JPH0542086U - Bicycle pedal - Google Patents

Bicycle pedal

Info

Publication number
JPH0542086U
JPH0542086U JP9254291U JP9254291U JPH0542086U JP H0542086 U JPH0542086 U JP H0542086U JP 9254291 U JP9254291 U JP 9254291U JP 9254291 U JP9254291 U JP 9254291U JP H0542086 U JPH0542086 U JP H0542086U
Authority
JP
Japan
Prior art keywords
cleat
pedal
locking portion
shoe
guide portion
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP9254291U
Other languages
Japanese (ja)
Other versions
JP2607437Y2 (en
Inventor
正士 長野
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Shimano Inc
Original Assignee
Shimano Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Shimano Inc filed Critical Shimano Inc
Priority to JP1991092542U priority Critical patent/JP2607437Y2/en
Publication of JPH0542086U publication Critical patent/JPH0542086U/en
Application granted granted Critical
Publication of JP2607437Y2 publication Critical patent/JP2607437Y2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

(57)【要約】 【目的】 クリート靴で使用する自転車用ペダルにおい
て、靴前後方向での長さが短い小型クリートを使用対象
クリートにできるように、しかも、クリートのステップ
イン操作がし易いようにする。 【構成】 靴底10の前端部が前側係止部3の前側に位
置する前ガイド部8に接当するようにして靴Sがペダル
に載ると、後側係止部4の後側に位置する後ガイド部9
がクリート5の下側に位置する。この載置状態で靴Sを
前側にスライド操作すると、後ガイド部9がクリート5
に案内作用し、クリート5が後側係止部4に引っ掛から
ないように後側係止部4を乗り越えて前側係止部3と後
側係止部4との間に移動する。この移動状態で踏み込み
操作をすると、クリート5が前側係止部3と後側係止部
4とに係合する。
(57) [Summary] [Purpose] In a bicycle pedal used for cleat shoes, a small cleat with a short length in the front-rear direction of the shoe can be used as the target cleat, and the cleat's step-in operation can be facilitated. To [Structure] When the shoe S is placed on the pedal so that the front end portion of the shoe sole 10 contacts the front guide portion 8 located on the front side of the front locking portion 3, the shoe S is positioned on the rear side of the rear locking portion 4. Rear guide part 9
Is below cleat 5. When the shoe S is slid forward in this mounted state, the rear guide portion 9 causes the cleat 5 to move.
The cleat 5 rides over the rear locking portion 4 and moves between the front locking portion 3 and the rear locking portion 4 so that the cleat 5 is not caught by the rear locking portion 4. When a stepping operation is performed in this moving state, the cleat 5 engages with the front locking portion 3 and the rear locking portion 4.

Description

【考案の詳細な説明】[Detailed description of the device]

【0001】[0001]

【産業上の利用分野】[Industrial applications]

本考案は、クリートの前後側に各別に係合作用する前側係止部と後側係止部と をペダル本体に備えてある自転車用ペダルに関する。 The present invention relates to a bicycle pedal in which a pedal main body is provided with a front locking portion and a rear locking portion that engage with the front and rear sides of a cleat separately.

【0002】[0002]

【従来の技術】[Prior Art]

上記自転車用ペダルにおいて、従来、係止部にクリートをステップイン操作す るに際し、クリートや係止部は靴の下側に位置して見えないことから、クリート と係止部との接触具合によって両者の位置関係を判断したり推測したりすること により、クリートを係止部に対して係合可能な状態に位置合わせ操作するように なっていた。 In the above-mentioned bicycle pedal, when the cleat is stepped into the locking part, the cleat and the locking part are conventionally located under the shoes and are not visible. By judging or inferring the positional relationship between the two, the cleat is positioned so that it can be engaged with the locking portion.

【0003】[0003]

【考案が解決しようとする課題】[Problems to be solved by the device]

従来、ペダル自体や使用対象クリートの軽量化や小型化を図るべく、使用対象 クリートとして、前後方向長さが従来より短い小型クリートを採用しようとする と、ステップイン操作がしにくくなるトラブルが生じていた。 すなわち、前記小型クリートを使用対象クリートとすると、靴側において、ク リートの前後方向中間に位置する踏み力伝達中心箇所を合致させるべき靴側の位 置は、駆動力伝達の関係から、大型クリートの場合と同一であることから、クリ ート前端と靴前端との間隔の長さが大型クリートの場合より長くなる。この結果 、図12に示すように、クリート前端と靴前端との間隔長さAが、前側係止部3 と後側係止部4との間隔長さBより大になる場合に殊に、クリート5の係止部3 ,4に対する位置合わせをする際、靴Sの先端側が前側係止部3に接当してぺダ ルがペダル支軸芯周りで回動し、後側係止部4がクリート5の前側に入り込み易 くなるのである。この事態が生じると、クリート5が後側係止部4に引っ掛かっ て、クリート5の係止部3,4に対する位置合わせがしにくくなるのである。 本考案の目的は、クリートのステップイン操作がしにくくなることを防止しな がら、ペダルおよび使用対象クリートの軽量化や小型化ができるようにすること にある。 Conventionally, in order to reduce the weight and size of the pedal itself and the cleat to be used, if you try to use a small cleat that has a shorter front-rear length than the conventional cleat, you will encounter troubles that make step-in operation difficult. Was there. In other words, if the small cleat is the target cleat, the shoe side position on the shoe side where the center portion of the stepping force transmission located at the middle of the front and rear direction of the cleat should match is due to the driving force transmission. Since it is the same as in the case of, the distance between the front edge of the cleat and the front edge of the shoe is longer than that of the large cleat. As a result, as shown in FIG. 12, especially when the distance A between the front end of the cleat and the front end of the shoe is larger than the distance B between the front locking portion 3 and the rear locking portion 4, When the cleat 5 is aligned with the engaging portions 3 and 4, the front end side of the shoe S contacts the front engaging portion 3 so that the pedal rotates around the pedal support shaft and the rear engaging portion. It is easier for 4 to enter the front side of cleat 5. When this situation occurs, the cleat 5 is caught by the rear side locking portion 4, and it becomes difficult to align the cleat 5 with the locking portions 3 and 4. An object of the present invention is to make it possible to reduce the weight and size of the pedal and the cleat to be used while preventing the cleat's step-in operation from becoming difficult.

【0004】[0004]

【課題を解決するための手段】[Means for Solving the Problems]

本考案による自転車用ペダルにあっては、目的達成のために、冒頭に記したも のにおいて、 前記前側係止部(3)よりペダル前方側で靴底(10)に接当し、この接当に よって前記クリート(5)と前記後側係止部(4)とを設定位置関係に設定する 前ガイド部(8)と、 前記後側係止部(4)よりペダル後方側の設定箇所で前記クリート(5)に摺 接作用して前記クリート(5)を前記前側係止部(3)と前記後側係止部(4) との間に案内する後ガイド部(9)との少なくとも一方を備えてあることを特徴 とする。その作用、効果はつぎのとおりである。 In order to achieve the object, the bicycle pedal according to the present invention is the same as the one described at the beginning, and the shoe sole (10) is brought into contact with the shoe sole (10) on the front side of the pedal with respect to the front engaging portion (3). Accordingly, a front guide part (8) for setting the cleat (5) and the rear side locking part (4) in a set positional relationship, and a setting portion on the pedal rear side of the rear side locking part (4). And a rear guide portion (9) that slides on the cleat (5) to guide the cleat (5) between the front locking portion (3) and the rear locking portion (4). It is characterized by having at least one. The action and effect are as follows.

【0005】[0005]

【作用】[Action]

前ガイド部8のみを備える場合、図8に示すように、前ガイド部8の前端と後 側係止部4との間隔長さXが、クリート前端と靴前端との間隔長さAより大にな り、前ガイド部8が靴底10の先端部に接当すると、クリート5の前端側が後側 係止部4の上に乗る状態が現出されるように、前ガイド部8を形成する。すなわ ち、クリート5の前端側が後側係止部4の上に乗るようにクリート5と後側係止 部4とが関係して位置する位置関係を前記設定位置関係として設定する。すると 、前述の小型クリートが使用対象クリートとなるようにペダルを構成し、この結 果、前記間隔長さAが前記間隔長さBより大になっても、靴底10の先端側が前 ガイド部8に接当するようにして靴Sをペダルに載せてステップイン操作するこ とにより、靴Sのスライド操作に伴い、クリート5が後側係止部4に引っ掛かり にくいようにこれを乗り越えて前側係止部3と後側係止部4との間に滑り込むよ うになる。つまり、ペダルを前後長さが比較的短い小型にしながら、クリート5 が後側係止部4に引っ掛からないで係止部3,4に合致して係合するようにでき る。 後ガイド部9のみを備える場合、図10に示すように、後ガイド部9の後端と 前側係止部3との間隔長さYが、クリート前端と靴前端との間隔長さAより大に なり、靴底10の先端部が前側係止部3の上に乗ると、クリート5の前端側が後 ガイド部9の上に接当する状態が現出されるように、後ガイド部9を形成する。 すなわち、靴底10の先端部を前側係止部3の上に乗せると、クリート5の前端 側が後ガイド部9の上に乗るように後ガイド部9が位置する箇所を前記設定箇所 として設定する。すると、前述の小型クリートが使用対象クリートとなるように ペダルを構成し、この結果、前記間隔長さAが前記間隔長さBより大になっても 、靴底10の先端側が前側係止部3に接当するようにして靴Sをペダルに載せて ステップイン操作することにより、靴Sのスライド操作に伴い、クリート5が後 側係止部4に引っ掛かりにくいようにこれを乗り越えて前側係止部3と後側係止 部4との間に滑り込むようになる。つまり、ペダルを前後長さが比較的短い小型 にしながら、クリートが後側係止部4に引っ掛からないで係止部3,4に合致し て係合するようにできる。 前ガイド部8と後ガイド部9のいずれもを備える場合、図3に示すように、前 ガイド部8の前端と後ガイド部9の後端との間隔長さZが、クリート前端と靴前 端との間隔長さAより大になり、靴底10の先端部が前ガイド部8に接当すると 、クリート5の前端側が後ガイド部9の上に接当する状態が現出されるように、 前ガイド部8および後ガイド部9を形成する。すなわち、靴底10の先端部を前 ガイド部8に当てると、クリート5の前端側が後ガイド部9の上に乗るようにク リート5と後側係止部4とが関係して位置する位置関係を前記設定位置関係とし て設定し、靴底10の先端部を前ガイド部8に当てると、クリート5の前端側が 後ガイド部9の上に乗るように後ガイド部9が位置する箇所を前記設定箇所とし て設定する。 すると、前述の小型クリートが使用対象クリートとなるようにペダルを構成し 、この結果、前記間隔長さAが前記間隔長さBより大になっても、靴底10の先 端側が前ガイド部8に接当するようにして靴Sをペダルに載せてステップイン操 作することにより、靴Sのスライド操作に伴い、クリート5が後側係止部4に引 っ掛かりにくいようにこれを乗り越えて前側係止部3と後側係止部4との間に滑 り込むようになる。つまり、ペダルを前後長さが比較的短い小型にしながら、ク リートが後側係止部4に引っ掛からないで係止部3,4に合致して係合するよう にできる。 When only the front guide portion 8 is provided, as shown in FIG. 8, the gap length X between the front end of the front guide portion 8 and the rear locking portion 4 is larger than the gap length A between the cleat front end and the shoe front end. The front guide portion 8 is formed so that when the front guide portion 8 comes into contact with the tip portion of the shoe sole 10, the front end side of the cleat 5 rides on the rear side locking portion 4. To do. That is, the positional relationship in which the cleat 5 and the rear locking portion 4 are positioned in relation to each other so that the front end side of the cleat 5 rides on the rear locking portion 4 is set as the set positional relationship. Then, the pedal is configured so that the small cleat described above is the target cleat, and as a result, even if the gap length A becomes larger than the gap length B, the tip end side of the shoe sole 10 is the front guide portion. By putting the shoe S on the pedal and making a step-in operation so that the cleat 5 slides over the pedal so that the cleat 5 does not easily get caught in the rear engaging portion 4, It will slip between the locking part 3 and the rear locking part 4. In other words, the cleat 5 can be engaged with the locking portions 3 and 4 without being caught in the rear locking portion 4 while the pedal is small in size with the front-rear length being relatively short. When only the rear guide portion 9 is provided, as shown in FIG. 10, the gap length Y between the rear end of the rear guide portion 9 and the front locking portion 3 is larger than the gap length A between the cleat front end and the shoe front end. When the front end of the shoe sole 10 rides on the front locking portion 3, the rear guide portion 9 is attached so that the front end side of the cleat 5 comes into contact with the rear guide portion 9. Form. That is, when the front end of the shoe sole 10 is placed on the front locking portion 3, the location where the rear guide portion 9 is positioned so that the front end side of the cleat 5 rides on the rear guide portion 9 is set as the setting location. . Then, the pedal is configured so that the small cleat described above is the target cleat, and as a result, even if the gap length A becomes larger than the gap length B, the tip side of the shoe sole 10 is located at the front locking portion. By putting the shoe S on the pedal so as to be in contact with the shoe S and performing a step-in operation, when the shoe S slides, the cleat 5 gets over the rear engaging portion 4 so that the cleat 5 does not easily get caught in the front engaging portion. It comes to slip between the stop part 3 and the rear locking part 4. In other words, the cleat can be made compact with a relatively short front-rear length, and the cleat can be engaged with the locking portions 3 and 4 without being caught by the rear locking portion 4. When both the front guide portion 8 and the rear guide portion 9 are provided, as shown in FIG. 3, the gap length Z between the front end of the front guide portion 8 and the rear end of the rear guide portion 9 is such that the cleat front end and the shoe front. When the tip end portion of the shoe sole 10 contacts the front guide portion 8 when the distance from the end is greater than the length A, the front end side of the cleat 5 contacts the rear guide portion 9 so that the state appears. Then, the front guide portion 8 and the rear guide portion 9 are formed. That is, when the front end of the shoe sole 10 is brought into contact with the front guide part 8, the position where the cleat 5 and the rear side locking part 4 are positioned so that the front end side of the cleat 5 rides on the rear guide part 9. When the relationship is set as the above-mentioned set positional relationship, and the tip of the shoe sole 10 is brought into contact with the front guide section 8, the position where the rear guide section 9 is positioned so that the front end side of the cleat 5 rides on the rear guide section 9. Set as the setting point. Then, the pedal is configured so that the small cleat described above becomes the target cleat, and as a result, even if the gap length A becomes larger than the gap length B, the leading end side of the shoe sole 10 is front guide portion. By putting the shoe S on the pedal so as to be in contact with No. 8, and performing a step-in operation, the cleat 5 gets over the rear locking portion 4 so that the cleat 5 does not easily get caught by the sliding operation of the shoe S. And slips between the front locking portion 3 and the rear locking portion 4. In other words, the pedal can be made compact with a relatively short front-rear length, and the cleats can be fitted and engaged with the locking portions 3 and 4 without being caught by the rear locking portion 4.

【0006】[0006]

【考案の効果】[Effect of the device]

前ガイド部や後ガイド部の作用により、ペダル自体と使用対象クリートのいず れもにおいて小型化および軽量化して、重量面から有利に走行駆動できるように でき、かつ、降車時の歩行もしやすくなるようにできた。 しかも、クリートの引っ掛かりを回避して迅速にステップイン操作し、速やか に走行態勢をとってスタートできるようにできた。 Due to the action of the front guide part and the rear guide part, both the pedal itself and the cleat to be used can be made smaller and lighter, and it is possible to drive and drive advantageously in terms of weight, and it is easy to walk when getting off the vehicle. I was able to. In addition, it was possible to avoid getting caught by the cleat and perform a quick step-in operation so that the vehicle could start in a running posture quickly.

【0007】[0007]

【実施例】【Example】

図1および図2に示すように、1つの踏み込み操作部1aを備えるペダル本体 1に、ペダル支軸2を軸芯P回りで回動可能に備えると共に、前記踏み込み操作 部1aに、前後一対の係止部3,4を図3の如きクリート5に係合作用するよう に備えて、靴をクリート5により連結して使用するように自転車用ペダルを構成 してある。 前記係止部3,4のうちの前側係止部3は、ペダル本体1の前記軸芯Pより前 方側に位置する箇所に配置してあると共に、ペダル本体1にねじ止めした固定式 金具6のペダル本体後方向きのフック部で構成してあり、図6に示すようにクリ ート5の前端側を前側係止部3にペダル本体1の後方側から差し込み操作するこ とにより、図7に示すように前側係止部3がクリート5の前端側に係合作用する ように構成してある。 前記係止部3,4のうちの後側係止部4は、ペダル本体1の前記軸芯Pより後 方側に位置する箇所に配置してあると共に、ペダル本体1に前記軸芯Pに平行ま たはほぼ平行な軸芯F回りで揺動するように枢着した係止部形成部材7のペダル 本体前向きのフック部で構成してあり、かつ、前記係止部形成部材7の内部に位 置するロックスプリング(図示せず)によって図2に示す係合作用姿勢に揺動付 勢してあり、図6に示すようにクリート5の後端側を後側係止部4に上から押し 込み操作することにより、図4に示すように後側係止部4がクリート5の後端側 に係合作用するように構成してある。すなわち、クリート5の後端側を後側係止 部4に上から押圧すると、クリート5のカム作用と前記ロックスプリングの付勢 作用とのために、クリート5の後端側が後側係止部4をペダル本体1後方側に押 圧揺動させながら後側係止部4の下側に移動し、この移動後に、後側係止部4が 自動的に係合作用姿勢にもどってクリート5に係合するのである。 As shown in FIG. 1 and FIG. 2, the pedal main body 1 provided with one stepping operation portion 1a is provided with a pedal support shaft 2 rotatable about an axis P, and the stepping operation portion 1a is provided with a pair of front and rear. The bicycle pedal is configured so that the shoes are connected by the cleat 5 so that the shoes are connected to the cleat 5 as shown in FIG. The front side locking portion 3 of the locking portions 3 and 4 is arranged at a position located in front of the shaft core P of the pedal body 1, and is a fixed metal fitting screwed to the pedal body 1. 6 is composed of a hook portion facing the rear of the pedal body. As shown in FIG. 6, by inserting the front end side of the cleats 5 into the front side locking portion 3 from the rear side of the pedal body 1, As shown in FIG. 7, the front side engaging portion 3 is configured to engage with the front end side of the cleat 5. The rear side locking portion 4 of the locking portions 3 and 4 is arranged at a position located rearward of the shaft core P of the pedal body 1, and the pedal body 1 is connected to the shaft core P. The pedal of the engaging portion forming member 7 pivotally mounted so as to swing around a parallel or substantially parallel axis F. The pedal is formed of a hook portion facing forward of the main body, and the inside of the engaging portion forming member 7 A lock spring (not shown) positioned at the upper side of the cleat 5 causes the rear end side of the cleat 5 to move up to the rear side engaging portion 4 as shown in FIG. The rear locking portion 4 engages with the rear end side of the cleat 5 as shown in FIG. That is, when the rear end side of the cleat 5 is pressed against the rear side locking portion 4 from above, the rear end side of the cleat 5 is moved to the rear side locking portion due to the cam action of the cleat 5 and the biasing action of the lock spring. 4 is moved to the lower side of the rear side locking portion 4 while oscillating the rear side of the pedal body 1 by pressing, and after this movement, the rear side locking portion 4 automatically returns to the engaging action posture and the cleat 5 is moved. To engage with.

【0008】 クリート5の前記係止部3,4への係合操作を容易にするための前ガイド部8 を、ペダル本体1との一体部品に形成することによってペダル本体1により支持 されるようにして前側係止部3のペダル本体1前方側に位置する箇所に備えると 共に、クリート5の前記係止部3,4への係合操作を容易にするための後ガイド 部9を、前記係止部形成部材7に付設することによってペダル本体1により支持 されるようにして後側係止部4のペダル本体1後方側に位置する箇所に備えて、 靴Sをステップイン操作によってペダルに固定することが容易にできるようにし てある。 すなわち、 図3に示すように、前ガイド部8の前側係止部3から前方への突 出長さC、および、後ガイド部9の後側係止部4から後方への突出長さDの設定 により、靴S側におけるクリート5の前端と靴Sの前端との間隔の長さA、ペダ ル側における前ガイド部8の前端と後ガイド部9の後端との間隔の長さZの関係 が、 間隔長さA<間隔長さZ になるように構成することにより、靴底10の先端箇所が前ガイド部8の前端に ほぼ合致する位置合わせ状態で靴Sをペダルに載せると、前ガイド部8の靴底1 0に対する接当、前ガイド部8の前記突出長さC、および、後ガイド部9の前記 突出長さDのために、前ガイド部8がクリート5と後側係止部4との位置関係を 図3に示す設定位置関係に設定し、後ガイド部9が後側係止部4よりペダル後方 側の図3に示す設定箇所でクリート5の前端側に接当するように構成してある。 前記設定位置関係としては、クリート5の前端が後側係止部4から後方側に距離 Eを離れて位置するところの位置関係を設定してある。前記設定箇所としては、 後ガイド部9がクリート5の前端側に接当して受け止め作用するところの箇所を 設定してある。クリート5を後ガイド部9によって受け止め支持させながら靴S を前側に移動操作することにより、後ガイド部9が上向きガイド面9aをしてク リート5に摺接作用し、上向きガイド面9aの案内作用のために、クリート5が 後側係止部4を乗り越えて後側係止部4と前側係止部3との間に入り込むように 構成してある。 つまり、図4に示すように、自由状態にあるペダルは、前端側と後端側の重量 差による垂れ下がりのために、前ガイド部8が後ガイド9より高レベルに位置す る状態でペダル支軸2に付く姿勢にある。靴底10の先端箇所が前ガイド部8の 前端にほぼ合致する位置合わせ状態で靴Sを前ガイド部8に接当させて押圧操作 すると、図5に示すように、ペダルがペダル支軸2に対して回動して後ガイド部 9がクリート5の前側に上昇し、靴Sが前側係止部3および後ガイド部9のいず れにも載置する状態になる。この載置状態で靴Sを前方側に摺動操作する。する と、図6に示すように、クリート5が後ガイド部9による案内作用のために後側 係止部4に引っ掛からないようにこれを乗り越えて前側に移動し、クリート5の 前端側が前側係止部3と後側係止部4の間に入り込むと共に、クリート5の後端 側が後側係止部4の上に載る。この状態になると、クリート5を押し下げるよう に踏み込み操作する。すると、図7に示すように、クリート5が後側係止部4を 押圧揺動させながら下降し、クリート5の前端側が前側係止部3に係合すると共 に、クリート5の後端側が後側係止部4に係合するのである。The front guide portion 8 for facilitating the engagement operation of the cleat 5 with the locking portions 3 and 4 is supported by the pedal body 1 by being formed as an integral part with the pedal body 1. And the rear guide portion 9 for facilitating the engaging operation of the cleat 5 with the locking portions 3 and 4 is provided at the position of the front locking portion 3 located on the front side of the pedal body 1. By attaching the shoe S to the engaging portion forming member 7 and supporting it by the pedal body 1, the shoe S is stepped into the pedal by being provided in a position on the rear side of the pedal body 1 of the rear engaging portion 4. It is designed to be easily fixed. That is, as shown in FIG. 3, a front projection length C of the front guide part 8 from the front locking part 3 and a rear projection length D of the rear guide part 9 from the rear locking part 4 to the rear side. Depending on the setting, the distance A between the front end of the cleat 5 and the front end of the shoe S on the shoe S side, and the distance Z between the front end of the front guide portion 8 and the rear end of the rear guide portion 9 on the pedal side. When the shoe S is placed on the pedal in a position where the tip end portion of the shoe sole 10 is substantially aligned with the front end of the front guide portion 8 by configuring the relationship such that the interval length A <the interval length Z. , The front guide portion 8 is abutted against the sole 10, the front guide portion 8 has the protrusion length C, and the rear guide portion 9 has the protrusion length D, so that the front guide portion 8 and the cleat 5 and the rear portion. The positional relationship with the side locking portion 4 is set to the setting positional relationship shown in FIG. It is arranged to brought into contact with the front end of the cleat 5 in setting position shown in Figure 3 of the pedal backward. As the set positional relationship, the positional relationship is set such that the front end of the cleat 5 is located rearward from the rear locking portion 4 with a distance E. As the setting location, the location where the rear guide portion 9 comes into contact with the front end side of the cleat 5 and receives the cleat 5 is set. When the shoe S is moved forward while the cleat 5 is received and supported by the rear guide portion 9, the rear guide portion 9 acts as the upward guide surface 9a and slides against the cleats 5, thereby guiding the upward guide surface 9a. For the purpose of operation, the cleat 5 is configured to ride over the rear locking portion 4 and enter between the rear locking portion 4 and the front locking portion 3. In other words, as shown in FIG. 4, the pedal in the free state is hung down due to the weight difference between the front end side and the rear end side, so that the front guide portion 8 is positioned at a higher level than the rear guide 9 and the pedal support is It is in a position to attach to the axis 2. When the shoe S is brought into contact with the front guide portion 8 and pressed when the front sole portion of the shoe sole 10 substantially aligns with the front end of the front guide portion 8, as shown in FIG. The rear guide portion 9 is rotated with respect to the front surface of the cleat 5, and the shoe S is placed on both the front locking portion 3 and the rear guide portion 9. In this mounting state, the shoe S is slid forward. Then, as shown in FIG. 6, the cleat 5 moves over to the front side so that the cleat 5 is guided by the rear guide portion 9 so as not to get caught in the rear side locking portion 4, and the front end side of the cleat 5 moves toward the front side engagement portion. The rear end side of the cleat 5 rests on the rear locking portion 4 while entering between the stopper 3 and the rear locking portion 4. In this state, depress the cleat 5 to push it down. Then, as shown in FIG. 7, the cleat 5 descends while pressing and swinging the rear locking portion 4, the front end side of the cleat 5 engages with the front locking portion 3, and the rear end side of the cleat 5 moves. It engages with the rear locking portion 4.

【0009】 〔別実施例〕 図8は、別実施例のペダルを示し、前側係止部3よりペダル前方側に位置する 前ガイド部8のみを備えることにより、ステップイン操作の容易化を図ってある 。 すなわち、靴S側における前記間隔長さA、ペダル側における前ガイド部8の 前端と、後側係止部4との間隔の長さXの関係が、 間隔長さX>間隔長さA になるように、前ガイド部8の前側係止部3から前方への突出長さCを設定する ことにより、靴底10の先端箇所が前ガイド部8の前端にほぼ合致する位置合わ せ状態で靴Sがペダルに載ると、前ガイド部8の靴底10に対する接当、前ガイ ド部8の前記突出長さCのために、前ガイド部8がクリート5と後側係止部4と の位置関係を図8に示す設定位置関係に設定するように構成してある。この設定 位置関係として、クリート5の前端側が後側係止部4の上に載るところの位置関 係を設定してある。 つまり、靴底10の先端箇所が前ガイド部8の前端にほぼ合致する位置合わせ 状態で靴Sを前ガイド部8に接当させて、ペダルを前記自由状態から回動させる と、図8に示すように、後側係止部4がクリートの前端部の下側に上昇し、クリ ート5の前端側が後の移動時に後側係止部4に引っ掛からないように、後側係止 部4の上に載る状態になる。この状態で靴Sを前方側にスライド操作することに より、図9に示すように、クリート5が後側係止部4に沿って前方側に移動して 前側係止部3と後側係止部4の間に入り込むのである。[Other Embodiment] FIG. 8 shows a pedal according to another embodiment, and by providing only the front guide portion 8 located on the front side of the pedal with respect to the front locking portion 3, the step-in operation is facilitated. There is. That is, the relationship between the interval length A on the shoe S side and the interval length X between the front end of the front guide portion 8 on the pedal side and the rear locking portion 4 is as follows: interval length X> interval length A By setting the projection length C of the front guide portion 8 from the front side locking portion 3 to the front, the tip end portion of the shoe sole 10 is aligned with the front end of the front guide portion 8 substantially. When the shoe S is placed on the pedal, the front guide portion 8 is brought into contact with the shoe sole 10 and the protrusion length C of the front guide portion 8 causes the front guide portion 8 to engage with the cleat 5 and the rear locking portion 4. The positional relationship of is set to the set positional relationship shown in FIG. As this set positional relationship, the positional relationship is set where the front end side of the cleat 5 rests on the rear side locking portion 4. That is, when the shoe S is brought into contact with the front guide portion 8 and the pedal is rotated from the free state in a state in which the tip end portion of the shoe sole 10 substantially matches the front end of the front guide portion 8, FIG. As shown, the rear locking part 4 rises below the front end of the cleat so that the front end of the cleat 5 does not get caught on the rear locking part 4 during the backward movement. It will be in the state of being placed on top of 4. By sliding the shoe S forward in this state, as shown in FIG. 9, the cleat 5 moves forward along the rear engaging portion 4 to move the front engaging portion 3 and the rear engaging portion. It enters between the stoppers 4.

【0010】 図10は、さらに別実施例のペダルを示し、後側係止部4よりペダル後方側に 位置する後ガイド部9のみを備えることにより、ステップイン操作の容易化を図 ってある。 すなわち、靴S側における前記間隔長さA、ペダル側における後ガイド部9の 後端と、前側係止部3との間隔の長さYの関係が、 間隔長さY>間隔長さA になるように、後ガイド部9の後側係止部4から前方への突出長さDを設定する ことにより、靴底10の先端箇所が前側係止部3にほぼ合致する位置合わせ状態 で靴Sがペダルに載ると、前側係止部8の靴底10に対する接当、後ガイド部9 の前記突出長さDのために、後ガイド部9が後側係止部4よりペダル後方側の図 10に示す設定箇所でクリート5に摺接作用するように構成してある。この設定 箇所として、クリート5の前端側が後ガイド部9の上に載るところの箇所を設定 してある。 つまり、靴底10の先端箇所が前側係止部3にほぼ合致する位置合わせ状態で 靴Sをペダルに接当させて、ペダルを前記自由状態から回動させると、図10に 示すように、後ガイド部9がクリートの前端部の下側に上昇し、クリート5の前 端側が後ガイド部9の上に載る状態になる。この状態で靴Sを前方側にスライド 操作することにより、図11に示すように、クリート5が後ガイド部9のガイド 面9aによる案内作用により、後側係止部4に引っ掛からないようにこれを乗り 越えて前方側に移動して前側係止部3と後側係止部4の間に入り込むのである。 尚、踏み込み操作部1aをペダル本体1の片面側のみならず、両面側に備えて 実施するペダルにも本考案は適用できる。FIG. 10 shows a pedal according to another embodiment, which is provided with only a rear guide portion 9 located on the pedal rear side of the rear side locking portion 4 to facilitate a step-in operation. .. That is, the relationship between the interval length A on the shoe S side and the interval length Y between the rear end of the rear guide portion 9 on the pedal side and the front locking portion 3 is: interval length Y> interval length A As described above, by setting the projection length D from the rear side locking portion 4 to the front of the rear guide portion 9, the shoe in a position where the tip end portion of the shoe sole 10 is substantially aligned with the front side locking portion 3. When S is placed on the pedal, the rear guide portion 9 is located on the rear side of the pedal with respect to the rear side engaging portion 4 because of the contact of the front side engaging portion 8 with the sole 10 and the protruding length D of the rear guide portion 9. The cleat 5 is configured to slide on the set points shown in FIG. As the setting location, the location where the front end side of the cleat 5 rests on the rear guide portion 9 is set. That is, when the shoe S is brought into contact with the pedal and the pedal is rotated from the free state in a position aligned state where the tip end portion of the shoe sole 10 substantially matches the front side locking portion 3, as shown in FIG. The rear guide portion 9 moves up below the front end portion of the cleat, and the front end side of the cleat 5 is placed on the rear guide portion 9. By sliding the shoe S forward in this state, as shown in FIG. 11, the cleat 5 is guided by the guide surface 9a of the rear guide portion 9 so that the cleat 5 is not caught by the rear locking portion 4. After passing over the vehicle, the vehicle moves forward and enters between the front locking portion 3 and the rear locking portion 4. It should be noted that the present invention can be applied to a pedal in which the stepping operation portion 1a is provided not only on one side of the pedal body 1 but also on both sides thereof.

【0011】 尚、実用新案登録請求の範囲の項に図面との対照を便利にするために符号を記 すが、該記入により本考案は添付図面の構成に限定されるものではない。It should be noted that reference numerals are added to the claims of the utility model for convenience of comparison with the drawings, but the invention is not limited to the configurations of the accompanying drawings by the entry.

【図面の簡単な説明】[Brief description of drawings]

【図1】自転車用ペダルの平面図FIG. 1 is a plan view of a bicycle pedal.

【図2】自転車用ペダルの側面図[Fig. 2] Side view of a bicycle pedal

【図3】ペダルの縦断側面図FIG. 3 is a vertical sectional side view of the pedal.

【図4】ステップイン操作の要領を示すペダルの縦断側
面図
FIG. 4 is a vertical cross-sectional side view of a pedal showing a step-in operation procedure.

【図5】ステップイン操作の要領を示すペダルの縦断側
面図
FIG. 5 is a vertical cross-sectional side view of a pedal showing a step-in operation procedure.

【図6】ステップイン操作の要領を示すペダルの縦断側
面図
FIG. 6 is a vertical cross-sectional side view of a pedal showing a step-in operation procedure.

【図7】ステップイン操作の要領を示すペダルの縦断側
面図
FIG. 7 is a vertical cross-sectional side view of a pedal showing a step-in operation procedure.

【図8】別実施例ペダルの縦断側面図FIG. 8 is a vertical sectional side view of another embodiment pedal.

【図9】別実施例ペダルのステップイン操作の要領を示
す縦断側面図
FIG. 9 is a vertical sectional side view showing the procedure of step-in operation of the pedal of another embodiment.

【図10】別実施例ペダルの縦断側面図FIG. 10 is a vertical sectional side view of another embodiment pedal.

【図11】別実施例ペダルのステップイン操作の要領を
示す縦断側面図
FIG. 11 is a vertical sectional side view showing the procedure of a step-in operation of the pedal of another embodiment.

【図12】課題を説明するペダルの縦断側面図FIG. 12 is a vertical sectional side view of a pedal for explaining the problem.

【符号の説明】[Explanation of symbols]

1 ペダル本体 3 前側係止部 4 後側係止部 5 クリート 8 前ガイド部 9 後ガイド部 10 靴底 1 Pedal main body 3 Front locking part 4 Rear locking part 5 Cleat 8 Front guide part 9 Rear guide part 10 Sole

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】 クリート(5)の前後側に各別に係合作
用する前側係止部(3)と後側係止部(4)とをペダル
本体(1)に備えてある自転車用ペダルであって、 前記前側係止部(3)よりペダル前方側で靴底(10)
に接当し、この接当によって前記クリート(5)と前記
後側係止部(4)とを設定位置関係に設定する前ガイド
部(8)と、 前記後側係止部(4)よりペダル後方側の設定箇所で前
記クリート(5)に摺接作用して前記クリート(5)を
前記前側係止部(3)と前記後側係止部(4)との間に
案内する後ガイド部(9)との少なくとも一方を備えて
ある自転車用ペダル。
1. A bicycle pedal in which a pedal main body (1) is provided with a front side locking portion (3) and a rear side locking portion (4) which individually engage with the front and rear sides of a cleat (5). There is a shoe sole (10) on the front side of the pedal with respect to the front locking portion (3).
A front guide part (8) for setting the cleat (5) and the rear side locking part (4) in a set positional relationship by the contacting, and the rear side locking part (4). A rear guide that slides on the cleat (5) at a set position on the rear side of the pedal to guide the cleat (5) between the front locking portion (3) and the rear locking portion (4). Bicycle pedal provided with at least one of parts (9).
JP1991092542U 1991-11-13 1991-11-13 Bicycle pedals Expired - Fee Related JP2607437Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1991092542U JP2607437Y2 (en) 1991-11-13 1991-11-13 Bicycle pedals

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1991092542U JP2607437Y2 (en) 1991-11-13 1991-11-13 Bicycle pedals

Publications (2)

Publication Number Publication Date
JPH0542086U true JPH0542086U (en) 1993-06-08
JP2607437Y2 JP2607437Y2 (en) 2001-09-04

Family

ID=14057270

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1991092542U Expired - Fee Related JP2607437Y2 (en) 1991-11-13 1991-11-13 Bicycle pedals

Country Status (1)

Country Link
JP (1) JP2607437Y2 (en)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH01164693A (en) * 1987-09-10 1989-06-28 Shimano Ind Co Ltd Pedal for bicycle
JP3075091U (en) * 2000-07-24 2001-02-09 株式会社タカラ Car toys

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH01164693A (en) * 1987-09-10 1989-06-28 Shimano Ind Co Ltd Pedal for bicycle
JP3075091U (en) * 2000-07-24 2001-02-09 株式会社タカラ Car toys

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