【発明の詳細な説明】[Detailed description of the invention]
産業上の利用分野
本発明は紙面に印刷を施しこれをコンベヤにより搬送し
た後、印刷を施した被印刷物の印刷面を傷つけることな
く整然と積重ねることので従来の技術
従来使用されている印刷物の積重ね装置は、図面＠５図
に示す様に、一対の被印刷物２２の繰出しローラ２３
、２４と、この繰出しローラ２３ 、２４の前方に対設
した被印刷物２２の繰出し規制部材２５と、該繰出し規
制部材２５と繰出しローラ２３゜２４との間に設けたり
７ト機構２６全備へる被印刷物２２の受台２７とより構
成され、この積重ね装置により被印刷物２２を順次積重
ねる場合は、繰出しローラ２３ 、２４を夫々仝図に矢
印に示す方向へ回転させて、ローラ間より被印刷物２２
を繰出し規制部材２５に達するまで繰出して被印刷物２
２の受台２７へ順次積重ねるものである。
発明が解決しようとする問題点
しかし前記従来の櫃重ね装置によって順次被印刷物を請
重ねた場合、繰出しローラ２３ 、２４より繰出される
被印刷物２２け繰出されると間もなく ｎｉ＋屈み状態
となって、その先端側が先に積重ねられた被印刷物２２
の印刷面を擦りなから稍重ねられる為、夫々の印刷面に
傷がつき被印刷物の使用が不５Ｔ能となったり、或いは
商品価値を低下させる問題点があった。
本発明は前記従来の問題点を解消するために被印刷物の
端部支持部により被印刷物を支持したとき、被印刷物の
中間部が自重で撓み端部支持部より自然離脱して水平降
下し得る制限通路を設けて印刷面へ傷をつけることのな
いＧ＆実な被印刷物の積重ねを可能とした印刷物の積重
ね装置を提供しようとすることを目的としたもの゛であ
る。
問題点を解決するための手段
本発明に係る印刷物の積重ね装置は、実施側方に被印刷
物ｌの繰出し規制部材７を対設し、その規制部材７と繰
出し部ａとの間に被印刷物ｌの端部支持部１２ 、１２
を設けると＼もに、この端部支持部１２ 、１２により
被印刷物１の巾寸法Ｗか長さ寸法りより若干狭めた寸法
Ｗ′かＬ′の制限通路Ｓを形成し、該制限通路Ｓ下方に
被印刷物ｌの受台１８を設けた構成である。
作 用
前記手段による本発明の積重ね装置によって被印刷物１
を積重ねる場合は、繰出し部ａより被印刷物１ｆｔ送り
出せば被印刷物１の端部は端部支持部１２ 、１２に支
持されながら前方へ送られ、その先端が繰出し規制部材
７に当接すれば被印刷物１はその巾方向の端部か又は長
さ方向の端部のみが端部支持部１２ 、１２により支持
されるに扇ぎないので、第１図に示す様Industrial Application Fields The present invention prints on paper surfaces and transports them by a conveyor, and then stacks the printed materials in an orderly manner without damaging the printed surfaces. As shown in the drawing @ 5, the device has a pair of feeding rollers 23 for the printing material 22.
, 24, a feed-out regulating member 25 for the substrate 22 disposed opposite to the front of the feed-out rollers 23 and 24, and a mechanism 26 provided between the feed-out regulating member 25 and the feed rollers 23 and 24. When stacking the printing materials 22 one after another using this stacking device, the feeding rollers 23 and 24 are rotated in the directions shown by the arrows in the figure, respectively, and the printing materials are stacked from between the rollers. 22
The material to be printed 2 is fed out until it reaches the feeding regulating member 25.
They are sequentially stacked on the second pedestal 27. Problems to be Solved by the Invention However, when printing materials are sequentially stacked using the conventional tray stacking device, as soon as the printing materials 22 are fed out from the feeding rollers 23 and 24, the printing material becomes ni+ bent. Printing material 22 whose leading end side is stacked first
Since the printed surfaces of the printed materials are slightly overlapped without being rubbed, there is a problem that each printed surface is damaged, making the printing material unusable or reducing its commercial value. In order to solve the above-mentioned conventional problems, the present invention provides that when the printing material is supported by the end support part of the printing material, the middle part of the printing material may bend under its own weight and naturally separate from the end support part and fall horizontally. It is an object of the present invention to provide a printed matter stacking device which is capable of stacking G & solid printed materials without damaging the printed surfaces by providing a restricted path. Means for Solving the Problems In the printed matter stacking apparatus according to the present invention, a feed-out regulating member 7 for the printed material l is disposed oppositely on the execution side, and the printed material l is disposed between the regulating member 7 and the feeding portion a. end supports 12 , 12
In addition, when these end support parts 12 and 12 are provided, a restricted passage S having a dimension W' or L' slightly narrower than the width W or length of the printing medium 1 is formed, and the restricted passage S is It has a configuration in which a pedestal 18 for the printing material l is provided below. Effect: The stacking device of the present invention using the above-mentioned means stacks the printed material 1.
When stacking 1 ft of printing material from the feeding section a, the end of the printing material 1 is fed forward while being supported by the end support parts 12, 12, and when the tip comes into contact with the feeding regulating member 7, the printing material 1 is finished. Since the printed matter 1 is supported only at its widthwise end or lengthwise end by the end supports 12, 12, it does not extend as shown in FIG.
【被印刷物１の
中間が自重で下方へ撓み、前記端部が自然に端部支持部
１２ 、１２より離れてそのま＼制限通路Ｓより水平に
降下し下方の被印刷物１の受台１８上へのる。さらに次
の被印刷物１も前記と同様に縁出し部ａより送り出され
て一吐端部支持部１２．１２へ支持されながら自重で下
方へ撓み、自然に端部支持部１２ 、１２より離れて制
限通路Ｓより水平に降下し、前記受台１８上の被印刷物
１の真上に重なる。この積重ねを１頃次繰返して印刷面
へ傷つけることなく被印刷物１の積重ねを可能とするも
のである。
実 施 例
次に本発明のＨＸ／実施例を図面第１図乃至第３図に基
づいて説明すると、図中ａは被印刷物ローラ３．４と、
このローラ３．４の一方を回転させるモータ５とよりな
り、この繰出し部ａは、被印刷物１の印刷面へニスを塗
布するニス塗布装置（図示せず）における移送乾燥手段
６の端末部に連係し、この移送乾燥手段６より送られた
被印刷物１を両σ−ラ３．４に挾んで被印刷物１を繰出
す。
７は前記繰出し部ａ前方に対設した被印刷物ｌの繰出し
規制部材で、断面り字形の規制板８と、この規制板８の
吊持部材９とより構成し、該吊持部材９は、前記移送乾
燥手段６の機枠１０より被印刷物１の繰出し方向に向っ
て突設した一対の支持部材１１ 、１１へ前後方向に移
動自在に取付けられる。
１２ 、１２は繰出し規制部材７と繰出し部ａとの繰出
される被印刷物１の巾方向の端部イ、イを支持する鉤形
の支持片１３ 、１３を、この支持片１３、１３より斜
めに垂下させた揃え板１４ 、１４とからなる案内部材
す、ｈと、この案内部材り、ｂを吊持する吊杆１５ 、
１５とより構成し、該吊杆１５゜１５は、前記支持部材
＋１ 、 Ｌｌに架設した軸１６．１６へ左右方向に移
動自在に設けた取付板１７ 、１７より吊設し、吊持し
た端部支持部１２ 、１２の間隔寸法を調整可能としで
ある。
Ｓは一対の端部支持部１２ 、１２間に形成した制限通
路で、被印刷物ｌの巾寸法Ｗより若干狭めた寸法Ｗ′と
し、端部支持部１２ 、１２に被印刷物１の端部イ１イ
を支持したと角波印刷物ｌの中間が自重で下方へ撓み、
端部イ、イが端部支持部１２ 、１２より離れて被印刷
物】が水平状態で降下し得る制限した間隔寸法をなす。
１８は制限通路Ｓの下方に設けた被印刷物１の受台で、
下部にリフト機構１９を設けて昇降自在とし、該リフト
機構１９には端部支持部１２ 、１２の取付板１７ 、
１７に設けた被印刷物１の繰出し枚数カウンター２０に
より作動する駆動装置（図示せず）を連係して被印刷物
ｌの積重ね枚数に応じ自動的に降下するＦｆｎｌｌｇ、
ｆｒすす。
２１は前記繰出し部ａの前部近傍に設けた断面鉤形の案
内板で、繰出し部ａよね送り出された被印刷物ｌの先端
側における端部イ、イを端部支持部１２ 、１２へ誘導
する。
以上この実施例による印刷物の積重ね装置により被印刷
物１を多数積重ねる場合は、被印刷物１を繰出し部ａよ
り送り出し、これの両端部イ、イを端部支持部１２ 、
１２に支持させながら前方へ繰出してその先端が繰出し
規制部材７に当り前記端部支持部１２ 、１２のみで被
印刷物ｌの両端を支持すれば、この両端部イ、イのみ支
持される被印刷物１はその自重で中間が下方に撓み両端
部イ１イが端部支持部１２ 、１２より外れて、この端
部支持部１２ 、１２間の規制した寸法の間隙からなる
制＠通路Ｓより水平に降下しそのま＼受台１８ Ｊｚに
のせる。引続へ繰出し部ａより送り出された被印刷物１
は前記と同様、その両端部イ、イを端部支持部１２ 、
１２に一吐支持されるが、自重で中間部が下方へ撓みそ
のま＼端部支持部１２ 、１２より外れて制限通路Ｓよ
り水平に降下し前記受台１８上の被印刷物１の上に重な
る。この被印刷物１の水平降下による積重ねを繰返しな
がら、繰出し枚数カウンター２０によって駆動するり７
ト機ＦＩｌｔ１９により受台１８を自動的に下げ被印刷
物１を多数整然と積重ねるものである。
この第１実施例によるときは、連続して繰出される被印
刷物１の自動的な積重ねを可能とし大巾な省力化を得る
実施上の効襲がある。
次に図面第ｑ図は本発明の第一実施例を示すもので、前
記第１実施例と同様の作用？示す部分は同一符号にて説
明する。この第２実施例のものは端部支持部１２ 、１
２ ’Ｔｈ繰出しＦ４ａの前部と碌出し規制部材７の前
部とに設けて、被印刷物１の繰出し方向即ち長さ方向の
端部口９口を支持するもので、繰出し部；１より送り出
された被印刷物１の前端と後端とを端部支持部１２ 、
１２に係止し、この−吐係止した被印刷物１は前後端の
みの支持による為、中間部が自重で下方へ撓み前記前後
両端が端部支持部１２ 、１２より離れて、この端部支
持部１２ 、１２により形成された被印刷物１の長さ寸
法りに対し若干狭めた寸法Ｌ′の制限通路Ｓより水平に
降下し被印刷物１の受台１８Ｅ−＼のる。引続き他の被
印刷物ｌも前記と同様に端部支持部１２ 、１２に−ａ
支持され制限通路Ｓを通ってその受台１８上の被印刷物
１の真上に水平に降下Ｌ／積重なり、之れ？順次繰返し
て多数の被印刷物１の積重ねを行うものである。
発明の効果
本発明に係る印刷物の積重ね装置は前記の様に被印刷物
の繰出し部ｍノ方に被印刷物の繰出し規制部材を対設し
、その繰出し規制部材と繰出し部との間に被印刷物の端
部支持部を設けるとともに、この端部支持部により被印
刷物の巾寸法か長さ寸法より若干狭めた制限通路下方成
し、該制限通路下方に被印刷物の受台を設けたものであ
るから、この装置により被印刷物を積重ねた場合、被印
刷物は碌出し部より−ａ前方へ送出された後、前記制限
通路を通って水平に降下しそのま＼被印刷物上に積重な
るので、従来のように被印刷物の先端側が先に積重ねら
れた被印刷物の印刷面を擦りなから債重ねられるものと
違って、印刷面へ何等傷をつけることなく円滑に積重ね
ることができるから、印刷血への傷つけに起因する被印
刷物の使用不能とか、闇品価値の低下を生じるような仁
とのない特翁の効果があり、又、自動的な積重ねも得ら
れる為、省力化にも大角な効果を発揮するものである。[The middle part of the printing material 1 bends downward due to its own weight, and the end part naturally separates from the end support parts 12 and 12 and descends horizontally from the restriction passage S, onto the pedestal 18 of the printing material 1 below. Tonoru. Furthermore, the next printing material 1 is also sent out from the edge part a in the same manner as described above, and while being supported by the discharge end support part 12.12, it bends downward under its own weight, and naturally separates from the end support part 12, 12. It descends horizontally from the restricted passage S and overlaps directly above the printing medium 1 on the pedestal 18. By repeating this stacking once or twice, it is possible to stack the printing materials 1 without damaging the printing surface. Embodiment Next, the HX/Embodiment of the present invention will be explained based on FIGS. 1 to 3. In the figure, a indicates a printing roller 3.4,
It consists of a motor 5 that rotates one of the rollers 3.4, and this feeding portion a is connected to the terminal portion of a transfer drying means 6 in a varnishing device (not shown) that applies varnish to the printing surface of the printing material 1. In conjunction with each other, the printing material 1 sent from the transport drying means 6 is sandwiched between both σ-rars 3.4 and the printing material 1 is fed out. Reference numeral 7 denotes a feed-out regulating member for the printing material l disposed opposite to the front of the feed-out portion a, and is composed of a regulating plate 8 having an angular cross-section and a hanging member 9 for the regulating plate 8. It is attached to a pair of support members 11, 11 protruding from the machine frame 10 of the transfer/drying means 6 in the direction in which the printing material 1 is fed out, so as to be movable in the front-back direction. 12 , 12 are hook-shaped support pieces 13 , 13 that support the widthwise ends A, A of the feed-out regulating member 7 and the feed-out portion a of the printing material 1 to be fed out, and are arranged diagonally from the support pieces 13 , 13 . A guide member (h) consisting of alignment plates 14, 14 suspended from the guide member (h), and a hanging rod (15) for suspending the guide member (b),
The suspension rod 15.15 is suspended from mounting plates 17, 17 provided so as to be movable in the left-right direction to a shaft 16.16 installed on the supporting member +1, Ll, and the hanging end thereof is The distance between the supporting parts 12 and 12 can be adjusted. S is a restricted passage formed between the pair of end support parts 12, 12, and has a dimension W' that is slightly narrower than the width W of the printing medium 1, and the end support part 12, When 1 A is supported, the middle of the square wave printed material L bends downward due to its own weight,
The end portions A and A are separated from the end support portions 12 and 12 to form a limited spacing dimension that allows the printing substrate to be lowered in a horizontal state. 18 is a holder for the printing material 1 provided below the restriction passage S;
A lift mechanism 19 is provided at the bottom so that it can be raised and lowered freely, and the lift mechanism 19 includes end supports 12 , mounting plates 17 of 12 ,
Ffnllg, which automatically lowers in accordance with the stacked number of sheets of the printing material 1 in conjunction with a drive device (not shown) operated by a counter 20 for feeding out the printing material 1 provided at 17;
frsoot. Reference numeral 21 denotes a guide plate with a hook-shaped cross section provided near the front of the feeding section a, which guides the ends A and A on the leading end side of the printed material L fed out from the feeding section A to the end support sections 12 and 12. do. As described above, when stacking a large number of printed materials 1 using the printed material stacking apparatus according to this embodiment, the printed materials 1 are fed out from the feeding section a, and both ends of the printed materials A and A are connected to the end support sections 12,
If the printing material L is fed forward while being supported by 12 and its tip hits the feeding regulating member 7 and both ends of the printing material L are supported only by the end support parts 12 and 12, the printing material L will be supported only at both ends A and A. 1 is bent downward due to its own weight, and both ends A1 and A are separated from the end support parts 12 and 12, and the gap between the end support parts 12 and 12 is horizontal than the passage S. Then, immediately place it on the pedestal 18 Jz. Printed material 1 fed out from feeding section a to the next step
As above, both ends A and A are connected to the end support part 12,
12, but the intermediate part bends downward due to its own weight, and as it does, it comes off the end support parts 12 and 12 and descends horizontally from the restriction passage S, onto the printing material 1 on the pedestal 18. Overlap. While repeating this stacking by horizontally lowering the printing material 1, the feed number counter 20 drives the paper 7.
The receiver FIlt 19 automatically lowers the pedestal 18 and stacks a large number of printing materials 1 in an orderly manner. According to the first embodiment, it is possible to automatically stack the printing materials 1 that are continuously fed out, and there is a practical effect of obtaining a large labor saving. Next, Figure q of the drawing shows a first embodiment of the present invention, which has the same effect as the first embodiment. The indicated parts will be explained using the same reference numerals. In this second embodiment, the end support parts 12, 1
2 ' Th It is provided at the front part of the feeding part F4a and the front part of the feeding regulating member 7 to support the end opening 9 in the feeding direction of the printing material 1, that is, in the length direction, and it is fed out from the feeding part; 1. The front end and rear end of the printed material 1 are connected to an end support part 12,
12, and this discharge-locked printing material 1 is supported only at the front and rear ends, so the middle part bends downward under its own weight, and both the front and rear ends are separated from the end support parts 12, 12, and this end part It descends horizontally from a restricted passage S having a dimension L' that is slightly narrower than the length of the printing material 1 formed by the supporting parts 12 and 12, and rests on the pedestal 18E-\ of the printing material 1. Subsequently, the other printing substrate l is also attached to the end support portions 12 and 12 in the same manner as described above.
It is supported and descends horizontally through the restricted passage S directly above the printing material 1 on its pedestal 18 and is stacked thereon. A large number of printing materials 1 are stacked one after another in sequence. Effects of the Invention As described above, the printed matter stacking device according to the present invention has a feeding-out regulating member for the printed material opposite to the feeding portion m of the printed material, and the material is stacked between the feeding-out regulating member and the feeding portion. In addition to providing an end support part, this end support part forms a lower restricting passageway that is slightly narrower than the width or length of the printing medium, and a pedestal for the printing medium is provided below the restricting passage. When printing materials are stacked by this device, the printing materials are sent forward from the delivery section to -a, and then descend horizontally through the restriction passage and are stacked on top of the printing materials, which is different from the conventional method. Unlike those in which the leading edge of the printed material rubs the printed surface of the previously stacked printed material, it can be stacked smoothly without causing any damage to the printed surface, so printing blood can be easily removed. This has the effect of preventing the printing material from becoming unusable due to damage to the material, or reducing the value of black goods.Also, since automatic stacking can be obtained, it has a great effect on labor saving. It is something that demonstrates the.
【図面の簡単な説明】[Brief explanation of the drawing]
図面第７図は本発明の第１実施例を示す説明図、第２図
は仝土酸断側面図、第３図は第２図にかけるＸ−Ｘ線の
断面図、第４図は第２実施例の縦断＠１面図、第Ｓ図は
従来装置の縦断側面図である。
尚、図中１は被印刷物、ａは繰出し部、７は碌出し規制
部材、１２ 、１２は端部支持部、Ｗは被印刷物の巾寸
法、Ｓは制限通路、Ｗ′は制限通路の巾寸法、Ｌは被印
刷物の長さ寸法、Ｌ′は制限通路の長さ寸法、１８は受
台である。Figure 7 is an explanatory diagram showing the first embodiment of the present invention, Figure 2 is a cross-sectional view of soil acid, Figure 3 is a cross-sectional view taken along the line X-X in Figure 2, and Figure 4 is a cross-sectional view of the soil acid. FIG. 1 is a vertical cross-sectional view of the second embodiment, and FIG. S is a vertical cross-sectional side view of the conventional device. In the figure, 1 is the printing material, a is the feeding part, 7 is the extension regulating member, 12 and 12 are the end support parts, W is the width of the printing material, S is the restriction passage, and W' is the width of the restriction passage. In the dimensions, L is the length of the printing substrate, L' is the length of the restriction passage, and 18 is the pedestal.