ribs. The mouse 包含 包含 — 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖 咖When the mouse 1 is in the first operation state, the support plate is placed flat on the first surface, and the protrusion 146 is also disposed corresponding to the through hole 1282. The support plate 14 can be pressed to cause the protrusion (10) to be triggered via the through hole 1282. Switch 22.补充 In addition, in this embodiment, the mouse! Also included is a roller ^, the stop block 16 has a recess 162 in which the roller 24 is disposed. Since the mouse structure is substantially symmetrical with respect to the stop 16, the opposite switch 24_ has a switch 22' which is indicated by a broken line at the approximate position of the second towel; thereby, the mouse 1 constitutes a conventional use. The mouse enters the key operation architecture, and the user can place the hand on the upper surface 142 for operation. Although the mouse rattle of this embodiment has a symmetrical structure, in practice, the present invention is limited thereto. In addition, please refer to FIG. 3, the slider 182 is slidably disposed on the first-slot 126 towel, but since the stop block 16 has stopped the side portion 144 of the support plate 14, the support plate 14 is The connecting member 18 as a whole does not move toward the stop block 16 so that the stud 146 can be properly positioned to trigger the switch 22. In addition, in the present embodiment, the slider 182 is located at a limit point of the first chute 126, and the protrusion 146 is also provided in the first operation state. Located at a limit point of the second chute 128, as shown in FIG. 3; however, the present creation is not limited thereto. Also, in order to make the structure of the mouse 1 more stable during operation, please refer to FIG. 2, in the embodiment, the support plate 14 has a notch 148 at the side portion 144, and the stop block 16 7 M404425 is recessed. The mouth H8 is a stop side portion 144. It can be seen that the stop block 16 can stop the private floor panel 14 by the recess 148, and also has the function of restraining the left and right movement of the support floor panel 14. Please refer to the third to fifth figures. The picture shows the cross section of the mouse 1 from the first operating state to the middle of the second operating state. Figure 5 is the mouse! A cross-sectional view of the second operational state; wherein the position of the cut line of each of the figures is still at the position indicated by the cut line X-X in Fig. 2. The pureness of this creation has a recording operation state, so the user can realize it by adjusting the setting of the template, which is described in detail below. Figures 3 through 5 show the continuous operation of job 1 from the first operational state to the second operational state. The user first grasps the vicinity of the pivotal joint of the support plate 14 (as indicated by the reference numeral in FIG. 3), and lifts it in the direction of the brother 3, so that the connecting member 18 rotates with the protrusion 146 The second chute 128 slides 'up to the state shown in Fig. 4. Then, the user pushes the support plate 14 and the connecting member 18 toward the reading block , so that the sliding slid in the first sliding groove 126, and the protruding column 146 moves in the second sliding groove, and the side portion is called the skin region. Block 16 is responsible, as shown in Figure 5. At this point, the mouse! That is, in the 4th state. The aforementioned conversion operation is similar to the convenience of pulling, but her __1, Namu secret supplement _ is that the structure of riding the feeding raft is included in the first chute 126 in the first chute 126 Position the structure coffee, use ^ card: block 182. In the present embodiment, the positioning structure 1262 is limited to a single-sleeve, for example, a pair of protrusions may be provided in the first-slot 126, but another restraining structure is formed to hold the slider 182. In addition, when sliding; ^ struts 14 are placed obliquely on the first surface 122, the studs 146 are still located in the 遽 ( (4) 支 杂 14 can still be pressed the scalloped column 146 face through hole 咖 乃 因此 因此In the second operating state τ, the operating state of the operating mouse 1 is different. Only the setting angle of the supporting plate 14 is different, and the hands of the different operating users are differently shaped to suit the user. See Figure 6, Α粝 Α粝 Α粝 左 left, ^ three operation shape (four) section _ ρ face fox 3 in a 々β w, 珥 white..., 1 bit line still uses the cut line in the second figure χ _ χ Shown =1, the structure of the rat 1 is about the same, the difference is mainly in the state of qing. The base 12 contains another - positioning structure 1264, 疋 position, .. mouth structure 1264 with two protruding sound floor slabs and base 12 The folder between the two. Therefore:: in the third operational state, the support; in other words, the slippery air 3 can be raised to the second ==: state and the second operational condition of the hand sill conditional supplier. Month> Read Figure 7 'It is another actual figure based on this creation, and its line position is still using the 2nd 4th 5th. (The basin is m(10)β°J. The position of the mouse 5 and the mouse (^, 疋, the operation state shown in Fig. 5) is substantially larger than the base 12 of the mouse 5, which is not at the right, mainly at the base 12 and exposed at the ==ΓΤΓ, And - the switch 23 is set to _ hair _ 23, and its pressing position can press the slamming plate 14. The seventh _ only material 5 81 in the dotted line _ Α, Β the position of the mouse 5 is in the second operating state In the case, but when the slippery air M404425 5 is in the first operating state (ie, the floor panel 14 is laid flat on the first surface (2)), it will have the same effect 'will not be described again. Age is _ Yes, in this implementation In the example, although the mouse 5 does not have the second chute 128, it can still achieve the stability of the switching operation between the operating states by the fitting tolerance of each member or the engagement of the stopping block 16 and the notch 148. Referring to the foregoing related description, in addition, the second chute 128 is generally a narrow recess/, so that the second chutes 128 and _ 23 can be misaligned, that is, the same The 曰 switch 23 and the second chute 128' are implemented to meet different product design requirements. For the month, see Fig. 8 'which is the bottom view of the mouse 丨 in the second figure. The mouse 1 is still in the package - optical shift measurement n 26, set in the second wire 124, the view of the optical sliding (four) power month b in practice "optical movement sensor 26 has to use the conventional optical mouse movement renewal mechanism" but this creation is not planted. In addition, the optical movement sensing 26 can also be applied to the mouse 3, 5 in the foregoing embodiment, and will not be described again; and the 3 mice of the creation can also adopt the H-mosquito mechanical movement _, nor (4) Description. " . Return to the 2nd to 3rd drawings. The aforementioned series has a flat surface, that is, the above-mentioned "^ face^42" is implemented on the upper surface 142 as the - operation surface, and at " The touch input component 28 (shown as a solid rectangle in Fig. 2), such as the touch panel 'this mouse 1 can also provide the touch wheel person Wei. In addition, when the touch wheel enters the system height When the entire upper surface 142 is used, the function of the switch 22 can be directly implemented by using the touch input element 28 at the dotted circles A and B in Fig. 2 . Filling the month is 'This touch wheel human component 28 can also be applied to the previous embodiment. It is not mentioned here. 〇10 M404425 Please refer to Figure 9, which is the mouse in the !! The sound map, in which the angle of view of Figure 9 is not _ the first view of the map. The slippery sound of this creation is in the case of the first-operating state (four), the support plate μ-mem base u is placed at the tilt, so the mouse 1 can still be used as a support 'for example - the smart phone % is shown in the virtual transfer ^ and the first $ picture). In the tenth embodiment, the blocking body 20 is connected to the base 12, and the blocking body 2 is located on the opposite sides of the supporting plate 14, so that the sliding air ij^ smart phone 2 leans against the supporting floor 丨 4 The pivotal connection with the connecting member 18 is stopped by Wei. In the case where the user needs to use both hands to operate the smart phone 2 that is connected to the line, the benefit of this application example is further seen. In addition, in the mouse, the body has a considerable volume, which has an accommodation space of 2 〇 2 (see Fig. 3), and can be used with an electronic component such as a battery or other electronic components. If there is no such requirement, the body 20 can be set to be only a - protruding structure, protruding from the base 12, and can also achieve the aforementioned function of stopping the field; but the creation is not planted. _________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________ Compared with the previous ones, the mouse of this creation can solve the problem caused by the fact that the mouse can only provide a single-operation state by adjusting the support plate to provide a spread operation with respect to the set angle of the base. In addition, the mouse of this creation can be designed according to the actual product to integrate the touch input function or provide additional money Wei, which is more versatile. </ br> The above description of the forest creation only _, the equivalent changes and repairs made according to the scope of this patent application, $ should be covered by this creation. [Simple description of the diagram] Figure 1 is a schematic diagram of one of the creations. X 阙 阙 ^ ^• 帛 帛 操作 操作 操作 操作 操作 操作 操作 操作 第 第 第 第 第 第 第 第 第 第 第 第 第 第In the figure, the profile of the slippery air is cut. The intermediate view of the plan view 'from the first operational state to the second operational state (four) is a cross-sectional view of the mouse in the second operational state. Fig. 6 is a cross-sectional view of the mouse according to the present invention in the third operation wire: the figure is a cross-sectional view of the mouse according to another embodiment of the present invention. Fig. 8 is a bottom view of the slippery air in Fig. 1. The & figure is a schematic diagram of the mouse in the second operational state in Fig. 1. [Main component symbol description] 5 mouse base stop block body wheel touch wheel input component 12 16 20 24 28 2 smart phone 2 14 support plate 18 connecting member 22 > 23 switch 26 optical movement sensor 122 First surface 12 M404425 124 second surface 126 128 second chute 130 142 upper surface 144 146 stud 148 162 groove 182 202 accommodating space 1262 1282 through hole first chute accommodation space side edge notch slider 1264 positioning structure
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