JPS6319627B2 - - Google Patents
Info
- Publication number
- JPS6319627B2 JPS6319627B2 JP59101395A JP10139584A JPS6319627B2 JP S6319627 B2 JPS6319627 B2 JP S6319627B2 JP 59101395 A JP59101395 A JP 59101395A JP 10139584 A JP10139584 A JP 10139584A JP S6319627 B2 JPS6319627 B2 JP S6319627B2
- Authority
- JP
- Japan
- Prior art keywords
- fabric
- conveyance path
- drive mechanism
- path
- laminate
- 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
Links
- 239000004744 fabric Substances 0.000 claims description 95
- 230000014759 maintenance of location Effects 0.000 claims description 13
- 238000006243 chemical reaction Methods 0.000 claims description 11
- 239000003638 chemical reducing agent Substances 0.000 claims description 5
- 238000010438 heat treatment Methods 0.000 claims description 3
- 230000001360 synchronised effect Effects 0.000 claims description 2
- 230000000694 effects Effects 0.000 description 6
- 238000006073 displacement reaction Methods 0.000 description 3
- 238000009825 accumulation Methods 0.000 description 2
- 238000004061 bleaching Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000009991 scouring Methods 0.000 description 2
- 239000000470 constituent Substances 0.000 description 1
- 238000009990 desizing Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000012467 final product Substances 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000000704 physical effect Effects 0.000 description 1
- 239000000047 product Substances 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 238000002207 thermal evaporation Methods 0.000 description 1
Landscapes
- Treatment Of Fiber Materials (AREA)
Description
【発明の詳細な説明】
イ 発明の目的
産業上の利用分野
本発明は布帛の滞溜処理装置に関するものであ
り、更に詳しくはジグザグ状に折り疊まれた布帛
積層体に熱蒸処理を施す目的で使用される布帛用
滞溜処理装置に於ける布帛移動経路の間隔調整機
構に関するものである。DETAILED DESCRIPTION OF THE INVENTION A. Purpose of the Invention Industrial Field of Application The present invention relates to a fabric retention treatment device, and more specifically, to a fabric laminate folded in a zigzag shape for thermal evaporation treatment. This invention relates to an interval adjustment mechanism for fabric movement paths in a fabric retention treatment device used in.
従来の技術
系外から連続的に供給される布帛をジグザグ状
に折り疊み、この状態で高温の蒸気に曝し該布帛
に糊抜き、精練、あるいは漂白等の処理を施す布
帛加工装置が知られている。斯かる加工装置によ
る布帛の連続処理に際し、蒸気による処理効果が
該布帛の全長に亘つて均一に発現するように、蒸
熱処理装置内に導入された布帛がジグザグ状の折
り疊み形状を保持したまま所定の速度で移動し得
る連続搬送経路を用意しておく必要があり、この
ような要請に答えるため、積極回転する多数のロ
ーラあるいはキヤタビラから構成された布帛積層
体の積極搬送装置が種々提案されている。BACKGROUND TECHNOLOGY Fabric processing equipment is known that folds a fabric continuously supplied from outside the system into a zigzag pattern, exposes it to high-temperature steam in this state, and subjects the fabric to processes such as desizing, scouring, or bleaching. ing. During the continuous processing of the fabric by such a processing device, the fabric introduced into the steam treatment device maintained a zigzag folded shape so that the treatment effect of the steam was uniformly expressed over the entire length of the fabric. It is necessary to prepare a continuous conveyance path that can move at a predetermined speed, and in order to meet this requirement, various active conveyance devices for fabric laminates that are composed of a large number of actively rotating rollers or caterpillars have been proposed. has been done.
発明が解決しようとする問題点
上記の如き在来の布帛用蒸熱処理装置に於い
て、布帛の搬送経路が水平方向に配設された多数
のローラあるいはキヤタビラによつて構成された
単一の直線経路を有する場合には、布帛の積層体
はジグザグ状の折り疊み形態を乱されることなく
布帛の導入端から排出端に向かつて順次搬送さ
れ、該搬送過程で高温の蒸気に曝され所望の処理
効果を与えられる。然しながら、布帛の搬送経路
が上下に平行して配設された２段のローラあるい
はキヤタビラと、布帛移動方向の変換点に設けら
れた固定式の案内部材によつて構成されている場
合には、上記変換点に布帛搬送経路の高さ調整機
構が設けられていないため、該変換点を通過する
布帛に積層状態の乱れが発生する。即ち、移動方
向の変換点を通過する布帛には上段に位置する搬
送経路から下段に位置する搬送経路への安定した
落下状態が保証されず、布帛の積層体が蛇行した
り、間歇的にかたまつたままの状態で落下し、下
段の搬送経路上に落下した布帛に対しては上記積
層形態の乱れに起因して蒸気が不均一に作用し、
最終製品に精練斑や漂白斑等の障害を発生せしめ
る。Problems to be Solved by the Invention In the conventional steam heat treatment apparatus for fabrics as described above, the conveyance path of the fabric is a single straight line composed of a large number of horizontally arranged rollers or caterpillars. When the fabric has a path, the laminate of fabric is sequentially conveyed from the inlet end to the outlet end of the fabric without disturbing its zigzag folded form, and is exposed to high-temperature steam during the conveyance process to achieve the desired effect. processing effect is given. However, when the fabric conveyance path is composed of two stages of rollers or caterpillars arranged vertically and in parallel, and a fixed guide member provided at a change point of the fabric movement direction, Since a height adjustment mechanism for the fabric conveyance path is not provided at the conversion point, disturbances occur in the laminated state of the fabric passing through the conversion point. In other words, the fabric passing through the change point in the moving direction cannot be guaranteed to fall stably from the upper conveyance path to the lower conveyance path, and the stack of fabrics may meander or intermittently fall. Due to the disturbance in the layered form, steam acts non-uniformly on the fabric that falls in a puddled state and falls onto the lower conveyance path.
This causes problems such as scouring spots and bleaching spots on the final product.
本発明の主要な目的は、公知の布帛用蒸気処理
装置に認められた上記の如き問題点を解消し得る
布帛積層形態の安定性に優れた布帛の滞溜処理装
置を提供することにある。 The main object of the present invention is to provide a fabric stagnation treatment apparatus that can solve the above-mentioned problems observed in known fabric steam treatment apparatuses and has excellent stability in the form of laminated fabrics.
本発明の他の主要な目的は、布帛搬送経路の寸
法ならびに形状を連続的に変化させ得る、蒸気雰
囲気への曝露の均一性を向上せしめた布帛の滞溜
処理装置を提供することにある。 Another main object of the present invention is to provide a fabric retention treatment apparatus that allows continuous changes in the size and shape of the fabric transport path and improves the uniformity of exposure to a steam atmosphere.
ロ 発明の構成
問題点を解決するための手段
本発明は上記目的の達成手段として、ジグザグ
状に折り疊まれた状態で缶体内に導入された布帛
１に蒸熱処理を施すための布帛積層体の滞溜処理
装置において、前記缶体内にジグザグ状に折り疊
まれた状態で導入された布帛１の積層体を略水平
に、且つ互いに反対方向に移動させる上下２段の
連続搬送経路R1，R2を形成すると共に、この連
続多段搬送経路上の布帛積層体の移動方向の変換
点２に、この変換点の側方から下段に位置する第
２の搬送経路R2の上面に向かつて複数個のフリ
ー回転ローラ３，３…をＬ字状に整列配置してな
る水平移動式の布帛案内機構G1、モータ７、減
速機８ならびにこの減速機の出力軸５に固着され
先端部に前記フリー回転ローラ３，３…を支持す
る側板４の外面に固着されたピン１７との係合溝
１７′を形成してなる第１の揺動アーム６からな
る第１の駆動機構D1、後記同調機構Ｓを介して
前記出力軸５に対して同調回転し得るように接続
された従動軸９、この従動軸９、この従動軸に固
着された第２の揺動アーム１０、この第２の揺動
アームの先端部と前記第１の搬送経路R1の端末
部１１とを連結するコネクテイングロツド１３か
らなる第２の駆動機構D2、前記第１の駆動機構
D1と第２の駆動機構D2を同調駆動するため前記
出力軸５および従動軸９に固着されたチエーンス
プロケツト１４，１５ならびにこれらのチエーン
スプロケツト間に巻回されたチエーン１６からな
る同調機構Ｓから構成された布帛搬送経路の間隔
調整機構Ａを配設し、前記布帛案内機構G1の水
平方向移動に同調して上段に位置する布帛積層体
の搬送径路R1の端末部１１を上方あるいは下方
に揺動させ、布帛積層体の落下経路の間隔寸法を
変化せしめるように構成した布帛の滞溜処理装置
を提供するものである。B. Means for Solving the Constituent Problems of the Invention As a means for achieving the above object, the present invention provides a fabric laminate for subjecting a fabric 1 folded in a zigzag shape to a steaming treatment to be introduced into a can body. In the retention treatment device, there are continuous conveyance paths R 1 and R in two stages, upper and lower stages, for moving the stack of fabrics 1 introduced into the can body in a zigzag folded state approximately horizontally and in mutually opposite directions. 2 , and at the conversion point 2 of the movement direction of the fabric laminate on this continuous multi-stage conveyance path, a plurality of pieces are formed from the side of this conversion point toward the upper surface of the second conveyance path R 2 located at the lower stage. A horizontally movable fabric guide mechanism G 1 consisting of freely rotating rollers 3, 3, . A first drive mechanism D 1 consisting of a first swinging arm 6 formed with an engagement groove 17' with a pin 17 fixed to the outer surface of the side plate 4 that supports the rotating rollers 3, 3, . . . A driven shaft 9 connected to the output shaft 5 through a mechanism S so as to be able to rotate synchronously with the output shaft 5, a second swinging arm 10 fixed to the driven shaft, and a second swinging arm 10 fixed to the driven shaft. a second drive mechanism D 2 comprising a connecting rod 13 that connects the tip end of the movable arm and the end portion 11 of the first transport path R 1 ; and the first drive mechanism
D 1 and the second drive mechanism D 2 are synchronously driven by chain sprockets 14 and 15 fixed to the output shaft 5 and driven shaft 9, and a chain 16 wound between these chain sprockets. A fabric conveyance path interval adjustment mechanism A consisting of a mechanism S is provided, and the end portion 11 of the conveyance path R1 of the fabric stack located in the upper stage is adjusted in synchronization with the horizontal movement of the fabric guide mechanism G1 . The present invention provides a fabric accumulation treatment device configured to swing upward or downward to change the interval dimension of the falling path of the fabric laminate.
実施例
第１図は本発明装置の全体構造を説明する布帛
用蒸気処理装置の側面図であり、第２図は本発明
装置の要部構造を例示する部分側面図である。Embodiment FIG. 1 is a side view of a fabric steam treatment apparatus illustrating the overall structure of the apparatus of the present invention, and FIG. 2 is a partial side view illustrating the main structure of the apparatus of the present invention.
布帛１の滞溜処理装置は第１図に見られるよう
に、高温の蒸気が噴出する缶体内にローラコンベ
ア等の搬送部材によつて形成された布帛積層体１
用の多段搬送経路R1，R2を配設したものであつ
て、図示する態様に於いては上段に位置する第１
の搬送経路R1と下段に位置する第２の搬送経路
R2とは、布帛積層体１の移動方向の変換点２に
設けられた布帛搬送経路の間隔調整機構Ａを介し
て接続され、コの字状に弯曲した連続多段搬送経
路Ｒを形成している。滞溜処理装置内に送り込ま
れた布帛１は、上記連続多段搬送経路Ｒへの導入
口でジグザグ状に折り疊まれ、この積層形態を維
持したままローラコンベア上に載置され第１の搬
送経路R1ならびに第２の搬送経路R2に沿つて缶
体内を移動し、この間に高温の蒸気に曝され所定
の処理効果を与えられる。連続多段搬送経路R1，
R2は、滞溜処理装置内に導入された布帛が実用
上十分な、例えば20分間乃至80分間の滞溜時間を
維持し得るように布帛積層体１の搬送速度調整機
構（図示せず）を備えているが、斯かる搬送速度
の調整機能を有するものであれば、前記ローラコ
ンベア以外の搬送用部材、例えばキヤタビラやラ
チスコンベアあるいは平滑な表面を有するプレー
トエレメント等によつて連続多段搬送経路を形成
することも可能である。布帛搬送経路R1および
R2の間に配設される間隔調整機構Ａは第２図に
例示するように、複数のフリー回転ローラ３，３
…と該フリー回転ローラを回転自在に、且つ布帛
積層体１の移動方向の変換点２に布帛１の落下方
向に沿う弯曲した案内面を形成するように支承す
る側板４とからなる第１の布帛案内機構G1と、
該第１の布帛案内機構を水平方向に移動させる第
１の駆動機構D1と、上段に位置する布帛積層体
の搬送経路R1の端末部１１を前記第１の布帛案
内機構G1との連動下に上下方向に揺動させる第
２の駆動機構D2から構成されている。前記第１
の駆動機構D1は、モータ７、減速機８ならびに
該減速機の出力軸５に固着された第１の揺動アー
ム６から構成されており、また前記第２の駆動機
構D2は、後記同調機構Ｓを介して前記出力軸５
に対して同調回転し得るように接続された従動軸
９、該従動軸に固着された第２の揺動アーム１
０、該第２の揺動アームの先端部１２と、上段に
位置する布帛積層体１の搬送経路R1の端末部１
１とを連結するコネクテイングロツド１３から構
成されている。第１の駆動機構D1と第２の駆動
機構D2は、出力軸５および従動軸９に固着され
たチエーンスプロケツト１４，１５ならびに該チ
エーンスプロケツト間に巻回されたチエーン１６
からなる同調機構Ｓによつて同時駆動される。斯
くして第１の布帛案内機構G1が水平方向に移動
するのと同時に、上段に位置する布帛積層体１の
搬送経路R1の端末部１１が上方あるいは下方に
揺動し、前記布帛積層体１の落下経路の間隔寸法
を変化させる。 As shown in FIG. 1, the fabric 1 retention treatment device collects fabric laminates 1 formed by a conveying member such as a roller conveyor inside a can from which high-temperature steam is spouted.
In the embodiment shown in the figure, the first
transport route R1 and the second transport route located at the lower stage.
R2 is connected via a fabric conveyance path interval adjustment mechanism A provided at a conversion point 2 of the moving direction of the fabric laminate 1, forming a continuous multi-stage conveyance path R curved in a U-shape. There is. The fabric 1 fed into the accumulation treatment device is folded into a zigzag shape at the inlet to the continuous multi-stage conveyance path R, and is placed on the roller conveyor while maintaining this layered form, and then transferred to the first conveyance path. The material moves inside the can along R 1 and the second transport path R 2 , and is exposed to high-temperature steam during this time to impart a predetermined treatment effect. Continuous multi-stage conveyance path R 1 ,
R 2 is a conveyance speed adjustment mechanism (not shown) for the fabric laminate 1 so that the fabric introduced into the retention treatment device can maintain a practically sufficient retention time, for example, 20 minutes to 80 minutes. However, as long as it has such a conveyance speed adjustment function, a continuous multi-stage conveyance path can be achieved using a conveyance member other than the roller conveyor, such as a caterpillar conveyor, a lattice conveyor, or a plate element with a smooth surface. It is also possible to form Fabric conveyance path R 1 and
As illustrated in FIG. 2, the interval adjustment mechanism A disposed between R 2 and
... and a side plate 4 that supports the free rotating roller rotatably and so as to form a curved guide surface along the falling direction of the fabric 1 at the conversion point 2 of the moving direction of the fabric laminate 1. fabric guide mechanism G 1 ;
A first drive mechanism D 1 that moves the first fabric guide mechanism in the horizontal direction, and an end portion 11 of the transport path R 1 of the fabric laminate located in the upper stage are connected to the first fabric guide mechanism G 1 . It is composed of a second drive mechanism D2 that swings vertically in conjunction with each other. Said first
The drive mechanism D 1 is composed of a motor 7, a reducer 8, and a first swinging arm 6 fixed to the output shaft 5 of the reducer, and the second drive mechanism D 2 is configured as described below. The output shaft 5 via the tuning mechanism S
a driven shaft 9 connected to the driven shaft so as to be able to rotate synchronously with the second swing arm 1 fixed to the driven shaft;
0, the tip end 12 of the second swing arm and the end 1 of the transport path R 1 of the fabric laminate 1 located in the upper stage
1 and a connecting rod 13. The first drive mechanism D 1 and the second drive mechanism D 2 include chain sprockets 14 and 15 fixed to the output shaft 5 and the driven shaft 9, and a chain 16 wound between the chain sprockets.
They are simultaneously driven by a tuning mechanism S consisting of: Thus, at the same time as the first fabric guide mechanism G 1 moves in the horizontal direction, the end portion 11 of the conveyance path R 1 of the fabric stack 1 located in the upper stage swings upward or downward, and the fabric stack 1 moves upwardly or downwardly. The interval dimension of the falling path of the body 1 is changed.
更に詳しく説明すると、前記第１の揺動アーム
６の先端部には側板４の表面から水平方向に突出
したピン１７が嵌まり込むフオーク状の溝１７′
が形成されており、該揺動アーム６の回転により
ピン１７に伝達される水平方向変位に対応して前
記側板４を水平移動させるため、該側板４の外面
には案内ピン１８が略水平方向を指向して取付け
られている。該案内ピン１８は、滞溜処理装置の
缶体側壁面に固着されたガイドピース１９の水平
溝１８′内に滑動自在に嵌まり込み、揺動アーム
６が出力軸５を回転中心として揺動したとき、水
平溝１８′内で水平方向に揺動し側板４を水平方
向に移動させる。一方、前記第２の揺動アーム１
０の先端部１２と上段に位置する搬送経路R1の
端末部１１とは、コネクテイングロツド１３を介
して上下動自在に連結されており、また該端末部
１１は枢軸２０により搬送経路R1の固定配設部
位に対して首振り運動を為し得るように軸支され
ている。本発明装置は以上の如く構成されている
から、モータ７の起動により減速機８ならびに同
調機構Ｓを介して出力軸５ならびに従動軸９に回
転駆動力が伝達されると、第１の揺動アーム６お
よび第２の揺動アーム１０に揺動変位が発生し、
該揺動変位は複数のフリー回転ローラ３，３を支
承している側板４に水平方向への移動を生ぜし
め、これと同時に上段に位置している搬送経路
R1の端末部１１に前記枢軸２０を回転中心とす
る上下動を生起させる。第２図に於いて第１およ
び第２の揺動アーム６，１０ならびに側板４が二
点鎖線で示すように左側に位置している状態でモ
ータ７を起動したものと仮定すると、対向配置さ
れた２枚の側板４間に形成された湾曲した案内面
は実線で示すように右方に水平移動し、また上段
に位置している搬送経路R1の端末部１１は枢軸
２０を回転中心として下方に変位する。斯くし
て、布帛積層体１の移動方向の変換点２に於ける
布帛１の通過間隙が挾まるから、缶体内への布帛
１の導入量が少ない場合にも該変換点を通過する
布帛１のジグザグ状折り疊み形態には乱れが発生
せず均一な移動速度が保証される。缶体内への布
帛１の導入量を増加させる場合には、上記第１お
よび第２の揺動アーム６，１０の揺動方向を反時
計方向に反転させることにより、布帛１の通過間
隙を拡開する。 To explain in more detail, the tip of the first swing arm 6 has a fork-shaped groove 17' into which a pin 17 protruding horizontally from the surface of the side plate 4 is fitted.
In order to horizontally move the side plate 4 in response to the horizontal displacement transmitted to the pin 17 by the rotation of the swing arm 6, a guide pin 18 is provided on the outer surface of the side plate 4 in a substantially horizontal direction. It is installed with the direction of The guide pin 18 was slidably fitted into a horizontal groove 18' of a guide piece 19 fixed to the side wall surface of the can body of the retention treatment device, and the swing arm 6 swung around the output shaft 5. At this time, the side plate 4 swings horizontally within the horizontal groove 18' and moves the side plate 4 horizontally. On the other hand, the second swing arm 1
0 and the terminal section 11 of the transport route R 1 located at the upper stage are connected via a connecting rod 13 so as to be vertically movable. It is pivoted so that it can swing relative to the fixed location of 1 . Since the device of the present invention is configured as described above, when the rotational driving force is transmitted to the output shaft 5 and the driven shaft 9 via the reducer 8 and the tuning mechanism S by starting the motor 7, the first swinging motion is generated. A swinging displacement occurs in the arm 6 and the second swinging arm 10,
The rocking displacement causes the side plate 4 supporting the plurality of freely rotating rollers 3, 3 to move in the horizontal direction, and at the same time, the conveyance path located at the upper stage
The terminal portion 11 of R 1 is caused to move up and down about the pivot 20 as the center of rotation. Assuming that the motor 7 is started with the first and second swing arms 6, 10 and the side plate 4 located on the left side as shown by the two-dot chain line in FIG. The curved guide surface formed between the two side plates 4 moves horizontally to the right as shown by the solid line, and the terminal portion 11 of the transport path R 1 located at the upper stage rotates around the pivot 20. Displaced downward. In this way, since the passage gap for the fabric 1 at the conversion point 2 of the movement direction of the fabric laminate 1 is narrowed, even when the amount of fabric 1 introduced into the can body is small, the fabric 1 passing through the conversion point The zigzag-like folded form does not cause any turbulence and ensures a uniform moving speed. When increasing the amount of fabric 1 introduced into the can body, the passage gap for fabric 1 is expanded by reversing the swinging direction of the first and second swinging arms 6, 10 counterclockwise. Open.
上記の実施例に於いては布帛積層体１の移動方
向の変換点２ならびに搬送経路R1，R2に配設さ
れる布帛１の案内部材がフリー回転ローラ３ある
いはローラコンベア等の搬送部材によつて形成さ
れているが、本発明の要旨は斯かる例示によつて
限定されるものではなく、連続多段搬送経路Ｒ上
の布帛積層体１の移動方向の変換点２に於いて間
隔調整機能を発揮し得るものであれば上記以外の
布帛案内部材、例えば対向配置された２枚の側板
４，４間に固定された図示しない平滑な表面を有
するガイドプレートあるいはラチス等によつて布
帛１の案内面を形成することも可能である。ま
た、第１の駆動機構D1と第２の駆動機構D2とは
必ずしも同調させる必要はなく、個別に操作する
こともできる。 In the above embodiment, the guide members for the fabric 1 disposed at the conversion point 2 of the movement direction of the fabric laminate 1 and the conveyance routes R 1 and R 2 are connected to the free rotation roller 3 or a conveyance member such as a roller conveyor. However, the gist of the present invention is not limited to such an example, and the present invention has an interval adjustment function at a change point 2 of the movement direction of the fabric laminate 1 on the continuous multi-stage conveyance path R. The fabric 1 can be guided by a fabric guide member other than the above, for example, a guide plate or lattice with a smooth surface (not shown) fixed between the two opposing side plates 4, 4, as long as it can achieve the desired effect. It is also possible to form guide surfaces. Further, the first drive mechanism D 1 and the second drive mechanism D 2 do not necessarily need to be synchronized and can be operated independently.
ハ 発明の効果
以上の説明に明らかな如く、本発明装置はジグ
ザグ状に折り疊まれた布帛の多段搬送経路、殊に
布帛の移動方向の変換点に布帛搬送経路の間隔調
整機構を設けているから、布帛の導入量、折り疊
み寸法もしくは折り疊み形状の変化に応じて布帛
案内面の配設位置を自由に変更することができ
る。従つて、滞溜処理装置内への導入条件の如何
に拘わらず、ジグザグ状に折り疊まれた布帛には
移動方向の変換点に於いて良好な形態保持性能が
保証される。斯くして上下２段に配設された搬送
経路上を移動する布帛の積層体は折り疊み形態を
乱されることなく高温の蒸気によつて均一に処理
される。本発明装置によつて滞溜処理された布帛
は、当然のことながら缶体内の加熱条件の均一性
に基づく優れた物性を有し、在来装置によつて製
せられた布帛に比較してその商品価値を大幅に向
上せしめている。C. Effects of the Invention As is clear from the above explanation, the apparatus of the present invention is provided with a multi-stage conveyance path for a fabric folded in a zigzag shape, and in particular, an interval adjustment mechanism for the fabric conveyance path is provided at a change point of the moving direction of the fabric. Therefore, the arrangement position of the fabric guide surface can be freely changed according to changes in the amount of fabric introduced, the fold size, or the fold shape. Therefore, irrespective of the conditions under which the fabric is introduced into the retention treatment device, the fabric folded in a zigzag manner is guaranteed to have good shape retention performance at the point of change in the direction of movement. In this way, the stack of fabrics moving on the transport path arranged in two upper and lower stages is uniformly treated by high-temperature steam without disturbing its folded form. The fabric subjected to retention treatment using the apparatus of the present invention naturally has excellent physical properties based on the uniformity of the heating conditions inside the can, compared to fabrics produced using conventional apparatus. This greatly improves the product value.
更に本発明装置においては、布帛積層体の移動
方向の変換点を介して布帛の搬送経路が上下２段
に構成されているから、在来装置に比較して缶体
の外形寸法が小さくなり、コンパクトであるにも
拘わらず操作の容易な且つ故障の少ない布帛処理
装置が構成される。 Furthermore, in the device of the present invention, the transport path of the fabric is configured in two stages, upper and lower, through the change point of the moving direction of the fabric laminate, so the external dimensions of the can body are smaller than in the conventional device. To provide a fabric processing device that is compact, yet easy to operate, and has fewer failures.
第１図は本発明装置の全体構造を説明する布帛
用蒸熱処理装置の側面図であり、第２図は本発明
装置の要部構造を例示する部分側面図である。
１…布帛、Ｒ…連続多段搬送経路、２…布帛移
動方向の変換点、Ａ…間隔調整機構、Ｇ…布帛案
内機構、Ｄ…駆動機構、Ｓ…同調機構。
FIG. 1 is a side view of a fabric steam treatment apparatus illustrating the overall structure of the apparatus of the present invention, and FIG. 2 is a partial side view illustrating the main structure of the apparatus of the present invention. DESCRIPTION OF SYMBOLS 1...Fabric, R...Continuous multistage conveyance path, 2...Conversion point of fabric movement direction, A...Space adjustment mechanism, G...Fabric guide mechanism, D...Drive mechanism, S...Synchronization mechanism.
Claims (1)
入された布帛に蒸熱処理を施すための布帛積層体
の滞溜処理装置において、前記缶体内にジグザグ
状に折り疊まれた状態で導入された布帛の積層体
を略水平に、且つ互いに反対方向に移動させる上
下２段の連続搬送経路を形成すると共に、この連
続多段搬送経路上の布帛積層体の移動方向の変換
点に、この変換点の側方から下段に位置する第２
の搬送経路の上面に向かつて複数個のフリー回転
ローラをＬ字状に整列配置してなる水平移動式の
布帛案内機構、モータ、減速機並びにこの減速機
の出力軸に固着され先端部に前記フリー回転ロー
ラを支持する側板に固着されたピンとの係合溝を
形成してなる第１の揺動アームからなる第１の駆
動機構、後記同調機構を介して前記出力軸に対し
て同調回転し得るように接続された従動軸、この
従動軸に固着された第２の揺動アーム、この第２
の揺動アームの先端部と上段に位置する第１の搬
送経路の端末部とを連結するコネクテイングロツ
ドからなる第２の駆動機構、前記第１の駆動機構
と第２の駆動機構を同調駆動するため前記出力軸
及び従動軸に固着されたチエーンスプロケツト並
びにこれらのチエーンスプロケツト間に巻回され
たチエーンからなる同調機構から構成された布帛
搬送経路の間隔調整機構を配設し、前記布帛案内
機構の水平方向移動に同調して上段に位置する布
帛積層体の搬送経路の端末部を上方あるいは下方
に揺動させ、布帛積層体の落下経路の間隔寸法を
変化せしめるように構成したことを特徴とする布
帛の滞溜処理装置。1. In a fabric laminate retention treatment apparatus for applying steam heat treatment to a fabric introduced into a can body in a zigzag-folded state, the fabric is introduced into the can body in a zigzag-folded state. A continuous conveyance path of upper and lower two stages is formed to move the fabric laminate approximately horizontally and in mutually opposite directions, and at the conversion point of the moving direction of the fabric laminate on this continuous multi-stage conveyance path, The second one located at the bottom from the side.
A horizontally movable fabric guide mechanism consisting of a plurality of freely rotating rollers arranged in an L-shape toward the upper surface of the conveyance path, a motor, a reducer, and an output shaft of the reducer is fixed to the tip. A first drive mechanism includes a first swinging arm formed with an engagement groove with a pin fixed to a side plate supporting a free rotation roller, and rotates synchronously with respect to the output shaft via a tuning mechanism described later. a driven shaft connected to obtain a second swing arm, a second swing arm secured to the driven shaft;
a second drive mechanism consisting of a connecting rod that connects the tip of the swinging arm and the end of the first conveyance path located in the upper stage; the first drive mechanism and the second drive mechanism are synchronized; A distance adjustment mechanism for the fabric conveying path is provided, which comprises a chain sprocket fixed to the output shaft and the driven shaft for driving, and a tuning mechanism consisting of a chain wound between these chain sprockets. The terminal part of the transport path of the fabric laminate located in the upper stage is swung upward or downward in synchronization with the horizontal movement of the fabric guide mechanism, and the interval dimension of the falling path of the fabric laminate is changed. A fabric retention treatment device characterized by:
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10139584A JPS60246860A (en) | 1984-05-18 | 1984-05-18 | Cloth stay treating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10139584A JPS60246860A (en) | 1984-05-18 | 1984-05-18 | Cloth stay treating apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS60246860A JPS60246860A (en) | 1985-12-06 |
| JPS6319627B2 true JPS6319627B2 (en) | 1988-04-23 |
Family
ID=14299549
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP10139584A Granted JPS60246860A (en) | 1984-05-18 | 1984-05-18 | Cloth stay treating apparatus |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60246860A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH671252A5 (en) * | 1986-12-17 | 1989-08-15 | Benninger Ag Maschf |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5771470A (en) * | 1980-06-23 | 1982-05-04 | Beningeeru Ag Maschf | Stagnant treatment apparatus of textile web |
-
1984
- 1984-05-18 JP JP10139584A patent/JPS60246860A/en active Granted
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5771470A (en) * | 1980-06-23 | 1982-05-04 | Beningeeru Ag Maschf | Stagnant treatment apparatus of textile web |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS60246860A (en) | 1985-12-06 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JPS6319627B2 (en) | ||
| TW201604114A (en) | A machine for treating folded printed fabrics | |
| US1198020A (en) | Coating-machine. | |
| JPS6319626B2 (en) | ||
| EP1360902B1 (en) | Food dough rolling apparatus | |
| US3265271A (en) | Multiple web feeding system | |
| US1223687A (en) | Candy-coating machine. | |
| US2133424A (en) | Method and apparatus for drying | |
| JPS6099065A (en) | Fabric folding mechanism in fabric treating apparatus | |
| JPS6328235Y2 (en) | ||
| US1407081A (en) | Textile-drying machine | |
| US2290053A (en) | Loop drier | |
| JPH0726268B2 (en) | Fiber crimping device | |
| US3302298A (en) | Can-drying | |
| US2939306A (en) | Plaiting mechanism | |
| US1469099A (en) | Ferrotyping, polishing, and drying apparatus | |
| US401932A (en) | craven | |
| US1090934A (en) | Apparatus for drying fabrics. | |
| US1643186A (en) | Machine for pickling coils of wire or rods | |
| US1823205A (en) | Apparatus for correcting displacement of weft threads in cloth | |
| US1831911A (en) | Sheet drying machine | |
| SU737536A1 (en) | Flow line for ironing and folding articles | |
| US1038002A (en) | Fabric-drying apparatus. | |
| US2584754A (en) | Machine for the treating of web material | |
| SU1244629A1 (en) | Device for drying light-sensitive materials |