JPS5893508A - Controlling roll for deflection - Google Patents
Controlling roll for deflectionInfo
- Publication number
- JPS5893508A JPS5893508A JP19203281A JP19203281A JPS5893508A JP S5893508 A JPS5893508 A JP S5893508A JP 19203281 A JP19203281 A JP 19203281A JP 19203281 A JP19203281 A JP 19203281A JP S5893508 A JPS5893508 A JP S5893508A
- Authority
- JP
- Japan
- Prior art keywords
- cell
- roll
- oil
- pressure
- bearing
- 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
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B27/00—Rolls, roll alloys or roll fabrication; Lubricating, cooling or heating rolls while in use
- B21B27/02—Shape or construction of rolls
- B21B27/03—Sleeved rolls
- B21B27/05—Sleeved rolls with deflectable sleeves
- B21B27/055—Sleeved rolls with deflectable sleeves with sleeves radially deflectable on a stationary beam by means of hydraulic supports
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21B—ROLLING OF METAL
- B21B31/00—Rolling stand structures; Mounting, adjusting, or interchanging rolls, roll mountings, or stand frames
- B21B31/07—Adaptation of roll neck bearings
Landscapes
- Physics & Mathematics (AREA)
- Geometry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Reduction Rolling/Reduction Stand/Operation Of Reduction Machine (AREA)
- Paper (AREA)
Abstract
Description
【発明の詳細な説明】
事実−は顧鉄眉圧趣機０バックアップ謔−ルＩＩＩ艇層
★レンダ−關−ル勢に応用でＩる纏奉制御−−ルに関す
るも０で参る・
一毅に蕾秋物Ｏ調造に用いられｈａ−ル装置（１１１ａ
ｆ＃ａｌｌのプレスヤ倉レンダなＪ’） ｋ！、負１１
によ）生じるロールＯＩＩ拳を補正し、−一ル闘０ｍ１
Ｅを一機にするようにしぇ構造０％０が４ｈもれる。菖
１図はプレスに用いられえ四−ル装置Ｏ配置Ｏ質来例、
１Ｍ５Ｈはａ−、ｂｅ縦断図、１１８図はｇｓａｉｌｏ
ｙ−ｙ拡大断面間である（特企昭４１−１８１１６８号
金報）０
さて第１図に訃いて、ロール（１）は纏みを補正で自ゐ
ようにした構造の４０１０−ル（劾は協同するロールで
あ〕、同−一ル（２）は両端において軸受（３）によ〕
支持され、スタンド（４）の上＠に一定され丸ビーム（
〜によ〕回転可能に固着されている。まえロール（１）
はｐ−ル４１ ｋ （３）で構成され、同ロールセ々（
８）はスタンド（４に揺動可能に支持されているア−Ａ
（６） Ｋ ＩＩ ＊−ｇれたロール軸（７）上ｌＩ
Ｃ−転可能に支持されてｓｐシ、同一−ル（１）＃ｉ四
−ル（２）との摩擦力によ）回転するようＫｔつてｉる
。[Detailed Description of the Invention] The fact is that the control system is applied to the 0 backup control system for the rendering system, and it also applies to the control system for the rendering system. A ha-ru equipment (111a) is used for preparing autumn buds.
f#all's press Yakura Renda J') k! , negative 11
) Corrects the roll OII fist that occurs, - 1 le fight 0m1
Try to make E into one machine, structure 0%0 leaks 4h. The iris 1 diagram can be used for presses.
1M5H is a-, be longitudinal sectional view, 118 is gsailo
It is between y and y enlarged cross section (Special Plan No. 181168/1973)0 Now, referring to Fig. 1, the roll (1) is a 4010-roll with a structure whose cohesion is corrected automatically. are cooperating rolls], and the same roll (2) is supported by bearings (3) at both ends.
A round beam (
is rotatably fixed by Mae roll (1)
is composed of p-Role 41k (3), and the same rolls (
8) is a stand (A-A supported swingably on the stand 4).
(6) K II *-Gripped roll shaft (7) Upper lI
C is rotatably supported and rotated (by frictional force with the same rule (1) and fourth rule (2)).
ｇｓｉｌシよび菖８図ＫＴｈいて円筒状００−ルセル（
樹はロール軸（７）上の左右両端ＩＩにおいて、球画こ
ろ軸受（９） （Ｑ）によｐｉｓ＠廁自に支持されてい
る。gsil and irises 8 KTh and cylindrical 00-russel (
The tree is supported by spherical roller bearings (9) (Q) at both left and right ends II of the roll shaft (7).
ｔ＊−一ルール（ａ）の内部には、岡ｐ−ル七ル（川の
内周両と、ｎ−Ｊｋ軸（７）Ｏ外周＠ｈよび軸受（９）
（９） Ｋより＠ｊｉ！され為Ｉｌ状空間αＯが廖威
されてお）、岡積秋空間ａｇｏ上部には、ロールセル（
ａ）０内周両に接近して棒状部材ａ１が配置されている
。Inside t*-1 rule (a), there are two inner circumferences of Okap-ru (river), n-Jk axis (7), O outer circumference @h, and bearing (9).
(9) @ji from K! Therefore, the Il-shaped space αO has been rebuilt), and the upper part of the Okazumi autumn space ago has a roll cell (
a) A rod-shaped member a1 is arranged close to both inner circumferences.
一方ロール軸（７）内には複数個のシリンダ、およびこ
れとＪｌ沢なっているピストンよ）する油圧装置軸が軸
方向に−ＩａＫ並んで配置され、ピストンＯＩＩ藻上に
棒状部材■を支持している。を九ｐ−ル軸（７）には油
圧通路■ｉが設けられ、油圧装置ｎに油を供給するとと
もに、ＩＩＩ状空間−に油を供給している。On the other hand, inside the roll shaft (7), a plurality of cylinders and hydraulic system shafts (with pistons) are arranged in the axial direction, and support a rod-shaped member on the piston OII. are doing. A hydraulic passage (i) is provided in the nine-wheel shaft (7), which supplies oil to the hydraulic device (n) and also to the space (III).
さてｐ−ルセル（８）が１転するとき、油圧により油圧
装置Ｕが作動し、棒状部材ａ珍を押しあげて一一ルセル
（８）と棒状薄材１１との間隙に環状空関■内Ｏ餉私滝
れ、同油は遠心力と粘着力とによ）矢印１０如（ｐ−ル
セル（８）Ｏ内周面を流動して同ロールセル（鴫とと−
Ｋｉｇ１転し、棒状部材６珍の裏頁と胃−ルセル（栃の
内周面との闘に形成されているくさび状断両ｌ＃ｏｓｔ
ｓを通過し、油圧力を発生して一一ルセル（８）を押し
あげ、四−ルセル（ＪｌＯ作動部分金＠にわたって一様
な線圧を発生する〇紙Ｏシート１◆は菖１ｍＩＫ示すよ
うに、ｐ−ル（１）とロール（２）との間を通って矢印
ムの方向に導かれ、シート全＠にわたってシート中Ｏ水
分が一様に脱水される。Now, when the p-lucelle (8) makes one turn, the hydraulic device U is actuated by the hydraulic pressure, and the rod-shaped member a is pushed up into the annular air gap (■) in the gap between the p-lucelle (8) and the rod-shaped thin material 11. Due to centrifugal force and adhesive force, the oil flows on the inner circumferential surface of the roll cell (8) as shown in the arrow 10 (p-l cell (8)).
Turn the Kig 1 and compare the back page of the rod-shaped member 6 and the wedge-shaped cut formed by the battle with the inner circumferential surface of the chestnut.
s, generates hydraulic pressure to push up the 11 lucelle (8), and generates a uniform linear pressure across the 4 lucelle (JlO operating part @) so that the paper O sheet 1◆ shows an irises of 1 mIK. Then, it is guided in the direction of the arrow M through between the roller (1) and the roll (2), and the O water in the sheet is uniformly dehydrated over the entire sheet.
しかしながら前記従来装置には次のような欠点があった
０即ち、一般に帯状物がロール間に入る前に上下ロール
を加圧するので、ロールセル（８）は相手−一ルにより
外側から押され、セル内側からはｐ−ル令ル（８）が撓
ｔｔいように油圧によってセルを押しあげておくので問
題はないが、製鉄用圧弧機のように、帯状物がロール間
に入るまではロー＾間に板厚＠癲の一関があり、しかも
予め油圧をかけて訃〈場合、即ち隙間を保つ良状態て油
圧をかけてセルを押しあける場合は、セルを押し下げる
力が小さいので、左右両端ＩＩＯ軸受に油圧に１１ＪＩ
Ｉする過大な力が作用する０こＯ軸受はセルの内側に設
置しなければならないから寸法に制約かあ）、前記の過
大な力に耐えさせることはむずかしかった。However, the conventional device has the following drawbacks: Generally, the upper and lower rolls are pressurized before the strip material enters between the rolls, so the roll cell (8) is pushed from the outside by the mating roll, causing the cell to collapse. There is no problem because the pressure roller (8) pushes up the cell with hydraulic pressure so that it is flexible from the inside. ^If there is a thickness of 1 inch between the plates, and if you apply hydraulic pressure in advance to push the cells apart, in other words, if you apply hydraulic pressure to push the cells apart while keeping the gap in good condition, the force pushing down the cells is small, so both the left and right ends 11JI for hydraulic pressure on IIO bearings
Since the 0-O bearing, which is subjected to the excessive force of I, must be installed inside the cell, it is difficult to withstand the above-mentioned excessive force.
本発明紘前記従来の欠点を解消するえめに提案されえも
ので、セルをジャーナルの外側の軸受軸で保持し、同軸
受箱にガイドを設けてセ＾が一定半径方向に移動で龜る
ようにし、かつセルを内側よ拳油圧で押上げるために設
けられｈｉｉｉｙｉｉｏロール軸は、前記軸受軸とは舅
の同定ＯサドｋＫよ）支えられることによ）、圧嬌機な
どに適用する場合に使用できると共に、被圧延物がロー
ル間に人為前Ｋｍ圧でセｋＶｔ押上ぜて待機でき、ｔえ
セルが一定半径方向に移動で自るようにし、かつ撓み制
御■−ルが被圧延物で押し返された場合には、軸受とサ
ドルを結合させて、−室以上押し、返されないようにし
た撓み制御−−ルを提供せんとするものであ、る◎
以下本発ｔｓｏｍｘａ例を図面について説明すると、菖
番閣は本発ｌ！ｊｉＯ実施例を示す軸受構造を有するＩ
Ｉ拳制御−−ルを圧延＊６に用い友場合Ｏ配置例、第ｓ
Ｉｌは撓み制御ｐ−ルＯ縦断図、第６１１１は撓李して
設けられ゛え上側バックアップロール（財）を介して圧
下装置−によ）位置決めされるｏｆ九１儒ｐ−ル（２）
はこれに接して設けられ九下側ノくツクアップロール０
１）を介して下部よシ支持されている。フレーム（至）
はこれらの四−ルＱ珍（２）ａ４（財）、および圧下装
置（２）を保持している。まえ（財）はメイドでフレー
ム（至）に設けられ、下側バックアップレール０幻の軸
受軸０００両側画がこれに接触しガイドされている。The present invention has been proposed to overcome the above-mentioned drawbacks of the conventional technology, in which the cell is held by a bearing shaft outside the journal, and a guide is provided in the bearing box to prevent the cell from moving in a constant radial direction. The roll shaft, which is provided to push the cell upward with hydraulic pressure from the inside, is supported by the bearing shaft, when applied to a compression machine, etc. In addition to being usable, the material to be rolled can be pushed up by an artificial Km pressure between the rolls and stand by, the cell can move freely in a constant radial direction, and the deflection control system can be used to control the material to be rolled. In the event of being pushed back, the bearing and saddle are combined to provide a deflection control system that pushes the saddle beyond the chamber and prevents it from being pushed back. To explain, Shobankaku is the original! I with bearing structure showing jiO example
I fist control - O arrangement example when using the rule for rolling*6, sth
Il is a longitudinal sectional view of the deflection control roller, and No. 6111 is a deflection control roller (2) of 91 pressure rollers (2) which are provided in a deflected manner and are positioned (by means of a rolling device via an upper backup roll).
is provided in contact with this
1) is supported from the bottom through the frame (to)
holds these four-wheel Qchin (2) A4 (goods) and the lowering device (2). The front part is made of material and is installed on the frame, and both sides of the bearing shaft 000 of the lower backup rail contact this and are guided.
被圧延物（２）はローラテーブル（２）上を転がり、上
側ロールな珍と下側ロール（２）とＯ関を通って圧延さ
れ、矢印Ｃの方向に導かれ、るｏｌ１１４制御ロールは
上側バックアップロールｏ４シよび下側／（ツクアップ
ロール（至）に適用され、被圧嬌物四はその全幅にわ良
って−１１に圧延されるＯ
次に第６８において、左側は操作憫ＤＯ軸受部、右側は
駆動側ＫＯ軸受部、中央は−−ルセル部を示している。The material to be rolled (2) rolls on the roller table (2), passes through the upper roll, the lower roll (2) and the O barrier, and is guided in the direction of arrow C, with the control roll on the upper It is applied to the backup roll O4 and the lower side/(to) the pick-up roll, and the pressed object 4 is rolled to -11 across its entire width.Next, in the 68th, the left side is the operation The bearing part, the drive side KO bearing part is shown on the right side, and the -russel part is shown in the center.
１ｋＪＰ、駆動側ＩＩＡＯ軸受部は、操作側ＤＯ軸軸受
止構造的に４とんど阿−である丸め、同軸受部について
は操作ＩＩＩＫついてのみ構造説明をする０
［［ｔなｔパックアップル−ル（財）のロールセル（２
）の端ＩＩＫは、ジャーナル（２）がｌルト止めされて
を）、間ジャーナル−はその外周に挿入畜れえメタル壇
えは軸受（至）を倉して軸受箱ＣＩＪＫ闘転可簡Ｋｍ持
され、ｔトルー〇スタンドＩＩにおいて支えられている
。オえナドル（至）と軸受箱■と０関にはキー−が膜性
られてぃゐ。1kJP, the driving side IIAO bearing part is rounded, and the structure of the operating side DO shaft bearing is 4 mm.For the same bearing part, the structure will be explained only for the operation IIIK. Le (goods) role cell (2
), the journal (2) is bolted onto the end IIK), and the journal (2) is inserted into its outer periphery. and is supported on Tru〇 Stand II. The key is attached to the Oenador (to), the bearing box ■, and the 0 gate.
曹−ル軸−０ｍ１ｌＫは対をなす球函プシェ■が挿入さ
れ、その内側０プシェ（８６っは押え金＠および−によ
）ロール軸−に固定されてか〕、外側Ｏプシエ嶋のはス
タンドと一体化したナトｋｔｓによ〕保持されると共に
、押え金ＣＩＫよりナドル（至）ＫＨ２足されている。A pair of spherical box pouches are inserted into the roll shaft, and the inner one is fixed to the roll shaft (86 is the presser foot and -), and the outer one is fixed to the roll shaft. It is held by the nato kts integrated with the stand, and 2 nadols (to) KH are added from the presser foot CIK.
また四−ル軸−は球函プシエ■を介して貫ドルＨＥ支え
られている。Moreover, the four-wheel shaft is supported by the pendant HE through the ball box pushie (2).
−−ルセル＠Ｏ内部には、竜ルｏ内ｙＲ両と、−一ル軸
−〇外周画と、ジャーナル−とによ）隈魔。--Inside Lucelle @O are the inside of the dragon, the outer circumference of the axis, and the journal.
され為ｌｌ状空間−が形成されている。この環状空間−
上ＩＩＯ■−ル七ルｃＩ！１の内周面に接近して、棒状
１１ｇ＄−が配置されている０ζ′−棒状部材−は、複
数個のストッパ１によって上下方向に一定寸法以上移動
しないようにして、ｐ−ル軸（財）Ｋ取多付けられてい
る。As a result, a ll-shaped space is formed. This annular space-
Upper IIO■-ru7ru cI! The rod-shaped member 0ζ'--on which the rod-shaped member 11g$- is placed close to the inner circumferential surface of the rod-shaped member--is prevented from moving more than a certain distance in the vertical direction by a plurality of stoppers 1, and (Financial) Many K Tori are attached.
またロール軸（ロ）内には、外ＩｉＯ圧油ボング（図示
せず）Ｋ連結している油入（ハ）が設けられ、さらに複
数個Ｏ油大−が油入四に通じている。１また棒状部材−
Ｋｔｊ複数個の小穴−が設けられ、油入−に通じている
。Further, inside the roll shaft (B), an oil tank (C) is provided which is connected to an external IiO pressure oil bong (not shown), and a plurality of oil pipes (C) communicate with the oil tank (4). 1 Also a rod-shaped member
A plurality of small holes are provided and communicate with the oil tank.
次に作用を説明すると、菖鳴図〜ｍｓ図において一一ル
セル＠が回転すると１ｋａ−ル軸−へ圧油ポンプから圧
油が供給される◇ζＯ圧油は油大（ハ）を過）、油大−
から棒状部＃＠Ｏ下部に人〕、同棒状部材−を押しあげ
る。ま九油穴＠３０油の一部は小穴−を通ってロール竜
ル＠Ｏ内屑爾と棒状部材−〇上部とｏｌにす空間に入）
、ｐ−ルセル（ハ）と棒状薄材睡とＯ接触藺な潤滑する
。Next, to explain the action, in the cylindrical diagram to the ms diagram, when the 11 lucel @ rotates, pressure oil is supplied from the pressure oil pump to the 1 ka-le shaft ◇ζO pressure oil exceeds the oil size (c) , Yudai-
From the bottom of the rod-shaped part #@O], push up the rod-shaped member. Maku oil hole @30 A part of the oil passes through the small hole and enters the space between the inner waste of the roll dragon and the rod-shaped member - the upper part of the oil)
, P-Lucel (c) and O contact with the rod-shaped thin material to lubricate.
次に棒状部材−によ〉押しあげられたロール竜ル＠辻、
ストッパ＠ＤＫよシ七の移動量が制限され、一定寸法以
上には持ちあがらない０まえこのとき：′
ジャーｆｋ（２）を介して軸受箱０Ｉが持ちあがるが、
キー゛−により＃イドされ、つねにナドル＠Ｏ所定位置
に納会できるように＆つでいる。Next, the roll dragon @Tsuji was pushed up by a rod-shaped member.
The amount of movement of the stopper @DK is limited, and it cannot be lifted beyond a certain dimension. At this time:' The bearing box 0I is lifted up via the jar fk (2), but
It is set by the key so that the nadle can always be placed in a predetermined position.
ま−に０−ルセルｒ３１）に油圧がかか）、軸受箱■が
＄動すると亀は、ガイド■に沿って一定の＋ａ方崗に移
動す４＃（この具体例の鳩舎は上下方向に移動）０
菖７−は撓与制御ロール０軸受０倫０輿施例て暴る。図
においては軸受箱ｆＤ乏ナナトルー０間に１１１ＩＦが
設けられている。さてＪＩ７図Ｋｓｐｈて、−−ルが砿
圧延物によって押し返されえ場合には、押し返す力と、
油圧て押しあけるカとがパッンスす為位置まで自ｔｈに
押しＸされる・
以上詳細に説明しえ如く本発明は構成されているＯで、
被圧観物が上下ロール関に入ると、油圧が一定でｈ４丸
め加圧装置の大ＩＩ！−荷重によりｖ＝−ｋ４ルは押し
下げられ、軸受Ｓがガイド（案内されて下）、ｔドルに
！１１りてその位置が設定されることによ）、上下−一
ル闘の隙間を−ＩｉｌＫ保持する仁とがで自る。まえ被
圧蝿物が上下請−ル闘に人為と亀、ｐ−ルが被圧爾物で
押し返され丸場会には一１軸受精とｔドルとは納会され
ているので、−室以上押し返されるようなことはない。When hydraulic pressure is applied to the 0-cell R31), and the bearing box ■ moves $, the turtle moves along the guide ■ in a certain +a direction. Movement) 0 Calendar 7- is exposed by the control roll 0 bearing 0 run 0 movement example. In the figure, 111IF is provided between the bearing housing fD and the bearing housing 0. Now, in JI7 figure Ksph, if the -ru can be pushed back by the rolled material, the pushing force is,
The force used to push it open with hydraulic pressure is pushed to its own position in order to pass. As explained above in detail, the present invention is constructed with
When the pressurized object enters the upper and lower rolls, the oil pressure is constant and the h4 rounding pressure device is large II! - Due to the load, v = -k4 is pushed down, and the bearing S is guided (guided down) to the t dollar! By setting the position by 11), it is possible to maintain the gap between the upper and lower positions. Before, the pressurized flies were in a battle between humans and turtles, and Ple was pushed back by the pressurized creatures, and the eleventh axis fertilization and T dollars were delivered to the Maruba meeting, so the - room There will be no push back.
第五図は従来のプレスＫＭいられるロール懺置０憫両図
、ｇｓ図は第１１１０Ｘ−ＸｉｌｍｌＭ、第８園は菖３
図ＯＹ〜Ｙ断面図、第１図は本発明の実施例を示す撓み
制御ロールを圧爾機に用い九場合の＠両図、８１６図は
本発明Ｏ実施例を示す撓み制御ロールの正両ｇＷ１ｓ、
ｇａｍｔｉａｉｓ図ｏｚ 〜ｚ断爾図、１Ｍ７図は第６
図と異なる実施例を示すロールの正函断両図である。
閏の主要部分の説明
２４、８１・・・パツタアツプー−ル
ｚｂ・・・襲−ルセル ｓ６・・・圧下装置ｓ９パ・
・被圧弧物 ８０・・・軸受箱８ｓ・・・シャー
＋ル ８４・・・ロール軸８６・・・ナドル
４６・・・キー（ｌＩガイド轡許 出願人 三菱
重工業株式会社
復代衰人 弁麿士 唐 木 貴 −外１１名−′、−一
：
第１図
第４区
手続補正書
昭和５７年１ 月２５日
特許庁長官 島 １）春 樹 殿
１、事件の表示
特願昭５６−１９２０３２号
３ 補正をする者
事件との関係 特許出願人
住 所 東京都千代田区丸の内二丁目５番１号名称
（６２０） 三菱重工業株式会社４、代理 人
住 所 東京都千代田区丸の内二丁目５番１号三菱重
工業株式会社内
氏名 （６１２４）弁理士 坂 間 暁外２名５、復
代理人Figure 5 is a conventional press KM roll placement diagram, GS diagram is 1110X-XilmlM, and the 8th garden is iris 3.
Figures OY-Y are cross-sectional views. Figure 1 is a cross-sectional view of a deflection control roll according to an embodiment of the present invention when it is used in a pressing machine. Figure 816 is a cross-sectional view of a deflection control roll according to an embodiment of the present invention. gW1s,
gamtiais map oz ~z danji map, 1M7 diagram is the 6th
FIG. 3 is a normal sectional view of a roll showing an embodiment different from the figure. Explanation of the main parts of the leapfrog 24, 81...Patsutaatsu Pool ZB...Socket Roussel s6...Lowing device s9 Pa.
・Pressure arc object 80...Bearing box 8s...Shear+ru 84...Roll shaft 86...Naddle
46...Key (lI guide license) Applicant: Mitsubishi Heavy Industries, Ltd. Fukudai Shijin, Benmarashi Takashi Karagi - 11 others -', -1: Figure 1 Section 4 Procedural Amendments January 1982 25th Japan Patent Office Commissioner Shima 1) Haruki Tono1, Case Indication Patent Application No. 1982-192032 Person making the amendment Relationship to the case Patent applicant Address 2-5-1 Marunouchi, Chiyoda-ku, Tokyo Name
(620) Mitsubishi Heavy Industries, Ltd. 4, Agent Address: Mitsubishi Heavy Industries, Ltd., 2-5-1 Marunouchi, Chiyoda-ku, Tokyo Name (6124) Patent Attorney Akigai Sakama, 2 people 5, Sub-Agent
Claims (1)
御で自るようにしぇロールＫｓＰいて、−４ｋをジャー
ナｋＯ外備０軸受糠で保持し、同軸受箱Ｋｉｔイドを敷
けてセルが一定亭甑方崗に移動で１１為ようにし、かつ
セルを内側よ）油圧で押上けるえめに設けられるｌＩ定
□ａ−羨軸は、前記軸受箱と紘ｙｉｓｏｔｓ＊ｔ＞ｔド
ルによ）支えられて％Ａゐことを特徴とすｈ１１拳制御
−一ル・Apply oil pressure to the inside 11 of the 11th ring and make the cell 011m+ move automatically by controlling the roll KsP. 11 by moving the cell to the fixed position, and moving the cell inside) The lI constant □ a - axis, which is provided in the upper part that can be pushed up by hydraulic pressure, is connected to the bearing box and the horizontal axis. ) Supported by %A h11 fist control - one le
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19203281A JPS5893508A (en) | 1981-11-30 | 1981-11-30 | Controlling roll for deflection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19203281A JPS5893508A (en) | 1981-11-30 | 1981-11-30 | Controlling roll for deflection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS5893508A true JPS5893508A (en) | 1983-06-03 |
Family
ID=16284458
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP19203281A Pending JPS5893508A (en) | 1981-11-30 | 1981-11-30 | Controlling roll for deflection |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5893508A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2616089A1 (en) * | 1987-06-04 | 1988-12-09 | Clecim Sa | AXIAL HOLDING DEVICE FOR A CYLINDER WITH A ROTATING ENVELOPE |
| KR20150023682A (en) * | 2012-06-12 | 2015-03-05 | 에스엠에스 지마크 악티엔게젤샤프트 | Roll arrangement |
| KR20150023477A (en) * | 2012-06-12 | 2015-03-05 | 에스엠에스 지마크 악티엔게젤샤프트 | Roll arrangement |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5411142A (en) * | 1977-06-28 | 1979-01-27 | Mitsubishi Electric Corp | Production of water-soluble coating |
| JPS556441A (en) * | 1978-06-27 | 1980-01-17 | Yamanashiken | Treating method of copper sulfate plating waste solution |
-
1981
- 1981-11-30 JP JP19203281A patent/JPS5893508A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5411142A (en) * | 1977-06-28 | 1979-01-27 | Mitsubishi Electric Corp | Production of water-soluble coating |
| JPS556441A (en) * | 1978-06-27 | 1980-01-17 | Yamanashiken | Treating method of copper sulfate plating waste solution |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2616089A1 (en) * | 1987-06-04 | 1988-12-09 | Clecim Sa | AXIAL HOLDING DEVICE FOR A CYLINDER WITH A ROTATING ENVELOPE |
| KR20150023682A (en) * | 2012-06-12 | 2015-03-05 | 에스엠에스 지마크 악티엔게젤샤프트 | Roll arrangement |
| KR20150023477A (en) * | 2012-06-12 | 2015-03-05 | 에스엠에스 지마크 악티엔게젤샤프트 | Roll arrangement |
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