JPS6119534B2 - - Google Patents
Info
- Publication number
- JPS6119534B2 JPS6119534B2 JP16375778A JP16375778A JPS6119534B2 JP S6119534 B2 JPS6119534 B2 JP S6119534B2 JP 16375778 A JP16375778 A JP 16375778A JP 16375778 A JP16375778 A JP 16375778A JP S6119534 B2 JPS6119534 B2 JP S6119534B2
- Authority
- JP
- Japan
- Prior art keywords
- transfer
- paper
- section
- bundle
- truck
- 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.)
- Expired
Links
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 5
- 239000003638 chemical reducing agent Substances 0.000 description 3
- 238000000034 method Methods 0.000 description 2
- 238000007599 discharging Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Landscapes
- Details Of Cutting Devices (AREA)
- Registering Or Overturning Sheets (AREA)
- Discharge By Other Means (AREA)
Description
【発明の詳細な説明】
この発明は多数葉重ねられた全紙から多数行多
数列に断裁された所定寸法(例はがき類)の小切
葉束を断裁機より引出して断裁時に生じた端面の
ゆがみを修正し、しかる後に上記多数行多数列の
小切紙葉束を所定の段数に積替を出来る小切紙葉
束積替装置に関するものである。Detailed Description of the Invention This invention aims to remove the distortion of the end surface that occurs during cutting by pulling out a bundle of small pieces of predetermined dimensions (e.g. postcards) from a stack of sheets into multiple rows and columns from a cutting machine. The present invention relates to a stacking device for stacking stacks of small paper sheets, which is capable of modifying the above-mentioned paper stacks and then transshipping the stacks of paper sheets having multiple rows and columns into a predetermined number of stages.
従来、断裁された小切紙葉束を断裁機より引出
し、断裁端面のゆがみ修正と、この小切紙葉束を
所定の段数に積替える作業等は全て人手によりな
されていて非常に能率の悪い存在であつた。 Conventionally, the work of pulling out the cut stack of paper sheets from a cutting machine, correcting the distortion of the cut end face, and transferring the stack of paper sheets to a predetermined number of tiers was all done manually, which was extremely inefficient. It was hot.
この発明はかかる従来例の人為的作業処置を機
械化したことにあり、その構成は多数行多数列に
断裁された小切紙葉束を断裁機から所定位置まで
引出して次の順位に移送するための排出移送台車
部Aと、排出移送台車部Aから小切紙葉束を1列
づつ次の順位まで移送するための移送台車部B
と、移送台車部Bより1列づつ移送された小切紙
葉束の端面のゆがみを修正するための修正台車部
Cと、修正台車部Cで修正された小切紙葉束を再
び多数行多数列に整列させるための整列台車部D
と、整列台車部Dにて整列された多数行多数列の
小切紙葉束を所定の段数に積替える積替部Eとか
ら成つている。 The present invention is based on mechanizing such conventional manual work procedures, and its configuration is such that a stack of paper sheets cut into multiple rows and columns is pulled out from a cutting machine to a predetermined position and transferred to the next order. A discharge transfer trolley section A, and a transfer trolley section B for transferring check paper bundles one row at a time from the discharge transfer trolley section A to the next rank.
Then, a correction cart part C corrects the distortion of the end face of the paper bundles transferred one row at a time from the transfer cart part B, and the paper bundles corrected by the correction cart part C are transferred again in many rows and in many columns. Aligning cart part D for aligning
and a transshipment section E that transships stacks of paper sheets arranged in a plurality of rows and columns in a sorting cart section D into a predetermined number of stages.
次にその構成を図示の一実施例例について説明
する。 Next, the configuration will be explained with reference to an embodiment shown in the drawings.
第1図は排出移送台車部Aを示し、この排出移
送台車部Aはコロを有していて断裁テーブル1か
らエアテーブル2に向けて該テーブル上を走行で
き、この走行はエアテーブル2側の架台3に取付
けてある送りネジ4の正転又は逆転で前進又は後
退出来るようになしてあり、送りネジ4の回転は
ギア5、ウオーム減速機6、ポールチエンジモー
ター7の駆動機構にて行なつている。 FIG. 1 shows a discharge transfer truck section A. This discharge transfer truck section A has rollers and can run on the table from the cutting table 1 toward the air table 2. It is designed to move forward or backward by forward or reverse rotation of a feed screw 4 attached to the frame 3, and the rotation of the feed screw 4 is performed by a drive mechanism of a gear 5, a worm reducer 6, and a pole change motor 7. ing.
排出移送台車Aは又小切紙葉Pの後端に当接で
きる排出アーム8及び排出アーム及び8の上記当
接と解除とを行なうエアシリンダ9を有してい
て、排出アーム8は断裁テーブル1面に対してエ
アシリンダ9が図示の状態(ロツドが後退)にお
いて垂直状態にあつて小切紙葉束Pを前方に送る
際に小切紙葉束Pの後端面に当接出来、小切紙葉
束Pの排送は送りネジ4の回転で行う。 The discharge transfer cart A also has a discharge arm 8 that can come into contact with the rear end of the small paper sheet P, and an air cylinder 9 that brings the discharge arm and 8 into and out of contact, and the discharge arm 8 is connected to the cutting table 1. When the air cylinder 9 is perpendicular to the plane shown in the figure (the rod is retracted) and the paper stack P is sent forward, it can come into contact with the rear end surface of the paper stack P, and the paper stack P can be moved forward. P is discharged by rotating the feed screw 4.
上記において、小切紙葉束Pは通常の如く断裁
機10にて多数行多数列に断裁されてなり、かつ
排出移送台車Aの後退復帰(左方向に移動)に際
しては排出アーム8がエアシリンダ9でテーブル
面上方にはね上げ出来て排出移送台車Aの後退時
では排出アーム8が小切紙葉束Pに当接しない位
置に上昇できる様になしてある。なお排出移送台
社Aの後退は送りネジ4の逆回転で行なう。 In the above, the paper bundle P is cut into many rows and many columns by the cutting machine 10 as usual, and when the discharge transfer cart A returns backward (moves to the left), the discharge arm 8 is moved to the air cylinder 9. It can be raised above the table surface so that the discharge arm 8 can be raised to a position where it does not come into contact with the stack of paper sheets P when the discharge transfer cart A is retreating. Note that the discharge transfer table A is moved back by reverse rotation of the feed screw 4.
排出移送台車Aは小切紙葉束Pの移送において
送りネジ4との対応で位置A′まで前進でき、小
切紙葉束Pを断裁テーブル1からエアテーブル2
側に向けて位置P1まで排出移送する。移送台車部
Bは前記排出台車部Aで前方に排出される小切紙
葉束Pを該台車部Bの水平台と傾斜板とからなる
紙葉束受部11で1列宛受取つてこれを修正台車
部Cに移送する役目をなし、この移送台車部Bは
前後に沿う両域に対設のチヤンネル状のガイドレ
ール12内を移動するコロ13とシーソー台14
側のギア15に噛合うラツク16を有していて紙
葉束受部11が前方にやゝ傾斜かつ受部上面が前
方に向けてエアテーブル2面よりやゝ降下させて
配置してなり、移送台車部Bは図示の如く後退の
状態において排出台車部Aで小切紙葉束Pが1列
宛前方に排出される都度その1列が受止め出来る
関係にある。 The discharge transfer cart A can move forward to position A' in correspondence with the feed screw 4 when transferring the small paper bundle P, and moves the small paper bundle P from the cutting table 1 to the air table 2.
Eject and transfer to the side to position P 1 . The transfer trolley section B receives the paper bundle P discharged forward by the discharge trolley section A and corrects it by receiving it in one row using the paper bundle receiving section 11 consisting of a horizontal stand and an inclined plate of the trolley section B. This transport vehicle part B has rollers 13 and seesaw bases 14 that move within channel-shaped guide rails 12 installed opposite to each other in both the front and rear regions.
It has a rack 16 that meshes with the gear 15 on the side, the sheet bundle receiving part 11 is slightly inclined forward, and the upper surface of the receiving part is arranged forward and slightly lower than the two surfaces of the air table. As shown in the figure, in the backward state, the transfer cart section B is in a relationship such that it can receive one row of paper bundles P each time the paper bundle P is discharged forward in one row by the discharge cart section A.
一方、シーソー台14はガイドレール12を保
持するフレーム部分の後部に支軸17を枢着して
いて前方下部に連結のエアシリンダ18でシーソ
ー台先端上面が上下に揺動でき、かつこのシーソ
ー台にはギア15の回転を行うギア15′と係接
のラツク19及びこのラツク19を可動するため
のエアシリンダ20が取付けてある。 On the other hand, the seesaw table 14 has a support shaft 17 pivotally attached to the rear part of the frame portion that holds the guide rail 12, and the upper surface of the tip of the seesaw table can swing up and down by an air cylinder 18 connected to the lower front part. A rack 19 that engages with the gear 15' that rotates the gear 15, and an air cylinder 20 that moves the rack 19 are attached to the rack.
よつて、シーソー台14はエアシリンダ20の
後退復帰で移送台車部Bを図示位置に後退復帰さ
せ、同じくエアシリンダ18の上昇作動で移送台
車Bを水平状に保つて紙葉束受部11の水平台部
上面後端をエアテーブル2の前端部に当接させ、
次いでモーター7を駆動させて送りネジ4を回転
し排出移送台車Aを小切紙葉束Pの1列分相当の
距離即ち1ピツチ分前に走行させると小切紙葉束
Pの最前列がエアテーブル2より紙葉束受部11
の水平台部に受渡される。 Therefore, the seesaw table 14 moves the transfer carriage B back to the illustrated position by the return of the air cylinder 20, and also maintains the transfer carriage B in a horizontal position by raising the air cylinder 18. Bring the rear end of the top surface of the horizontal table into contact with the front end of the air table 2,
Next, when the motor 7 is driven and the feed screw 4 is rotated to move the discharge transfer cart A forward a distance corresponding to one row of check paper bundles P, that is, one pitch, the frontmost row of check paper bundles P is moved to the air table. From 2, the paper sheet stack receiving section 11
It is delivered to the horizontal platform of.
上記受渡し後、これと同期してエアシリンダ2
0を駆動し、紙葉束部11を有する移送台車部B
を引き寄せてガイドレール12に沿つて前進さ
せ、小切紙葉束Pをテーブル修正台車部Cのテー
ブル21の後部まで移送する。しかる後エアシリ
ンダ18を下降方向に駆動してシーソー台14を
支軸17を支点として下降させると移送台車B及
び紙葉束受部11が同時に下降して小切紙葉束P3
がテーブル21の後端上面にされて残される。な
お、テーブル21の後端部は後述するように紙葉
束受部11に対応した切欠構造を有していて紙葉
束受部11が下方に通過出来る様になつている。 After the above delivery, in synchronization with this, air cylinder 2
0 and has a sheet bundle section 11.
is pulled forward along the guide rail 12, and the check paper bundle P is transferred to the rear of the table 21 of the table correction cart section C. Thereafter, when the air cylinder 18 is driven in the downward direction to lower the seesaw table 14 using the support shaft 17 as a fulcrum, the transfer trolley B and the paper bundle receiver 11 are simultaneously lowered and the small paper bundle P 3 is lowered.
is left on the upper surface of the rear end of the table 21. As will be described later, the rear end of the table 21 has a cutout structure corresponding to the sheet stack receiving section 11, so that the sheet stack receiving section 11 can pass downward.
次いで、移送台車Bはエアシリンダ20の後退
作動で旧位置に後退復帰させた後、他方のエアシ
リンダ18の駆動でシーソー台14を水平に復帰
させて移送台車Bの運動1サイクルが終了する。 Next, the transfer cart B is moved back to the old position by the backward operation of the air cylinder 20, and then the seesaw table 14 is returned to the horizontal position by the drive of the other air cylinder 18, and one cycle of movement of the transfer cart B is completed.
修正台車部Cは移送台車部Bより1列づつ送ら
れて来た小切紙葉束P3を、その端面のゆがみを修
正して整列台車部Eに移送する役目をなす。ここ
において修正台車部Cは架台3に設けてあるエア
シリンダ22によつてガイドレール23に沿つて
前進かつ後退出来、これの前進ではテーブル21
の後端上面に載置されている小切紙葉束P3を移送
アーム24で前方に移送しながら小切紙葉束P3の
端面突き揃えを行なう。 The correction truck section C serves to correct the distortion of the end faces of the paper bundles P3 sent one row at a time from the transfer truck section B, and then transfer them to the alignment truck section E. Here, the correction truck section C can move forward and backward along the guide rail 23 by means of an air cylinder 22 provided on the pedestal 3, and the table 21
The ends of the paper bundle P 3 placed on the upper surface of the rear end are moved forward by the transfer arm 24, and the edges of the paper bundle P 3 are aligned.
上記移送はこれを小切紙葉束P4位置まで送出し
ては移送アーム24,25がエアシリンダ2
4′,25′で上昇されて修正台車部Cが図示位置
まで後退復帰する間欠運動を繰返し的に行ない、
小切紙葉束P3が移送アーム24で次に移送される
までのタイミングをもつて再び下降してなる両移
送アームのうち一方の移送アーム25が小切紙葉
束P4の後端に位置している際にエアシリンダ26
の間欠駆動で修正ストツパー27が上向きに回動
して小切紙葉束P4の前端に当接し小切紙葉束P4の
前後突き揃えを行なう。 In the above transfer, the paper bundle is sent to the P4 position, and the transfer arms 24 and 25 are moved to the air cylinder 2.
4' and 25', and the correction truck part C is repeatedly moved intermittently to move back and return to the position shown in the figure.
One of the transfer arms 25, which is formed by descending again at the timing until the next transfer of the paper bundle P3 by the transfer arm 24, is located at the rear end of the paper bundle P4 . air cylinder 26 when
The correction stopper 27 is rotated upward by the intermittent drive and comes into contact with the front end of the paper bundle P4 , thereby aligning the paper bundle P4 back and forth.
なお、テーブル21の後端部(小切紙葉束P3載
置位置)は紙葉束受部11が下方に通過出来る様
に紙葉束受部11に対応した切欠構造になしてあ
り、かつテーブル21の先端部は修正ストツパー
27が上方に通過出来る様に該修正ストツパーと
対応した切欠構造になしてある。 Note that the rear end of the table 21 (the position where the paper bundle P3 is placed) has a cutout structure corresponding to the paper stack receiver 11 so that the paper stack receiver 11 can pass downward, and The tip of the table 21 has a notch structure corresponding to the correction stopper 27 so that the correction stopper 27 can pass upward therethrough.
又、このテーブル21の上面は移送アーム2
4,25の先端が嵌合的に摺接して通過出来る溝
を有しており、修正台車部Cの前進では端面を修
正された小切紙葉束P4が移送アーム25によつて
整列台車部Dのエアテーブル28まで順次移送さ
れる。 Also, the top surface of this table 21 is the transfer arm 2.
4 and 25 have grooves through which they can pass through in sliding contact with each other, and when the correction cart section C moves forward, the paper bundle P 4 whose end face has been corrected is aligned by the transfer arm 25 and transferred to the cart section. They are sequentially transferred to the air table 28 at D.
整列台車部Dは、修正台車部Cより1列づつ修
正移送された小切紙葉束P5を再び多数行多数列に
整列させる部分であり、整列台車29はピニオン
ギア30を有していて、このピニオンギアを正・
逆回転させることにより架台31に設けたラツク
32上を前後に走行する。ピニオンギア30の回
転はウオーム減束機33を介しブレーキモーター
34を駆動させることにより与えられる。 The alignment truck part D is a part that re-aligns the stack of paper sheets P5 corrected and transferred one column at a time from the correction truck part C into multiple rows and columns, and the alignment truck 29 has a pinion gear 30, This pinion gear is
By rotating it in the opposite direction, it runs back and forth on the rack 32 provided on the pedestal 31. Rotation of the pinion gear 30 is provided by driving a brake motor 34 via a worm bundle reducer 33.
整列台車29は又整列移送アーム35を有し、
この移送アームは整列台車29に支持されたエア
シリンダ36の作動によつて水平及び垂直とな
る。なお、この移送アーム35に対しては端面整
列列ストツパー37が架台31の最先端部に固定
されている。 The alignment truck 29 also has an alignment transfer arm 35;
The transfer arm is made horizontal and vertical by actuation of an air cylinder 36 supported by the alignment truck 29. Note that an end face alignment stopper 37 is fixed to the most distal end of the pedestal 31 with respect to the transfer arm 35.
一方、前記テーブル21と上記架台31の各両
域には側板が設けてあり、順次前方に移送される
小切紙葉束の両端面はこの側板との対応で修正さ
れ、この側板は調整ボルトにて対応間隔位置が調
整できるようにセツトなされている。38は後述
する積替板である。 On the other hand, side plates are provided in both areas of the table 21 and the pedestal 31, and both end faces of the bundle of paper sheets that are sequentially transferred forward are corrected in correspondence with the side plates, and the side plates are connected to adjustment bolts. It is set so that the corresponding interval position can be adjusted. 38 is a reloading plate which will be described later.
而して、ブレーキモーター34を駆動させてピ
ニオンギア30を逆回転させ、整列台車29をエ
アテーブル28の後端部までラツク32上に沿つ
て後退させてのち次にエアシリンダ36を動作し
て整列移送アーム35を垂直になし、修正台車部
Cにてエアテーブル28に移送されている庄切紙
葉束P5の後端面にこの移送アーム35を当接させ
る。この時エアシリンダ36は小切紙葉束P5がエ
アテーブル28上に1列のとき又は特定の多数列
(例えば3列)になつたときに作動する様にして
ある。 Then, the brake motor 34 is driven to reversely rotate the pinion gear 30, and the alignment cart 29 is retreated along the rack 32 to the rear end of the air table 28, and then the air cylinder 36 is operated. The alignment transfer arm 35 is made vertical and brought into contact with the rear end surface of the Sho-kirigami leaf bundle P5 being transferred to the air table 28 by the correction cart section C. At this time, the air cylinder 36 is configured to operate when the stack of paper sheets P5 is in one row on the air table 28 or when a specific number of rows (for example, three rows) are formed.
次に、ブレーキモーター34によるピニオンギ
ア30の回転を正回転させて整列台車29を前進
させ、整列移送アーム35にて1列又は特定の多
数列の小切紙葉束P5を小切紙葉束の前端面が端面
整列ストツパー37に当接する位置即ち小切紙葉
束P6の位置までエアテーブル28から積替板38
側へと移送する。 Next, the brake motor 34 rotates the pinion gear 30 in the forward direction to move the alignment cart 29 forward, and the alignment transfer arm 35 transfers one row or a specific number of rows of small paper bundles P 5 to one of the small paper bundles. The transfer plate 38 is moved from the air table 28 to the position where the front end surface contacts the end face alignment stopper 37, that is, the position of the small paper bundle P6 .
Transfer to the side.
ここにおいて、整列台車29の停止は1列又は
特定の多数列の小切紙葉束P5の前端面が端面整列
ストツパー37に当接される位置に来たときにリ
ミツトスイツチ(図示省略)が働きブレーキモー
ター34の駆動停止が出来る様になつている。 Here, the alignment cart 29 is stopped by a limit switch (not shown) activated by a brake when the front end surface of the stack of paper sheets P 5 in one row or a specific multiple rows comes into contact with the end surface alignment stopper 37. The drive of the motor 34 can be stopped.
次いで、エアシリンダ36を後退復帰させて整
列移送アーム35を上方に回動して、この移送ア
ーム35を水平状に移動してブレーキモーター3
4の駆動でピニオンギア30を逆回転させ、整列
台車29を後退させて当初の位置に戻す。この行
程によつて整列台車29の運動1サイクルが完了
する。 Next, the air cylinder 36 is moved back and returned, the alignment transfer arm 35 is rotated upward, and the transfer arm 35 is moved horizontally to move the brake motor 3.
4, the pinion gear 30 is reversely rotated, and the alignment truck 29 is moved backward and returned to its original position. This stroke completes one cycle of movement of the alignment cart 29.
上記において、1列又は多数列の小切紙葉束P5
の前端面は整列台車29の第1回目の運動サイク
ルにて端面整列ストツパー37に当接されるが、
第2回目以降の運動サイクルにおいては、先に移
送されて整列されている1列又は特定の多数列の
小切紙葉束P6,P7…の後端面に当接されることと
なり、移送台車29の走行は上記移送の整列数が
所定数位置に来たときにリミツトスイツチ(図示
省略)が働いてブレーキモーター34の駆動停止
を行なう走行関係にある。 In the above, one row or multiple rows of check paper sheets P 5
The front end surface of is brought into contact with the end surface alignment stopper 37 in the first movement cycle of the alignment cart 29,
In the second and subsequent movement cycles, the paper bundles P 6 , P 7 . 29 is in a running relationship in which a limit switch (not shown) operates to stop the brake motor 34 when the number of lines in the transfer reaches a predetermined number.
更に、多数列(例えば5行×11列)の小切紙葉
束を2群又はそれ以上の群の多数行多数列(例え
ば5行×6列と5行×5列の様な場合)に分割し
て整列させたい場合には、第1図Bで示す様中間
にエアシリンダ39の動作によつて垂直又は水平
方向に可動する第2次端面整列ストツパー40を
設け、第1群(例えば5行×6列)の小切紙葉束
P6,P7を移送整列させた後にエアシリンダ39を
動作して第2次端面整列須トツパー40を垂直に
し、前述した様に整列台車29の運動サイクルの
繰返しによつて第2群(例えば5行×5列)を移
送整列させればよい。 Furthermore, a stack of paper sheets with multiple columns (for example, 5 rows x 11 columns) is divided into two or more groups of multiple rows and columns (for example, cases of 5 rows x 6 columns and 5 rows x 5 columns). When it is desired to align the first group (for example, five rows), a secondary end face alignment stopper 40 that is movable in the vertical or horizontal direction by the operation of the air cylinder 39 is provided in the middle as shown in FIG. 1B. x6 rows) of check paper sheets
After transferring and aligning P 6 and P 7 , the air cylinder 39 is operated to make the secondary end face alignment topper 40 vertical, and by repeating the movement cycle of the alignment cart 29 as described above, the second group (for example, 5 rows x 5 columns) may be transferred and aligned.
上記の場合、積替板38も又後述する様に2群
又はそれ以上に分割しなければならない。 In the above case, the transshipment plate 38 must also be divided into two or more groups, as described below.
かくして、多数行多数列に断裁された小切紙葉
束はその端面のゆがみが整列台車29の運動サイ
クルの繰返しによつて修正されて積替板28上に
再び多数行に移送整列される。 In this way, the distortion of the end face of the stack of small paper sheets cut into multiple rows and multiple columns is corrected by repeating the movement cycle of the alignment cart 29, and then transferred and aligned again onto the transfer board 28 into multiple rows.
積替Eは整列台車部Dによつて整列された多数
行多酔列の小切紙葉束P6,P7…をパレツト41に
任意の段数をもつて積替える部分である。 The transshipment E is a section for transshipping the stacks of paper sheets P 6 , P 7 .
ここにおいて、積替板38は左右対象に分割さ
れた開閉板38a,38bとからなり、開閉板3
8a,38bは各々前後対象にコロ42とラツク
43を有していてコロ42は架台44に支持され
たガイドレール45上を摺動し、開閉板38a,
38bが上記コロを介してガイドレール45方向
にピニオン46の回転で相対的に開閉移動する。 Here, the transshipment board 38 consists of opening/closing plates 38a and 38b divided symmetrically on the left and right, and the opening/closing plate 3
8a and 38b each have a roller 42 and a rack 43 symmetrically in the front and back, and the roller 42 slides on a guide rail 45 supported by a pedestal 44, and the opening/closing plate 38a,
38b relatively opens and closes in the direction of the guide rail 45 via the rollers by the rotation of the pinion 46.
ピニオン46はこれの回転軸47がフランジユ
ニツト48を介して架台44に軸支されており、
回転軸47はギア49を介してエアモーター50
で回転出来る構成になしてある。 A rotating shaft 47 of the pinion 46 is supported by the frame 44 via a flange unit 48.
The rotating shaft 47 is connected to an air motor 50 via a gear 49.
It is configured so that it can be rotated.
よつて、積替部Eほ動作は先ずエアモーター5
0を駆動させてピニオン46を正回転させ、ラツ
ク43を閉運動させて積替板38の開閉板38
a,38bを閉成させる。次いて整列台車部Dに
よつて閉じた積替板38上に小切紙葉束P6,P7…
を多数行多数行列に整列させた後、エアモーター
50を駆動させてピニオン46を逆回転させ、ラ
ツク43を積替板開放方向に運動させて積替板3
8a,38bをガイドレール45に沿う両域に開
く。すると、多数行多数列に整列された小切紙葉
束はくずれることなくそのまま垂直に落下し、テ
ーブルリフター51上に載置されたパレツト41
上に積替えられる。 Therefore, the operation of the transshipment section E begins with the air motor 5.
0 to rotate the pinion 46 in the forward direction, move the rack 43 to close, and close the opening/closing plate 38 of the transfer plate 38.
a and 38b are closed. Next, the stacks of paper sheets P 6 , P 7 , etc. are placed on the transfer plate 38 closed by the alignment cart D.
After arranging the plates into multiple rows and matrices, the air motor 50 is driven to reversely rotate the pinion 46 and move the rack 43 in the direction of opening the transshipment plate.
8a and 38b are opened in both areas along the guide rail 45. Then, the stacks of check paper sheets arranged in many rows and many columns fall vertically without breaking, and the pallets 41 placed on the table lifter 51
transshipped to the top.
斯様にして、積替部Eの運動1サイクルが完了
するがこのサイクルを繰返すことによつて多数行
多数列に整列された小切紙葉束を所期の段数に積
替えることが出来、又多数行数列の小切紙葉束を
2群又はそれ以上の群に分割したい場合には、積
替板38を含む上記ユニツトを複数個縦列に設け
ればよい。 In this way, one cycle of movement of the transfer section E is completed, and by repeating this cycle, it is possible to transfer the stacks of paper sheets arranged in many rows and many columns to the desired number of stages, and If it is desired to divide a stack of paper sheets with many rows and columns into two or more groups, a plurality of the above-mentioned units including the transfer plates 38 may be provided in a column.
なお、所期の段数に積替えた小切紙葉束はパレ
ツト51を降下させ、例えばベルトコンベア52
に払出してこれを次工程へ移送することで適切に
行なえる。 Note that the stack of paper sheets transferred to the desired number of stacks is lowered down the pallet 51 and transferred to, for example, a belt conveyor 52.
This can be done appropriately by discharging the waste and transferring it to the next process.
図面はこの発明の一実施例を示すもので、第1
図Aは小切紙葉積替装置における排出移送台車
部・移送台車部・修正台車部の対応側面図、第1
図Bは同装置における整列台車部・積替部の対応
側面図、第2図Aは第1図Aの平面図、第2図B
は第1図Bの平面図、第3図は移送台車部部分を
左方より見て示す一部の拡大説明図である。
A……排出移送台車、B……移送台車部、C…
…修正台車部、D……整列台車部、E……積替
部、P……小切紙葉束、1……断裁テーブル、
2,28……エアテーブルル、3,31,44…
…架台、4……送りネジ、5,15,15′,4
9……ギア、6,33……ウオーム減速機、7…
…ポールチエンジモーター、8……排出アーム、
9,18,20,22,24′,25′,26,3
6,39……エアシリンダ、10……断裁機、1
1……紙葉束受部、12,23,45……ガイド
レール、13,42……コロ、14……シーソー
台、16,19,32,43……ラツク、17…
…支軸、21……テーブル、24,25,35…
…移送アーム、27……修正ストツパー、29…
…整列台車、30,46……ピニオンギア、34
……ブレーキモーター、37,40……端面整列
ストツパー、38……積替板、38a,38b…
…開閉板、47……回転軸、48……フランジユ
ニツト、50……エアモーター、51……テーブ
ルリフター、52……ベルトコンベア。
The drawings show one embodiment of the invention.
Figure A is a corresponding side view of the discharge transfer trolley section, transfer trolley section, and correction trolley section in the paper sheet transfer device, the first
Figure B is a corresponding side view of the sorting cart section and transfer section in the same device, Figure 2 A is a plan view of Figure 1 A, and Figure 2 B
1B is a plan view of FIG. 1B, and FIG. 3 is an enlarged explanatory view of a portion of the transfer carriage portion seen from the left. A...Discharge transfer trolley, B...Transfer trolley section, C...
...Correction trolley section, D...Alignment trolley section, E...Transshipment section, P...Sheet of paper sheets, 1...Cutting table,
2, 28... air table, 3, 31, 44...
... Frame, 4... Feed screw, 5, 15, 15', 4
9...Gear, 6,33...Worm reducer, 7...
...Pole change motor, 8...Ejection arm,
9, 18, 20, 22, 24', 25', 26, 3
6,39...air cylinder, 10...cutting machine, 1
1...Paper stack receiver, 12, 23, 45...Guide rail, 13, 42...Roll, 14...Seesaw stand, 16, 19, 32, 43...Rack, 17...
...Spindle, 21...Table, 24, 25, 35...
...transfer arm, 27...correction stopper, 29...
...Alignment cart, 30, 46...Pinion gear, 34
...Brake motor, 37, 40...End face alignment stopper, 38...Transfer plate, 38a, 38b...
...Opening/closing plate, 47... Rotating shaft, 48... Flange unit, 50... Air motor, 51... Table lifter, 52... Belt conveyor.
Claims (1)
機から所定位置まで排出移送する排出移送台車部
と、前記排出移送台車部で所定位置まで排出移送
された前記小切紙葉束を1列づつ受けとつてこれ
を次の修正台車部に移送する移送台車部と、受け
とた前記1列ずつの小切紙葉束の前後端面のゆが
みを修正する修正台車部と、修正された前記小切
紙葉束を再び所望する多数行多数列に整列させる
ための整列台車部と、前記整列台車部によつて所
望数列に整列された前記小切紙葉束を所定の段数
に積替える積替部とから成る小切紙葉束積替装
置。 2 特許請求の範囲第1項記載の小切紙葉束積替
装置において排出移送台車部は多数行多数列に断
裁された小切紙葉束を断裁機から引き出して前方
に送る排出アームを有し、前記排出移送台車部後
退の際は前記排出アームが移送用小切紙葉束と接
触しない位置に移動出来る様に構成したことを特
徴とする小切紙葉束積替装置。 3 特許請求の範囲第1項記載の小切紙葉束積替
装置において、移送台車部は排出移動台車部で排
出移送された多数行多数列の小切紙葉束を1列づ
つ受けとめる紙葉束受部を設けた移送台車とこの
移送台車の前進を案内するシーソー台とからな
り、前記移送台車の前進に伴ない前記シーソー台
が前方降下方向に傾斜出来る様に構成したことを
特徴とする小切紙葉束積替装置。 4 特許請求の範囲第1項記載の小切紙葉束積替
装置において、修正台車部は移送台車から移送さ
れて来た小切紙葉束の後端に当接する移送アーム
と前記小切紙葉束の前端に当接する移送アームと
を設けてなり、前記両移送アームはエアシリンダ
の駆動を介して前記当接とその当接解除とが出来
る様に構成したことを特徴とする小切紙葉束積替
装置。 5 特許請求の範囲第1項記載の小切紙葉束積替
装置において、整列台車部は修正台車部で端部の
ゆがみを修正されてなる1列づつの小切紙葉束を
前方に移送する移送アームとこの移送アームの前
方に位置してなる整列ストツパーとを設けてな
り、前記移送アームは前記整列台車の後退に際し
て後続移送の小切紙葉束と係接しない位置にエア
シリンダの駆動を介して移動出来る様に構成した
ことを特徴とする小切紙葉束積載替装置。 6 特許請求の範囲第1項記載の小切紙葉束積替
装置において、積替部は整列台車部と整列ストツ
パとの間に整列された小切葉束が下方パレツト上
に落下排出出来る開閉板を前記整列小切紙葉束の
下面に設けてなり、前記開閉板は駆動機構を介て
左右にスライド出来る開閉機構としたことを特徴
とする小切紙葉束積替装置。[Scope of Claims] 1. A discharge and transfer truck section that discharges and transfers a bundle of paper sheets cut into multiple rows and columns from a cutting machine to a predetermined position; a transfer trolley section that receives the cut paper bundles one row at a time and transfers them to the next correction trolley section; a correction trolley section that corrects the distortion of the front and rear end surfaces of the received rows of cut paper leaf bundles; an alignment truck unit for arranging the corrected stacks of paper sheets again in a desired number of rows and columns; and stacking the stacks of paper sheets arranged in a desired number of columns by the alignment carrier unit in a predetermined number of stages. A check paper bundle transshipment device comprising a transshipment section for changing paper bundles. 2. In the device for transferring small paper bundles as set forth in claim 1, the discharge transfer truck section has a discharge arm that pulls out the small paper bundles cut into multiple rows and multiple columns from the cutting machine and sends them forward, A small paper bundle transfer device characterized in that the discharge arm is configured to be able to move to a position where it does not come into contact with the small paper bundle for transfer when the discharge transfer cart unit retreats. 3. In the paper stack transfer device as set forth in claim 1, the transfer truck section is a paper stack receiver that receives, one by one, multiple rows and multiple rows of stacks of paper sheets discharged and transferred by the discharge moving truck section. A paper cut paper comprising a transfer cart provided with a section and a seesaw stand for guiding the forward movement of the transfer cart, and configured such that the seesaw stand can tilt in a forward downward direction as the transfer cart moves forward. Leaf bundle transshipment device. 4. In the check paper bundle transfer device as set forth in claim 1, the correction truck unit has a transfer arm that abuts the rear end of the check paper bundle transferred from the transfer truck and the check paper bundle transfer device. A transfer arm abutting a front end thereof is provided, and both the transfer arms are configured so that the abutment and release of the abutment can be made through the drive of an air cylinder. Device. 5. In the check paper bundle transfer device as set forth in claim 1, the alignment truck unit is configured to transport forward the check paper bundles, one row at a time, whose edges have been corrected for distortion by the correction truck unit. An arm and an alignment stopper located in front of the transfer arm are provided, and the transfer arm is moved by driving an air cylinder to a position where it does not come into contact with a stack of paper sheets to be transferred subsequently when the alignment cart is retreated. A stacking and changing device for stacks of small paper sheets, characterized in that it is configured to be movable. 6. In the paper bundle transfer device according to claim 1, the transfer section includes an opening/closing plate that allows the arranged paper bundles to fall and be discharged onto a lower pallet between the sorting cart part and the sorting stopper. is provided on the lower surface of the aligned stack of small paper sheets, and the opening/closing plate is an opening/closing mechanism that can slide left and right via a drive mechanism.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP16375778A JPS5589146A (en) | 1978-12-27 | 1978-12-27 | Re-stacking device for bundle of small cut paper sheet |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP16375778A JPS5589146A (en) | 1978-12-27 | 1978-12-27 | Re-stacking device for bundle of small cut paper sheet |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5589146A JPS5589146A (en) | 1980-07-05 |
JPS6119534B2 true JPS6119534B2 (en) | 1986-05-17 |
Family
ID=15780114
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP16375778A Granted JPS5589146A (en) | 1978-12-27 | 1978-12-27 | Re-stacking device for bundle of small cut paper sheet |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5589146A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0390846U (en) * | 1989-10-16 | 1991-09-17 |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS6077062A (en) * | 1983-09-30 | 1985-05-01 | Sharp Corp | Copy transfer device |
JPS6077061A (en) * | 1983-09-30 | 1985-05-01 | Sharp Corp | Copy transfer device |
JP2694585B2 (en) * | 1991-12-19 | 1997-12-24 | 富士写真フイルム株式会社 | Cutting device, air venting device and sheet overlap prevention device |
-
1978
- 1978-12-27 JP JP16375778A patent/JPS5589146A/en active Granted
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0390846U (en) * | 1989-10-16 | 1991-09-17 |
Also Published As
Publication number | Publication date |
---|---|
JPS5589146A (en) | 1980-07-05 |
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