M250874 捌、新型說明： 【新型所屬之技術領域】 本新型是有關於一種腳踏板，特別是指一種整體設計 相¥間》糸、輕巧的自行車登山用腳踏板（一）。 5 【先前技術】 自行車腳踏板實務上會因使用目的不同而有不同設 計，例如休閒用、公路競賽用、及越野登山用等等，就= 山用腳踏板而言，因為自行車是騎乘在崎嶇不平的道路， 及騎乘者的鞋須要常常與腳踏板組結、脫離，所以必須具 10 肖有不易堆積污泥以常保組件動作靈敏的使用功能，創作 人所創作並已核准之第87215176號「組合式安全踏板 (五）」專利案及第872mu號「組合式安全踏板（六）」 專利案，就是具備有可防止污泥堆積使用功能的自行車登 山用腳踏板，該等專利案產品因確實可有效防止污泥堆 積所以在上市後已深獲業界及騎乘者好評，但是創作人 並不因此而自滿，進一步發現，登山用腳踏板仍具有可再 精減t體組件、重篁以降低生產成本，及定趾器可更方便 與腳踏板組結的改良空間。 【新型内容】 口此本新型之目的是在提供一種整體重量較輕、可 降低裝k成本’及定趾器可較方便組結與脫離的自行車登 山用腳踏板（一）。 於是，本新型自行車登山用腳踏板（-）包含有-可組 結於一自行車踏捍的踏板軸、-套設於該踏板軸並可轉動 M250874 的踏板本體、一鎖結於該踏板本體的固定夾置架、一呈可 樞轉地組設於該踏板本體的活動夾置架，及一裝設在該活 動夾置架與該踏板本體之間的偏置件。 · 該踏板本體是由鋁合金、鎂合金製成，包括一套設於 5 該踏板軸的套管部，及自該套管部的一外管面沿徑向朝外- 延㈣同向一第一翼塊、一第二翼塊，與反向於該第一翼 塊、第二翼塊的一第三翼塊、一第四翼塊； 該固定夹置架具有一同向於該套管部並鎖結於該 一翼塊與該第二翼塊且具有一止動面的止動部，自該止動_ 10 部的兩侧朝向底端延伸的二連結部，自該二連結部彎折並 鎖結於該套管部的二鎖塊，及自該二連結部朝向該止動面 延伸的二斜導塊； 該活動夾置架包括一頂塊、自該頂塊兩侧朝向底端彎 設的一第一樞塊與一第二樞塊，及一設置於該頂塊且面對 15 該止動面的夾置面，是藉由一樞軸依序穿柩於該第三翼 塊、該第一樞塊、該第二樞塊與該第四翼塊，使該活動夾-置架可以該核轴為支轴搞轉； 該偏置件為一扭力彈簧，具有一套設於該樞軸的本體 部，及分別抵置於該踏板本體、該活動夾置架的一第一端 ί〇 腳、一第二端腳，使該活動夾置架具有一朝向該固定夾置 _ 架的偏置力； 藉由上述組成，則一固設於漪乘者鞋底的定趾器可受 該二斜導塊導引並方便被夾置定位在該止動面與該夾置 面之間，及可方便脫離該止動面與該夾置面，使本新型具 5 0316 有整體組件較簡潔'重量較輕以可降低製造成本，及可方 便與定趾器組結、脫離的使用特性。 【實施方式】 本新型前述以及其他技術内容、特點與優點，在以下 配合參考圖式之一較佳實施例的詳細說明中，將可清 明白。 在詳細說明之前要注意的是，在整篇說明書中所使用 的相對位置用語，如“前，，、“後，，、“頂，，、“底”是 以騎乘者的騎乘方向及圖4所示的方向為基準。 此2，在整篇說明書及圖式所示的腳踏板是一左側腳 踏板’實際上相同的腳踏板可設置在—自行車的左側及右 侧，只是右侧腳踏板為左側腳踏板的鏡像，故本說明書不 詳細討論及圖示右侧腳踏板。 上丄如圖1、2、3所示，本新型自行車登山用腳踏板1 違較佳實施例是組結於—自行車踏桿⑽並與其M250874 新型 Description of the new model: [Technical field to which the new model belongs] The new model relates to a pedal, in particular, an overall design phase ¥ 间, a lightweight pedal for bicycle climbing (1). 5 [Prior technology] In practice, bicycle pedals will have different designs depending on the purpose of use, such as leisure, road racing, and cross-country climbing, etc. As far as = mountain pedals are concerned, because bicycles are used for riding Riding on rough roads, and the rider's shoes must often be combined with and disengaged from the pedals, so it must have a function that is not easy to accumulate sludge and maintain the sensitive movement of the components. The author has created and approved it. The patent case No. 87215176 "Combined Safety Pedal (5)" and the patent case No. 872mu "Combined Safety Pedal (6)" are bicycle pedals for mountain climbing with a function to prevent the use of sludge accumulation. Since patented products can effectively prevent the accumulation of sludge, they have been well received by the industry and riders after listing, but the creators are not complacent because of this. It was further found that the pedals for mountaineering still have a reducible t Body components, heavy lifting to reduce production costs, and toe fixers can be more easily combined with the pedals to improve the space. [New content] The purpose of this new model is to provide a bicycle pedal for mountain climbing (1), which has a lighter overall weight, can reduce the cost of installation, and can be easily assembled and disengaged. Therefore, the new bicycle pedal for mountain climbing (-) includes-a pedal shaft that can be combined with a bicycle pedal, a pedal body that is sleeved on the pedal shaft and can rotate M250874, and a pedal body that is locked to the pedal body A fixed clamping frame, a movable clamping frame pivotably arranged on the pedal body, and a biasing member installed between the movable clamping frame and the pedal body. · The pedal body is made of aluminum alloy and magnesium alloy, and includes a sleeve part provided on the pedal shaft and a radially outward direction from an outer tube surface of the sleeve part-extending in the same direction A first wing block and a second wing block, and a third wing block and a fourth wing block opposite to the first wing block and the second wing block; A stopper portion that is locked to the one wing block and the second wing block and has a stopper surface, two connection portions extending from both sides of the stopper_10 portion toward the bottom end, and bent from the two connection portions Two locking blocks folded and locked to the sleeve part, and two oblique guide blocks extending from the two connecting parts toward the stop surface; the movable clamping frame includes a top block, and the two sides of the top block are directed to the bottom A first pivot block and a second pivot block provided at the end bends, and a clamping surface provided on the top block and facing 15 the stop surface are sequentially penetrated through the third by a pivot axis. The wing block, the first pivot block, the second pivot block and the fourth wing block enable the movable clamp-frame to be rotated by the core shaft as a fulcrum; the biasing member is a torsion spring with a set of At the hub And a first end and a second end of the movable clamping frame, respectively, so that the movable clamping frame has a bias toward the fixed clamping frame. With the above composition, a toe fixer fixed to the sole of the rider can be guided by the two oblique guide blocks and conveniently positioned between the stop surface and the clamping surface, and It can be easily disengaged from the stop surface and the clamping surface, so that the new device has a simpler overall assembly and a lighter weight to reduce manufacturing costs, and can be easily combined with and disengaged from the toe fixer. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be made clear in the following detailed description of a preferred embodiment with reference to the accompanying drawings. It should be noted before describing in detail that the relative position terms used throughout the specification, such as "front ,,," back, "," top, "and" bottom "are based on the riding direction of the rider and The direction shown in Figure 4 is used as a reference. 2. The foot pedal shown in the entire manual and drawings is a left foot pedal. Actually the same foot pedal can be set on the left and right sides of the bicycle. Only the right foot pedal is a mirror image of the left foot pedal, so this manual does not discuss and illustrate the right foot pedal in detail. As shown in Figures 1, 2, and 3, the new bicycle climbing foot pedal 1 A violation of the preferred embodiment is the combination of-bicycle pedal ⑽ and
^S£tL· _ _ 1 J ，一固置在一騎乘者所穿之鞋90底部的定趾器8〇可 X置疋位及脫離於該腳踏板1，以使該鞋㈣可以附著在該 腳踏板1上，及可脫離該腳踏板1。 士圖4、5所示，該較佳實施例包含一踏板軸^ 〇、一 套結於該踏板軸1Q的踏板本體20、一鎖結於該踏板本體 2〇的固疋失置架70、一樞結於該踏板本體20的活動夾置 架3 0，及一發班+从 , 裝置在該活動夾置架30與該踏板本體π之間 的偏置件40。 “杳板軸10具有一可組結於該自行車踏桿1 〇〇 (見圖 6 1 )的第一端部u， 。該第 ：白於該第-端部U的第二蠕部 軸線Α。 Μ與該第二端部12之間並延伸有-中心 金=圖4、5、8、9所示，該踏板本體20是以銘人 的你合金製成以具有重量較輕及可降低加工、製造成: 的作用’包括-套設於該第二端部12並可沿該中=成本 旋轉的套管部21，自該套管部21的^亥中，A 釦人 d的一外管面沿徑向朝外 :端延伸的同向一第一翼塊22、一第二翼塊Μ，* 向：該第-翼塊22、第二翼塊23的一第三翼塊24、二 _四翼塊25’及成型在該套管部21與該第—翼塊& -翼塊23之間並各設置有一螺孔261的二鎖柱。 該第-翼塊22與該第二翼塊23各具有一自頂面朝向 底面設置的螺孔22卜23卜且該第一翼塊22與該第二翼 鬼23的頂面與該二鎖柱26的頂面之間具有一高度差b。 該第三翼塊24與該第四翼塊25分別設置有一同向於 該套管部21的螺孔241、盲孔251。 較佳地，該踏板本體20更包括一成型在該套管部21 與該第三翼塊24之間的擋塊27。 如圖4、5、6、7所示，該固定夾置架7〇包括一 同向於該套管部21並設置有一面對該套管部21之凹弧止 動面711的止動部71，自該止動部71的二反向側朝向底 端延伸的二連結部72，自該二連結部72朝向該止動部71 的反向彎折延伸的二鎖塊73，及自該二連結部72的相對 内面朝向該止動面711延伸並逐漸縮小彼此間距的二斜導 M250874^ S £ tL · _ _ 1 J, a toe fixer 80 fixed on the bottom of a shoe 90 worn by a rider can be placed in X position and separated from the footboard 1 so that the shoe last can be attached On the foot pedal 1 and detachable from the foot pedal 1. As shown in FIGS. 4 and 5, the preferred embodiment includes a pedal shaft ^ 〇, a pedal body 20 connected to the pedal shaft 1Q, a fixed displacement frame 70 locked to the pedal body 20, A movable clamping frame 30 pivotally connected to the pedal body 20 and a shift + slave are provided with a biasing member 40 between the movable clamping frame 30 and the pedal body π. "The fascia shaft 10 has a first end portion u, which can be combined with the bicycle pedal 100 (see FIG. 6 1). The first: a second axis A of the second end portion that is whiter than the first end portion U There is a -center gold between Μ and the second end portion 12 = shown in Figs. 4, 5, 8, and 9. The pedal body 20 is made of your own alloy to have a lighter weight and can be reduced. Processed and manufactured to: The function includes-a sleeve portion 21 sleeved on the second end portion 12 and rotatable along the middle = cost; from the sleeve portion 21 of the sleeve portion 21, A deducts one of d The outer tube surface is radially outward: the first wing block 22 and the second wing block M extending in the same direction at the ends, * direction: the first wing block 22 and a third wing block 24 of the second wing block 23 , Two-four wing blocks 25 'and two lock posts formed between the sleeve portion 21 and the first-wing block 23 and each having a screw hole 261. The first-wing block 22 and the Each of the second wing blocks 23 has a screw hole 22 provided from the top surface toward the bottom surface, and the top surfaces of the first wing block 22 and the second wing ghost 23 and the top surfaces of the two lock posts 26 are provided. A height difference b. The third wing block 24 and the fourth wing block 25 are respectively provided with a To the screw hole 241 and the blind hole 251 of the sleeve portion 21. Preferably, the pedal body 20 further includes a stopper 27 formed between the sleeve portion 21 and the third wing block 24. As shown in FIG. As shown in FIGS. 4, 5, 6, and 7, the fixing clip mounting frame 70 includes a stopper portion 71 which faces the sleeve portion 21 and is provided with a concave arc stop surface 711 facing the sleeve portion 21. Two connecting portions 72 extending from two opposite sides of the stopping portion 71 toward the bottom end, two locking blocks 73 extending from the two connecting portions 72 toward the reverse of the stopping portion 71, and two connecting portions Two oblique guides M250874 whose opposite inner surfaces extend toward the stop surface 711 and gradually reduce the distance from each other
塊74 〇 該止動部71是置放在該第一翼塊22與該第二翼塊23 的頂面並藉由二螺栓75鎖設於該止動部71與該二螺孔 22卜23卜以使該止動部71鎖結於該第—翼塊22與該第 二翼塊23。 該連結部72的高度等於該高度差b。 該二鎖塊73恰可置放在該二鎖柱26的頂面 二螺栓76鎖設於該二鎖塊73與該二螺孔261， 該二鎖塊73鎖結於該二鎖柱26。 ，只需將 就可以使 10Block 74. The stopper 71 is placed on the top surfaces of the first wing block 22 and the second wing block 23 and is locked to the stopper 71 and the two screw holes 22 through 23 by two bolts 75. In other words, the stopper 71 is locked to the first wing block 22 and the second wing block 23. The height of the connecting portion 72 is equal to the height difference b. The two lock blocks 73 can be placed on the top surface of the two lock posts 26. Two bolts 76 are locked to the two lock blocks 73 and the two screw holes 261. The two lock blocks 73 are locked to the two lock posts 26. And just will make 10
15 該活動夾置架30包括一同向於該套管部21的頂塊 32，自該頂塊32的二反向側朝向底端彎設的一第一側塊 33與一第二侧塊34,自該第一側塊33、第二側塊％的一 内壁面同向延伸並面對該套管部21的一第一樞塊奶、一 第二樞塊36,及-自該第二側塊34的底端朝向該第一側 塊33彎設的底塊37。 20 該頂塊32具有一面對該止動面711的凹弧夾置面 32卜 疋將該活動夾置架30置於該第三翼塊24與該第四翼 塊25之間，再將-樞軸39穿樞於該等翼塊24、25與該 等枢塊35、36，最後使該樞軸39插入該盲孔251同時螺 結於該螺孔24卜該活動夾置架3〇就可以該樞軸祁為支 軸產生樞轉並得以近接及遠離該固定夾置架7〇。 該偏置件40在本實施例中為一扭力彈簧，具有一套 設於該樞軸39的本體部4卜及朝不同向延伸並分別抵置 8 0319 M250874 於該踏板本體2G的擋塊27、該活動夾置架3()的第__端腳 42、第二端腳43。可施予該活動夹置架如具有—朝向該 固疋央置架7G的偏置力’進而可夾置定位該定趾器8〇(見 圖 2、3 )。 較佳地，該第-樞塊35具有—朝向該套管部21長出 的凸塊351,該凸塊351 &可置於該播塊27頂面並受其撐 止，具有可限制該活動夾置架3〇之復位回轉角度的作用。 此外，該杈佳實施例更包含一裝設於該活動夾置架 的調整單元50,包括-穿設在該底塊37與該頂塊^之間 呈可原位轉動的調整錄5卜及—螺套於該調整螺栓Η 的調整塊52。 是使該偏置件40的第二端腳43抵置於該調整塊52 :面，則當轉動該調整螺栓5卜該調整塊52就可沿該調 整螺拴51的軸向產生線性位移，相對可調變該偏置件如 的扭力大小，進而產生調變該夾置架31夾置力的效果。 遠調整單元50更包括一設置在該調整螺栓51的-螺 才王頭511與該底塊37的二相對面之間的分度組合體μ， 2有依等角度設置在該二相對面之間的數凸塊與凹槽，該 等凸塊與凹槽並可相互傷合及脫離。具有可定角度轉動該 調整螺栓51以定量調整該活動夾置架30夾置力的作用。 該較佳實施例更包含一設置在該調整塊52與該活動 夾置架3〇之間的指示單元60,包括一設置在該第二側塊 34且平行於該調整螺栓51的長條孔61，設置於該苐二側 塊34的外壁面且位於該長條孔61旁側的刻度表62，及一 9 M250874 自該調整塊52長出且位於該長條孔61内的指示塊63。 當轉動該調整螺栓51且該調整塊52產生線性位移， 就可藉由該指示塊6 3與該刻度表6 2的組合設計，令騎乘 者方便得知夹置力大小。 . 5 ^ ^ 值得說明的是’如圖4、5所示，以該踏板本體2 0 的套管部21為基準，該較佳實施例更包含鎖結在該第三 翼塊24與該第四翼塊25之間並頂、底反向且相同於該固 疋夾置架70的另一固定夾置架7〇，，裝設在該第一翼塊 與該第二翼塊23之間並頂、底反向且相同於該活動夾置囑· 1〇 架30的另一活動夾置架30,，裝設在該活動夾置架3〇,與 該踏板本體20之間並頂、底反向且相同於該偏置件4〇的 另一偏置件40,，裝設於該活動夾置架3〇，並頂、底反向且 相同於該調整單元50暨可調整該偏置件4〇,之壓置力的另 一調整單元50，，及設置在該調整單元5〇，與該活動夾置架 15 之間並頂、底反向且相同於該指示單元6()的另一指示 單元60’。 藉此，使該腳踏板1具有可雙面使用的功能。 % 如圖1、2、3所示，固置於騎乘者所穿之鞋9〇底 4的一疋趾盗80具有一固置本體81 ,及自該固置本體81 2〇 的二反向側面延伸的-前端部82與一後端部83;該前端 部82具有一寬底塊82卜一窄頂塊犯2，及設置於該寬底 塊821的兩侧面並自該固置本體81朝向開放端逐漸縮小 彼此間距的二斜側面823 ;該後端部83具有一寬底塊 83卜一窄頂塊832 ’及設置於該寬底塊831的開放端面的 10 M250874 底斜面833。 當騎乘者將所穿之鞋90置於該腳踏板丨上方，先對 該鞋90施一向前力使該定趾器8()的前端部81朝向該止 · 動部71前進，則可藉由該二斜導塊74與該二斜側面823 的配合設計，導引該窄頂塊822迅速並準確地抵於該止動— 面71 1，之後，對該鞋g 〇施一下壓力，則該前端部81可 藉由該寬底塊821抵置於該止動部71底側保持定位，同 %藉由該定趾器80的底斜面833設計，可方便驅動該活 動夹置架30產生樞轉先遠離該固定夾置架7〇，再藉由該·· 偏置件40的回復力後近接該固定夾置架7〇，就可使該夾 置面321夾置該窄頂塊832，並產生該定趾器8〇被夾置定 位在該固定夾置架70的止動部71與該活動夾置架3〇的 頂塊32之間的效果，同時，該定趾器8〇之固置本體8ι 的底面811恰好坐置在該二鎖塊73上，及該二斜導塊74 擋止該二斜側面823，使該定趾器8〇具有極佳穩固效果。 當對該鞋90施一向前轉動力使該定趾器8〇的窄頂部 822抵置於該止動面711並產生轉動，同時配合該斜側面· 823抵置於該斜導塊74轉動，則可使該後端部82相對轉 動並依序脫離該夾置面321、該活動夾置架3〇，終使該定 趾器80可方便旋出、脫離該腳踏板j。 歸納上述，本新型自行車登山用腳踏板（一）可獲致下 列功效及優點，故確實能達到本發明之目的： 一、因為該腳踏板1的踏板本體2Q是以鋁合金、鎂 合金製成，相較於一般登山用腳踏板的踏板本體是以鐵製 11 250874 成，該腳踏板！具有整體重量較輕，及可較方便加工並可 降低製造成本的功效及優點。 二、因為該腳踏板1僅包含一踏板轴10、-踏板本體. 2〇、一固定夾置架70、一活動夾置竿 - 籾人罝永利，及一偏置件40， · 5 &了保有可防止污泥堆積的使用特點外，尚具有整體组件 較簡潔’相對可節省組裝工時及可降低製造成本的功效及. 優點。 三 '因為«定央置架7〇具有朝向該止動面7ιι的— 二斜導塊74可以導引該定趾器8〇的前端部犯迅速準確每 1〇 地抵於該止動面711，同時可擋止該前端部82的二斜側面 823以防止該定趾器8〇偏移，加上該二鎖塊^可供該定 趾器80坐置，所以具有可使該定趾器8〇較穩固，及可較 方便組結、脫離該腳踏板1的功效及優點。 —θ ®為㈣動夹置架30的第二侧塊34設置有該指 15 示單元6〇且該才曰示單元60是位於該自行車踏桿10Q的 外侧’所以具有騎乘者可方便得知轉動該調整螺检^後， 該活動夾置架30的夾置力變大或變小的功效及優點。· 惟’以上所揭露之圖示說明’僅為本發明之一實施例 而已’舉凡热悉本案該項技藝之人仕，其所依據本發明精 20 #範相做之等效修飾或變化，皆應涵蓋在以下本發明所 述之申請專利範圍内。 【明式簡單說明】 圖1是一側視示意圖，說明本新型自行車登山用腳 踏板一較佳實施例組設於一自行車踏桿並藉由一定趾 12 M250874 器使一鞋附著於其上的狀態； 圖2疋依據圖1所採的俯視圖，說明該較佳實施例 與該定趾器的組結狀態； 圖3是該較佳實施例的一縱向剖面圖； 圖4是該較佳實施例的一立體圖； 圖5是該較佳實施例的一分解立體圖； 圖6是該較佳實施例依據圖4所示該腳踏板的一 左側視圖； 圖7是該較佳實施例依據圖4所示該腳踏板的一 前視圖； 圖8是該較佳實施例之一踏板本體的一俯視圖；及 圖Θ是沿圖8中之線9 一 9所取的一剖面圖。 13 M250874 【圖式之主要元件代表符號說明】 1腳踏板 11第一端部 20踏板本體 22第一翼塊 23第二翼塊 24第三翼塊 25第四翼塊 26鎖柱 27擋塊 32頂塊 33第一側塊 35第一樞塊 37底塊 40偏置件 42第一端腳 50調整單元 51調整螺栓 52調整塊 60指示單元 62刻度表 70固定央置架 711止動面 73鎖塊 10踏板軸 12第二端部 21套管部 221螺孔 231螺孔 241螺孔 251盲孔 261螺孔 30活動夾置架 321夾置面 34第二侧塊 36第二樞塊 39極轴 41本體部 43第二端腳 511螺栓頭 53分度組合體 61長條孔 63指示塊 71止動部 72連結部 74斜導塊 14 M250874 75螺栓 76螺栓 80定趾器 81固置本體 811底面 82前端部 821寬底塊 822窄頂塊 823斜側面 83後端部 831寬底塊 832窄頂塊 833底斜面 90鞋 100自行車踏桿15 The movable clamping frame 30 includes a top block 32 facing the sleeve portion 21, a first side block 33 and a second side block 34 bent from two opposite sides of the top block 32 toward the bottom end. An inner wall surface extending from the first side block 33 and the second side block% in the same direction and facing a first pivot block milk, a second pivot block 36 of the sleeve portion 21, and-from the second The bottom end of the side block 34 faces the bottom block 37 bent from the first side block 33. 20 The top block 32 has a concave arc clamping surface 32 facing the stop surface 711. The movable clamping frame 30 is placed between the third wing block 24 and the fourth wing block 25. -The pivot 39 penetrates the wing blocks 24, 25 and the pivot blocks 35, 36. Finally, the pivot 39 is inserted into the blind hole 251 and is screwed to the screw hole 24 and the movable clamp 3. Then, the pivot shaft can be pivoted for the supporting shaft, and can be approached and away from the fixed clamping frame 70. The biasing member 40 is a torsion spring in the present embodiment, and has a set of a body portion 4 provided on the pivot shaft 39 and a stopper 27 extending in different directions and abutting against each other 8 0319 M250874 on the pedal body 2G 2. The __th end leg 42 and the second end leg 43 of the movable clamping frame 3 (). If the movable clamping frame has a biasing force toward the fixed central frame 7G ', the toe fixer 80 can be clamped and positioned (see Figs. 2 and 3). Preferably, the first pivot block 35 has a projection 351 that grows toward the sleeve portion 21, and the projection 351 can be placed on and supported by the top surface of the sowing block 27, and can limit the The function of resetting the rotation angle of the movable clamping frame 30. In addition, the preferred embodiment further includes an adjustment unit 50 mounted on the movable clamping frame, including an adjustment record that is placed between the bottom block 37 and the top block and can be rotated in situ. -Screw the adjusting block 52 of the adjusting bolt Η. Is to make the second end leg 43 of the biasing member 40 abut against the adjusting block 52; when the adjusting bolt 5 is turned, the adjusting block 52 can produce a linear displacement along the axial direction of the adjusting bolt 51, The magnitude of the torsion force of the biasing member is relatively adjustable, so as to adjust the clamping force of the clamping frame 31. The remote adjustment unit 50 further includes an indexing assembly μ provided between the two-faces of the screw head 511 of the adjustment bolt 51 and the two opposite faces of the bottom block 37, and is arranged on the two opposite faces at equal angles. There are several bumps and grooves in between, and these bumps and grooves can be damaged and separated from each other. The adjusting bolt 51 can be rotated at a certain angle to adjust the clamping force of the movable clamping frame 30 quantitatively. The preferred embodiment further includes an indicating unit 60 disposed between the adjustment block 52 and the movable clamping frame 30, including an elongated hole disposed on the second side block 34 and parallel to the adjustment bolt 51. 61, a scale 62 provided on the outer wall surface of the second side block 34 and located beside the long hole 61, and an indicator block 63 that grows from the adjustment block 52 and is located in the long hole 61 . When the adjustment bolt 51 is turned and the adjustment block 52 is linearly displaced, the combined design of the indicator block 63 and the scale 62 can be used to make it easier for the rider to know the clamping force. 5 ^ ^ It is worth noting that 'as shown in Figs. 4 and 5, based on the sleeve portion 21 of the pedal body 20, the preferred embodiment further includes a lock on the third wing block 24 and the first The other fixed clamping frame 70 between the four wing blocks 25 is opposite to the top and bottom and is the same as the fixed clamping frame 70, and is installed between the first wing block and the second wing block 23. The top and bottom are opposite and are the same as the movable clamping frame. Another movable clamping frame 30, which is the same as the movable clamping frame 30, is installed between the movable clamping frame 30 and the pedal body 20, The other biasing member 40, whose bottom is opposite and the same as the biasing member 40, is installed on the movable clamping frame 30, and the top and bottom are opposite and the same as the adjusting unit 50, and the biasing can be adjusted. The setting unit 40, another adjusting unit 50 for pressing force, and the adjusting unit 50, which is arranged between the movable clamping frame 15 and the top and bottom are opposite and the same as the indicating unit 6 () Another indication unit 60 '. Thereby, the foot pedal 1 is provided with a function that can be used on both sides. As shown in Figs. 1, 2, and 3, a toe thief 80 fixed on the bottom 90 of the shoe worn by the rider has a fixed body 81, and two reverse directions from the fixed body 81 2o. The front end portion 82 and a rear end portion 83 extend from the side; the front end portion 82 has a wide bottom block 82 and a narrow top block 2 and is provided on both sides of the wide bottom block 821 and from the fixed body 81 Two oblique sides 823 gradually narrowing toward each other toward the open end; the rear end portion 83 has a wide bottom block 83 and a narrow top block 832 ′, and a 10 M250874 bottom inclined surface 833 provided on the open end surface of the wide bottom block 831. When the rider places the worn shoe 90 above the pedal, first applying a forward force to the shoe 90 to advance the front end portion 81 of the toe fixer 8 () toward the stopper portion 71, then The narrow top block 822 can be guided quickly and accurately against the stop-face 71 1 by the cooperative design of the two oblique guide blocks 74 and the two oblique sides 823. After that, a pressure is applied to the shoe g0. Then, the front end portion 81 can be held by the wide bottom block 821 against the bottom side of the stopper portion 71, and the same design as the bottom inclined surface 833 of the toe fixer 80 can facilitate driving the movable clamping frame. 30 when the pivot is generated, it is away from the fixed clamping frame 70 first, and then closes to the fixed clamping frame 70 by the restoring force of the biasing member 40, so that the clamping surface 321 can clamp the narrow top Block 832, and produces the effect that the toe fixer 80 is clamped and positioned between the stopper 71 of the fixed clamp 70 and the top block 32 of the movable clamp 30, and at the same time, the toe fixer The bottom surface 811 of the fixed body 8m of 80 is just seated on the two lock blocks 73, and the two oblique guide blocks 74 stop the two oblique sides 823, so that the toe fixer 80 has an excellent stability effect. When a forward turning force is applied to the shoe 90, the narrow top 822 of the toe fixer 80 abuts against the stop surface 711 and rotates, and at the same time cooperates with the oblique side · 823 against the oblique guide block 74 to rotate, Then, the rear end portion 82 can be relatively rotated and sequentially separated from the clamping surface 321 and the movable clamping frame 30, so that the toe fixer 80 can be easily unscrewed and separated from the pedal j. To sum up, the new bicycle climbing pedal (1) can achieve the following effects and advantages, so it can indeed achieve the purpose of the present invention: First, because the pedal body 2Q of the pedal 1 is made of aluminum alloy, magnesium alloy Compared with the pedal body of a general mountain pedal, the pedal body is made of iron 11 250874, the pedal! It has the advantages of lighter overall weight, easier processing, and lower manufacturing cost. Second, because the foot pedal 1 only includes a pedal shaft 10,-pedal body. 20, a fixed clamping frame 70, a movable clamping rod-籾 人 罝 永利, and a biasing member 40, 5 & amp In addition to the use characteristics of preventing sludge accumulation, it also has the advantages of simpler overall components, which can save assembly man-hours and reduce manufacturing costs. Three 'because «Central frame 70 has a 7m towards the stop surface — two oblique guides 74 can guide the front end of the toe fixer 80 to quickly and accurately reach the stop surface 711 every 10th At the same time, the two oblique sides 823 of the front end portion 82 can be stopped to prevent the toe fixer 80 from shifting. In addition, the two lock blocks ^ can be used to seat the toe fixer 80. 80 is more stable, and can be easily assembled and separated from the efficacy and advantages of the foot pedal 1. —Θ ® is provided with the indicator unit 60 and the indicator unit 60 for the second side block 34 of the swing clamp frame 30, and the indicator unit 60 is located outside the bicycle pedal 10Q. It is known that after the adjusting screw is turned, the clamping force of the movable clamping frame 30 becomes larger or smaller, and the advantages and advantages are obtained. · But the 'illustration disclosed above' is only one embodiment of the present invention 'For those who are acquainted with the technology of this case, their equivalent modifications or changes based on the fine 20 # 范 相 of the present invention, All should be covered by the scope of patent application described in the present invention. [Brief description of the Ming style] FIG. 1 is a schematic side view illustrating a preferred embodiment of the novel bicycle climbing pedal set on a bicycle pedal and attaching a shoe to it with a certain toe 12 M250874 Fig. 2 is a plan view taken according to Fig. 1 to illustrate the assembled state of the preferred embodiment and the toe fixer; Fig. 3 is a longitudinal sectional view of the preferred embodiment; Fig. 4 is the preferred embodiment A perspective view of the embodiment; FIG. 5 is an exploded perspective view of the preferred embodiment; FIG. 6 is a left side view of the pedal according to the preferred embodiment shown in FIG. 4; and FIG. 7 is a basis of the preferred embodiment FIG. 4 is a front view of the foot pedal; FIG. 8 is a top view of the pedal body of the preferred embodiment; and FIG. Θ is a cross-sectional view taken along line 9-9 in FIG. 8. 13 M250874 [Description of the main components of the diagram] 1 Foot board 11 First end 20 Pedal body 22 First wing block 23 Second wing block 24 Third wing block 25 Fourth wing block 26 Lock post 27 Stop block 32 Top block 33 First side block 35 First pivot block 37 Bottom block 40 Offset piece 42 First leg 50 Adjusting unit 51 Adjusting bolt 52 Adjusting block 60 Indicating unit 62 Scale table 70 Fixed central frame 711 Stop surface 73 Locking block 10 Pedal shaft 12 Second end 21 Sleeve part 221 screw hole 231 screw hole 241 screw hole 251 blind hole 261 screw hole 30 movable clamping frame 321 clamping surface 34 second side block 36 second pivot block 39 pole Shaft 41 body part 43 second end leg 511 bolt head 53 indexing assembly 61 long hole 63 indicating block 71 stopper 72 connecting part 74 inclined guide block 14 M250874 75 bolt 76 bolt 80 toe fixer 81 fixing body 811 Bottom surface 82 front end 821 wide bottom block 822 narrow top block 823 beveled side 83 rear end 831 wide bottom block 832 narrow top block 833 bottom bevel 90 shoes 100 bicycle pedal
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