JP2003129733A - Sash roller capable of adjusting height of wheel thereof - Google Patents

Sash roller capable of adjusting height of wheel thereof

Info

Publication number
JP2003129733A
JP2003129733A JP2001358476A JP2001358476A JP2003129733A JP 2003129733 A JP2003129733 A JP 2003129733A JP 2001358476 A JP2001358476 A JP 2001358476A JP 2001358476 A JP2001358476 A JP 2001358476A JP 2003129733 A JP2003129733 A JP 2003129733A
Authority
JP
Japan
Prior art keywords
door
eccentric
wheel
plate
height
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.)
Pending
Application number
JP2001358476A
Other languages
Japanese (ja)
Inventor
Kazukuni Akashi
和邦 明石
Original Assignee
Kyoei Kanamono Seisakusho:Kk
株式会社共栄金物製作所
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 Kyoei Kanamono Seisakusho:Kk, 株式会社共栄金物製作所 filed Critical Kyoei Kanamono Seisakusho:Kk
Priority to JP2001358476A priority Critical patent/JP2003129733A/en
Publication of JP2003129733A publication Critical patent/JP2003129733A/en
Pending legal-status Critical Current

Links

Abstract

PROBLEM TO BE SOLVED: To provide a sash roller which is capable of adjusting the height of a wheel thereof through simple operation without detaching the sash roller from a sliding door, and ensures the engaged height of the wheel after the adjustment. SOLUTION: In this sash roller, an eccentric camshaft 4 having a hollow shape is protruded from an eccentric portion of a support disk 42, and the eccentric camshaft is single-supported in a sash roller case 2, which eccentric camshaft axially supports an eccentric support shaft 5 protruding thereinto from an eccentric portion of a rotation operating plate 52, whereby a tip side of the eccentric camshaft is supported. Then, engagement of vertical movement of the eccentric camshaft is carried out by engaging a projection 44 formed on the support disk with a valley of an inner toothed washer 28a formed in a stepped hole 23, and adjustment of the height of the eccentric camshaft is achieved by operating a recess 54 formed in an outer surface of the rotation operating plate with the tip of an operating tool being engaged therewith in a rotating direction, and allowing the projection to override a ridge of the inner clip washer by elastic force of a material caused by rotational force, to thereby rotate the support disk.

Description

【発明の詳細な説明】Detailed Description of the Invention
【0001】[0001]
【発明の属する技術分野】本発明は、引き戸に取り付け
た状態でも簡単な操作により車輪の高さの調整を行なっ
て引き戸の高さ調整及び引戸の円滑な走行などを図り得
る車輪の高さ調整が可能な戸車に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to adjusting the height of a wheel by a simple operation even when it is attached to a sliding door to adjust the height of the sliding door and the smooth running of the sliding door. Related to the possible door car.
【0002】[0002]
【従来の技術】車輪の高さの調整が行なえる公知技術の
戸車として、例えば、特開平10−102884号公報
に記載の「調整戸車」がある。この調整戸車は、戸車ケ
ース内に、車輪をピンにて枢支した車輪フレームをピン
にて上下揺動自在に枢支し、戸車ケース内を前後方向に
貫通し、頭部が戸車ケースの前板から露出するように設
けられたネジの螺回により前後方向に摺動し、前記車輪
フレームの一部が当接して車輪フレームの揺動を阻止す
るストッパーを設けると共に、前記車輪フレームは、頭
部が前記戸車ケースの前面板から露出するビスの回転に
よりカムを介して左右に摺動できる構造を有するもので
ある。
2. Description of the Related Art As a door roller of a known art capable of adjusting the height of wheels, there is, for example, "Adjusting door roller" described in Japanese Patent Laid-Open No. 10-102884. In this adjustment door roller, a wheel frame, in which wheels are pivotally supported by pins, is pivotally supported by pins in a vertical direction so as to swing vertically in the door roller case, and penetrates in the door roller case in the front-rear direction with the head in front of the door roller case. A stopper is provided that slides in the front-back direction by screwing a screw provided so as to be exposed from the plate, and a part of the wheel frame comes into contact with the stopper to prevent the wheel frame from swinging. The part has a structure that can be slid to the left and right via a cam by rotation of a screw exposed from the front plate of the door roller case.
【0003】[0003]
【発明が解決しようとする課題】しかしながら、上記従
来技術の調整戸車は車輪の高さ調節の程度が戸車ケース
から車輪からどの程度出ているかを見ながらの調整しか
できず、特に、戸車を横倒しなどの向きにしたときには
車輪が自重で下りないことがあることから、車輪の高さ
の調整に手間取ることがあった。また、この調整戸車に
よる高さ調整は戸車ケースの走行方向の前方側から行な
う構造のものであるため、引戸に取り付けた後での高さ
調整を行なうためには、引戸の前端に戸車ケースを露見
させて取り付け、或いは、引戸の前端面に高さ調整用の
ネジを露見させる開孔を設ける必要があるなど、引戸へ
の取り付ける位置などに制約があった。
However, the above-mentioned adjustment door wheel of the prior art can only be adjusted by observing how much the height of the wheel is adjusted from the wheel case out of the door wheel case. In some cases, the wheels may not descend due to their own weight when oriented in such a direction, so it may take time to adjust the height of the wheels. Also, since the height adjustment by this adjusting door roller is made from the front side in the traveling direction of the door roller case, in order to adjust the height after it is attached to the sliding door, the door roller case must be attached to the front end of the sliding door. There is a restriction on the mounting position to the sliding door, such as mounting by exposing it or forming an opening for exposing the height adjusting screw on the front end surface of the sliding door.
【0004】本発明者は、このような背景の下、上述し
た課題を解消する戸車の開発に着手し、鋭意・検討の結
果、この度、ついに新規な車輪の高さ調整が可能な戸車
を開発し、試作品を作り上げるまでに至った。
Under these circumstances, the inventor of the present invention has begun to develop a door roller that solves the above-mentioned problems, and as a result of earnest studies and studies, finally developed a door roller whose height can be newly adjusted. Then, I came up with making a prototype.
【0005】以上の目的を達成するために提案される本
発明は、引戸に取り付けたままでも、簡単な操作で、車
輪の高さの調整が行なえ、しかも、その調整後における
車輪の高さの係止をしっかりとしたものにし、構造も簡
単で故障も少なく、更には、引戸への取り付けが容易
で、不用意な脱落を防ぐ車輪の高さ調整が可能な戸車を
提供することを目的とする。
According to the present invention proposed to achieve the above object, the height of the wheel can be adjusted by a simple operation even when it is attached to the sliding door, and the height of the wheel after the adjustment can be adjusted. The purpose of the present invention is to provide a door wheel with a firm lock, a simple structure, few failures, easy installation to a sliding door, and adjustable wheel height to prevent accidental disengagement. To do.
【0006】[0006]
【課題を解決するための手段】以上の目的を達成するた
めに提案される請求項1に記載の車輪の高さ調整が可能
な戸車は、戸車ケース内にて車輪を軸装した偏芯カム軸
を外部から上下方向に操作して車輪の上下位置の調整を
行なうことができる構造を有する戸車において、偏芯カ
ム軸は、中空形状を有し、その基部端が円形の支持板の
面部の偏芯個所から突出し、この円形の支持板を前記戸
車ケースの対向する両壁部の一方の壁部に有する円形の
段付孔内に戸車ケースの外側から突入させることにより
戸車ケース内にて片支持され、且つ、円形の回転操作板
を前記両壁部の他方の壁部に有する円形の段付孔内に戸
車ケースの外側から突入させて、この回転操作板の偏芯
個所から突出する偏芯支持軸を偏芯カム軸内に軸支させ
ることにより偏芯カム軸の先端側の支持が行なわれてお
り、偏芯カム軸の上下移動の係止が、支持板の内面に形
成されている突起を段付穴に形成されている菊座の谷に
係止させていることにより行なわれ、偏芯カム軸の高さ
の調整が、回転操作板の外面に形成されている凹部に操
作具の先端を係止させたまま回転方向に操作して、この
回転力により素材の弾力によって前記突起が前記菊座の
山を乗り越えて支持板を回転させることにより行われる
ように構成したことを特徴とする。
A door roller with adjustable wheel height according to claim 1, which is proposed to achieve the above object, is an eccentric cam having wheels mounted in a door case. In a door roller having a structure in which the vertical position of the wheels can be adjusted by operating the shaft in the vertical direction from the outside, the eccentric cam shaft has a hollow shape, and the base end of the eccentric cam shaft has a circular shape. By projecting from the eccentric part and projecting this circular support plate from the outside of the door car case into the circular stepped hole provided in one of the opposite wall parts of the door car case, An eccentric part of the rotating operation plate, which is supported and is made to protrude from the eccentric portion of the rotating operation plate, is made to protrude from the outside of the door case into a circular stepped hole provided in the other wall portion of the both wall portions. Eccentricity by supporting the wick support shaft inside the eccentric cam shaft The front end of the shaft is supported, and the vertical movement of the eccentric cam shaft is locked by the projection formed on the inner surface of the support plate in the valley of the chrysanthemum formed in the stepped hole. The height of the eccentric cam shaft is adjusted by operating the eccentric cam shaft in the rotational direction while keeping the tip of the operating tool locked in the recess formed on the outer surface of the rotating operation plate. It is characterized in that the projection is carried out by the elastic force of the material caused by the rotating force, overcoming the mountain of the chrysanthemum and rotating the support plate.
【0007】この請求項1に記載の車輪の高さ調整が可
能な戸車(以下、請求項1の戸車と略称する。)は、偏
芯カム軸単体では片支持されるが、この偏芯カム軸の先
端側から偏芯支持軸内に偏芯カム軸を挿入係止させてこ
れを両支持させるようにした。偏芯カム軸及び偏芯支持
軸は、何れもその基部が円形の支持板及び回転操作板の
中心より外れた偏芯位置から突出しており、車輪を軸装
した偏芯カムがこれら双方の板を戸車ケースの対向する
壁部に形成された段付孔内の外側から突入させることに
より支持されるようにした。つまり、車輪を軸支した偏
芯カム軸をこれら双方の板で戸車ケースに支持されるよ
うにした。このようにすると、偏芯カム軸の偏芯位置
を、円形の支持板及び回転操作板の大きさの範囲内にお
いて、戸車ケース内の空間及び車輪の大きさ、偏芯カム
軸の太さを総合的に勘案して大きな高さの調整が行なえ
るように設計できる。しかも、回転操作板の外面が位置
する側の戸車ケースの壁部を引戸から露見させて請求項
1の戸車を取り付けるようにすると、引戸に取り付けた
後でも車輪の高さ調整が自由に行なえる。また、このよ
うに車輪を介して偏芯カム軸に加わる引戸の重量を、径
の大きな支持板及び回転操作板の外周面を通じて戸車ケ
ースの両壁部の段付孔で受けるようにすると、偏芯カム
軸の姿勢は安定し、偏芯カム軸が微妙に傾いたり、走行
中にブレたりしない。特に、戸車ケースの一方の壁部に
支持させた回転操作板で車輪の高さの調整を行ない、他
方の壁部に支持させた支持板で所望の高さの係止が行わ
れるようにすると、偏芯カム軸の支持、係止、操作にゆ
とりを持たせた設計ができる。請求項1の戸車は、偏芯
カム軸を所望の高さに調整したときの係止を、支持板の
内側面に形成した突起と菊座との係止により行なってい
る。このため、しっかりとした係止が行われ、これら係
止部分に重量負担が加わって突起が菊座の山を飛び越え
たり、係止部分が破損する事態には至らない。また、突
起や菊座が弾力を発揮し易い面に形成されていることか
ら、車輪の高さ調整がし易く、係止部分が破損しない。
この突起は1個であっても構わないが、係止が効果的に
行われるこのようにすると、突起(菊座)と菊座との係
止が一層しっかりとしたものになる。
The door wheel with adjustable wheel height according to the first aspect (hereinafter, simply referred to as the door wheel of the first aspect) is supported by the eccentric cam shaft alone, but this eccentric cam is used. The eccentric cam shaft is inserted and locked into the eccentric support shaft from the tip side of the shaft to support both of them. The bases of the eccentric cam shaft and the eccentric support shaft both project from the eccentric position deviated from the centers of the circular support plate and the rotary operation plate, and the eccentric cam on which the wheel is mounted has both plates. Are supported by being protruded from the outside in the stepped holes formed in the opposite wall portions of the door roller case. That is, the eccentric cam shaft that supports the wheel is supported by the door case with both of these plates. By doing so, the eccentric position of the eccentric cam shaft can be set within the range of the sizes of the circular support plate and the rotation operation plate by setting the space in the door case and the size of the wheels and the thickness of the eccentric cam shaft. It can be designed so that a large height adjustment can be performed considering comprehensively. Moreover, when the wall of the door roller case on the side where the outer surface of the rotation operation plate is located is exposed from the sliding door and the door roller of claim 1 is attached, the height of the wheels can be freely adjusted even after the door is attached to the sliding door. . In addition, when the weight of the sliding door applied to the eccentric cam shaft via the wheels is received by the stepped holes in both wall portions of the door case through the outer peripheral surfaces of the large-diameter support plate and the rotation operation plate, The posture of the eccentric cam shaft is stable, and the eccentric cam shaft does not slightly tilt or shake during traveling. Particularly, when the height of the wheel is adjusted by the rotary operation plate supported on one wall of the door case, and the desired height is locked by the support plate supported on the other wall. It is possible to design the eccentric cam shaft so that it can be supported, locked and operated easily. According to the door roller of the first aspect, the locking when the eccentric cam shaft is adjusted to a desired height is performed by locking the projection formed on the inner surface of the support plate and the chrysanthemum. Therefore, the locking is performed firmly, and the weight is not applied to these locking portions so that the projection does not jump over the ridge of the chrysanthemum and the locking portions are not damaged. Further, since the protrusions and chrysanthemums are formed on the surface that easily exerts elasticity, it is easy to adjust the height of the wheel and the locking portion is not damaged.
The number of the protrusions may be one, but the locking is effectively performed. In this way, the locking between the protrusion (chrysanthemum) and the chrysanthemum becomes more secure.
【0011】ところで、上記各請求項に記載の戸車は、
この戸車ケースの外形に合わせた形状の凹部を引戸の下
端部の前後2個所に形成して、この凹部に下方から前面
を露見させた状態で嵌め込んで使用するものであり、戸
車ケースに引戸の側面又は下面に取り付けるための取付
用の木ネジ穴を有するフランジ面を形成したものを用い
ても構わないが、簡単に前記凹部の下方から押し込むだ
けで固定できると、その取り付けが楽であり、引戸の外
観も見苦しくない。ところが、このようにして取り付け
ると、長期間の使用において、引戸の凹部内から戸車が
手前側に外れ出すことも予想される。
By the way, the door roller according to each of the above claims is
The sliding door is formed by forming recesses having a shape matching the outer shape of the door roller case at two positions in the front and rear of the lower end portion of the sliding door, and by fitting the recesses with the front surface exposed from below. Although it is possible to use a flange surface having a wood screw hole for attachment for attaching to the side surface or the lower surface of the above, it is easy to attach if it can be fixed simply by pushing in from below the recess. The appearance of the sliding door is not unsightly. However, if it is attached in this way, it is expected that the door roller will come out from the inside of the recess of the sliding door toward the front side during long-term use.
【0012】このため、請求項5に記載の車輪の高さ調
整が可能な戸車は、請求項1ないし4のいずれか1項に
記載の戸車では、戸車ケースの走行方向に向いている左
右の外壁から上面に至る間の適所に、戸車ケースを引戸
の凹部に嵌め込んで取り付けたときの抜け止めを図る、
突起、突条などの抜け止め部が形成されている。このよ
うにすると、予期しない外圧が引戸に加わったり、長期
間の使用により、戸車の位置ズレが生じたり、戸車が引
戸から脱落するようなことは生じない。
[0012] Therefore, the door wheel with adjustable wheel height according to claim 5 is the door wheel according to any one of claims 1 to 4, in which the left and right wheels are oriented in the traveling direction of the door wheel case. When the door case is fitted into the recess of the sliding door at an appropriate position between the outer wall and the upper surface, the door case is prevented from coming off.
The retaining portions such as protrusions and ridges are formed. With this configuration, unexpected external pressure is not applied to the sliding door, the door is displaced, and the door does not drop out of the sliding door due to long-term use.
【0013】[0013]
【発明の実施の形態】本発明の目的及び構成は以上の通
りであり、続いて本発明の車輪の高さ調整が可能な戸車
の具体的な実施の形態を、添付図面に示した実施例に沿
って詳述する。図1の(a)図及び(b)図はいずれも
本発明の1実施例に係る車輪の高さ調整が可能な戸車
(以下、本実施例の戸車と略称する。)を正面側及び背
面側から見た斜視図であり、図2の(a)図及び(b)
図は同じく正面図及び背面図、(c)図は底面図、図3
は同じく分解した状態を示した図である。これら各図に
示す本実施例の戸車1は、戸車ケース2と、車輪3と、
車輪3を支持する偏芯カム軸4と、偏芯カム軸4を先端
側から支持する偏芯支持軸5とが組み付けられて、簡単
な操作で車輪3の高さ調整ができるものになっており、
これら各部材はポリアセタール樹脂(ジュラコン)を素
材としている。図4の(a)〜(d)図は車輪の高さの
調節による違いを示している。
The objects and configurations of the present invention are as described above, and subsequently, a concrete embodiment of the door wheel of the present invention in which the height of the wheel can be adjusted is shown in the accompanying drawings. Will be described in detail. 1 (a) and 1 (b) both show a front door and a rear surface of a door roller (hereinafter, abbreviated as the door roller of this embodiment) whose height can be adjusted according to an embodiment of the present invention. It is the perspective view seen from the side, and is a figure (a) and (b) of FIG.
The figure is also a front view and a rear view, (c) is a bottom view, and FIG.
FIG. 3 is a diagram showing the same disassembled state. A door roller 1 of the present embodiment shown in each of these drawings includes a door roller case 2, wheels 3,
The eccentric cam shaft 4 that supports the wheel 3 and the eccentric support shaft 5 that supports the eccentric cam shaft 4 from the tip side are assembled, and the height of the wheel 3 can be adjusted by a simple operation. Cage,
Each of these members is made of polyacetal resin (Duracon). FIGS. 4A to 4D show the difference due to the adjustment of the wheel height.
【0014】次に、上述した各部材について詳しく説明
する。図3の各図、図4の各図及び、図5に示すよう
に、戸車ケース2は、その前面を形成する壁部21と後
面を形成する壁部22とを左右から上面に至る側壁25
とともに一体形成されており、その下部は開口され、上
部は車輪3の上部に沿う円弧状に形成されており、この
戸車ケース2の前面を形成する壁部21と背面を形成す
る壁部22の左右間中央における下寄りの個所には、そ
れぞれ大径の段付孔23,24が形成されている。これ
ら大径の段付孔23,24のうち、前面側に位置する段
付孔23の周縁を形成する低段部26の下部分には僅か
ながら前方に突出する突起27が形成されており、背面
側に位置する段付孔24の周縁を形成する低段部28は
手前側に向けた菊座28aにて形成されている。そし
て、左右の側壁22部分に引戸の戸車嵌め込み用の凹部
内に食い込んで抜け止めを図る突起29・・が形成され
ている。
Next, the above-mentioned members will be described in detail. As shown in each of FIG. 3, each of FIG. 4, and FIG. 5, the door roller case 2 includes a wall portion 21 forming a front surface thereof and a wall portion 22 forming a rear surface thereof, and a side wall 25 extending from left and right to an upper surface.
The door 21 is formed integrally with the door 3, and an upper portion thereof is opened and an upper portion thereof is formed in an arc shape along the upper portion of the wheel 3, and a wall portion 21 forming a front surface and a wall portion 22 forming a rear surface of the door roller case 2 are formed. Large-diameter stepped holes 23 and 24 are formed in the lower part in the center between the left and right sides, respectively. Of these large-diameter stepped holes 23, 24, a projection 27 slightly protruding forward is formed in the lower portion of the low stepped portion 26 forming the peripheral edge of the stepped hole 23 located on the front side. The lower step portion 28 forming the peripheral edge of the stepped hole 24 located on the back side is formed by a chrysanthemum seat 28a facing the front side. Further, projections 29, ..., which are designed to prevent the slip-out of the sliding door, are formed on the left and right side walls 22 so as to prevent the slipping-out of the sliding door.
【0015】図1ないし図4の各図及び図6に示すよう
に、偏芯カム軸4は、角孔43が形成された中空形状を
有し、その基部端41が戸車ケース2の背面側の壁部2
2に形成されている段付孔24に丁度嵌まる大きさを有
する円形の支持板42の面部における偏芯個所から突出
して形成され、この支持板42における偏芯カム軸4を
突出させている片面(内面)の外周近傍に沿う等間隔を
設けた3個所に突起44・・が形成され、各突起44・
・の左右近傍の支持板4の面部には周縁から中央方向に
向けた切欠部44・・が形成されたものになっている。
As shown in each of FIGS. 1 to 4 and FIG. 6, the eccentric cam shaft 4 has a hollow shape in which a square hole 43 is formed, and its base end 41 is the rear side of the door roller case 2. Wall part 2
2 is formed so as to project from an eccentric portion on the surface portion of a circular support plate 42 having a size that fits exactly into the stepped hole 24 formed in 2, and the eccentric cam shaft 4 in this support plate 42 is projected. Protrusions 44 ... Are formed at three equally spaced locations along the vicinity of the outer periphery of one face (inner face).
A cutout portion 44 is formed in the surface portion of the support plate 4 in the vicinity of the right and left sides from the periphery toward the center.
【0016】図1ないし図4の各図及び図7に示すよう
に、偏芯支持軸5は、丸孔57が形成された中空形状を
有し、その基部端51が戸車ケース2の前面側の壁部2
1に形成されている段付孔23に丁度嵌まる大きさを有
する支持板を兼ねた円形の回転操作板52の面部におけ
る偏芯個所から突出して形成され、この回転操作板52
の前面にこの回転操作板52を外部から操作する工具の
係止部分となるスリ割ように、等間隔ごとに複数設ける
ことが望ましく、更には、菊座の谷に嵌まって係止され
易い斜面を有する形状のものがよい。また、菊座の谷に
或る程度沿った長さのものにしてもよい。なお、請求項
1及び以下の記載において、外面とは戸車として組み付
けた状態において露見する面であり、内面とは露見しな
い面をいう。
As shown in each of FIGS. 1 to 4 and FIG. 7, the eccentric support shaft 5 has a hollow shape in which a round hole 57 is formed, and its base end 51 is on the front side of the door roller case 2. Wall part 2
The rotary operation plate 52 is formed so as to project from an eccentric portion in the surface portion of a circular rotary operation plate 52 that also serves as a support plate having a size that fits into the stepped hole 23 formed in 1.
It is desirable to provide a plurality of the rotary operation plates 52 on the front surface of the rotary operation plate 52 at equal intervals so that the rotary operation plates 52 can be engaged with a tool to be operated from the outside. A shape having a slope is preferable. Further, the length may be along the valley of Kikuza to some extent. In Claim 1 and the following description, the outer surface is a surface exposed in the state of being assembled as a door roller, and the inner surface is a surface not exposed.
【0008】続く、請求項2に記載の車輪の高さ調整が
可能な戸車は、請求項1の戸車において、回転操作板の
回転操作可能範囲が、回転操作板を支持させている段付
孔内の低段面に形成した突起が回転操作板の外面に形成
されている円弧状の段部の範囲内で行われるように構成
されてなる。このようにすると、車輪の高さ調整範囲が
判り易くなる。しかも、これら突起や段部が回転操作板
の露見しない内面及びその対面個所に形成されているこ
とから、回転操作板は戸車ケースの外壁に面を揃えて嵌
まった状態になっているので、見栄えが良くなる。な
お、回転操作板の外面に、回転位置を示す突起や凹部或
いは着色による目印、更には、回転操作板の外面又はこ
れに沿った戸車ケースの外壁面に目盛りを設けると、調
整の程度が一目できる。この凹部は、ドライバなどの工
具の先端部を係止させるスリ割り、十字穴、のいずれか
が該当するが、硬貨の端を係止させる程度の大きさのス
リ割り(一文字の穴)に形成すると、工具なしでも高さ
調整が行なえ、しかも凹部を破損させない。
A door wheel with adjustable wheel height according to a second aspect of the present invention is the door wheel according to the first aspect of the present invention, in which the range of rotation of the rotary operation plate is a stepped hole supporting the rotary operation plate. The projection formed on the lower step surface of the inner part is configured to be performed within the range of the arcuate step part formed on the outer surface of the rotary operation plate. With this configuration, the height adjustment range of the wheels can be easily understood. Moreover, since these protrusions and stepped portions are formed on the inner surface of the rotary operation plate that is not exposed and at the location facing the rotary operation plate, the rotary operation plate is fitted in the outer wall of the door case with the surfaces aligned. It looks good. If the outer surface of the rotary operation plate is provided with protrusions or recesses indicating the rotational position or a mark by coloring, and further, a scale is provided on the outer surface of the rotary operation plate or the outer wall surface of the door case along the outer surface of the rotary operation plate, the degree of adjustment can be seen at a glance. it can. This recess corresponds to either a slit or a cross hole that locks the tip of a tool such as a driver, but it is formed into a slit (a single-character hole) that is large enough to lock the end of a coin. Then, the height can be adjusted without using a tool, and the recess is not damaged.
【0009】続く、請求項3に記載の車輪の高さ調整が
可能な戸車は、請求項1又は2に記載の戸車において、
偏芯カム軸に形成されている中空穴が角穴であり、偏芯
支持軸が当該中空穴に沿う角棒形状になっている。この
ようにすると、偏芯カム軸と偏芯支持軸とを組み付ける
ときに、正確な偏芯位置に合わせることができる。
[0009] A door roller whose wheel height can be adjusted according to claim 3 is the door roller according to claim 1 or 2,
The hollow hole formed in the eccentric cam shaft is a square hole, and the eccentric support shaft has a square bar shape along the hollow hole. With this configuration, when the eccentric cam shaft and the eccentric support shaft are assembled, the eccentric position can be accurately adjusted.
【0010】続く、請求項4に記載の車輪の高さ調整が
可能な戸車では、請求項1ないし3のいずれか1項に記
載の戸車において、菊座の谷に係止する突起を当該菊座
と対向して係止する菊座にて形成した。り(一文字の凹
部)54が形成され、さらに、この回転操作板52の偏
芯支持軸5を突出させている側の外周に沿う近傍面が低
段部53で形成され、この低段部53と回転操作板52
で形成される隅部の略半周部分が円弧状に盛り上げられ
た係止部55が欠かれて形成され、前記偏芯支持軸5の
基部近傍個所の周囲に突条56が形成されたものになっ
ている。
[0010] In the following door car with adjustable wheel height according to claim 4, in the door car according to any one of claims 1 to 3, a projection for engaging with the valley of the chrysanthemum is provided. It is formed by a chrysanthemum seat that is opposed to the seat. A concave portion (one-character concave portion) 54 is formed, and further, a lower surface portion 53 is formed in the vicinity surface along the outer periphery of the rotation operation plate 52 on the side where the eccentric support shaft 5 is projected, and the low step portion 53. And rotation operation plate 52
The substantially half-circumferential portion of the corner formed by the above is formed by lacking the locking portion 55 raised in an arc shape, and the ridge 56 is formed around the base portion of the eccentric support shaft 5. Has become.
【0017】続いて、本実施例の戸車1の組み付け方法
と、組み付け後の構造について説明する。その組み付け
は、図3の(a)及び図4の(c)図に示すように、車
輪3を戸車ケース2内に位置させた状態で、先ず偏芯カ
ム軸4を戸車ケース2の背面側の段付孔24内に外側か
ら突入させて、偏芯カム軸4を車輪3の軸孔31内に挿
通し、さらに、偏芯カム軸4の基部の支持板42を段付
孔24内に嵌め込む。この状態では、車輪3を軸装した
偏芯カム軸4は片支持状態になっていることから、続い
て、偏芯支持軸4の偏芯している位置を偏芯カム軸4の
位置に合わせるようにして、この偏芯支持軸5を戸車ケ
ース2の正面(前面)側の段付孔23内に外側から突入
させて、偏芯カム軸4の開孔43内に圧入させつつ、偏
芯支持軸5の基部に形成されている回転操作板5を段付
孔23内に嵌め込む。このようにすると、偏芯カム軸4
は支持板42と回転操作板52によって戸車ケース2に
両支持された状態になり、支持板42に形成されている
突起44・・は戸車ケース2の段付孔24に形成されて
いる菊座28aの歯間である谷に嵌まった状態になっ
て、回転操作板52の回転が係止された状態になってい
る。つまり、偏芯カム軸4及び車輪3の高さは固定され
た状態になっている。
Next, the method of assembling the door roller 1 of this embodiment and the structure after the assembling will be described. As shown in FIGS. 3 (a) and 4 (c), the assembly is performed with the eccentric cam shaft 4 on the rear side of the door case 2 with the wheel 3 positioned inside the door case 2. The eccentric cam shaft 4 is inserted into the shaft hole 31 of the wheel 3 by protruding from the outside into the stepped hole 24, and the support plate 42 at the base of the eccentric cam shaft 4 is inserted into the stepped hole 24. Fit in. In this state, since the eccentric cam shaft 4 on which the wheel 3 is mounted is in the one-sided supporting state, subsequently, the position where the eccentric support shaft 4 is eccentric is set to the position of the eccentric cam shaft 4. In a similar manner, the eccentric support shaft 5 is projected from the outside into the stepped hole 23 on the front (front) side of the door roller case 2 and is press-fitted into the opening 43 of the eccentric cam shaft 4 while being eccentric. The rotary operation plate 5 formed on the base of the core support shaft 5 is fitted into the stepped hole 23. By doing so, the eccentric cam shaft 4
Are supported by the door roller case 2 by the support plate 42 and the rotation operation plate 52, and the projections 44 formed on the support plate 42 are formed on the stepped holes 24 of the door roller case 2. 28a is fitted in the valleys between the teeth, and the rotation of the rotary operation plate 52 is locked. That is, the heights of the eccentric cam shaft 4 and the wheels 3 are fixed.
【0018】続いて、図1の(a)図を参照しつつ、図
4の各図及び図8、図9により、本実施例の戸車1にお
ける車輪3の高さ調整方法と、高さ調整後の構造につい
て説明する。なお、以下においては、車輪の高さを高く
した状態から低くする場合を主に説明する。その調整
は、図1の(a)図及び図4の(c)図に示すように、
回転操作板52の外面に形成されているスリ割(一文字
の凹部)54内に、例えば、硬貨の端部を係止させて回
して行なう。その回す方向は、本実施例では、図8の
(a)図から(b)図に示すように、右に半周回すと、
車輪3の高さが最も高くなる。つまり、戸車ケースの車
高が低くなる。このようにして回転操作板52を回す力
を加えると、前述した菊座(28a)の谷に落ち込んで
係止していた支持板42側の突起(4・・)は、その周
囲の支持板部分が樹脂の弾力によって後退して菊座(2
8a)の山を越えるため、回転が可能になる。
Next, referring to FIG. 1 (a), the method of adjusting the height of the wheels 3 in the door roller 1 of this embodiment and the height adjustment will be described with reference to FIGS. 4 and 8 and 9. The subsequent structure will be described. In the following, the case where the height of the wheel is increased from the increased state will be mainly described. The adjustment is performed as shown in FIG. 1 (a) and FIG. 4 (c).
For example, an end of a coin is locked and rotated in a slit 54 (a concave portion of one letter) formed on the outer surface of the rotary operation plate 52. In the present embodiment, the turning direction is, as shown in FIGS. 8 (a) to 8 (b), a half turn to the right,
The height of the wheel 3 is the highest. That is, the vehicle height of the door roller case becomes low. In this way, when a force for rotating the rotation operation plate 52 is applied, the projections (4 ...) On the side of the support plate 42 that have fallen into the valleys of the chrysanthemum (28a) and are locked are the support plates around it. The part moves backwards due to the elasticity of the resin and the Kikuza (2
Since it goes over the mountain of 8a), it becomes possible to rotate.
【0019】この回転操作の範囲は、図8の(a)図及
び(b)図に示すように、回転操作板52の内面(見え
ない向こう側面)に形成されている円弧状の段部55が
戸車ケース2の段付孔23に形成されている突起27に
当接する範囲であり、段部55の一方の端部が突起27
当接した状態において車輪3(偏芯カム軸4)の位置が
最も高くなる位置であり、段部55の他方の端部が突起
27当接した状態において車輪3(偏芯カム軸4)の位
置が最も低くなる位置である。このように回転操作板5
2を操作すると、図9に示すように、偏芯カム軸4及び
車輪3の中心Pが回転しながら上下に移動する軌跡Vに
沿った任意の高さで係止させることができる。
As shown in FIGS. 8 (a) and 8 (b), the range of this rotation operation is an arcuate step portion 55 formed on the inner surface (the invisible side surface) of the rotation operation plate 52. Is the range of contact with the protrusion 27 formed in the stepped hole 23 of the door roller case 2, and one end of the step 55 is the protrusion 27.
The position of the wheel 3 (eccentric cam shaft 4) is the highest in the abutting state, and the wheel 3 (eccentric cam shaft 4) is in the abutting state when the other end of the step portion 55 is in contact with the protrusion 27. This is the lowest position. In this way, the rotary operation plate 5
When 2, is operated, as shown in FIG. 9, the eccentric cam shaft 4 and the center P of the wheel 3 can be locked at an arbitrary height along a trajectory V that moves vertically while rotating.
【0020】[0020]
【発明の効果】以上説明した請求項1の発明である車輪
の高さ調整が可能な戸車によれば、車輪を軸装させた中
空形状を有する偏芯カム軸の基部端を円形の支持板から
突出させて、この円形の支持板を前記戸車ケースの対向
する両壁部の一方の壁部に有する円形の段付孔内に戸車
ケースの外側から突入させて戸車ケース内にて片支持さ
せ、さらに、円形の回転操作板を前記両壁部の他方の壁
部に有する円形の段付孔内に戸車ケースの外側から突入
させて、この回転操作板の偏芯個所から突出する偏芯支
持軸を偏芯カム軸内に軸支させることにより偏芯カム軸
の先端側の支持を行なうことができるようにしたことに
よって、偏芯カム軸の偏芯位置を、円形の支持板及び回
転操作板の大きさの範囲内において、戸車ケース内の空
間及び車輪の大きさ、偏芯カム軸の太さを総合的に勘案
して大きな高さの調整が行なえるように設計することが
できるようになった。しかも、戸回転操作板を引戸から
露見させるようにして戸車を取り付けることができるよ
うになったので、引戸に取り付けた後でも車輪の高さ調
整が自由に行なえようになった。
As described above, according to the door wheel of the invention of claim 1 capable of adjusting the height of the wheel, the base end of the hollow eccentric cam shaft having the wheel mounted therein has a circular support plate. From the outside of the door roller case, the circular support plate is projected from the outside of the door roller case into a circular stepped hole formed in one of the opposite wall portions of the door roller case so as to be supported one side in the door roller case. Further, an eccentric support projecting a circular rotary operation plate from the outside of the door roller case into a circular stepped hole provided in the other wall portion of the both wall portions and projecting from an eccentric portion of the rotary operation plate. By supporting the shaft in the eccentric cam shaft so that the tip side of the eccentric cam shaft can be supported, the eccentric position of the eccentric cam shaft can be changed to a circular support plate and a rotary operation. Within the range of the size of the board, the size of the space and wheels in the door car case Adjustment of greater height by comprehensively taking into account the thickness of the eccentric cam shaft can now be designed to perform. Moreover, since the door roller can be attached by exposing the door rotation operation plate from the sliding door, the height of the wheels can be freely adjusted even after the door is attached to the sliding door.
【0021】また、偏芯カム軸の上下移動の係止を、支
持板の内面に形成されている突起を段付穴に形成されて
いる菊座の谷に係止させて行なうようにしたことによっ
て、偏芯カム軸、延いては車輪の高さを所望の高さで確
実に係止させることができるようになった。
Further, the vertical movement of the eccentric cam shaft is locked by locking the projection formed on the inner surface of the support plate with the valley of the chrysanthemum formed in the stepped hole. As a result, the height of the eccentric cam shaft and thus the wheel can be securely locked at a desired height.
【0022】そして、請求項2の発明である車輪の高さ
調整が可能な戸車によれば、請求項1の構成において、
回転操作板の回転操作可能範囲が、回転操作板を支持さ
せている段付孔内の低段面に形成した規制突起が回転操
作板の外面に形成されている円弧状の段部の範囲内で行
われるようにしたことによって、車輪の高さ調整範囲が
判り易くなり、しかも、これら突起や段部が回転操作板
の露見しない内面及びその対面個所に形成されているこ
とから、回転操作板は戸車ケースの外壁に面を揃えて嵌
まった状態になっているので、見栄えも良くなった。
Further, according to the door wheel of the invention of claim 2 capable of adjusting the height of the wheel, in the structure of claim 1,
The rotation operable range of the rotary operation plate is within the range of the arcuate stepped portion formed on the outer surface of the rotary operation plate with the restriction projection formed on the low step surface in the stepped hole supporting the rotary operation plate. The height adjustment range of the wheels can be easily understood by doing so, and since these protrusions and stepped portions are formed on the inner surface of the rotary operation plate that is not exposed and at the location facing the rotary operation plate, Since it fits flush with the outer wall of the door case, it looks good.
【0023】そして、請求項3の発明である車輪の高さ
調整が可能な戸車によれば、請求項1又は2に記載の構
成において、偏芯カム軸に形成されている中空孔を角孔
に形成して、偏芯支持軸を当該中空孔に沿う角棒形状に
して、これを偏芯カム軸に挿入させて組み付けることが
できるようにしたことから、偏芯カム軸と偏芯支持軸と
を組み付けるときに、正確な偏芯位置に合わせることが
できるようになった。
According to the door wheel of the invention of claim 3 capable of adjusting the height of the wheel, in the structure of claim 1 or 2, the hollow hole formed in the eccentric cam shaft is a square hole. Since the eccentric support shaft is formed into a square rod shape along the hollow hole so that the eccentric support shaft can be inserted into the eccentric cam shaft and assembled, the eccentric cam shaft and the eccentric support shaft are formed. When assembling and, it is now possible to match the correct eccentric position.
【0024】そして、請求項4の発明である車輪の高さ
調整が可能な戸車によれば、請求項1ないし3のいずれ
か1項に記載の構成において、菊座の谷に係止する突起
を当該菊座と対向して係止する菊座にて形成したことか
ら、突起(菊座)と菊座との係止を一層しっかりとした
ものにすることができ、延いては、車輪の調整後の高さ
をしっかりと維持させることができるようになった。
Further, according to the door wheel of the invention of claim 4 capable of adjusting the height of the wheel, in the structure according to any one of claims 1 to 3, the projections which are locked in the valley of the chrysanthemum seat are provided. Since the chrysanthemum seat is formed so as to face and face the chrysanthemum seat, the projection (the chrysanthemum seat) and the chrysanthemum seat can be locked more firmly, and by extension, the wheel It is now possible to maintain the adjusted height firmly.
【0025】そして、請求項5の発明である車輪の高さ
調整が可能な戸車によれば、請求項1ないし4のいずれ
か1項に記載の構成において、戸車ケースの走行方向に
向いている左右の外壁から上面に至る間の適所に、戸車
ケースを引戸の凹部に嵌め込んで取り付けたときの抜け
止めを図る、突起、突条などの抜け止め部を形成したこ
とから、予期しない外圧が引戸に加わったり、長期間の
使用により、戸車の位置ズレが生じたり、戸車が引戸か
ら脱落するようなことを無くすことができるようになっ
た。
Further, according to the door wheel of the invention of claim 5 capable of adjusting the height of the wheels, in the configuration according to any one of claims 1 to 4, the door wheel is oriented in the traveling direction of the door wheel case. Unexpected external pressure can be prevented by forming protrusions, ridges, etc. at appropriate places between the left and right outer walls to the top surface to prevent the door case from slipping when it is fitted into the recess of the sliding door. It has become possible to prevent the doors from being displaced due to being added to the sliding doors or being used for a long period of time and the doors from falling out of the sliding doors.
【図面の簡単な説明】[Brief description of drawings]
【図1】(a)図は、本発明の1実施例に係る車輪の高
さ調整が可能な戸車を正面側から見た斜視図である。
(b)図は、同じく背面側から見た斜視図である。
FIG. 1 (a) is a perspective view of a door roller according to an embodiment of the present invention, in which the height of wheels can be adjusted, as seen from the front side.
FIG. 6B is also a perspective view seen from the back side.
【図2】(a)図は、同じく正面図である。(b)図
は、同じく背面図である。(c)図は、同じく底面図で
ある。
FIG. 2A is a front view of the same. The figure (b) is also a rear view. The figure (c) is also a bottom view.
【図3】図3は、同じく分解して示した斜視図である。FIG. 3 is a perspective view showing the same in an exploded manner.
【図4】(a)図は、同じく車高を上げた状態を示した
正面断面図である。(b)図は、同じく車高を下げた状
態を示した正面断面図である。(c)図は、同じく車高
を上げた状態を示した側面断面図である。(d)図は、
同じく車高を下げた状態を示した側面断面図である。
FIG. 4 (a) is a front sectional view showing a state in which the vehicle height is likewise increased. FIG. 6B is a front sectional view showing a state in which the vehicle height is similarly lowered. FIG. 6C is a side sectional view showing a state in which the vehicle height is likewise increased. (D) Figure shows
FIG. 6 is a side sectional view showing a state in which the vehicle height is likewise lowered.
【図5】(a)図は、戸車ケースを示した正面図であ
る。(b)図は、同じく側面断面図である。(c)図
は、同じく底面断面図である。(d)図は、同じく背面
図である。(e)図は、同じく正面断面図である。
FIG. 5A is a front view showing a door roller case. FIG. 6B is a side sectional view of the same. The figure (c) is also a bottom sectional view. The figure (d) is also a rear view. Similarly, (e) figure is a front sectional view.
【図6】(a)図は、偏芯カム軸を示した平面図であ
る。(b)図は、同じく正面図である。(c)図は、同
じく背面図である。(d)図は、同じく側面図である。
(e)図は、同じく側面拡大断面図である。
FIG. 6A is a plan view showing an eccentric cam shaft. The figure (b) is also a front view. The figure (c) is also a rear view. The figure (d) is also a side view.
FIG. 6E is a side enlarged sectional view of the same.
【図7】(a)図は、回転操作板を示した平面図であ
る。(b)図は、同じく正面図である。(c)図は、同
じく背面図である。(d)図は、同じく右側面図であ
る。(e)図は、同じく左側面図である。(e)図は、
同じく側面拡大断面図である。
FIG. 7A is a plan view showing a rotary operation plate. The figure (b) is also a front view. The figure (c) is also a rear view. FIG. 5D is also a right side view. The figure (e) is also a left side view. (E) Figure shows
Similarly, it is a side expanded sectional view.
【図8】(a)図は、(b)図は、FIG. 8A is a diagram, FIG.
【図9】車輪の高さ調整による軌跡を示した詳細図であ
る。
FIG. 9 is a detailed view showing the locus of the wheel height adjustment.
【符号の説明】[Explanation of symbols]
1 車輪の高さ調整が可能な戸車(戸車) 2 戸車ケース 21,22壁部 23,24段付孔 26,28低段部 28a 菊座 29 突起 3 車輪 4 偏芯カム軸 42 支持板 44 突起 46 切欠部 1 Door car with adjustable wheel height (door car) 2 car case 21,22 wall 23, 24 stepped holes 26, 28 Lower stage 28a Kikuza 29 Protrusion Three wheels 4 Eccentric cam shaft 42 Support plate 44 protrusions 46 notch

Claims (5)

    【特許請求の範囲】[Claims]
  1. 【請求項1】戸車ケース内にて車輪を軸装した偏芯カム
    軸を外部から上下方向に操作して車輪の上下位置の調整
    を行なうことができる構造を有する戸車において、 偏芯カム軸は、中空形状を有し、その基部端が円形の支
    持板の偏芯個所から面方向に突出し、この円形の支持板
    を前記戸車ケースの対向する両壁部の一方の壁部に有す
    る円形の段付孔内に戸車ケースの外側から突入させるこ
    とにより戸車ケース内にて片支持され、且つ、円形の回
    転操作板を前記両壁部の他方の壁部に有する円形の段付
    孔内に戸車ケースの外側から突入させて、この回転操作
    板の偏芯個所から突出する偏芯支持軸を偏芯カム軸内に
    軸支させることにより偏芯カム軸の先端側の支持が行な
    われており、 偏芯カム軸の上下移動の係止が、支持板の内面に形成さ
    れている突起を段付穴に形成されている菊座の谷に係止
    させていることにより行なわれ、 偏芯カム軸の高さの調整が、回転操作板の外面に形成さ
    れている凹部に操作具の先端を係止させたまま回転方向
    に操作して、この回転力により素材の弾力によって前記
    突起が前記菊座の山を乗り越えて支持板を回転させるこ
    とにより行われるように構成したことを特徴とする車輪
    の高さ調整が可能な戸車。
    1. A door roller having a structure capable of adjusting the vertical position of a wheel by operating an eccentric cam shaft mounted with a wheel in the door roller case in the vertical direction from the outside. A circular step having a hollow shape, the base end of which protrudes in the plane direction from an eccentric portion of a circular support plate, and which has the circular support plate on one of the opposite wall portions of the door case. The door roller case is supported on one side in the door roller case by being inserted into the hole from the outside of the door roller case, and the door roller case is provided in a circular stepped hole having a circular rotary operation plate on the other wall portion of the both wall portions. The eccentric support shaft protruding from the eccentric portion of the rotary operation plate is supported inside the eccentric cam shaft to support the tip side of the eccentric cam shaft. The vertical movement lock of the lead cam shaft is formed on the inner surface of the support plate. The height of the eccentric cam shaft is adjusted by locking the projection in the valley of the chrysanthemum formed in the stepped hole, and the operation tool is adjusted in the recess formed on the outer surface of the rotary operation plate. It is configured such that it is operated by rotating the support plate while operating the tip end of the protrusion in the rotation direction, and the elastic force of the raw material by this rotation force causes the protrusion to pass over the crest of the chrysanthemum and rotate the support plate. A door roller with adjustable wheel height.
  2. 【請求項2】回転操作板の回転操作可能範囲が、回転操
    作板を支持させている段付孔内の低段面に形成した突起
    が回転操作板の内面に形成されている円弧状の段部の範
    囲内で行われるように構成されてなる請求項1に記載の
    車輪の高さ調整が可能な戸車。
    2. An arcuate step in which a rotatable operation range of the rotary operation plate is such that a projection formed on a lower step surface in a stepped hole supporting the rotary operation plate is formed on an inner surface of the rotary operation plate. The door roller with adjustable wheel height according to claim 1, which is configured to be performed within a range of parts.
  3. 【請求項3】偏芯カム軸に形成されている中空穴が角穴
    であり、偏芯支持軸が当該中空穴に沿う角棒形状である
    請求項1又は2に記載の車輪の高さ調整が可能な戸車。
    3. The wheel height adjustment according to claim 1, wherein the hollow hole formed in the eccentric cam shaft is a square hole, and the eccentric support shaft is a square rod shape along the hollow hole. A door car that can
  4. 【請求項4】菊座の谷に係止する突起を当該菊座と対向
    して係止する菊座にて形成した請求項1ないし3のいず
    れか1項に記載の車輪の高さ調整が可能な戸車。
    4. The height adjustment of the wheel according to claim 1, wherein the projections that are locked in the valleys of the chrysanthemums are formed by the chrysanthemums that are opposed and locked to the chrysanthemums. Possible door car.
  5. 【請求項5】戸車ケースの走行方向に向いている左右の
    外壁から上面に至る間の適所に、戸車ケースを引戸の凹
    部に嵌め込んで取り付けたときの抜け止めを図る、突
    起、突条などの抜け止め部が形成されている請求項1な
    いし4のいずれか1項に記載の車輪の高さ調整が可能な
    戸車。
    5. A projection, a ridge, etc. for securing the door case when it is fitted in the recess of the sliding door at a proper position between the left and right outer walls facing the traveling direction of the door case and the upper surface. 5. The door roller according to any one of claims 1 to 4, wherein a height preventing portion is formed.
JP2001358476A 2001-10-20 2001-10-20 Sash roller capable of adjusting height of wheel thereof Pending JP2003129733A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2001358476A JP2003129733A (en) 2001-10-20 2001-10-20 Sash roller capable of adjusting height of wheel thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2001358476A JP2003129733A (en) 2001-10-20 2001-10-20 Sash roller capable of adjusting height of wheel thereof

Publications (1)

Publication Number Publication Date
JP2003129733A true JP2003129733A (en) 2003-05-08

Family

ID=19169649

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2001358476A Pending JP2003129733A (en) 2001-10-20 2001-10-20 Sash roller capable of adjusting height of wheel thereof

Country Status (1)

Country Link
JP (1) JP2003129733A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011193835A (en) * 2010-03-23 2011-10-06 Shimano Inc Single bearing reel
JP2011193836A (en) * 2010-03-23 2011-10-06 Shimano Inc Single bearing reel
JP2012007459A (en) * 2010-05-25 2012-01-12 Atom Livin Tech Co Ltd Overhung door supporting device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2011193835A (en) * 2010-03-23 2011-10-06 Shimano Inc Single bearing reel
JP2011193836A (en) * 2010-03-23 2011-10-06 Shimano Inc Single bearing reel
JP2012007459A (en) * 2010-05-25 2012-01-12 Atom Livin Tech Co Ltd Overhung door supporting device

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