JPS6155064A - Device for stacking signatures into small bandle - Google Patents

Abstract

PURPOSE:To enable signatures to be pushed in order into a small stcked bandle by installing an upper and lower receivers movably up and down and horizontally in such a manner that the upper receiver is allowed to move up and down even within an upper conveyor by swinging signature guide blocks which are located at the front and rear and right and left places. CONSTITUTION:After an upper receiver of a signature 11 being lowered down and stopped at the position where receiving is started, the specified dimension is adjusted by lowering in order in response to the thickness of the signature carcired in keeping the level of the upper surface of the signature to be approximately constant. Then the upper surface of the upper receiver 11 of the signature corresponds with the upper surface of the lower receiver 12 of the signature, the upper receiver 11 is allowed to return to a waiting position 11a while it is moved up and down and horizontally. Then the signature is transferred to the lower receiver 12. Subsequently, the lower receiver 12 is lowered while the level of the signature is kept approximately constant. The signatures which are stacked under these circumstance is pushed in order by a swing motion of either a rear guide block 14 or a right and left guide blocks enabling the signatures to be binded into a small bandle.

Description

【発明の詳細な説明】 「発明の目的」 本発明は輪転機から排出される折帖印刷物の自動処理装
置に関し、特に折帖印刷物を水平に集積して折帖小束を
作成する装置を提供することを目的とする。DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] The present invention relates to an automatic processing device for printed signatures discharged from a rotary press, and particularly provides a device for horizontally stacking printed signatures to create a small bundle of signatures. The purpose is to

「従来の技術」 従来の、この種装置は既に公表されているものが敬多く
あるが何れも自然落下部を有したり、印刷面を摺刷する
部分を４１するため、折帖印刷物に不揃いを生じたり、
折り傷、摺り傷等を発生する要因を含んでいるものであ
る。``Prior art'' There are many conventional devices of this kind that have already been published, but all of them have a natural falling part or the part where the printing surface is rubbed is 41, which causes unevenness in the printed matter. or cause
This includes factors that cause creases, scratches, etc.

それを例示すると、第５図は第１従来例で、特公昭５５
−１５３８３吟の要部説明図で、自然落下部分と印刷面
摺刷の双方を有するものであり。To illustrate this, Fig. 5 shows the first conventional example,
-15383 This is an explanatory diagram of the main part of Gin, which has both a natural falling part and a printed surface.

第６図は第２従来例で、特開昭５８−８２９４８４に示
された従来装置の動作説明図の一つてあリ　印刷面が摺
刷される一例を、Ｔ（す。FIG. 6 shows a second conventional example, which is an explanatory diagram of the operation of the conventional apparatus shown in Japanese Patent Application Laid-Open No. 58-829484.

第５図に示す第１従来例の（イ）は、１輪転機からＩＪ
Ｉ出されベルトコンへア（ロ）によって運ばれてきた折
帖で、第１の空間（ハフ内に落下される。そして、ｍｌ
の空間（ハ）は、折帖（イ）の優人方向に対して左右両
側に１没けた振動板（ニ）、（二′）と、回しくｕＡ動
板（ホ）と固定板（へ）によって４面を囲まれていて、
３面の振動板は連動される他、それぞれに多数設けた空
気孔から空気を吹き出しながら折帖（イ）を集積する。The first conventional example (a) shown in FIG.
The notebook is taken out and carried by a (b) to the belt conveyor, and is dropped into the first space (huff).Then, the ml
The space (c) consists of the diaphragms (d) and (2') that are recessed on both the left and right sides of the notebook (a), the uA moving plate (e), and the fixed plate (he). ) is surrounded on four sides by
The three diaphragms are interlocked, and collect the notebooks (A) while blowing out air from the numerous air holes provided on each side.

そして、小ｍ１個分が集積されると仮受は板（ト）がラ
ック（チ）とピニオン（す）で右方へ移動され、小束は
下方へ若干距離落下させられる。Then, when one small m-sized bundle is accumulated, the board (G) of the temporary receiver is moved to the right by the rack (J) and pinion (S), and the small bundle is dropped a certain distance downward.

即ち、この例では落下が二回、小束の底面を仮受は楯が
一回摺刷する゛。That is, in this example, the paper falls twice, and the tentative plate brushes the bottom of the small bundle once.

第６図に示した第２従来例のＡは、小束１個分として既
に集Ｊδされた折帖であって、その底面は紙受権Ｂで受
けられ、チェーンＣで矢印Ｘ方向に移動される隼蹟小束
収容箱りにより既に若干移・勤された状ｆ１１を示され
ていて、この１（ｙ容箱りは縦方向に数個に分かれた１
棟があり１紙受板Ｂは壁と壁との間を上下できるように
なっている。小束Ａの」一方に集積されているものは収
容箱りが矢印Ｘ方向に進められ、その接端が紙受板Ｂの
先端を通過。A of the second conventional example shown in FIG. 6 is a signature that has already been assembled into one small bundle, the bottom of which is received by a paper receipt B, and moved by a chain C in the direction of the arrow X. It is shown that f11 has already been moved and worked a little by the Hayatei small bundle storage box.
There is a ridge so that the paper receiving plate B can be moved up and down between the walls. The storage box for the items accumulated on one side of the small bundle A is advanced in the direction of the arrow X, and its connecting end passes the tip of the paper receiving plate B.

するとエヤーシリンダのロッドＥが作動して紙受板Ｂは
仕切板Ｆの近くまで上昇し、仕切板Ｆはエヤーシリンダ
Ｇで後退されて紙受板Ｂに移・１とされる。Then, the rod E of the air cylinder is actuated to raise the paper receiving plate B to near the partition plate F, and the partition plate F is retreated by the air cylinder G and transferred to the paper receiving plate B.

即ち、この例では集積された小束の底面が仕切板Ｆと紙
受板Ｂによって各１回１合計２回摺刷されている。That is, in this example, the bottom surface of the accumulated small bundle is printed twice by the partition plate F and the paper receiving plate B, once each.

本発明は前述する従来のものに介在する自然落下及び印
刷面の摺刷に基づく折帖の不揃いや、折り傷、摺り傷等
を皆無とし、かつ前後左右を正確に突き揃えて集積した
折帖印刷物の小束を得んとしたものであって、折帖の区
分は装置、受は介し部分等に不合理の舞いよう徹底的に
追求し、特に受は渡しについては上部折帖受けと下部折
帖受けを設け５両者は単にフォーク状としたものでなく
、相ｌｊニの空間部を通過してＬ）動ｔｉｒ能とし、ま
た１１４Ｊｊｌのため水平動をも要する上部折帖受けは
上部コンベアの中にも昇降ｕ（能とし、これに加えて前
後左右の折帖案内体を両折帖受けの移動の障害とならぬ
ように設け、かつ両方向の一方を揺動させて正確に揃え
るようにした他、折帖集積にあたっては、いわゆる落し
込みと押し込みの両集積方式を併用可能にすることを併
せて企図したものである。The present invention eliminates the unevenness of the signatures, creases, scratches, etc. caused by natural falling and the rubbing of the printed surface, which are present in the conventional method, and the signatures are stacked with the front, back, left, and right aligned accurately. The purpose was to obtain small bundles of printed matter, and we thoroughly pursued the unreasonableness of the device for the division of the signatures, the intervening parts of the receivers, etc., and especially for the delivery of the receipts, the upper signature receiver and the lower part. A signature holder is provided, and both of them are not simply fork-shaped, but pass through the space between the two sides to provide movement, and the upper signature holder, which requires horizontal movement due to the 114Jjl, is connected to the upper conveyor. There is also an elevating mechanism (U) in the interior, and in addition to this, the front, rear, left and right signature guide bodies are installed so that they do not obstruct the movement of the signature holder, and one of the two directions is swung to ensure accurate alignment. In addition to this, it is also intended to enable the simultaneous use of both so-called drop-in and push-in stacking methods when stacking signatures.

「実施例」 以下１本発明を図面の実施例に基づいて説明する。"Example" The present invention will be explained below based on embodiments shown in the drawings.

第１図に示す１は、図示しない輪転機から延びた折帖印
刷物のコンベアで、２．２’はこれと同調して折帖を移
送する下部コンベア、３は回じ〈上部コンベアで、下部
コンベア２．２′の」二面を移送されてきた折帖は１部
コンベア３と干なる部分で１−ドから挟さまれて上部折
帖受け１１の上面１１’に送り込まれるようにしである
。1 shown in Fig. 1 is a conveyor for signature printed matter extending from a rotary press (not shown), 2.2' is a lower conveyor that transports signatures in synchronization with this, 3 is a rotary (upper conveyor, lower conveyor). A part of the signatures transferred from the second side of the conveyor 2.2' is sandwiched between the first and second sides of the conveyor 3 and sent to the upper surface 11' of the upper signature receiver 11. .

下部フンへ７２，２′およびに部コンベア３はｆＩｉｌ
れも複数本のベルトを適宜の間隔を石いて張設し、この
間隙中を前記折帖受け１１が通過するようにしである。72, 2' and the conveyor 3 to the lower part are fIil
In both cases, a plurality of belts are stretched at appropriate intervals, and the signature receiver 11 passes through the gaps.

４と５は折帖を一時停止させるためにペルＩ・コンペア
２の端末位置に相対ｆεするよう配設された堰切板と堰
切台で、この堰切板４と堰切台５とはそれぞれに連設さ
れたエヤーシリンダ６．７によって一点鎖線で示した４
’、５’位ｌまで接Ｈする方向に作動され、折帖は前記
下部コンベア２の上方で伏まれて一時停止をさせられる
。4 and 5 are a weir cutting plate and a weir cutting stand arranged so as to be relative fε to the terminal position of the Pell I/compare 2 in order to temporarily stop the signature, and the weir cutting plate 4 and the weir cutting stand 5 are 4 indicated by a dashed line by air cylinders 6.7 connected to each
It is operated in the direction of contacting H up to about 1' and 5', and the signature is brought down and temporarily stopped above the lower conveyor 2.

る。Ru.

８と９は光電管の投光器と受光器で、折帖の先頭端が遮
光した信号を基点として予め定めた部数に達すると輪転
機からの信号により前記エヤーシリンダ６．７を作動さ
せるようにし、次回からは信号と信号の間で所定部数毎
に区分けする。Reference numerals 8 and 9 are phototube emitters and receivers, and when a predetermined number of copies is reached based on the light-blocking signal from the leading end of the notebook, the air cylinders 6 and 7 are activated by a signal from the rotary press, and the next time From then on, the signals are divided into a predetermined number of copies.

１０は折帖を所定部数集積する空間部であって、　＋ｉ
ｉｉ記ｌ一部折帖受け１１は折帖が送り込まれると折帖
上面のレベルをほぼ一定に保つように制御された速度で
この空間内を下降する。１２は下部折帖受けで、１３は
Ｆ１１前記下ベア２′の折帖の出１１となるヘル）・１
１１１２″と（濠は−・致させて固“ｌ＋ｉ（した折帖
後端の案内体　１４は折帖の先端の案内体で、モータ１
５によってＩ端１４’は揺動され、集積される折帖の前
ｉＤ力方向１１シく揃える。10 is a space in which a predetermined number of signatures are accumulated, +i
(ii) When a signature is fed into the partial signature receiver 11, it descends in this space at a controlled speed so as to keep the level of the top surface of the signature substantially constant. Reference numeral 12 is the lower document receiver, and 13 is the handle that serves as the document protrusion 11 of the lower bearer 2' of F11)・1
1112" (moat is -) and fixed "l + i (The guide body at the rear end of the signature. 14 is the guide body at the tip of the signature, and the motor 1
5, the I end 14' is swung to align the front iD force direction 11 of the stacked documents.

前記１；部折帖受け１１が鎖線で小才ｌｌｂの位置へ下
降したと仮定してＡ−Ａ線における断面を図示したもの
が第４図である。そして、ｉ−、部折帖受け１１と、下
部折帖受け１２は共にフォーク状をなして相１Ｆの間隙
部に挿入させてあり、また、案内体１３．１４も適宜の
空間部に配置品されている。また、１６と１７は集積す
る折帖の左右を規制する案内板であって、その詳細な図
示は省略したが、何れか一方を固定し、その他方はＥＲ
３図に示した案内体１４と同様にモータで」一端を揺動
させ、集積する折帖の左右も止しく突き揃えるようにし
である。FIG. 4 is a cross-sectional view taken along the line A--A, assuming that the document receiver 11 has been lowered to the position indicated by the chain line. Both the i-part document receiver 11 and the lower document receiver 12 have a fork shape and are inserted into the gap of the phase 1F, and the guide bodies 13 and 14 are also placed in appropriate spaces. has been done. In addition, 16 and 17 are guide plates that regulate the right and left sides of the stacked notebooks, and although their detailed illustration is omitted, one of them is fixed, and the other one is ER.
Similar to the guide body 14 shown in FIG. 3, one end is swung by a motor so that the left and right sides of the stacked notebooks are evenly aligned.

１ｉｉ記する上部折帖受けがｆｌｂの位置まで下降する
冷φ、上部折帖受け１１の北面１１’が下部折帖受け１
２のｈｌｌ’ｉｌ　ｚ　′より下方になると、この時ま
でに４Ｊ５積された折帖は下部折帖受け１２に何の支障
もなく受は渡される。When the upper document receiver 1ii is lowered to the position flb, the north surface 11' of the upper document receiver 11 is the lower document receiver 1.
When it reaches the lower part of hll'il z' of 2, the 4J5 stacks of signatures up to this point are transferred to the lower signature receiver 12 without any hindrance.

そして、上部折帖受け１１がｌｌｂの位置までド降する
と引続きｌｉｅの位置までｉＪ！避し、続いてｌｉｄの
位；古へ上昇し、更にｌｌａの位置へ１１０ルして待機
する。なお、折帖を下部折帖受け１２に渡した後、１ｌ
ｂ−１１ａへの移動についての詳細は後で説明する。Then, when the upper document receiver 11 is lowered to the llb position, it continues to the lie position iJ! Avoid it, then go up to the position of lid, and then move 110 degrees to the position of lla and wait. In addition, after passing the signature to the lower signature receiver 12, 1l
Details regarding the movement to b-11a will be explained later.

一方、上部折帖受けから折帖を受は取った下部折帖受け
１２は、引続き折帖北面のレベルをほぼ一定に保つよう
に制御された速度で下降し、はぼ１２ａの位置に達する
頃、前記順回用のエヤーシリンダ６．７に輪転機からの
信号が出され、折帖の送り込みが一時停Φされる。Meanwhile, the lower document receiver 12, which has received the documents from the upper document receiver, continues to descend at a controlled speed so as to keep the level of the north surface of the document almost constant, and by the time it reaches the position of the dowel 12a. , a signal from the rotary press is sent to the forward air cylinder 6.7, and the feeding of the signature is temporarily stopped Φ.

この一時停止１時間は極〈短時間であるが、この時１、
上部折帖受け１２は急速下降に切り替えられて、１２ｂ
の位置へ下降し、それより僅か遅れて上部折帖受け１１
もｌｌａの待機位Ｊから’３線で示す空間に突出した当
初位置へ急速に下降され。This one-hour temporary stop is extremely short, but at this time,
The upper document receiver 12 is switched to rapid lowering, and the upper document receiver 12 is
The upper document receiver 11 is lowered slightly later than that.
Molla is rapidly lowered from the waiting position J to the initial position protruding into the space indicated by line '3.

これと同時にエヤーシリンダ６．７は折帖の一時停止ト
を開放して次の折帖を送り込む。At the same time, the air cylinder 6.7 releases the temporary stop for the signature and feeds the next signature.

前述する！２ｂの位置へ急速にり；林えられて下降する
下部折帖受け１２はドカに設けた小中移送用のコンベア
６８の間隙内に陣卜する。コンベア６８は複数本のヘル
ドを間隙を♂１いて調節したもので、この間隙内に下部
折帖受け１２が下降できるようにしてあって、′間欠的
に駆動される。As mentioned above! The lower document receiver 12 quickly moves to the position 2b; the lower document receiver 12 is placed in the gap between the conveyor 68 for transporting small and medium-sized books provided at the rear. The conveyor 68 is constructed by adjusting a plurality of healds with a gap of ♂1, into which the lower document receiver 12 can be lowered, and is driven intermittently.

そして、下部折帖受け１２が１２ｂの位置へｒ降して、
その北面１２′がコンベア６８のベルトの北面６９より
僅か下降した時、折帖小中はコンベア６８に何の支障も
なく移載され、この移載完了と同時にコンベア６８を駆
動して右方へ移送させ、折帖小中の接縮が下部折帖受け
１２の先端を通過すると下部折帖受け１２を急速上昇さ
せて旧（イ装置に復帰させても良いが、実施例において
は、下部折帖受け１２を１２ｂの位置に下降させると引
ｈ？いて１２ｃの位置へＪＪ避させ、更に１２ｄの位置
へ［−Ｈさせた後、　１ｉｉｌ准させて旧位乙に復帰す
るようにしている。このようにすれば下降された折帖小
中は、その位置において別ＴＪｌｉ！の作業を行なうこ
とができる。Then, the lower document receiver 12 is lowered to the position 12b,
When its north face 12' is slightly lower than the north face 69 of the belt of the conveyor 68, the small and medium-sized books are transferred to the conveyor 68 without any hindrance, and at the same time as the transfer is completed, the conveyor 68 is driven to the right. When the small and medium-sized signatures are transferred and the contract passes through the tip of the lower signature receiver 12, the lower signature receiver 12 may be quickly raised and returned to the old (i) device, but in the embodiment, the lower folding When the holder 12 is lowered to the position 12b, it is pulled down and moved to the position 12c, then moved to the position 12d [-H, and then 1iil is applied to return to the old position O. In this way, the lowered notebook can be used for other TJli! work at that position.

次に１、部折帖受け１１と下部折帖受け１２の１下動な
らびに水平動部分の構造ＪＩ２２を第３図により説明す
る。Next, the structure JI22 of the downward movement and horizontal movement portions of the partial document receiver 11 and the lower document receiver 12 will be explained with reference to FIG.

２１．２１　’はフレーム２０に固定された竪軸であり
、この竪軸２１，２１′に上下２対のスライドブロック
２２．２２’、２３．２３’がＬ下切可能にか嵌されて
いて、上部１対のスライドブロック２２．２２′には水
平軸２４．２４の一端を固着し、その他端にはアングル
部材２５を固定しである。21.21' is a vertical shaft fixed to the frame 20, and two pairs of upper and lower slide blocks 22.22', 23.23' are fitted onto this vertical shaft 21, 21' so as to be able to cut the L downwards. One end of a horizontal shaft 24, 24 is fixed to the upper pair of slide blocks 22, 22', and an angle member 25 is fixed to the other end.

フレーム２０に下端を支持された中間停止の可能なエヤ
ーシリンダ２６のピストンロッド２７にはラック２８を
固定し、これに噛合うピニオンは１図示を省略したがフ
レーム２０に固定した袖山２９内に設けてｄ１結軸３０
に硬着しである。想結支軸３０の他端は、フレーム２０
に固定したブラケット３２により回動自在に支承され　
ｉｆ！結軸３０の要部に［Ｊ、１着された鎖車３１，３
１と、７軸２１．２１°の上部、ならびに中間要所に設
けた中１１１１釦車３：１．３３’命３３　、３３　’
とテンショノ弓に１；１川の鎖中３４．３４ｉ二１１１
　＋すられたローラチェーン３５．３５の端部は、スラ
イドプロ、り２２．２２′に固７ｉされた固定片３６．
３６に（第４図も併せて参照）接続されていて、エヤー
シリ７タ２６がピスト／ロフト２７を伸ばす方向に作動
すると、スライドブロック２２．２２’とこれに固定さ
れた水４−輔２４　、２４　　アングル部材２５等は、
一体的にＥ昇し、その反対に、ピスト／ロフト２７を縮
めるとスライドブロック２２．２２’等は下降する。A rack 28 is fixed to the piston rod 27 of an air cylinder 26 whose lower end is supported by the frame 20 and can be stopped in the middle, and a pinion that meshes with the piston rod 27 is provided in a sleeve 29 fixed to the frame 20 (not shown). d1 connection shaft 30
It is firmly attached. The other end of the connecting support shaft 30 is connected to the frame 20
It is rotatably supported by a bracket 32 fixed to
If! [J, 1 chain wheel 31, 3 attached to the main part of the connecting shaft 30
1 and the 7-axis 21.21° upper part and the middle 1111 button wheel 3: 1.33' life 33, 33'
and tension bow 1; 1 river chain 34.34i 2111
+The end of the rolled roller chain 35.35 is fixed to the slide pro, 22.22' by the fixed piece 36.
36 (see also FIG. 4), and when the air cylinder 7 operates in the direction of extending the piston/loft 27, the slide block 22, 22' and the water holder 24 fixed thereto, 24 The angle member 25 etc. are
When the piston/loft 27 is compressed, the slide blocks 22, 22', etc. are lowered.

第２図に示す３７．３７′は前記水平軸２４゜２４に遊
嵌されたスライドブａ　＋７りで、水平動をなすもので
あるが、この水平動は、ｆＪｔｊＡ図および第６図に示
すように、ボ１記り下動をなすスライドプロ・７り２２
にエヤーシリンダ３８の一端を、ピｙ４０により接続し
、そのピストンロッド３９に固着した摺動体４２の両端
に回ｆｈ自在に設けた鎖車４３　、４３　’と、前記ピ
ン４０に！ｆｔ嵌した鎖車４４と、アングル部材２５の
と血に設けた連結軸４５に硬着した鎖車４６にローラチ
ェー７４７゜４７′をＩＡ示のようにｉｆ）けローラチ
ェーン４７゜４７′の一端は、スライドプロ、り３７に
固６′シた接続片４８に接続し、他端は、調節ネジ４９
゜４９′に接続して／ＡＢに緊張する。37.37' shown in Fig. 2 is a slide bar a+7 which is loosely fitted on the horizontal shaft 24°24 and makes horizontal movement, but this horizontal movement is as shown in Fig. fJtjA and Fig. 6. Slide pro 7ri 22, which makes a downward movement of 1
One end of the air cylinder 38 is connected to the pin 40 by a pin 40, and chain wheels 43, 43' are rotatably provided at both ends of a sliding body 42 fixed to the piston rod 39, and the pin 40! ft) Attach a roller chain 747°47' to the chain wheel 44 that is fitted and the chain wheel 46 that is firmly attached to the connecting shaft 45 provided at the bottom of the angle member 25, as shown in IA.If), one end of the roller chain 47°47' is connected to the connecting piece 48 fixed to the slide pro 37, and the other end is connected to the adjusting screw 49.
Connect to ゜49' and tension to /AB.

また、前記連結軸４５の他端には　第３図と第４図に示
すように鎖車４６′をＰＡ着し　この夕０屯４６′と、
スライドブロック２２′に設けた回動自在の鎖車４６゛
とに設けたローラチェー７５０の両端はスライドブロッ
ク３７′に固着した接続片４８′に接ｈ′６シである。In addition, a chain wheel 46' is attached to the other end of the connecting shaft 45 as shown in FIGS. 3 and 4.
Both ends of a roller chain 750 provided on a rotatable chain wheel 46' provided on the slide block 22' are in contact with a connecting piece 48' fixed to the slide block 37'.

そして、第２図とＦＳ４図に示すとおり、上部折帖受け
１１はスライドブロック３７．３７′の下面に固定され
たコ字状の枠材５１に固定されていて、スライドブロッ
ク３７．３７′と一体になっている。第４図においてエ
ヤーシリンダ３８がピストンロー、ト３９を伸ばす方向
に作動すると、摺動体４２は右方へ移動され、鎖車４３
′に掛けられたローラチェー７４７′は、スライドブロ
ック３７を左方へ引・層る。そして、スライドブロック
３７が左方へ移動するとローラチェー７４７は鎖中４６
とＩ！Ｉ！ム１−輔４５を１１１１・ｌノＪ向に回４．
連ムＪ−イ１１１４５により第３図の鎖車４６′が時計
回りするとローラチェーン５０はスライドブロック３７
′を左方へ移動する。As shown in FIG. 2 and FS4, the upper document receiver 11 is fixed to a U-shaped frame member 51 fixed to the lower surface of the slide block 37.37'. It's all one. In FIG. 4, when the air cylinder 38 operates in the direction of extending the piston row and tooth 39, the sliding body 42 is moved to the right, and the chain wheel 43 is moved to the right.
The roller chain 747' hooked on ' pulls and stacks the slide block 37 to the left. Then, when the slide block 37 moves to the left, the roller chain 747 moves into the chain 46.
And I! I! Turn Mu1-45 towards 1111/l-J4.
When the chain wheel 46' shown in FIG.
’ to the left.

即ち、スライドブロック３７．３７′は平行に左方へ移
動され、上部折帖受け１１は空間部ｌＯ内に向って移動
される。That is, the slide blocks 37, 37' are moved in parallel to the left, and the upper signature receiver 11 is moved into the space IO.

エヤーシリンダ３８がピストンロット３９ｅ、Ｍめる方
向に作すＪすると、摺動体４２は左方へ移動され、鎖車
４３に掛けられ たローラチェーン４７はスライドプロ、り３７を右方へ
引く弔るとｒｔＴ１時に鎖車４６と連結軸４５を反時計
方向に回す、この結果は、前述と反対にスライドプロー
２り３７　、３７　’は、平行に右方へ移動され、Ｉ一
部折帖受け１１は、空１ｔ１１部ｌＯ内よりσＪｉｔす
る。このように構成したことによリ−ヒ部折帖受け１１
の水平移動距離に夕（シ、ピストンロント３９のストロ
ークは半分で済むようになり小型化の−・助となってい
る。When the air cylinder 38 moves in the direction of the piston rods 39e and M, the sliding body 42 is moved to the left, and the roller chain 47 hooked on the chain wheel 43 is moved to the slide pro, pulling the slide 37 to the right. Then, at rtT1, the chain wheel 46 and the connecting shaft 45 are turned counterclockwise.As a result, contrary to the above, the slide puller 2 37, 37' is moved parallel to the right, and the I part signature receiver is moved to the right. 11 performs σJit from within the empty 1t11 section 10. With this configuration, the Leahy department receipt 11
The stroke of the piston front 39 can be reduced by half in terms of the horizontal movement distance, which helps in downsizing.

ド部折帖受け１２の上下動と水駆動についても１記とほ
ぼｌ１ｉ１様であって、第３図に示すエヤー／リンダ５
２は中間停止が可能で、そのピスト／ロフト５２′に固
定したラック５３によって連結軸５４が駆動され、その
両端近くに硬着した頻り（５５，５５に掛けられた。ロ
ーラチェー７５６゜５６によってスライドプロ、り２３
．２３°が平行に上下動されている。The vertical movement of the document receiver 12 and the water drive are also similar to those described in 1.
2 can be stopped in the middle, and the connecting shaft 54 is driven by a rack 53 fixed to the piston/loft 52', and the connecting shaft 54 is hung on the racks (55, 55) fixed near both ends. Pro, Ri23
．． 23° is moved vertically in parallel.

そして、スライドブロック２３．２３’には水ＩＩＬ軸
５７．５７の一端が固定されているほか、横梁５８が固
定されていて、この横梁５８と水ｖ＋ｈ５７．５７の他
端に【Ｉ４定したアングル部材５９との間には、第３図
と第４図に示す通すエヤーンリンダ６１と、そのピスト
ンロッド６２に固着した摺動体６３を設けてあり、摺動
体６３の両側に設けた回動自在の鎖車６４．６４′に１
１けたローラチェー７６５　、６５　’・の一端は水平
軸５７．５７にａ＞嵌するスライドブロック６０．６０
に固ｉ、゛シた枠材６６と接Ｑ　Ｌ　、他端は横！Ａ５
８とアングル部材５９に取付けた３Ａ節ネジ６７．６７
’に接続してあり、エヤー／リンダ６１がピストン口ッ
ト６２を伸ばすカ向にｆ１動すると　枠材６６に固＞ｉ
、“された上部折帖受け１２は左カヘ移ＤＪされてノと
間部１０内に向って移動される。In addition to one end of the water IIL shaft 57.57 being fixed to the slide block 23.23', a cross beam 58 is also fixed to the slide block 23.23'. Between the member 59 and the air cylinder 61 shown in FIGS. 3 and 4, a sliding body 63 fixed to the piston rod 62 is provided. car 64.64' to 1
One end of the single-digit roller chain 765, 65' is a slide block 60.60 that fits into the horizontal shaft 57.57.
Q L is firmly connected to the pressed frame material 66, and the other end is horizontal! A5
8 and the 3A knot screw 67.67 attached to the angle member 59.
', and when the air cylinder 61 moves f1 in the direction of extending the piston mouth 62, it is fixed to the frame member 66.
, the upper signature receiver 12 is moved to the left side and moved into the space 10.

また、第３１４に示した６９は　スライドプロ。Also, 69 shown in No. 314 is Slide Pro.

り２３に固定した近接ス、インチで、スライドプロ、り
２２の内側面と　僅かの間隙を買いて月面するように設
けたもので、＋１ｉｔｉａする上部折帖受け１１が送り
超よれる折帖の上面のレベルをほぼ一′ｌＪセに保って
下降し、やがて下部折帖受け１２に渡す時、即ち、１−
、部折帖受け１１の上面１１’が下部折帖受け１２の１
−面１２’と一致した時点を検出するものであって２　
この信号によって上部折帖受け１１をｌｌｂの位置から
、ｌｌｃ、ｌｌｄ。The proximity plate fixed to the slider 23 is installed so that it faces the inner surface of the slide pro 22 with a slight gap, and the upper document receiver 11, which increases +1itia, is able to feed and twist the documents. When the upper surface level is kept at approximately 1'1J and the paper is lowered, it is finally transferred to the lower document receiver 12, that is, 1-
, the upper surface 11' of the partial document receiver 11 is 1 of the lower document receiver 12.
- detects the point in time when the plane 12' coincides with the plane 12';
This signal causes the upper document receiver 11 to move from the position llb to llc and lld.

１１ａの位置へと急速でｈ下動および水平動をさせると
共に　下部折帖受け１２を受は取った折帖のＨ面のレベ
ルをほぼ一定に保って下降することを開始させる。While rapidly moving downward and horizontally to the position 11a, the lower document receiver 12 starts to descend while keeping the level of the H surface of the received document substantially constant.

以１−に説明するように　上部折帖受け１１と下部折帖
受け１２は　共に中１１１１停止トの可能なエヤーシリ
ンダ２６と５１によって上下動されていて。As explained in 1-1 below, both the upper document receiver 11 and the lower document receiver 12 are moved up and down by air cylinders 26 and 51, which can be stopped at the center.

ｂ１４折帖受け１１．１２に受けられた折帖１面のレベ
ルをほぼ一定に保って下降させるためにタイマー（図示
略）を使用して、そのタイミングが調整できるように構
成されている。b14 A timer (not shown) is used to lower the level of one side of the signature received by the signature receivers 11 and 12 at a substantially constant level, and the timing can be adjusted.

下部コンベア２′と上部ンヘ７３に挟まれて送り出され
る折帖は、その後端が折帖出口のベルト面２″に達する
とｆｉ稙されたことになるが、これを受は取った両折帖
受け１１．１２が下降する時、集積されつつある折帖の
上面と上部コンベア３の延、没されたベルトの下面３′
との間に（１かの間隙を保つようにして送り込む場合を
通常、落し込み集積方式と称し、前記の間隙を持たせず
にベルトの下面３′によって折帖を押し、特に折目を押
しつけて折帖の厚みが均等になるように適応したＷカを
かけながら送り込む場合を集積方式と称している。A signature sent between the lower conveyor 2' and the upper conveyor 73 is considered to have been fissured when its trailing end reaches the belt surface 2'' at the signature outlet, but the receiver is unable to hold the two folded signatures. When the receivers 11 and 12 descend, the upper surface of the documents being accumulated, the extension of the upper conveyor 3, and the lower surface 3' of the submerged belt.
The method in which the signatures are fed while maintaining a gap of (1) between them is usually called the drop-in stacking method. The method in which the documents are fed while applying an appropriate W force so that the thickness of the documents becomes uniform is called the stacking method.

従って、集積された折帖は、押し込み式の方が落し込み
式より厚みの差が少なくなるため集積後、製本されるま
でに人手が少なくて済むが、折帖のうち１ｇ＃＜て曲り
易いものについては落し込みとする他ない訳である。Therefore, the difference in thickness of the stacked folding notebooks is smaller in the push-in type than in the drop-in type, so less manpower is required between stacking them and binding them into a book. As for things, I have no choice but to put it down.

未発１１装置においては、前記タイマーにセントするタ
イミングにより、／°＾し込み、または押し込みの１．
１４集Ｊｌ’ｌ力式を４Ｉ＋川することがＩｌｌ能であ
る。In the unreleased 11 device, depending on the timing of entering the timer, /°^ push-in or push-in 1.
It is Ill ability to do the 14th collection Jl'l power formula 4I+kawa.

ｒ発ＩＪ１の作用」 次に本発明の作用について説明する。Effect of IJ1 from r Next, the operation of the present invention will be explained.

先ず初めに落し込み集積方式の場合を）、’；、準とし
て説明すると、第１図において輪転機から排出された折
帖の先端が光電管８．９を遮光すると、この信号は輪転
機の計数器と本Ｊ装置の制御箱（何れも図示略）に伝達
される。First of all, let us explain the case of the drop-in accumulation method), ';, as follows. In Fig. 1, when the tip of the ejected notebook from the rotary press blocks light from the phototube 8.9, this signal is used as the counting signal of the rotary press. and the control box of this J device (both not shown).

折帖は引続き前進させられるが、輪転機の計数器（図示
略）はこの４８号をノふへとじて予め設定された小型ｌ
重分の折帖の計敬を開始し、制御箱（図示略）ではこの
信号を基点として予め設定されたタイマーが作１ｈを開
始する。このタイマーからの４２１号により待機位ダｌ
ｌａで待機していたｈ部折帖受け１１は実線で示した折
帖受取開始位置へエヤーシリンダ２６の作動により急速
で下降させられ、一端、停止１−後、送り込まれる折帖
の厚さに応じて予め設定したタイマーの発信間隔でこの
発信１回毎に下降する距離を電磁弁の絞りによってル１
リーされ、折帖上面のレベルをほぼ一定に保ってド隆さ
せられる。The notebook continues to be advanced, but the rotary press's counter (not shown) closes this No. 48 to the no.
The counting of the stack of bills is started, and in the control box (not shown), a preset timer starts the production 1h using this signal as a starting point. Due to number 421 from this timer, it will be placed on standby.
The H-section document receiver 11, which was waiting at the point la, is rapidly lowered by the operation of the air cylinder 26 to the document receiving start position shown by the solid line. Depending on the timer's transmission interval set in advance, the distance traveled for each transmission is determined by the solenoid valve throttle.
The level of the top surface of the notebook is kept almost constant and it is raised.

尚、押し込み方式の場合は、上部折帖受け１１の折帖受
取開始の位置を上記説明の位置よりも若干上方になるよ
うに、また、上部下部両折帖受けの下降速度についても
前述する集積されつつある折帖の上面と上部コンベア３
の延設されたベルトの下面３′との間の圧力がほぼ一定
に保たれた状態で下降するように予めタイマーをセット
して作動させるのである。In the case of the push-in method, the position at which the upper document receiver 11 starts receiving documents should be slightly higher than the position described above, and the descending speed of the upper and lower double document receivers should also be adjusted according to the accumulation method described above. The top surface of the notebook being processed and the upper conveyor 3
A timer is set in advance and activated so that the pressure between the belt and the lower surface 3' of the extended belt is kept substantially constant and lowered.

そして、−上部折帖受け１１の上面１１’が下部折帖受
け１２の上面１２′と一致したことを第３図に示したＭ
Ｆ接センサー６９が検出すると、この信号により上部折
帖受けｌｌは急速に切替えられ、別に設けたタイマー（
図示略）に制ｉＪ１されて１１ｂの位置から１１ｃ、１
１ｄを経てｌｌａのＩＪ？機位置へと、エヤーシリンダ
２６と３８の作動により上下動と水平動を連続して行な
い変位させもれる。- M shown in FIG.
When the F-contact sensor 69 detects this, the upper document receiver 11 is rapidly switched by this signal, and a separately provided timer (
(not shown) from the position 11b to 11c, 1
IJ of lla after 1d? The air cylinders 26 and 38 operate to continuously move vertically and horizontally to the machine position.

一方、１ｉｉｉ記近接センサー６９の発信時に上部折帖
受け１１から折帖を渡された下部折帖受け１２は　上部
折帖受け１１と同様にタイマーに制υμされて　折帖−
ヒ面のレベルをほぼ一定に保って下降し、この間に集積
される折帖は、案内体１４及び１６．１７の何れか一方
の揺動によりｉＥ確に突き揃えられる。On the other hand, the lower document receiver 12, which received the document from the upper document receiver 11 when the proximity sensor 69 transmits the signal in 1iii, is controlled by the timer υμ in the same way as the upper document receiver 11.
It descends while keeping the level of the surface almost constant, and the documents accumulated during this period are precisely aligned by the swinging of either the guide body 14 or 16 or 17.

次に押し込み力式の場合は、集積する折帖が加圧されて
送り込まれることにより、この突き揃えの必要はなく、
従って、モータ１５の駆動は停止トさせておく、そして
、下部折帖受け１２が−・点鎖線で示す１２ａの位置ま
で下降した頃、前記輪転けの計数器（図示略）から小束
１束分排出の信号が制御箱に伝達され、これと同時にエ
ヤーシリ７タ６と７が作動して順回板４と順回台５が下
降ヒ昇して折帖を下部コンベア２の上方で順回って一時
停ｆトさせる。Next, in the case of the pushing force type, the stacked documents are fed under pressure, so there is no need for this alignment.
Therefore, the drive of the motor 15 is stopped, and when the lower document receiver 12 has descended to the position 12a shown by the dotted chain line, one small bundle is transferred from the rotary counter (not shown). A signal for discharging a portion is transmitted to the control box, and at the same time, the air cylinders 7 6 and 7 are activated, and the forwarding plate 4 and forwarding table 5 are lowered and raised to rotate the signatures above the lower conveyor 2. to temporarily stop it.

また、小ｆｆ１ｌＩｉ！分枡出の４に号を基点として予
め宇めたタイミングで発信するタイマーの信号により、
折帖小・上を受は取った下部折帖受け１２は９逮にジノ
替えられたエヤーシリ７タ５１の作動により、１２ｂの
位置に下降し、また、この下陸開始より僅か遅れたタイ
ミングで」二部折帖受け１１かその待機位置１２ｄから
再び１１１記の実線で示す折帖受取１３０始位置へ急速
で下降させられ、同時にエヤーシリング６と７は順回板
４と順回ｔ、′５を復ふ））させ、一端停ルさせられた
折帖は再びｎ１１進し　上部折帖受けｌｌ上に送り込ま
れる。１２ｂの位置へ下降した下部折帖受け１２は、引
続き１２ｃ。Also, small ff1lIi! By the timer signal that is sent at a predetermined timing based on the 4th issue of the branch,
The lower document receiver 12, which had taken off the upper part of the document small, descended to position 12b by the operation of the air cylinder 7ta 51, which was changed to 9, and at a timing slightly later than the start of landing. '' The two-part signature receiver 11 is rapidly lowered from its standby position 12d to the starting position of the signature receiver 130 shown by the solid line in 111, and at the same time, the air cylinders 6 and 7 are moved to the forward rotation plate 4 and the forward rotation t,'. 5)), and the once-stopped signature is again converted to n11 and sent onto the upper signature receiver ll. The lower document receiver 12 that has been lowered to the position 12b continues to be moved to the position 12c.

１２ｄを経て旧位置に復帰するが、＋ｉｉ＋　ａの通り
小中折帖をコンベア６８により右行させるようにすれば
下部折帖受け１２は水平にｉｊＮ！？することなくその
まま旧位置へ）、　、Ｉｌ、させるようにすることもで
きる。12d, it returns to its old position, but if the small and medium-sized folders are moved to the right by the conveyor 68 as shown in +ii+a, the lower folder receiver 12 will be horizontally ijN! ? It is also possible to have it return to its old position without changing it), , Il,.

なお、木実施例においては、十部下部両折帖受けの１−
下ｆＪ＋に中間停止１式のエヤーシリンダを使ｆ４１し
たが、これに限るものではなく、可変式のＬ下動ｍ駆動
９２１を使用することもできることは勿論である。In addition, in the wooden embodiment, 1-
Although the air cylinder f41 with one intermediate stop is used for the lower fJ+, the present invention is not limited to this, and it is of course possible to use a variable L lower movement m drive 921.

「発明の効果」 次に本発明の効果について説明する。"Effect of the invention" Next, the effects of the present invention will be explained.

本発明は叙上のように折帖印刷物を輪転機と同調してほ
ぼ水平に移送する１部コンベア３と下部コンベア２．２
′よりなる移送装置と、下部コンベアの先端近くに設け
た区分は装置と、下部コンベアの先端の折帖出口直下と
その前方および左右両側に立設した要部をフォーク状と
する案内体Ｌ３．１４と、ｌｉｔ記折帖出口の「１１ｊ
方に設けた案内体の空１１１１１ｒＢ　ｌ　ｏに挿入し
て水平方向と一ヒ下方向に移動可能に、没けたフォーク
状の上部折帖受け１１と　前記折帖出口直下の案内体と
１：部折帖受け１１の空間部１０に挿通して少なくとも
■ド方向に移動可能なフォーク状の下部折帖受け１２を
設け、　＋ｉｉｉ記り部コンベア３は複豹の焦嬬イ１？
を、）一部折帖受け１１の空間部１０に位置させて、上
部折帖受け１１を下部折帖受け１２と上部コンベア３の
空間部ｌＯをｉＴ１過してタイミングを調整しなからｌ
・下動可能となすとともに、少なくとも＋ｉｉｉ記折帖
出口の１１１１方に設けた案内体と左右に１没けた案内
体の一方を必要に応しａＡ　４　＋Ｔｒ能とした揃え装
５９ｉを、；りけて構成したので１本装置における折帖
の移送装置１区分は装置、上部折帖受け、折帖出口の前
後左右の案内体によって集積される折帖は、その集積途
中に自然落下、印刷面を荒らすような摺刷等をすべて排
除したことにより、不揃い、折り傷、１台り傷等か−！
、１１無く、また折帖出目の前方の案内体と左右何れか
一方の案内体を摺動させて折帖を突き揃えることにより
正確に揃えて！Ｊ積した祈帖印ＪＩ８＋物の小束を得ら
れるものである。As described above, the present invention uses a first conveyor 3 and a lower conveyor 2.2 for conveying printed documents almost horizontally in synchronization with a rotary press.
', a section provided near the tip of the lower conveyor is the device, and a guide body L3. 14 and “11j” at the exit of the lit diary.
A sunken fork-shaped upper signature receiver 11 which can be inserted into the empty space 11111rB of a guide provided on the side and moved horizontally and downwardly; and a guide body directly below the signature exit; A fork-shaped lower signature receiver 12 is provided which is inserted into the space 10 of the signature receiver 11 and is movable in at least the direction.
a) Partially located in the space 10 of the document receiver 11, and adjusting the timing by passing the upper document receiver 11 through the lower document receiver 12 and the space 10 of the upper conveyor 3.
・In addition to being able to move downward, at least one of the guide bodies provided on the 1111 side of the +iii diary notebook exit and one of the guide bodies recessed on the left and right sides is configured to have an aA 4 +Tr function as required; Since the folding device is configured in one section, the folding papers that are stacked by the machine, the upper folding paper receiver, and the guide members on the front, back, left, and right sides of the folding outlet, fall naturally during stacking, and the printed surface By eliminating all printing that would ruin the surface, there may be irregularities, creases, scratches, etc.!
, No. 11, and by sliding the guide body in front of the opening of the signature and the guide body on either the left or right and aligning the signatures accurately! You can get a J stacked Prayer Book JI8 + a small bundle of items.

更に上部下８Ｉ■→折帖受けの折帖を集積して下降する
速度を可変式として落し込みと押し込みの両集積方弐シ
併用可能とするため、集積する折帖の範囲が拡大され、
この種業界に益するところルだ−にである。In addition, the upper lower 8I ■ → The speed at which the documents in the document receiver are accumulated and lowered is variable so that both dropping and pushing methods can be used together, so the range of documents to be accumulated is expanded.
There are many benefits to this type of industry.

【図面の簡単な説明】 第１図は未発明に係る実施例の縦断側面図、第２図は第
１図におけるＡ−Ａ線断面図、ｆｆ５３図は１一部下部
両折帖受けの上下動および水平動を説１す１するための
要部斜視図、１７５４図は上部折帖受けの本・１トシＪ
１を説１月する説ＩＩ図で、第５［月と第６図は従来装
置４の′Ａ１部説明図。 ２．２′・・・ト部コンベア。 ３・・・」二部コノペア。 １０・・・空間部。 １１・・・」一部折帖受け。 １２・・・下部折帖受け。 １３．１４・・・案内体。 特許出願人　　　日魯丁業株式会社 他　　ｌ　　名[BRIEF DESCRIPTION OF THE DRAWINGS] Fig. 1 is a longitudinal sectional side view of an embodiment according to the invention, Fig. 2 is a sectional view taken along the line A-A in Fig. 1, and Fig. ff53 is the upper and lower parts of the lower bifold booklet holder. A perspective view of the main parts for explaining motion and horizontal motion.
Fig. 1 is a diagram showing the theory II, and Figs. 2.2'...G section conveyor. 3...” Second part Konopair. 10...Space part. 11...” Part of the manuscript was received. 12...Lower signature holder. 13.14... Guide body. Patent applicant: Nichiro Dingyo Co., Ltd., etc.

Claims (1)

【特許請求の範囲】[Claims] 折帖印刷物を輪転機と同調してほぼ水平に移送する上部
コンベアと下部コンベアよりなる移送装置と、下部コン
ベアの先端近くに設けた区分け装置と、下部コンベアの
先端の折帖出口直下とその前方および左右両側に立設し
た要部をフォーク状とする案内体と、前記折帖出口の前
方に設けた案内体の空間部に挿入して水平方向と上下方
向に移動可能に設けたフォーク状の上部折帖受けと、前
記折帖出口直下の案内体と上部折帖受けの空間部に挿通
して少なくとも上下方向に移動可能なフォーク状の下部
折帖受けを設け、前記上部コンベアは複数の無端帯を上
部折帖受けの空間部に延出させて、上部折帖受けを下部
折帖受けと上部コンベアの空間部を通過してタイミング
を調整しながら上下動可能となすとともに、少なくとも
前記折帖出口の前方に設けた案内体と左右に設けた案内
体の一方を必要に応じ揺動に可能とした揃え装置を設け
て構成したことを特徴とする折帖印刷物の小束集積装置
。A transfer device consisting of an upper conveyor and a lower conveyor that transport the printed signatures almost horizontally in synchronization with the rotary press, a sorting device installed near the tip of the lower conveyor, and a device immediately below and in front of the signature exit at the tip of the lower conveyor. and a guide body whose main part is shaped like a fork, which stands upright on both the left and right sides, and a fork-shaped guide body which is inserted into the space of the guide body provided in front of the e-book exit and is movable in the horizontal and vertical directions. An upper signature receiver, a fork-shaped lower signature receiver that is inserted into a space between the guide body immediately below the signature exit and the upper signature receiver and is movable at least in the vertical direction, and the upper conveyor has a plurality of endless The belt extends into the space of the upper signature receiver, so that the upper signature receiver can pass through the space between the lower signature receiver and the upper conveyor and move up and down while adjusting the timing. 1. A small bundle stacking device for printed matter, characterized in that a guide body provided in front of an exit and one of the guide bodies provided on the left and right sides are provided with an aligning device that can swing as required.