JPH0451459B2 - - Google Patents

Info

Publication number
JPH0451459B2
JPH0451459B2 JP59034815A JP3481584A JPH0451459B2 JP H0451459 B2 JPH0451459 B2 JP H0451459B2 JP 59034815 A JP59034815 A JP 59034815A JP 3481584 A JP3481584 A JP 3481584A JP H0451459 B2 JPH0451459 B2 JP H0451459B2
Authority
JP
Japan
Prior art keywords
roller
strip
cylindrical body
guided
roller cylindrical
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
Application number
JP59034815A
Other languages
Japanese (ja)
Other versions
JPS60178151A (en
Inventor
Koji Nakamura
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.)
IHI Corp
Original Assignee
Ishikawajima Harima Heavy Industries Co Ltd
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 Ishikawajima Harima Heavy Industries Co Ltd filed Critical Ishikawajima Harima Heavy Industries Co Ltd
Priority to JP3481584A priority Critical patent/JPS60178151A/en
Publication of JPS60178151A publication Critical patent/JPS60178151A/en
Publication of JPH0451459B2 publication Critical patent/JPH0451459B2/ja
Granted legal-status Critical Current

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H20/00—Advancing webs
    • B65H20/30—Arrangements for accumulating surplus web
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2408/00—Specific machines
    • B65H2408/20—Specific machines for handling web(s)
    • B65H2408/21—Accumulators
    • B65H2408/211—Coil type accumulator

Landscapes

  • Advancing Webs (AREA)
  • Winding, Rewinding, Material Storage Devices (AREA)

Description

【発明の詳細な説明】 ［産業上の利用分野］ 本発明は、移動する連続の帯状物を回転する２
組のローラー円筒体の外周にコイル状に巻いて貯
留し、該２組のローラー円筒体を逆回転させるこ
とによりコイル状に巻いた帯状物を巻戻して排出
し得るようにした、回転式の特に外巻式の帯状物
貯留方法及びその装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application] The present invention relates to a rotating continuous moving strip.
A rotary type material which is wound in a coil shape around the outer periphery of a set of roller cylinders and stored therein, and by rotating the two sets of roller cylinders in the opposite direction, the coiled belt-like material can be unwound and discharged. In particular, the present invention relates to a method and apparatus for storing an externally wound type material.

［従来の技術］ 例えば、ストリツプのような帯状物の生産設備
にあつては、連続する生産工程の各工程設備の接
続に帯状物貯留装置を設け、前後工程における帯
状物の移送速度の相違を吸収して一連の生産の流
れが円滑に行われるようにしている。[Prior Art] For example, in the case of production equipment for strips such as strips, a strip storage device is provided at the connection of each process equipment in successive production processes, and the difference in the transfer speed of the strips between the previous and previous processes is corrected. We absorb this information to ensure a smooth production flow.

而して、上記帯状物貯留装置としては、従来を
例えば特公昭45−9051号公報及び特開昭47−
33941号公報に示すごときものや特開昭58−11449
号公報に示すごとき回転式のものがある。 The above-mentioned band storage device is conventionally disclosed in, for example, Japanese Patent Publication No. 45-9051 and Japanese Unexamined Patent Application Publication No. 1988-47.
Things like those shown in Publication No. 33941 and JP-A-58-11449
There is a rotary type as shown in the publication.

［発明が解決しようとする課題］ 上述の従来装置のうち特公昭45−9051号公報や
特開昭47−33941号公報に記載されている帯状物
貯留装置は、コイルの巻中心軸を上下方向にして
帯状物を巻き、貯留するようにしているため、帯
状物貯留装置の前後設備が帯状物を幅方向に水平
にして処理する場合には、帯状物を帯状物貯留装
置へ導入し、又は帯状物貯留装置から排出すると
きに、幅方向を水平から垂直に、又は垂直から水
平に直す装置が必要となり不便であるという問題
があり、又特開昭58−11449号公報に記載されて
いる帯状物貯留装置は、回転枠内に帯状物の横送
り装置として、平行な２本のプーリを収納する
か、或いは所要の曲率半径のＳ字状の帯状物通路
を設けており、プーリや帯状物通路の半径は、帯
状物の厚さにより制限されるため、すなわち厚さ
により帯状物を送給する際のループの半径が決ま
るため、帯状物を巻取る回転枠の径は大きくな
り、従つて、装置全体が大型化する、等の問題が
あつた。[Problems to be Solved by the Invention] Among the above-mentioned conventional devices, the strip storage device described in Japanese Patent Publication No. 45-9051 and Japanese Patent Application Laid-Open No. 47-33941 has a structure in which the winding center axis of the coil is aligned in the vertical direction. Since the belt-like material is wound and stored in the same way, when the front and rear equipment of the belt-like material storage device processes the strip material horizontally in the width direction, the strip material is introduced into the strip material storage device, or When discharging from the strip storage device, there is a problem in that it requires a device to change the width direction from horizontal to vertical or from vertical to horizontal, which is inconvenient. The strip storage device houses two parallel pulleys in a rotating frame as a transverse feed device for the strip, or has an S-shaped strip passage with a required radius of curvature, and the pulleys and strip Since the radius of the material passage is limited by the thickness of the material, that is, the radius of the loop used to feed the material is determined by the thickness, the diameter of the rotating frame for winding the material increases, and As a result, there were problems such as an increase in the size of the entire device.

本発明は、上述の実情に鑑み、水平状態から垂
直状態に直したり、垂直状態から水平状態に直し
たりする必要がなく、且つ装置が全体として小型
になるようにすることを目的としてなしたもので
ある。 The present invention has been made in view of the above-mentioned circumstances, with the aim of making it unnecessary to change from a horizontal state to a vertical state, or from a vertical state to a horizontal state, and to make the device smaller as a whole. It is.

［課題を解決するための手段］ 本発明は、複数のローラーを円筒状に配列して
外周に帯状物を巻付け可能にした２組のローラー
円筒体のうち一方のローラー円筒体外周に外部か
ら帯状物を移送供給し、該帯状物を前記一方のロ
ーラー円筒体内部へ導き、ローラー円筒内部に設
けた１本の円筒フレームを有する横送り装置に帯
状物を少なくとも螺旋状に１巻し、該帯状物を一
方のローラー円筒体内部より他方のローラー円筒
体内部へ横送りして外部へ導く際に、前記一方の
ローラー円筒体へ導かれる帯状物の入側速度を前
記他方のローラー円筒体から外部へ導かれる帯状
物の出側速度よりも高速にすると共に前記２組の
ローラー円筒体を帯状物の移送方向へ一体回転さ
せて該２組のローラー円筒体の外周に帯状物を幅
方向が平行なコイルに巻いて貯留し、又前記他方
のローラー円筒体から外部へ導かれる帯状物の出
側速度を前記一方のローラー円筒体へ導かれる帯
状物の入側速度よりも高速にすると共に前記２組
のローラー円筒体を帯状物の移送方向とは反対方
向へ一体回転させることにより前記コイルを巻戻
して貯留した帯状物を排出するものであり、又複
数のローラーを円筒状に配列して外周に帯状物を
巻付け可能にした２組のローラー円筒体のうち一
方のローラ円筒体外周に外部から帯状物を移送供
給し、該帯状物を前記一方のローラー円筒体内部
へ導き、ローラー円筒体内部に設けた１本の円筒
フレームを有する横送り装置に帯状物を少なくと
も螺旋状に１巻し、該帯状物を一方のローラー円
筒体内部より他方のローラー円筒体内部へ横送り
して外部へ導く際に、前記一方のローラー円筒体
へ導かれる帯状物の入側速度を前記他方のローラ
ー円筒体から外部へ導かれる帯状物の出側速度よ
りも高速にすると共に前記２組のローラー円筒体
を外部から前記一方のローラー円筒体へ導かれる
帯状物の移送方向へ一体回転させて該２組のロー
ラー円筒体の外周に帯状物を幅方向が平行なコイ
ルに巻いて貯留し、又前記他方のローラー円筒体
から外部へ導かれる帯状物の出側速度を前記一方
のローラー円筒体へ導かれる帯状物の入側速度よ
りも高速にすると共に前記２組のローラー円筒体
を外部から前記一方のローラー円筒体へ導かれる
帯状物の移送方向とは反対方向へ一体回転させる
ことにより該コイルを巻戻して貯留した帯状物を
前記一方のローラー円筒体の軸線方向から見て該
一方のローラー円筒体の帯状物の供給受入れと同
一側で外部へ排出するものであり、更に複数のロ
ーラーを円筒状に配列して帯状物を幅方向が水平
に巻付け可能に備えしかも一体に回転可能な２組
のローラー円筒体と、該ローラー円筒体内に設置
され帯状物を少なくとも螺旋状に１巻して横送り
し、一方のローラー円筒体から他方のローラー円
筒体へ導く１本の円筒フレームを有する横送り装
置と、２組のローラー円筒体を正逆に回転するロ
ーラー円筒体の駆動装置とを備え、前記帯状物を
一方のローラー円筒体内部より他方のローラー円
筒体内部へ横送りして外部へ導く際に、前記一方
のローラー円筒体へ導かれる帯状物の入側速度を
前記他方のローラー円筒体から外部へ導かれる帯
状物の出側速度よりも高速にすると共に前記２組
のローラー円筒体を帯状物の移送方向へ一体回転
させて該２組のローラー円筒体の外周に帯状物を
コイルに巻いて貯留し、又前記他方のローラー円
筒体から外部へ導かれる帯状物の出側速度を前記
一方のローラー円筒体へ導かれる帯状物の入側速
度よりも高速にすると共に前記２組のローラー円
筒体を帯状物の移送方向とは反対方向へ一体回転
させることにより前記コイルを巻戻して貯留した
帯状物を排出し得るよう構成したものであり、又
更に複数のローラーを円筒状に配列して帯状物を
幅方向が水平に巻付け可能で且つ一体に回転可能
でしかも帯状物の供給受入れと排出とを軸線方向
から見て同一側で行い得るようにした２組のロー
ラー円筒体と、該ローラー円筒体内に設置され帯
状物を少なくとも螺旋状に１巻して横送りし一方
のローラー円筒体から他方のローラー円筒体へ導
く１本の円筒フレームを有する横送り装置と、２
組のローラー円筒体を正逆に回転するローラー円
筒体の駆動装置とを備え、前記帯状物を一方のロ
ーラー円筒体内部より他方のローラー円筒体内部
へ横送りして外部へ導く際に、前記一方のローラ
ー円筒体へ導かれる帯状物の入側速度を前記他方
のローラー円筒体から外部へ導かれる帯状物の出
側速度よりも高速にすると共に前記２組のローラ
ー円筒体を外部から前記一方のローラー円筒体へ
導かれる帯状物の移送方向へ一体回転させて該２
組のローラー円筒体の外周に帯状物をコイルに巻
いて貯留し、又前記他方のローラー円筒体から外
部へ導かれる帯状物の出側速度を前記一方のロー
ラー円筒体へ導かれる帯状物の入側速度よりも高
速にすると共に前記２組のローラー円筒体を外部
から前記一方のローラー円筒体へ導かれる帯状物
の移送方向とは反対方向へ一体回転させることに
より前記コイルを巻戻して貯留した帯状物を排出
し得るよう構成したものであり、又又更に複数の
ローラーを円筒状に配列して帯状物を幅方向が水
平に巻付け可能に備えしかも一体に回転可能な２
組のローラー円筒体と、該ローラー円筒体内に設
置され帯状物を少なくとも螺旋状に１巻して横送
りし一方のローラー円筒体から他方のローラー円
筒体へ導く１本の円筒フレームを有する横送り装
置と、２組のローラー円筒体を正逆に回転するロ
ーラー円筒体の駆動装置と、ローラー円筒体外部
の帯状物の供給受入れ側又は排出側に設けられ帯
状物を少なくとも螺旋状に１巻して前記一方のロ
ーラー円筒体側へ横送りする１本の円筒フレーム
を有する横送り装置とを備え、前記帯状物を一方
のローラー円筒体内部より他方のローラー円筒体
内部へ横送りして外部へ導く際に、前記一方のロ
ーラー円筒体へ導かれる帯状物の入側速度を前記
他方のローラー円筒体から外部へ導かれる帯状物
の出側速度よりも高速にすると共に前記２組のロ
ーラー円筒体を帯状物の移送方向へ一体回転させ
て該２組のローラー円筒体の外周に帯状物をコイ
ルに巻いて貯留し、又前記他方のローラー円筒体
から外部へ導かれる帯状物の出側速度を前記一方
のローラー円筒体へ導かれる帯状物の入側速度よ
りも高速にすると共に前記２組のローラー円筒体
を帯状物の移送方向とは反対方向へ一体回転させ
ることにより前記コイルを巻戻して貯留した帯状
物を排出し得るように構成したものである。[Means for Solving the Problems] The present invention provides for the outer periphery of one roller cylindrical body of two sets of roller cylindrical bodies in which a plurality of rollers are arranged in a cylindrical shape so that a belt-like material can be wrapped around the outer periphery of the roller cylindrical body from the outside. The strip-shaped material is transferred and supplied, the strip-shaped material is guided into the interior of the one roller cylinder, and the strip-shaped material is wound at least once in a spiral shape around a cross-feeding device having one cylindrical frame provided inside the roller cylinder. When a strip is transversely fed from the inside of one roller cylinder to the inside of the other roller cylinder and guided to the outside, the entrance speed of the strip guided to the one roller cylinder is determined from the other roller cylinder. The speed is set to be higher than the exit speed of the belt-like material guided to the outside, and the two sets of roller cylindrical bodies are rotated together in the transport direction of the belt-like material, so that the belt-like material is placed on the outer periphery of the two sets of roller cylindrical bodies so that the width direction of the belt-like material is The strip is wound in parallel coils and stored, and the exit speed of the strip guided to the outside from the other roller cylindrical body is made higher than the input speed of the strip guided to the one roller cylindrical body, and the The coil is unwound and the stored strip is discharged by rotating two sets of roller cylindrical bodies in a direction opposite to the conveying direction of the strip, and a plurality of rollers are arranged in a cylindrical shape. A belt-like material is transferred and supplied from the outside to the outer periphery of one of two sets of roller cylinders around which a belt-like material can be wound, and the belt-like material is guided into the inside of said one roller cylinder. The strip is wound at least once spirally around a cross-feeding device having one cylindrical frame provided inside the body, and the strip is transversely fed from the inside of one roller cylinder to the inside of the other roller cylinder and then transported outside. When guiding the strip to the one roller cylinder, the inlet speed of the strip guided to the one roller cylinder is made higher than the exit speed of the strip guided to the outside from the other roller cylinder, and the two sets of roller cylinders The body is integrally rotated in the direction of conveyance of the belt-like material guided from the outside to the one roller cylindrical body, and the belt-like material is wound around the outer periphery of the two sets of roller cylindrical bodies in a coil whose width direction is parallel to each other, and is stored therein. The exit speed of the strip guided to the outside from the other roller cylindrical body is made higher than the inlet speed of the strip guided to the one roller cylindrical body, and the two sets of roller cylindrical bodies are The coil is unwound by rotating the coil integrally in the opposite direction to the conveying direction of the strip guided to the roller cylindrical body, and the stored strip is seen from the axial direction of the one roller cylindrical body. It discharges the strip to the outside on the same side as the supply and reception side of the body, and furthermore, it has a plurality of rollers arranged in a cylindrical shape so that the strip can be wound horizontally in the width direction, and two rollers that can rotate together. A horizontal cylindrical frame having a set of roller cylinders and one cylindrical frame installed in the roller cylinders for transversely feeding a strip by winding it at least once in a spiral shape and guiding it from one roller cylinder to the other roller cylinder. The method includes a feeding device and a roller cylindrical drive device that rotates two sets of roller cylindrical bodies in forward and reverse directions, and the belt-like object is transversely fed from the inside of one roller cylindrical body to the inside of the other roller cylindrical body to the outside. When guiding, the inlet speed of the strip guided to the one roller cylindrical body is higher than the exit speed of the strip guided to the outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are rotated together in the conveying direction of the strip to coil and store the strip around the outer periphery of the two roller cylindrical bodies, and the output speed of the strip guided to the outside from the other roller cylindrical body is controlled. The coil is unwound by making the speed higher than the inlet speed of the strip guided to the one roller cylindrical body and rotating the two sets of roller cylindrical bodies together in a direction opposite to the conveying direction of the strip. It is configured to be able to discharge stored strips, and furthermore, a plurality of rollers are arranged in a cylindrical shape so that the strips can be wound horizontally in the width direction and rotated as a unit, and it is possible to supply the strips. Two sets of roller cylindrical bodies capable of receiving and discharging on the same side when viewed from the axial direction, and one roller installed in the roller cylindrical bodies and transversely feeding the strip by winding it at least once in a spiral shape. a lateral feed device having one cylindrical frame that guides from the cylindrical body to the other roller cylindrical body;
and a roller cylindrical body drive device that rotates a set of roller cylindrical bodies in forward and reverse directions, and when the belt-shaped object is transversely conveyed from the inside of one roller cylindrical body to the inside of the other roller cylindrical body and guided to the outside, the above-mentioned The inlet speed of the strip guided to one roller cylindrical body is made higher than the exit speed of the strip guided to the outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are connected from the outside to one of the roller cylindrical bodies. The two rollers are rotated integrally in the conveying direction of the strip guided to the cylindrical body of the two rollers.
A strip is wound in a coil around the outer periphery of a set of roller cylinders and stored, and the exit speed of the strip guided to the outside from the other roller cylinder is controlled by the input speed of the strip guided to the one roller cylinder. The coil was rewound and stored by increasing the speed higher than the side speed and rotating the two sets of roller cylindrical bodies together in a direction opposite to the direction in which the belt-like material was transferred from the outside to the one roller cylindrical body. It is constructed to be able to discharge a strip-like material, and furthermore, it has a plurality of rollers arranged in a cylindrical shape so that the strip-like material can be wound horizontally in the width direction, and two rollers that can rotate together.
A cross-feeding device comprising: a set of roller cylinders; and a cylindrical frame installed in the roller cylinders for transversely feeding a strip of material by winding it in at least one helical manner and guiding it from one roller cylinder to the other roller cylinder. a device, a driving device for a roller cylindrical body that rotates two sets of roller cylindrical bodies in forward and reverse directions; and a roller cylindrical body drive device that is provided on the supply/reception side or the discharge side of the strip outside the roller cylindrical body and winds the strip at least once in a spiral shape. and a cross-feeding device having one cylindrical frame for transversely feeding the belt-shaped object from the inside of one roller cylinder to the inside of the other roller cylinder and guiding it to the outside. In this case, the inlet speed of the strip guided to the one roller cylindrical body is made higher than the exit speed of the strip guided to the outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are The belt-like material is rotated integrally in the conveying direction, and the belt-like material is coiled and stored around the outer periphery of the two sets of roller cylinders, and the exit speed of the belt-like material guided to the outside from the other roller cylinder is set as described above. The coil is unwound and stored by making the speed higher than the inlet speed of the strip guided to one of the roller cylinders and rotating the two sets of roller cylinders together in a direction opposite to the direction in which the strip is transported. The structure is such that the removed strip can be discharged.

［作用］ 本発明手段では、帯状物は、外部から一方のロ
ーラー円筒体外周に移送供給され、該帯状物は一
方のローラー円筒体内部に導かれて横送り装置の
１本の円筒フレームに螺旋状に巻かれ、一方のロ
ーラー円筒体内部から他方のローラー円筒体内部
へ横送りされ、外部へ導かれる。[Operation] In the means of the present invention, the strip is transferred and supplied from the outside to the outer periphery of one of the roller cylinders, and the strip is guided into the inside of one of the roller cylinders and spirally attached to one cylindrical frame of the traversing device. The material is wound into a shape, fed horizontally from the inside of one roller cylinder to the inside of the other roller cylinder, and guided to the outside.

ローラー円筒体外周に帯状物を巻取る際には、
一方のローラー円筒体へ導かれる帯状物の入側速
度は、前記他方のローラー円筒体から外部へ導か
れる帯状物の出側速度よりも高速とし、２組のロ
ーラー円筒体は帯状物の移送方向、或いは外部か
ら一方のローラー円筒体へ導かれる帯状物の移送
方向へ一体回転させられる。 When winding a strip around the outer circumference of the roller cylinder,
The inlet speed of the strip guided to one of the roller cylinders is higher than the exit speed of the strip guided to the outside from the other roller cylinder, and the two sets of roller cylinders are arranged in the direction in which the strip is transported. , or integrally rotated in the transport direction of a strip guided from the outside to one of the roller cylinders.

又、ローラー円筒体外周から帯状物を排出する
際には、他方のローラー円筒体から外部へ導かれ
る帯状物の出側速度は、一方のローラー円筒体へ
導かれる帯状物の入側速度よりも高速にし、２組
のローラー円筒体は帯状物の移送方向とは反対方
向、或いは外部から一方のローラー円筒体へ導か
れる帯状物の移送方向とは反対方向へ一体回転さ
せられる。 Furthermore, when discharging a strip from the outer periphery of the roller cylinder, the exit speed of the strip guided to the outside from the other roller cylinder is faster than the inlet speed of the strip guided to one roller cylinder. At high speed, the two sets of roller cylinders are rotated together in a direction opposite to the direction in which the strip is transported, or in a direction opposite to the direction in which the belt is guided from the outside to one of the roller cylinders.

帯状物がローラー円筒体の外部で横送り装置の
１本の円筒フレームに螺旋状に巻付けられて一方
のローラー円筒体側へ横送りされた場合は、帯状
物のパスラインを平面的に見て一直線状にするこ
とができる。 When a strip is wound spirally around one cylindrical frame of a cross-feeding device outside the roller cylinder and is fed laterally to one of the roller cylinders, the path line of the strip is viewed from above. It can be made in a straight line.

［実施例］ 以下、本発明の実施例を添付図面を参照しつつ
説明する。[Examples] Examples of the present invention will be described below with reference to the accompanying drawings.

第１図及び第２図は本発明の第１実施例で基礎
上に固定した支持フレーム１の両側に自由回転し
得る車輪２を片側４個ずつ取付け、該支持フレー
ム１の内側に配設した回転フレーム３の両側外周
にレール４を円形状に固着して回転軌道を形成せ
しめ、回転フレーム３をレール４を介して前記支
持フレーム１の車輪２に回転自在に支持せしめ
る。 Figures 1 and 2 show a first embodiment of the present invention, in which four freely rotating wheels 2 are attached to each side of a support frame 1 fixed on a foundation, and are arranged inside the support frame 1. Rails 4 are fixed in a circular shape to both outer peripheries of the rotating frame 3 to form a rotating track, and the rotating frame 3 is rotatably supported by the wheels 2 of the support frame 1 via the rails 4.

回転フレーム３の外周所要位置に、円周方向へ
所要の間隔で、複数の回転自在なローラー５を、
軸線が回転フレーム３と平行になるよう円筒状に
２列配設して第１ローラー円筒体６と第２ローラ
ー円筒体７を形成し、該第１ローラー円筒体（一
方のローラー円筒体）６及び第２ローラー円筒体
（他方のローラー円筒体）７の外周に帯状物ｓを
巻付け得るようにし、回転フレーム３の内周所要
位置にリングギヤ８を固着して該リングギヤ８に
駆動装置（図示せず）により回転し得るようにし
たピニオン９を噛合せしめ、ピニオン９の正逆転
により回転フレーム３を正逆転させ得るようにす
る。 A plurality of rotatable rollers 5 are provided at required positions on the outer circumference of the rotating frame 3 at required intervals in the circumferential direction.
A first roller cylindrical body 6 and a second roller cylindrical body 7 are arranged in two cylindrical rows so that their axes are parallel to the rotating frame 3, and the first roller cylindrical body (one roller cylindrical body) 6 A belt-like material s can be wrapped around the outer circumference of the second roller cylinder (the other roller cylinder) 7, and a ring gear 8 is fixed to a predetermined position on the inner circumference of the rotating frame 3. A pinion 9, which can be rotated by a mechanism (not shown), is engaged with the pinion 9, so that the rotating frame 3 can be rotated in the forward and reverse directions by forward and reverse rotation of the pinion 9.

回転フレーム３の内部に、帯状物ｓを螺旋状に
巻掛けて第２ローラー円筒体６から第２ローラー
円筒体７へ横送りする横送り装置１０を回転フレ
ーム３と一体的に回転し得るよう配設する。該横
送り装置１０の円筒フレーム１１の軸線は平面的
に見て回転フレーム３の軸線に対し傾いており、
円筒フレーム１１の外周には、多数の自由回転の
小ローラー１２が帯状物ｓを螺旋送りし得るよう
配設してある。 A cross-feeding device 10 for winding a strip s spirally inside the rotating frame 3 and laterally feeding it from the second roller cylindrical body 6 to the second roller cylindrical body 7 can be rotated integrally with the rotating frame 3. Arrange. The axis of the cylindrical frame 11 of the lateral feed device 10 is inclined with respect to the axis of the rotating frame 3 when viewed in plan,
A large number of freely rotating small rollers 12 are arranged around the outer periphery of the cylindrical frame 11 so as to spirally feed the strip s.

なお、図中１３は帯状物ｓを第１ローラー円筒
体６から横送り装置１０へ送給し得るよう回転フ
レーム３に設けた開口部、１４は帯状物ｓを横送
り装置１０から第２ローラー円筒体７へ送給し得
るよう回転フレーム３に設けた開口部である。 In addition, in the figure, 13 is an opening provided in the rotating frame 3 so that the strip s can be fed from the first roller cylindrical body 6 to the cross-feeding device 10, and 14 is an opening provided to feed the strip-shaped article s from the cross-feeding device 10 to the second roller. This is an opening provided in the rotating frame 3 so that the cylinder body 7 can be fed.

帯状物ｓを貯留する場合には、帯状物ｓを矢印
１５，１６，１７，１８に示すように、第１ロー
ラー円筒体６から回転フレーム３内に導入し、横
送り装置１０に螺旋状に１巻巻掛けて横送りし、
第２ローラ円筒体７の部分から回転フレーム３の
外部へ移送、通過させておき、次に回転フレーム
３を駆動装置により駆動されるピニオン９により
リングギヤ８を介して第１図の矢印１９方向へ回
転させる。 When storing the strip s, the strip s is introduced from the first roller cylindrical body 6 into the rotating frame 3 as shown by arrows 15, 16, 17, and 18, and then spirally transferred to the traversing device 10. Wrap one roll and feed horizontally,
The second roller cylindrical body 7 is transferred to the outside of the rotating frame 3 and passed through, and then the rotating frame 3 is moved in the direction of the arrow 19 in FIG. 1 via the ring gear 8 by the pinion 9 driven by the drive device. Rotate.

回転フレーム３を矢印１９方向へ回転させる
と、帯状物ｓの入側速度Veが出側速度Vdよりも
大きい場合、すなわちVe＞Vdの場合には、帯状
物ｓは、第１ローラー円筒体６及び第２ローラー
円筒体７の外周に、Vc＝Ve−Vd／２の速度で巻付 いて第１コイル２０及び第２コイル２１が形成さ
れる。 When the rotating frame 3 is rotated in the direction of the arrow 19, if the inlet speed V e of the strip s is larger than the exit speed V d , that is, if V e >V d , the strip s will move to the first The first coil 20 and the second coil 21 are formed by winding around the outer circumferences of the roller cylinder 6 and the second roller cylinder 7 at a speed of V c =V e −V d /2.

回転フレーム３を逆転すると、すなわち、第２
図の矢印２２の方向へ回転させると、Ve＜Vdの
ときコイル状に貯留されていた帯状物ｓは、
Vc′＝Vd−Ve／２の速度で巻き戻されて排出され、 後工程設備へ送給される。 When the rotating frame 3 is reversed, i.e. the second
When rotated in the direction of arrow 22 in the figure, the strip s stored in a coil shape when V e < V d becomes
It is rewound and discharged at a speed of V c ′=V d −V e /2, and sent to subsequent processing equipment.

入側速度Veと出側速度Vdは前後工程の運転特
性により異なるもので、条件に応じて任意に運転
され、帯状物貯留装置には、前後工程の速度差と
運転時間とによつて決まる必要最大の貯留長を貯
えることができる。 The inlet speed V e and the outlet speed V d differ depending on the operating characteristics of the front and rear processes, and are operated arbitrarily depending on the conditions. You can store the required maximum storage length.

第３図は本発明の第２実施例で、前記第１実施
例では、帯状物の供給受入れ部及び排出部を回転
フレームの軸線方向から見て回転中心を基準に反
対側とし且つ帯状物ｓの移送方方向を同一方向と
しているが、本実施例では帯状物の供給受入れ部
及び排出部を回転フレームの軸線方向から見て回
転中心を基準に同一側とし且つ帯状物ｓの移送方
向を逆方向とした例である。斯かる構成とするこ
とにより、装置全体のライン長を短くすることが
できる。 FIG. 3 shows a second embodiment of the present invention. In the first embodiment, the supply/receiving part and the discharge part for the strip are on opposite sides with respect to the center of rotation when viewed from the axial direction of the rotating frame, and the strip s However, in this embodiment, the feeding/receiving section and the discharging section of the strip-like material are on the same side with respect to the center of rotation when viewed from the axial direction of the rotating frame, and the direction of transport of the strip-like material is reversed. This is an example of the direction. With such a configuration, the line length of the entire device can be shortened.

第４図は本発明の第３実施例で、横送り装置１
０と同一構造の１本の円筒フレームを備えた横送
り装置２７を帯状物ｓの排出側に設置し、第２図
の第２ローラー円筒体７から排出された帯状物ｓ
を供給受入れ側すなわち第２図の第１ローラー円
筒内６側へ横送りし、帯状物ｓのパスラインを平
面的に見て一直線に揃えた例である。斯かる構成
とすることにより帯状物貯留装置を使用する設備
全体の配置を簡単にすることができる。 FIG. 4 shows a third embodiment of the present invention, in which the lateral feed device 1
A cross-feeding device 27 equipped with one cylindrical frame having the same structure as 0 is installed on the discharge side of the strip s, and the strip s discharged from the second roller cylindrical body 7 in FIG.
This is an example in which the strip material s is transversely fed to the supply/receiving side, that is, the first roller inner cylinder 6 side in FIG. 2, and the pass line of the strip material s is aligned in a straight line when viewed from above. With such a configuration, the overall arrangement of the equipment using the strip storage device can be simplified.

第３図及び第４図中、第１図及び第２図に示す
符号と同一の符号のものは同一のものを示す。 In FIGS. 3 and 4, the same reference numerals as those shown in FIGS. 1 and 2 indicate the same components.

なお、本発明は上述の実施例に限定されるもの
ではなく、横送り装置の円筒フレームを回転する
ようにしても良いこと（この場合には円筒フレー
ムを回転駆動することにより第１コイルから第２
コイルへ受渡す帯状物の蛇行を修正することがで
きる。）、その他、本発明の要旨を逸脱しない範囲
内で種々変更を加え得ること等は勿論である。 It should be noted that the present invention is not limited to the above-described embodiments, and the cylindrical frame of the traversing device may be rotated (in this case, by rotating the cylindrical frame, the first coil to the first coil may be rotated). 2
It is possible to correct the meandering of the strip that is delivered to the coil. ), and various other changes may be made without departing from the gist of the present invention.

［発明の効果］ 本発明の帯状物貯留方法及びその装置によれ
ば、第１項〜第５項の発明では、ローラー円筒体
の外径を小さくでき、コイルを小さく巻けるので
装置全体が小型化し、又帯状物を垂直状態にする
必要がないため装置が簡単となり、第２項及び第
４項の発明では、帯状物の受入れと排出を同一側
で行えるため、本装置を用いた設備のライン長が
短くなり、第５項の発明では、受入れられる帯状
物と排出される帯状物のパスラインを平面的に見
て一直線状にすることができる。[Effects of the Invention] According to the method and device for storing strips of the present invention, in the inventions of Items 1 to 5, the outer diameter of the roller cylinder can be made small and the coil can be wound small, so the entire device can be made smaller. In addition, since there is no need to hold the strip in a vertical position, the device becomes simpler, and in the inventions of Items 2 and 4, the receiving and discharging of the strip can be done on the same side, so the line of equipment using this device can be simplified. The length is shortened, and in the invention described in item 5, the path lines of the received strip and the discharged strip can be made into a straight line when viewed in plan.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図は本発明の第１実施例の説明図、第２図
は第１図の−方向矢視図、第３図は本発明の
第２実施例の説明図、第４図は本発明の第３実施
例の説明図である。 図中、１は支持フレーム、３は回転フレーム、
５はローラー、６は第１ローラー円筒体（一方の
ローラー円筒体）、７は第２ローラー円筒体（他
方のローラー円筒体）、１０は横送り装置、１１
は円筒フレーム、１２は小ローラー、２７は横送
り装置を示す。 Fig. 1 is an explanatory diagram of the first embodiment of the present invention, Fig. 2 is a view taken in the - direction arrow of Fig. 1, Fig. 3 is an explanatory diagram of the second embodiment of the invention, and Fig. 4 is an explanatory diagram of the present invention. FIG. 3 is an explanatory diagram of a third embodiment of the present invention. In the figure, 1 is a support frame, 3 is a rotation frame,
5 is a roller, 6 is a first roller cylindrical body (one roller cylindrical body), 7 is a second roller cylindrical body (the other roller cylindrical body), 10 is a lateral feed device, 11
12 shows a cylindrical frame, 12 shows a small roller, and 27 shows a lateral feed device.

Claims (1)

【特許請求の範囲】 １ 複数のローラーを円筒状に配列して外周に帯
状物を巻付け可能にした２組のローラー円筒体の
うち一方のローラー円筒体外周に外部から帯状物
を移送供給し、該帯状物を前記一方のローラー円
筒体内部へ導き、ローラー円筒体内部に設けた１
本の円筒フレームを有する横送り装置に帯状物を
少なくとも螺旋状に１巻し、該帯状物を一方のロ
ーラー円筒体内部より他方のローラー円筒体内部
へ横送りして外部へ導く際に、前記一方のローラ
ー円筒体へ導かれる帯状物の入側速度を前記他方
のローラー円筒体から外部へ導かれる帯状物の出
側速度よりも高速にすると共に前記２組のローラ
ー円筒体を帯状物の移送方向へ一体回転させて該
２組のローラー円筒体の外周に帯状物を幅方向が
平行なコイルに巻いて貯留し、又前記他方のロー
ラー円筒体から外部へ導かれる帯状物の出側速度
を前記一方のローラー円筒体へ導かれる帯状物の
入側速度よりも高速にすると共に前記２組のロー
ラー円筒体を帯状物の移送方向とは反対方向へ一
体回転させることにより前記コイルを巻戻して貯
留した帯状物を排出することを特徴とする帯状物
貯留方法。 ２ 複数のローラーを円筒状に配列して外周に帯
状物を巻付け可能にした２組のローラー円筒体の
うち一方のローラー円筒体外周に外部から帯状物
を移送供給し、該帯状物を前記一方のローラー円
筒体内部へ導き、ローラー円筒体内部に設けた１
本の円筒フレームを有する横送り装置に帯状物を
少なくとも螺旋状に１巻し、該帯状物を一方のロ
ーラー円筒体内部より他方のローラー円筒体内部
へ横送りして外部へ導く際に、前記一方のローラ
ー円筒体へ導かれる帯状物の入側速度を前記他方
のローラー円筒体から外部へ導かれる帯状物の出
側速度よりも高速にすると共に前記２組のローラ
ー円筒体を外部から前記一方のローラー円筒体へ
導かれる帯状物の移送方向へ一体回転させて該２
組のローラー円筒体の外周に帯状物を幅方向が平
行なコイルに巻いて貯留し、又前記他方のローラ
ー円筒体から外部へ導かれる帯状物の出側速度を
前記一方のローラー円筒体へ導かれる帯状物の入
側速度よりも高速にすると共に前記２組のローラ
ー円筒体を外部から前記一方のローラー円筒体へ
導かれる帯状物の移送方向とは反対方向へ一体回
転させることにより該コイルを巻戻して貯留した
帯状物を前記一方のローラー円筒体の軸線方向か
ら見て該一方のローラー円筒体の帯状物の供給受
入れと同一側で外部へ排出することを特徴とする
帯状物貯留方法。 ３ 複数のローラーを円筒状に配列して帯状物を
幅方向が水平に巻付け可能に備えしかも一体に回
転可能な２組のローラー円筒体と、該ローラー円
筒体内に設置され帯状物を少なくとも螺旋状に１
巻して横送りし、一方のローラー円筒体から他方
のローラー円筒体へ導く１本の円筒フレームを有
する横送り装置と、２組のローラー円筒体を正逆
に回転するローラー円筒体の駆動装置とを備え、
前記帯状物を一方のローラー円筒体内部より他方
のローラー円筒体内部へ横送りして外部へ導く際
に、前記一方のローラー円筒体へ導かれる帯状物
の入側速度を前記他方のローラー円筒体から外部
へ導かれる帯状物の出側速度よりも高速にすると
共に前記２組のローラー円筒体を帯状物の移送方
向へ一体回転させて該２組のローラー円筒体の外
周に帯状物をコイルに巻いて貯留し、又前記他方
のローラー円筒体から外部へ導かれる帯状物の出
側速度を前記一方のローラー円筒体へ導かれる帯
状物の入側速度よりも高速にすると共に前記２組
のローラー円筒体を帯状物の移送方向とは反対方
向へ一体回転させることにより前記コイルを巻戻
して貯留した帯状物を排出し得るよう構成したこ
とを特徴とする帯状物貯留装置。 ４ 複数のローラーを円筒状に配列して帯状物を
幅方向が水平に巻付け可能で且つ一体に回転可能
でしかも帯状物の供給受入れと排出とを軸線方向
から見て同一側で行い得るようにした２組のロー
ラー円筒体と、該ローラー円筒体内に設置され帯
状物を少なくとも螺旋状に１巻して横送りし一方
のローラー円筒体から他方のローラー円筒体へ導
く１本の円筒フレームを有する横送り装置と、２
組のローラー円筒体を正逆に回転するローラ円筒
体の駆動装置とを備え、前記帯状物を一方のロー
ラー円筒体内部より他方のローラー円筒体内部へ
横送りして外部へ導く際に、前記一方のローラー
円筒体へ導かれる帯状物の入側速度を前記他方の
ローラー円筒体から外部へ導かれる帯状物の出側
速度よりも高速にすると共に前記２組のローラー
円筒体を外部から前記一方のローラー円筒体へ導
かれる帯状物の移送方向へ一体回転させて該２組
のローラー円筒体の外周に帯状物をコイルに巻い
て貯留し、又前記他方のローラー円筒体から外部
へ導かれる帯状物の出側速度を前記一方のローラ
ー円筒体へ導かれる帯状物の入側速度よりも高速
にすると共に前記２組のローラー円筒体を外部か
ら前記一方のローラー円筒体へ導かれる帯状物の
移送方向とは反対方向へ一体回転させることによ
り前記コイルを巻戻して貯留した帯状物を排出し
得るよう構成したことを特徴とする帯状物貯留装
置。 ５ 複数のローラーを円筒状に配列して帯状物を
幅方向が水平に巻付け可能に備えしかも一体の回
転可能な２組のローラー円筒体と、該ローラー円
筒体内に設置され帯状物を少なくとも螺旋状に１
巻して横送りし一方のローラー円筒体から他方の
ローラー円筒体へ導く１本の円筒フレームを有す
る横送り装置と、２組のローラー円筒体を正逆に
回転するローラー円筒体の駆動装置と、ローラー
円筒体外部の帯状物の供給受入れ側又は排出側に
設けられ帯状物を少なくとも螺旋状に１巻して前
記一方のローラー円筒体側へ横送りする１本の円
筒フレームを有する横送り装置とを備え、前記帯
状物を一方のローラー円筒体内部より他方のロー
ラー円筒体内部へ横送りして外部へ導く際に、前
記一方のローラー円筒体へ導かれる帯状物の入側
速度を前記他方のローラー円筒体から外部へ導か
れる帯状物の出側速度よりも高速にすると共に前
記２組のローラー円筒体を帯状物の移送方向へ一
体回転させて該２組のローラー円筒体の外周に帯
状物をコイルに巻いて貯留し、又前記他方のロー
ラー円筒体から外部へ導かれる帯状物の出側速度
を前記一方のローラー円筒体へ導かれる帯状物の
入側速度よりも高速にすると共に前記２組のロー
ラー円筒体を帯状物の移送方向とは反対方向へ一
体回転させることにより前記コイルを巻戻して貯
留した帯状物を排出し得るよう構成したことを特
徴とする帯状物貯留装置。[Claims] 1. A belt-shaped material is transferred and supplied from the outside to the outer periphery of one of two sets of roller cylindrical bodies in which a plurality of rollers are arranged in a cylindrical shape and a belt-shaped material can be wound around the outer periphery of the roller cylinder. , the belt-shaped material is guided into the inside of the one roller cylinder, and the 1 provided inside the roller cylinder is guided.
A strip is wound at least once spirally around a cross-feeding device having a cylindrical frame, and when the strip is transversely fed from the inside of one roller cylinder to the inside of the other roller cylinder and guided to the outside. The inlet speed of the strip guided to one roller cylindrical body is made higher than the exit speed of the strip guided outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are used to transport the strip. The belt-like material is wound and stored in a coil whose width direction is parallel to the outer periphery of the two sets of roller cylinders by rotating together in the direction, and the exit speed of the belt-like material guided to the outside from the other roller cylinder is controlled. The coil is unwound by making the speed higher than the inlet speed of the strip guided to the one roller cylindrical body and rotating the two sets of roller cylindrical bodies together in a direction opposite to the conveying direction of the strip. A method for storing a strip of material characterized by discharging the stored strip of material. 2 A belt-like material is transferred and supplied from the outside to the outer periphery of one of the two sets of roller cylindrical bodies in which a plurality of rollers are arranged in a cylindrical shape so that a belt-like material can be wrapped around the outer periphery, and the belt-like material is 1 installed inside the roller cylinder.
A strip is wound at least once spirally around a cross-feeding device having a cylindrical frame, and when the strip is transversely fed from the inside of one roller cylinder to the inside of the other roller cylinder and guided to the outside. The inlet speed of the strip guided to one roller cylindrical body is made higher than the exit speed of the strip guided to the outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are connected from the outside to one of the roller cylindrical bodies. The two rollers are rotated integrally in the conveying direction of the strip guided to the cylindrical body of the two rollers.
A strip is wound and stored in a coil whose width direction is parallel to the outer periphery of a pair of roller cylinders, and the exit speed of the strip guided to the outside from the other roller cylinder is guided to the one roller cylinder. The coil is rotated at a speed higher than the inlet speed of the strip to be transported, and the two sets of roller cylindrical bodies are integrally rotated in a direction opposite to the direction in which the strip is guided from the outside to the one roller cylindrical body. A method for storing a strip-shaped article, characterized in that the strip-shaped article that has been rewound and stored is discharged to the outside on the same side of the one roller cylindrical body as the strip-shaped article is supplied and received, when viewed from the axial direction of the one roller cylindrical body. 3. Two sets of roller cylindrical bodies that are equipped with a plurality of rollers arranged in a cylindrical shape so that the strip can be wound horizontally in the width direction and that can rotate together, and that are installed in the roller cylinders and that can wrap the strip at least spirally. 1 in shape
A lateral feeding device that has one cylindrical frame that winds and lateral feeds and guides from one roller cylindrical body to the other roller cylindrical body, and a roller cylindrical body drive device that rotates two sets of roller cylindrical bodies in forward and reverse directions. and
When the strip-like material is transversely fed from the inside of one roller cylinder to the inside of the other roller cylinder and guided to the outside, the entrance speed of the strip-like material guided to the one roller cylinder is controlled by the other roller cylinder. At the same time, the two sets of roller cylindrical bodies are rotated together in the conveying direction of the strip, and the strip is coiled around the outer periphery of the two sets of roller cylindrical bodies. The exit speed of the strip that is wound and stored and guided to the outside from the other roller cylindrical body is higher than the inlet speed of the strip that is guided to the one roller cylindrical body, and the two sets of rollers 1. A belt-like object storage device, characterized in that the coil is unwound and the stored belt-like object can be discharged by rotating the cylindrical body integrally in a direction opposite to the direction in which the belt-like object is transported. 4 A plurality of rollers are arranged in a cylindrical shape so that a strip can be wound horizontally in the width direction and can be rotated as a unit, and the feeding and receiving and discharging of the strip can be performed on the same side when viewed from the axial direction. two sets of roller cylindrical bodies, and one cylindrical frame installed in the roller cylindrical bodies for transversely feeding a belt-like material by winding it at least once in a spiral shape and guiding it from one roller cylindrical body to the other roller cylindrical body. a lateral feed device having;
and a roller cylindrical body drive device that rotates a set of roller cylindrical bodies in forward and reverse directions, and when the belt-shaped object is transversely conveyed from the inside of one roller cylindrical body to the inside of the other roller cylindrical body and guided to the outside, The inlet speed of the strip guided to one roller cylindrical body is made higher than the exit speed of the strip guided to the outside from the other roller cylindrical body, and the two sets of roller cylindrical bodies are connected from the outside to one of the roller cylindrical bodies. The strips guided to the roller cylindrical bodies are rotated integrally in the transport direction, and the strips are coiled and stored around the outer periphery of the two roller cylindrical bodies, and the strips guided to the outside from the other roller cylindrical body are stored. The exit speed of the object is made higher than the inlet speed of the strip guided to the one roller cylindrical body, and the two sets of roller cylindrical bodies are transferred from the outside to the strip shaped article guided to the one roller cylindrical body. 1. A strip storage device characterized in that the coil is unwound and the stored strip can be discharged by rotating the coil integrally in the opposite direction. 5 A plurality of rollers are arranged in a cylindrical shape so that the strip can be wound horizontally in the width direction, and two sets of integral rotatable roller cylinders are installed, and the roller cylinder is installed in the roller cylinder and the belt can be wound at least spirally. 1 in shape
A lateral feeding device having one cylindrical frame that winds and traverses the roller cylindrical body and guides the roller cylindrical body from one roller cylindrical body to the other roller cylindrical body, and a roller cylindrical body drive device that rotates two sets of roller cylindrical bodies in forward and reverse directions. , a cross-feeding device having one cylindrical frame provided on the supply/reception side or the discharge side of the strip outside the roller cylindrical body, for winding the strip at least once in a spiral shape and laterally feeding the strip toward the one roller cylindrical body; When the strip-like material is transversely conveyed from the inside of one roller cylinder to the inside of the other roller cylinder and guided to the outside, the entrance speed of the strip-like material guided to the one roller cylinder is controlled to be The speed is set to be higher than the exit speed of the belt-like material guided to the outside from the roller cylindrical body, and the two sets of roller cylindrical bodies are rotated together in the direction in which the belt-like material is transported, so that the belt-like material is placed on the outer periphery of the two sets of roller cylindrical bodies. is wound around a coil and stored, and the exit speed of the strip guided to the outside from the other roller cylindrical body is made higher than the input speed of the strip guided to the one roller cylindrical body, and 1. A strip storage device, characterized in that the coil is unwound and the stored strip can be discharged by rotating a set of roller cylindrical bodies in a direction opposite to the direction in which the strip is transported.
JP3481584A 1984-02-25 1984-02-25 Band storage method and device Granted JPS60178151A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3481584A JPS60178151A (en) 1984-02-25 1984-02-25 Band storage method and device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3481584A JPS60178151A (en) 1984-02-25 1984-02-25 Band storage method and device

Publications (2)

Publication Number Publication Date
JPS60178151A JPS60178151A (en) 1985-09-12
JPH0451459B2 true JPH0451459B2 (en) 1992-08-19

Family

ID=12424702

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3481584A Granted JPS60178151A (en) 1984-02-25 1984-02-25 Band storage method and device

Country Status (1)

Country Link
JP (1) JPS60178151A (en)

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS56155141A (en) * 1980-05-02 1981-12-01 Nippon Steel Corp Parallel shifter on course for metallic band
JPS5811449A (en) * 1981-07-14 1983-01-22 センジミア−エンジニアリング　コ−ポレ−シヨン Method and device for temporarily taking custody of band material

Also Published As

Publication number Publication date
JPS60178151A (en) 1985-09-12

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