JP4071778B2 - Folded integrated paper manufacturing equipment - Google Patents

Folded integrated paper manufacturing equipment Download PDF

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JP4071778B2
JP4071778B2 JP2005117225A JP2005117225A JP4071778B2 JP 4071778 B2 JP4071778 B2 JP 4071778B2 JP 2005117225 A JP2005117225 A JP 2005117225A JP 2005117225 A JP2005117225 A JP 2005117225A JP 4071778 B2 JP4071778 B2 JP 4071778B2
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paper
folded
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face
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和男 星川
裕樹 一色
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川之江造機株式会社
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Description

本発明は、折畳み集積紙製造設備に関する。さらに詳しくは、タオルペーパーやティッシュペーパーなどのような比較的薄い紙や不織布などのウエブを交互にジグザグ折りして集積した折畳み集積紙の製造設備に関する。   The present invention relates to a folding integrated paper manufacturing facility. More specifically, the present invention relates to a manufacturing facility for folded and accumulated paper in which relatively thin paper such as towel paper and tissue paper, and webs such as nonwoven fabric are alternately zigzag folded and accumulated.

折畳み集積紙の製造要領概略を、図１３および図１４に基づき説明する。
折畳み集積紙製造設備100は、折畳み機110、横送りコンベヤ120、縦送りコンベヤ130、切断機140から構成されている。折畳み機110は、２個のドラム111やカウントフィンガー112、フォルディングフィンガー113等を備えた従来からの装置である（特許文献１参照）。２個のドラム111は、それぞれ幅広連続紙を一定寸法に切断するカッター、切断された枚葉紙をつかむジョーを備えている。カウントフィンガー112はクシ歯状の支持バーを沢山備えた部材であり、折畳まれた集積紙Ｔを、その上面に積み重ね、積重ね量が所定量に達すると下降して、横送りコンベヤ120に受け渡す。フォルディングフィンガー113はドラム111からカウントフィンガー112上に受け渡される枚葉紙を一枚一枚二つ折りにする道具である。 An outline of the manufacturing procedure of the folded accumulated paper will be described with reference to FIGS. 13 and 14.
The folding integrated paper manufacturing facility 100 includes a folding machine 110, a transverse feed conveyor 120, a vertical feed conveyor 130, and a cutting machine 140. The folder 110 is a conventional device that includes two drums 111, a count finger 112, a folding finger 113, and the like (see Patent Document 1). Each of the two drums 111 includes a cutter that cuts wide continuous paper into a certain size, and a jaw that holds the cut sheet. The count finger 112 is a member having a lot of comb-like support bars. The folded stacking paper T is stacked on the upper surface, and when the stacking amount reaches a predetermined amount, the count finger 112 is lowered and received by the transverse feed conveyor 120. hand over. The folding finger 113 is a tool that folds a sheet that is transferred from the drum 111 onto the count finger 112 one by one.

上記の折畳み集積紙製造設備100では、まず、折畳み機110により、２枚の幅広連続紙Ｗ１，Ｗ２を、共に一定寸法に切断しつつ幅方向に沿って折畳み、交互にジグザグ状に重ね合わせ、一定枚数をカウントフィンガー112上に集積して長尺折畳み集積紙Ｔを作る。
ついで、この長尺折畳み集積紙Ｔを横送りコンベヤ120に受け渡し、幅方向に向けて送り出す。
ついで、縦送りコンベヤ130で、長尺折畳み集積紙Ｔを長手方向に送り出して、丸のこを用いた切断機140により先頭から順に一定寸法に切断していく。
最後に、紙製箱Ｐに箱詰めすると折畳み集積紙製品が完成する。 In the folding integrated paper manufacturing facility 100, first, the folding machine 110 folds the two wide continuous papers W1 and W2 along the width direction while cutting them to a certain size, and alternately stacks them in a zigzag shape. A certain number of sheets are stacked on the count finger 112 to make a long folded stacked paper T.
Next, the long folded and accumulated paper T is delivered to the transverse conveyor 120 and sent out in the width direction.
Next, the long folded stacked paper T is sent out in the longitudinal direction by the longitudinal feed conveyor 130, and is cut into fixed dimensions in order from the top by a cutting machine 140 using a circular saw.
Finally, when folded into a paper box P, a folded integrated paper product is completed.

ところで、前記折畳み機110により枚葉紙を折畳むときは、図１５（Ａ）に示すように、カウントフィンガー112上に折畳み集積紙Ｔが載せられるが、カウントフィンガー112は細い棒状のフィンガーを間隔をあけて並べた部材であり、長尺折畳み集積紙Ｔが自重で若干垂れ下がることになる。しかも、フォルディングフィンガー113が折畳み集積紙Ｔの上面から枚葉紙を折畳む度に上方からたたくので、ますます垂れ下がりが大きくなる。そして、この垂れ下がりが原因で、（Ａ）図に符号Ｚで示すように、両端面においては下層の紙ほど内側に引き寄せられた形となる。
そして、このように端部の形状が変形したままで、丸のこで定寸切断すると、（Ｂ）図に示すように、端部側の短尺折畳み集積紙ｔは、下層の紙片が上層の紙片に比べ短くなっており、これが欠陥製品となる。 By the way, when a sheet is folded by the folding machine 110, as shown in FIG. 15 (A), the folded accumulated paper T is placed on the count finger 112, but the count finger 112 has an interval between thin rod-shaped fingers. The long folded accumulated paper T hangs slightly under its own weight. In addition, since the folding fingers 113 are folded from the upper surface every time the sheet is folded from the upper surface of the folded and accumulated paper T, the drooping is further increased. Then, due to this sagging, as indicated by the symbol Z in FIG. (A), the lower end paper is drawn to the inner side at both end faces.
Then, when the shape of the end portion is deformed in this manner and cut to a certain size with a circular saw, as shown in FIG. (B), the short side folded folded paper t on the end side has the lower layer piece of paper as the upper layer. It is shorter than a piece of paper and this is a defective product.

特公平４−１９１５２号No. 4-19152

本発明はかかる事情に鑑み、折畳み集積紙の紙片長さを均一にできる折畳み集積紙製造設備を提供することを目的とする。   In view of such circumstances, an object of the present invention is to provide a folded integrated paper manufacturing facility that can make the length of a piece of folded stacked paper uniform.

第１発明の折畳み集積紙製造設備は、２枚の幅広連続紙から、該連続紙の幅方向に折畳まれた長尺折畳み集積紙を作る折畳み機と、長尺折畳み集積紙を短尺に切断して短尺折畳み集積紙を作る切断機と、前記長尺折畳み集積紙の下面を支えるバーを内側から外側へ移動させて該集積紙の端面を揃える端面揃え機とを備え、該端面揃え機は、前記折畳み機と前記切断機との間に設けられていることを特徴とする。
第２発明の折畳み集積紙製造設備は、第１発明において、前記端面揃え機は、水平ビームと、該水平ビームに横送り自在に取付けた左右一対のスライドシリンダと、該左右一対のスライドシリンダに横行される左右一対のすくいバーと、前記水平ビームを２段階で昇降させる昇降シリンダおよび待機シリンダとからなることを特徴とする。
第３発明の折畳み集積紙製造設備は、第１発明において、前記端面揃え機は、長尺折畳み集積紙の中央部を、上から下向きに押える押えシリンダと、下から上向きに押し上げるストッパシリンダとを備えていることを特徴とする。 The folding integrated paper manufacturing facility according to the first aspect of the invention is a folding machine that makes a long folded stacked paper folded in the width direction of the continuous paper from two wide continuous papers, and the long folded stacked paper is cut into short lengths. And a cutting machine for making short folded stacked paper, and an end face aligning machine for aligning the end face of the stacked paper by moving a bar supporting the lower surface of the long folded stacked paper from the inside to the outside, the end face aligning machine comprising: The folding machine is provided between the folding machine and the cutting machine.
According to a second aspect of the present invention, in the first invention, the end face aligner includes a horizontal beam, a pair of left and right slide cylinders attached to the horizontal beam so as to be laterally feedable, and the pair of left and right slide cylinders. It is characterized by comprising a pair of left and right rake bars traversing, a lifting cylinder and a standby cylinder for raising and lowering the horizontal beam in two stages.
According to a third aspect of the present invention, in the first aspect, the end face aligner includes a presser cylinder that presses the center of the long folded stacking paper downward from above, and a stopper cylinder that presses upward from the bottom. It is characterized by having.

第１発明によれば、長尺折畳み集積紙の下面をバーで支えた状態でバーを内側から外側へ移動させると、長尺折畳み集積紙の下層の紙片が平坦に整形せられ、長尺折畳み集積紙の端面が垂直になる。このため、次工程で短尺に切断したとき、長さが全ての紙片で均等になるので、欠陥製品が生じない。
第２発明によれば、左右のスライドシリンダで左右のすくいバーを横送りさせると長尺折畳み集積紙の下層の紙を摩擦で引っ張って、たわみを取るので、端面を垂直に揃えることができる。このため、長尺折畳み集積紙を切断した後で欠陥製品が生ずることはない。また、昇降シリンダと待機シリンダで２段階昇降させるので、長尺折畳み集積紙の受け入れ、端面揃え、回帰の各動作が自動的に行える。
第３発明によれば、集積紙の中央を軽く挟んでおけるので、集積紙を右または左のいずれか一方向に寄せすぎて、端面が斜めになるのを防止することができる。 According to the first invention, when the bar is moved from the inside to the outside while the lower surface of the long folded stacked paper is supported by the bar, the lower piece of the long folded stacked paper is shaped flat, and the long folded folded paper is formed. The end face of the accumulated paper becomes vertical. For this reason, when it cut | disconnects in a short length at the next process, since length becomes equal by all the paper pieces, a defective product does not arise.
According to the second aspect of the invention, when the left and right rake bars are laterally fed by the left and right slide cylinders, the lower layer paper of the long folded stacked paper is pulled by friction and the deflection is removed, so that the end faces can be aligned vertically. For this reason, a defective product does not occur after the long folded and accumulated paper is cut. In addition, since the elevator cylinder and the standby cylinder are moved up and down in two stages, the operations of receiving the long folded stacked paper, aligning the end faces, and returning can be automatically performed.
According to the third aspect of the invention, since the center of the accumulated paper can be sandwiched lightly, it is possible to prevent the end surface from being inclined by excessively bringing the accumulated paper in either the right or left direction.

つぎに、本発明の実施形態を図面に基づき説明する。
図１は本発明の一実施形態に係る折畳み集積紙製造設備の側面図である。図２は同折畳み集積紙製造設備の平面図である。図３は図１のIII-III矢視図である。 Next, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a side view of a folded integrated paper manufacturing facility according to an embodiment of the present invention. FIG. 2 is a plan view of the folding integrated paper manufacturing facility. 3 is a view taken in the direction of arrows III-III in FIG.

図１および図２において、Ａは折畳み集積紙製造設備であり、折畳み機１と横送りコンベヤ２と端面揃え機３と縦送りコンベヤ４と切断機５とから構成されている。
本発明の特徴は、前記端面揃え機３を折畳み機１と切断機５との間に設けたことにある。 In FIG. 1 and FIG. 2, A is a folding integrated paper manufacturing facility, which is composed of a folding machine 1, a transverse feed conveyor 2, an end face aligning machine 3, a vertical feed conveyor 4, and a cutting machine 5.
A feature of the present invention is that the end face aligning machine 3 is provided between the folding machine 1 and the cutting machine 5.

前記折畳み機１は、公知の折畳み機でもよく、改良された新規な折畳み機でもよい。要は、２枚の幅広連続紙Ｗ１，Ｗ２を、共に一定寸法に切断しつつ幅方向に沿って折畳み、交互にジグザグ状に重ね合わせ、一定枚数をカウントフィンガー上に集積して長尺折畳み集積紙Ｔを作る機能を備えているものであればよい。カウントフィンガーは従来例と同様にクシ歯状のものが用いられている。   The folder 1 may be a known folder or a new improved folder. In short, two wide continuous papers W1 and W2 are folded along the width direction while being cut to a certain size, overlapped alternately in a zigzag shape, and a certain number of sheets are accumulated on the count finger to be folded into a long fold. What has the function to make the paper T may be used. As in the conventional example, the count finger has a comb-like shape.

上記折畳み機１と縦送りコンベヤ４との間には、横送りコンベヤ２が配置されている。この横送りコンベヤ２は、第１横送りコンベヤ２１、第２横送りコンベヤ２２、第３横送りコンベヤ２３から構成されている。各横送りコンベヤ２１，２２，２３はいずれも細幅のベルトを用いたもので数本が間隔をあけて並列に配置されている。
第１横送りコンベヤ２１の基端部は前記折畳み機１のカウントフィンガーが下降してくる位置にあって、長尺折畳み集積紙Ｔを受け取ることができる。この第１横送りコンベヤ２１の先端部と前記第２横送りコンベヤ２２の基端部は横隣に配置され、第１横送りコンベヤ２１で送られてきた長尺折畳み集積紙Ｔを受け取ることができる。この第２横送りコンベヤ２２の先端部と第３横送りコンベヤ２３の基端部は隣り合って配置されており、長尺折畳み集積紙Ｔを受け取って、第３横送りコンベヤ２３の先端部まで横送りすることができる。なお、ベルトの下面にはプレート２５が置かれており、長尺折畳み集積紙Ｔの下面を支持するようになっている。 A transverse feed conveyor 2 is arranged between the folding machine 1 and the longitudinal feed conveyor 4. The transverse feed conveyor 2 includes a first transverse feed conveyor 21, a second transverse feed conveyor 22, and a third transverse feed conveyor 23. Each of the transverse feed conveyors 21, 22, and 23 uses a narrow belt, and several of them are arranged in parallel at intervals.
The base end portion of the first transverse feed conveyor 21 is in a position where the count finger of the folding machine 1 is lowered, and can receive the long folded stacked paper T. The front end portion of the first cross feed conveyor 21 and the base end portion of the second cross feed conveyor 22 are arranged next to each other to receive the long folded stacked paper T fed by the first cross feed conveyor 21. it can. The distal end of the second transverse feed conveyor 22 and the proximal end of the third transverse feed conveyor 23 are arranged adjacent to each other, and receive the long folded stacked paper T to the distal end of the third transverse feed conveyor 23. Can be laterally fed. A plate 25 is placed on the lower surface of the belt so as to support the lower surface of the long folded stacked paper T.

図２において、第２横送りコンベヤ２２の先端部と第３横送りコンベヤ２３の基端部の隣接位置には、後述する端面揃え機３のバーを下降させる長孔２４があけられている。本発明における端面揃え機３は、前記第２横送りコンベヤ２２と第３横送りコンベヤ２３の接続位置に設置される。
また、図１に示すように、第３横送りコンベヤ２３の先端位置には、縦送りコンベヤ４が設置され、この縦送りコンベヤ４で縦送りされた位置の長尺折畳み集積紙Ｔを切断する切断機５が設けられるが、詳細は省略する。 In FIG. 2, a long hole 24 for lowering a bar of the end face aligner 3 described later is formed at a position adjacent to the distal end portion of the second lateral feed conveyor 22 and the proximal end portion of the third lateral feed conveyor 23. The end face aligning machine 3 in the present invention is installed at a connection position between the second transverse feed conveyor 22 and the third transverse feed conveyor 23.
Further, as shown in FIG. 1, a longitudinal feed conveyor 4 is installed at the tip of the third lateral feed conveyor 23, and the long folded stacked paper T at the position fed longitudinally by the longitudinal feed conveyor 4 is cut. A cutting machine 5 is provided, but details are omitted.

図１および図３に基づき、端面揃え機３の詳細を説明する。
３１は水平ビームで、前記横送りコンベヤ２の幅を超える長さを有している。また、この水平ビーム３１の前面には２基のスライドシリンダ３２，３３が左右に分けて取付けられている。２基のスライドシリンダ３２，３３は、いずれも同じ機構であり、スライドレール上をスライダ32s，33sが左右方向に動くようになっている。そして、このスライダ32s，33sに、すくいバー３４，３５が取付けられている。このすくいバー３４，３５は側面視でＬ字形をしており、下部の水平部分はすくい部34a，35aであって、長尺折畳み集積紙Ｔの底面を支え、かつ接触状態でスライドするようになっている。 Based on FIG. 1 and FIG. 3, the detail of the end surface aligner 3 is demonstrated.
A horizontal beam 31 has a length exceeding the width of the transverse feed conveyor 2. Further, two slide cylinders 32 and 33 are attached to the front surface of the horizontal beam 31 separately on the right and left sides. The two slide cylinders 32, 33 have the same mechanism, and the sliders 32s, 33s move in the left-right direction on the slide rail. The rake bars 34 and 35 are attached to the sliders 32s and 33s. The rake bars 34 and 35 are L-shaped in a side view, and the lower horizontal parts are rake parts 34a and 35a so as to support the bottom surface of the long folded stacked paper T and slide in contact. It has become.

前記水平ビーム３１の中央部には、押えシリンダ３６がピストンロッドを下に向けて取付けられており、ピストンロッドには押え板３７が取付けられている。また、この押え板３７の直下方には、ストッパシリンダ３８が配置されている。このストッパシリンダ３８はピストンロッドを上に向けて取付けられている。   A presser cylinder 36 is attached to the center of the horizontal beam 31 with the piston rod facing downward, and a presser plate 37 is attached to the piston rod. A stopper cylinder 38 is disposed directly below the presser plate 37. The stopper cylinder 38 is attached with the piston rod facing upward.

前記水平ビーム３１の両端部には、それぞれ、昇降シリンダ４１と待機シリンダ４２がタンデムに組付けて取付けられている。この昇降シリンダ４１の昇降と待機シリンダ４２の昇降を組合わせて、水平ビーム３１を２段階で昇降できるようになっている。   A lifting cylinder 41 and a standby cylinder 42 are attached to both ends of the horizontal beam 31 in tandem. The horizontal beam 31 can be raised and lowered in two stages by combining the raising and lowering of the raising and lowering cylinder 41 and the raising and lowering of the standby cylinder 42.

つぎに、本実施形態の端面揃え機３の使い方を、図４〜図１２に基づき説明する。
（１）待機位置
図４に示すように、昇降シリンダ４１と待機シリンダ４２が収縮し、左右のスライダ32s，33sが中央に寄っている。このため、２本のすくいバー３４，３５は中央位置に集まって下降している。この状態で、すくいバー３４，３５のすくい部34a，35aは長孔２４内に入っているので、第２横送りコンベヤ２２のベルト面（すなわち長尺折畳み集積紙Ｔの下面）より下に下っている。
このため、第２横送りコンベヤ２２で横送りされた長尺折畳み集積紙Ｔは、すくいバー３４，３５のすくい部35a上まで送られてくる。 Next, how to use the end face aligning machine 3 of the present embodiment will be described with reference to FIGS.
(1) Standby position As shown in FIG. 4, the elevating cylinder 41 and the standby cylinder 42 are contracted, and the left and right sliders 32s and 33s are close to the center. For this reason, the two rake bars 34 and 35 are gathered and lowered at the center position. In this state, since the rake portions 34a and 35a of the rake bars 34 and 35 are in the elongated holes 24, the rake portions 34a and 35a are lowered below the belt surface of the second transverse feed conveyor 22 (that is, the lower surface of the long folded stacked paper T). ing.
For this reason, the long folded stacked paper T that has been laterally fed by the second laterally-feeding conveyor 22 is fed onto the rake portion 35a of the rake bars 34 and 35.

（２）揃え始め動作
図５に示すように、前もって、押えシリンダ３６を伸長し、押え板３７で、長尺折畳み集積紙Ｔをストッパシリンダ３８のピストンロッドとの間に挟んでおく。これは、集積紙Ｔの下層の紙を右や左のいずれか一方向に寄せすぎて、かえって端面を傾斜させてしまう不都合を防止するためである。ただし、プレスすると製品価値を損なう集積紙Ｔにあっては、この工程を省略する。
ついで、昇降シリンダ４１を伸長させ、すくいバー３４，３５を持ち上げる。このとき同期して、押えシリンダ３６を収縮させて押え板３７を上昇させ、ストッパシリンダ３８を伸長させる。このとき、押え板３７が集積紙Ｔを圧迫しすぎないように、押えシリンダ３６のエアー圧を調整している。
この状態では、長尺折畳み集積紙Ｔの中央付近がすくいバー３４，３５で少し持ち上げられた状態となる。 (2) Alignment Start Operation As shown in FIG. 5, the presser cylinder 36 is extended in advance, and the long folded stacked paper T is sandwiched between the piston rod of the stopper cylinder 38 by the presser plate 37. This is to prevent the inconvenience of tilting the end face because the paper under the stacked paper T is moved too far in either the right or left direction. However, this step is omitted in the case of the accumulated paper T that impairs the product value when pressed.
Subsequently, the elevating cylinder 41 is extended, and the rake bars 34 and 35 are lifted. At the same time, the presser cylinder 36 is contracted to raise the presser plate 37 and extend the stopper cylinder 38. At this time, the air pressure of the presser cylinder 36 is adjusted so that the presser plate 37 does not press the accumulated paper T too much.
In this state, the vicinity of the center of the long folded stacked paper T is slightly lifted by the rake bars 34 and 35.

（３）揃え作業中
図６に示すように、左右のスライドシリンダ３２，３３を駆動してすくいバー３４，３５を長尺折畳み集積紙Ｔの両端方向にそれぞれ移動させる。このとき、長尺折畳み集積紙Ｔは持ち上げられた状態で、その下面をすくいバー３４，３５のすくい部34a，35aが滑っていくので、摩擦力により長尺折畳み集積紙Ｔの下層の紙は両端方向へ引き延ばされる。 (3) During alignment work As shown in FIG. 6, the left and right slide cylinders 32, 33 are driven to move the scoop bars 34, 35 toward both ends of the long folded stacked paper T. At this time, since the rake portions 34a, 35a of the rake bars 34, 35 slide on the lower surface of the long folded accumulated paper T in the lifted state, the lower layer paper of the long folded accumulated paper T is caused by frictional force. It is stretched in the direction of both ends.

（４）揃え作業終了
図７に示すように、すくいバー３４，３５が長尺折畳み集積紙Ｔの両端から抜けると、揃え作業が終了する。
このときの状態は、図１２（Ａ）に示すように、長尺折畳み集積紙Ｔの下層の紙は、両端方向へ引き延ばされたことから、端面Ｚが揃い垂直に立つことになる。
このため、図１２（Ｂ）に示すように、後工程で切断すると、最外端に位置する短尺折畳み集積紙ｔも含め、全ての短尺折畳み集積紙ｔの幅寸法が一定値に収まり、欠陥製品も生じなくなる。 (4) Completing the aligning operation As shown in FIG. 7, when the scoop bars 34 and 35 come out from both ends of the long folded stacked paper T, the aligning operation ends.
In this state, as shown in FIG. 12 (A), the lower layer paper of the long folded stacked paper T is stretched in the both end directions, so that the end faces Z are aligned and stand vertically.
For this reason, as shown in FIG. 12 (B), when cut in the subsequent process, the width dimensions of all the short folded paper sheets t including the short folded paper sheets t located at the outermost end are kept at a constant value, and the defect There will be no product.

（５）その後は、以下の動作によって、最初の待機位置に帰る。
・待機シリンダ４２を伸長させ、すくいバー３４，３５を長尺折畳み集積紙Ｔより高く上昇させる（図８）。
・スライドシリンダ３２，３３を駆動し、すくいバー３４，３５を中央に戻す（図９）。
・長尺折畳み集積紙Ｔを第３横送りコンベヤ２３まで横送りする（図１０）。
・昇降シリンダ４１と待機シリンダ４２を収縮させ、すくいバー３４，３５を第２横送りコンベヤ２２より下方に下げる。 (5) After that, the following operation returns to the first standby position.
-The standby cylinder 42 is extended, and the scoop bars 34, 35 are raised higher than the long folded stacked paper T (FIG. 8).
-The slide cylinders 32 and 33 are driven, and the scoop bars 34 and 35 are returned to the center (FIG. 9).
-Long folding folding paper T is laterally fed to the 3rd horizontal feeding conveyor 23 (FIG. 10).
The elevating cylinder 41 and the standby cylinder 42 are contracted, and the rake bars 34 and 35 are lowered below the second transverse feed conveyor 22.

（６）上記の（１）〜（４）を繰返すことで、順々に長尺折畳み集積紙Ｔの端面を揃えていくことができる。 (6) By repeating the above (1) to (4), the end surfaces of the long folded stacked paper T can be aligned in order.

本発明の一実施形態に係る折畳み集積紙製造設備の側面図である。It is a side view of the folding integrated paper manufacturing equipment concerning one embodiment of the present invention. 同折畳み集積紙製造設備の平面図である。It is a top view of the folding integrated paper manufacturing facility. 図１のIII-III矢視図である。It is the III-III arrow line view of FIG. 同折畳み集積紙製造設備における端面揃え機の待機位置を示す説明図である。It is explanatory drawing which shows the standby position of the end surface aligner in the folding folding paper manufacturing equipment. 同端面揃え機における作業開始状態の説明図である。It is explanatory drawing of the work start state in the same end surface aligner. 同端面揃え機における作業中の説明図である。It is explanatory drawing in operation | work in the same end surface aligner. 同端面揃え機における作業終了時の説明図である。It is explanatory drawing at the time of the completion | finish of work in the same end surface aligner. 同端面揃え機における回帰動作の説明図である。It is explanatory drawing of the regression operation | movement in the same end surface aligner. 同端面揃え機における回帰動作の説明図である。It is explanatory drawing of the regression operation | movement in the same end surface aligner. 同端面揃え機における回帰動作の説明図である。It is explanatory drawing of the regression operation | movement in the same end surface aligner. 同端面揃え機における回帰動作の説明図である。It is explanatory drawing of the regression operation | movement in the same end surface aligner. 同端面揃え機における端面揃え作業の説明図である。It is explanatory drawing of the end surface alignment operation | work in the same end surface aligner. 従来の折畳み集積紙製造設備の側面図である。It is a side view of the conventional folding integrated paper manufacturing equipment. 折畳み集積紙の作業工程図である。It is a work process figure of folding accumulation paper. 従来の折畳み集積紙製造設備の問題点の説明図である。It is explanatory drawing of the problem of the conventional folding integrated paper manufacturing facility.

符号の説明Explanation of symbols

Ｗ ウエブ
Ｔ 折り畳み集積紙
１ 折畳み機
２ 横送りコンベヤ
３ 端面揃え機
４ 縦送りコンベヤ
５ 切断機
３１ 水平ビーム
３２，３３ スライドシリンダ
３４，３５ すくいバー
３６ 押えシリンダ
３７ 押え板
３８ ストッパシリンダ
４１ 昇降シリンダ
４２ 待機シリンダ W Web
T Folding accumulated paper
1 Folding machine
2 Transverse conveyor
3 End face alignment machine
4 Vertical conveyor
5 Cutting machine 31 Horizontal beam 32, 33 Slide cylinder 34, 35 Scoop bar 36 Presser cylinder 37 Presser plate 38 Stopper cylinder 41 Lifting cylinder 42 Standby cylinder

Claims (3)

２枚の幅広連続紙から、該連続紙の幅方向に折畳まれた長尺折畳み集積紙を作る折畳み機と、
長尺折畳み集積紙を短尺に切断して短尺折畳み集積紙を作る切断機と、
前記長尺折畳み集積紙の下面を支えるバーを内側から外側へ移動させて該集積紙の端面を揃える端面揃え機とを備え、
該端面揃え機は、前記折畳み機と前記切断機との間に設けられている
ことを特徴とする折畳み集積紙製造設備。 A folding machine for making a long folded stacked paper folded in the width direction of the continuous paper from two wide continuous papers;
A cutting machine that cuts the long folded accumulated paper into short pieces to make short folded accumulated paper,
An end face aligner that aligns the end face of the accumulated paper by moving a bar that supports the lower surface of the long folded accumulated paper from the inside to the outside;
The folding integrated paper manufacturing facility, wherein the end face aligning machine is provided between the folding machine and the cutting machine. 前記端面揃え機は、
水平ビームと、
該水平ビームに横送り自在に取付けた左右一対のスライドシリンダと、
該左右一対のスライドシリンダに横行される左右一対のすくいバーと、
前記水平ビームを２段階で昇降させる昇降シリンダおよび待機シリンダと
からなることを特徴とする請求項１記載の折畳み集積紙製造設備。 The end face aligner is
A horizontal beam,
A pair of left and right slide cylinders attached to the horizontal beam so as to be laterally fed,
A pair of left and right rake bars traversing the pair of left and right slide cylinders;
2. The folding integrated paper manufacturing facility according to claim 1, comprising an elevating cylinder and a standby cylinder for elevating and lowering the horizontal beam in two stages. 前記端面揃え機は、
長尺折畳み集積紙の中央部を、上から下向きに押える押えシリンダと、下から上向きに押し上げるストッパシリンダとを備えている
ことを特徴とする請求項１記載の折畳み集積紙製造設備。 The end face aligner is
2. The folding and accumulating paper manufacturing facility according to claim 1, further comprising a presser cylinder that presses a center portion of the long folded and accumulating paper downward from above and a stopper cylinder that pushes upward from below.
JP2005117225A 2005-04-14 2005-04-14 Folded integrated paper manufacturing equipment Expired - Fee Related JP4071778B2 (en)

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Application Number Priority Date Filing Date Title
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JP4071778B2 true JP4071778B2 (en) 2008-04-02

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