JPH06123053A - Method for setting wound yarn by steam heating - Google Patents
Method for setting wound yarn by steam heatingInfo
- Publication number
- JPH06123053A JPH06123053A JP29767792A JP29767792A JPH06123053A JP H06123053 A JPH06123053 A JP H06123053A JP 29767792 A JP29767792 A JP 29767792A JP 29767792 A JP29767792 A JP 29767792A JP H06123053 A JPH06123053 A JP H06123053A
- Authority
- JP
- Japan
- Prior art keywords
- chamber
- steam
- wound yarn
- winding
- yarn
- 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
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Landscapes
- Treatment Of Fiber Materials (AREA)
- Spinning Methods And Devices For Manufacturing Artificial Fibers (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、糸チーズ、糸コーン、
糸スプールなどの芯管に巻かれた巻糸を蒸気でセットす
る方法に関するものである。BACKGROUND OF THE INVENTION The present invention relates to thread cheese, thread corn,
The present invention relates to a method of setting a winding thread wound around a core tube such as a thread spool with steam.
【０００２】[0002]
【従来の技術】従来、糸チーズ、糸コーン、糸スプール
などの芯管（ボビンともい、一般に紙管、木管、樹脂管
などが用いられている）に巻かれた巻糸をセットする場
合、巻糸を缶体内に収容し、減圧して真空引きした後、
蒸気を送入し熱セットしていた。 ところが、この方法
では、通常、真空度は７２０〜７４０mmHgであるため、
真空引きしても、なお巻糸の全体に空気が残っており、
ここに蒸気を送入するとその蒸気圧で残留空気が圧縮さ
れて空気の塊となって芯管部に空気層が生じる。その結
果、空気層と蒸気層との圧力バランスで境界層ができ
る。その状態でおいておくと、巻糸芯部空気層の加熱は
熱伝導で加熱されることになり、蒸気によって加熱され
にくい。従って、蒸気は水分をもっているが、熱伝導で
は水分をもっていないため、水分のアンバランスが生
じ、結果的に、図３に示すように、巻糸芯部とその他の
部分、例えば、表面部とでは温度差が生じセットムラが
生じる。また、巻糸芯部への熱伝導は熱伝導の悪い空気
を介しているため、図３に示すように、セット時間が非
常に長くなる。2. Description of the Related Art Conventionally, when setting a winding thread wound on a core tube such as thread cheese, thread cone, thread spool (bobbin is commonly used, paper tube, wood tube, resin tube, etc.) After storing the thread in the can, decompressing and evacuating,
Steam was sent in and heat was set. However, in this method, since the degree of vacuum is usually 720 to 740 mmHg,
Even after vacuuming, air still remains in the entire wound thread,
When steam is fed into this, the residual air is compressed by the vapor pressure and becomes a mass of air to form an air layer in the core tube portion. As a result, a boundary layer is created by the pressure balance between the air layer and the vapor layer. In this state, the wound core air layer is heated by heat conduction and is less likely to be heated by steam. Therefore, since steam has water, but heat conduction does not have water, an imbalance of water occurs, and as a result, as shown in FIG. 3, the winding core portion and other portions, for example, the surface portion. A temperature difference causes unevenness in setting. Further, the heat conduction to the winding core portion is through the air having poor heat conduction, so that the setting time becomes very long as shown in FIG.
【０００３】そこで、これらの問題を解決する手段とし
て、リピートセットを行なっている。 リピートセット
とは、例えば、図３に示すパターンで７分で一度セット
したものを、再度真空引きし蒸気加熱を繰り返し行なう
もので、再真空することにより、巻糸芯部の残留空気を
より気薄にすることによって、巻糸芯部まで蒸気が浸透
しやすくしてセットムラをなくするようにしたものであ
る。Therefore, as a means for solving these problems, repeat set is performed. The repeat set is, for example, one set once in 7 minutes in the pattern shown in FIG. 3 and then repeatedly evacuated and steam-heated repeatedly. By making it thin, steam easily penetrates to the core of the wound yarn so that unevenness in setting is eliminated.
【０００４】[0004]
【発明が解決しようとする課題】しかしながら、この方
法では、再真空するため、熱伝導は以前より改善され、
セット時間も前述の方法に比べ短縮されるが、それでも
なお、巻糸芯部の残留空気は完全には排出されず、ま
た、一旦送入した蒸気を排出しなければならず、省エネ
にも反することになり、更に、蒸気の不均一差による糸
の収縮差が発生するため、糸チーズ、糸コーン、糸スプ
ールなど巻糸が形崩れする。即ち、巻糸の角部が丸くな
りだれが生じる。その結果、織物にかける際の送り出し
の時、その角部により乱れや重なり合いなどの問題が生
じ、未だ改善の余地が残されている。However, in this method, since the re-vacuum is performed, heat conduction is improved more than before,
Although the set time is also shortened compared to the method described above, the residual air in the winding core is still not completely discharged, and the steam once fed must be discharged, which is also contradictory to energy saving. In addition, a difference in shrinkage of the yarn occurs due to the nonuniformity of steam, and thus the wound yarn such as the cheese, the yarn cone, and the yarn spool is deformed. In other words, the corners of the winding thread are rounded to cause weeping. As a result, at the time of sending out when it is applied to a fabric, problems such as disorder and overlapping occur due to the corners, and there is still room for improvement.
【０００５】本発明は、前述の課題を解決することを目
的として開発したものである。The present invention was developed for the purpose of solving the above-mentioned problems.
【０００６】[0006]
【課題を解決するための手段】本発明は、図１に示すよ
うに、開閉可能で且つ蒸気を送入できるよう設けた缶体
Ａ内に、中央上部を巻糸芯管１ａが挿入可能な芯管孔５
を穿孔し且つその芯管孔周面には適宜な通気孔６を穿孔
せしめたチャンバーＣを設置すると共に、缶体Ａ内とチ
ャンバーＣ内とを減圧可能に設け、前記チャンバーＣの
芯管孔５に巻糸芯管１ａの下部を挿入して巻糸１の下面
をチャンバーＣ上に密着させ、次いで、前記巻糸芯管１
ａの上面部を蓋１１にてシールすると共に、巻糸１の上
面部を除きその周面部１ｃを真空バッグ１２にてチャン
バーＣ上に被覆してチャンバーＣ上面にシールせしめ、
次いで、前記缶体Ａを密閉した後、チャンバーＣ内と缶
体Ａ内とを減圧し巻糸１の上面部より下方部へと通気さ
せ通気孔６を介して巻糸１の空気を排出し、次いで、缶
体Ａ内が所要真空度に到達すると、該缶体内の減圧を停
止すると共に缶体Ａ内に蒸気を送入して巻糸１の上面部
より下方部へと通気させ巻糸１を略設定温度に到達せし
めた後、チャンバーＣ内の減圧を停止し、次いで、その
設定温度を保持して蒸気を巻糸１の上面より下方へと通
気させ所要時間経過した後、蒸気の送入を停止し、巻糸
１を蒸気にてセットするようにしたものである。According to the present invention, as shown in FIG. 1, a wound core tube 1a can be inserted in the central upper portion into a can body A which can be opened and closed and which can send in steam. Core tube hole 5
And a chamber C in which an appropriate vent hole 6 is bored on the peripheral surface of the core tube hole, and the inside of the can body A and the chamber C are decompressible, and the core tube hole of the chamber C is provided. 5, the lower part of the winding core tube 1a is inserted to bring the lower surface of the winding thread 1 into close contact with the chamber C, and then the winding core tube 1
The upper surface of a is sealed with a lid 11, and the peripheral surface 1c of the winding thread 1 is covered with a vacuum bag 12 on the chamber C except the upper surface of the winding thread 1 to seal the upper surface of the chamber C.
Next, after sealing the can body A, the inside of the chamber C and the inside of the can body A are decompressed to ventilate the upper part of the winding yarn 1 to a lower part, and the air of the winding yarn 1 is discharged through the ventilation hole 6. Then, when the inside of the can body A reaches the required degree of vacuum, the depressurization inside the can body is stopped and steam is sent into the can body A to ventilate the upper part of the winding yarn 1 to a lower part thereof. 1 is allowed to reach a substantially set temperature, the depressurization in the chamber C is stopped, and then the set temperature is maintained to allow the steam to aerate below the upper surface of the winding thread 1 and after a required time elapses, The feeding is stopped and the winding thread 1 is set by steam.
【０００７】[0007]
【実施例】以下、添付図面に従い本発明の実施例を説明
する。本発明を実施する一実施例の装置は、図１に示す
ように、開閉可能な扉２ａと本体容器２ｂとより成る缶
体Ａを設置し、前記缶体Ａ内に蒸気を送入する蒸気加熱
手段Ｂを、蒸気発生機３より弁４を介して缶体Ａ内に連
通、遮断可能に設け、中央上部を巻糸芯管１ａが挿入可
能な芯管孔５を穿孔し且つその芯管孔の周面部には適宜
な通気孔６を放射状に且つ均等に穿孔せしめ、巻糸を載
置したとき真空バッグ１２にてシール可能に設けたチャ
ンバーＣを、前記缶体Ａ内中央部に配設し、前記缶体Ａ
内とチャンバーＣ内とを個別に減圧する減圧手段Ｄを、
真空ポンプ７より缶体Ａ内へは弁８を介し、チャンバー
Ｃ内へは真空ホース９と弁１０を介して連通、遮断可能
に設けて成り、巻糸１の上面部より下方部へと真空引き
することにより、蒸気を巻糸１の上面部より下方部へと
通気させ、蒸気が巻糸周面部１ｃから芯部１ｂまで浸透
して蒸気セットできるよう構成したものである。更に、
前記缶体Ａには、空気導入用弁１３とドレン排出用弁１
４とを連通、遮断可能に設けている。Embodiments of the present invention will be described below with reference to the accompanying drawings. As shown in FIG. 1, the apparatus of one embodiment for carrying out the present invention is provided with a can body A composed of an openable / closable door 2a and a main body container 2b, and steam for feeding steam into the can body A. The heating means B is provided so that it can communicate with the inside of the can body A from the steam generator 3 via the valve 4 so as to be shut off, and a core tube hole 5 into which the wound core tube 1a can be inserted is bored in the upper central part and the core tube is formed. A suitable ventilation hole 6 is radially and evenly formed on the peripheral surface of the hole, and a chamber C which can be sealed by a vacuum bag 12 when a winding thread is placed is arranged in the central portion of the can body A. Install the can A
The depressurizing means D for individually depressurizing the inside and the chamber C,
The vacuum pump 7 is connected to the inside of the can body A via a valve 8 and into the chamber C via a vacuum hose 9 and a valve 10 so as to be shut off. By pulling, the steam is aerated from the upper surface of the winding yarn 1 to a lower portion, and the steam permeates from the winding peripheral surface portion 1c to the core portion 1b so that the steam can be set. Furthermore,
The can body A includes an air introduction valve 13 and a drain discharge valve 1
4 is provided so as to communicate with and cut off.
【０００８】真空バッグ１２は、図１に示すように、樹
脂フイルム、ゴムシート材などで、巻糸の外周表面部を
被覆して該巻糸に密着させると共にチャンバーＣの上面
で通気孔６の外周にシールせしめるものである。また、
真空バッグの他の例として、巻糸に密着できるよう巻糸
の外周寸法に合わせて形成しチャンバーＣ上に錘または
クランプ機構などでシールするようにしてもよく、真空
バッグ１２はその形状、材質及びそのシール方法には限
定されない。As shown in FIG. 1, the vacuum bag 12 is made of a resin film, a rubber sheet material or the like to cover the outer peripheral surface of the wound yarn so that the wound yarn is in close contact with the wound yarn. It is a seal on the outer circumference. Also,
As another example of the vacuum bag, the vacuum bag 12 may be formed according to the outer peripheral size of the winding thread so as to be in close contact with the winding thread, and may be sealed on the chamber C by a weight or a clamp mechanism. The sealing method is not limited.
【０００９】次に、その作用を説明する。最初に、缶体
の扉２ａを開け、図１に示すように、缶体Ａに配置した
チャンバーＣの芯管孔５に巻糸芯管１ｂの下部を挿入し
て巻糸１の下面部をチャンバーＣ上に密着させる。次い
で、前記巻糸芯管１ａの上面をスプリング１１ａ介して
蓋１１にて軽く圧接すると共に、巻糸１の上面を除きそ
の周面部１ｃを真空バッグ１２にてチャンバーＣ上に被
覆してチャンバーＣ上面にシール材にてシールせしめ
る。次いで、前記缶体Ａを扉２ａにて密閉した後、減圧
手段Ｄの８弁と弁１０とを作動させてチャンバーＣ内と
缶体Ａ内の双方を減圧し、巻糸１の上面部より下方部へ
と通気孔６を介して巻糸１内の空気を排出する。Next, the operation will be described. First, the door 2a of the can body is opened, and as shown in FIG. 1, the lower part of the wound yarn core tube 1b is inserted into the core tube hole 5 of the chamber C arranged in the can body A so that the lower surface of the wound yarn 1 is removed. It is brought into close contact with the chamber C. Then, the upper surface of the wound yarn core tube 1a is lightly pressed by the lid 11 via the spring 11a, and the peripheral surface 1c of the wound yarn core tube 1a is covered with the vacuum bag 12 on the chamber C except the upper surface of the wound yarn core 1a. Seal the top surface with a sealant. Next, after sealing the can body A with the door 2a, the 8 valves and the valve 10 of the decompression means D are operated to decompress both the chamber C and the can body A. The air in the winding yarn 1 is discharged to the lower portion through the ventilation hole 6.
【００１０】次いで、缶体Ａ内が所要真空度に到達する
と、減圧手段Ｄの弁８を逆作動させて缶体Ａ内の減圧を
停止すると共に、蒸気加熱手段Ｂの弁４を作動させて、
缶体Ａ内に蒸気を送入して巻糸１を蒸気加熱する。その
結果、蒸気は巻糸１の上面部から下方部へ、更にチャン
バーＣの通気孔６を通り真空ホース９と弁１０を介して
真空ポンプ７により外部へと排出され、巻糸１は蒸気に
より加熱され昇温する。そして、巻糸１が設定温度（セ
ット温度）まで昇温すると、減圧手段Ｄの弁１０を逆作
動させてチャンバーＣ内の減圧を停止させるが、蒸気は
継続して缶体Ａ内に送入されている。この時、蒸気は巻
糸１の上面部から下方部へ、更に、チャンバーＣの通気
孔６を通るが、巻糸１の上面を除きその周面部１ｃを真
空バッグ１２にてチャンバーＣ上に被覆してチャンバー
Ｃ上面にシールしているため、巻糸１は芯管１ａ付近も
周面部１ｃ付近も真空引きされて空気は完全に排除され
ており、従って、蒸気は巻糸１の上面部から下方部へ内
外周とも均一に浸透し、巻糸１の蒸気セットが行なわれ
る。Next, when the inside of the can body A reaches the required degree of vacuum, the valve 8 of the pressure reducing means D is reversely operated to stop the pressure reduction inside the can body A, and the valve 4 of the steam heating means B is operated. ,
Steam is sent into the can A to heat the wound yarn 1 with steam. As a result, the steam is discharged to the outside from the upper surface portion of the winding thread 1 to the lower part, further through the ventilation hole 6 of the chamber C, the vacuum pump 7 through the vacuum hose 9 and the valve 10, and the winding thread 1 is discharged by the steam. It is heated and the temperature rises. Then, when the winding yarn 1 is heated to a set temperature (set temperature), the valve 10 of the pressure reducing means D is reversely operated to stop the pressure reduction in the chamber C, but the steam is continuously fed into the can body A. Has been done. At this time, the steam passes from the upper surface portion of the winding thread 1 to the lower portion and further through the ventilation hole 6 of the chamber C, but the peripheral surface portion 1c of the winding thread 1 except for the upper surface is covered with the vacuum bag 12 on the chamber C. Since the upper surface of the winding thread 1 is sealed on the upper surface of the chamber C, the winding thread 1 is evacuated both in the vicinity of the core tube 1a and the peripheral surface portion 1c, and air is completely removed. Both the inner and outer circumferences permeate into the lower part uniformly, and the steam of the wound yarn 1 is set.
【００１１】そして、所定時間経過して蒸気セットが終
了すると、蒸気加熱手段Ｂの弁４を逆作動させて蒸気の
送入を停止し、次いで、減圧手段Ｄのチャンバー用弁１
０と缶体用弁８または缶体用弁８のみを作動させて、缶
体Ａ内とチャンバーＣ内または缶体Ａ内のみを減圧して
巻糸１を真空乾燥させる。そして、乾燥が終了すると、
減圧手段の弁８と弁１０とを逆作動させて、缶体Ａ内と
チャンバーＣ内または缶体Ａ内の減圧を停止せしめ、然
る後、弁１３を作動させて缶体Ａ内を大気圧に戻し、扉
２ａを開き巻糸１を取り出し一工程が完了する。When the steam setting is completed after a lapse of a predetermined time, the valve 4 of the steam heating means B is reversely operated to stop the supply of steam, and then the chamber valve 1 of the decompression means D.
0 and the can body valve 8 or only the can body valve 8 are operated to depressurize only the can body A and the chamber C or the can body A to vacuum dry the wound yarn 1. And when the drying is finished,
The valves 8 and 10 of the pressure reducing means are reversely operated to stop the pressure reduction in the can body A and the chamber C or the can body A, and then the valve 13 is operated to make the inside of the can body A large. The pressure is returned to the atmospheric pressure, the door 2a is opened, and the winding thread 1 is taken out to complete one step.
【００１２】セット条件 材料 毛、１kｇ糸チーズ、 真空度 ７２０mmHg 設定温度 ７８℃ にて、図２に示すパターンでセットを行なった。Setting conditions: Material: wool, 1 kg thread cheese, vacuum degree: 720 mmHg, set temperature: 78 ° C., and setting was performed according to the pattern shown in FIG.
【００１３】その結果、図２に示すように、巻糸芯部と
巻糸周面部との温度差が非常に小さくなりセットムラが
なく、実施例では真空乾燥まで含めて約６分と短時間
で、しかも、形崩れしない製品が得られた。As a result, as shown in FIG. 2, the temperature difference between the winding core and the peripheral surface of the winding is very small, and there is no set unevenness. In the embodiment, about 6 minutes including vacuum drying is short. Moreover, a product that does not lose its shape was obtained.
【００１４】なお、本実施例では、前記セット条件で行
なっているが、例えば、真空度は高真空の方が好ましい
が、生産性を考慮すると７００mmHg前後が経済的であ
り、また、設定温度（セット温度）も８０℃前後が好ま
しいが、アクリル、毛、綿など巻糸の材質によって異な
り、これらの値の前後の数値も可能で、本発明実施例に
は限定されない。In this embodiment, the above set conditions are used. For example, the degree of vacuum is preferably a high vacuum, but considering productivity, it is economical at around 700 mmHg and the set temperature ( The set temperature) is preferably around 80 ° C., but it depends on the material of the winding yarn such as acrylic, wool, and cotton, and numerical values around these values are possible and are not limited to the examples of the present invention.
【００１５】[0015]
【発明の効果】本発明は、以上のように構成しているか
ら、巻糸は芯管付近も周面付近も真空引きされて空気は
完全に除去され、従って、蒸気は巻糸の上面部から下方
部へ内外周とも均一に通り巻糸を均一に加熱して巻糸の
芯部と表面部との温度差がなくなるため、従来生じてい
たセットムラがなく、しかも、温度差に起因する形崩れ
もなくなり高品質な製品が得られる。更に、リピートセ
ットをしないため、セット時間も大幅に短縮でき生産性
向上が計れる。Since the present invention is constructed as described above, the wound yarn is evacuated both in the vicinity of the core tube and in the vicinity of the peripheral surface to completely remove the air, and therefore the steam is the upper surface of the wound yarn. From the lower part to the lower part to uniformly heat the wound yarn and eliminate the temperature difference between the core portion and the surface portion of the wound yarn. The shape is not lost and high quality products can be obtained. Further, since the repeat set is not performed, the set time can be greatly shortened and the productivity can be improved.
【図１】本発明を実施する装置の一部破断した概略正面
図。FIG. 1 is a partially cutaway schematic front view of an apparatus for carrying out the present invention.
【図２】本発明のセットパターンの一実施例を示す。FIG. 2 shows an example of a set pattern of the present invention.
【図３】従来技術のセットパターンの一実施例を示す。FIG. 3 shows an example of a prior art set pattern.
Ａ 圧力缶体 Ｂ 蒸気加熱手段 Ｃ チャンバー Ｄ 減圧手段 １ 巻糸 １ａ 巻糸芯管 １ｂ 巻糸芯部 １ｃ 巻糸周面部 ２ａ 扉 ２ｂ 本体容器 ３ 蒸気発生機 ４ 弁（蒸気加熱用） ５ 芯管孔 ６ 通気孔 ７ 真空ポンプ ８ 弁（缶体用） ９ 真空ホース １０ 弁（チャンバー用） １１ 蓋 １１ａ スプリング １２ 真空バッグ １３ 弁（空気導入用） １４ 弁（ドレン排出用） A pressure canister B steam heating means C chamber D depressurizing means 1 wound yarn 1a wound yarn core tube 1b wound yarn core portion 1c wound yarn peripheral surface portion 2a door 2b main container 3 steam generator 4 valve (for steam heating) 5 core tube Hole 6 Vent hole 7 Vacuum pump 8 Valve (for can body) 9 Vacuum hose 10 Valve (for chamber) 11 Lid 11a Spring 12 Vacuum bag 13 Valve (for air introduction) 14 Valve (for drain discharge)
Claims (1)
けた缶体Ａ内に、中央上部を巻糸芯管１ａが挿入可能な
芯管孔５を穿孔し且つその芯管孔周面には適宜な通気孔
６を穿孔せしめたチャンバーＣを設置すると共に、缶体
Ａ内とチャンバーＣ内とを減圧可能に設け、 前記チャンバーＣの芯管孔５に巻糸芯管１ａの下部を挿
入して巻糸１の下面をチャンバーＣ上に密着させ、 次いで、前記巻糸芯管１ａの上面部を蓋１１にてシール
すると共に、巻糸１の上面部を除きその周面部１ｃを真
空バッグ１２にてチャンバーＣ上に被覆してチャンバー
Ｃ上面にシールせしめ、 次いで、前記缶体Ａを密閉した後、チャンバーＣ内と缶
体Ａ内とを減圧し巻糸１の上面部より下方部へと通気さ
せ通気孔６を介して巻糸１の空気を排出し、 次いで、缶体Ａ内が所要真空度に到達すると、該缶体内
の減圧を停止すると共に缶体Ａ内に蒸気を送入して巻糸
１の上面部より下方部へと通気させ巻糸１を略設定温度
に到達せしめた後、チャンバーＣ内の減圧を停止し、 次いで、その設定温度を保持して蒸気を巻糸１の上面よ
り下方へと通気させ所要時間経過した後、蒸気の送入を
停止し、巻糸１を蒸気にてセットするようにしたことを
特徴とする巻糸の蒸熱セット方法。1. A can body A provided so as to be openable / closable and capable of sending in steam is provided with a core tube hole 5 into which a wound core tube 1a can be inserted and which is provided on a peripheral surface of the core tube hole. Is provided with a chamber C in which appropriate vent holes 6 are perforated, and the inside of the can body A and the chamber C can be depressurized, and the lower part of the wound core tube 1a is inserted into the core tube hole 5 of the chamber C. Then, the lower surface of the winding thread 1 is brought into close contact with the chamber C, and then the upper surface of the winding core tube 1a is sealed with the lid 11, and the peripheral surface 1c of the winding thread 1 except the upper surface is vacuum bag. The chamber C is covered at 12 and sealed on the upper surface of the chamber C. Then, after the can body A is hermetically closed, the inside of the chamber C and the inside of the can body A are decompressed to a lower portion from the upper surface portion of the winding yarn 1. And the air of the winding yarn 1 is discharged through the ventilation hole 6, and then the inside of the can body A When the required degree of vacuum is reached, the depressurization in the can body is stopped, and steam is sent into the can body A to ventilate the wound yarn 1 from the upper surface portion to a lower portion so that the wound yarn 1 reaches a substantially set temperature. After that, the depressurization in the chamber C is stopped, and then the set temperature is maintained to allow the steam to aerate downward from the upper surface of the winding thread 1 and after a required time has passed, the steam feeding is stopped and the winding thread is wound. 1. A steaming setting method for wound yarn, characterized in that 1 is set by steam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP29767792A JPH06123053A (en) | 1992-10-08 | 1992-10-08 | Method for setting wound yarn by steam heating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP29767792A JPH06123053A (en) | 1992-10-08 | 1992-10-08 | Method for setting wound yarn by steam heating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH06123053A true JPH06123053A (en) | 1994-05-06 |
Family
ID=17849716
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP29767792A Pending JPH06123053A (en) | 1992-10-08 | 1992-10-08 | Method for setting wound yarn by steam heating |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH06123053A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104310006A (en) * | 2014-08-13 | 2015-01-28 | 芜湖富春染织有限公司 | Auxiliary device for yarn steaming machine |
| KR20180017147A (en) * | 2015-06-16 | 2018-02-20 | 엠.에이.이. 에스.피.에이. | Apparatus for stretching acrylic fiber tow in a pressurized steam environment |
| CN108589123A (en) * | 2018-05-07 | 2018-09-28 | 朱宝荣 | A kind of rotary cylinder yarn steam dyeing apparatus |
| WO2019065735A1 (en) * | 2017-09-29 | 2019-04-04 | Ｓｐｉｂｅｒ株式会社 | Method for producing fiber or fabric |
| CN110725082A (en) * | 2019-12-04 | 2020-01-24 | 安徽翰联色纺股份有限公司 | Yarn shaping equipment |
-
1992
- 1992-10-08 JP JP29767792A patent/JPH06123053A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104310006A (en) * | 2014-08-13 | 2015-01-28 | 芜湖富春染织有限公司 | Auxiliary device for yarn steaming machine |
| KR20180017147A (en) * | 2015-06-16 | 2018-02-20 | 엠.에이.이. 에스.피.에이. | Apparatus for stretching acrylic fiber tow in a pressurized steam environment |
| WO2019065735A1 (en) * | 2017-09-29 | 2019-04-04 | Ｓｐｉｂｅｒ株式会社 | Method for producing fiber or fabric |
| JPWO2019065735A1 (en) * | 2017-09-29 | 2020-10-22 | Ｓｐｉｂｅｒ株式会社 | Method of manufacturing fiber or fabric |
| CN108589123A (en) * | 2018-05-07 | 2018-09-28 | 朱宝荣 | A kind of rotary cylinder yarn steam dyeing apparatus |
| CN110725082A (en) * | 2019-12-04 | 2020-01-24 | 安徽翰联色纺股份有限公司 | Yarn shaping equipment |
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