JPH04133975A - Continuous bobbin setter - Google Patents
Continuous bobbin setterInfo
- Publication number
- JPH04133975A JPH04133975A JP25186790A JP25186790A JPH04133975A JP H04133975 A JPH04133975 A JP H04133975A JP 25186790 A JP25186790 A JP 25186790A JP 25186790 A JP25186790 A JP 25186790A JP H04133975 A JPH04133975 A JP H04133975A
- Authority
- JP
- Japan
- Prior art keywords
- bobbins
- setter
- spinning
- main body
- winder
- 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 81
- 238000000034 method Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 238000001514 detection method Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000004804 winding Methods 0.000 description 1
Landscapes
- Replacing, Conveying, And Pick-Finding For Filamentary Materials (AREA)
Abstract
Description
【発明の詳細な説明】
〔産業上の利用分野〕
本発明は、精紡機で巻上げられ、単一のペッグトレイに
挿入されている精紡ボビンを、連続的にボビンセッター
の本体に供給し、セット処理後、単一の経路を経て、ワ
インダー側にボビンを供給し、かつ空ボビンをワインダ
ー側から受取り、精紡機側に返送してゆく連続ボビンセ
ッター装置に関するものである。Detailed Description of the Invention [Industrial Application Field] The present invention is a method for continuously feeding a spinning bobbin wound by a spinning machine and inserted into a single peg tray to the main body of a bobbin setter, and setting the spinning bobbin. This relates to a continuous bobbin setter device that supplies bobbins to a winder through a single path after processing, receives empty bobbins from the winder, and returns them to the spinning machine.
ペッグトレイ式の精紡機においては、精紡を完了した精
紡ボビンはそれぞれのペッグトレイに挿入され、コンベ
アによってそれぞれ単一で連続ボビンセッターの本体側
に送られるが、この場合、従来の連続ボビンセッターの
本体は、精紡機及びワインダーの機台中心線上に配置さ
れ、かつ一対の連続ボビンセッターの本体が交互にその
位置を、1つの入口及び出口に合わすために、1ピツチ
移動するのが常であった。In a peg tray type spinning machine, the spinning bobbins that have completed spinning are inserted into their respective peg trays, and are sent individually to the main body of the continuous bobbin setter by a conveyor. The bodies of the spinning machines and winders are arranged on the center line of the machines, and the bodies of the pair of continuous bobbin setters are usually moved one pitch in order to align their positions with one inlet and one outlet. Ta.
このような場合、おのづから機台幅が制限されたり、あ
るいは1ピツチ交互移動の機構が必要となり、それだけ
装置が複雑になるという間題があった。In such a case, the width of the machine is naturally limited, or a mechanism for alternating one pitch movement is required, which makes the device more complicated.
本発明は、前記従来の問題点を解決するためになされた
ものであり、連続ボビンセッターの本体を精紡機及びワ
インダーの機台中心線に直角方向に挿入しセット処理す
るように固定して配設することにより、連続ボビンセッ
ターの本体の機台幅を精紡機やワインダーの各機台幅に
ほぼ合致させることができ、従来のごとく交互の移動機
構が不要で、機台幅をとらず、配置がシンプルな連続ボ
ビンセッター装置を提供することを解決課題としたもの
である。The present invention has been made in order to solve the above-mentioned conventional problems, and the main body of the continuous bobbin setter is fixed and arranged so that it is inserted perpendicularly to the center line of the frame of a spinning machine or winder and set. By installing this, the machine width of the main body of the continuous bobbin setter can almost match the machine width of each spinning machine or winder, eliminating the need for an alternating movement mechanism like in the past, and eliminating the need for the machine width. The problem to be solved is to provide a continuous bobbin setter device with a simple arrangement.
上記の課題を解決するための手段として、本発明の連続
ボビンセッター装置は、精紡機とワインダーとの間に、
これらの機台中心線に直角方向に、単一のペッグトレイ
にそれぞれ挿入された複数本、例えば4本など適宜な本
数の精紡ボビンを複数列、例えば8列などその機台幅に
応じた適宜な列、ブツシャ−などで挿入して順次セット
処理する一対の連続ボビンセッターの本体を固定した状
態で配設すると共に、精紡機側からペッグトレイに挿入
された精紡ボビンを上記の各セッターの本体の入口に交
互に供給する供給コンベアと、上記各セッターの本体の
出口からセット処理済の精紡ボビンをワインダー側に移
送するU字または適宜な平面形状の出口側排出コンベア
の出側に連続し、かつワインダー側から空ペッグトレイ
に挿入された空ボビンを精紡機側に返送する返送コンベ
アとを、精紡機及び上記セッターの本体の両側に並設す
ることにより構成される。As a means for solving the above problems, the continuous bobbin setter device of the present invention provides a continuous bobbin setter device that
In a direction perpendicular to the machine center line, a plurality of spinning bobbins, for example four, or an appropriate number of spinning bobbins, each inserted into a single peg tray, are arranged in a plurality of rows, for example eight rows, as appropriate depending on the width of the machine. The main bodies of a pair of continuous bobbin setters, which are inserted and set sequentially using a row, butcher, etc., are arranged in a fixed state, and the spinning bobbins inserted into the peg tray from the spinning machine side are set in the main body of each of the above-mentioned setters. A supply conveyor that alternately supplies supplies to the inlet of each setter, and a U-shaped or appropriate planar-shaped outlet discharge conveyor that transfers set spinning bobbins from the outlet of the main body of each setter to the winder side. , and a return conveyor for returning the empty bobbins inserted into the empty peg tray from the winder side to the spinning machine side, are arranged in parallel on both sides of the main bodies of the spinning machine and the setter.
以上の構成により、精紡機からセッターの本体、セッタ
ーの本体からワインダーへの単一のペッグトレイに挿入
された精紡ボビンの移送及びワインダーから精紡機への
空ペッグトレイに挿入された空ボビンの移送が、供給コ
ンベア及び出口側排出コンベアに続く返送コンベアから
なる単一の経路を経由して行なわれ、しかもこれら供給
コンベアと返送コンベアとを精紡機及びセッターの本体
の左右両側部に平行に並設することができ、装置全体の
機台幅を小さく纏めることができ、しかも一対の連続ボ
ビンセッターの本体を固定して設置できることになる。With the above configuration, the spinning bobbin inserted in a single peg tray can be transferred from the spinning machine to the setter body, from the setter body to the winder, and the empty bobbin inserted in the empty peg tray can be transferred from the winder to the spinning machine. , is carried out via a single path consisting of a supply conveyor, a return conveyor following an exit-side discharge conveyor, and these supply conveyors and return conveyors are arranged parallel to each other on both left and right sides of the main bodies of the spinning machine and setter. This allows the machine width of the entire device to be reduced, and the bodies of the pair of continuous bobbin setters can be fixedly installed.
以下図面を参照して本発明の詳細な説明するが、図面は
本発明の一実施例における連続ボビンセッター装置の配
置平面図である。The present invention will be described in detail below with reference to the drawings, which are plan views showing the arrangement of a continuous bobbin setter device in one embodiment of the present invention.
まず、図中の精紡機1において巻き上げられた精紡ボビ
ン7は、精紡機1の一方の側部の供給コンベア2上に配
列された単一のペッグトレイ4にそれぞれ取出されて挿
入され、その後順次供給コンベア2によって移送され、
精紡機1とワインダー22との間に固定して配置された
一対の連続ボビンセッターの本体5及び6にそれぞれ供
給されるようになっている。First, the spinning bobbins 7 wound up on the spinning frame 1 in the figure are taken out and inserted into a single peg tray 4 arranged on the supply conveyor 2 on one side of the spinning frame 1, and then sequentially transported by the supply conveyor 2,
The bobbin setters are supplied to bodies 5 and 6 of a pair of continuous bobbin setters fixedly arranged between the spinning machine 1 and the winder 22, respectively.
いま、図中において、上記の本体5は4本の精紡ボビン
7が8列、精紡機1とワインダー22の機台中心線の直
角方向に挿入され、順次セット処理中であることを示し
ており、一方、本体6は丁度セット処理が完了し、いま
から新しい精紡ボビン7を本体6内に4本挿入する状態
を示している。In the figure, the above-mentioned main body 5 shows that four spinning bobbins 7 are inserted in eight rows in a direction perpendicular to the machine center line of the spinning machine 1 and the winder 22, and are being sequentially set. On the other hand, the main body 6 has just completed the setting process, and four new spinning bobbins 7 are now to be inserted into the main body 6.
そこで、まず、本体6に新しい精紡ボビン7を挿入する
ところから説明すると、本体5及び6の入口側に設置さ
れ、供給コンベア2の延長である搬入用コンベア8上に
移送された精紡ボビン7は、光電管等のカウンター9に
よって4本の本数が数えられ、4零通過を確認してスト
ッパー10及び11が作動して、ストッパーIO及び1
1の間にある精紡ボビン7を4本確保する
次に、光電管等のセンサー16で本体6の入口側のブツ
シャ−14の前に精紡ボビン7がないことを感知すると
、ストッパー11が解除され、精紡ボビン7はプッシャ
ー14の前に進み、センサー16で4本の精紡ボビン7
が到着したことを確認する。First, we will explain how to insert a new spinning bobbin 7 into the main body 6.The spinning bobbin 7, which is installed on the entrance side of the main bodies 5 and 6, is transferred onto the carry-in conveyor 8, which is an extension of the supply conveyor 2. 7, the number of 4 is counted by a counter 9 such as a phototube, and after confirming that 4 has passed, the stoppers 10 and 11 are activated, and the stoppers IO and 1 are activated.
Next, when a sensor 16 such as a phototube detects that there are no spinning bobbins 7 in front of the button shear 14 on the entrance side of the main body 6, the stopper 11 is released. Then, the spinning bobbins 7 move forward to the pusher 14, and the sensor 16 detects the four spinning bobbins 7.
to confirm that it has arrived.
この間、常に搬入用コンベア8は作動しており、精紡ボ
ビン7の挿入されたペッグトレイ4がストッパー11で
止められている間はスリップをしていることになる。During this time, the carrying-in conveyor 8 is always operating, and while the peg tray 4 into which the spinning bobbin 7 is inserted is stopped by the stopper 11, it is slipping.
このようにして、プッシャー14の前に4本の精紡ボビ
ン7の到着が確認されると、エアシリンダー15によっ
てプッシャー14を押し、4本の精紡ボビン7を本体6
中に押し込む。In this way, when the arrival of the four spinning bobbins 7 is confirmed in front of the pusher 14, the pusher 14 is pushed by the air cylinder 15, and the four spinning bobbins 7 are moved to the main body 6.
Push it inside.
4本1列の精紡ボビン7が押し込まれると、本体6の出
口側からセット処理された精紡ボビン7が、4本1列同
時に出口側排出コンベア17上に押し出され、このU字
平面形状の出口側排出コンベア17で移送され、即刻ワ
インダー22側に送られる。When one row of four spinning bobbins 7 is pushed in, the four spinning bobbins 7 that have been set from the exit side of the main body 6 are simultaneously pushed out onto the exit side discharge conveyor 17, and the U-shaped planar shape is It is transferred by the exit side discharge conveyor 17 and immediately sent to the winder 22 side.
従って、この出口側排出コンベア17は常にワインダー
22側に動いていることになる。Therefore, this exit side discharge conveyor 17 is always moving toward the winder 22 side.
上記と同様の操作が、連続ボビンセッターの各本体5及
び6で交互に繰返されると、順次セット処理済の精紡ボ
ビン7はワインダー22側に移送され、セット処理済の
精紡ボビン7がセンサー18で感知されると、直ちにス
トッパー20が作動し、センサー18の前で精紡ボビン
7を停止させる。When the same operation as above is repeated alternately in each main body 5 and 6 of the continuous bobbin setter, the spinning bobbins 7 that have been set are transferred to the winder 22 side, and the spinning bobbins 7 that have been set are sent to the sensor. When detected by sensor 18, stopper 20 is immediately activated to stop spinning bobbin 7 in front of sensor 18.
このセンサー18の感知によって、ワインダー22に設
けられている握り手23によって精紡ボビン7をペッグ
トレイ4から抜き取り、ワインダー22に供給する。ペ
ッグトレイ4から精紡ボビン7が抜き取られたことをセ
ンサー18が感知すれば、今度は逆にストッパー20が
解除され、空ペッグトレイ28は前方へ進む。Upon detection by this sensor 18, the spinning bobbin 7 is pulled out from the peg tray 4 by a grip 23 provided on the winder 22 and supplied to the winder 22. When the sensor 18 detects that the spinning bobbin 7 is removed from the peg tray 4, the stopper 20 is released, and the empty peg tray 28 moves forward.
数個の間隔をおいて、空ペッグトレイ28がセンサー1
9の前にくると、センサー19で感知し、ストッパー2
1によって停止させられ、ワインダー22で糸を巻き上
げたあとの空ボビン24がシュート25を通って自動的
に空ペッグトレイ28に挿入される。At several intervals, empty peg trays 28 are connected to sensor 1.
9, it is detected by sensor 19 and stopper 2
1, the empty bobbin 24 after winding up the thread with the winder 22 is automatically inserted into the empty peg tray 28 through the chute 25.
空ボビン24が空ペッグトレイ28に挿入し終ると、セ
ンサー19がそれを感知し、ストッパー21が解除され
て、空ペッグトレイ28は、空ポビン24が挿入された
状態で、上記出口側排出コンベア17に連続し、かつ精
紡Illと上記本体5.6との他方の側部に設けられた
返送コンベア3に乗り移り、移送され、精紡機1の所定
の位置まで返送される。When the empty bobbin 24 has been inserted into the empty peg tray 28, the sensor 19 detects this, the stopper 21 is released, and the empty peg tray 28 is transferred to the outlet side discharge conveyor 17 with the empty bobbin 24 inserted. The spinning machine 1 is continuously transferred to a return conveyor 3 provided on the other side of the spinning frame Ill and the main body 5.6, is transferred, and is returned to a predetermined position in the spinning machine 1.
なお、この実施例では、精紡機1と連続ボビンセッター
の本体5,6との両側に平行に並設された供給コンベア
2と返送コンベア3とは、精紡機1の端部で図示された
ように連続しており、精紡機1で巻き上げられた精紡ボ
ビン7は、供給コンベア2ばかりでなく、返送コンベア
3上に配列された単一のペッグトレイ4にも挿入され、
本体5,6側へ移送されるようになっている。In this embodiment, the supply conveyor 2 and the return conveyor 3, which are arranged in parallel on both sides of the spinning frame 1 and the main bodies 5 and 6 of the continuous bobbin setter, are arranged at the end of the spinning frame 1 as shown in the figure. The spinning bobbin 7 wound by the spinning machine 1 is inserted not only into the supply conveyor 2 but also into a single peg tray 4 arranged on the return conveyor 3.
It is designed to be transferred to the main bodies 5 and 6 side.
一方、前記のごとく、プッシャー14によって順次本体
6中に送り込まれた精紡ボビン7が所定の列数、すなわ
ちこの実施例では8り1挿入され終ると、信号が本体5
の側に移行し、本体5のセット処理時間完了と共に、本
体5の入口及び出口にそれぞれ設けられた扉26及び2
6′が本体6側に移動し、本体6の入口、出口をそれぞ
れの扉26.26’によって締め切り、本体6はセット
処理の工程に入る。On the other hand, as described above, when the spinning bobbins 7 sequentially fed into the main body 6 by the pusher 14 have been inserted into a predetermined number of rows, that is, 8 in this embodiment, a signal is sent to the main body 6.
When the setting processing time for the main body 5 is completed, the doors 26 and 2 installed at the entrance and exit of the main body 5 are opened.
6' moves to the main body 6 side, the entrance and exit of the main body 6 are closed by respective doors 26 and 26', and the main body 6 enters the setting process.
一方、扉26.26’を除去された本体5では、前記同
様に、ストッパー10.11により本体5の入口の前で
精紡ボビン7を4本確保し、プッシャー12で順次本体
5中に挿入し、本体6において行なったと同様の工程で
順次セット済の精紡ボビン7を排出してゆく。On the other hand, in the main body 5 from which the door 26, 26' has been removed, four spinning bobbins 7 are secured in front of the entrance of the main body 5 by the stoppers 10, 11 and inserted into the main body 5 one after another by the pusher 12, as described above. Then, the set spinning bobbins 7 are sequentially discharged in the same process as that for the main body 6.
以上の動作の繰返しによって順次精紡ボビン7はセット
処理されて本体5.6から排出されてゆくことになる。By repeating the above operations, the spinning bobbins 7 are sequentially set and discharged from the main body 5.6.
なお、この実施例の説明では、連続ボビンセッターの本
体5及び6に一度に挿入される精紡ボビン7の本数を4
本として説明したが、精紡機1の処理本数と精紡完了時
間及びセット処理時間との相互の関係で1列のボビン数
を4本以外にする必要もあり、その挿入本数は適宜に変
更することができる。In the description of this embodiment, the number of spinning bobbins 7 inserted at one time into the main bodies 5 and 6 of the continuous bobbin setter is 4.
As explained in the book, due to the mutual relationship between the number of bobbins processed by spinning machine 1, spinning completion time, and set processing time, it is necessary to use a number other than four bobbins in one row, so change the number of bobbins inserted as appropriate. be able to.
また、その場合でも、列数はそのままで1列の精紡ボビ
ン7の本数を増やし、本体5.6の精紡機1またはワイ
ンダー22方向の幅を広げるのみで対応でき、精紡機1
及びワインダー22の機台幅より本体5.6を広くする
1必要がな(、この連続ボビンセッター装置全体の幅を
拡幅する必要がない。Even in such a case, the number of spinning bobbins 7 in one row can be increased without changing the number of rows, and the width of the main body 5.6 in the direction of spinning machine 1 or winder 22 can be increased.
There is no need to make the main body 5.6 wider than the machine width of the winder 22 (there is no need to widen the width of the entire continuous bobbin setter device).
以上に説明したように、本発明の連続ボビンセッター装
置によれば、精紡機とワインダーとの間にこれらの機台
中心線と直角方向に複数本の精紡ボビンを挿入してセッ
ト処理する連続ボビンセッターの本体を一対配設し、精
紡機からセッターの本体へ精紡ボビンを移送する供給コ
ンベアと、ワインダーから空ボビンを精紡機へ返送する
返送コンベアとをこれら精紡機及びセッターの本体の両
側部に並設しているので、従来のごとくセッターの本体
を1ピツチ交互に移動する機構が不要となり、それだけ
装置全体の構造がシンプルになるという効果がある。As explained above, according to the continuous bobbin setter device of the present invention, a plurality of spinning bobbins are inserted between a spinning machine and a winder in a direction perpendicular to the machine center line, and set processing is performed continuously. A pair of bobbin setter bodies are installed, and a supply conveyor that transfers spinning bobbins from the spinning machine to the setter body and a return conveyor that returns empty bobbins from the winder to the spinning machine are installed on both sides of the spinning machine and setter bodies. Since they are arranged side by side in the parts, there is no need for a mechanism for alternately moving the body of the setter one pitch as in the past, which has the effect of simplifying the structure of the entire device.
また、精紡ボビンのセッターの本体への移送用の供給コ
ンベアと、ワインダーからの空ボビンの精紡機への返送
用の返送コンベアとを精紡機とセッターの本体との両側
部に並設することが、前記の精紡機と、一対の固定した
セッターの本体と、ワインダーとの配設によって可能と
なり、この連続ボビンセッター装置全体の機台幅を小さ
く形成できるという効果もある。In addition, a supply conveyor for transferring spinning bobbins to the setter body and a return conveyor for returning empty bobbins from the winder to the spinning machine are arranged in parallel on both sides of the spinning machine and the setter body. However, this is made possible by the arrangement of the above-mentioned spinning machine, a pair of fixed setter bodies, and a winder, and there is also the effect that the machine width of the entire continuous bobbin setter device can be made small.
第1図は本発明の一実施例における連続ボビンセッター
装置の配置平面図である。
1・・・精紡機、2・・・供給コンベア、3・・・返送
コンベア、4・・・ペッグトレイ、5.6・・・連続ボ
ビンセッターの本体、7・・・精紡ボビン、8・・・搬
入用コンベア、22・・・ワインダー、24・・・空ボ
ビン、28・・・空ペッグトレイ。FIG. 1 is a plan view showing the arrangement of a continuous bobbin setter device in an embodiment of the present invention. DESCRIPTION OF SYMBOLS 1... Spinning machine, 2... Supply conveyor, 3... Return conveyor, 4... Peg tray, 5.6... Main body of continuous bobbin setter, 7... Spinning bobbin, 8... - Carrying conveyor, 22...winder, 24...empty bobbin, 28...empty peg tray.
Claims (1)
角方向に、単一のペッグトレイに挿入された複数本の精
紡ボビンを複数列挿入して順次セット処理する一対の連
続ボビンセッターの本体を配設すると共に、精紡機側か
らペッグトレイに挿入された精紡ボビンを該セッターの
本体の各入口に交互に供給する供給コンベアと、該セッ
ターの本体の各出口からセット処理済の精紡ボビンをワ
インダー側に移送する出口側排出コンベアに連続し、か
つワインダー側から空ペッグトレイに挿入された空ボビ
ンを精紡機側に返送する返送コンベアとを、精紡機及び
該セッターの本体の両側に並設した連続ボビンセッター
装置。A pair of continuous bobbin setters are installed between the spinning machine and the winder, which insert multiple rows of spinning bobbins inserted into a single peg tray in a direction perpendicular to the center line of these machines and sequentially set them. In addition to arranging the main body, there is also a supply conveyor that alternately supplies spinning bobbins inserted into the peg tray from the spinning machine side to each inlet of the main body of the setter, and a supply conveyor that alternately supplies spinning bobbins that have been set from each outlet of the main body of the setter. A return conveyor that is continuous with the exit side discharge conveyor that transfers the bobbins to the winder side and that returns the empty bobbins inserted into the empty peg tray from the winder side to the spinning machine side is installed in parallel on both sides of the main body of the spinning machine and the setter. Continuous bobbin setter device installed.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP25186790A JPH04133975A (en) | 1990-09-25 | 1990-09-25 | Continuous bobbin setter |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP25186790A JPH04133975A (en) | 1990-09-25 | 1990-09-25 | Continuous bobbin setter |
Publications (1)
Publication Number | Publication Date |
---|---|
JPH04133975A true JPH04133975A (en) | 1992-05-07 |
Family
ID=17229111
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP25186790A Pending JPH04133975A (en) | 1990-09-25 | 1990-09-25 | Continuous bobbin setter |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH04133975A (en) |
Citations (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH01214585A (en) * | 1988-02-19 | 1989-08-28 | Murata Mach Ltd | Steaming device for fine spinning bobbin |
-
1990
- 1990-09-25 JP JP25186790A patent/JPH04133975A/en active Pending
Patent Citations (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH01214585A (en) * | 1988-02-19 | 1989-08-28 | Murata Mach Ltd | Steaming device for fine spinning bobbin |
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