201228870 六、發明說明： 【發明所屬之技術領域】 本發明主要係揭示一種鎖定機構，尤指自行車用可快 速安裝拆卸的泥除鎖定機構。 ' 【先前技術】 習知的自行車泥除快拆結構，其中，該連接泥除的連 接襄置與連接自行車轉向管的定位裝置，係使用滑座與滑 塊的設計，使滑塊可拆卸的組設於滑座，但是滑座與滑二 的，合為-個單方向定位，且滑座與滑塊之間只有=的 鎖定’只要失去了拘束力或是滑座與滑塊鬆脫，將 連接泥除的連接裝置整個掉落，甚至泥除與連接^會统 進订進間的幅條内，造成自行車騎士相當大的危險。曰、 再者，習知自行車泥除快拆結構，使用者 需要將整個泥除快拆結構拆下，將耗費使財許多時門 ^於上述先龍術的_無法有效 t ° 因此本申請人提出本專利申請，以解決前述問題點克服， 【發明内容】 本發明泥除鎖定機構，使 插入該卡扣件’使該連接裝置的卡扣;扣孔 姉向移動，制者_力於該連接^=^件沿ζ 夠相對該卡扣件於該卡扣孔的第一以㈣卡扣孔能 軸向的移動，該連接穿詈 "、—知之間沿叉轴 的卡扣孔中的第二容置空間能夠 201228870 :=:::::::::::::: 該卡扣件：^ V k ‘ 令置工間限制 於該卡扣料 移動’該連接裝置的夾扣端被夾扣201228870 VI. Description of the Invention: [Technical Field of the Invention] The present invention mainly discloses a locking mechanism, and more particularly to a mud removal locking mechanism for a bicycle that can be quickly installed and disassembled. [Prior Art] A conventional bicycle mud removal structure, wherein the connection device of the connection mud and the positioning device for connecting the bicycle steering tube are designed to make the slider detachable by using a slider and a slider. The set is set on the slide, but the slide and the slide two are combined into one single direction, and only the lock of the slide between the slide and the slider is as long as the restraint force is lost or the slide and the slider are loose. The entire connection device that connects the mud is dropped, and even the mud and the connection will be integrated into the width of the order, causing the bicycle rider to be quite dangerous.曰 再 再 习 习 习 习 习 习 习 习 习 习 习 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车 自行车The present patent application is filed to solve the above problems. [Invention] The mud removal locking mechanism of the present invention enables the insertion of the fastening member to cause the buckle of the connecting device to move, and the button hole is moved. The connecting ^=^ member is axially movable relative to the first (four) snap hole of the latching member in the latching hole, and the connecting thread passes through the snap hole along the fork shaft The second accommodating space can be 201228870 :=:::::::::::::: The card fastener: ^ V k ' The work space is limited to the movement of the buckle material 'The clamp of the connecting device The buckle end is clipped
離小於該杰i、位部與凸塊之間，且該限位部與凸塊之距 〜Λ °端的厚度，藉此，該連接裝置 f於該卡扣件的限位部與凸塊為緊配合，該夹== 扣槽内、，該扣部於凸塊相對該限 曰且該連接裝置相反於該扣部的_ 二凸緣，該扣部的凹槽與該連縣置的凸緣互相d :二連=置限制該卡扣件沿z軸與γ轴轴向㈣ 料鮮置t相對該連接裝置沿x轴單方向的移動，即 的間同時具有z轴與γ軸雙軸向定位 =朝位置，者施力將該連 的ttr ’且該連接裂置的夾扣端脫離該卡扣件 置空間，使該連接裳置位於第二位置。 弟一 ^發日親除歡機構，當該連接裝置位於第一位置， 該==於該鎖定件的控制部，使該鎖定件相_ 互，使該鎖定件的凸部能夠與該扣部的溝槽 ==合，且該較件的凸部卿該卡扣件的凸塊，❹ I、該限位部之_距離縮短，該連接裝置的夾扣端被 201228870 ，該鎖 件位於鎖定位置；使用者_ ，使該鎖定 該鎖定件相對於該連接裝_轉，位孔外，且 該扣部的溝槽，使該鎖定件位於釋放位置妾裝置的凸緣脫離 拖轉，該鎖料位======使該鎖定件 立部之二距=: 緊配合更加緊心:ί二:該卡扣件的限位部與凸塊的 …使該泥除鎖定裝置形成雙重鎖定。 力將鎖定麟，使用者更換播泥板時，只需施 "、置位於第二位置與該敎件位於釋放位置， Μ_接褒置、該鎖定件與播泥板取下，於自行車的 轉向管内孔内只留下該卡扣件與該定位裝置，拆卸相當方 便。 /、他目的i點和本發明的新賴特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 —有關本發明所邮之技術、手段及其功效，兹舉一較 佳貝把例並配合圖式詳述如後，此僅供說明之S，在專利 申請上並不受此種結構之限制。 201228870 參照圖與圖二，圖一為本發明泥除鎖定機構之立體 外觀圖’目二為本發明泥除較機構之立體分解圖，本發 明泥除鎖定機構1包括有一個卡扣件10、一個連接裝置 20、一個鎖定件30與一個定位裝置4〇，其中： 遠卡扣件1 〇軸向設有一個穿孔11貫穿該卡扣件1 〇， 該卡扣件10 —端形成一個連接部12,該卡扣件10相反於 該連接部12的一端形成一個扣部13，該卡扣件10於該連 接部12與該扣部13之間凸設一個限位部14，該連接部12 相反該扣部13的一端具有一個第一斜面121，該扣部13 相鄰該限位部14的一端凹設一個夾扣槽131，該扣部13 一端凸伸一個凸塊132，該扣部13 —端凹設有一個溝槽 134。 該連接裝置20可拆卸的組設於該卡扣件1〇的扣部 13 ’該連接裝置20具有一個第一位置與第二位置，該連接 裝置20位於第一位置時’該連接裝置20組設於該卡扣件 10，該連接裝置20位於第二位置時，該連接裝置2〇脫離 該卡扣件10，該連接裝置20具有一個第一端21與—個第 二端22，該連接裝置20於5亥第一端21與第二端22各凸 設一個固接部23，該固接部23能夠供擔泥板5〇可拆卸的 組設於該固接部，參考圖一的座標系統，該第一端21 沿γ軸轴向設有一個軸孔24貫穿該連接裝置20兩側面， 該第二端22沿Y軸軸向設有一個定位孔25貫穿該連接裝 置20兩側面，該連接裝置2〇於该第一端21與第二端22 之間沿Z軸軸向設有一個卡扣孔26貫穿該連接裝置20。 201228870 該鎖定件30樞設於該連接裝置20，且該鎖定件30能 夠相對於該連接裝置20樞轉，該鎖定件30 —端沿Y軸軸 向設有一個樞孔31貫穿該鎖定件30，且該鎖定件30 —端 設有一個凸部32，該鎖定件30相反於該凸部32的一端設 有一個控制部33,該鎖定件30於該枢孔31與該控制部33 之間的兩側面各凸設一個凸粒34，且該鎖定件30設有一 個樞軸35能夠穿過該樞孔31與該連接裝置20的軸孔24, 用以將該鎖定件30枢設於該連接裝置20，使該鎖定件30 能夠相對於該連接裝置20枢轉。 該定位裝置40設於該卡扣件10相反該連接裝置20 的一端，該定位裝置40軸向設有一個貫孔41，該貫孔41 能夠與該卡扣件10的穿孔11相對應，且該貫孔41與該穿 孔11能夠連通為一個空間，該定位裝置40設有一個螺固 件43，該螺固件43通過該定位裝置40的貫孔41與該卡 扣件10的穿孔11將該定位裝置40與該卡扣件10連結。 同時參照圖三至圖五，圖三為本發明泥除鎖定機構之 使用狀態側視剖面圖，圖四為本發明泥除鎖定機構之上視 剖面圖，圖五為本發明泥除鎖定機構之使用狀態圖，該定 位裝置40 —端具有一個第二斜面42，使用者能夠將該卡 扣件10的第一斜面121與該定位裝置40的第二斜面42 相貼合，且該定位裝置40的貫孔41與該卡扣件10的穿孔 11相連通，使用者將該卡扣件10的連接部12與該定位裝 置40置入自行車80的轉向管内孔81内，並且利用該第一 斜面121與該第二斜面42相對滑動，使該定位裝置40與 201228870 該卡扣件10的連接部12迫緊配合至自行車80的轉向管内 孔81内，且利用該定位裝置40的螺固件43通過該定位裝 置40的貫孔41與該卡扣件10的穿孔11將該定位裝置40 與該卡扣件10固定至自行車80的轉向管内孔81内。 該卡扣件10的限位部14與凸塊132有一個距離D， 且該卡扣件10的限位部14與凸塊132具有一個彈性回復 力，該連接裝置20的卡扣孔26内形成一個第一容置空間 261與一個第二容置空間262,該第一容置空間261與第二 容置空間262相連通，該第一容置空間261具有一個第一 寬度W1，該第二容置空間262具有一個第二寬度W2，且該 第一寬度W1小於該第二寬度W2，使該連接裝置20的卡扣 孔26形成一個鑰匙型孔，該連接裝置20相鄰該第一容置 空間261設有一個夾扣端263，該夾扣端263具有一個厚 度T。 當該連接裝置20位於第二位置時，該連接裝置20脫 離該卡扣件10，使用者能夠於該連接裝置20的卡扣孔26 插入該卡扣件10，參考圖三及圖四的座標系統，使該連接 裝置20的卡扣孔26相對該卡扣件10沿Z軸軸向移動，使 用者能施力於該連接裝置20，使該卡扣孔26能夠相對該 卡扣件10於該卡扣孔26的第一端21與第二端22之間沿 X軸軸向的移動，該連接裝置20的卡扣孔26中的第二容 置空間262能夠被該卡扣件10的扣部13插入，且該卡扣 件10的限位部14能夠提供限位的功能，使該卡扣件10 的連接部12無法通過該卡扣孔26，使用者施力將該連接 201228870 裝置20朝向第二端22沿X軸軸向推動，使該卡扣件1〇 進入該卡扣孔26的第一容置空間261，該第一容置空間261The thickness is less than the thickness between the portion, the portion and the bump, and the distance between the limiting portion and the bump is Λ°, whereby the connecting device f is at the limiting portion and the bump of the latching member. Tight fit, the clip == in the buckle groove, the buckle portion is opposite to the limit of the protrusion, and the connecting device is opposite to the _ two flange of the buckle portion, the groove of the buckle portion and the convexity of the connecting county Edge mutual d: two connection = set limit the axial direction of the fastener along the z-axis and the γ-axis (4) The fresh t is moved relative to the connecting device in a single direction along the x-axis, that is, the z-axis and the γ-axis are simultaneously To the positioning = toward the position, the force is applied to the ttr' of the connection and the clip end of the connection is disengaged from the fastening member space, so that the connection is placed in the second position. When the connecting device is in the first position, the == is in the control portion of the locking member, so that the locking members are _ mutual, so that the convex portion of the locking member can be coupled with the buckle portion The groove is ==, and the protrusion of the member is the protrusion of the fastener, ❹I, the distance of the limit portion is shortened, the clip end of the connecting device is 201228870, and the lock is located at the lock Positioning; user_, causing the locking of the locking member relative to the connecting device, the position of the locking portion, and the groove of the fastening portion, the locking member is located in the release position, the flange of the device is disengaged, the lock Level ====== Make the distance between the vertical part of the locking piece =: Tight fit is more tight: ί 2: The limiting part of the snap fastener and the bump... make the mud removal locking device form a double lock . The force will lock the lining. When the user replaces the shale board, the user only needs to apply the quotation, the second position and the squatting member are in the release position, the Μ _ 褒 、, the locking member and the slab are removed, and the bicycle is Only the snap member and the positioning device are left in the inner hole of the steering tube, and the disassembly is quite convenient. The purpose of the present invention and the new features of the present invention will be more apparent from the following detailed description and related drawings. [Embodiment] - Regarding the technology, means and functions of the present invention, a preferred example will be described in detail with reference to the drawings, and this is for illustrative purposes only, and is not applicable to the patent application. The limitations of the structure. 201228870 is a perspective view of the mud removing mechanism of the present invention. a connecting device 20, a locking member 30 and a positioning device 4, wherein: the distal fastening member 1 is axially provided with a through hole 11 extending through the locking member 1 , and the end portion of the fastening member 10 forms a connecting portion The latching member 10 defines a latching portion 13 opposite to the connecting portion 12 . The latching member 10 defines a limiting portion 14 between the connecting portion 12 and the latching portion 13 . The connecting portion 12 is defined between the connecting portion 12 and the latching portion 13 . On the other hand, one end of the buckle portion 13 has a first inclined surface 121, and a latching groove 131 is defined in the latching portion 13 at one end of the limiting portion 14. The latching portion 13 has a protrusion 132 protruding at one end thereof. 13 - The end recess is provided with a groove 134. The connecting device 20 is detachably disposed on the fastening portion 13 of the latching member 1'. The connecting device 20 has a first position and a second position. When the connecting device 20 is in the first position, the connecting device 20 When the connecting device 20 is in the second position, the connecting device 2 is disengaged from the locking member 10, and the connecting device 20 has a first end 21 and a second end 22, the connection A fixing portion 23 is protruded from the first end 21 and the second end 22 of the device 20, and the fixing portion 23 is configured to detachably set the supporting plate 5 to the fixing portion. In the coordinate system, the first end 21 is disposed along the axial direction of the γ-axis, and a shaft hole 24 is disposed through the two sides of the connecting device 20, and the second end 22 is disposed with a positioning hole 25 extending through the side of the connecting device 20 along the Y-axis. The connecting device 2 is disposed between the first end 21 and the second end 22 along a Z-axis axial direction through a connecting hole 20 . The locking member 30 is pivotally disposed on the connecting device 20, and the locking member 30 is pivotable relative to the connecting device 20. The locking member 30 is axially disposed with a pivot hole 31 extending through the locking member 30 along the Y-axis. And a locking portion 32 is disposed at the end of the locking member 30. The locking member 30 is opposite to the end of the protruding portion 32 and is provided with a control portion 33. The locking member 30 is between the pivot hole 31 and the control portion 33. A protrusion 34 is protruded from each of the two sides, and the locking member 30 is provided with a pivot 35 passing through the pivot hole 31 and the shaft hole 24 of the connecting device 20 for pivoting the locking member 30 thereon. The device 20 is coupled to enable the locking member 30 to pivot relative to the connecting device 20. The positioning device 40 is disposed at one end of the connecting member 20 opposite to the connecting device 20, and the positioning device 40 is axially disposed with a through hole 41, and the through hole 41 can correspond to the through hole 11 of the locking member 10, and The through hole 41 and the through hole 11 can communicate with each other as a space. The positioning device 40 is provided with a screw 43 which is positioned by the through hole 41 of the positioning device 40 and the through hole 11 of the fastening member 10. The device 40 is coupled to the snap member 10. 3 to FIG. 5, FIG. 3 is a side cross-sectional view showing the use state of the mud removing locking mechanism of the present invention, FIG. 4 is a top cross-sectional view of the mud removing locking mechanism of the present invention, and FIG. 5 is a mud removing locking mechanism of the present invention. Using the state diagram, the positioning device 40 has a second inclined surface 42 at the end thereof, and the user can attach the first inclined surface 121 of the fastening component 10 to the second inclined surface 42 of the positioning device 40, and the positioning device 40 The through hole 41 communicates with the through hole 11 of the fastening member 10, and the user places the connecting portion 12 of the fastening member 10 and the positioning device 40 into the steering tube inner hole 81 of the bicycle 80, and utilizes the first inclined surface. The sliding portion 121 is slid relative to the second inclined surface 42 to tightly fit the connecting portion 12 of the locking device 10 to the inner diameter 81 of the steering tube of the bicycle 80, and is passed by the screw 43 of the positioning device 40. The through hole 41 of the positioning device 40 and the through hole 11 of the fastening member 10 fix the positioning device 40 and the fastening member 10 into the steering tube inner hole 81 of the bicycle 80. The limiting portion 14 of the fastening member 10 has a distance D from the projection 132, and the limiting portion 14 of the locking member 10 and the projection 132 have an elastic restoring force, and the locking hole 26 of the connecting device 20 is inside. Forming a first accommodating space 261 and a second accommodating space 262, the first accommodating space 261 is in communication with the second accommodating space 262, the first accommodating space 261 has a first width W1, the first The second accommodating space 262 has a second width W2, and the first width W1 is smaller than the second width W2, so that the locking hole 26 of the connecting device 20 forms a key hole, and the connecting device 20 is adjacent to the first The accommodating space 261 is provided with a clip end 263 having a thickness T. When the connecting device 20 is in the second position, the connecting device 20 is disengaged from the latching member 10, and the user can insert the latching member 10 into the latching hole 26 of the connecting device 20, referring to the coordinates of FIG. 3 and FIG. The system is configured to move the latching hole 26 of the connecting device 20 axially relative to the latching member 10 along the Z-axis. The user can apply the connecting device 20 so that the latching hole 26 can be opposite to the latching member 10. The movement between the first end 21 and the second end 22 of the latching hole 26 in the axial direction of the X-axis, the second accommodating space 262 in the latching hole 26 of the connecting device 20 can be used by the latching member 10 The buckle portion 13 is inserted, and the limiting portion 14 of the fastening member 10 can provide a limit function, so that the connecting portion 12 of the fastening member 10 cannot pass through the locking hole 26, and the user applies the force to connect the 201228870 device. The first receiving space 261 is inserted into the first receiving space 261 of the latching hole 26 . The first receiving space 261 is inserted into the first receiving space 261 of the latching hole 26 .
叹剌該卡扣件10沿Y种刀问的栘動，該連接裝置2〇的夾 扣端263被夾扣於該卡扣件1〇的限位部14與凸塊132之 間’且該限位部14與凸塊132之距離d小於該夾扣端263 的厚度T，藉此，該連接裝置20的夾扣端263被夾扣於該 卡件1〇的限位部Μ與凸塊丨32為緊配合，該夾扣端263 嵌合於該卡扣件1〇的夾扣槽131内，該扣部13於凸塊132 2該限位部14的面凸設有—個凹槽133，且該連接裝置 13』反:該扣部13的凹槽133凸設有-凸緣27，該扣部 、凹《 133與該連接裝置2〇的凸 該連接梦署9n 反邳卞。，精此， 且該卡扣、件〗η限制該卡扣件10沿Ζ軸與Μ轴向的移動， ^ 〇僅能相對該連接裝置20沿X軸單方向的y 動，即該連¥ 、矛夕 伐裝置20與卡扣件10之間同時罝 軸雙軸向定位Mi 軸與γ 同使該連接裝置2Q位於第一位置。 >圖六，為本發明泥除鎖定機 圖，當該連接萝罢。Λ 啊偁之則視剖面 鎖定件30的位於第一位置，使用者能夠施力於該 2〇樞轉，使^鎖 使該鎖定件3〇相對於該連接裝置 槽134互相;;疋们〇的凸部32能夠與該扣部13的溝 10的凸塊疋件3G的凸°卩32卿該卡扣件 短，該連接細_ U之間的距離縮 限位部14夾扣端263被夾扣於該卡扣件丄〇的 凸粒34能夠卡=心緊配合更加緊密’該鎖定件3。的 。至該連接裝置2〇的定位孔25内，使該鎖 201228870 定件30位於鎖定位置。 同日终知圖七與圖心圖 圖表示鎖定件位於釋放位置，圖八Sliding the shackle of the shackle 10 along the Y-knife, the clip end 263 of the connecting device 2 夹 is clamped between the limiting portion 14 of the latching member 1 与 and the bump 132 ′ The distance d between the limiting portion 14 and the bump 132 is smaller than the thickness T of the clip end 263, whereby the clip end 263 of the connecting device 20 is clamped to the limiting portion Μ and the bump of the clip 1〇 The 丨 32 is a tight fit, and the clip end 263 is fitted into the clip slot 131 of the latching member 1 , and the latching portion 13 is convexly disposed on the surface of the limiting portion 14 of the bump 132 2 . 133, and the connecting device 13 is reversed: the recess 133 of the buckle portion 13 is convexly provided with a flange 27, and the buckle portion, the concave portion 133 and the connecting device 2 are convexly connected to each other. In this case, the buckle and the piece η restrict the movement of the fastener 10 along the y-axis and the y-axis, and 〇 can only move in the unidirectional direction of the connecting device 20 along the X-axis, that is, the continuous ¥ Between the plucking device 20 and the latching member 10, the biaxial axial positioning of the Mi axis and γ simultaneously causes the connecting device 2Q to be in the first position. > Figure 6, which is the mud removal locking machine of the present invention, when the connection is connected. Λ 偁 则 视 视 视 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面 剖面The convex portion 32 can be shorter than the convex portion of the convex member 3G of the groove 10 of the buckle portion 13 , and the distance between the connection thin portion U is shortened by the clip end portion 263 The tabs 34 that are clipped to the latching member can be carded = the tight fit fits the locking member 3. of . To the positioning hole 25 of the connecting device 2, the lock 201228870 fixed member 30 is placed in the locked position. On the same day, the figure 7 and the heart diagram are shown. The figure shows that the lock is in the release position.
30的控制部犯，使ΪL者能夠施力於該鎖定件 接裝置2〇的定位孔〜=件3〇的凸粒34能夠脫離至該連 置2〇樞轉，該鎖定件3G相對於該連接裝 槽-使_定件脫離該扣部13的溝 置20朝向^=丨位於釋放位置’使咖力將該連接裝 方向、/σ X轴轴向推動，連接裝詈？f) ^ 凸㈣脫離該扣部13的凹槽133，且該連接裝 扣端263脫離該卡扣件Η)的限位部Η與凸塊132之間 使該卡扣件ίο回到該卡扣孔26的第二容置空間262，使 該連接裝置2G位於第二位置，且該連接裝置2G能夠沿ζ 軸軸向脫離該卡扣件1〇。 同時參照圖九與圖十，圖九為本發明泥除鎖定機構之 立體外觀圖表示連接裝置位於第二位置且鎖定件位於釋放 位置’圖十為本㈣泥賴定機構之使躲態分解圖，使 用者更換擔泥板50時，只需施力雜連接裝置2()位於第 二位置與該鎖定件3G位於釋放位置，即可將該連接裝置 20、該鎖定件30與擋泥板5〇取下，於自行車8〇的轉向管 内孔81内只留下該卡扣件1〇與該定位裝置4〇，拆卸相當 方便。 綜合以上所述，本發明泥除鎖定機構具有以下優點·· 201228870 】·本么明泥除鎖定機構，使用者於該連接裝置的卡扣 才λ卡扣件，使该連接裝置的卡扣孔相對該卡扣件沿 ζ抽秘向移動，❹者能施力於該連躲置，使該卡扣孔 能夠相對該卡扣件於該卡扣孔的第-端與第二端之間沿X 軸軸向的移動’該連接裝置的卡扣孔中的第二容置空間能 Π:件的扣部插入，且該卡扣件的限位部能夠提供 詩月匕’使該卡扣件的連接部無法通過該卡扣孔，使 將該物置朝向第二端沿心轴向推動，使該 扣孔的第一容置空間，該第-容置空間限 扣於該卡:γ轴方向的移動’該連接裝置的夾扣端被夾 距離小於㈣=位部與凸塊之間，且該限位部與凸塊之 夾扣於琴^ 2的厚度’藉此，該連接裝置的夾扣端被 於該卡扣件的夾扣㈣，w i 栽合 凸設有—個凹/ 扣部於凸塊相對該限位部的面 有-凸緣U且該連接裝置相反於該扣部的凹槽凸設 藉此，該連接i 該連純她緣互相卡合， 且該卡扣件魏相;^連接的移動， 的效ΐ =::r z_雙轴向定位 接裝置朝向第一山x "弟位置，使用者施力將該連 脫離該扣=二向推動’連接裝置的凸緣 的限位部盘凸塊⑶f連接裝置的夹扣端脫離該卡扣件 置空間，使該連接以扣件回到該卡扣孔的第二容 4連接裝置位於第二位置。 201228870 ^本㈣絲鎖定機構，當該連難置位 對於該連接裝置樞轉：;二广使該鎖定件相 、.盖择石如本A 使補疋件的凸部能夠與該扣部的 使“免鎖定件的凸部頂擎該卡扣件的凸塊， I祐决^ 間的距離縮短，該連接裝置的夾扣 W ^ 卡扣件的限位部與凸塊的緊配合更加緊密， 鎖定件位;^ ^的疋位孔内，使該 使用者能夠施力於該鎖定件的控制 1， Γ鎖ί件的凸粒能夠脫離至該連接裝置的定位孔 缘脫疋件相對於該連接裝置樞轉，該連接裝置的凸 緣脫相扣部㈣槽’使該鎖定件位於釋放位置。 士&本，明泥除鎖定機構，該連接裝置位於第一位置 :形成第t鎖定，同時施力該鎖定件的控制部使該鎖 牛樞轉。亥鎖定件位於鎖定位置，且該鎖定件的凸部頂 、亥卡扣件的凸塊，使該凸塊與該限位部之間的距離縮 短’使該連接裝置的夾扣端被夾扣於該卡扣件的限位部與 凸塊的緊配合更加緊密，使該泥除歡裝置形成雙重鎖定。 a 4.本發明泥除鎖定機構，使用者更泥板時，只需 &力將》亥連接裝置位於苐二位置與該鎖定件位於釋放位 置’即可將該連接裝置、該鎖定件與播泥板取下，於自行 車的轉向管内孔内只留下該卡扣件與該定位裝置，拆卸相 當方便。 、惟上所述者，僅為本發明之較佳實施例而已，當不能 以之限疋本發明實施之範圍’故舉凡數值之變更或等效元 f C 1 12 201228870 變化與修 件之置換’或依本發日种請專利範圍所作之 飾，皆應仍屬本發明專利涵蓋之範疇。 _寻 【圖式簡單說明】 圖-··為本發明泥除較機構之讀外觀圖。 圖二：為本發明泥除鎖定機狀立體分解圖。 圖三：為本發明泥除較機構之使賴_視剖面圖。 _ .為本發明泥除敎機狀上視剖面圖。 圖五：為本發明泥除鎖定機構之使祿態圖。 圖六：為本發明泥除鎖定機構之前視剖面圖，表示鎖定件 位於鎖定位置。 圖為本發明泥除鎖定機構之側視剖 位於釋放位置。 U) π Θ 圖八:·為圖六之延續，表示連接裝置位於第二位置。 =九=本發明泥除鎖定機構之立體外觀圖，表示連接裝 # 置位於第二位置，且鎖定件位於釋放位置。 圖十.為本糾泥除較機構之制㈣分解圖。 【主要元件符號說明】 U穿孔 121第一斜面 131失扣槽 133凹槽 [s] 1 泥除鎖定機構 10卡扣件 12 連接部 13 扣部 132凸塊 13 201228870The control unit of 30 is operative to enable the tamper 34 to be biased to the locating hole of the locking member 2 〇 = = = 凸 凸 34 34 34 34 34 34 34 34 34 , , , , , , , , , Connecting the slot - the yoke is disengaged from the groove 20 of the buckle portion 13 toward the position of the ^= 丨 in the release position, so that the coffee force pushes the connection direction, /σ X axis axially, and connects the assembly? f) ^ convex (four) is detached from the recess 133 of the buckle portion 13, and the connecting buckle end 263 is separated from the limiting portion 该 of the latching member Η) and the bump 132 to return the latch member ίο to the card The second accommodating space 262 of the buckle hole 26 allows the connecting device 2G to be in the second position, and the connecting device 2G can be axially disengaged from the latching member 1 ζ along the ζ axis. Referring to FIG. 9 and FIG. 10 together, FIG. 9 is a perspective view of the mud removing and locking mechanism of the present invention, showing that the connecting device is in the second position and the locking member is in the releasing position. When the user replaces the slab 50, the connecting device 20, the locking member 30 and the fender 5 can be disposed only by the urging device 2 () being in the second position and the locking member 3G being in the releasing position. In the steering tube inner hole 81 of the bicycle 8 只, only the latching member 1 〇 and the positioning device 4 留下 are left, which is quite convenient to disassemble. In summary, the mud removal locking mechanism of the present invention has the following advantages: · 201228870 】 · The clear mud removal mechanism, the user buckles the buckle of the connecting device, and the snap hole of the connecting device Relatively moving along the squeezing direction of the squeezing member, the latter can apply force to the detachment so that the Snapper hole can be positioned between the first end and the second end of the locking hole relative to the locking member The axial movement of the X-axis "the second accommodating space in the snap hole of the connecting device can be: the buckle portion of the member is inserted, and the limiting portion of the snap member can provide the shackle" The connecting portion cannot pass through the latching hole, so that the object is pushed along the axial direction toward the second end, so that the first receiving space of the buttonhole is limited to the card: γ-axis direction The movement of the clip end of the connecting device is less than (four) = between the bit portion and the bump, and the clip portion and the bump are clamped to the thickness of the piano 2, thereby the clip of the connecting device The buckle end is clipped to the fastening member (4), and the wi-groove is convexly provided with a concave/fastening portion on the surface of the projection relative to the limiting portion-flange U The connecting device is protruded from the groove of the buckle portion, whereby the connection i is purely engaged with each other, and the fastening member is in the phase; the movement of the connection is:::r z_ The biaxial positioning device is oriented toward the first mountain x", the user applies a force to disengage the connection from the buckle; the second end pushes the flange of the connecting device to the clip portion of the flange (3) f connecting device The second receiving device is disconnected from the latching portion so that the connecting member returns to the latching hole in the second position. 201228870 ^This (four) wire locking mechanism, when the connection is difficult to set the pivoting of the connecting device:; two wide so that the locking member phase, the cover stone as in this A to make the convex portion of the replacement member can be with the buckle portion The "clearing portion of the locking member is slammed against the protrusion of the fastening member, and the distance between the locking members is shortened, and the clamping portion of the connecting device is closer to the locking portion of the locking member and the locking portion of the locking member is closer. , the locking member position; ^ ^ in the clamping hole, enabling the user to apply force to the control member 1 of the locking member, the ridge of the locking member can be detached from the positioning hole of the connecting device, the disengagement member is opposite to The connecting device pivots, and the flange decoupling portion (four) slot of the connecting device causes the locking member to be in the release position. The <this, the mud removal locking mechanism, the connecting device is located at the first position: forming the t-lock Simultaneously applying a control portion of the locking member to pivot the locking cow. The locking member is located at the locking position, and the convex portion of the locking member and the protrusion of the hex fastener cause the projection and the limiting portion Shortening the distance between 'the clip end of the connecting device is clamped to the limiting portion of the snap member and the bump The tight fit is more tight, so that the mud removing device forms a double lock. a 4. The mud removing locking mechanism of the present invention, when the user is more muddy, only & force the "Hai connection device" at the second position and the locking member In the release position, the connecting device, the locking member and the dredging board can be removed, and only the latching member and the positioning device are left in the inner hole of the steering tube of the bicycle, and the disassembly is quite convenient. It is merely a preferred embodiment of the present invention, and is not limited to the scope of the present invention. Therefore, any numerical value change or equivalent element f C 1 12 201228870 change and repair replacement 'or The decoration of the scope of patents should still be covered by the patent of the invention. _ seeking [simple description of the drawing] Figure-·· is the reading appearance of the mud removal mechanism of the present invention. Fig. 3 is a cross-sectional view of the mud removing machine of the present invention. Fig. 5 is a top view of the mud removing mechanism of the present invention. Let the state diagram of the state. Figure 6: The present invention In addition to the cross-sectional view of the locking mechanism, the locking member is in the locked position. The figure is a side view of the mud removal locking mechanism of the present invention in the release position. U) π Θ Figure 8: Continuation of Figure 6, indicating that the connecting device is located Two positions. = Nine = a three-dimensional appearance of the mud removal locking mechanism of the present invention, indicating that the connection device is placed in the second position, and the locking member is in the release position. Figure 10. The system of the mud-removing mechanism (4) exploded view. [Description of main component symbols] U-perforation 121 first inclined surface 131 missing groove 133 groove [s] 1 mud removal locking mechanism 10 fastener 12 connection part 13 buckle part 132 bump 13 201228870
134 溝槽 14 限位部 20 連接裝置 21 第一端 22 第二端 23 固接部 24 軸孔 25 定位孔 26 卡扣孑L 261 第一容置空間 262 第二容置空間 263 夾扣端 27 凸緣 30 鎖定件 31 柩孔 32 凸部 33 控制部 34 凸粒 35 棍軸 40 定位裝置 41 貫孔 42 第二斜面 43 螺固件 50 擔泥板 80 自行車 81 轉向管内孔 D 距離 T 厚度 W1 第一寬度 W2 第二寬度 14134 Groove 14 Limiting portion 20 Connecting device 21 First end 22 Second end 23 Fastening portion 24 Shaft hole 25 Positioning hole 26 Buckle L 261 First accommodating space 262 Second accommodating space 263 Clip end 27 Flange 30 Locking member 31 Boring hole 32 convex portion 33 Control portion 34 Projection 35 Stick shaft 40 Positioning device 41 Through hole 42 Second inclined surface 43 Screw 50 Supporting plate 80 Bicycle 81 Steering tube inner hole D Distance T Thickness W1 First Width W2 second width 14