JPH04100927A - Sliver ending head - Google Patents
Sliver ending headInfo
- Publication number
- JPH04100927A JPH04100927A JP21005090A JP21005090A JPH04100927A JP H04100927 A JPH04100927 A JP H04100927A JP 21005090 A JP21005090 A JP 21005090A JP 21005090 A JP21005090 A JP 21005090A JP H04100927 A JPH04100927 A JP H04100927A
- Authority
- JP
- Japan
- Prior art keywords
- sliver
- trumpet
- shino
- head
- ending
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 238000009987 spinning Methods 0.000 claims abstract description 25
- 241000309551 Arthraxon hispidus Species 0.000 claims description 15
- 238000011144 upstream manufacturing Methods 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 238000007796 conventional method Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 239000000835 fiber Substances 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 239000004576 sand Substances 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
Landscapes
- Spinning Or Twisting Of Yarns (AREA)
Abstract
Description
【発明の詳細な説明】
産業上の利用分野
この発明は精紡クリールの篠継装置に使用される篠継ヘ
ットに係り、詳しくは篠継動作時に精紡機のトランペッ
トに篠を円滑に挿入する篠継ヘッドに関する。DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application This invention relates to a spinning head used in a spinning creel spinning device, and more specifically, to a spinning head for smoothly inserting a fishing rod into the trumpet of a spinning machine during spinning creel operation. Regarding the joint head.
従来の技術
精紡機のトラフト部では、バックローラ上流のトランペ
ットを紡出運転中に機台長手方向に所定量往復動（トラ
バース）させて、トラフトローラのゴムコツトの局部摩
耗を防止している。In the trough section of a conventional spinning frame, a trumpet upstream of the back roller is caused to reciprocate (traverse) a predetermined amount in the longitudinal direction of the frame during spinning operation to prevent local wear of the rubber tip of the trough roller.
このような精紡機に対し、トランペット上方の篠継位置
に精紡クリールに準備した満ボビンの予備篠を篠継ヘッ
ドで運び、紡出中の供給篠に重ねて予備篠をトランペッ
トへ挿入し、ドラフト部で追継する篠継装置がある（特
開昭６２−５３４２５号等）。このような篠継装置では
篠継作業時に前記篠継ヘッドが正面から見てスピンドル
中心線上にあるので、この位置に対してトランペットが
左右にトラバースしてずれると重ねられた満ボビンの予
備篠端がトランペットに円滑に導入されず篠継がうまく
行なわれないおそれがある。For such a spinning machine, a spinning head carries a full bobbin of spare yarn prepared on a spinning creel to a spinning creel above the trumpet, and inserts the spare yarn into the trumpet so that it overlaps the supply yarn during spinning. There is a Shino-tsugi device that carries out the following in the draft section (Japanese Patent Laid-Open No. 62-53425, etc.). In such a Shino-joining device, during Shino-joining work, the Shino-joining head is located on the spindle center line when viewed from the front, so if the trumpet traverses left and right with respect to this position and shifts, the spare Shino ends of the stacked full bobbins will be removed. There is a risk that the trumpet will not be introduced smoothly and the Shinotsugi will not be performed properly.
そのため、特開平２−１０４７２９号には、グリッパに
対し、組糸をつかむクランプ装置の上端部をトランペッ
トのトラバース方向に揺動するように軸支し、篠継位置
においてクランプ装置の案内部材とトランペットに設け
た案内面とを係合させ、トランペットのトラバース移動
にクランプ装置を追従させて粗糸がトランペットに円滑
に挿入されるようにしたものが開示しである。Therefore, in Japanese Patent Application Laid-Open No. 2-104729, the upper end of a clamp device that grips the braided yarn is pivotally supported on the gripper so as to swing in the traverse direction of the trumpet, and the guide member of the clamp device and the trumpet are connected to the gripper at the joint position. This discloses a method in which the roving is smoothly inserted into the trumpet by engaging the roving with a guide surface provided on the trumpet and causing the clamp device to follow the traverse movement of the trumpet.
発明が解決しようとする課題
前記従来装置によれば、トランペットがトラバースのど
の位置にあってもクランプ装置の案内部材とトランペッ
トの案内面を係合させねばならないので、トランペット
には、クランプ装置へ向いて開口し、トラバース方向に
大きく拡がった案内面を設ける必要がある。このように
特殊なトランペットを用いるため、既設の精紡機で前記
従来技術を実施しようとすれば、機台のトランペットを
全て交換せねばならず改造作業が煩雑となる問題がある
。Problems to be Solved by the Invention According to the conventional device, the guide member of the clamp device must engage the guide surface of the trumpet no matter where the trumpet is in the traverse. It is necessary to provide a guide surface that is open and widens in the traverse direction. Since such a special trumpet is used, if the above-mentioned conventional technique is applied to an existing spinning machine, all the trumpets in the machine frame must be replaced, making the modification work complicated.
課題を解決するための手段
この発明は前記課題を解決するため篠の左右方向の位置
規制を行なう篠案内溝を備えた篠継ヘッドであって、精
紡機台長手方向にトラバースするトランペット上方の篠
継位置において、ドラフト部へ送り込まれつつある供給
篠に予め準備した予備篠を前記篠案内溝内で重ねるよう
にした篠継ヘッドにおいて、篠継ヘットのヘット本体に
は、前記篠案内溝を形成した篠案内部材を、前記篠継位
置においてトランペットと非係合状態でトランペットの
トラバース方向に揺動自在に軸支したことを特徴とする
。Means for Solving the Problems In order to solve the above-mentioned problems, the present invention provides a thread joint head equipped with a thread guide groove for regulating the position of the thread in the left-right direction, the thread connecting the thread above the trumpet that traverses in the longitudinal direction of the spinning frame frame. In the shin joint head, in which a spare shin prepared in advance is superimposed on the supply shin that is being fed into the draft section in the shin guide groove at the joint position, the shin guide groove is formed in the head body of the shin joint head. The present invention is characterized in that the Shino guide member is pivotably supported in the traverse direction of the trumpet in a non-engaged state with the trumpet at the Shino joint position.
作用
前記篠継ヘッドは予備篠端を篠案内溝内に保持して篠継
位置へ前進される。トランペットと篠継ヘッドがずれて
いるとき、ドラフト部へ送り込まれつつある供給篠はス
ピンドル中心線に対し正面から見て斜めとなっているが
、篠案内部材の前進移動中にその篠案内溝に供給篠が導
入されて篠案内部材は供給篠によって揺動し、予備篠と
供給篠を篠案内溝内で重ねる。その後は引き続き供給篠
のトラバース移動によって篠案内部材はトランペットに
追従するように揺動し、篠案内溝内で重ねられた予備篠
は供給篠と共にトランペット中心へ円滑に挿入される。Operation The shading head is advanced to the shading position while holding the preliminary shading end in the shading guide groove. When the trumpet and the Shino joint head are misaligned, the supplied Shino that is being fed into the draft section is oblique to the spindle center line when viewed from the front, but during the forward movement of the Shino guide member, the supply Shino is in the Shino guide groove. When the supply shell is introduced, the shell guide member is swung by the supply shell, and the preliminary shell and the supply shell are overlapped in the shell guide groove. Thereafter, by the traverse movement of the supply wire, the wire guide member swings to follow the trumpet, and the spare wire stacked in the wire guide groove is smoothly inserted into the center of the trumpet together with the supply wire.
実施例
第１，７図において精紡Ｉａ１のローラビーム２上にド
ラフト部３が設けである。トラフト部３のバンクローラ
４上流には、トランペット５が各錘毎に配設されている
。各トランペット５は機台長手方向に延設したトラバー
スバー６に一体固着してあり、図示しない公知のトラバ
ース機構により対応するスピンドル中心線Ｌ（第３図）
の左右に所定量往復動するようにしである。Embodiment In FIGS. 1 and 7, a draft portion 3 is provided on the roller beam 2 of the spinning Ia1. A trumpet 5 is arranged for each weight upstream of the bank roller 4 of the raft section 3. Each trumpet 5 is integrally fixed to a traverse bar 6 extending in the longitudinal direction of the machine base, and is connected to a corresponding spindle center line L (Fig. 3) by a known traverse mechanism (not shown).
It is designed to reciprocate a predetermined amount from side to side.
篠継ヘッド１０は第７図に示されるような篠継装置３０
（特開昭６２−５３４２５号と同等のもの）に搭載され
る。この篠継装置３０は、待機位１ｉ［Ａと前進端Ｂと
の間で揺動するアーム７を備えている。アーム７の先端
にＬ字状断面のヘッド支持バー８（第１図）が揺動可能
に軸支しである。The Shinotsugi head 10 is a Shinotsugi device 30 as shown in FIG.
(equivalent to JP-A-62-53425). This connecting device 30 includes an arm 7 that swings between a standby position 1i[A and a forward end B. A head support bar 8 (FIG. 1) having an L-shaped cross section is pivotably supported at the tip of the arm 7.
ヘッド支持バー８には精紡スピンドルの２倍の機台長手
方向ピッチで複数（例えば６個）の篠継ヘット１０が装
着され、アーム７に取付けたシリンダ３１の動作で篠継
ヘッド１０が垂下位置とほぼ水平位置との間で揺動する
ようにしてあり、篠継ヘット１０はアーム７の前進端Ｂ
において、トランペット５の上方の篠継位置Ｃに位置す
るようにしである。この篠継装置３０において、３２は
満ボビン取降用ペッグ、３３は空ボビン取出用ペッグ、
３４は満ボビンＦＢから予備篠Ｒ１を吸引口出しし、篠
継ヘット１０に受渡す吸引ノズルを示す。A plurality of (for example, 6) Shinotsugu heads 10 are attached to the head support bar 8 at a pitch in the longitudinal direction of the machine that is twice that of the spinning spindle, and the Shinotsugu heads 10 are suspended by the operation of a cylinder 31 attached to the arm 7. The head 10 is configured to swing between the position and the approximately horizontal position, and the head 10 is located at the forward end B of the arm 7.
In this case, the trumpet 5 is positioned at a position C above the trumpet 5. In this Shinotsugu device 30, 32 is a peg for taking out a full bobbin, 33 is a peg for taking out an empty bobbin,
Reference numeral 34 indicates a suction nozzle that suctions out the preliminary thread R1 from the full bobbin FB and delivers it to the thread joint head 10.
篠継ヘッド１０において、ヘッド本体１１の先端には、
篠案内部材１２の上部が軸１３によって軸支され、篠案
内部材１２が前記トランペット５のトラバース方向へ揺
動自在になっている。第２図に示すように篠案内部材１
２は先端にＹ字状の篠案内溝１４が形成され、その溝底
部１４ａで予備篠Ｒ１とドラフト中の供給篠Ｒ２とが重
ねられるようにしである。ヘッド本体１１には篠把持レ
バー１５の先端部が前記篠案内溝１４の上方を横切るよ
うに軸１６により揺動自在に支持され、篠把持レバー１
５の後端は前記ヘット支持バー８に沿ってエアシリンダ
等の適宜な駆動手段で往復動するスライドバー１７に固
着した係止片１８と口−ラ１９を介して連結され、これ
によって篠把持レバー１５は第２図に示す待機位置と、
予備篠把持部材２０との間に予備篠Ｒ１を把持する把持
位置との間を揺動する。篠把持レバー１５の予備篠把持
面１５ａと協働して予備篠Ｒ１を把持する予備篠把持部
材２０はヘッド本体１１の前記篠案内溝１４の上部−側
に固着しである。ヘッド本体１１の、篠案内溝１４の上
部他側には供給篠把持機構２１が配置しである。供給篠
把持機構２１において、ヘット本体１１の取付壁１１ａ
にシリンダ２２が固着され、そのピストンロット２２ａ
先端に供給篠把持ブロック２３が連結しである。供給篠
把持ブロック２３前端部には篠把持溝２３ａが形成され
、その下部には突片２３ｂが下方へ突設しである。この
供給篠把持ブロック２３の下方に位置するヘット本体１
１の前方突出部１１ｂの上面は凹部１１ｃに形成され、
この凹部１１ｃ内にスライド部材２４が例えばあり溝案
内の如き摺動構造によって前記供給篠把持ブロック２３
の移動方向にスライドするようにしである。スライド部
材２４の先端は上方へＬ字状に突出され、前記篠把持溝
２３ａと協働して供給篠Ｒ２を把持する篠把持部２４ａ
が形成しである。またスライド部材２４の後部上面には
前記突片２３ｂと係合可能な段部２４ｂが設けである。In the Shinotsugu head 10, at the tip of the head body 11,
The upper part of the Shino guide member 12 is pivotally supported by a shaft 13, and the Shino guide member 12 is swingable in the traverse direction of the trumpet 5. As shown in Fig. 2, Shino guide member 1
No. 2 has a Y-shaped wire guide groove 14 formed at the tip, and the preliminary wire R1 and the supply wire R2 being drafted are overlapped at the groove bottom 14a. The head body 11 is swingably supported by a shaft 16 so that the tip of the Shino gripping lever 15 crosses above the Shino guide groove 14.
The rear end of 5 is connected via a lug 19 to a locking piece 18 fixed to a slide bar 17 that reciprocates along the head support bar 8 by an appropriate driving means such as an air cylinder, thereby allowing the gripping The lever 15 is in the standby position shown in FIG.
It swings between a gripping position in which the preliminary liner R1 is held between the preliminary liner gripping member 20 and the preliminary liner gripping member 20. A spare shell gripping member 20 that grips the preliminary shell R1 in cooperation with the preliminary shell gripping surface 15a of the shell gripping lever 15 is fixed to the upper side of the shell guide groove 14 of the head body 11. On the other side of the upper part of the head body 11 of the head body guide groove 14, a supply head gripping mechanism 21 is arranged. In the supply gripping mechanism 21, the mounting wall 11a of the head body 11
A cylinder 22 is fixed to the piston rod 22a.
A supply gripping block 23 is connected to the tip. A sand grip groove 23a is formed at the front end of the supply wire grip block 23, and a protruding piece 23b is provided at the lower part of the groove 23a to project downward. Head main body 1 located below this supply gripping block 23
The upper surface of the front protrusion 11b of 1 is formed into a recess 11c,
A slide member 24 is provided in the recess 11c with a sliding structure such as a dovetail groove guide, so that the supply line gripping block 23
so that it slides in the direction of movement. The tip of the slide member 24 is projected upward in an L-shape, and forms a gripping portion 24a that cooperates with the gripping groove 23a to grip the supply rod R2.
is formed. Further, the rear upper surface of the slide member 24 is provided with a stepped portion 24b that can be engaged with the protruding piece 23b.
そして前記前方突出部１１ｂの篠把持レバー側の側面ｌ
ｉｄと待機位置（第２図）にある篠把持レバー１５の供
給篠案内面１５ｂとの間には、供給篠Ｒ２が通過するの
に充分な隙間が設けである。And the side surface l of the front protrusion 11b on the side of the gripping lever
A sufficient gap is provided between id and the supply wire guide surface 15b of the wire gripping lever 15 in the standby position (FIG. 2) for the supply wire R2 to pass through.
精紡クリール前列の篠巻ボビンが小玉ボビンＳＢとなる
と、篠継装置３０が精紡機１の前面に沿って進入し、所
定の篠継動作位置で停止する。この位置で予備レールの
満ボビンＦＢを取降し、吸引ノズル３４で予備篠Ｒ１を
吸引口出しして垂下状態で篠把持レバー１５が待機位置
にある篠継ヘッド１０の篠案内溝１４へ案内し、篠把持
レバー１５を予備篠把持部材２０方向へ揺動して予備篠
Ｒ１を予備篠把持面１５ａと予備篠把持部材２０間で把
持する。次いでシリンダ３１の作用で篠継ヘッド１０を
ほぼ水平状態とし、予備篠Ｒ１を篠継ヘット１０と吸引
ノズル３４間で切断する。こうして予備篠Ｒ１は篠案内
溝１４の溝底部１４ａ内に保持される。次いでアーム７
が精紡機１に向けて揺動し、篠継ヘット１０は篠継位置
Ｃに至る。When the Shino winding bobbin in the front row of the spinning creel becomes the small bobbin SB, the Shino splicing device 30 enters along the front of the spinning machine 1 and stops at a predetermined Shino splicing operation position. At this position, the full bobbin FB of the spare rail is taken down, and the suction nozzle 34 sucks out the spare line R1 and guides it in a hanging state to the line guide groove 14 of the line joint head 10 where the line holding lever 15 is in the standby position. , the shin gripping lever 15 is swung in the direction of the auxiliary shin gripping member 20, and the auxiliary shin R1 is gripped between the auxiliary shin gripping surface 15a and the auxiliary shin gripping member 20. Next, the cylinder 31 brings the joint head 10 into a substantially horizontal state, and the preliminary wire R1 is cut between the joint head 10 and the suction nozzle 34. In this way, the preliminary liner R1 is held within the groove bottom 14a of the liner guide groove 14. Then arm 7
swings toward the spinning frame 1, and the shin joint head 10 reaches the shin joint position C.
この時、トランペット５の位置と篠継ヘッド１０とがず
れていなければ第５図のようになるが、両者がずれてい
ると、小玉ボビンＳＢからの供給篠Ｒ２は正面から見て
スピンドル中心線に対し斜めとなっており、篠案内部材
１２の前進移動中にその篠案内溝１４と供給篠Ｒ２とが
係合して篠案内部材１２が供給篠Ｒ２によって軸１３を
中心に揺動し、供給篠Ｒ２が溝底部１４ａに導入され、
両極Ｒ１，Ｒ２がアーム７の揺動方向において重ねられ
る。この時、スピンドル中心線に対し斜めとなっていた
供給篠Ｒ２は図示しないロービングガイドから溝底部１
４ａの上端（軸１３と対応する部分）までの間がほぼス
ピンドル中心線上に位置し、溝底部１４ａの上端から溝
底部１４ａに沿ってトランペット５へ向けて屈曲する（
第６図）。At this time, if the position of the trumpet 5 and the Shinotsugi head 10 are not misaligned, the result will be as shown in FIG. During the forward movement of the guide member 12, the guide groove 14 engages with the supply guide R2, and the guide member 12 swings about the shaft 13 by the supply guide R2. The supply line R2 is introduced into the groove bottom 14a,
Both poles R1 and R2 are overlapped in the swinging direction of the arm 7. At this time, the supply line R2, which was oblique to the spindle center line, is moved from the roving guide (not shown) to the groove bottom 1.
4a to the upper end (the part corresponding to the shaft 13) is located approximately on the spindle center line, and is bent from the upper end of the groove bottom 14a toward the trumpet 5 along the groove bottom 14a (
Figure 6).
その後供給篠Ｒ２は引き続きトランペット５によってト
ラバースするので、供給篠Ｒ２と溝底部１４ａの機台長
手方向の引掛りによって篠案内部材１２の先端が供給篠
Ｒ２の移動方向へ軸１３を中心に揺動し、篠案内溝１４
の先端がトランペット５の中心に追従する。トランペッ
ト５と篠案内部材１２の先端の距離は篠の繊維長よりも
はるかに短いため、供給篠Ｒ２によって篠案内部材２０
を揺動させる際に供給篠Ｒ２に生じる張力によって供給
篠Ｒ２が切断することはない。次に篠把持レバー１５を
待機位置へ戻すと予備篠Ｒ１の把持が開放され、予備篠
Ｒ１は供給篠Ｒ２によってトランペット５へと連れ込ま
れる。この時もトランペット５のトラバースに篠案内部
材１２が追従して揺動しているので、予備篠Ｒ１はトラ
ンペット５の中心に円滑に連込まれてゆく。After that, the supply line R2 continues to traverse by the trumpet 5, so the tip of the line guide member 12 swings around the shaft 13 in the moving direction of the supply line R2 due to the engagement between the supply line R2 and the groove bottom 14a in the longitudinal direction of the machine base. Shino guide groove 14
The tip of follows the center of the trumpet 5. Since the distance between the trumpet 5 and the tip of the Shino guide member 12 is much shorter than the fiber length of the Shino, the Shino guide member 20 is
The supply line R2 will not be cut due to the tension generated in the supply line R2 when the supply line R2 is swung. Next, when the Shino gripping lever 15 is returned to the standby position, the hold on the spare Shino R1 is released, and the spare Shino R1 is brought into the trumpet 5 by the supply Shino R2. At this time as well, since the line guide member 12 is swinging following the traverse of the trumpet 5, the preliminary line R1 is smoothly guided into the center of the trumpet 5.
予備篠Ｒ１がバックローラ４にニップされた後にシリン
ダ２２のピストンロッド２２ａを前進させ、供給篠把持
ブロック２３が前進し、待機位置にある篠把持レバー１
５の供給篠案内面１５ｂと側面ｌｉｄ間を通過していた
供給篠Ｒ２を篠把持部２４ａとの間に把持し、そのまま
第４図２点鎖線の位置まで前進し、供給篠Ｒ２はバック
ローラ４へ送り込まれて、切断される。この後、篠継さ
れた満ボビンＦＢと供給篠Ｒ２を切断された小玉ボビン
ＳＢの交換が行なわれる。尚、第５，６図において、予
備蓋Ｒ１と供給篠Ｒ２は機台長手方向に重なるように図
示したが、これは説明のためであって、実際は前述のよ
うにこれらの篠はアーム７の揺動力向に重なっている。After the preliminary liner R1 is nipped by the back roller 4, the piston rod 22a of the cylinder 22 is advanced, the supply liner gripping block 23 is advanced, and the liner gripping lever 1 in the standby position is moved forward.
The supply wire R2, which had passed between the supply wire guide surface 15b and the side lid of No. 5, is held between the wire gripping portion 24a and moved forward as it is to the position indicated by the two-dot chain line in FIG. 4 and is cut. Thereafter, the spliced full bobbin FB and the small bobbin SB whose supply thread R2 has been cut are replaced. In addition, in FIGS. 5 and 6, the spare cover R1 and the supply line R2 are shown to overlap in the longitudinal direction of the machine, but this is for the sake of explanation, and in reality, these lines are located on the arm 7 as described above. It overlaps with the swinging force direction.
発明の効果
以上のようにこの発明の篠継ヘッドでは、篠継動作時に
トランペットと篠案内部材が左右にずれていても、供給
篠によって篠案内部材を揺動させ、篠案内溝の下端をト
ランペットの中心に向けることができ、その結果、篠案
内溝内で供給篠に重ねられた予備蓋を供給篠と共にトラ
ンペットの中心へ向けて円滑に挿入することができる。Effects of the Invention As described above, in the Shino joint head of the present invention, even if the trumpet and the Shino guide member are shifted from side to side during the Shino joint operation, the Shino guide member is swung by the supply Shino, and the lower end of the Shino guide groove is moved to the trumpet. As a result, the spare lid stacked on the supply shell in the shell guide groove can be smoothly inserted together with the supply shell toward the center of the trumpet.
しかもトランペットに特殊な形状のものを用いることな
く供給篠によって篠案内部材をトランペットのトラバー
スに追従させるので、既設台で自動篠継を行なう場合、
精紡機側の改造を必要としない利点もある。Moreover, since the supply line allows the line guide member to follow the traverse of the trumpet without using a special shape for the trumpet, when performing automatic line jointing on an existing stand,
Another advantage is that the spinning machine does not require modification.
第１図は篠継ヘッドとトランペットの位置関係を示す側
面図、第２図は篠継ヘッド平面図、第３図は正面図、第
４図は第３図の右側面図、第５゜６図は作用説明図、第
７図は篠継装置説明図を示す。Figure 1 is a side view showing the positional relationship between the Shinotsugi head and the trumpet, Figure 2 is a plan view of the Shinotsugi head, Figure 3 is a front view, and Figure 4 is a right side view of Figure 3. The figure shows an explanatory diagram of the operation, and FIG. 7 shows an explanatory diagram of the Shinotsugi device.
Claims (1)
篠継ヘッドであって、精紡機台長手方向にトラバースす
るトランペット上方の篠継位置において、ドラフト部へ
送り込まれつつある供給篠に予め準備した予備篠を前記
篠案内溝内で重ねるようにした篠継ヘッドにおいて、篠
継ヘッドのヘッド本体には、前記篠案内溝を形成した篠
案内部材を、前記篠継位置においてトランペットと非係
合状態でトランペットのトラバース方向に揺動自在に軸
支したことを特徴とする篠継ヘッド。1. A Shino joint head equipped with a Shino guide groove that regulates the position of the Shino in the left and right direction, and at the Shino joint position above the trumpet that traverses in the longitudinal direction of the spinning machine table, the Shino joint head is provided with a Shino thread that is being fed into the draft section. In the shino joint head in which preliminary shins prepared in advance are overlapped in the shino guide groove, the head main body of the shino joint head includes a shin guide member in which the shin guide groove is formed, and a trumpet and a non-contact member at the shin joint position. A Shinotsugu head characterized by being pivotally supported in an engaged state so as to be swingable in the traverse direction of the trumpet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21005090A JPH04100927A (en) | 1990-08-07 | 1990-08-07 | Sliver ending head |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP21005090A JPH04100927A (en) | 1990-08-07 | 1990-08-07 | Sliver ending head |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH04100927A true JPH04100927A (en) | 1992-04-02 |
Family
ID=16582978
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP21005090A Pending JPH04100927A (en) | 1990-08-07 | 1990-08-07 | Sliver ending head |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH04100927A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6279982B1 (en) | 1998-05-13 | 2001-08-28 | Toyota Jidosha Kabushiki Kaisha | Vehicle seat storing device |
-
1990
- 1990-08-07 JP JP21005090A patent/JPH04100927A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6279982B1 (en) | 1998-05-13 | 2001-08-28 | Toyota Jidosha Kabushiki Kaisha | Vehicle seat storing device |
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