JP2011161000A - Multi-needle sewing machine provided with sequin feeder - Google Patents

Multi-needle sewing machine provided with sequin feeder Download PDF

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JP2011161000A
JP2011161000A JP2010027190A JP2010027190A JP2011161000A JP 2011161000 A JP2011161000 A JP 2011161000A JP 2010027190 A JP2010027190 A JP 2010027190A JP 2010027190 A JP2010027190 A JP 2010027190A JP 2011161000 A JP2011161000 A JP 2011161000A
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sewing machine
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needle sewing
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sequin
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JP5416608B2 (en
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Kinya Aikei
欽也 愛敬
Yasushi Hori
恭史 堀
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Barudan Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To make an operator feel a work space to be wide by withdrawing a sequin feeder located at the front of a needle location of a multi-needle sewing machine to a side position at which it does not become offensive to the eye prior to the color change work of a color thread inserted into holes at needle tips attached at the respective lower parts of a plurality of needle bars. <P>SOLUTION: The support mechanism 36 of the sequin feeder E includes: a rail 38 formed long toward the multi-needle sewing machine B at the side part of the multi-needle sewing machine B; a base mechanism 40 freely moved back and forth in the longitudinal direction of the rail relative to the rail 38; and a transverse carry-away arm 45 disposed at a position separated from the front surface B1 of the multi-needle sewing machine B. The tip part of the transverse carry-away arm 45 is connected to the main frame 54 of the sequin feeder E, the origin part of the transverse carry-away arm 45 is connected to the base mechanism 40, and by moving the base mechanism 40 forward and backward along the rail 38, the sequin feeder E is moved to a supply position 79 and a withdrawn position 80 for opening the front side of the multi-needle sewing machine B. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

刺繍縫製を可能にする多針ミシンと、上記多針ミシンにおける針落孔に対してシークインを次々と供給できるシークイン供給装置とを備え、シークインを上記多針ミシンでもって次々と縫付けることができるシークイン供給装置を備える多針ミシンに関する。   A multi-needle sewing machine that enables embroidery sewing and a sequin supply device that can supply sequins one after another to the needle drop holes in the multi-needle sewing machine can be sewn one after another with the multi-needle sewing machine. The present invention relates to a multi-needle sewing machine including a sequin supply device.

従来より、夫々は刺繍縫製を可能にする多針ミシンと、上記多針ミシンにおける針落孔に対して夫々シークインを次々と供給できるシークイン供給装置を備え、シークインを上記多針ミシンでもって次々と縫付けることができるシークイン供給装置を備える多針ミシンは広く知られている。例えば特許文献１においては夫々シークイン供給装置を備える刺繍用多針ミシン等が、特許文献２においては刺繍縫製を可能にする刺繍用の多針ミシンが知られている。   Conventionally, each has been provided with a multi-needle sewing machine that enables embroidery sewing and a sequin supply device that can sequentially supply sequins to the needle drop holes in the multi-needle sewing machine. Multi-needle sewing machines having sequin supply devices that can be sewn are widely known. For example, Patent Document 1 discloses an embroidery multi-needle sewing machine that includes a sequin supply device, and Patent Document 2 discloses an embroidery multi-needle sewing machine that enables embroidery sewing.

上記特許文献１において、シークイン供給装置を備える多針ミシンの構成は、基枠（機枠）に対して多針ミシン（刺繍ミシン）が備えられていて、多針ミシンにあっては、ヘッドの横動枠に対して複数の針棒が上下動自在に並設され、各針棒は横動枠を左右に横動させることにより針落ち位置に対して選択移動を自在に構成されている。さらに多針ミシンにあっては、その内の側方の１本の針棒の手前に、シークイン供給装置を備えさせ、シークイン供給装置を利用する場合には、多針ミシンの上記側方の１本の針棒と、シークイン供給装置とを針落ち位置に対して移動させ、対応する多針ミシンの針落ち位置に対してシークインを次々と供給して、布にシークインを縫付けできるようにしてある。そして、
シークイン供給装置は、自体のガイドレールを支える為に多針ミシンの横動枠に連なる側方の枠部から手前側に向けて持ち出し状に形成されたアーム（フレーム）と、アームに対して傾斜状態を維持する状態で連結されていて斜め上方に向けて延びている主枠支持用のガイドレール（レール）と、ガイドレールによって上方の手前寄りの上昇位置と、下方の針落ち位置寄りの供給位置との間を上下方向に摺動を自在に支持されている主枠（昇降板）と、主枠の上部において、回動自在に備えさせてあるリールと、主枠の下部において、リールから延出させた帯状のシークイン（シークインを連ねたテープ）を次々と上記多針ミシンの針落ち位置に供給するようにしてあるシークイン供給機構（供給機構）とを備え、シークイン供給機構から繰り出す帯状のシークインの先端の１つずつを切り離して、上記刺繍ミシンで布に縫い付けるようにしてある。 In the above-mentioned Patent Document 1, the configuration of a multi-needle sewing machine including a sequin supply device is provided with a multi-needle sewing machine (embroidery sewing machine) with respect to a base frame (machine frame). A plurality of needle bars are juxtaposed in a vertically movable manner with respect to the lateral movement frame, and each needle bar is configured to be freely selected and moved with respect to the needle drop position by laterally moving the lateral movement frame. Further, in the case of a multi-needle sewing machine, a sequin supply device is provided in front of one of the side needle bars, and when the sequin supply device is used, the side 1 of the multi-needle sewing machine is provided. The needle bar and the sequin supply device are moved with respect to the needle drop position, and the sequins are successively fed to the needle drop positions of the corresponding multi-needle sewing machines so that the sequin can be sewn on the cloth. is there. And
The sequin supply device is tilted with respect to the arm (frame) formed to take out from the side frame connected to the lateral movement frame of the multi-needle sewing machine toward the near side to support its own guide rail. Guide rails (rails) for supporting the main frame that are connected in a state of maintaining the state and extend obliquely upward, and the guide rails provide an upper position closer to the upper side and a lower needle drop position closer to the supply position. A main frame (elevating plate) that is slidably supported in the vertical direction between the positions, a reel that is rotatably provided at the upper part of the main frame, and a reel that is provided at the lower part of the main frame. There is provided a sequin supply mechanism (supply mechanism) configured to supply the extended strip-shaped sequin (tape with continuous sequins) one after another to the needle drop position of the multi-needle sewing machine. Serve cut off one by one at the tip of the belt-shaped sequins, it is so sewn to the cloth in the above embroidery sewing machine.

特開２００５−３４２３６９号公報JP 2005-342369 A 特開平２００４−２４２９７２号公報Japanese Patent Laid-Open No. 2004-242972 特開平７−３２８２７３号公報JP 7-328273 A

この特許文献１に開示されている従来の「シークイン供給装置を備える多針ミシン」では、多針ミシンを作動させて側方の１本の針棒に付されている糸を用いて、シークイン供給装置から供給されるシークインを布に対して縫い付けできる利点がある。   In the conventional “multi-needle sewing machine equipped with a sequin supply device” disclosed in Patent Document 1, the multi-needle sewing machine is operated to use a thread attached to one side needle bar. There is an advantage that sequins supplied from the apparatus can be sewn to the cloth.

しかしながら、上記の特許文献１記載の「シークイン供給装置を備える多針ミシン」は、多針ミシンの横動枠に連なる側方の枠部に対して元部が固着されているアームを手前側に向けて持ち出し状に形成し、そのアームの先に主枠支持用のガイドレールが付され、そのガイドレールにシークイン供給機構を有する主枠が装着されているので、シークイーンの縫付け作業は、多針ミシンの複数の針棒の内、シークイン供給機構に対向する「端部の１本の針棒」しか利用できない問題点があった。
また、上記「端部の１本の針棒」の下部に付される針先の孔に糸を通す糸替え作業をする場合、シークイン供給装置の上方に存在する帯状のシークイン用の「大きなリール」が糸替え作業者の顔面に近づくことになり、これが目障りとなって、糸替え作業の能率を低下させる問題点があった。 However, the "multi-needle sewing machine having a sequin supply device" described in Patent Document 1 described above has an arm with a base portion fixed to a side frame portion that is continuous with a lateral movement frame of the multi-needle sewing machine. The guide frame for supporting the main frame is attached to the tip of the arm, and the main frame having the sequin supply mechanism is attached to the guide rail. Among the plurality of needle bars of the multi-needle sewing machine, there is a problem that only "one needle bar at the end" facing the sequin supply mechanism can be used.
In addition, when performing a thread changing operation for passing a thread through a hole in a needle tip attached to the lower part of the “one needle bar at the end portion”, a “large reel” for a strip-like sequin existing above the sequin supply device. ”Approaches the face of the thread changing operator, which becomes an obstacle and reduces the efficiency of the thread changing work.

本件出願の目的は、多針ミシンにおける複数の針棒を針落ち位置に選択移動させて夫々異なる多色の色糸を変更しながらシークイン供給装置から供給されるシークインを、多色の色糸で縫い付けできるようにしたシークイン供給装置を備える多針ミシンを提供しようとするものである。
他の目的は、複数の針棒の夫々の下部に付される針先の孔に通してある色糸の色替え作業に先立ち、多針ミシンの針落ち位置の手前にあったシークイン供給装置を目障りにならない側方位置に退避させて、作業者に対して作業空間を広く感じさせるようになるシークイン供給装置を備える多針ミシンを提供しようとするものである。
他の目的及び利点は図面及びそれに関連した以下の説明により容易に明らかになるであろう。 The purpose of the present application is to select and move a plurality of needle bars in a multi-needle sewing machine to a needle drop position and change sequins supplied from a sequin supply device while changing different multi-colored yarns with multi-colored color yarns. An object of the present invention is to provide a multi-needle sewing machine having a sequin supply device which can be sewn.
Another object is to provide a sequin supply device that was in front of the needle drop position of the multi-needle sewing machine prior to the color changing operation of the colored thread that is passed through the needle tip hole attached to the lower part of each of the plurality of needle bars. An object of the present invention is to provide a multi-needle sewing machine provided with a sequin supply device that is retracted to a side position that does not obstruct the eyes and makes the worker feel a wide working space.
Other objects and advantages will be readily apparent from the drawings and the following description associated therewith.

本発明におけるシークイン供給装置を備える多針ミシンは、
基枠Ａに備えさせた多針ミシンＢにおける横動枠４に対して複数の針棒７が上下動自在に並設され、各針棒７は横動枠４を横動させることにより針落ち位置1aに対して選択移動を自在に構成されており、
さらに夫々の多針ミシンＢの手前には、多針ミシンＢの針落ち位置1aに対してシークインを次々と供給できるようにしてあるシークイン供給装置Eを備えさせており、
上記のシークイン供給装置Eは、自体の主要枠５４を多針ミシンＢの基枠Ａで支える為に多針ミシンＢの基枠Ａから手前側77に向けて持ち出し状に構成された支持機構３６と、
主要枠５４の上部において回動自在に備えさせてあるリール66と、主要枠５４の下部においてリール66から延出させた帯状のシークインＳ１を次々と上記多針ミシンＢの針落ち位置1aに供給するようにしてあるシークイン供給機構70とを備えているシークイン供給装置Eを備える多針ミシンＢにおいて、
上記支持機構３６は、多針ミシンＢの側方において機枠Aに固着された状態で配置され、多針ミシンＢに向けて長く形成してある軌条３８と、
軌条３８に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構４０と、
多針ミシンBの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに選択移動可能にさせるために、多針ミシンＢの手前側に横動枠挿入空間４６を形成するように多針ミシンＢの前面B1から離した位置に配設してある横持出アーム４５とを備え、
上記横持出アーム４５の先部は、上記シークイン供給装置Eの主要枠５４に対して連結すると共に横持出アーム４５の元部は上記基台機構４０に連結して、上記基台機構４０を軌条３８に沿って進退させることによって、上記シークイン供給装置Eを供給位置７９と、多針ミシンBの手前側を開放させる退避位置８０とに移動を可能に構成したものである。 A multi-needle sewing machine provided with a sequin supply device according to the present invention,
A plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the lateral movement frame 4 in the multi-needle sewing machine B provided in the base frame A, and each needle bar 7 has a needle drop by moving the lateral movement frame 4 laterally. It is configured to move freely with respect to position 1a,
Further, in front of each multi-needle sewing machine B, there is provided a sequin supply device E that can supply sequins one after another to the needle drop position 1a of the multi-needle sewing machine B,
The sequin supply device E described above has a support mechanism 36 configured to be brought out from the base frame A of the multi-needle sewing machine B toward the front side 77 in order to support the main frame 54 of the sequin supply device E with the base frame A of the multi-needle sewing machine B. When,
A reel 66 provided rotatably at the upper part of the main frame 54 and a strip-like sequin S1 extended from the reel 66 at the lower part of the main frame 54 are successively supplied to the needle drop position 1a of the multi-needle sewing machine B. In the multi-needle sewing machine B including the sequin supply device E including the sequin supply mechanism 70 that is configured to
The support mechanism 36 is arranged in a state of being fixed to the machine frame A on the side of the multi-needle sewing machine B, and a rail 38 that is formed long toward the multi-needle sewing machine B;
A base mechanism 40 configured to freely reciprocate in the longitudinal direction of the rail with respect to the rail 38;
The multi-needle sewing machine B is used in order to allow all needle bars 7 to be selectively moved to the needle drop position 1a by linearly reciprocating the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine B. A lateral take-off arm 45 disposed at a position away from the front surface B1 of the multi-needle sewing machine B so as to form a lateral movement frame insertion space 46 on the front side of
The front portion of the horizontal carry-out arm 45 is connected to the main frame 54 of the sequin supply device E, and the base portion of the horizontal carry-out arm 45 is connected to the base mechanism 40 so that the base mechanism 40 The sequin supply device E can be moved to a supply position 79 and a retreat position 80 where the front side of the multi-needle sewing machine B is opened.

また好ましくは、本発明におけるシークイン供給装置を備える多針ミシンは、基枠Ａに備えさせた多針ミシンＢにおける横動枠４に対して複数の針棒７が上下動自在に並設され、各針棒７は横動枠４を横動させることにより針落ち位置1aに対して選択移動を自在に構成されており、
さらに夫々の多針ミシンＢの手前には、多針ミシンＢの針落ち位置1aに対してシークインを次々と供給できるようにしてあるシークイン供給装置Eを備えさせており、
上記のシークイン供給装置Eは、自体の主要枠５４を多針ミシンＢの基枠Ａで支える為に多針ミシンＢの基枠Ａから手前側77に向けて持ち出し状に構成された支持機構３６と、主要枠５４の上部において回動自在に備えさせてあるリール66と、主要枠５４の下部においてリール66から延出させた帯状のシークインＳ１を次々と上記多針ミシンＢの針落ち位置1aに供給するようにしてあるシークイン供給機構70とを備えているシークイン供給装置Eを備える多針ミシンＢにおいて、
上記支持機構３６は、多針ミシンＢの側方において機枠Aに固着された状態で配置され、多針ミシンＢに向けて長く形成してある軌条３８と、
軌条３８に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構４０であって、その基台機構４０における移動部材４１の軌条３８の側には、軌条の長手方向の前後複数個所において夫々軌条３８の上下両面に夫々当接する状態で往復移動を自在に構成されている複数の当接部材42、42を有する基台機構４０と、
多針ミシンBの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに選択移動可能にさせるために、多針ミシンＢの手前側に横動枠挿入空間４６を形成するように多針ミシンＢの前面B1から離した位置に配設してある横持出アーム４５とを備え、
上記横持出アーム４５の先部は、上記シークイン供給装置Eの主要枠５４に対して連結すると共に横持出アーム４５の元部は上記基台機構４０に連結して、上記基台機構４０を軌条３８に沿って進退させることによって、上記シークイン供給装置Eを供給位置７９と、多針ミシンBの手前側を開放させる退避位置８０とに移動を可能に構成したものである。 Preferably, in the multi-needle sewing machine provided with the sequin supply device according to the present invention, a plurality of needle bars 7 are arranged in parallel with the lateral movement frame 4 of the multi-needle sewing machine B provided in the base frame A so as to be movable up and down. Each needle bar 7 is configured to be freely selected and moved with respect to the needle drop position 1a by laterally moving the lateral movement frame 4.
Further, in front of each multi-needle sewing machine B, there is provided a sequin supply device E that can supply sequins one after another to the needle drop position 1a of the multi-needle sewing machine B,
The sequin supply device E described above has a support mechanism 36 configured to be brought out from the base frame A of the multi-needle sewing machine B toward the front side 77 in order to support the main frame 54 of the sequin supply device E with the base frame A of the multi-needle sewing machine B. A reel 66 provided rotatably at the upper part of the main frame 54, and a belt-like sequin S1 extended from the reel 66 at the lower part of the main frame 54, one after another, a needle drop position 1a of the multi-needle sewing machine B In the multi-needle sewing machine B provided with the sequin supply device E provided with the sequin supply mechanism 70 adapted to supply to
The support mechanism 36 is arranged in a state of being fixed to the machine frame A on the side of the multi-needle sewing machine B, and a rail 38 that is formed long toward the multi-needle sewing machine B;
The base mechanism 40 is configured to freely reciprocate in the longitudinal direction of the rail with respect to the rail 38, and on the side of the rail 38 of the moving member 41 in the base mechanism 40, the length of the rail A base mechanism 40 having a plurality of abutting members 42 and 42 that are configured to freely reciprocate in a state of abutting on the upper and lower surfaces of the rail 38 at a plurality of positions in the front and rear directions, respectively;
The multi-needle sewing machine B is used in order to allow all needle bars 7 to be selectively moved to the needle drop position 1a by linearly reciprocating the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine B. A lateral take-off arm 45 disposed at a position away from the front surface B1 of the multi-needle sewing machine B so as to form a lateral movement frame insertion space 46 on the front side of
The front portion of the horizontal carry-out arm 45 is connected to the main frame 54 of the sequin supply device E, and the base portion of the horizontal carry-out arm 45 is connected to the base mechanism 40 so that the base mechanism 40 The sequin supply device E can be moved to a supply position 79 and a retreat position 80 where the front side of the multi-needle sewing machine B is opened.

また好ましくは、本発明におけるシークイン供給装置を備える多針ミシンは、
基枠Ａに備えさせた多針ミシンＢにおける横動枠４に対して複数の針棒７が上下動自在に並設され、各針棒７は横動枠４を横動させることにより針落ち位置1aに対して選択移動を自在に構成されており、
さらに夫々の多針ミシンＢの手前には、多針ミシンＢの針落ち位置1aに対してシークインを次々と供給できるようにしてあるシークイン供給装置Eを備えさせており、
上記のシークイン供給装置Eは、自体の主要枠５４を多針ミシンＢの基枠Ａで支える為に多針ミシンＢの基枠Ａから手前側77に向けて持ち出し状に構成された支持機構３６と、主要枠５４の上部において回動自在に備えさせてあるリール66と、主要枠５４の下部においてリール66から延出させた帯状のシークインＳ１を次々と上記多針ミシンＢの針落ち位置1aに供給するようにしてあるシークイン供給機構70とを備えているシークイン供給装置Eを備える多針ミシンＢにおいて、
上記支持機構３６は、多針ミシンＢの側方において機枠Aに固着された状態で配置され、多針ミシンＢに向けて長く形成してある軌条３８であって、その軌条３８に対しては、軌条の長手方向に向けての長く形成した案内溝39cが備えさせてある軌条３８と、
軌条３８に対して、軌条の長手方向に向けて往復移動を自在に装着してある基台機構４０であって、その装着状態は、基台機構４０における移動部材４１の軌条対向面に、上記軌条３８に備えさせてある案内溝39cに遊嵌状に係合させる係合突起４７が備えさせてある基台機構４０と、
多針ミシンBの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに選択移動可能にさせるために、多針ミシンＢの手前側に横動枠挿入空間４６を形成するように多針ミシンＢの前面B1から離した位置に配設してある横持出アーム４５とを備え、
上記横持出アーム４５の先部は、上記シークイン供給装置Eの主要枠５４に対して連結すると共に横持出アーム４５の元部は上記基台機構４０における移動部材４１に連結して、上記基台機構４０を軌条３８に沿って進退させることによって、上記シークイン供給装置Eを供給位置７９と、多針ミシンBの手前側を開放させる退避位置８０とに移動を可能にしたものであればよい。 Preferably, the multi-needle sewing machine provided with the sequin supply device of the present invention is
A plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the lateral movement frame 4 in the multi-needle sewing machine B provided in the base frame A, and each needle bar 7 has a needle drop by moving the lateral movement frame 4 laterally. It is configured to move freely with respect to position 1a,
Further, in front of each multi-needle sewing machine B, there is provided a sequin supply device E that can supply sequins one after another to the needle drop position 1a of the multi-needle sewing machine B,
The sequin supply device E described above has a support mechanism 36 configured to be brought out from the base frame A of the multi-needle sewing machine B toward the front side 77 in order to support the main frame 54 of the sequin supply device E with the base frame A of the multi-needle sewing machine B. A reel 66 provided rotatably at the upper part of the main frame 54, and a belt-like sequin S1 extended from the reel 66 at the lower part of the main frame 54, one after another, a needle drop position 1a of the multi-needle sewing machine B In the multi-needle sewing machine B provided with the sequin supply device E provided with the sequin supply mechanism 70 adapted to supply to
The support mechanism 36 is a rail 38 that is arranged in a state of being fixed to the machine frame A on the side of the multi-needle sewing machine B and is formed long toward the multi-needle sewing machine B. Is a rail 38 provided with a guide groove 39c formed long in the longitudinal direction of the rail,
The base mechanism 40 is mounted on the rail 38 so as to freely reciprocate in the longitudinal direction of the rail, and the mounting state of the base mechanism 40 on the rail facing surface of the moving member 41 is as described above. A base mechanism 40 provided with an engaging projection 47 to be freely engaged with a guide groove 39c provided on the rail 38;
The multi-needle sewing machine B is used in order to allow all needle bars 7 to be selectively moved to the needle drop position 1a by linearly reciprocating the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine B. A lateral take-off arm 45 disposed at a position away from the front surface B1 of the multi-needle sewing machine B so as to form a lateral movement frame insertion space 46 on the front side of
The front portion of the horizontal take-out arm 45 is connected to the main frame 54 of the sequin supply device E, and the base portion of the horizontal take-out arm 45 is connected to the moving member 41 in the base mechanism 40, If the base mechanism 40 is moved back and forth along the rail 38, the sequin supply device E can be moved to the supply position 79 and the retreat position 80 where the front side of the multi-needle sewing machine B is opened. Good.

また好ましくは、本発明におけるシークイン供給装置を備える多針ミシンは、
基枠Ａに備えさせた多針ミシンＢにおける回動枠４に対して複数の針棒７が上下動自在に並設され、各針棒７は回動枠４を回動させることにより針落ち位置1aに対して選択移動を自在に構成されており、
さらに夫々の多針ミシンＢの手前には、多針ミシンＢの針落ち位置1aに対してシークインを次々と供給できるようにしてあるシークイン供給装置Eを備えさせており、
上記のシークイン供給装置Eは、自体の主要枠５４を多針ミシンＢの基枠Ａで支える為に多針ミシンＢの基枠Ａから手前側77に向けて持ち出し状に構成された支持機構３６と、
主要枠５４の上部において回動自在に備えさせてあるリール66と、主要枠５４の下部においてリール66から延出させた帯状のシークインを次々と上記多針ミシンＢの針落ち位置1aに供給するようにしてあるシークイン供給機構70とを備えているシークイン供給装置Eを備える多針ミシンＢにおいて、
上記支持機構３６は、多針ミシンＢの側方において機枠Aに固着された状態で配置され、多針ミシンＢに向けて長く形成してある軌条３８と、軌条３８に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構４０と、元部は上記基台機構４０に連結し、先部は、上記シークイン供給装置Eの主要枠５４に対して連結する横持出アーム４５とを備え、
上記基台機構４０を軌条３８に沿って進退させることによって、上記シークイン供給装置Eを供給位置７９と、多針ミシンBの手前側を開放させる退避位置８０とに移動を可能に構成したものである。 Preferably, the multi-needle sewing machine provided with the sequin supply device of the present invention is
A plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the rotation frame 4 in the multi-needle sewing machine B provided in the base frame A, and each needle bar 7 is rotated by rotating the rotation frame 4 to drop the needle. It is configured to move freely with respect to position 1a,
Further, in front of each multi-needle sewing machine B, there is provided a sequin supply device E that can supply sequins one after another to the needle drop position 1a of the multi-needle sewing machine B,
The sequin supply device E described above has a support mechanism 36 configured to be brought out from the base frame A of the multi-needle sewing machine B toward the front side 77 in order to support the main frame 54 of the sequin supply device E with the base frame A of the multi-needle sewing machine B. When,
A reel 66 provided rotatably at the upper part of the main frame 54 and a strip-like sequin extending from the reel 66 at the lower part of the main frame 54 are successively supplied to the needle drop position 1a of the multi-needle sewing machine B. In the multi-needle sewing machine B including the sequin supply device E including the sequin supply mechanism 70 as described above,
The support mechanism 36 is arranged in a state of being fixed to the machine frame A on the side of the multi-needle sewing machine B, and has a rail 38 formed long toward the multi-needle sewing machine B, and the rail 38 A base mechanism 40 that is configured to freely reciprocate in the longitudinal direction, the base part is connected to the base mechanism 40, and the front part is connected to the main frame 54 of the sequin supply device E. A horizontal take-off arm 45;
By moving the base mechanism 40 back and forth along the rail 38, the sequin supply device E can be moved to a supply position 79 and a retreat position 80 where the front side of the multi-needle sewing machine B is opened. is there.

以上のように本発明にあっては、
多針ミシンＢにおける横動枠４に対して複数の針棒７が上下動自在に並設され、各針棒７は横動枠４を横動させることにより針落ち位置1aに対して選択移動を自在に構成されており、一方、シークインを次々と多針ミシンＢの針落ち位置1aに供給するようにしてあるシークイン供給装置Eは、自体の主要枠５４を多針ミシンＢの基枠Ａと同じ基枠Ａで支えて、実質的に不動の状態で支え、シークインを安定した状態で供給できる特長があり、多針ミシンＢにおいては針落ち位置1aに複数の針棒７を選択移動させて異なる多色の色糸を変更しながら、上記シークイン供給装置Eから安定した状態で供給されるシークインを、多色の色糸で縫い付け、カラフルな製品を提供できる効果がある。 As described above, in the present invention,
In the multi-needle sewing machine B, a plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the lateral movement frame 4, and each needle bar 7 is selectively moved with respect to the needle drop position 1a by laterally moving the lateral movement frame 4. On the other hand, the sequin supply device E configured to supply sequins one after another to the needle drop position 1a of the multi-needle sewing machine B has its main frame 54 as the base frame A of the multi-needle sewing machine B. Is supported by the same base frame A, is supported in a substantially stationary state, and sequins can be supplied in a stable state. In the multi-needle sewing machine B, a plurality of needle bars 7 are selectively moved to the needle drop position 1a. The sequins supplied in a stable state from the sequin supply device E can be sewn with multicolored yarns while changing different multicolored yarns, thereby providing a colorful product.

さらに、シークイン供給装置Eを支持する為の支持機構３６における支持状態は、多針ミシンの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに移動させうるように、多針ミシンＢの手前側に横動枠挿入空間４６が形成されるように、即ち、横持出アーム４５を、多針ミシンＢの前面B1から離して配設してあるから、多針ミシンＢの横動枠４により支持する針棒列の数を大幅に増やして色糸の数を増やして、多色の色糸を変更利用してシークインのカラフルな縫い付けを可能にする効果がある。   Furthermore, the support state in the support mechanism 36 for supporting the sequin supply device E is such that all the needle bars 7 are reciprocally moved linearly in the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine. So that the lateral movement frame insertion space 46 is formed on the front side of the multi-needle sewing machine B, that is, the lateral take-off arm 45 is moved from the front surface B1 of the multi-needle sewing machine B. Since they are arranged apart from each other, the number of needle bar rows supported by the lateral movement frame 4 of the multi-needle sewing machine B is greatly increased to increase the number of colored yarns, and sequining is performed by changing and using multi-colored colored yarns. This has the effect of enabling colorful sewing.

さらに本発明にあっては、多針ミシンＢの手前側に横持出アーム４５を配設するものであっても、横持出アーム４５は、機枠Aに固着されている軌条３８に対して、軌条の長手方向に移動を可能に連結されているものであるから、糸替えのときなど、多針ミシンBの手前側を開放させたいときには、シークイン供給装置Eと一緒に、側方の退避位置８０に移動させることができ、糸替え作業などの多針ミシンＢの手前側での作業空間の確保に便利な効果がある。   Further, in the present invention, even if the horizontal take-off arm 45 is disposed on the front side of the multi-needle sewing machine B, the horizontal take-off arm 45 is not attached to the rail 38 fixed to the machine frame A. Therefore, when you want to open the front side of the multi-needle sewing machine B, such as when changing the thread, the side of the side with the sequin supply device E It can be moved to the retreat position 80, and there is a convenient effect for securing a work space on the front side of the multi-needle sewing machine B such as a thread change operation.

シークイン供給装置を省略したスライド式多針ミシンの正面図。The front view of the slide-type multi-needle sewing machine which abbreviate | omitted the sequin supply apparatus. スライド式多針ミシンについて、内部の動作を説明するための破断図。FIG. 3 is a cutaway view for explaining the internal operation of the sliding multi-needle sewing machine. 多針ミシンを支持する為の機枠に対して支持機構を介して装着されているシークイン供給装置の右側面図で、機枠と、多針ミシンの一部と、支持機構の一部は省略した図。In the right side view of the sequin supply device that is mounted via a support mechanism to the machine frame for supporting the multi-needle sewing machine, the machine frame, a part of the multi-needle sewing machine, and a part of the support mechanism are omitted. Figure. 多針ミシンを支持する為の機枠に対して支持機構を介して装着されているシークイン供給装置の左側面図で、機枠と、多針ミシンの一部と、支持機構の一部は省略した図。In the left side view of the sequin supply device that is mounted via a support mechanism to the machine frame for supporting the multi-needle sewing machine, the machine frame, a part of the multi-needle sewing machine, and a part of the support mechanism are omitted. Figure. 図３のV−V線端面図。FIG. 5 is an end view taken along line V-V in FIG. 3. 多針ミシンを支持する為の機枠に対して支持機構を介して装着されているシークイン供給装置の右側面図で、機枠と、多針ミシンの一部と、支持機構の一部は省略した図であって、主要枠における主枠を上昇位置にした図。In the right side view of the sequin supply device that is mounted via a support mechanism to the machine frame for supporting the multi-needle sewing machine, the machine frame, a part of the multi-needle sewing machine, and a part of the support mechanism are omitted. The figure which made the main frame in the main frame the raise position. スライド式多針ミシンと、多針ミシンの手前側に配置したシークイン供給装置の位置関係を説明する為の略示正面図。The schematic front view for demonstrating the positional relationship of a slide-type multi-needle sewing machine and the sequin supply apparatus arrange | positioned in the near side of a multi-needle sewing machine. スライド式多針ミシンと、多針ミシンの手前側に配置したシークイン供給装置の位置関係を説明する為の略示平面図。FIG. 3 is a schematic plan view for explaining the positional relationship between a sliding multi-needle sewing machine and a sequin supply device arranged on the front side of the multi-needle sewing machine. 機枠と、アーム部材と、軌条と、基台機構との関係を示す為の図８のIX−IX位置の略示断面図。FIG. 9 is a schematic cross-sectional view at the position IX-IX in FIG. 8 for showing the relationship among the machine frame, the arm member, the rails, and the base mechanism. スライド式多針ミシンと、多針ミシンの手前側に配置したシークイン供給装置を２セット備えさせた場合の図で、（Ａ）は略示正面図、（Ｂ）は略示平面図。It is a figure at the time of providing two sets of the slide-type multi-needle sewing machine and the sequin supply device arranged on the near side of the multi-needle sewing machine, (A) is a schematic front view, and (B) is a schematic plan view. 図８とは支持機構の異なる例を説明する為の略示平面図。The schematic plan view for demonstrating the example from which a support mechanism differs from FIG. （Ａ）図は軌条、（Ｂ）図は基台機構、（Ｃ）図は横持出アームの各部分正面図。(A) A figure is a rail, (B) A figure is a base mechanism, (C) A figure is each partial front view of a horizontal take-out arm. 機枠と、アーム部材と、軌条と、基台機構と、横持出アームとの関係を示す為の図１１の右側面図（一部において、２本のロック溝39d、39dと、一本の案内溝39eと、突起４７、係合突起４８との関係を表わす為に破断してある）。The right side view of FIG. 11 for showing the relationship between the machine frame, arm member, rail, base mechanism, and lateral take-out arm (in part, two lock grooves 39d, 39d and one The guide groove 39e is broken to show the relationship between the projection 47 and the engagement projection 48). シークイン供給装置の一部を省略した多頭のロータリー式多針ミシンの正面図。The front view of the multi-head rotary type multi-needle sewing machine which abbreviate | omitted a part of sequin supply apparatus. ロータリー式多針ミシンについて、内部の動作を説明するための破断図。FIG. 6 is a cutaway view for explaining the internal operation of the rotary multi-needle sewing machine. ロータリー式多針ミシンと、多針ミシンの手前側に配置したシークイン供給装置の位置関係を説明する為の略示平面図。The schematic plan view for demonstrating the positional relationship of a rotary type multi-needle sewing machine and the sequin supply apparatus arrange | positioned in the near side of a multi-needle sewing machine. （Ａ）図は軌条、（Ｂ）図は基台機構、（Ｃ）図は横持出アームの部分正面図。(A) A figure is a rail, (B) A figure is a base mechanism, (C) A figure is a partial front view of a horizontal taking-out arm. 機枠と、アーム部材と、軌条と、基台機構と、横持出アームとの関係を示す為の図１６の右側面図（一部において、２本のロック溝39d、39dと、一本の案内溝39eと、突起４７、係合突起４８との関係を表わす為に破断してある）。16 is a right side view of FIG. 16 for showing the relationship among the machine frame, arm members, rails, base mechanism, and lateral carry-out arms (in part, two lock grooves 39d and 39d and one The guide groove 39e is broken to show the relationship between the projection 47 and the engagement projection 48).

以下本発明の実施の形態を図面を用いて説明する。
図１、図２は、基枠Ａに多針ミシン（刺繍ミシン）Ｂを備えさせた例を示す。多針ミシン（スライド式多針の刺繍ミシン）Ｂにあっては、複数の針棒７が並列され、各針棒７は針落ち位置1aに対して選択移動を自在に構成されている点の技術的事項を説明する為のものであり、特許文献２によって開示されている刺繍縫製を可能にする多針ミシンと同様の機能を発揮できる構成を示すものである。 Embodiments of the present invention will be described below with reference to the drawings.
1 and 2 show an example in which a base needle A is provided with a multi-needle sewing machine (embroidery sewing machine) B. FIG. In the multi-needle sewing machine (sliding multi-needle embroidery sewing machine) B, a plurality of needle bars 7 are arranged in parallel, and each needle bar 7 is configured to be freely movable with respect to the needle drop position 1a. This is for explaining technical matters, and shows a configuration capable of exhibiting the same function as that of a multi-needle sewing machine that enables embroidery sewing disclosed in Patent Document 2.

図１、図２において、符号１〜32は多針ミシンBにおける周知の構成（例えば特許文献２参照）を示すもので、
１はベッドの存在を示し、図では針板を示す。２はミシンのヘッドを示す。３はヘッドの固定フレームである。図１の多針ミシンBは、複数の針棒７を、一定の場所で直線的に往復動する横動枠４に対して夫々上下動自在に並設する構成である。
符号４〜17は針棒機構（針棒７及びそれと関連をもって作動する部材から成る機構を本件明細書中では針棒機構と呼ぶ）を構成する部材を示す。４は正面から見て四角な枠状に形成されている針棒保持枠（横動枠）で、フレーム３の前部において横動を自在にしてある。横動枠４の支持の構成は、フレーム３の前部寄りの部分に図示のように横設されているレール３bに対して、横動枠４の中間枠4bの下側に備えさせた摺動部材4cを乗載して横動を自在にしてある。横動枠４の下枠4dの一部は、図２のようにフレーム３の下部に備えさせた押さえ部材3fとローラ3eとで挟まれて前後方向の振動止めが行われている。
4fは図示外の糸替え機構に連なるロッドを示し、これの進退により、横動枠４の進退を制御する。 1 and 2, reference numerals 1 to 32 indicate a known configuration (for example, refer to Patent Document 2) in the multi-needle sewing machine B.
1 indicates the presence of a bed, and in the figure, a needle plate. Reference numeral 2 denotes a sewing machine head. Reference numeral 3 denotes a fixed frame of the head. The multi-needle sewing machine B of FIG. 1 has a configuration in which a plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to a lateral movement frame 4 that reciprocally moves linearly at a fixed location.
Reference numerals 4 to 17 denote members constituting a needle bar mechanism (a mechanism comprising a needle bar 7 and a member operating in association therewith is referred to as a needle bar mechanism in the present specification). Reference numeral 4 denotes a needle bar holding frame (lateral movement frame) formed in a square frame shape when viewed from the front, and is capable of lateral movement freely at the front portion of the frame 3. The structure of the support of the lateral motion frame 4 is such that a slide provided on the lower side of the intermediate frame 4b of the lateral motion frame 4 with respect to the rail 3b that is laterally arranged as shown in the front portion of the frame 3. A moving member 4c is mounted so as to freely move laterally. A part of the lower frame 4d of the lateral movement frame 4 is sandwiched between a pressing member 3f and a roller 3e provided at the lower part of the frame 3 as shown in FIG.
Reference numeral 4f denotes a rod connected to a yarn changing mechanism (not shown), and the advance / retreat of the lateral movement frame 4 is controlled by the advance / retreat thereof.

７は針棒で、保持枠４の下枠部材４ｄに対して多数本が直線的に並べて配設してあり（図２では針落ち位置（針孔1aの位置）の上方に到来しているもののみを示した）、各々は保持枠４に対して上下動自在となっている。９は縫製用の針である。11は布押えを支えるための部材で、14は部材11と一体形成した布押えで、下端に押え部15を備える。16は針棒７及び布押えを上昇させるためのばね、17は針棒上昇用のばねである。   Reference numeral 7 denotes a needle bar. A large number of needle bars 7 are arranged in a straight line with respect to the lower frame member 4d of the holding frame 4 (in FIG. 2, the needles arrive above the needle drop position (position of the needle hole 1a)). Each of them is movable up and down with respect to the holding frame 4. 9 is a needle for sewing. 11 is a member for supporting the presser foot, and 14 is a presser foot formed integrally with the member 11, and has a presser portion 15 at the lower end. 16 is a spring for raising the needle bar 7 and the presser foot, and 17 is a spring for raising the needle bar.

次に２０は針棒７を上下動させるための駆動機構を示し、符号21〜28で示される部材によって構成してある。
21は案内棒を示し、フレーム３に対して取付けてある。23は案内棒21に上下動自在に装着した昇降体で、針棒７を押えるための針棒押え23ａを有する。
24はミシン主軸を示す。もし同時に複数の多針ミシンＢを作動させて能率よく縫製する場合には、他の主軸と一体化したものを用いる。
25は主軸24の回転運動を上下運動に変換して昇降体23を上下動させる為の機構で、梃子クランク機構を例示し、26は主軸24に取付けた偏心輪（円盤状のクランク）、26ａはクランクロッド、27はレバーで、一端をフレーム３に枢着してあり、中間部にクランクロッド26ａが連結してある。28はレバー27と昇降体23とを連結するリンクである。 Next, reference numeral 20 denotes a drive mechanism for moving the needle bar 7 up and down, which is constituted by members denoted by reference numerals 21 to 28.
Reference numeral 21 denotes a guide bar, which is attached to the frame 3. Reference numeral 23 denotes an elevating body mounted on the guide bar 21 so as to be movable up and down, and has a needle bar presser 23 a for pressing the needle bar 7.
Reference numeral 24 denotes a sewing machine main shaft. If a plurality of multi-needle sewing machines B are operated simultaneously and sewed efficiently, one integrated with another main shaft is used.
Reference numeral 25 denotes a mechanism for converting the rotary motion of the main shaft 24 into vertical motion to move the elevating body 23 up and down. The lever crank mechanism is illustrated as an example. 26 is an eccentric wheel (disk-shaped crank) attached to the main shaft 24, 26a Is a crank rod, 27 is a lever, one end of which is pivotally attached to the frame 3, and a crank rod 26a is connected to an intermediate portion. Reference numeral 28 denotes a link that connects the lever 27 and the lifting body 23.

次に4eは天秤保持枠で、枠体４の側壁4eを利用し、この側壁4eに対して、図示外の複数の糸立てから夫々複数の針９に至る糸を上げ下げする為の上下動自在の天秤を装着してある。天秤３０の数量は各針９の数に対応させて設けてある。31は針落ち位置1aの上方に到来した針９に対応する天秤を選択的に駆動する天秤駆動機構を示し、周知のように主軸２４の回動によりその回動を天秤の上下動に伝達する為のものである。３３は周知のように構成されている天秤掛止板を示す。尚天秤30から針９に至る間には、周知のように適数個所に糸ガイドが配設されている（図示省略）。   Next, reference numeral 4e denotes a balance holding frame, which uses the side wall 4e of the frame body 4 and is movable up and down for raising and lowering the yarns from a plurality of thread stands (not shown) to the plurality of needles 9 with respect to the side wall 4e. Is equipped with a balance. The number of balances 30 is provided corresponding to the number of each needle 9. Reference numeral 31 denotes a balance driving mechanism that selectively drives a balance corresponding to the needle 9 that has arrived above the needle drop position 1a. As is well known, the rotation of the main shaft 24 is transmitted to the vertical movement of the balance. Is for the purpose. Reference numeral 33 denotes a balance retaining plate constructed as is well known. In addition, between the balance 30 and the needle 9, thread guides are disposed at appropriate positions as is well known (not shown).

上記構成のものにあっては、主軸24の回動により昇降体23が上下動されると、針落位置上方に選択移動せられて位置している針棒７が上下動され、それと連動して布押え14が上下動される。又対応天秤30が上下動され、ベッド下では釜が作動される。
これらの作動により、周知の如く縫製が行われる。色糸を変更する場合は、多針ミシンＢにおける横動枠４に対して複数の針棒７が上下動自在に並設されているので、周知のように糸替え機構に連なるロッド4fを作動させ、横動枠４を横動させることにより針落ち位置1aに対して任意の針棒７は選択移動され、周知の如く相互に異色の糸で夫々縫製が行われる。 In the above configuration, when the lifting / lowering body 23 is moved up and down by the rotation of the main shaft 24, the needle bar 7 that is selectively moved above the needle drop position is moved up and down and interlocked therewith. The work clamp 14 is moved up and down. The corresponding balance 30 is moved up and down, and the hook is operated under the bed.
By these operations, sewing is performed as is well known. When changing the color thread, a plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the lateral movement frame 4 in the multi-needle sewing machine B, so that the rod 4f connected to the thread changing mechanism is operated as is well known. When the lateral movement frame 4 is laterally moved, the arbitrary needle bar 7 is selectively moved with respect to the needle drop position 1a, and sewing is performed with mutually different colored threads as is well known.

次に、図１、図２に示される多針ミシンＢの前（手前側）の針落位置1aに対してシークインを供給できるように配置されるシークイン供給装置Ｅは、図３以降の図に表れており、夫々の多針ミシンＢの手前にあって、対応する多針ミシンＢの針落ち位置1aに対してシークインを次々と供給できるようにしてある。
各シークイン供給装置Eの構成は、周知の構成（例えば特許文献１参照）と同様に、主要枠５４を安定的に支持する為の支持機構３６と、支持機構３６によって支持される主要枠５４におけるガイドレール55と、ガイドレールに支えられた状態で上下動する主枠60と、主要枠５４における主枠60の上部に装着されるリール66と、主枠60の下部に装着されるシークイン供給機構70等の機能、構成を備える。 Next, a sequin supply device E arranged so as to be able to supply sequin to the needle drop position 1a in front (near side) of the multi-needle sewing machine B shown in FIG. 1 and FIG. The sequins can be successively supplied to the needle drop positions 1a of the corresponding multi-needle sewing machines B in front of the respective multi-needle sewing machines B.
The configuration of each sequin supply device E is similar to a known configuration (see, for example, Patent Document 1) in a support mechanism 36 for stably supporting the main frame 54 and a main frame 54 supported by the support mechanism 36. A guide rail 55, a main frame 60 that moves up and down while being supported by the guide rail, a reel 66 that is mounted on the top of the main frame 60 in the main frame 54, and a sequin supply mechanism that is mounted on the bottom of the main frame 60 It has 70 functions and configurations.

上記支持機構３６は、硬質材（例えば金属材料）で形成されており主要枠５４を支える為に多針ミシンＢの側方に位置する基枠Ａから手前側77に向けて持ち出し状に形成されている。
上記支持機構３６において、３７は元部を多針ミシンＢの機枠Aに固着し、手前側自由端では軌条３８を固着状態で支持しているアーム部材を示す。
上記支持機構３６における軌条３８は、多針ミシンＢの側方において、図７、図８のように多針ミシンＢに向けて長く形成する態様でもって、機枠Aに固着された状態で配置されている。軌条３８の横幅寸法は、図７、図８の実線で描かれた供給機構７０が、一点鎖線で描かれた供給機構７０の退避位置８０に向けて往復動作可能な長さに設定してある。
言葉を換えると、多針ミシンBの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに選択移動可能にさせるために、多針ミシンのカバーB2の右端が、一点鎖線で描かれた位置に向けて往復動作することを妨げない長さに設定してある。
なお上記の動作を可能にする為には、多針ミシンのレール3bの手前側と、横持出アーム４５との間に図８に示すような多針ミシンのカバーB2の右端が進入する為に必要な横動枠挿入空間４６を形成する必要がある。そのため横持出アーム４５は多針ミシンＢの前面B1の移動軌跡から僅かに離れて位置するように配設してある。 The support mechanism 36 is formed of a hard material (for example, a metal material), and is formed so as to be brought out from the base frame A located on the side of the multi-needle sewing machine B toward the front side 77 in order to support the main frame 54. ing.
In the support mechanism 36, reference numeral 37 denotes an arm member whose base part is fixed to the machine frame A of the multi-needle sewing machine B and the rail 38 is fixedly supported at the front free end.
The rails 38 in the support mechanism 36 are arranged on the side of the multi-needle sewing machine B so as to be long toward the multi-needle sewing machine B as shown in FIGS. Has been. The lateral dimension of the rail 38 is set to a length that allows the supply mechanism 70 drawn by a solid line in FIGS. 7 and 8 to reciprocate toward the retreat position 80 of the supply mechanism 70 drawn by a one-dot chain line. .
In other words, in order to allow all needle bars 7 to be selectively moved to the needle drop position 1a by linearly reciprocating the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine B. The right end of the cover B2 of the multi-needle sewing machine is set to a length that does not prevent the reciprocating operation toward the position depicted by the alternate long and short dash line.
In order to enable the above operation, the right end of the cover B2 of the multi-needle sewing machine as shown in FIG. 8 enters between the front side of the rail 3b of the multi-needle sewing machine and the lateral take-off arm 45. It is necessary to form the lateral movement frame insertion space 46 necessary for the above. Therefore, the lateral take-out arm 45 is arranged so as to be located slightly away from the movement locus of the front surface B1 of the multi-needle sewing machine B.

図７、図８に示す軌条３８において、３９aは、軌条３８の上下方向の振動を防止する為の補強板を示し、３９bはこれに一体的に合着させ（合着手段は任意であり、例えば図示のようにねじ材を多数用いて一体化させ）た軌条本体で、断面形状を図９のように台形（鳩尾状）とし、相手の当接部材４２における図９のような蟻溝（底広溝）に対応させる断面形状にしてある。    In the rail 38 shown in FIG. 7, FIG. 8, 39a shows the reinforcement board for preventing the vibration of the rail 38 in the up-down direction, 39b is integrally joined to this (fitting means is arbitrary, For example, a rail main body integrated with a large number of screw members as shown in the figure, and the cross-sectional shape is trapezoidal (the dovetail shape) as shown in FIG. The cross-sectional shape corresponds to the bottom wide groove.

次に、図７、図８、図９に示す支持機構３６において４０は、上記軌条３８に対応させる基台機構を示し、軌条３８に対して、軌条の長手方向に向けて往復移動を自在に構成されている。
基台機構４０における移動部材４１の軌条３８の側には、軌条の長手方向の前後複数個所において夫々軌条３８の上下両面に夫々当接する状態で往復移動を自在に構成されている複数の当接部材42、42が形成されている。
図面において、基台機構４０における４１は、２つの当接部材４２を着脱自在に一体化させるように固着した（例えばボルトを用いて一体化させた）状態で備える移動部材で、これには図８，図９のように連結部材４４を介して連結離脱を自在に横持出アーム４５が連結されている。なおそれらの連結状態はボルトなどを用いて周知の手段により連結すればよい。
当接部材４２には前述したように蟻溝（底広溝）が形成されており、蟻溝の一方の側壁（例えば上側）には軌条本体39bの一方の側壁が当接して当接点４３を構成し、また蟻溝の他方の側壁（例えば上側）には軌条本体39bの他方の側壁に当接させる当接点４３が構成されていることになる。さらに、軌条３８の長手方向の前後複数個所に設けた当接部材４２の相互の部材は、予め一体化させたものであってもよい。
従って、移動部材４１においては、軌条３８の長手方向の前後複数個所（２個所以上）において、夫々軌条本体39bの上側の部分と、下側の部分に夫々圧接状態で接する当接点43、43、43、43が設けられていることになるので、図７、図８の状態において横持出アーム４５が長く延出してあっても、シークイン供給装置Eの供給機構７０が、実質的に上下方向に大きく振動するような事態は避けることが出来る。なお上記移動部材４１に付設する上下２つの当接部材42、42は図示のように別体にしたものでもよいし、また、前後別体のものとして例示した当接部材42、42は、離れた位置のまま一体化したものでもよい。さらに４つの当接点４３を構成する為には当接部材42は、４つの車輪で夫々構成してあってもよい。 Next, in the support mechanism 36 shown in FIGS. 7, 8, and 9, reference numeral 40 denotes a base mechanism that corresponds to the rail 38, and can freely reciprocate in the longitudinal direction of the rail 38 with respect to the rail 38. It is configured.
On the side of the rail 38 of the moving member 41 in the base mechanism 40, there are a plurality of abutments that are configured to freely reciprocate in a state where they abut on the upper and lower surfaces of the rail 38 at a plurality of positions in the longitudinal direction of the rail, respectively. Members 42 and 42 are formed.
In the drawing, reference numeral 41 in the base mechanism 40 is a moving member provided in a state where two abutting members 42 are fixed so as to be detachable and integrated (for example, integrated using bolts). As shown in FIGS. 8 and 9, a horizontal take-out arm 45 is connected via a connecting member 44 so as to be freely connected and disconnected. In addition, what is necessary is just to connect those connection states by a well-known means using a volt | bolt etc.
As described above, the contact member 42 is formed with a dovetail groove (wide bottom groove), and one side wall (for example, the upper side) of the dovetail groove abuts one side wall of the rail main body 39b so that the contact point 43 is formed. In addition, a contact point 43 is formed on the other side wall (for example, the upper side) of the dovetail to contact the other side wall of the rail main body 39b. Furthermore, the mutual members of the contact members 42 provided at a plurality of positions in the longitudinal direction of the rail 38 may be integrated in advance.
Therefore, in the moving member 41, the contact points 43, 43, which are in press contact with the upper part and the lower part of the rail body 39b, respectively, at a plurality of longitudinal positions (two or more) in the longitudinal direction of the rail 38, respectively. Since 43 and 43 are provided, the supply mechanism 70 of the sequin supply device E is substantially vertically movable even if the lateral carry-out arm 45 extends long in the state of FIGS. It is possible to avoid a situation that vibrates greatly. The two upper and lower contact members 42 and 42 attached to the moving member 41 may be separated as shown in the figure, and the contact members 42 and 42 illustrated as separate front and rear members are separated from each other. It may be integrated in the same position. Further, in order to configure the four contact points 43, the contact member 42 may be configured by four wheels.

次に、シークイン供給装置Eの主要枠５４に関して説明する。上記横持出アーム４５の先部は、上記シークイン供給装置Eの主要枠５４に対して連結すると共に横持出アーム４５の元部は上記基台機構４０に連結して、上記基台機構４０を軌条３８に沿って進退させることによって、上記シークイン供給装置Eを供給位置７９（図８に実線で示す位置）と、多針ミシンBの手前側を大きく開放させる退避位置８０（図８に一点鎖線で示す位置）とに移動を可能に構成してある。   Next, the main frame 54 of the sequin supply device E will be described. The front portion of the horizontal carry-out arm 45 is connected to the main frame 54 of the sequin supply device E, and the base portion of the horizontal carry-out arm 45 is connected to the base mechanism 40 so that the base mechanism 40 Is moved forward and backward along the rail 38 to move the sequin supply device E to a supply position 79 (position indicated by a solid line in FIG. 8) and a retreat position 80 (a single point in FIG. 8) to largely open the front side of the multi-needle sewing machine B. (Position indicated by a chain line).

主要枠５４において主枠支持用のガイドレール55は、支持機構３６に対して傾斜状態を維持する状態で連結されていて斜め上方に向けて延びている（図３参照）。
ガイドレール55において、56aは、図示のように斜めに配設されている主部材で、元部５７は横持出アーム４５に固着してある。この主部材５６ａには、主枠６０の摺動部材６２を斜め上方に向けて往復動自在に案内できるように、レールのように形成した案内部材５６bが一体的に添え付けられている。 In the main frame 54, the guide rail 55 for supporting the main frame is connected to the support mechanism 36 in an inclined state and extends obliquely upward (see FIG. 3).
In the guide rail 55, 56 a is a main member disposed obliquely as shown in the figure, and the base portion 57 is fixed to the lateral carrying arm 45. A guide member 56b formed like a rail is integrally attached to the main member 56a so that the sliding member 62 of the main frame 60 can be reciprocated in an obliquely upward direction.

主枠60は、ガイドレール55によって上方の手前寄りの上昇位置78（図６参照）と、下方の針落ち位置1a寄りの供給位置79（図３、図４参照）との間を上下方向に摺動を自在に支持されている。
主枠60におけるガイドレール５５に対向する側には、補助材６１を介して摺動部材６２が固着してあり、この摺動部材６２を案内部材５６bに沿って上下動させることにより、主枠60は上下方向に往復動作する。６３は、主枠60を駆動する為の昇降機構として例示する流体シリンダーで、ガイドレール５５には筒体63aが、主枠60にはロッド63bが固着され、ロッド63bの相対的な伸縮により主枠60は図３と、図６の位置に上下動する。 The main frame 60 is vertically moved between a rising position 78 (see FIG. 6) close to the upper side by the guide rail 55 and a supply position 79 (see FIGS. 3 and 4) near the lower needle drop position 1a. The sliding is supported freely.
A sliding member 62 is fixed to the side of the main frame 60 facing the guide rail 55 via an auxiliary material 61, and the main frame 60 is moved up and down along the guide member 56b. 60 reciprocates vertically. 63 is a fluid cylinder exemplified as an elevating mechanism for driving the main frame 60. A cylinder 63a is fixed to the guide rail 55, and a rod 63b is fixed to the main frame 60. The frame 60 moves up and down to the positions shown in FIGS.

帯状のシークインＳ１が大量に巻かれているリール66は、多針ミシンBにおける天秤の上下往復動作に伴う糸の振幅動作を妨げないように多針ミシンBの天秤３０の位置よりも手前側７７に位置させるように（図４参照）、斜めに上昇する主枠60の上部において回動自在に備えさせてある。６７はリール66の枢支軸を示し、 ６８は帯状のシークインＳ１を案内するためのガイドローラーを示す。 The reel 66 around which a large amount of the strip-like sequin S1 is wound is 77 closer to the front side than the position of the balance 30 of the multi-needle sewing machine B so as not to disturb the amplitude operation of the thread accompanying the up-and-down reciprocation of the balance in the multi-needle sewing machine B (See FIG. 4), the upper part of the main frame 60 that rises obliquely is provided so as to be rotatable. 67 indicates a pivot shaft of the reel 66, and 68 indicates a guide roller for guiding the strip-shaped sequin S1.

夫々のリール66から延出させた帯状のシークインＳ１を次々と夫々の多針ミシンＢの針落ち位置1aに供給するようにしてある各シークイン供給機構70は、図３〜図６に表れているように夫々の主枠60の下部に備えさせてある。
シークイン供給機構70の構成は周知のように、モーター７２を回動させることによって、リンク（往復動作機構）７３を作動させ、往復動作送り爪７４を進退作動させる。この場合、送り爪７４の前進により、シークインの孔に爪先を入れてシークインを前進させ、送り爪７４の後退時はシークインの上を滑らせて後退させる。このようにして帯状のシークインＳ１を次々と針落ち位置1aに供給する。針落ち位置1aに供給された帯状シークインＳ１の先頭は、針棒７の下降によって作動される切断刃物７５により切断され、単独の「シークイン」となって、布の上に位置し、下降してくる針９に付されている糸により布に対して縫い付けられる。なお当然のことながら上記リンク７３、送り爪７４、切断刃物７５、針９等の動作はタイミングよく同期させてある。 Each sequin supply mechanism 70 configured to supply the strip-like sequin S1 extended from each reel 66 to the needle drop position 1a of each multi-needle sewing machine B is shown in FIGS. As shown in FIG.
As is well known in the art, the sequin supply mechanism 70 rotates the motor 72 to operate the link (reciprocating mechanism) 73 and the reciprocating feed claw 74 to advance and retract. In this case, by the advancement of the feed claw 74, the nail tip is inserted into the sequin hole and the sequin is advanced, and when the feed claw 74 is retracted, it is slid on the sequin. In this way, the strip-like sequin S1 is successively supplied to the needle drop position 1a. The head of the strip-like sequin S1 supplied to the needle drop position 1a is cut by a cutting blade 75 that is actuated by the lowering of the needle bar 7 to form a single “sequin”, positioned on the cloth, and lowered. The cloth 9 is sewn to the cloth by a thread attached to the needle 9. As a matter of course, the operations of the link 73, the feed claw 74, the cutting blade 75, the needle 9 and the like are synchronized with good timing.

なお、上記シークイン供給装置Eの構成に関してはアームによって支持されているガイドレール55、ガイドレールに支えられた状態で上下動する主枠60、主枠60の上部に装着されるリール66、主枠60の下部に装着されるシークイン供給機構70等の構成は特許文献１に開示されている構成と同じ構成を用いて説明したが、シークイン供給装置Eの構成に関しては、他の周知の構成、例えば複数系列のシークイン送りユニットを選択的に切り替えて使用をする技術的事項が開示されている特開２００８−１１４０４９号公報の技術的事項、或いは特開２００９−３９５３８号公報開示の技術的事項を利用してもよい。   Regarding the configuration of the sequin supply device E, the guide rail 55 supported by the arm, the main frame 60 that moves up and down while being supported by the guide rail, the reel 66 mounted on the upper portion of the main frame 60, the main frame The configuration of the sequin supply mechanism 70 and the like attached to the lower part of the 60 has been described using the same configuration as that disclosed in Patent Document 1, but the configuration of the sequin supply device E is another known configuration, for example, Utilizing technical matters disclosed in Japanese Patent Application Laid-Open No. 2008-114049 or technical matters disclosed in Japanese Patent Application Laid-Open No. 2009-39538 in which technical matters for selectively switching and using a plurality of sequences of sequin feed units are disclosed May be.

次に、前出の図７、図８、図９における多針ミシンＢと、シークイン供給装置Eとの位置関係において異なる例を示す図１０（Ａ）（Ｂ）について以下説明する。
なお、本件の発明を実施するための形態の項における図面の説明に当たっては、前出の図に対する後出の図面の説明において、前出の図と同符号を用いた構成、部材等の機能、性質、手段又は特徴等は、以下の説明に於て加える新規な部材の構成、組合せ等の説明に係わる事項を除き、前出の図の同符号のものについての説明と同旨である。よって、前出の図に対する後出の図面の説明においては重複する説明は一部省略する。 Next, FIGS. 10A and 10B showing different examples of the positional relationship between the multi-needle sewing machine B in FIG. 7, FIG. 8, and FIG.
In the description of the drawings in the section of the embodiment for carrying out the invention of the present case, in the description of the subsequent drawings relative to the previous drawings, the configuration using the same reference numerals as the previous drawings, the functions of the members, The properties, means, features, and the like are the same as those described for the same reference numerals in the previous drawings, except for matters relating to the description of the configuration and combination of new members added in the following description. Accordingly, in the description of the subsequent drawings with respect to the previous drawings, a part of the overlapping description is omitted.

図１０（Ａ）（Ｂ）に示される多針ミシンＢ、Ｂは、一つの基枠Ａに対して２台を並設した例を示すものである。この場合、２台の多針ミシンＢ、Ｂを近づけて並設すると、夫々の多針ミシンＢに付設するシークイン供給装置Eの支持機構３６は図示のように多針ミシンＢの外側に位置することになる。なお２台の多針ミシンＢ、Ｂは、相互の横動枠４、４が干渉しない範囲で近づけることが出来る。また、一般的には２台の多針ミシンＢ、Ｂは、連動させ、相互の横動枠４、４は同期して左右動作するので、横動枠４、４の相互間の間隙は僅かなもので良い。   The multi-needle sewing machines B and B shown in FIGS. 10A and 10B show an example in which two units are arranged in parallel with respect to one base frame A. In this case, when the two multi-needle sewing machines B and B are arranged close to each other, the support mechanism 36 of the sequin supply device E attached to each multi-needle sewing machine B is located outside the multi-needle sewing machine B as shown in the figure. It will be. Note that the two multi-needle sewing machines B and B can be brought close to each other as long as the mutual movement frames 4 and 4 do not interfere with each other. In general, the two multi-needle sewing machines B and B are interlocked so that the lateral movement frames 4 and 4 are moved in synchronization with each other. It ’s fine.

次に、図７、図８における支持機構３６とは異なる支持機構３６の例を示す図１１、図１２、図１３について説明する。
上記図１１、図１２、図１３の支持機構３６において、３７は元部を多針ミシンＢの機枠Aに固着し、手前側自由端では軌条３８の元部38bを固着状態で支持しているアーム部材を示す。
上記支持機構３６における軌条３８は、多針ミシンＢの側方において、図１１のように多針ミシンＢに向けて長く形成する態様でもって、機枠Aに固着された状態で配置されている。図１１の軌条３８の横幅寸法は、実線で描かれた供給機構７０が、一点鎖線で描かれた供給機構７０の退避位置８０に向けて往復動作可能な長さに設定してある。そして、多針ミシンＢの手前側の空間を広くして、そこでの布の取り扱いを容易化してある。
言葉を換えると、多針ミシンBの横動枠４により支持する針棒列の全域W１を直線的に大きく往復動させて全ての針棒７を針落ち位置1aに選択移動可能にさせるために、多針ミシンのカバーB2の右端が、破線で描かれた位置に向けて往復動作する場合にも対応できるようにしてある。
なお上記の動作を可能にする為には、図１１のように多針ミシンのレール3bの手前側と、横持出アーム４５との間に図１１に示すような多針ミシンのカバーB2の右端が進入する為に必要な横動枠挿入空間４６を形成する必要がある。そのため横持出アーム４５は多針ミシンＢの前面B1の往復移動軌跡から僅かに離れて位置するように配設してある。 Next, FIGS. 11, 12, and 13 showing an example of a support mechanism 36 different from the support mechanism 36 in FIGS. 7 and 8 will be described.
In the support mechanism 36 shown in FIGS. 11, 12, and 13, the base portion 37 is fixed to the machine frame A of the multi-needle sewing machine B, and the base portion 38b of the rail 38 is supported in a fixed state at the front free end. The arm member which is present is shown.
The rails 38 in the support mechanism 36 are arranged on the side of the multi-needle sewing machine B so as to be long toward the multi-needle sewing machine B as shown in FIG. . The width of the rail 38 in FIG. 11 is set to a length that allows the supply mechanism 70 drawn by a solid line to reciprocate toward the retracted position 80 of the supply mechanism 70 drawn by a one-dot chain line. The space on the front side of the multi-needle sewing machine B is widened to facilitate the handling of the cloth there.
In other words, in order to allow all needle bars 7 to be selectively moved to the needle drop position 1a by linearly reciprocating the entire area W1 of the needle bar row supported by the lateral movement frame 4 of the multi-needle sewing machine B. The multi-needle sewing machine cover B2 is adapted to cope with the case where the right end of the cover B2 reciprocates toward the position drawn with a broken line.
In order to enable the above operation, the cover B2 of the multi-needle sewing machine as shown in FIG. 11 is provided between the front side of the rail 3b of the multi-needle sewing machine and the horizontal take-off arm 45 as shown in FIG. It is necessary to form a lateral movement frame insertion space 46 necessary for the right end to enter. For this reason, the lateral take-out arm 45 is arranged so as to be located slightly away from the reciprocating movement locus of the front surface B1 of the multi-needle sewing machine B.

次に、軌条３８において、図１２に表れている39cは、平坦な硬質材である板状材で形成した軌条本体で、これには軌条３８の長手方向に長い２本のロック溝39d、39dと、一本の案内溝39eが平行状態で形成してある。    Next, in the rail 38, 39 c shown in FIG. 12 is a rail main body formed of a plate-like material that is a flat hard material, and includes two lock grooves 39 d and 39 d that are long in the longitudinal direction of the rail 38. A single guide groove 39e is formed in a parallel state.

次に、上記支持機構３６において、軌条３８に対しては、軌条の長手方向に向けて往復移動を自在に基台機構４０が装着してある。その装着状態は、基台機構４０における移動部材４１の軌条対向面に、上記軌条３８に備えさせてあるロック溝39dに遊嵌状に係合させる係合突起４８（例えばボルト）と、案内溝39eに対応させて挿入してある突起４７（例えば元部を図示のように移動部材４１に螺合させてある突起）とを備えさせることにより基台機構４０を軌条３８に沿って往復移動させるようにしてある。移動部材４１は平坦な硬質材である板状材で形成し、上記軌条３８の一面（手前側の面)38cに対向密着摺動させる状態でもって軌条３８の長手方向に向けて往復移動を自在に構成するものである。   Next, in the support mechanism 36, a base mechanism 40 is attached to the rail 38 so as to freely reciprocate in the longitudinal direction of the rail. The mounting state is such that an engaging protrusion 48 (for example, a bolt) that engages with a locking groove 39d provided in the rail 38 on the rail-facing surface of the moving member 41 in the base mechanism 40 and a guide groove. The base mechanism 40 is reciprocated along the rail 38 by providing a protrusion 47 inserted corresponding to 39e (for example, a protrusion whose base is screwed to the moving member 41 as shown). It is like that. The moving member 41 is formed of a plate-like material which is a flat hard material, and can freely reciprocate in the longitudinal direction of the rail 38 even in a state where it is opposed and slid against one surface (front surface) 38c of the rail 38. It is composed of

基台機構４０の移動部材４１における軌条３８の一面38cに対向させる部分には、 上記２本のロック溝39d、39dと、一本の案内溝39eの位置に対応させ、それらの各溝39d、39d、39eに対して夫々挿入可能に、 図１３に表れているように締付用のねじ棒４８、４８及び係合突起４７を備えさせる。移動部材４１に対する係合突起４７の装着手段は任意であるが、例えば図示のように移動部材４１に雌ねじ孔を設け、軌条３８の他面から移動部材４１の往復動を阻害しない程度にボルトを植え込み状に止めてもよい。また、締付用のねじ棒４８は図１３に表れているように軌条３８の他面に、上下に雌ねじ孔を備えるプレート38aを当て付け、これらの雌ねじ孔に対して図１３のように手前側から奥に向けて溝39d、39dを貫通する状態で締付ボルト４８、４８を差し込み、軽く螺合させることにより移動部材４１は軌条３８の一面38cに対して往復動自在に装着される。   The portion of the moving member 41 of the base mechanism 40 facing the one surface 38c of the rail 38 corresponds to the positions of the two lock grooves 39d, 39d and the one guide groove 39e, and each of the grooves 39d, As shown in FIG. 13, screw rods 48 and 48 for fastening and an engaging projection 47 are provided so that they can be inserted into 39 d and 39 e, respectively. Although the mounting means of the engagement protrusion 47 with respect to the moving member 41 is arbitrary, for example, a female screw hole is provided in the moving member 41 as shown in the figure, and a bolt is attached to the extent that the reciprocating movement of the moving member 41 is not hindered from the other surface of the rail 38. It may be stopped in an implanted state. Further, as shown in FIG. 13, the screw rod 48 for fastening is applied with a plate 38a having upper and lower female screw holes on the other surface of the rail 38, and the front of these female screw holes as shown in FIG. By inserting the fastening bolts 48 and 48 in a state of passing through the grooves 39d and 39d from the side to the back, the moving member 41 is reciprocally attached to one surface 38c of the rail 38 by being screwed lightly.

上記構成にあっては、軌条３８と基台機構４０の移動部材４１とを一体化させてあった締付用のねじ棒４８を僅かに弛めることにより、この締付用のねじ棒４８を係合用の突起として利用し、軌条３８に対して一定の軌跡で、移動部材４１を、シークイーン供給装置Eの供給機構７０と共に、図１１の左端でも、右端でも自由に移動させることが出来る。
特にねじ棒４８をロック溝39dの左端の移動先39gに移動させた場合においては、ここが停止位置になって、シークイーン供給装置Eの供給機構７０が、正しく供給位置７９に位置する。そしてそこでは上下方向に不動状態（振動しない状態）になる事が好ましいので、上下二本の突起の役割をしていた締付用のねじ棒４８を強く締め付け、軌条３８と移動部材４１を固着一体化させる事により供給機構７０の上下の振動を実質的になくするように操作すると良い。
なお、供給機構７０を長い時間退避操作しない場合には、軌条３８と移動部材４１とを図示外の任意の連結用部材を加えて図１１の状態を一次的に固定するようにしてもよい。
なお、図面において、基台機構４０における４１は、移動部材で、これには図１１のように連結部材４４を介して連結離脱を自在に横持出アーム４５が連結されている。それらの連結状態はボルトなどを用いてもよいが、かしめ付け手段、熔接等、周知の手段により連結すればよい。 In the above configuration, the tightening screw rod 48 is engaged by slightly loosening the tightening screw rod 48 in which the rail 38 and the moving member 41 of the base mechanism 40 are integrated. 11 can be freely moved along the supply mechanism 70 of the sea queen supply apparatus E at the left end or the right end in FIG.
In particular, when the screw rod 48 is moved to the left end movement destination 39g of the lock groove 39d, this is the stop position, and the supply mechanism 70 of the sea queen supply apparatus E is correctly positioned at the supply position 79. In this case, it is preferable to move in the up-and-down direction (non-vibrating state). Therefore, the screw rod 48 for tightening which has been used as two upper and lower protrusions is strongly tightened, and the rail 38 and the moving member 41 are fixed. It is good to operate so that the up-and-down vibration of the supply mechanism 70 may be substantially eliminated by integrating.
In the case where the supply mechanism 70 is not retracted for a long time, the rail 38 and the moving member 41 may be temporarily fixed to the state shown in FIG.
In the drawing, reference numeral 41 in the base mechanism 40 is a moving member, to which a lateral carry-out arm 45 is connected via a connecting member 44 as shown in FIG. The connection state may be a bolt or the like, but may be connected by a known means such as caulking means or welding.

次に多針ミシンのタイプが異なる例について説明する。図１、図２に示される多針ミシンとは、横動する枠４の構成が異なるロータリー式多針ミシンについて説明する。即ち、図１、図２に示される多針ミシンの複数の針棒群を支持する枠４は直線的な往復動を行う構成であったのに対し、図１４〜図１９に表れる多針ミシンはロータリー式であって、針棒群を支持する枠４が回動するタイプの多針ミシンの例（特許文献３参照）に関するものである。   Next, examples of different types of multi-needle sewing machines will be described. The multi-needle sewing machine shown in FIGS. 1 and 2 will be described as a rotary multi-needle sewing machine having a different configuration of the laterally moving frame 4. That is, the frame 4 that supports the plurality of needle bar groups of the multi-needle sewing machine shown in FIGS. 1 and 2 is configured to reciprocate linearly, whereas the multi-needle sewing machine shown in FIGS. Is a rotary type, and relates to an example of a multi-needle sewing machine (see Patent Document 3) in which the frame 4 supporting the needle bar group rotates.

以下ロータリ式多針ミシンの実施の形態を図面を用いて説明する。
図１４、図１５は、基枠Ａに複数の多針ミシン（刺繍ミシン）Ｂを連動可能に並列させて多頭ミシンを構成した例を示す。これらの図面は、夫々の多針ミシン（ロータリー式多針の刺繍ミシン）Ｂにあっては、複数の針棒７が並列され、各針棒７は針落ち位置1aに対して選択移動を自在に構成されている点の技術的事項を説明する為の図面で、特許文献３によって開示されている刺繍縫製を可能にする多針ミシンと同様の機能を発揮できる構成を示すものである。 An embodiment of a rotary multi-needle sewing machine will be described below with reference to the drawings.
14 and 15 show an example in which a multi-head sewing machine is configured by arranging a plurality of multi-needle sewing machines (embroidery sewing machines) B in parallel on the base frame A so as to be interlocked with each other. In these drawings, in each multi-needle sewing machine (rotary multi-needle embroidery sewing machine) B, a plurality of needle bars 7 are arranged in parallel, and each needle bar 7 can be freely selected and moved with respect to the needle drop position 1a. FIG. 1 is a diagram for explaining the technical matters of the configuration described above, and shows a configuration capable of exhibiting the same function as the multi-needle sewing machine disclosed in Patent Document 3 that enables embroidery sewing.

図において、符号１〜32は多針ミシンBにおける周知の構成（例えば特許文献３参照）を示すもので、
１はベッドの存在を示し、図では針板を示す。２はミシンのヘッドを示す。３はヘッドのフレームである。図１の多針ミシンBは、複数の針棒７を、一定の場所で回動軌跡を描く回動枠４に対して夫々上下動自在に並設する構成であるから、複数の多針ミシンを狭い間隔で配設することができる。例えば、周知の多針ミシンBにおいて２４０mmの間隔で配設されている場合、相互間の距離を６０mm位に狭くすることができる。
符号４〜17は針棒機構（針棒７及びそれと関連をもって作動する部材から成る機構を本件明細書中では針棒機構と呼ぶ）を構成する部材を示す。４は針棒保持枠（回動枠）で、フレーム３に対しベアリング５，６でもって水平回動自在に取付けてある。4aは糸ガイドである。７は針棒で、保持枠４に対して多数本が保持枠４の回動中心を中心とする一つの円弧上に並べて配設してあり（図１、２では針落ち位置（針孔1aの位置）の上方に到来しているもののみを示した）、各々は保持枠４に対して上下動自在となっている。９は縫製用の針である。11は布押えを支えるための部材で、上下のガイド部12，13を針棒７に対して上下動自在に装着してある。14は部材11と一体形成した布押えで、下端に押え部15を備える。16は針棒７及び布押えを上昇させるためのばね、17は針棒上昇用のばねである。 In the figure, reference numerals 1 to 32 indicate a well-known configuration in the multi-needle sewing machine B (for example, see Patent Document 3).
1 indicates the presence of a bed, and in the figure, a needle plate. Reference numeral 2 denotes a sewing machine head. Reference numeral 3 denotes a head frame. The multi-needle sewing machine B of FIG. 1 has a configuration in which a plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to a rotation frame 4 that draws a rotation locus at a fixed location. Can be arranged at narrow intervals. For example, when the known multi-needle sewing machine B is arranged at intervals of 240 mm, the distance between them can be reduced to about 60 mm.
Reference numerals 4 to 17 denote members constituting a needle bar mechanism (a mechanism comprising a needle bar 7 and a member operating in association therewith is referred to as a needle bar mechanism in the present specification). Reference numeral 4 denotes a needle bar holding frame (rotating frame) which is attached to the frame 3 by bearings 5 and 6 so as to be horizontally rotatable. 4a is a thread guide. Reference numeral 7 denotes a needle bar. A large number of needle bars 7 are arranged side by side with respect to the holding frame 4 on one arc centered on the rotation center of the holding frame 4 (in FIGS. Only the ones that have arrived above the position) are shown), each of which is movable up and down with respect to the holding frame 4. 9 is a needle for sewing. 11 is a member for supporting the presser foot, and upper and lower guide portions 12 and 13 are mounted on the needle bar 7 so as to be movable up and down. 14 is a presser foot formed integrally with the member 11, and includes a presser portion 15 at the lower end. 16 is a spring for raising the needle bar 7 and the presser foot, and 17 is a spring for raising the needle bar.

次に20は針棒７を上下動させるための駆動機構を示し、符号21〜28で示される部材によって構成してある。
21は案内棒を示し、保持枠４の回動中心に設けられている。該案内棒21は針棒保持枠４の回動を後述の天秤保持枠に伝達するための部材でもあり、フレーム３に対し回動自在に取付けてある。21ａは針棒保持枠４から案内棒21に回動を伝達するための伝達部材である。22はフレーム３と案内棒21との間の耐磨耗性を向上する為にフレーム３に取付けたスリーブである。23は案内棒21に上下動自在に装着した昇降体で、針棒７を押えるための針棒押え23ａを有する。24はミシン主軸を示し、同時に複数の多針ミシンＢを作動させて能率よく縫製するためのものである。従って、複数の多針ミシンＢの夫々においては、夫々針棒７を選択移動させて、多色の色糸を変更しながら、夫々連動させて、シークインをカラフルな色糸で縫い付けできる。
25は主軸24の回転運動を上下運動に変換して昇降体23に伝える為の機構で、梃子クランク機構を例示し、26は主軸24に取付けた偏心輪（円盤状のクランク）、26ａはクランクロッド、27はレバーで、一端27ａをフレーム３に枢着してあり、中間部にクランクロッド26ａが連結してある。28はレバー27と昇降体23とを連結するリンクである。 Next, reference numeral 20 denotes a drive mechanism for moving the needle bar 7 up and down, which is constituted by members denoted by reference numerals 21 to 28.
Reference numeral 21 denotes a guide bar, which is provided at the center of rotation of the holding frame 4. The guide bar 21 is also a member for transmitting the rotation of the needle bar holding frame 4 to a later-described balance holding frame, and is attached to the frame 3 so as to be rotatable. 21 a is a transmission member for transmitting the rotation from the needle bar holding frame 4 to the guide bar 21. Reference numeral 22 denotes a sleeve attached to the frame 3 in order to improve wear resistance between the frame 3 and the guide rod 21. Reference numeral 23 denotes an elevating body mounted on the guide bar 21 so as to be movable up and down, and has a needle bar presser 23 a for pressing the needle bar 7. Reference numeral 24 denotes a sewing machine main shaft, which simultaneously operates a plurality of multi-needle sewing machines B to sew efficiently. Therefore, in each of the plurality of multi-needle sewing machines B, the needle bar 7 can be selectively moved to change the multi-colored yarns, and the sequins can be sewn together with the colorful colored yarns in conjunction with each other.
25 is a mechanism for converting the rotational movement of the main shaft 24 into a vertical movement and transmitting it to the lifting body 23. An example is a lever crank mechanism, 26 is an eccentric wheel (disk-shaped crank) attached to the main shaft 24, and 26a is a crank. A rod 27 is a lever, and one end 27a is pivotally attached to the frame 3, and a crank rod 26a is connected to an intermediate portion. Reference numeral 28 denotes a link that connects the lever 27 and the lifting body 23.

次に29は天秤保持枠で、フレーム３に対し水平回動自在に取付けられ、上記案内棒21を回動の伝達杆として利用して上記針棒保持枠４に対して一体化移動自在に連結してある。30は針９に至る糸を上げ下げする為の上下動自在の天秤で、各針９に対応させて設けてあり各々は天秤保持枠29に取付けてある。31は針落ち位置1aの上方に到来した針９に対応する天秤を選択的に駆動する天秤駆動機構を示し、周知のように主軸２４の回動によりその回動を天秤の上下動に伝達する為のものである。
32は複数が並列されている糸ガイドで、天秤30及び針棒７と一体的に水平回動させるために上記天秤保持枠29に取付けてある。
尚Ｔは天秤30から針９に至る多数の糸の存在を示す。 Next, reference numeral 29 denotes a balance holding frame, which is attached to the frame 3 so as to be horizontally rotatable, and is connected to the needle bar holding frame 4 so as to be integrally movable by using the guide bar 21 as a rotation transmission rod. It is. Reference numeral 30 denotes a balance that can be moved up and down to raise and lower the thread reaching the needle 9, and is provided corresponding to each needle 9, and each is attached to a balance holding frame 29. Reference numeral 31 denotes a balance driving mechanism that selectively drives a balance corresponding to the needle 9 that has arrived above the needle drop position 1a. As is well known, the rotation of the main shaft 24 is transmitted to the vertical movement of the balance. Is for the purpose.
A plurality of thread guides 32 arranged in parallel are attached to the balance holding frame 29 so as to be horizontally rotated integrally with the balance 30 and the needle bar 7.
T indicates the presence of a large number of threads from the balance 30 to the needle 9.

上記構成のものにあっては、主軸24の回動により昇降体23が上下動されると、針落位置上方に選択移動せられて位置している針棒７が上下動され、それと連動して布押え14が上下動される。又対応天秤30が上下動され、ベッド下では釜が作動される。
これらの作動により、周知の如く縫製が行われる。色糸を変更する場合は、多針ミシンＢにおける回動枠４に対して複数の針棒７が上下動自在に並設されているので、周知のように回動枠４を回動させることにより針落ち位置1aに対して任意の針棒７は選択移動され、周知の如く相互に異色の糸で夫々縫製が行われる。 In the above configuration, when the lifting / lowering body 23 is moved up and down by the rotation of the main shaft 24, the needle bar 7 that is selectively moved above the needle drop position is moved up and down and interlocked therewith. The work clamp 14 is moved up and down. The corresponding balance 30 is moved up and down, and the hook is operated under the bed.
By these operations, sewing is performed as is well known. When changing the color thread, since the plurality of needle bars 7 are juxtaposed in a vertically movable manner with respect to the rotation frame 4 in the multi-needle sewing machine B, the rotation frame 4 is rotated as is well known. As a result, the arbitrary needle bar 7 is selectively moved with respect to the needle drop position 1a, and sewing is performed with mutually different colored threads as is well known.

さらに上記構成にあっては、複数の多針ミシンＢの夫々が、一定の場所で夫々回動軌跡を描く回動枠４に対して、複数の針棒７を夫々上下動自在に並設し、各針棒７は回動枠４を回動させることにより一定のコンパクトな回動軌跡を描いて針落ち位置1aに選択移動するように構成するものであるから、上記複数の多針ミシンＢにおける夫々の横幅は狭小にでき、隣接相互間は近づけて配置することができるので、設置場所における全体の横幅方向の専有面積を小型化できる効果がある。
その上、各針棒７は回動枠４を回動させることにより一定のコンパクトな回動軌跡を描いて針落ち位置1aに選択移動するものであるから、図１６から明らかなように、シークイン供給装置Eの供給位置７９と、多針ミシンBの手前側を開放させる退避位置８０との移動距離w2は極めて短くなり、その結果、横持出アーム４５の持出寸法w3も短くなり、横持出アーム４５の荷重負担も少なく、横持出アーム４５に対する振動防止手段も簡易になる。 Further, in the above-described configuration, the plurality of needle needles 7 are juxtaposed in a vertically movable manner with respect to the rotation frame 4 in which each of the plurality of multi-needle sewing machines B draws a rotation locus at a certain place. Each needle bar 7 is configured so as to selectively move to the needle drop position 1a while drawing a fixed compact trajectory by rotating the rotation frame 4. Since the horizontal width of each can be reduced and the adjacent areas can be arranged close to each other, there is an effect that the entire occupied area in the horizontal width direction at the installation location can be reduced.
In addition, each needle bar 7 is selectively moved to the needle drop position 1a by drawing a fixed compact trajectory by rotating the rotation frame 4, and as shown in FIG. The moving distance w2 between the supply position 79 of the supply device E and the retracted position 80 for opening the front side of the multi-needle sewing machine B is extremely short. As a result, the take-out dimension w3 of the horizontal take-out arm 45 is also shortened. The load on the take-out arm 45 is small, and the vibration preventing means for the side take-off arm 45 is simplified.

次に、図１４及び図１６、１７、１８に示す支持機構３６は、複数セットの支持機構３６の内の一つのセットを示すものである。３７は、複数の内の一つのアーム部材で、図示のように元部を、図１４の多頭並設する多針ミシンB、B・・・Bの間に夫々位置する基枠Ａに対して任意の手段により夫々固着してある。基枠Ａとしては、基枠Ａに連なるヘッドの固定部分であるフレーム３に対してアーム部材３７の元部を固着したものであっても良い。     Next, the support mechanism 36 shown in FIGS. 14, 16, 17, and 18 represents one set of a plurality of sets of support mechanisms 36. Reference numeral 37 denotes a plurality of arm members, and as shown in the figure, the base part is arranged with respect to the base frame A positioned between the multi-needle sewing machines B, B,. Each is fixed by any means. As the base frame A, the base part of the arm member 37 may be fixed to the frame 3 which is a fixed part of the head connected to the base frame A.

次に、図１４〜図１８に表れているシークイン供給装置E（支持機構３６（符号３６〜４８が付されている構成、部材、手段等）を含む）について説明する。これらの支持機構３６を含むシークイン供給装置Eは、上記図１１、図１２、図１３の支持機構３６を含むシークイン供給装置Eと、構成が似ており、図１１の軌条３８の横幅寸法と、横持出アーム４５を短かくしたものであり、実質的に同一の構成を開示するものである。
よって、図１４〜図１８の説明においては、前述の図１１〜図１３と同符号を用いた構成、部材等の機能、性質、特徴等は、前述した図１１〜図１３の説明と同旨であるので、重複する説明は一部省略する。 Next, the sequin supply apparatus E (including the support mechanism 36 (including components, members, means, and the like provided with reference numerals 36 to 48)) illustrated in FIGS. 14 to 18 will be described. The sequin supply device E including these support mechanisms 36 is similar in configuration to the sequin supply device E including the support mechanisms 36 in FIGS. 11, 12, and 13, and the lateral width dimension of the rail 38 in FIG. The laterally extending arm 45 is shortened, and substantially the same configuration is disclosed.
Accordingly, in the description of FIGS. 14 to 18, the configurations, functions, properties, characteristics, and the like of the components, members, and the like using the same reference numerals as those in FIGS. 11 to 13 are the same as those in FIGS. 11 to 13. Because of this, a part of the overlapping explanation is omitted.

次に、支持機構３６における軌条３８と、基台機構４０との組み合わせに関する構成として、図８、１１に示されている軌条３８と、基台機構４０の組み合わせに関して説明したが、従来より知られているリニアガイドウエイにおけるレールと、そのレールに対して移動自在にしてあるブロックに係わる構成を置き換えて利用してもよい。   Next, as a configuration related to the combination of the rail 38 and the base mechanism 40 in the support mechanism 36, the combination of the rail 38 and the base mechanism 40 shown in FIGS. 8 and 11 has been described. The configuration relating to the rail in the linear guideway and the block that is movable with respect to the rail may be replaced.

Ａ・・・機枠（基枠）、
Ｂ・・・多針ミシン、
Ｓ・・・シークイーン、
Ｅ・・・シークイーン供給装置、
１・・・ベット、
１ａ・・・針落ち位置、
２・・・ヘッド、
３・・・ヘッドのフレーム、
４・・・回動枠（横動枠）
７・・・針棒、
２０・・・駆動機構、
３６・・・支持機構、
３７・・・アーム部材、
３８・・・軌条、
３９a・・・補強板、
３９b・・・軌条本体、
４０・・・基台機構、
４１・・・移動部材、
４２・・・当接部材、
４３・・・当接点、
４４・・・連結部材、
４５・・・横持出アーム、
４６・・・挿入用空間、
４７・・・・係合突起 、
４８・・・ねじ棒４８
５４・・・主要枠
５５・・・ガイドレール、
５６ａ・・・主部材、
５６b・・・案内部材、
５７・・・元部、
５８・・・孔、
５９・・・ボルト、
６０・・・主枠部材、
６１・・・補助材、
６２・・・摺動部材、
６３・・・昇降機構、
６６・・・リール、
66a・・・手前側部分
６７・・・枢支軸、
６８・・・ガイドローラー、
７０・・・供給機構、
７２・・・モーター、
７３・・・リンク（往復動作機構）、
７４・・・往復動作送り爪、
７５・・・切断刃物、
７７・・・手前側（作業者77aが居る方向）、
７８・・・上昇位置、
７９・・・供給位置、
８０・・・退避位置（斜め上昇位置）、
８１・・・作業空間、
８２・・・正面位置 A: Machine frame (base frame),
B ... Multi-needle sewing machine,
S ... Sea Queen,
E ... Sea queen feeder
1 ... Bet,
1a: Needle entry position,
2 ... head,
3 ... head frame,
4 ... Rotation frame (lateral movement frame)
7 ... needle bar,
20 ... Drive mechanism,
36 ... support mechanism,
37. Arm member,
38 ... rail,
39a ... reinforcing plate,
39b ... rail main body,
40: Base mechanism,
41 ... moving member,
42 ... abutting member,
43: Contact point,
44 ... connecting member,
45 ... Horizontal take-out arm,
46: Insertion space,
47 ..engagement protrusion
48 ... Screw rod 48
54 ... main frame 55 ... guide rail,
56a ... main member,
56b ... guide member,
57 ... original part,
58 ... hole,
59 ... Bolt,
60 ... main frame member,
61 ... auxiliary material,
62 ... sliding member,
63: Elevating mechanism,
66 ... reel,
66a: front side portion 67 ... pivot shaft,
68 ... guide roller,
70 ... supply mechanism,
72 ... motor,
73 ... Link (reciprocating mechanism),
74: Reciprocating feed claw,
75 ... Cutting blade,
77 ... This side (the direction where the worker 77a is),
78 ... Ascending position,
79 ... supply position,
80: Retraction position (obliquely raised position),
81 ... workspace,
82 ... Front position

Claims (4)

基枠に備えさせた多針ミシンにおける横動枠に対して複数の針棒が上下動自在に並設され、各針棒は横動枠を横動させることにより針落ち位置に対して選択移動を自在に構成されており、
さらに夫々の多針ミシンの手前には、多針ミシンの針落ち位置に対してシークインを次々と供給できるようにしてあるシークイン供給装置を備えさせており、
上記のシークイン供給装置は、自体の主要枠を多針ミシンの基枠で支える為に多針ミシンの基枠から手前側に向けて持ち出し状に構成された支持機構と、
主要枠の上部において回動自在に備えさせてあるリールと、主要枠の下部においてリールから延出させた帯状のシークインを次々と上記多針ミシンの針落ち位置に供給するようにしてあるシークイン供給機構とを備えているシークイン供給装置を備える多針ミシンにおいて、
上記支持機構は、多針ミシンの側方において機枠に固着された状態で配置され、多針ミシンに向けて長く形成してある軌条と、
軌条に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構と、
多針ミシンの横動枠により支持する針棒列の全域を直線的に大きく往復動させて全ての針棒を針落ち位置に選択移動可能にさせるために、多針ミシンの手前側に横動枠挿入空間を形成するように多針ミシンの前面から離した位置に配設してある横持出アームとを備え、
上記横持出アームの先部は、上記シークイン供給装置の主要枠に対して連結すると共に横持出アームの元部は上記基台機構に連結して、上記基台機構を軌条に沿って進退させることによって、上記シークイン供給装置を供給位置と、多針ミシンの手前側を開放させる退避位置とに移動を可能に構成してあることを特徴とするシークイン供給装置を備える多針ミシン。 Multiple needle bars are juxtaposed in a vertically movable manner with respect to the lateral movement frame of the multi-needle sewing machine provided in the base frame, and each needle bar is selectively moved with respect to the needle drop position by laterally moving the lateral movement frame. Is configured freely,
Furthermore, in front of each multi-needle sewing machine, it is equipped with a sequin supply device that can supply sequins one after another to the needle drop position of the multi-needle sewing machine.
The sequin supply device described above has a support mechanism configured to be brought out from the base frame of the multi-needle sewing machine toward the front side in order to support the main frame of the sequin with the base frame of the multi-needle sewing machine,
A reel that is provided rotatably at the upper part of the main frame, and a strip-like sequin that extends from the reel at the lower part of the main frame, one after another, is supplied to the needle drop position of the multi-needle sewing machine. In a multi-needle sewing machine comprising a sequin supply device comprising a mechanism,
The support mechanism is arranged in a state of being fixed to the machine frame on the side of the multi-needle sewing machine, and has a rail formed long toward the multi-needle sewing machine,
A base mechanism that is configured to freely reciprocate in the longitudinal direction of the rail with respect to the rail,
To move the entire needle bar row supported by the horizontal movement frame of the multi-needle sewing machine linearly and reciprocally so that all the needle bars can be selectively moved to the needle drop position, they move laterally to the front side of the multi-needle sewing machine. A horizontal take-off arm disposed at a position away from the front surface of the multi-needle sewing machine so as to form a frame insertion space;
The front part of the lateral take-out arm is connected to the main frame of the sequin supply device, and the base part of the horizontal take-out arm is connected to the base mechanism, so that the base mechanism moves forward and backward along the rail. A multi-needle sewing machine comprising a sequin supply device, wherein the sequin supply device is configured to be movable between a supply position and a retracted position where the front side of the multi-needle sewing machine is opened. 基枠に備えさせた多針ミシンにおける横動枠に対して複数の針棒が上下動自在に並設され、各針棒は横動枠を横動させることにより針落ち位置に対して選択移動を自在に構成されており、
さらに夫々の多針ミシンの手前には、多針ミシンの針落ち位置に対してシークインを次々と供給できるようにしてあるシークイン供給装置を備えさせており、
上記のシークイン供給装置は、自体の主要枠を多針ミシンの基枠で支える為に多針ミシンの基枠から手前側に向けて持ち出し状に構成された支持機構と、主要枠の上部において回動自在に備えさせてあるリールと、主要枠の下部においてリールから延出させた帯状のシークインを次々と上記多針ミシンの針落ち位置に供給するようにしてあるシークイン供給機構とを備えているシークイン供給装置を備える多針ミシンにおいて、
上記支持機構は、多針ミシンの側方において機枠に固着された状態で配置され、多針ミシンに向けて長く形成してある軌条と、
軌条に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構であって、その基台機構における移動部材の軌条の側には、軌条の長手方向の前後複数個所において夫々軌条の上下両面に夫々当接する状態で往復移動を自在に構成されている複数の当接部材を有する基台機構と、
多針ミシンの横動枠により支持する針棒列の全域を直線的に大きく往復動させて全ての針棒を針落ち位置に選択移動可能にさせるために、多針ミシンの手前側に横動枠挿入空間を形成するように多針ミシンの前面から離した位置に配設してある横持出アームとを備え、
上記横持出アームの先部は、上記シークイン供給装置の主要枠に対して連結すると共に横持出アームの元部は上記基台機構に連結して、上記基台機構を軌条に沿って進退させることによって、上記シークイン供給装置を供給位置と、多針ミシンの手前側を開放させる退避位置とに移動を可能に構成してあることを特徴とするシークイン供給装置を備える多針ミシン。 Multiple needle bars are juxtaposed in a vertically movable manner with respect to the lateral movement frame of the multi-needle sewing machine provided in the base frame, and each needle bar is selectively moved with respect to the needle drop position by laterally moving the lateral movement frame. Is configured freely,
Furthermore, in front of each multi-needle sewing machine, it is equipped with a sequin supply device that can supply sequins one after another to the needle drop position of the multi-needle sewing machine.
The sequin supply device described above has a support mechanism configured to be carried out from the base frame of the multi-needle sewing machine toward the front side in order to support the main frame of the sequin with the base frame of the multi-needle sewing machine, and the upper part of the main frame. A reel provided movably, and a sequin supply mechanism configured to successively supply a strip-like sequin extended from the reel at the lower part of the main frame to the needle drop position of the multi-needle sewing machine. In a multi-needle sewing machine equipped with a sequin supply device,
The support mechanism is arranged in a state of being fixed to the machine frame on the side of the multi-needle sewing machine, and has a rail formed long toward the multi-needle sewing machine,
A base mechanism that is configured to freely reciprocate in the longitudinal direction of the rail with respect to the rail, and on the side of the rail of the moving member in the base mechanism, there are a plurality of positions in the longitudinal direction of the rail. A base mechanism having a plurality of abutting members configured to freely reciprocate in a state of abutting on the upper and lower surfaces of the rail, respectively,
To move the entire needle bar row supported by the horizontal movement frame of the multi-needle sewing machine linearly and reciprocally so that all the needle bars can be selectively moved to the needle drop position, they move laterally to the front side of the multi-needle sewing machine. A horizontal take-off arm disposed at a position away from the front surface of the multi-needle sewing machine so as to form a frame insertion space;
The front part of the lateral take-out arm is connected to the main frame of the sequin supply device, and the base part of the horizontal take-out arm is connected to the base mechanism, so that the base mechanism moves forward and backward along the rail. A multi-needle sewing machine comprising a sequin supply device, wherein the sequin supply device is configured to be movable between a supply position and a retracted position where the front side of the multi-needle sewing machine is opened. 基枠に備えさせた多針ミシンにおける横動枠に対して複数の針棒が上下動自在に並設され、各針棒は横動枠を横動させることにより針落ち位置に対して選択移動を自在に構成されており、
さらに夫々の多針ミシンの手前には、多針ミシンの針落ち位置に対してシークインを次々と供給できるようにしてあるシークイン供給装置を備えさせており、
上記のシークイン供給装置は、自体の主要枠を多針ミシンの基枠で支える為に多針ミシンの基枠から手前側に向けて持ち出し状に構成された支持機構と、主要枠の上部において回動自在に備えさせてあるリールと、主要枠の下部においてリールから延出させた帯状のシークインを次々と上記多針ミシンの針落ち位置に供給するようにしてあるシークイン供給機構とを備えているシークイン供給装置を備える多針ミシンにおいて、
上記支持機構は、多針ミシンの側方において機枠に固着された状態で配置され、多針ミシンに向けて長く形成してある軌条であって、その軌条に対しては、軌条の長手方向に向けての長く形成した案内溝が備えさせてある軌条と、
軌条に対して、軌条の長手方向に向けて往復移動を自在に装着してある基台機構であって、その装着状態は、基台機構における移動部材の軌条対向面に、上記軌条に備えさせてある案内溝に遊嵌状に係合させる係合突起が備えさせてある基台機構と、
多針ミシンの横動枠により支持する針棒列の全域を直線的に大きく往復動させて全ての針棒を針落ち位置に選択移動可能にさせるために、多針ミシンの手前側に横動枠挿入空間を形成するように多針ミシンの前面から離した位置に配設してある横持出アームとを備え、
上記横持出アームの先部は、上記シークイン供給装置の主要枠に対して連結すると共に横持出アームの元部は上記基台機構における移動部材に連結して、上記基台機構を軌条に沿って進退させることによって、上記シークイン供給装置を供給位置と、多針ミシンの手前側を開放させる退避位置とに移動を可能に構成してあることを特徴とするシークイン供給装置を備える多針ミシン。 Multiple needle bars are juxtaposed in a vertically movable manner with respect to the lateral movement frame of the multi-needle sewing machine provided in the base frame, and each needle bar is selectively moved with respect to the needle drop position by laterally moving the lateral movement frame. Is configured freely,
Furthermore, in front of each multi-needle sewing machine, it is equipped with a sequin supply device that can supply sequins one after another to the needle drop position of the multi-needle sewing machine.
The sequin supply device described above has a support mechanism configured to be carried out from the base frame of the multi-needle sewing machine toward the front side in order to support the main frame of the sequin with the base frame of the multi-needle sewing machine, and the upper part of the main frame. A reel provided movably, and a sequin supply mechanism configured to successively supply a strip-like sequin extended from the reel at the lower part of the main frame to the needle drop position of the multi-needle sewing machine. In a multi-needle sewing machine equipped with a sequin supply device,
The support mechanism is a rail that is arranged in a state fixed to the machine frame on the side of the multi-needle sewing machine, and is formed long toward the multi-needle sewing machine. A rail provided with a long guide groove toward
A base mechanism that is freely attached to the rail in the longitudinal direction of the rail, and is mounted on the rail-facing surface of the moving member in the base mechanism. A base mechanism provided with an engaging projection for loosely engaging with a guide groove,
To move the entire needle bar row supported by the horizontal movement frame of the multi-needle sewing machine linearly and reciprocally so that all the needle bars can be selectively moved to the needle drop position, they move laterally to the front side of the multi-needle sewing machine. A horizontal take-off arm disposed at a position away from the front surface of the multi-needle sewing machine so as to form a frame insertion space;
The front part of the horizontal take-out arm is connected to the main frame of the sequin supply device, and the base part of the horizontal take-out arm is connected to a moving member in the base mechanism, and the base mechanism is used as a rail. A multi-needle sewing machine provided with a sequin supply device, wherein the sequin supply device can be moved to a supply position and a retracted position for opening the front side of the multi-needle sewing machine by moving forward and backward along . 基枠に備えさせた多針ミシンにおける回動枠に対して複数の針棒が上下動自在に並設され、各針棒は回動枠を回動させることにより針落ち位置に対して選択移動を自在に構成されており、
さらに夫々の多針ミシンの手前には、多針ミシンの針落ち位置に対してシークインを次々と供給できるようにしてあるシークイン供給装置を備えさせており、
上記のシークイン供給装置は、自体の主要枠を多針ミシンの基枠で支える為に多針ミシンの基枠から手前側に向けて持ち出し状に構成された支持機構と、
主要枠の上部において回動自在に備えさせてあるリールと、主要枠の下部においてリールから延出させた帯状のシークインを次々と上記多針ミシンの針落ち位置に供給するようにしてあるシークイン供給機構とを備えているシークイン供給装置を備える多針ミシンにおいて、
上記支持機構は、多針ミシンの側方において機枠に固着された状態で配置され、多針ミシンに向けて長く形成してある軌条と、軌条に対して、軌条の長手方向に向けて往復移動を自在に構成されている基台機構と、元部は上記基台機構に連結し、先部は、上記シークイン供給装置の主要枠に対して連結する横持出アームとを備え、
上記基台機構を軌条に沿って進退させることによって、上記シークイン供給装置を供給位置と、多針ミシンの手前側を開放させる退避位置とに移動を可能に構成してあることを特徴とするシークイン供給装置を備える多針ミシン。 A plurality of needle bars are juxtaposed in a vertically movable manner with respect to the rotating frame of the multi-needle sewing machine provided in the base frame, and each needle bar is selectively moved with respect to the needle drop position by rotating the rotating frame. Is configured freely,
Furthermore, in front of each multi-needle sewing machine, it is equipped with a sequin supply device that can supply sequins one after another to the needle drop position of the multi-needle sewing machine.
The sequin supply device described above has a support mechanism configured to be brought out from the base frame of the multi-needle sewing machine toward the front side in order to support the main frame of the sequin with the base frame of the multi-needle sewing machine,
A reel that is provided rotatably at the upper part of the main frame, and a strip-like sequin that extends from the reel at the lower part of the main frame, one after another, is supplied to the needle drop position of the multi-needle sewing machine. In a multi-needle sewing machine comprising a sequin supply device comprising a mechanism,
The support mechanism is arranged in a state of being fixed to the machine frame on the side of the multi-needle sewing machine, and is reciprocated in the longitudinal direction of the rail with respect to the rail that is formed long toward the multi-needle sewing machine. A base mechanism that is configured to freely move, a base portion is connected to the base mechanism, and a front portion is provided with a lateral carry-out arm that is connected to a main frame of the sequin supply device,
The sequin is configured such that by moving the base mechanism back and forth along a rail, the sequin supply device can be moved between a supply position and a retreat position where the front side of the multi-needle sewing machine is opened. Multi-needle sewing machine equipped with a feeding device.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11013903B2 (en) 2015-12-22 2021-05-25 Nikkiso Company Limited Clamping device

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Publication number Priority date Publication date Assignee Title
JPH0551263U (en) * 1991-12-11 1993-07-09 株式会社友縫機械 Vertical manual surger
JP2007229013A (en) * 2006-02-27 2007-09-13 Tokai Ind Sewing Mach Co Ltd Sewing machine with sequin sewing device
JP2008295826A (en) * 2007-05-31 2008-12-11 Barudan Co Ltd Rotary multi-needle sewing machine

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Publication number Priority date Publication date Assignee Title
JPH0551263U (en) * 1991-12-11 1993-07-09 株式会社友縫機械 Vertical manual surger
JP2007229013A (en) * 2006-02-27 2007-09-13 Tokai Ind Sewing Mach Co Ltd Sewing machine with sequin sewing device
JP2008295826A (en) * 2007-05-31 2008-12-11 Barudan Co Ltd Rotary multi-needle sewing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11013903B2 (en) 2015-12-22 2021-05-25 Nikkiso Company Limited Clamping device

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