五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種迷你型人體工學滑鼠，尤指一種可讓 使用者於操作滑鼠時，以其手指頭設於殼體頂面與第一、二支 撐機構上，進行滑鼠之操作，而於不使用時將第一、二支撐機 構往殼體之方向收折，而達哺合操作時之人體王學、避免肌 肉酸痛、具有較佳之操控性、可適用於右手或左手以及易於收 藏攜帶之功效者。 【先前技術】 按，-般習用之滑鼠係由—外殼、及—與外殼結合之控制 機構所構成’其中該外殼之頂面係為一弧形，而其底部係呈一 平面狀’而控賴構該具有設於外殼上之左鍵、右鍵、滾轴及 游標指示部；細’可讓使用者握持騎鼠，赠標指示單元 於電腦螢幕中移動至所需之位置，並配合食指 驅動左鍵、右缺雜進行侧之操作。，，、仙 於—般滑鼠之外殼頂面係為—弧形，而當使用者以 手部移動該滑鼠時，通常係使手掌貼覆於外殼之頂面，並利用 拇指及小絲祕及移_滑鼠，因此 使得時較為吃力，久而久之 痛，再者’-般滑鼠之殼體為符合使用者之手掌部分，因此， 其喊體之外觸㈣具有—較A之縱 欲進行攜料缺㈣，常會有不纽軌攜帶讀形Γ生 【新型内容】 本創作之主要目的係在於，可讓使用者於操作滑鼠時，以 其手指頭設於殼體頂面與第―、二支_構上，進行滑鼠之操 作，祕不使用時將第-、二支撐機構往殼體之方向收折，而 達到符合操作時之人體工學、避免肌_痛、具有較佳之操控 性、可適用於右手或左手以及易於收藏攜帶之功效。 為達上述之目的，本創作係一種迷你型人體工學滑鼠包含 有：一殼體；一與殼體結合之操控機構，其至少包含有分別設 於殼體一端兩側之左鍵與右鍵、及一設於左、右鍵之滾轴、及 一设於殼體底部之游標指示單元；一活動設於殼體一側之第一 支撐機構，以及一活動設於殼體另一側之第二支樓機構。 於本創作之一實施例中，該操控機構更可進一步包含有一 傳輸單元。 於本創作之一實施例中，該傳輸單元係可為導線或為無線 通訊傳輸器。 於本創作之一實施例中，該游標指示單元係可為轨跡球模 組。 於本創作之一實施例中，該游標指示單元係可為光學模 組。 於本創作之一實施例中，該第一支撐機構係包含有一第一 伸縮單元、及一設於第一伸縮單元頂面上之第一限位部。 於本創作之一實施例中，該第一伸縮單元係包含有一設於 殼體一側之固定板、一與固定板活動結合之延伸板、一與延伸 板活動結合之承載板、及一設於承載板底面之抵靠部，而該第 一限位部係設於承載板之頂面上。 於本創作之-實施例中，該第—限位部係包含有兩相鄰設 置之錐形體，而各錐形體之間係定義出有—凹陷區。 =本創作之-實施射’該第二支撐機構係包含有一第二 伸縮單元、及—設於第二伸縮單元頂面上之第二限位部。 於本創作之-實施例中，該第二伸縮單元係包含有一設於 殼體-側之固定板、-與固定板活動結合之延伸板、及一與延 伸板活動結合之承餘、及—設於承他底面之抵靠部，而該 第一限位部係設於承載板之頂面上。 於本創作之一實施例中，該第二限位部係包含有兩相鄰設 置之錐形體，而各錐形體之間係定義出有一凹陷區。 【實施方式】 請參閱『第1、2及第3圖』所示，係分別為本創作之外 觀示意圖、本創作之俯視狀態示意圖及本創作第一及第二支標 機構之展開狀態示意圖。如圖所示：本創作係一種迷你型人體 工學滑鼠’其至少包含有一殼體1、一操控機構2、一第一支 撐機構3以及一第二支撐機構4所構成。 上述所提之殼體1係可為正方形、長方形、橢圓形或其他 幾何構型。 該操控機構2係與殼體1結合，其至少包含有分別設於殼 體1一端兩側之左鍵與右鍵21、2 2、及一設於左、右鍵2 1、22之滚軸23、及一設於殼體1底部之游標指示單元2 4，該游標指示單元2 4係可為軌跡球模組或光學模組，且該 操控機構2更可進一步包含有一傳輸單元25，該傳輸單元2 5係可為導線或為無線通訊傳輸器。 該第一支撐機構3係活動設於殼體1之一側，而該第一支 撐機構3係包含有一第一伸縮單元31、及一設於第一伸縮單 元31頂面上之第-限位部3 2，其中該第一伸縮單元3 i係 包含有一設於殼體1一側之固定板311、—與固定板3工玉 活動結合之延伸板312、-與延伸板312活動結合之承載 板313、及一設於承載板313底面之抵靠部3丄4，而該 第一限位部3 2係設於承載板313之頂面上，且該第一限S 部3 2係包含有兩相鄰設置之錐形體3 2丨，而各錐形體3 2 1之間係定義出有一凹陷區3 2 2。 該第二支撐機構4係活動設於殼體1之另一側，而該第二 支撐機構4係包含有一第二伸縮單元4 1、及一設於第二伸縮 單元41頂面上之第二限位部4 2，其中該第二伸縮單元41 係包含有一設於殼體i一側之固定板4 i丄、一與固定板4丄 1活動結合之延伸板412、一與延伸板412活動結合之承 載板4 13、及一設於承載板413底面之抵靠部414，而 該第二限位部4 2係設於承載板413之頂面上，且該第二限 位部4 2係包含有兩相鄰設置之錐形體4 2丄，而各錐形體4 21之間係^義出有-凹陷區4 22。如是，藉由上述之結構 構成一全新之逑你型人體工學滑鼠。 4參閱『第4、5及第6圖』所示，係分別為本創作第一 及第二支撐機構之展開狀態俯視圖、本創作第一及第二支撐機 構之展開狀態側視圖及本創作使用狀態示意圖。如圖所示：當 本創作於時’係可傳輸單元2 5與所需之電腦設備i M424534 行連結（圖未示）’而於使用時，係可將第一支樓機構3之延 伸板3 12由固定板311上移出’之後再將承載板3丄3由 延伸板312上移出，而使延伸板312與承載板313移出 至遠離殼體1一側之適當位置處，可使該延伸板312與承載 板3 1 3間之夾角呈90度或其他角度之設置，之後再將第二 支撐機構4之延伸板412與承載板413同時由固定板4 11上移出至遠離殼體1之一側，使該延伸板412與固定板 411平行，而該承載板413則向下傾斜至適當之角度，讓 使用者以其右手5之右手拇指51設於第一限位部3 2所設 各錐形體3 21間之凹陷區3 2 2中，且右手食指5 2與右手 中指5 3係位於殼體1之左、右鍵21、2 2上，而右手無名 指54抵靠於延伸板412上，並將右手小指5 5設於第二限 位部4 2所設各錐形體4 21間之凹陷區4 2 2中，且利用承 載板313、413底部之抵靠部314、414防止第一支 樓機構3及第一支稽機構4產生傾斜，如此，當使用者以其右 手5移動滑鼠時，係可利用其手腕之施力移動滑鼠（而不會只 利用拇指及小指）’而讓該殼體i底部之游標指示單元2 4於 電腦螢幕中移動至所需之位置，並配合右手食指5 2與右手中 253驅動左、右鍵2 1、22及滾軸23進行相關之操作， 藉此，即可達到符合操#時之人體^學、具有較佳之操控性以 及避免肌肉酸痛之功效。 凊參閱『第7®』所示’係為本創作左手使用狀態示意圖。 如圖所不：且本創作除提供右手5使用之外，更可提供使用者 以其左手6進行使用（圖未示），*當配合左手6使用時，係 將第二支撐機構4之延伸板4 χ 2由固定板4 i i上移出，之 8 後再將承載板413由延伸板412上移出至遠離殼體i一 側之適當位置處’使該延伸板4 i 2與承載板4 i 3間之失角 呈90度或其他角度之設置，之後再將第一支樓機構^之延伸 板312與承载板313同時由m定板311上移出至遠離 殼體1之一側’使該延伸板312與固定板311平行，而該 承載板313則向下傾斜至適當之肖度，而讓使用者以其左手 6之左手拇指61設於第二限位部4 2所設各錐形體4 21 間之凹陷區4 2 2中，且左手食指6 2與左手中指6 3係位於 殼體1之右鍵2 2與左鍵21上，而將左手無名指6 4抵靠於 延伸板312上’並將左手小指6 5設於第一限位部3 2所設 各錐形體3 21間之凹陷區3 2 2中，且利用承載板313、 413底部之抵靠部314、414防止第一支撐機構3及第 二支撐機構4產生傾斜，如此，便可讓使用者以其左手6進行 使用。 另外，當本創作於不使用時，係可將第一及第二支撐機構 3、4之延伸板312、412與承載板313、413、收 折成相互層疊之狀態，之後再分別往殼體1之側邊推動，而使 該第一及第·一支撐機構3、4 (如第1圖所示）分別抵靠於殼 體1之兩侧，進而使本創作達到易於收藏攜帶之功效。 综上所述，本創作迷你型人體工學滑鼠可有效改善習用之 種種缺點，可讓使用者於操作滑鼠時，以其手指頭設於殼體頂 面與第一、二支撐機構上’進行滑鼠之操作，而於不使用時將 第一、二支撐機構往殼體之方向收折，而達到符合操作時之人 體工學、避免肌肉酸痛、具有較佳之操控性、可適用於右手或 左手以及易於收藏攜帶之功效；進而使本創作之産生能更進 二更實用、更符合消費者使用之所須，確已符合創作專利申 请之要件，爰依法提出專利申請。 惟以上所述者，僅為本創作之較佳實施例而已，當不能以 此限定本解實施之範圍；故，凡依本創料請專概圍及創 作說明書0容所作之帛單的紐變化與簡，冑應仍屬本創作 專利涵蓋之範圍内。 【圖式簡單說明】 第1圖，係本創作之外觀示意圖。 第2圖’係本創作之俯視狀態示意圖。 第3圖’係本創作第一及第二支撐機構之展開狀態示意圖。 第4圖，係本創作第一及第二支撐機構之展開狀態俯視圖。 第5圖，係本創作第一及第二支樓機構之展開狀態側視圖。 第6圖’係本創作使用狀態示意圖。 第7圖，係本創作左手使用狀態示意圖。 【主要元件符號說明】 殼體1 操控機構2 左鍵2 1 右鍵2 2 滾軸2 3 游標指示單元2 4 傳輸單元2 5 第一支撐機構3 第一伸縮單元31 固定板311 延伸板312 承載板313 抵靠部314 第一限位部3 2 錐形體3 21 凹陷區3 2 2 第二支撐機構4 第二伸縮單元41 固定板411 延伸板412 承載板413 抵靠部414 第二限位部4 2 錐形體4 21 凹陷區4 2 2 右手5 右手拇指5 1 右手食指5 2 右手中指5 3 右手無名指5 4 右手小指5 5 左手6 左手拇指6 1 M424534 左手食指6 2 左手中指6 3 左手無名指6 4 左手小指6 5V. New description: [New technology field] This creation is about a mini ergonomic mouse, especially one that allows the user to set the finger on the top surface of the case when operating the mouse. The first and second supporting mechanisms perform the operation of the mouse, and when the first and second supporting mechanisms are not used, the first and second supporting mechanisms are folded in the direction of the shell, and the human body is learned during the feeding operation, avoiding muscle soreness, and having Better handling, suitable for right or left hand and easy to carry and carry. [Prior Art] The conventionally used mouse is composed of a casing, and a control mechanism combined with the casing, wherein the top surface of the casing is curved and the bottom portion is in a flat shape. The control device has a left button, a right button, a roller and a cursor indicator on the outer casing; the thin ' allows the user to hold the mouse and the token indicator unit moves to the desired position on the computer screen, and cooperates with The index finger drives the left button and the right side to perform the side operation. The top surface of the shell of the mouse is curved, and when the user moves the mouse with the hand, the palm is usually applied to the top surface of the outer casing, and the thumb and the small wire are utilized. The secret is to move the mouse, so it makes it more difficult, and the pain is long-lasting. In addition, the shell of the mouse is in conformity with the palm of the user. Therefore, the external touch (4) has a more indulgence than A. The lack of materials (4), there will often be no rails to carry the reading shape [new content] The main purpose of this creation is to allow the user to set the finger on the top surface of the shell and the first The two _ structures, the operation of the mouse, the first and second support mechanisms are folded in the direction of the shell when not in use, to achieve the ergonomics in operation, avoid muscle pain, and have better Controllable, suitable for right or left hand and easy to carry and carry. For the above purposes, the present invention relates to a mini ergonomic mouse comprising: a housing; a control mechanism coupled to the housing, the at least comprising left and right keys respectively disposed on one side of one end of the housing And a cursor indicating unit disposed on the left and right sides, and a cursor indicating unit disposed at the bottom of the housing; a first supporting mechanism disposed on one side of the housing; and an activity disposed on the other side of the housing Two-story building. In an embodiment of the present invention, the steering mechanism further includes a transmission unit. In one embodiment of the present invention, the transmission unit can be a wire or a wireless communication transmitter. In an embodiment of the present invention, the cursor indicating unit may be a trackball model group. In one embodiment of the present author, the cursor indicating unit can be an optical module. In an embodiment of the present invention, the first supporting mechanism includes a first telescopic unit and a first limiting portion disposed on a top surface of the first telescopic unit. In an embodiment of the present invention, the first telescopic unit includes a fixing plate disposed on one side of the housing, an extension plate movably coupled to the fixing plate, a carrier plate coupled to the extension plate, and a setting The abutting portion of the bottom surface of the carrier plate is disposed on the top surface of the carrier plate. In the present invention, the first limiting portion includes two adjacently disposed cones, and each of the tapered bodies defines a recessed region. The second supporting mechanism includes a second telescopic unit and a second limiting portion disposed on the top surface of the second telescopic unit. In the embodiment of the present invention, the second telescopic unit comprises a fixing plate disposed on the side of the casing, an extension plate movably coupled with the fixing plate, and a bearing combined with the extension plate, and The abutting portion is disposed on the bottom surface of the bearing plate, and the first limiting portion is disposed on the top surface of the carrier plate. In one embodiment of the present invention, the second limiting portion includes two adjacently disposed cones, and a recessed region is defined between the tapered members. [Embodiment] Please refer to the "1st, 2nd, and 3rd drawings" for the schematic view of the creation, the schematic view of the top view of the creation, and the expanded state of the first and second branch of the creation. As shown in the figure, the present invention is a mini ergonomic mouse which comprises at least a casing 1, a steering mechanism 2, a first supporting mechanism 3 and a second supporting mechanism 4. The housing 1 described above may be square, rectangular, elliptical or other geometric configuration. The control mechanism 2 is coupled to the housing 1 and includes at least a left button and a right button 21, 2, 2, and a roller 23 disposed on the left and right sides 2 1 and 22, respectively. And a cursor indicating unit 24 disposed at the bottom of the housing 1. The cursor indicating unit 24 can be a trackball module or an optical module, and the operating mechanism 2 can further include a transmission unit 25, the transmission unit The 2 5 Series can be a wire or a wireless communication transmitter. The first supporting mechanism 3 is disposed on one side of the housing 1 , and the first supporting mechanism 3 includes a first telescopic unit 31 and a first limit on the top surface of the first telescopic unit 31 . The portion 3 2 , wherein the first telescopic unit 3 i includes a fixing plate 311 disposed on one side of the casing 1 , an extension plate 312 combined with the movable plate 3, and a bearing coupled with the extension plate 312 The first limiting portion 32 is disposed on the top surface of the carrier plate 313, and the first limiting portion S 2 includes There are two adjacently disposed cones 3 2 , and a recess 3 2 2 is defined between each of the cones 3 2 1 . The second supporting mechanism 4 is disposed on the other side of the housing 1. The second supporting mechanism 4 includes a second telescopic unit 41 and a second surface disposed on the top surface of the second telescopic unit 41. a limiting portion 42, wherein the second telescopic unit 41 comprises a fixing plate 4i disposed on one side of the housing i, an extension plate 412 movably coupled to the fixing plate 4丄1, and an extension plate 412 The binding plate 4 13 and the abutting portion 414 disposed on the bottom surface of the supporting plate 413 , the second limiting portion 42 is disposed on the top surface of the carrying plate 413 , and the second limiting portion 42 The two-dimensionally disposed conical body 4 2 包含 is included, and each of the conical bodies 4 21 defines a recessed portion 4 22 . If so, form a brand new ergonomic mouse with the above structure. 4 See "4, 5, and 6" for the expanded view of the first and second support mechanisms of the creation, the unfolded side view of the first and second support mechanisms of the creation, and the use of the creation. State diagram. As shown in the figure: when the creation is in the 'transportable unit 2 5 and the required computer equipment i M424534 line (not shown) 'and in use, the extension of the first branch mechanism 3 3 12 is removed from the fixing plate 311 and then the carrier plate 3丄3 is removed from the extension plate 312, and the extension plate 312 and the carrier plate 313 are moved out to a position away from the side of the casing 1 to enable the extension. The angle between the plate 312 and the carrier plate 3 1 3 is set at 90 degrees or other angles, and then the extension plate 412 of the second support mechanism 4 and the carrier plate 413 are simultaneously removed from the fixed plate 4 11 away from the housing 1 On one side, the extension plate 412 is parallel to the fixed plate 411, and the carrier plate 413 is inclined downward to an appropriate angle, so that the user sets the right thumb 51 of the right hand 5 to the first limiting portion 3 2 . In the recessed area 32 2 between the cones 3 21 , and the right index finger 5 2 and the right middle finger 5 3 are located on the left and right sides 21 , 2 2 of the housing 1 , and the right hand ring finger 54 is abutted on the extension plate 412 . And the right-hand little finger 5 5 is disposed in the recessed area 4 2 2 between the tapered bodies 4 21 provided by the second limiting portion 4 2 , and utilized The abutting portions 314, 414 of the bottom portions of the carrier plates 313, 413 prevent the first branch mechanism 3 and the first branching mechanism 4 from being inclined, so that when the user moves the mouse with his right hand 5, the wrist can be utilized. Apply the force to move the mouse (and not just the thumb and the little finger)' and let the cursor indicator unit 24 at the bottom of the housing i move to the desired position on the computer screen, with the right index finger 5 2 and the right hand 253 Drive the left and right buttons 2, 22 and the roller 23 to perform related operations, thereby achieving the effect of conforming to the human body learning, better controllability and avoiding muscle soreness.凊 Refer to “7®” as a schematic diagram of the state of left-handed use. As shown in the figure: and in addition to providing the right hand 5, the present invention can also provide the user with his left hand 6 (not shown), * when used with the left hand 6, the extension of the second support mechanism 4 The plate 4 χ 2 is removed from the fixing plate 4 ii, and then the carrier plate 413 is removed from the extension plate 412 to a position away from the side of the housing i. The extension plate 4 i 2 and the carrier plate 4 i are removed. The three corners are set at 90 degrees or other angles, and then the extension plate 312 of the first branch mechanism and the carrier plate 313 are simultaneously removed from the m plate 311 to a side away from the housing 1 to make the The extension plate 312 is parallel to the fixed plate 311, and the carrier plate 313 is inclined downward to a proper degree, and the user sets the left thumb portion 61 of the left hand 6 to the respective tapered body of the second limiting portion 42. 4 of the 21 recessed areas 4 2 2, and the left index finger 6 2 and the left middle finger 6 3 are located on the right side 2 2 and the left key 21 of the housing 1 and the left hand ring finger 6 4 is abutted on the extension plate 312' The left-hand little finger 6 5 is disposed in the recessed area 3 2 2 between the cones 3 21 of the first limiting portion 3 2 , and the bottom of the carrying plates 313 and 413 is utilized. The abutting portion 314, 414 prevent the first and second support means 3 second support means 4 is tilted, thus, can be used in its left hand so that the user 6. In addition, when the present invention is not used, the extension plates 312 and 412 of the first and second support mechanisms 3 and 4 and the carrier plates 313 and 413 may be folded into a state of being stacked on each other, and then respectively, respectively. The side of the 1 is pushed, and the first and the first supporting mechanisms 3, 4 (shown in FIG. 1) respectively abut against the two sides of the casing 1, thereby making the creation easy to carry and carry. In summary, the creation of the mini ergonomic mouse can effectively improve the shortcomings of the conventional use, and allows the user to set the finger on the top surface of the housing and the first and second support mechanisms when operating the mouse. 'When the mouse is operated, the first and second support mechanisms are folded in the direction of the casing when not in use, and the ergonomics in accordance with the operation, avoiding muscle soreness, better handling, and being applicable to Right hand or left hand and easy to collect and carry; so that the creation of this creation can be more practical, more in line with the needs of consumers, indeed meet the requirements of the patent application, and file a patent application according to law. However, the above is only the preferred embodiment of the present invention, and it is not possible to limit the scope of the implementation of this solution; therefore, please refer to the list of the details of the creation and the creation of the manual. Changes and simplifications are still within the scope of this creation patent. [Simple description of the diagram] Figure 1 is a schematic diagram of the appearance of the creation. Figure 2 is a schematic view of the top view of the creation. Fig. 3 is a schematic view showing the unfolded state of the first and second support mechanisms of the present invention. Fig. 4 is a plan view showing the unfolded state of the first and second support mechanisms of the present invention. Figure 5 is a side view of the unfolded state of the first and second branch buildings of the present creation. Figure 6 is a schematic diagram of the state of use of this creation. Figure 7 is a schematic diagram of the left-handed state of the creation. [Main component symbol description] Housing 1 Control mechanism 2 Left button 2 1 Right button 2 2 Roller 2 3 Cursor indicating unit 2 4 Transfer unit 2 5 First support mechanism 3 First telescopic unit 31 Fixing plate 311 Extension plate 312 Carrier plate 313 abutting portion 314 first limiting portion 3 2 cone 3 21 recessed portion 3 2 2 second supporting mechanism 4 second telescopic unit 41 fixing plate 411 extending plate 412 carrier plate 413 abutting portion 414 second limiting portion 4 2 Cone 4 21 Recessed area 4 2 2 Right hand 5 Right hand thumb 5 1 Right hand index finger 5 2 Right hand finger 5 3 Right hand ring finger 5 4 Right hand little finger 5 5 Left hand 6 Left hand thumb 6 1 M424534 Left hand index finger 6 2 Left hand finger 6 3 Left hand ring finger 6 4 left hand little finger 6 5