JPH07121641B2 - Spoke alignment device in the assembly of bicycle wheels - Google Patents
Spoke alignment device in the assembly of bicycle wheelsInfo
- Publication number
- JPH07121641B2 JPH07121641B2 JP60120152A JP12015285A JPH07121641B2 JP H07121641 B2 JPH07121641 B2 JP H07121641B2 JP 60120152 A JP60120152 A JP 60120152A JP 12015285 A JP12015285 A JP 12015285A JP H07121641 B2 JPH07121641 B2 JP H07121641B2
- Authority
- JP
- Japan
- Prior art keywords
- spoke
- shaft
- hub
- spokes
- mounting plate
- 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.)
- Expired - Lifetime
Links
Landscapes
- Automatic Assembly (AREA)
Description
【発明の詳細な説明】 （利用分野及び発明の概要） 自転車用車輪の自動組立は、ハブに組付けられたスポー
ク群を放射状に整列する工程と、このスポーク群を所定
の組み合わせで交叉させる綾取り工程と、この綾取り工
程後のハブとスポークの組立体をリムに内装してスポー
クニップルを各スポークにネジ止めするリム取付工程と
からなるが、本発明はこれらの工程のうち、第１番目の
スポーク群の整列工程に関するものである。DETAILED DESCRIPTION OF THE INVENTION (Field of Use and Outline of the Invention) Automatic assembly of a bicycle wheel includes a step of radially aligning a group of spokes attached to a hub and a crossing of the pair of spokes in a predetermined combination. The present invention comprises a step and a rim mounting step in which the hub-and-spoke assembly after this cross-cutting step is installed in the rim and the spoke nipples are screwed to the respective spokes. The present invention is the first of these steps. The present invention relates to a process of aligning spoke groups.
この発明のスポーク整列装置は、スポーク群の各スポー
クとスポーク取付板との連結部を弾性のゴムリングで圧
接しながらハブを回転させることにより、各スポークを
放射状の整列状態に移動させ、整列し終わった各スポー
クを放射状の整列状態のままスポーク取付板に保持し
て、次工程の綾取り工程の準備をするもので、放射状の
整列状態にするための回転装置部を小型化するものであ
る。The spoke aligning device of the present invention moves and aligns the spokes in a radial alignment state by rotating the hub while pressing the connecting portions of the spokes of the spoke group and the spoke mounting plates with elastic rubber rings. The finished spokes are held on the spoke attachment plates in the radially aligned state to prepare for the next crossing step, and the rotating device for making the radial aligned state is downsized.
（従来技術及びその問題点） この種、スポークの整列装置として、すでに、特公昭53
-11744号公報に開示されたものがある。(Prior art and its problems) As a spoke aligning device of this type, Japanese Patent Publication No.
-11744 publication.
この装置は、ハブ（４）とハブのスポーク取付板に取り
付けたスポークとの組立体（以下、仮組体（Ｄ）とい
う）を所定の遠心力が作用する程度の回転速度で回転さ
せることにより、スポークを放射状に整列させ、他方、
この仮組体（Ｄ）と同心に設けられる保持体（Ｅ）（第
４図参照）をこの仮組体（Ｄ）と同一速度で且同方向に
回転させて、スポークの先端部に位置させた保持部によ
り、前記整列状態にあるスポークを保持するようにした
ものである。This device is constructed by rotating an assembly (hereinafter referred to as a temporary assembly (D)) of a hub (4) and a spoke attached to a spoke attachment plate of the hub at a rotation speed at which a predetermined centrifugal force acts. , Align the spokes radially, while
The holding body (E) (see FIG. 4) provided concentrically with the temporary assembly (D) is rotated at the same speed and in the same direction as the temporary assembly (D) to be positioned at the tip of the spoke. The holding portion holds the spokes in the aligned state.
このため、保持体（Ｅ）は、４種類のスポーク（ハブ
（４）の一方のスポーク取付板の表裏から延びるスポー
ク及び他方のスポーク取付板の表裏から延びるスポーク
の４種）に合わせた前記保持部としての嵌合溝（Ｆ）、
（Ｆ）を設けた環状体とハブ（４）とスポークとの仮組
体（Ｄ）とを常時同一方向に同速度で回転させている。For this reason, the holding body (E) is held in accordance with the four types of spokes (four types of spokes extending from the front and back sides of one spoke attachment plate of the hub (4) and four types of spokes extending from the front and back sides of the other spoke attachment plate). Fitting groove (F) as a part,
The annular body provided with (F), the temporary assembly (D) of the hub (4) and the spokes are always rotated in the same direction at the same speed.
従って、この従来の装置では、スポークを整列させるた
めに、車輪とほぼ同じ大きさの保持体（Ｅ）をハブ
（４）とともに回転させなければならず、回転装置が大
型化する。Therefore, in this conventional device, in order to align the spokes, the holding body (E) having substantially the same size as the wheel has to be rotated together with the hub (4), and the rotating device becomes large.
（技術的課題） 本発明は、このような、ハブ（４）とハブのスポーク取
付板に取り付けたスポークとの組立体を回転させてスポ
ーク群を放射状に整列させる装置において、このスポー
ク整列のための回転装置を小型化できるようにするた
め、ハブ保持部によってスポーク群がそのまま整列状態
に保持できるようにする装置を提供することをその技術
的課題とする。(Technical problem) The present invention provides a device for rotating the assembly of the hub (4) and the spokes attached to the spoke attachment plates of the hub to radially align the spoke groups. SUMMARY OF THE INVENTION It is a technical problem to provide a device that enables a spoke group to be held in an aligned state by a hub holding portion so that the rotating device can be downsized.
（技術的手段） 上記技術的課題を解決するために講じた本発明の技術的
手段は、軸の上端部内にハブ軸嵌合部を有する下側の垂
直な第１回転軸と、該第１回転軸の上方に離間して配設
され且つ軸の下端部内にハブ軸嵌合部を有する上側の垂
直な第２回転軸とを配設し、ハブのスポーク取付板の外
径と同径の外径の大きさのゴムリングを第１回転軸の軸
端及び第２回転軸の軸端とスポーク取付板のスポーク連
結部間に接触せしめて配設し、第１回転軸には第１回転
軸を回転駆動する第１駆動装置を付設し、第２回転軸は
上方に設けた昇降軸に回転自在に連接している自転車用
車輪の組立におけるスポーク整列装置で、下方の垂直な
第１回転軸と上方の垂直な第２回転軸との間にハブ軸を
垂直に且つハブのスポーク取付板を水平にしてハブとハ
ブのスポーク取付板に取りつけたスポーク群とからなる
組立体を配置し、上記のゴムリングを第１回転軸と第２
回転軸の各軸端とスポーク取付板との間に介在させ、ス
ポーク取付板とスポークの基端部との連結部を第１回転
軸の軸端と第２回転軸の軸端により、スポーク取付板へ
のスポーク取付時の初期姿勢から遠心力増大による放射
状の整列姿勢にゴムリングの弾性に抗してスポークが移
動される程度の強さで、ゴムリングをスポーク取付板上
に圧接し、第１回転軸からハブにスポークを放射状に整
列する遠心力を付与する強さの回転力を伝達する装置に
ある。(Technical Means) The technical means of the present invention taken to solve the above technical problem is a lower vertical first rotary shaft having a hub shaft fitting portion in the upper end portion of the shaft, and the first rotary shaft. An upper vertical second rotary shaft, which is disposed above the rotary shaft and is separated from the rotary shaft and has a hub shaft fitting portion in the lower end portion of the shaft, has the same diameter as the outer diameter of the spoke mounting plate of the hub. A rubber ring having an outer diameter is arranged in contact with the shaft ends of the first rotating shaft and the second rotating shaft and the spoke connecting portions of the spoke mounting plate, and the first rotating shaft has the first rotating shaft. A spoke aligning device for assembling a bicycle wheel, in which a first drive device for rotationally driving a shaft is attached, and a second rotary shaft is rotatably connected to an elevating shaft provided above. Between the shaft and the second vertical rotary shaft above, the hub shaft is vertical and the spoke attachment plate of the hub is horizontal, and the hub and the hub The spoke ring is attached to the spoke mounting plate of, and the rubber ring is attached to the first rotary shaft and the second rotary shaft.
Spoke attachment by interposing between each shaft end of the rotating shaft and the spoke mounting plate, and connecting the spoke mounting plate and the base end of the spoke with the shaft end of the first rotating shaft and the shaft end of the second rotating shaft. From the initial posture when the spokes are attached to the plate to the radial alignment posture due to the increase in centrifugal force, press the rubber ring onto the spoke attachment plate with sufficient strength to move the spoke against the elasticity of the rubber ring. A device for transmitting a rotational force of a strength that imparts a centrifugal force that radially aligns the spokes from one rotation shaft to the hub.
（作用） 本発明の上記技術的手段は、次のように作用する。(Operation) The technical means of the present invention operates as follows.
ハブ（４）とハブのスポーク取付板に取り付けたスポー
ク群とからなる組立体（すなわち仮組体（Ｄ））は、ハ
ブ軸の一端が下方の垂直な第１回転軸（11）の嵌合部
（14）に嵌合し、第１回転軸（11）と第１回転軸の上方
に離間して配設された上方の垂直な第２回転軸（22）と
の間で、ハブ軸を垂直に且つハブのスポーク取付板（4
0）を水平にして配置される。このハブ配置状態におい
て、スポーク取付板（40）に基端を取付けたスポークは
先端が下がる。特に基端側の頭部（45）がスポーク取付
板（40）上の第１図で右側のスポークは先端が大きく下
がるが、差し障りはない。次いで、上方から第２回転軸
（22）を降下して上側のハブ軸を第２回転軸（22）の嵌
合部（14）に嵌合すると、スポーク取付板（40）の外径
と同径の外径の大きさのゴムリング（15）が、両回転軸
（11）、（22）の軸端に設けられているので、両回転軸
（11）、（22）はゴムリング（15）を介在してスポーク
取付板（40）を挟圧する。この挟圧により、例えば上側
のスポーク取付板（40）では、スポーク取付板（40）に
上から下に挿入されたスポークは、その基端側の頭部
（45）の付け根側の下面周囲がスポーク取付板（40）面
に均等にゴムリング（15）に押圧され、またスポーク取
付板（40）に下から上に挿入されたスポークは、その基
端側の屈曲部（46）及び軸がスポーク取付板（40）面に
ゴムリング（15）に押圧されて、スポークはほぼ水平に
持ち上げられ保持される。The assembly (that is, the temporary assembly (D)) including the hub (4) and the spoke group attached to the spoke attachment plate of the hub is a fitting of the vertical first rotating shaft (11) whose one end of the hub shaft is downward. The hub shaft is fitted between the first rotating shaft (11) and the vertically upper second rotating shaft (22) which is fitted above the first rotating shaft (11) and is separated from the first rotating shaft (11). Vertically and on the hub spoke mounting plate (4
0) is placed horizontally. In this hub arrangement state, the tip of the spoke whose base end is attached to the spoke attachment plate (40) is lowered. In particular, the head portion (45) on the base end side is on the spoke mounting plate (40), and the tip of the spoke on the right side in FIG. 1 is greatly lowered, but this does not cause any trouble. Next, when the second rotary shaft (22) is lowered from above and the upper hub shaft is fitted into the fitting portion (14) of the second rotary shaft (22), the outer diameter of the spoke mounting plate (40) becomes the same. Since the rubber ring (15) having the outer diameter is provided at the shaft ends of both rotary shafts (11) and (22), both rotary shafts (11) and (22) have a rubber ring (15). ), And clamp the spoke mounting plate (40). Due to this clamping force, for example, in the upper spoke attachment plate (40), the spokes inserted from the top to the bottom of the spoke attachment plate (40) will have their lower surface around the base of the head (45) on the proximal end side. The spokes that are evenly pressed by the rubber ring (15) on the surface of the spoke mounting plate (40) and that are inserted into the spoke mounting plate (40) from bottom to top have the bent portion (46) and the shaft on the base end side. The spokes are pressed and held by the rubber rings (15) on the surfaces of the spoke attachment plates (40), and the spokes are lifted and held substantially horizontally.
ところで、ゴムリング（15）は弾性であるので、ゴムリ
ング（15）とスポーク取付板（40）間に挟圧されている
スポークに横向きの力が加わるとゴムリング（15）を押
し上げてスポークはスポーク取付板（40）上を横に動く
ことができる。回転軸によりゴムリング（15）を押す強
さは、ハブを回転する前の挟圧した段階の状態では、ス
ポークは取り付けられたときの位置でハブ（４）から水
平に張り出した状態の初期姿勢に保持されているが、ハ
ブを回転してスポーク取付板（40）に遠心力がかかる
と、スポークはゴムリング（15）の弾性に抗してスポー
ク取付板（40）上で放射状の姿勢に横に移動することが
でき、そして、その後回転速度を徐々に低減させていく
と、スポークは慣性によりそのまま回転しようとする
が、ゴムリングの挟圧が慣性による動きを阻止してスポ
ーク取付板（40）と同期して停止し、各スポークを放射
状の姿勢に整列された状態で保持することができる程度
の強さである。By the way, since the rubber ring (15) is elastic, when a lateral force is applied to the spokes sandwiched between the rubber ring (15) and the spoke mounting plate (40), the rubber ring (15) is pushed up and the spokes are separated. It can move laterally on the spoke mounting plate (40). The strength of pushing the rubber ring (15) by the rotating shaft is the initial posture when the spokes are horizontally extended from the hub (4) at the position when the spokes are attached in the state where the spokes are clamped before the hub is rotated. However, when the hub is rotated and centrifugal force is applied to the spoke attachment plate (40), the spokes are placed in a radial posture on the spoke attachment plate (40) against the elasticity of the rubber ring (15). The spokes try to rotate as they are due to inertia when they can move laterally, and then the rotation speed is gradually reduced, but the clamping pressure of the rubber ring blocks the movement due to inertia and the spoke mounting plate ( It is strong enough to stop in synchronism with 40) and hold the spokes aligned in a radial posture.
従って、第１駆動装置（12）から第１回転軸（11）によ
りハブ（４）に回転力が付与されて回転速度が徐々に増
加するにつれて、各スポークは遠心力によってゴムリン
グ（15）からなる弾性部材の挟圧に抗して上記初期姿勢
からハブを中心とする放射状の姿勢に横に移動して整列
する。しかし、その後回転速度を徐々に低減させて行き
回転を停止させると、ゴムリング（15）とスポーク取付
板（40）との挟圧力により各スポークは放射状の姿勢に
整列された状態で停止する。Therefore, as the rotational force is gradually increased from the first drive device (12) to the hub (4) by the first rotary shaft (11) and the rotational speed is gradually increased, each spoke is moved from the rubber ring (15) by the centrifugal force. The elastic member is laterally moved and aligned from the initial posture to a radial posture centered on the hub against the pinching force of the elastic member. However, when the rotation speed is gradually reduced and the rotation is stopped thereafter, the spokes are stopped in a state of being aligned in a radial posture due to the sandwiching force between the rubber ring (15) and the spoke attachment plate (40).
（実施例） 以下、本発明の装置の実施例を第１図〜第３図に基づい
て説明する。(Embodiment) An embodiment of the apparatus of the present invention will be described below with reference to FIGS.
この実施例の装置は、第２図に示す車輪の仮組装置の全
体説明図における手段（Ａ）により実施する装置に関
し、特に、ハブ（４）にスポーク群を取付けた仮組体
（Ｄ）のこれらのスポーク群を整列し、その後、各スポ
ークを予め設定された交叉状態に綾取りする、いわゆ
る、スポーク整列・綾取装置におけるうちのスポーク整
列装置である。The device of this embodiment relates to a device implemented by means (A) in the overall explanatory view of the temporary wheel assembly device shown in FIG. 2, and in particular, the temporary assembly (D) in which the spoke group is attached to the hub (4). Is a so-called spoke aligning device in the so-called spoke aligning and traversing device, which aligns these spoke groups and then traverses each spoke in a preset crossing state.
なお、本発明の装置により整列されたスポークは、別途
手段（Ａ）で綾取りされ、さらに、綾取りされた仮組体
（Ｄ）は後続の移送手段（Ｂ）で仮止め手段（Ｃ）に移
送されてスポークがリムに仮り止めされる。The spokes aligned by the device of the present invention are traversed by the separate means (A), and the traversed temporary assembly (D) is transferred to the temporary fixing means (C) by the subsequent transfer means (B). Then the spokes are temporarily fixed to the rim.
この実施例の装置は、手段（Ａ）の第１基台（10）の中
央上面から上方に突出して第１駆動装置（12）により駆
動される第１回転軸（11）と、この第１回転軸（11）の
上方に位置して、第２図に示す如く、手段（Ａ）で綾取
りされた仮組体（Ｄ）を仮止め手段（Ｃ）に移送する移
動手段（Ｂ）の移動主体（20）の昇降軸（21）に回転自
在に連接されている第２回転軸（22）を有する。これら
第１、第２回転軸（11）、（22）には、ハブ（４）の軸
部を嵌合させる嵌合部（14）を設け、さらに、両回転軸
（11）、（22）の先端部にはハブ（４）に設けられたス
ポーク取付板（40）に対接し、スポーク取付板（40）の
外径と同径の大きさの弾性部材としてのゴムリング（1
5）が取付けられている。第２回転軸（22）は移送手段
（Ｂ）の昇降軸（21）により昇降且つ回転自在に保持さ
れている。The device of this embodiment includes a first rotary shaft (11) which is projected from the central upper surface of the first base (10) of the means (A) and is driven by a first drive device (12), and the first rotary shaft (11). Movement of moving means (B) located above the rotary shaft (11) and transferring the temporary assembly (D) traversed by the means (A) to the temporary fixing means (C) as shown in FIG. It has a second rotating shaft (22) rotatably connected to the lifting shaft (21) of the main body (20). The first and second rotary shafts (11) and (22) are provided with a fitting portion (14) into which the shaft portion of the hub (4) is fitted, and further, both rotary shafts (11) and (22). A rubber ring (1) that is in contact with a spoke attachment plate (40) provided on the hub (4) at the tip of the rubber ring and has an outer diameter equal to the outer diameter of the spoke attachment plate (40).
5) is installed. The second rotating shaft (22) is held by the elevating shaft (21) of the transfer means (B) so as to be vertically movable and rotatable.
上記の装置の操作方法を説明すると、上記装置におい
て、第２回転軸（22）を上昇位置（初期位置）に上昇さ
せ、ハブ（４）の軸の下端を下方の第１回転軸（11）の
嵌合部（14）に嵌合し、次いで、第２回転軸（22）を降
下させて、第１図の如く、ハブ（４）を第１、第２回転
軸（11）、（22）間に挟持する。この状態では、スポー
ク取付板（40）に対してゴムリング（15）が圧接された
状態にあり、各スポークの基端側の頭部（45）又はこれ
に続く屈曲部（46）はスポーク取付板（40）とゴムリン
グ（15）との間に挟圧されている。Explaining the operation method of the above device, in the above device, the second rotary shaft (22) is raised to the raised position (initial position), and the lower end of the shaft of the hub (4) is below the first rotary shaft (11). Of the hub (4) as shown in FIG. 1 and then the second rotary shaft (22) is lowered to engage the hub (4) with the first and second rotary shafts (11), (22). ) Sandwich between. In this state, the rubber ring (15) is in pressure contact with the spoke mounting plate (40), and the head (45) on the proximal end side of each spoke or the bent portion (46) following this is the spoke mounting plate. It is pinched between the plate (40) and the rubber ring (15).
この状態で、第１駆動装置（12）を駆動させると、上方
の第２回転軸（22）も移動主体（20）に設けた昇降軸
（21）に回転自在に保持されていることから、ハブ
（４）が回転させられる。そこで回転速度を徐々に増加
して行きスポークにかかる遠心力を高めて行く。する
と、ついに遠心力により各スポークは上記挟圧力に抗し
て放射状に整列されることとなる。In this state, when the first drive device (12) is driven, the upper second rotary shaft (22) is also rotatably held by the lifting shaft (21) provided on the moving subject (20), The hub (4) is rotated. Therefore, the rotational speed is gradually increased to increase the centrifugal force applied to the spokes. Then, finally, due to the centrifugal force, the respective spokes are radially aligned against the clamping pressure.
スポークが放射状に整列し終わると、徐々にハブ（４）
の回転速度を低減して行く。しかし、ハブ（４）と同期
して回転するゴムリング（15）で、スポークはスポーク
取付板（40）に圧接されているので、スポークは慣性に
よる回転が阻止され、放射状整列状態を維持した状態で
停止して、第３図に示すスポーク整列状態の仮組体とな
る。When the spokes are aligned radially, gradually move to the hub (4)
Reduce the rotation speed of. However, since the spokes are pressed against the spoke mounting plate (40) by the rubber ring (15) that rotates in synchronization with the hub (4), the spokes are prevented from rotating due to inertia, and the radial alignment state is maintained. Then, it becomes a temporary assembly in the spoke aligned state shown in FIG.
このあと、スポークは綾取り工程及び後続の工程が施さ
れて車輪の組立は完了される。After that, the spoke is subjected to a traverse process and a subsequent process to complete the wheel assembly.
（効果） 以上説明したとおり、本発明の装置は、スポークを放射
状に整列するためにスポーク取付板をスポーク取付板の
外径と同径の外径の大きさのゴムリングで圧接してい
る。そしてこのゴムリングは弾性体であるので、回転軸
の軸端から圧接力により、ハブの回転で遠心力を増大す
るとスポーク取付板に取り付けたスポークは横に動いて
放射状に整列され且つ放射状に整列した後に回転を止め
て遠心力を除去してもスポークは放射状の整列状態を保
持することができ、従来のように大径の保持体で回転す
る装置に比べて、本発明の装置はスポークの回転装置部
を小型化でき、その分装置を軽量化できるので、回転部
分にかかる負担を減少し、従って装置の耐久性が向上す
る。また、ゴムリングという非常に簡単な装置を介在し
て圧接するだけであるので、装置にかかるコストの低減
が図れる。(Effect) As described above, in the device of the present invention, the spoke mounting plates are pressed against each other by the rubber ring having the same outer diameter as the outer diameter of the spoke mounting plates in order to radially align the spokes. And because this rubber ring is an elastic body, when the centrifugal force is increased by the rotation of the hub due to the pressure contact force from the shaft end of the rotating shaft, the spokes attached to the spoke mounting plate move laterally and are aligned radially and radially. After that, even if the rotation is stopped and the centrifugal force is removed, the spokes can maintain the radial alignment state, and the device of the present invention is different from the device in which the spokes are rotated by a large-diameter holder as in the related art. Since the rotating device can be downsized and the device can be reduced in weight accordingly, the load on the rotating portion is reduced, and the durability of the device is improved. Further, since only a rubber ring, which is a very simple device, is used for press contact, the cost of the device can be reduced.
第１図は本発明の装置の要部の説明図、第２図は第１図
の装置に組み合わせて本発明の装置の要部と車輪の仮組
装置の全体説明図、第３図はスポーク整列状態の仮組体
（Ｄ）の平面図、第４図は従来例の保持体の説明図であ
り、図中 （４）……ハブ、（10）……第１基台 （11）……第１回転軸、（12）……第１駆動装置 （14）……嵌合部、（15）……ゴムリング （20）……移動手段Ｂの移動主体、（21）……昇降軸 （22）……第２回転軸、（40）……スポーク取付板 （41）……第１スポーク、（42）……第２スポーク （43）……第３スポーク、（44）……第４スポーク （45）……スポークの基端側の頭部、（46）……屈曲部FIG. 1 is an explanatory view of an essential part of the device of the present invention, FIG. 2 is an overall explanatory view of an essential part of the device of the present invention and a temporary wheel assembly device in combination with the device of FIG. 1, and FIG. 3 is a spoke. FIG. 4 is a plan view of the temporary assembly (D) in the aligned state, and FIG. 4 is an explanatory view of a conventional holding body. In the figure, (4) ... Hub, (10) ... First base (11) ... … 1st rotary shaft, (12) …… 1st drive device (14) …… fitting part, (15) …… rubber ring (20) …… moving body of moving means B, (21) …… lifting shaft (22) …… Second rotary shaft, (40) …… Spoke mounting plate (41) …… First spoke, (42) …… Second spoke (43) …… Third spoke, (44) …… Second 4-spokes (45) ... heads of spokes on the base end side, (46) ... bent parts
Claims (1)
スポーク群との組立体をハブ軸の回りに回転させてスポ
ーク群を放射状に整列させる装置において、軸の上端部
内にハブ軸嵌合部を有する下側の垂直な第１回転軸と、
該第１回転軸の上方に離間して配設され且つ軸の下端部
内にハブ軸嵌合部を有する上側の垂直な第２回転軸とを
配設し、ハブのスポーク取付板の外径と同径の外径の大
きさのゴムリングを第１回転軸の軸端及び第２回転軸の
軸端とスポーク取付板のスポーク連結部間に接触せしめ
て配設し、第１回転軸には第１回転軸を回転駆動する第
１駆動装置を付設し、第２回転軸は上方に設けた昇降軸
に回転自在に連接している自転車用車輪の組立における
スポーク整列装置。1. A device for rotating an assembly of a hub and a spoke group attached to a spoke mounting plate of the hub around a hub shaft to radially align the spoke group, wherein a hub shaft fitting portion is provided in an upper end portion of the shaft. A lower vertical first axis of rotation having
An upper vertical second rotary shaft, which is disposed above the first rotary shaft and is spaced apart from the first rotary shaft and has a hub shaft fitting portion in the lower end portion of the shaft, is arranged to have an outer diameter of a spoke mounting plate of the hub. A rubber ring having the same outer diameter is placed by making contact between the shaft ends of the first rotating shaft and the second rotating shaft and the spoke connecting portions of the spoke mounting plate. A spoke aligning device for assembling a bicycle wheel, wherein a first drive device for rotationally driving a first rotating shaft is attached, and a second rotating shaft is rotatably connected to an elevating shaft provided above.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60120152A JPH07121641B2 (en) | 1985-06-03 | 1985-06-03 | Spoke alignment device in the assembly of bicycle wheels |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60120152A JPH07121641B2 (en) | 1985-06-03 | 1985-06-03 | Spoke alignment device in the assembly of bicycle wheels |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS61278401A JPS61278401A (en) | 1986-12-09 |
| JPH07121641B2 true JPH07121641B2 (en) | 1995-12-25 |
Family
ID=14779245
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP60120152A Expired - Lifetime JPH07121641B2 (en) | 1985-06-03 | 1985-06-03 | Spoke alignment device in the assembly of bicycle wheels |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH07121641B2 (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102006017749A1 (en) * | 2006-04-15 | 2007-10-25 | Daniel Golz | Method and device for spoking a wheel |
| CN108032048B (en) * | 2017-11-29 | 2019-10-22 | 淮北市腾威机械设备有限公司 | A kind of automated machine equipment for spoke conveying installation |
| CN108297027B (en) * | 2018-02-24 | 2023-10-24 | 中信戴卡股份有限公司 | Wheel airtight rubber ring press-fitting device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4916583A (en) * | 1972-06-10 | 1974-02-14 | ||
| JPS5295439A (en) * | 1976-02-04 | 1977-08-11 | Yanagawa Seiki Co Ltd | Device for arranging and trimming spokes assembled with hub |
-
1985
- 1985-06-03 JP JP60120152A patent/JPH07121641B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPS61278401A (en) | 1986-12-09 |
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| EXPY | Cancellation because of completion of term |