JPS6088174A - Method and core wire for adhering belt like cloth - Google Patents
Method and core wire for adhering belt like clothInfo
- Publication number
- JPS6088174A JPS6088174A JP58193035A JP19303583A JPS6088174A JP S6088174 A JPS6088174 A JP S6088174A JP 58193035 A JP58193035 A JP 58193035A JP 19303583 A JP19303583 A JP 19303583A JP S6088174 A JPS6088174 A JP S6088174A
- Authority
- JP
- Japan
- Prior art keywords
- joining
- wire
- core wire
- belt
- loop
- 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
Landscapes
- Filtration Of Liquid (AREA)
- Paper (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
この発明は、ベルト状布帛を接合する方法、特にベルト
状布帛の端部に合成繊維によって形成されている多数個
のループを継手要素とし、1枚のベルト状布帛の両端部
、または2枚のベルト状布帛の端部と端部に形成1され
ている上記のループを交互にかみ合せ、−線上に並ぶ上
記多数個のループに合成繊維の大番手のモノフィラメン
トからなる接合用芯線を挿入することによって上記ベル
1状布帛をエンドレスに、または長尺に接合する方法、
およびその接合に使用するための接合用芯線に関するも
のである。ここで上記のベルト状布帛トハ、ヘルドプレ
ス型脱水機、オリバフィルタ、ベルトフィルタ等の炉布
走行型脱水機に使用される瀘布、および製紙用ドライヤ
カンバス、コンベヤベルトなど工業用の織物、不織布、
フェルト等を意味する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for joining belt-like fabrics, and in particular, a method for joining belt-like fabrics, in particular, using a large number of loops formed of synthetic fibers at the ends of belt-like fabrics as joint elements. The above-mentioned loops formed at both ends or the ends of two belt-like fabrics are interlocked alternately, and the above-mentioned large number of loops arranged on the - line are made of large-count monofilament of synthetic fiber. A method of joining the bell-shaped fabric endlessly or into a long length by inserting a joining core wire,
The present invention also relates to a joining core wire for use in joining the same. Here, the above-mentioned belt-like fabrics, filter cloths used in furnace cloth traveling type dehydrators such as held press type dehydrators, Oliva filters, belt filters, industrial fabrics such as dryer canvases for paper manufacturing, conveyor belts, non-woven fabrics,
Means felt etc.
上記ベルト状布帛の従来の接合方法を、ベルトプレス型
脱水様相P布の場合を例にとって説明する。」二記のベ
ルトプレス型脱水機は、消費電力か少なく、脱水ケーキ
が連続的に得られるなどの理由によって急速に普及し、
最近においては処理量を増大するために広幅化が進めら
れ、また脱水ケーキの焼却用燃料、運搬費、乾燥費など
の節減のために低含水率化が促進され、そのため高張力
機m、加IEベルト機構、高圧プレスロール、あるいは
フィルタプレス機構を設けたものが出現[7ている。そ
して、このような脱水機の出現に伴い、これに装着され
るP布の継手についても新しい要求が生じてきた。The conventional joining method of the above-mentioned belt-like fabric will be explained by taking as an example the case of a belt press type dewatering mode P fabric. The belt press type dehydrator described in ``2'' has rapidly become popular due to its low power consumption and the ability to continuously obtain dehydrated cake.
Recently, widths have been made wider to increase throughput, and lower moisture content has been promoted to save on fuel for incinerating dehydrated cakes, transportation costs, drying costs, etc. Products equipped with an IE belt mechanism, high-pressure press roll, or filter press mechanism have appeared [7]. With the advent of such a dehydrator, new requirements have also arisen for the P cloth joints attached to the dehydrator.
すなわち、従来は継手要素として金属フックが常用され
ていたが、この金属フックは、炉布本体の端部の厚みを
金属フックの厚みに合致するように調整Lプこのち、上
記炉布本体の端部に植設するものであるから、継手部が
炉布本体よりも厚くなり、また補強のために合成樹脂を
塗布することによって硬くなる。したがって、上記のよ
うに炉布の高張力化が進められると、ローラとの接触面
圧が局部的に高く在り、摩耗が大きくなる。特に継手部
は、ン戸布本体よりも厚くなっているため曲げ応力が大
きくなり、硬さを異にする炉布本体部との境界部に応力
が集中し、これが接続部の破断原因になっていた。また
、対向するプレスローラを有[7、このプレスローラ間
に作用する圧力によって脱水するようにした脱水機にお
いては、金属フック継手を用いた炉布の使用が困難であ
った。That is, in the past, a metal hook was commonly used as a joint element, but the thickness of the end of the furnace cloth body was adjusted to match the thickness of the metal hook. Since it is installed at the end, the joint part is thicker than the main body of the furnace cloth, and is hardened by applying synthetic resin for reinforcement. Therefore, when the tension of the furnace cloth is increased as described above, the contact surface pressure with the roller is locally high, and wear increases. In particular, the joint part is thicker than the main body of the furnace cloth, so the bending stress is large, and the stress concentrates at the boundary with the main body of the furnace cloth, which has a different hardness, which can cause the joint to break. was. In addition, in a dehydrator that has opposing press rollers [7] and dewaters by the pressure acting between the press rollers, it is difficult to use a furnace cloth using a metal hook joint.
そこで、金属フックの欠点を解消し、高張力に対1.て
十分な引蒙り強度と曲げ強度を有し、P布本体と厚みが
等しくてフラット性に優れており、かつ枦布本体と同等
の柔軟性を備えた炉布継手が望まれるようになり、第1
図に示すように、接合すべきベルト状布帛1.1の端部
に繊維糸条からなる多数個の接合用ループ2.2を突設
し、この2枚の布帛1.1の端部を突合せて両者の接合
用ループ2.2を交互にかみ合せ1.シかるのち」〕記
のループ2.2に合T&繊維の太いモノフィラメントも
しくは金属線、またはそれらの撚線からなる接合用芯線
3を挿通してヒンジ状に接合することか行なわれている
。そして、上記の接合用ループ2.2を形成する手段と
して、上記ベルト状布帛1が織物の場合にその端部から
若干内側のよこ糸を抜取ってたて糸のみのすだれ状部を
形成し、このすだれ状部を折返してループを形成し、そ
の端部を」1記布帛1の本体に重ねて固定する方法(特
公昭50−6568号公報参照)、小幅織機を使用して
幅中央部のたて糸を扱いたテープ状のすだね織物をあら
かじめ製織し、このすだれ織物をたてに二つ折りしてよ
と糸でループをつくり、その耳部を上記布帛1の端部に
縫着する方法(特公昭45−9121号公報参照)、お
よび上記織物製のベルト状布帛1の端部からよこ糸を抜
取ってベルト状布帛1の構成たて糸の適当本数を延長し
、これを折返してループを形成し、しかるのち同じ組織
でつづり込む方法(実公昭51−46488号公報参照
)などが知られている。このようにして形成さ、れたル
ープ2.2を交互にかみ合せ、前記の接合用芯線3を挿
入して得られた接合部は、その厚みがベルト状布帛1の
本体と同等ないしは若干大きい程度であって表面が7ラ
ツト性に富むため、スクレーパの引掛りやプレスローラ
等の局部的圧力を受けず・また柔軟性かベルト状布帛】
の本体と同程度であるため、継手部と本体との境界部に
応力集中がなく、そのため多用されるようになった。Therefore, we solved the drawbacks of metal hooks and made them resistant to high tension. There is now a demand for furnace cloth joints that have sufficient tensile strength and bending strength, have the same thickness as the P cloth body, have excellent flatness, and have the same flexibility as the P cloth body. 1st
As shown in the figure, a large number of joining loops 2.2 made of fiber threads are protruded from the ends of the belt-like fabrics 1.1 to be joined, and the ends of the two textiles 1.1 are Butt them together and alternately engage the joining loops 2.2 of the two.1. A joining core wire 3 made of a thick monofilament of T&fiber or a metal wire, or a twisted wire thereof, is inserted into the loop 2.2 of "Shikarunochi" and joined in a hinge shape. As a means for forming the joining loop 2.2, when the belt-like fabric 1 is a woven fabric, a slightly inner weft thread is pulled out from the end of the belt-like fabric to form a sash-like part of only the warp threads. A method of folding back the shaped part to form a loop and fixing the end by overlapping it on the main body of the fabric 1 (see Japanese Patent Publication No. 50-6568). A method of pre-weaving the treated tape-shaped blind fabric, folding the blind fabric in half lengthwise, making a loop with a weft thread, and sewing the selvedge to the end of the fabric 1 (special method). (see Japanese Publication No. 45-9121), and by extracting the weft yarn from the end of the belt-like fabric 1 made of the above-mentioned fabric, extending an appropriate number of warp yarns constituting the belt-like fabric 1, and folding it back to form a loop, A method is known in which the same structure is then used (see Japanese Utility Model Publication No. 51-46488). The thus formed loops 2.2 are alternately interlocked and the joining core wire 3 is inserted, and the joint obtained has a thickness that is equal to or slightly larger than the main body of the belt-like fabric 1. The surface is very smooth, so it does not get caught by scrapers or receives local pressure from press rollers, etc. It is also flexible and has a belt-like fabric]
Since it is about the same size as the main body, there is no stress concentration at the boundary between the joint and the main body, which is why it has become widely used.
しかしながら、上記のループ2および接合用芯線3を用
いた接合方法は、ループ2が合成繊維のモノフィラメン
ト糸やマルチフィラメント糸、またはその撚糸で形成さ
れており、金属フックに比べて柔軟であるため、基部か
らぐらついてループ2.2のかみ合せが面倒であり、ル
ープ2の列が不揃いになって接合用芯線3が挿通し難く
、特に合成繊維モノフィラメント糸からなる接合用芯線
8を挿入する際は、この接合用芯ls3が金属芯線に比
べて剛直性に欠けるため、その挿入が困難であった。そ
こで、この困難を克服するため、第2図に示すように、
接合用芯線3の先端に金属製のリードワイヤ4をかしめ
止めにより接続し、第8図に示すように、ベルト状布帛
1の全幅を適当区間に分け、1区間ずつループ2をかみ
合せ、リードワイヤ4を挿入して引出し、その引出し部
分まで接合用芯線3を引き入れたのち、再びループ2を
かみ合せてリードワイヤ4を挿入し、以下この作業を繰
返すことによって接合を行なっていた。However, in the joining method using the loop 2 and the joining core wire 3, the loop 2 is formed of synthetic fiber monofilament yarn, multifilament yarn, or twisted yarn thereof, and is more flexible than a metal hook. The loops 2.2 are wobbly from the base, making it troublesome to engage them, and the rows of the loops 2 are uneven, making it difficult to insert the joining core wire 3, especially when inserting the joining core wire 8 made of synthetic fiber monofilament yarn. Since this joining core ls3 lacks rigidity compared to a metal core wire, it was difficult to insert it. Therefore, in order to overcome this difficulty, as shown in Figure 2,
A metal lead wire 4 is connected to the tip of the joining core wire 3 by caulking, and as shown in FIG. After the wire 4 is inserted and pulled out, and the joining core wire 3 is brought in to the pulled-out part, the loop 2 is engaged again, the lead wire 4 is inserted, and this operation is repeated thereafter to perform joining.
しかし、この場合は、いったん引出したリードワイヤ4
を再び次のループ2に挿入して接合用芯線3を引込む際
に、第2図に示すように接合用芯線3にクリンプ3aが
発生してループ2に引掛り、リードワイヤ4を強引に引
き抜くと、接合用芯線8に折りぐせがついたり、ループ
2を損傷する等の欠点があった。However, in this case, once the lead wire 4 has been pulled out,
When inserting the lead wire into the next loop 2 again and pulling in the joining core wire 3, a crimp 3a occurs in the joining core wire 3 and gets caught in the loop 2, as shown in FIG. 2, and the lead wire 4 is forcibly pulled out. However, there were disadvantages such as the joining core wire 8 being creased and the loop 2 being damaged.
この発明は、ベルト状布帛の接合に際して、接合用ルー
プを損傷せず、接合用芯線に折りぐせを生じさせること
なく、この接合用芯線を円滑に挿入して作業能率を飛躍
的に上昇させるようにしたものである。This invention aims to dramatically increase work efficiency by smoothly inserting the joining core wire without damaging the joining loops or causing creases in the joining core wire when joining belt-like fabrics. This is what I did.
すなわち、この出願の第1発明け、長さ方向の端部に繊
維糸条からなる多数個の接合用ループが突設されたベル
ト状布帛の端部と端部を突合せ、」二記の接合用ループ
を交互にかみ合せてこれらの接合用ループに接合用芯線
を挿通するようにしたベルト9布帛の接合方法において
、上記接合用芯線に柔軟な糸紐状の中間ガイド線を介し
て接続されたリードワイヤを所定幅範囲の接合用ループ
に挿通してこの接合用ループからリードワイヤおよび中
間ガイド線を引抜き、以下これを隣接する所定幅範囲の
接合用ループに対して順次に繰返し、上記全幅の接合用
ループに接合用芯線を引通すことを特徴とするベルト状
布帛の接合方法である。That is, according to the first invention of this application, the ends of a belt-like fabric having a plurality of joining loops made of fiber threads protruding from the ends in the length direction are butted together, and the joining described in 2. In the belt 9 fabric joining method, the joining loops are alternately interlocked and the joining core wire is inserted through these joining loops. The lead wire is inserted into a joining loop in a predetermined width range, and the lead wire and intermediate guide wire are pulled out from this joining loop.This process is then repeated sequentially for adjacent joining loops in a predetermined width range until the entire width is reached. This method of joining belt-like fabrics is characterized by drawing a joining core wire through a joining loop.
また、第2発明け、上記第1発明の実施に直接使用する
ための接合用芯線に係り、接合用芯線とリードワイヤと
の間に柔軟な糸紐状の中間ガイド線が接続されているこ
とを特徴とするベルト状布帛の接合用芯線である。Further, a second invention relates to a joining core wire for direct use in carrying out the first invention, wherein a flexible string-like intermediate guide wire is connected between the joining core wire and the lead wire. This is a core wire for joining belt-like fabrics, characterized by:
次に、この第2発明の実施例を第4図によって説明する
と、合成繊維の太いモノフィラメントからなる接合用芯
線3々ステンレス鋼など金属製のリードワイヤ4との間
に合成繊維のマルチフィラメント糸や紡績糸等からなる
低トルクで柔軟な中間ガイド線5がパイプ継手6および
7のかしめによって接続される。Next, an embodiment of the second invention will be explained with reference to FIG. 4. Three joining core wires made of thick monofilaments of synthetic fibers and lead wires 4 made of metal such as stainless steel are connected to multifilament threads of synthetic fibers. A low-torque, flexible intermediate guide wire 5 made of spun yarn or the like is connected by caulking of pipe joints 6 and 7.
続いて第1発明の実施態様を説明すると、あらかじめ上
記第2発明の接合用芯線3を用意[7,2枚のヘルド状
布帛1.1の接合用ループ2.2を少数個ずつかみ合せ
ながら、このかみ合った接合用ループ2.2に上記のリ
ードワイヤ4を挿入し、次いでこれらの接合用ループ2
.2からリードワイヤ4およびこれに続く中間ガイド線
5を引出し、以下これを隣接する接合用ループ2.2に
対して繰返し、全幅の接合用ループ2・2にリードワイ
ヤ4が通されたのち、リードワイヤ4および中間ガイド
線5を引抜いて上記の接合用ループ2.2に接合用芯線
3を引通す。この場合、リードワイヤ4と接合用芯線3
との間に桑門な糸紐状の中間ガイド線5が接続されてい
るので、かみ合い状の接合用ループ2.2からリードワ
イヤ4および中間ガイド線5を引出し、このリードワイ
ヤ4等を隣接区間の接合用ループ2.2に挿入する際に
、接合用ループ2.2の外方に中間ガイド線5や接合用
芯線8によって形成された大きいループが柔軟な中間ガ
イド線5に吸収されて第5図に示すように中間ガイド線
5のスナール5aが形成されるが、このスナール5aは
、中間ガイド線5が柔軟であるため、リードワイヤ4の
挿入に伴って自動的にほどかれ、またほどかれることな
く接合用ループ2.2に引込まれたとしても接合用ルー
プ2.2を損傷することがなく、従来の接合用芯線3に
発生したクリンプ3aのように折りぐせがつくこともな
い。そして、中間ガイド線5の長さをリードワイヤ4よ
りも長く設定したときは、その引出しの際にリードワイ
ヤ4と中間ガイド線5を引出して、接合用芯線3はかみ
合い状の接合用ループ2.2内に残しておき、隣接区間
の接合用ループ2.2にリードワイヤ4を挿入する際に
リードワイヤ4を曲げることなく柔軟な中間ガイド線5
のみを屈曲して上記の挿入を行なうことができる。Next, to explain the embodiment of the first invention, the joining core wire 3 of the second invention is prepared in advance [7. , insert the above-mentioned lead wire 4 into the interlocking joining loops 2.2, and then insert these joining loops 2.
.. 2, the lead wire 4 and the intermediate guide wire 5 following it are pulled out, and this is repeated for the adjacent joining loop 2.2. After the lead wire 4 is passed through the entire width of the joining loop 2.2, The lead wire 4 and the intermediate guide wire 5 are pulled out, and the core wire 3 for joining is drawn through the above-mentioned joining loop 2.2. In this case, the lead wire 4 and the joining core wire 3
Since the middle guide wire 5 in the form of a thread string is connected between the lead wire 4 and the middle guide wire 5, the lead wire 4 and the middle guide wire 5 are pulled out from the interlocking joining loop 2.2, and the lead wire 4, etc. is connected to the adjacent section. When inserted into the joining loop 2.2, the large loop formed by the intermediate guide wire 5 and the joining core wire 8 on the outside of the joining loop 2.2 is absorbed into the flexible intermediate guide wire 5, and the As shown in FIG. 5, a snarl 5a of the intermediate guide wire 5 is formed, but since the intermediate guide wire 5 is flexible, this snarl 5a is automatically unwound as the lead wire 4 is inserted. Even if the joining loop 2.2 is pulled into the joining loop 2.2 without being bent, the joining loop 2.2 will not be damaged and will not become crimp like the crimp 3a that occurs in the conventional joining core wire 3. When the length of the intermediate guide wire 5 is set longer than the lead wire 4, the lead wire 4 and the intermediate guide wire 5 are pulled out, and the joining core wire 3 is connected to the interlocking joining loop 2. .2, the flexible intermediate guide wire 5 can be inserted into the joining loop 2.2 of the adjacent section without bending the lead wire 4.
The above-mentioned insertion can be performed by bending the chisel.
普だ、中間ガイド線5の長さをリードワイヤ4よりも短
く設定したときは、その引出しの際に中間ガイド線5に
続いて接合用芯線3の一部もいったん引出し、隣接区間
の挿入の際にリードワイヤ4を曲げることなく上記の引
出された接合用芯線3を湾曲し、リードワイヤ4の挿入
に伴って上記の接合用芯線8をもとの接合用ループ2.
2内に戻すことかできる。Normally, when the length of the intermediate guide wire 5 is set shorter than the lead wire 4, when pulling out the intermediate guide wire 5, a part of the joining core wire 3 is also pulled out following the intermediate guide wire 5, and the insertion of the adjacent section is performed. At this time, the drawn-out joining core wire 3 is bent without bending the lead wire 4, and as the lead wire 4 is inserted, the joining core wire 8 is returned to the original joining loop 2.
It is possible to return it to within 2.
上記の実施例は、中間ガイド線5を接合用芯線3とリー
ドワイヤ4との間に接続する際にパイプ継手6.7を使
用したものであるか、第6(2)に示すように、無端状
に接続された中間ガイド線5を使用してもよく、この場
合はリードワイヤ4として端部に目孔4aを有するイ、
のを用意しておくことにより、接合用芯線3を二つ折り
して引揃え状に挿通することかできる。なお、無端状の
中間ガイド線5として無端状に編組した細手組紐を使用
し、あらかじめリードワイヤ4の端部に形成したフック
(図示されていない)K引掛けるようにしてもよく、こ
の場合は中間ガイド線に結び目が無いので、ベルト状布
帛1.1の接合用ループ2.2へ挿通する際の抵抗が少
なくなる。In the above embodiment, the pipe joint 6.7 is used when connecting the intermediate guide wire 5 between the joining core wire 3 and the lead wire 4, or as shown in No. 6 (2), An intermediate guide wire 5 connected in an endless manner may be used, and in this case, the lead wire 4 has an eye hole 4a at the end.
By preparing the above, it is possible to fold the joining core wire 3 in half and insert it in an aligned manner. It should be noted that a fine braid braided in an endless manner may be used as the endless intermediate guide wire 5, and it may be hooked onto a hook (not shown) K formed in advance at the end of the lead wire 4; in this case, Since there is no knot in the intermediate guide wire, there is less resistance when it is inserted into the joining loop 2.2 of the belt-like fabric 1.1.
次に実験例によってこの発明の詳細な説明する。Next, the present invention will be explained in detail using experimental examples.
実験例
小幅織機によって幅中央部のたて糸が欠けるように製織
された細幅のすたれ状織物をたてに二つ折りしてペルド
ブlノス型脱水機用のフェルl−?F’ 布(lit!
8000酊)の端部に縫着して1600デニールのモ
ノフィラメント糸からなる長さ6.5朋の接合用ループ
2を9本/cmの密度で形成した。一方、150テニー
ルのポリエステルマルチフィラメント糸を丸打ち組機で
組んで太さ約Loam、長さ200酊の組紐からなるエ
ンドレスの中間ガイド線5を得、第6図に示すように、
ステンレス鋼からなZ)太さ1.2 m’s %長さ1
000鯖のリードワイヤ4と直径0.9 鮨のポリエス
テルモノフィラメントを二つ折りしてなる接合用芯線(
長さ8050醋X2)8とを接続し、上記フェルト炉布
すなわちベルト状布帛1の幅方向を60cmずつの5区
域に分け、端部から60cInの区域の接合用ループ2
.2をかみ合せて上記のリードワイヤ4を挿入し、引出
して上記接合用ループ2.2に接合用芯線3を引き入れ
、以下同様にして幅60cInの区間ごとに接合用ルー
プ2.2をかみ合せて接合用芯線3を引き入れ、これを
5回繰返して上記のフェルト1戸布(ベルト状布帛)1
.1を接合した。この間、スナールは一度も発生せず、
上記接合用ループ2が損傷されず、また接合用芯線3等
に折りぐせがつくこともなく作業が円滑に終了した。Experimental example A narrow sagging fabric woven with a narrow loom so that the warp threads in the center of the width are missing is folded in half warply to make a ferl for a Perdobunos type dehydrator. F' Cloth (lit!
A joining loop 2 having a length of 6.5 mm and made of a 1600 denier monofilament thread was sewn to the end of the 8000 denier yarn at a density of 9 loops/cm. On the other hand, 150 tenier polyester multifilament threads were braided using a circular braiding machine to obtain an endless intermediate guide wire 5 consisting of a braid with a thickness of approximately 100 mm and a length of 200 mm, as shown in Fig. 6.
Made of stainless steel Z) Thickness 1.2 m's % Length 1
Lead wire 4 of 000 mackerel and core wire for joining made by folding the polyester monofilament of diameter 0.9 in half (
length 8050 x 2) 8, and divide the width direction of the felt kiln cloth, i.e., belt-like fabric 1, into 5 sections of 60 cm each, and connect the joining loop 2 of the section 60 cm from the end.
.. 2, insert the lead wire 4, pull it out and draw the joining core wire 3 into the joining loop 2.2, and engage the joining loop 2.2 in the same manner for each section with a width of 60 cIn. Pull in the core wire 3 for joining, and repeat this 5 times to make the above felt 1 piece cloth (belt-like fabric) 1 piece.
.. 1 was joined. During this time, Snarl never occurred,
The work was completed smoothly without damaging the joining loop 2 and without causing creases in the joining core wire 3, etc.
以上に説明したようにこの出願の第1発明は、リードワ
イヤと接合用芯線との間に柔軟な中間ガイド線を介在さ
せて用いるので、接合用芯線にクリンプが生じることは
なく、そのためベルト状布帛の端部に形成された接合用
ループや接合用芯線を損傷することがなく、接合用芯線
の挿入を何の抵抗も庁く円滑に行なうことができる。ま
た、第2発明は、上記第1発明の実施に使用してベルト
状布帛を容易に接合することができる。As explained above, the first invention of this application uses a flexible intermediate guide wire interposed between the lead wire and the core wire for joining, so that crimp does not occur in the core wire for joining. The joining loop formed at the end of the fabric and the joining core wire are not damaged, and the joining core wire can be inserted smoothly without any resistance. Further, the second invention can be used to implement the first invention to easily join belt-like fabrics.
の接合部分の断面図・第3図は従来力法を説明す為斜視
図、第4図は第2発明の実施例の平面図、第5図はベル
ト状布帛の接合部の拡大断面図、第6Nは第2発明の変
形例の平面図である。
1:ベルト状布帛゛、2:接合用ループ、8;接合用芯
線、4:リードワイヤ、5゛中間ガイド線。
第1図
j
第3図 、、x−\、。
° Xl ′
(
令 “(3 is a perspective view for explaining the conventional force method, FIG. 4 is a plan view of the embodiment of the second invention, and FIG. 5 is an enlarged sectional view of the joint of the belt-like fabric. No. 6N is a plan view of a modification of the second invention. 1: belt-like fabric, 2: joining loop, 8: joining core wire, 4: lead wire, 5: intermediate guide wire. Fig. 1j Fig. 3 ,,x-\,. °
Claims (1)
用ループが突設されたベルト状布帛の端部と端部を突合
せ、上記の接合用ループを交互にかみ合せてこれらの接
合用ループに接合用芯線を挿通するようにしたベルト状
布帛の接合方法において、上記接合用芯線に柔軟な糸紐
状の中間ガイド線を介して接続さねたリードワイヤを所
定幅範囲の接合用ループに押通してこの接合用ループか
らリードワイヤおよび中間ガイド線を引抜き、以下これ
を隣接する所定幅範囲の接合用ループに対して順次に繰
返し、上記全幅の接合用ループr(接合用芯線を引通す
ことを特徴とするベルト状布帛の接合方法。 〔2〕接合用芯線とリードワイヤとの間に柔軟な糸紐状
の中間カイト線が接続されていることを特 ・徴とする
ベルト状布帛の接合用芯線。[Scope of Claims] [1] A belt-like fabric having a plurality of joining loops made of fiber threads protruding from its longitudinal ends is butted against each other, and the joining loops are In a method for joining a belt-like fabric in which a core wire for joining is inserted through these joining loops that are interlocked with each other alternately, a lead that is connected to the core wire for joining through a flexible intermediate guide wire in the form of a thread string is used. The wire is pushed through a joining loop of a predetermined width range, the lead wire and the intermediate guide wire are pulled out from this joining loop, and this is then repeated sequentially for adjacent joining loops of a predetermined width range to complete the joining of the full width. A method for joining belt-like fabrics characterized by drawing a joining core wire through a loop r for joining. [2] A flexible intermediate kite wire in the form of a string is connected between the joining core wire and the lead wire. A core wire for joining belt-like fabrics having the following characteristics:
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP58193035A JPS6088174A (en) | 1983-10-15 | 1983-10-15 | Method and core wire for adhering belt like cloth |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP58193035A JPS6088174A (en) | 1983-10-15 | 1983-10-15 | Method and core wire for adhering belt like cloth |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS6088174A true JPS6088174A (en) | 1985-05-17 |
Family
ID=16301077
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP58193035A Pending JPS6088174A (en) | 1983-10-15 | 1983-10-15 | Method and core wire for adhering belt like cloth |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS6088174A (en) |
-
1983
- 1983-10-15 JP JP58193035A patent/JPS6088174A/en active Pending
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