JPS63306162A - Folding machine of roll paper rotary printer - Google Patents

Folding machine of roll paper rotary printer

Info

Publication number
JPS63306162A
JPS63306162A JP62138244A JP13824487A JPS63306162A JP S63306162 A JPS63306162 A JP S63306162A JP 62138244 A JP62138244 A JP 62138244A JP 13824487 A JP13824487 A JP 13824487A JP S63306162 A JPS63306162 A JP S63306162A
Authority
JP
Japan
Prior art keywords
folding
web
cylinder
machine
barrel
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP62138244A
Other languages
Japanese (ja)
Inventor
Naoyuki Nomichi
野道 尚行
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Komori Corp
Original Assignee
Komori Corp
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Komori Corp filed Critical Komori Corp
Priority to JP62138244A priority Critical patent/JPS63306162A/en
Publication of JPS63306162A publication Critical patent/JPS63306162A/en
Pending legal-status Critical Current

Links

Abstract

PURPOSE:To improve a folding accuracy by placing both the machine barrel of a lateral machine device and the folding barrel of a paper folding part on the same side with respect to a conveyed web in a folding machine while placing the receiving barrel of the lateral machine device and the holding barrel of the paper folding part on the same side with respect to the conveyed web. CONSTITUTION:After printing, a web 3 is fed into a folding machine 4 and subjected to a slitter machining, etc., and, then, passes through a lateral machine device 5, where a perforation is given to the predetermined place of a folding line by means of the machine tool 11 of a machine barrel 6 and the machine tool receiver 16 of a machine barrel 7. After that, the web is cut off by means of a cutting barrel 19 and folded in half between an inserting knife 27 of a folding barrel 20 and the holding plate 31 of a holding barrel 21 and discharged. In this case, both the machine tool 11 and the inserting knife 27 are placed on the same side with respect to the conveyed web 3, the inserting knife 27 is pressed against the side on which burr is not formed on the perforation, and the side on which the burr of the perforation is generated comes to the ridge side of the folding. Thereby, a very favorable folding which is easy to fold can be obtained improving a folding accuracy leading to improvement in the quantity of printed matter.

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明は巻紙輪転印刷機に付設され、印刷後のウェブを
所定の寸法ごとに断裁して折紙する折機に関するもので
ある。
DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a folding machine that is attached to a web rotary printing press and cuts a printed web into predetermined dimensions and folds the paper.

〔従来の技術〕[Conventional technology]

巻紙輪転印刷機の折機において、印刷後、乾燥冷却され
念つエヴは、折機の入紙部に導かれたのち、フォーマで
半折されたシスリッタで半裁されたシ、あるいは入紙状
態のま\折紙側群に導かれ、所定の寸法に断裁、折紙さ
れて排紙される。そして、上記折紙側群は一般に断裁刃
を有する断裁胴と、差込みナイフを有する折胴と、くわ
え板を有するくわえ胴とを備えてお9、折胴に対接する
断裁胴の断裁刃で断裁されたウェブは、互いに対接する
折胴とくわえ胴との間に送シ込まれ、差込みナイフでく
わえ板の開口に差込tnてくわえらnることにより半折
される。
In the folding machine of a web rotary printing press, after printing, the paper is dried and cooled, and then guided to the paper input section of the folding machine, where it is folded in half by a former and then cut in half by a syslitter, or the paper in the paper state is folded in half by a former. The paper is then guided to the origami side group, cut and origized to a predetermined size, and then discharged. The origami side group generally includes a cutting cylinder having a cutting blade, a folding cylinder having an insertion knife, and a gripping cylinder having a gripping plate. The web is fed between a folding cylinder and a gripping cylinder which are opposed to each other, and is folded in half by inserting the insertion knife into the opening of the gripping plate.

このような折機においては、印刷物の仕様によシ、折ら
れた各ページを切取扛るようにすることを要求される場
合があるので、折紙側群のウェブ搬送上流側に横ミシン
装置を設けて折線の近傍に折線と平行するミシン目を入
nることが従来から行われている。この横ミシン装置は
、搬送ウェブを挾んでその両側に配設されたミシン胴と
受け胴とを備えてお)、回転する側胴の間を通過するウ
ェブには、胴の1回転に1回ずつ対向するミシン刃とミ
シン刃受けとによってミシン目が入れられる0 〔発明が解決しようとする問題点〕 このような折機における横ミシン装置は、従来、上記の
ように切取p用のミシン目を入れるために用いられてい
たが、近年、前記折胴とくわえ胴とによる折紙時に折目
となる折線予定箇所にあらかじめミシン目を入れておい
て折紙を容易かつ正確にするためにもこの横ミシン装置
が使われるようになっている。しかしながら従来の横ミ
シン装置でミシン目を入れたのち折られ次折丁は、必ず
しも満足すべき良好な折目が得られず、その改良が要請
されていた。
In such a folding machine, depending on the specifications of the printed matter, it may be required to cut out each folded page, so a horizontal perforation device is installed on the upstream side of the web conveyance side of the origami side group. It has been conventional practice to provide perforations parallel to the fold lines near the fold lines. This horizontal sewing machine is equipped with a sewing machine cylinder and a receiving cylinder that are arranged on both sides of the conveying web to sandwich it therebetween. [Problem to be solved by the invention] Conventionally, the horizontal perforation device in such a folding machine has been used to create perforations for cutting p as described above. In recent years, perforations have been made in advance at the locations where the fold lines are planned to be folded when the folding cylinder and gripper cylinder are used to fold the paper, making it easier and more accurate to make the origami. Sewing machine equipment has come into use. However, when folding the next fold after making perforations using a conventional horizontal perforation machine, it is not always possible to obtain a satisfactory fold, and an improvement has been desired.

〔問題点を解決するための手段〕[Means for solving problems]

このような問題点を解決するために本発明では、折機に
おける横ミシン装置のミシン胴と折紙部の折胴とを搬送
ウェブに対し同じ側に配置し、横ミシン装置の受け胴と
折紙部のくわえ胴とを搬送ウェブに対し患じ側に配置し
念。
In order to solve such problems, in the present invention, the perforation cylinder of the horizontal perforation machine device and the folding cylinder of the origami section in the folding machine are arranged on the same side with respect to the conveying web, and the receiving cylinder of the horizontal perforation machine and the folding cylinder of the origami section Place the gripper torso on the affected side with respect to the transport web.

〔作用〕[Effect]

印刷後、折機に入紙され念ウェブはスリッタ加工等を経
て横ミシン装置を通過し、ミシン胴のミシン刃と受け胴
のミシン刃受けとで折線予定箇所にミシン目を入れられ
たのち、断裁胴で断裁され、折胴の差込みナイフとくわ
え胴のくわえ板との間で半折されて排紙される。この場
合、搬送ウェブに対してミシン刃と差込みナイフとが同
じ側にあることによシ、ミシン目のかえ夛のできない側
に差込みナイフが押し付けられ、ミシン目のかえシ発生
側が折目の山側になる。
After printing, the paper is placed in a folding machine, and the web passes through a slitter process and a horizontal perforation machine, where perforations are made at the intended fold line locations using the perforation blade on the perforation cylinder and the perforation blade receiver on the receiving cylinder. The paper is cut by the cutting cylinder, folded in half between the insertion knife of the folding cylinder and the gripping plate of the gripping cylinder, and then discharged. In this case, because the perforation blade and the insertion knife are on the same side with respect to the conveying web, the insertion knife is pressed against the side where the perforation cannot be changed, and the side where the change of the perforation occurs is the side of the crease. become.

〔実施例〕〔Example〕

第1図ないし第3図は本発明に係る折機の実施例を示し
、第1図はその概要構成図、第2図は横、ミシン装置と
折胴、くわえ胴との展開拡大断面図、第3図はミシン目
と折目との側面図である。図において、左右の折機フレ
ーム1間には、互いに対接スる一対のニッピングローラ
2が、図示しないフォーマの下方に位置して軸架されて
おυ、本実施例の場合、印刷後のウェブ3は、折機4へ
入紙されたま\の状態でニツピングロ−22に導かれて
いる。ニッピングローラ2の下方には、第2図に詳細を
示す横ミシン装置5のミシンg746と受け胴Tとが互
いに周面をはソ対接させて軸架されておシ、原動側から
駆動されて図に矢印で示す方向に回転している。ミシン
胴6の周面に軸線方向に延設さnたホルダ溝8内には、
ミシン刃台9が両端をホルダ溝8の底面にボルト止めさ
れて固定されておシ、この固定部には、板厚にし九がっ
て厚みを選択されるライナ10が介挿されている。
1 to 3 show an embodiment of the folding machine according to the present invention, FIG. 1 is a schematic configuration diagram thereof, and FIG. 2 is a horizontal, expanded sectional view of a sewing machine device, a folding cylinder, and a gripping cylinder. FIG. 3 is a side view of perforations and folds. In the figure, between the left and right folding machine frames 1, a pair of nipping rollers 2 that are in contact with each other are positioned below a former (not shown) and are mounted on a shaft. The web 3 is guided to the nipping row 22 while being fed into the folding machine 4. Below the nipping roller 2, a sewing machine g746 and a receiving cylinder T of the horizontal sewing machine 5, details of which are shown in FIG. It is rotating in the direction shown by the arrow in the figure. In the holder groove 8 extending in the axial direction on the circumferential surface of the sewing machine barrel 6,
A sewing machine blade stand 9 is fixed at both ends by bolts to the bottom surface of the holder groove 8, and a liner 10 whose thickness is selected depending on the plate thickness is inserted into this fixed part.

11は薄鋼板によシミシン刃台9とはソ同長に形成され
友ミシン刃であって、長手方向に並列する多数の刃の尖
鋭端を胴周面かられずかに突出させてミシン刃台9の溝
内に保持されておシ、複数個の止めねじ12によって溝
壁面に圧接固定されている。13はミシン刃台9と蟻溝
で嵌合してミシン刃11を挾持する紙押さえであって、
ミシン刃11の尖鋭端をわずかに溝から突出させており
、後述する刃受け16にウェブ3を押付けるように構成
されている。一方、受け胴Tには、側胴6゜7の1回転
につき1回対向するホルダ溝14が胴全長にわたって設
けられてお)、このホルダ溝14内には、断面コ字状に
形成された長尺のホルダ15が両端をホルダ溝14の底
面にねじ止め固定されて嵌合されておシ、このホルダ1
5内には、例えばウレタンゴム等の弾性材からなる長尺
の刃受け16が嵌合固定されている。このように構成さ
れていることによプ、ウェブ3が側胴6,7の局面に挾
持されて搬送されると、ミシン刃11と刃受け16とが
対向することによシ、ウェブ3は第3図(1)に拡大し
て示すように、紙幅方向に並列する多数のミシン孔17
が穿設されたミシン目が形成され、刃受け16側には微
小のかえ91Taが形成される。なお、刃受け16には
、ミシン刃11とかえ、917mとを係入させる凹溝1
8が形成   〜されている。
Reference numeral 11 is a companion sewing machine blade formed of a thin steel plate and having the same length as the perforation machine blade stand 9. The sharp ends of a large number of blades arranged in parallel in the longitudinal direction slightly protrude from the body circumferential surface to form the sewing machine blade stand. It is held in the groove 9 and fixed to the groove wall surface by pressure contact with a plurality of setscrews 12. 13 is a paper holder that fits into the sewing machine blade stand 9 with a dovetail groove and holds the sewing machine blade 11;
The sharp end of the sewing machine blade 11 slightly protrudes from the groove, and is configured to press the web 3 against a blade receiver 16, which will be described later. On the other hand, the receiving cylinder T is provided with a holder groove 14 over the entire length of the cylinder, which faces each other once per rotation of the side cylinder 6°7. A long holder 15 is fitted with both ends screwed to the bottom of the holder groove 14.
A long blade receiver 16 made of an elastic material such as urethane rubber is fitted and fixed inside the blade 5 . With this structure, when the web 3 is conveyed while being held between the surfaces of the side bodies 6 and 7, the web 3 is As shown in an enlarged view in FIG. 3 (1), a large number of perforation holes 17 are arranged in parallel in the paper width direction.
A perforation is formed, and a minute barb 91Ta is formed on the blade receiver 16 side. In addition, the blade receiver 16 has a concave groove 1 into which the sewing machine blade 11 and 917m are inserted.
8 has been formed.

このように構成された横ミシン装置5の下方には、側胴
6,7の倍径を有し互いに周面を対接させて図の矢印方
向に回転する断裁胴19.折胴20、くわえ胴21から
なる折紙胴群22が、一対のニッピングローラ23を介
して配設されておシ、ミシン目を入れられ之ウェブ3は
ニッピングローラ23を経て断裁側19と折胴20との
間に送シ込まれる。断裁側19の外周部を円周方向に2
等分する箇所には、軸線方向に延びる一対の断裁刃24
が配設されておシ、また、折胴20の外周部を円周方向
に2等分する位置には、隣接する針25を備えた一対の
刃受け26が、胴回転によシ断裁刃24と対向する位置
に設けられている。
Below the horizontal sewing machine device 5 configured as described above, there is a cutting cylinder 19 which has a diameter double that of the side cylinders 6 and 7 and which rotates in the direction of the arrow in the figure with their circumferential surfaces facing each other. An origami cylinder group 22 consisting of a folding cylinder 20 and a gripping cylinder 21 is arranged via a pair of nipping rollers 23, and the perforated web 3 is transferred to the cutting side 19 and the folding cylinder via the nipping roller 23. It is sent between 20 and 20. 2 in the circumferential direction of the outer periphery of the cutting side 19
A pair of cutting blades 24 extending in the axial direction are provided at the portions to be divided into equal parts.
A pair of blade receivers 26 equipped with adjacent needles 25 are arranged at positions that divide the outer circumference of the folding drum 20 into two equal parts in the circumferential direction. It is provided at a position opposite to 24.

こうすることによシ、断裁刃24と刃受け26との対向
により挾持さnて断裁され次ウェブ3は、後続する針2
5で断裁端を保持されて折胴20の周面に添接されなが
ら搬送される。さらに、折胴20の外周部には、長尺板
状に形成された一対の差込みナイフ2Tが針25間を円
周方向に2等分する位置にホルダ28に支持されて胴の
中径方向へ進退自在に設けられておシ、また、くわえ胴
21の外周部には、一対のくわえ板組立体29が胴回転
によシ差込みナイフ27と対応す゛る位置に配設されて
いる。このくわえ板組立体29は、胴端部のカム機構で
所定角度往復回動する軸30と、この軸30に支持され
その回転によシ開閉する長尺板状のくわえ板31と、差
込みナイフ27で中央部を差込まれ次ウェブ3をくわえ
板31との間でくわえるくわえ台32とで構成されてい
る。くわえ胴21のウェブ搬送下流側には、くわえ板3
1のくわえから解放された折丁3Bを捕捉して搬送する
図示しない排紙ベルトが配設さ九ている。
By doing this, the next web 3 that is held and cut by the opposing cutting blade 24 and blade receiver 26 is cut by the following needle 2.
The cut end is held at 5 and conveyed while being attached to the circumferential surface of the folding drum 20. Furthermore, a pair of insertion knives 2T formed in the shape of a long plate are supported by a holder 28 on the outer circumferential portion of the folding drum 20 at positions that bisect the gap between the needles 25 into two in the circumferential direction. A pair of grip plate assemblies 29 are disposed on the outer periphery of the grip cylinder 21 at positions corresponding to the insertion knives 27 as the cylinder rotates. This grip plate assembly 29 includes a shaft 30 that reciprocates by a predetermined angle by a cam mechanism at the end of the body, a long plate-shaped grip plate 31 that is supported by this shaft 30 and opens and closes as the shaft rotates, and an insert knife. 27 and a gripping stand 32 into which the central portion is inserted and gripping the next web 3 between it and a gripping plate 31. A gripping plate 3 is provided on the web conveyance downstream side of the gripping cylinder 21.
A paper ejecting belt (not shown) is provided to capture and convey the signature 3B released from the grip of the paper sheet 1.

以上のように構成された折機の動作を説明する。The operation of the folding machine configured as above will be explained.

印刷後、乾燥、冷却されたウェブ3は折機4へ入紙され
、図示しないドラッグローラで下方へ引出されてニッピ
ングローラ2へ導かれたのち、横ミシン装置5のミシン
胴6と受け胴Tとの間へ送シ込まれる。両膜6,7の軸
芯をニッピングローラ2の軸芯よりも第1図の右方へず
らして配設したことによシ、ウェブ3は受け胴7の周面
に所定角添接したのち両膜6,7間を通過し、ミシン刃
11で弾性を有する刃受け16に押付けられることによ
り、ウェブ3にはミシン孔17が穿設される。この場合
、ミシン孔1Tの微小かえ’) 17mはウェブ3の受
け胴7側の面にできる。ミシン孔17を穿設さnたウェ
ブ3は、ニッピングローラ23を経て断裁側19と折胴
20との間へ送シ込まれ、両膜19 、20の半回転に
1回ずつ断裁刃24で断裁されてその断裁箇所の後続部
を針25で保持される。さらに各側が回転することによ
シ針25に保持さf′Lfcウェブ3Aが折胴20に巻
付けられてその中央部が図示のように両膜20.21の
対接点を過ぎると、差込みナイフ2γとくわえ板31と
が対向し、くわえ板31が開いて差込みナイフ2Tが前
進したのち、くわえ板31が閉じることによシ、ウェブ
3Aの中央部が折られてくわえ板31にくわえられる。
After printing, the dried and cooled web 3 is fed into the folding machine 4, pulled out downward by a drag roller (not shown) and guided to the nipping roller 2, and then transferred to the perforation cylinder 6 and receiving cylinder T of the horizontal perforation device 5. It is sent between. By arranging the axes of both films 6 and 7 to be shifted to the right in FIG. A perforation hole 17 is formed in the web 3 by passing between the two membranes 6 and 7 and being pressed by a perforation blade 11 against an elastic blade receiver 16 . In this case, a minute barb 17m of the perforation hole 1T is formed on the surface of the web 3 on the receiving cylinder 7 side. The web 3 having perforated holes 17 is fed between the cutting side 19 and the folding cylinder 20 via the nipping roller 23, and is cut by the cutting blade 24 once every half rotation of both films 19 and 20. After cutting, the trailing portion of the cut portion is held by the needle 25. Further rotation of each side causes the f'Lfc web 3A held by the needle 25 to be wrapped around the folding drum 20, and when its center passes past the contact points of both membranes 20 and 21 as shown, the insert knife 2γ and the gripping plate 31 face each other, and after the gripping plate 31 is opened and the insertion knife 2T moves forward, the gripping plate 31 is closed, and the center portion of the web 3A is folded and gripped by the gripping plate 31.

このあと、くわえ胴21が回転を続けることにょシ、ウ
ェブ3Aは折丁3B (図では先行する折丁を示す)と
なってくわえ胴21に巻付けられ、くわえ板31のくわ
えよ)解放されて排紙ベルトで搬送、排紙される。
After this, as the gripper cylinder 21 continues to rotate, the web 3A becomes a signature 3B (the preceding signature is shown in the figure) and is wrapped around the gripper cylinder 21, and released from the grip of the gripper plate 31. The paper is transported and ejected by the paper ejection belt.

上記差込みナイフ27とくわえ板31とでのウェブ3A
の手近に際しては、前記ミシン目17のがえ517mが
、くわえ胴21側となってくわえ板31と対向するので
、折られる折丁3Bは第3図6)に示すようにかえ、t
)17mが折目の山側になシ、折シが容易であるととも
に、良好な折目が得られる。
Web 3A with the above-mentioned insertion knife 27 and gripping plate 31
When approaching, the ridge 517m of the perforation 17 faces the gripper plate 31 on the side of the gripper cylinder 21, so the signature 3B to be folded is turned as shown in FIG.
) 17m is placed on the mountain side of the fold, making it easy to fold and obtaining a good fold.

〔発明の効果〕〔Effect of the invention〕

以上の説明により明らかなように、本発明によれば巻紙
輪転印刷機の折機において、横ミシン装置のミシン胴と
折紙部の折胴とを搬送ウェブに対し同じ側に配置し、横
ミシン装置の受け胴と折紙部のくわえ胴とを搬送ウェブ
に対し同じ側に配置したことによシ、横ミシン装置で穿
孔されたミシン目の孔周囲にできる微小なかえシが、搬
送後折紙部を通過するときにくわえ胴のくわえ板側すな
わち折目の山側となって折られるので、折易くまたきわ
めて良好な折目が得られ、折精度が向上、して印刷物の
品質が向上する。
As is clear from the above description, according to the present invention, in a folding machine of a web rotary printing press, the perforation cylinder of the horizontal perforation device and the folding cylinder of the origami section are arranged on the same side with respect to the conveying web, and the horizontal perforation device By arranging the receiving cylinder and the gripper cylinder of the origami part on the same side with respect to the conveying web, minute burrs formed around the perforations made by the horizontal perforation machine will cause the origami part to When the paper passes through the paper, it is folded on the gripping plate side of the gripper cylinder, that is, on the mountain side of the crease, so it is easy to fold and an extremely good fold is obtained, improving folding accuracy and improving the quality of printed matter.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図ないし第3図は本発明に係る巻紙輪転印刷機の折
機の実施例を示し、第1図はその概要構成図、第2図は
横ミシン装置と折胴、くわえ胴との展開拡大断面図、第
3図(&)はミシン目の側面図、第3図〜)は折目の側
面図である。 3.3A・・・・ウェブ、3B−−・・折丁、4・・・
・折機、5・・・・横ミシン装置、6争φ・・ミシン胴
、T令・・・受け胴、11・・―・ミシン刃、16・・
・・刃受け、17・・拳・ミシン孔、17m・・・・か
えシ、19・・・・断裁側、20・・・・折胴、21・
φ・Φくわえ胴、22・・・−折紙胴群、249拳11
11断裁刃、25・・・・針、27・ψ令・差込みナイ
フ、31ψ・・・くわえ板。
Figures 1 to 3 show an embodiment of the folding machine of the web rotary printing press according to the present invention, Figure 1 is a schematic configuration diagram thereof, and Figure 2 is a development of the horizontal perforation device, folding cylinder, and gripper cylinder. The enlarged sectional view, FIG. 3 (&) is a side view of the perforation, and FIGS. 3-) are side views of the fold. 3.3A...web, 3B---signature, 4...
・Folding machine, 5...Horizontal sewing machine device, 6 φ...Sewing machine barrel, T order...Catching barrel, 11...Sewing machine blade, 16...
...Blade holder, 17...Fist/perforation hole, 17m...Barge, 19...Cutting side, 20...Folding body, 21.
φ/Φ mouth cylinder, 22...-origami cylinder group, 249 fist 11
11 cutting blade, 25... needle, 27 ψ order/insertion knife, 31 ψ... gripping plate.

Claims (1)

【特許請求の範囲】[Claims] 差込みナイフを有する折胴とくわえ板を有するくわえ胴
とを対接させ、断裁胴で断裁されたウェブを、前記差込
みナイフで前記くわえ板に差込んで折る巻紙輪転印刷機
の折機において、前記断裁胴のウェブ搬送上流側に、ミ
シン刃を有するミシン胴と、ミシン刃受けを有する受け
胴とを、搬送ウェブを挾んでその両側に配設するととも
に、前記ミシン胴と折胴とを搬送ウェブに対し同じ側に
配置し、前記受け胴とくわえ胴とを搬送ウェブに対し同
じ側に配置したことを特徴とする巻紙輪転印刷機の折機
A folding machine of a paper web rotary printing press in which a folding cylinder having an insertion knife and a gripper cylinder having a gripper plate are brought into contact with each other, and the web cut by the cutting cylinder is folded by inserting the web into the gripper plate with the insertion knife. A sewing machine cylinder having a sewing machine blade and a receiving cylinder having a sewing machine blade receiver are disposed on both sides of the cutting cylinder on the web conveying upstream side, sandwiching the conveying web, and the sewing machine cylinder and the folding cylinder are connected to the conveying web. A folding machine for a web rotary printing press, characterized in that the receiving cylinder and the gripping cylinder are arranged on the same side with respect to a conveying web.
JP62138244A 1987-06-03 1987-06-03 Folding machine of roll paper rotary printer Pending JPS63306162A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP62138244A JPS63306162A (en) 1987-06-03 1987-06-03 Folding machine of roll paper rotary printer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP62138244A JPS63306162A (en) 1987-06-03 1987-06-03 Folding machine of roll paper rotary printer

Publications (1)

Publication Number Publication Date
JPS63306162A true JPS63306162A (en) 1988-12-14

Family

ID=15217441

Family Applications (1)

Application Number Title Priority Date Filing Date
JP62138244A Pending JPS63306162A (en) 1987-06-03 1987-06-03 Folding machine of roll paper rotary printer

Country Status (1)

Country Link
JP (1) JPS63306162A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2018095441A (en) * 2016-12-15 2018-06-21 株式会社小森コーポレーション Folding machine

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5762167A (en) * 1980-10-02 1982-04-15 Toshiba Mach Co Ltd Phase-according mechanism for perforating drum in paper folder
JPS60242177A (en) * 1984-05-17 1985-12-02 Touhin Seiki Kk Longitudinal folding method of printed continuous paper and folder thereof

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5762167A (en) * 1980-10-02 1982-04-15 Toshiba Mach Co Ltd Phase-according mechanism for perforating drum in paper folder
JPS60242177A (en) * 1984-05-17 1985-12-02 Touhin Seiki Kk Longitudinal folding method of printed continuous paper and folder thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2018095441A (en) * 2016-12-15 2018-06-21 株式会社小森コーポレーション Folding machine

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