JPH06270385A - Rotary press for spot printing - Google Patents
Rotary press for spot printingInfo
- Publication number
- JPH06270385A JPH06270385A JP6509993A JP6509993A JPH06270385A JP H06270385 A JPH06270385 A JP H06270385A JP 6509993 A JP6509993 A JP 6509993A JP 6509993 A JP6509993 A JP 6509993A JP H06270385 A JPH06270385 A JP H06270385A
- Authority
- JP
- Japan
- Prior art keywords
- printing
- plate cylinder
- spot
- patterns
- length
- 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.)
- Granted
Links
Landscapes
- Printing Methods (AREA)
- Rotary Presses (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、連続的に繰返し印刷さ
れた輪転状の印刷物のそれぞれの所定位置に異なるスポ
ット絵柄を順次繰返しスポット印刷するスポット印刷用
輪転印刷装置に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a rotary printing apparatus for spot printing, in which different spot patterns are sequentially and repeatedly spot-printed on predetermined positions of rotary printed matters which are continuously and repeatedly printed.
【０００２】[0002]
【従来の技術】従来のこの種のスポット印刷用輪転印刷
装置は（１）印刷物の天地方向のピッチ（天地サイズ）
にスポット絵柄の数をかけた長さの周長を有するサイズ
の版胴を用いて印刷するようになっている。（２）長尺
印刷として印刷物の天地サイズにスポット絵柄の数をか
けた長さのベルト状のフィルムを作成し、そのフィルム
にスポット絵柄を等間隔に配置してベルト式の版を作成
して印刷する。（３）スポット絵柄の数だけ印刷ユニッ
トを用意してスキップ印刷を行ない、スポット絵柄を順
番に印刷していく方法。（４）スポット印刷の代表であ
るナンバリング装置を用いる。（５）最も新しい技術と
して、インギジェット式印刷装置を用いる。2. Description of the Related Art A conventional rotary printing apparatus for spot printing of this type is as follows: (1) Vertical pitch of printed matter (vertical size)
It is designed to print using a plate cylinder of a size having a perimeter equal to the number of spot patterns. (2) As a long print, create a belt-shaped film with a length obtained by multiplying the top-bottom size of the printed matter by the number of spot patterns, and place the spot patterns on the film at equal intervals to create a belt-type plate. Print. (3) A method of preparing the printing units by the number of spot patterns, performing skip printing, and printing the spot patterns in order. (4) Use a numbering device that is representative of spot printing. (5) As the newest technology, an Ingitjet printing device is used.
【０００３】[0003]
【発明が解決しようとする課題】上記従来の各技術のう
ち、（１）にあっては、スポット絵柄の数が多くなる
と、版胴サイズが大きくなり、現実には対処できない。
そのため、１回の印刷で１つのスポット絵柄を印刷し、
後で丁合する方法となり、工程数が増してしまうという
問題がある。（２）にあっては、輪転印刷機のライン中
にてスポット絵柄を印刷できるが、ベルト状の版の製作
精度や機械のスペース、機械速度などに問題がある。
（３）にあっては、ユニット数が多くなり、せいぜい３
絵柄程度でしか使用できなかった。（４）にあっては、
数字の絵柄を印刷するのにもっとも一般的な方法である
が、価格が高く、天地ピッチの制約や、横ピッチの制約
などが有る。（５）にあっては、価格が高く現状では一
般的ではない。Among the above-mentioned conventional techniques, in (1), when the number of spot patterns increases, the size of the plate cylinder increases, which cannot be dealt with in practice.
Therefore, one spot pattern is printed by printing once,
There is a problem in that the method of collating later will be added, and the number of steps will increase. In the case of (2), the spot pattern can be printed in the line of the rotary printing machine, but there are problems in manufacturing accuracy of the belt-shaped plate, machine space, machine speed and the like.
In the case of (3), the number of units increases, and at most 3
It could only be used as a design. In (4),
This is the most common method for printing numbers, but it is expensive and has restrictions on vertical pitch and horizontal pitch. In case (5), the price is high and it is not common at present.
【０００４】本発明は上記のことにかんがみなされたも
ので、版胴サイズをことさら大きくすることなしに、多
種類のスポット絵柄を印刷物の所定の位置に順次印刷す
ることができ、しかも通常の輪転印刷と同一の方法で簡
単に印刷することができるようにした輪転印刷装置を提
供することを目的とするものである。The present invention has been conceived in view of the above, and it is possible to sequentially print various kinds of spot patterns at predetermined positions on a printed matter without increasing the size of the plate cylinder, and moreover, it is possible to carry out ordinary rotary printing. An object of the present invention is to provide a rotary printing apparatus capable of easily printing by the same method as printing.
【０００５】[0005]
【課題を解決するための手段】上記の目的を達成するた
めに、本発明に係る輪転印刷装置は、天地方向に所定の
ピッチで連続的に印刷された各印刷物の所定の位置に、
多数の種類のスポット印刷用の絵柄を順次印刷するスポ
ット印刷用転輪印刷装置において、上記印刷物の天地方
向のピッチをＡ、スポット印刷用の絵柄の種類の数を
Ｂ、スポット印刷用の絵柄の天地方向の幅をＣとしたと
きに、（１）全ての種類の絵柄を入れるための１サイク
ルの印刷長さＤをＡ×Ｂ＝Ｄにて求め、（２）版胴ギヤ
の単位長さ当たりの歯数Ｚから、上記印刷長さＤに対す
る版胴ギヤの相当歯数Ｅを、Ｄ×Ｚ＝Ｅにて求め、
（３）この版胴ギヤの相当歯数Ｅを素数分解し、（４）
スポット印刷用の絵柄の数Ｂに、上記相当歯数Ｅを分解
して得た素数を順次掛けた各値に版胴ギヤ１歯当たりの
ピッチを掛けて複数の版胴の周長Ｆ（Ｆ1 ，Ｆ2 ，Ｆ3
…）を求め、（５）全ての種類の絵柄の天地方向のトー
タル長さＬをＢ×Ｃ＝Ｌにて求め、このトータル長さＬ
より大きくして、一番近い大きさの周長Ｆを版胴１の周
長に採用し、この版胴１の周長を絵柄の種類Ｂで除した
ピッチごとに順次スポット印刷用の絵柄の版を配置し、
この版胴１に、周長を印刷物の天地方向のピッチＡまた
は整数倍とし、かつ天地方向の１または整数倍個所に上
記スポット印刷用の絵柄の版に対応する大きさの印圧部
４をわずかに高くして設けた圧胴２を対接した構成とな
っている。In order to achieve the above-mentioned object, a rotary printing apparatus according to the present invention is provided in a predetermined position of each printed matter continuously printed at a predetermined pitch in the vertical direction.
In a roller printing device for spot printing, which sequentially prints a large number of types of patterns for spot printing, the vertical pitch of the printed matter is A, the number of types of patterns for spot printing is B, and the number of patterns for spot printing is When the width in the top-bottom direction is C, (1) The print length D for one cycle for inserting all kinds of patterns is obtained by A × B = D, and (2) the unit length of the plate cylinder gear From the number of teeth Z per contact, the number E of teeth of the plate cylinder gear corresponding to the printing length D is calculated by D × Z = E,
(3) The equivalent number of teeth E of this plate cylinder gear is decomposed into prime numbers, and (4)
The number B of the patterns for spot printing is sequentially multiplied by the prime number obtained by decomposing the corresponding number E of teeth, and each value is multiplied by the pitch per tooth of the plate cylinder gear to obtain the circumferential length F (F 1 , F 2 , F 3
…) Is calculated, and (5) the total length L of all kinds of patterns in the vertical direction is calculated by B × C = L, and this total length L
The circumference F of the larger size and the closest size is adopted as the circumference of the plate cylinder 1. The circumference of the plate cylinder 1 is divided by the type B of the pattern, and the patterns for spot printing are sequentially arranged for each pitch. Place the plates,
On this plate cylinder 1, the circumference is set to a pitch A in the up-and-down direction of the printed matter or an integral multiple, and a printing pressure portion 4 having a size corresponding to the plate of the pattern for spot printing is provided at a position of 1 or an integral multiple in the up-and-down direction. It is configured such that the impression cylinders 2 which are slightly raised are contacted with each other.
【０００６】[0006]
【作 用】圧胴と版胴とが同一周速で回転することに
より圧胴の印圧部４が版胴１の周面に多数個設けられた
スポット印刷用の絵柄の版に所定の数をおいて順次接触
してこの間を通る各印刷物の所定の位置に順次異なる絵
柄がスポット印刷されていく。[Operation] By rotating the impression cylinder and the plate cylinder at the same peripheral speed, a predetermined number of printing parts 4 of the impression cylinder are provided on the peripheral surface of the plate cylinder 1 for a pattern for spot printing. Different patterns are sequentially spot-printed at predetermined positions on each printed matter that comes into contact with each other at a predetermined interval and passes between these.
【０００７】[0007]
【実 施 例】本発明の実施例を図面に基づいて説明す
る。図中１は版胴、２は圧胴であり、版胴１にはこれの
全周長を、例えば３等分した位置に第１・第２・第３の
それぞれ異なるスポット印刷用の絵柄版３ａ，３ｂ，３
ｃを有する版３が設けてある。一方圧胴２には上記各絵
柄版３ａ，３ｂ，３ｃに相当する面積の印圧部４が０．
１ｍｍ程度他より高くして設けてある。EXAMPLES Examples of the present invention will be described with reference to the drawings. In the drawing, 1 is a plate cylinder, 2 is an impression cylinder, and the plate cylinder 1 has a total circumference, for example, a first, a second, and a third pattern plate for different spot printing at positions divided into three equal parts. 3a, 3b, 3
A plate 3 having c is provided. On the other hand, the impression cylinder 2 is provided with a printing portion 4 having an area corresponding to each of the pattern plates 3a, 3b and 3c.
It is provided about 1 mm higher than others.
【０００８】今、スポット印刷用の絵柄を印刷しようと
する印刷物の長さを１１インチとし、各絵柄版３ａ，３
ｂ，３ｃの天地方向の長さを印刷物の長さの少なくとも
１／３より短い長さである４インチ、版胴１の周長を１
６．５インチ、圧胴２の周長を印刷物の天地方向の長さ
と同じ１１インチとしたときの例を説明する。Now, the length of the printed matter on which the pattern for spot printing is to be printed is 11 inches, and each pattern plate 3a, 3
The vertical length of b and 3c is 4 inches which is at least 1/3 of the length of the printed matter, and the perimeter of the plate cylinder 1 is 1
An example will be described in which 6.5 inches is used and the circumferential length of the impression cylinder 2 is 11 inches, which is the same as the vertical length of the printed matter.
【０００９】図１に示すように、圧胴２の印圧部４が版
胴１の第１の絵柄版３ａに対向する位置をスタートとし
て版胴１と圧胴２と印刷物の流れを平行にして示すと図
２に示すようになり、圧胴２の印圧部４は１個おきの絵
柄版３ａ，３ｃ，３ｂに対接することになり、従って印
刷物上には所定の位置に第１・第３・第２の順序で繰り
返し絵柄版３ａ，〜３ｃの絵柄３ａ´，３ｃ´，３ｂ´
が順次印刷されていく。このように、通常の方法では、
３つの異なるスポット用の絵柄を３つの印刷物にスポッ
ト印刷する場合、版胴１の周長を印刷物の３倍である３
３インチのものを用いるのに対して、上記実施例では１
／２の周長である１６．５インチですみ、従来の場合よ
り小さい径の版胴ですむ。As shown in FIG. 1, starting from the position where the printing portion 4 of the impression cylinder 2 faces the first pattern plate 3a of the plate cylinder 1, the plate cylinder 1, the impression cylinder 2 and the flow of printed matter are made parallel. 2 shows that the impression part 4 of the impression cylinder 2 comes into contact with every other pattern plates 3a, 3c, 3b, and accordingly, the first and second printing plates 3a, 3c, 3b are in contact with each other at a predetermined position on the printed matter. Repeated in the third and second order, the picture plates 3a, 3c ', 3c', 3c ', 3b'
Are printed in sequence. Thus, in the normal way,
When spot-printing the patterns for three different spots on three prints, the perimeter of the plate cylinder 1 is three times that of the print.
While a 3-inch one is used, 1 is used in the above embodiment.
Only 16.5 inches, which is the circumference of 1/2, requires a plate cylinder with a diameter smaller than the conventional case.
【００１０】次に上記実施例におけるスポット印刷用の
絵柄の天地方向の長さに対する版胴１の周長及び、この
版胴１に設ける上記絵柄の数の決め方を説明する。図３
に示すように、印刷物５の天地方向の長さ（ピッチ）を
Ａ、この各印刷物の所定の位置に入れるスポット印刷の
絵柄の種類の数をＢ、スポット絵柄６の天地方向の幅を
Ｃとしたときに、次の手順で版胴の周長を決定する。Next, a description will be given of how to determine the circumferential length of the plate cylinder 1 with respect to the length of the pattern for spot printing in the vertical direction and the number of the patterns provided on the plate cylinder 1 in the above embodiment. Figure 3
As shown in FIG. 5, the vertical length (pitch) of the printed matter 5 is A, the number of kinds of spot printing patterns to be put in a predetermined position of each printed matter is B, and the width of the spot pattern 6 in the vertical direction is C. Then, the circumference of the plate cylinder is determined by the following procedure.
【００１１】（１）全ての種類の絵柄を入れるための１
サイクルの印刷長さＤを求める。 Ａ×Ｂ＝Ｄ （２）版胴ギヤの１インチ当たりの歯数Ｚから上記
（１）にて求めた印刷長さＤ分の版胴ギヤの相当歯数Ｅ
を求める。 Ｄ×Ｚ＝Ｅ （３）相当歯数Ｅを素数分解する。 （４）スポット印刷用の絵柄の数Ｂに、上記相当歯数Ｅ
を素数分解して得た素数を順次掛けて得た値に版胴ギヤ
のピッチを掛けて版胴のいくつかの周長Ｆ（Ｆ1 ，
Ｆ2 ，Ｆ3 ，…）を求め、 （５）全てのスポット絵柄の天地方向のトータル長さＬ
をＢ×Ｃ＝Ｌにて求め、このトータル長さＬより大きく
て、一番近い大きさの周長を版胴１の周長Ｆを採用す
る。(1) 1 for inserting all kinds of patterns
The print length D of the cycle is determined. A × B = D (2) Corresponding number of teeth E of the plate cylinder gear for the printing length D obtained in (1) above from the number of teeth Z per inch of the plate cylinder gear
Ask for. D × Z = E (3) Equivalent number of teeth E is decomposed into prime numbers. (4) Equivalent number of teeth E to the number B of patterns for spot printing
To the value obtained by sequentially multiplying the obtained prime numbers by the pitch of the plate cylinder gear to obtain some circumference F (F 1 , F 1 ,
F 2 , F 3 , ...) is obtained, and (5) the total length L of all the spot patterns in the vertical direction is L.
Is calculated from B × C = L, and the perimeter F of the plate cylinder 1 is adopted as the perimeter of the size that is larger than this total length L and is the closest.
【００１２】（例１） 印刷物の天地方向長さＡ＝１１インチ、 スポット印刷用の絵柄の種類の数Ｂ＝３ スポット印刷用の絵柄の天地方向の幅Ｃ＝５インチであ
る場合、 （１）Ａ×Ｂ＝Ｄ，１１×３＝３３（インチ） （２）Ｄ×Ｚ＝Ｅ，３３×４＝１３２枚（Ｚ＝４／イン
チとする） （３）相当歯数１３２を素数分解すると、 １３２＝２×２×３×１１ （４）スポット絵柄の数３に、上記相当歯数１３２の素
数分解の各素数を順次掛けて １３２＝（２×３）×２２ （２×２×３）×１１ （１１×３）×４ （２２×３）×２ から、６，１２，３３，６６と求め、これのそれぞれに
版胴ギヤのピッチ（０．２５インチ）を掛けて、Ｆ1 ＝
１．５インチ、Ｆ2 ＝３インチ、Ｆ3 ＝８．２５イン
チ、Ｆ4 ＝１６．５インチを求める。 （５）スポット絵柄のトータル長さＬは５×３＝１５
（インチ）であるから、１５インチより大きくて、かつ
一番近い周長は１６．５インチ（Ｆ4 ）であり、これか
ら版胴１の周長に１６．５インチを採用する。(Example 1) When the length A of the printed matter in the vertical direction is A = 11 inches, the number of types of patterns for spot printing B = 3, and the width C of the pattern for spot printing in the vertical direction is C = 5 inches, ) A × B = D, 11 × 3 = 33 (inch) (2) D × Z = E, 33 × 4 = 132 (Z = 4 / inch) (3) When the equivalent number of teeth 132 is decomposed into prime numbers , 132 = 2 × 2 × 3 × 11 (4) The number 3 of spot patterns is sequentially multiplied by each prime number of the above prime number decomposition of the corresponding number of teeth 132, 132 = (2 × 3) × 22 (2 × 2 × 3 ) × 11 (11 × 3) × 4 (22 × 3) × 2 to obtain 6,12,33,66, and multiply each by the pitch of the plate cylinder gear (0.25 inch) to obtain F 1 =
Calculate 1.5 inches, F 2 = 3 inches, F 3 = 8.25 inches, F 4 = 16.5 inches. (5) The total length L of the spot pattern is 5 × 3 = 15
Since it is (inch), the circumference is larger than 15 inches, and the closest circumference is 16.5 inches (F 4 ). From this, 16.5 inches is adopted as the circumference of the plate cylinder 1.
【００１３】（例２） 印刷物の天地方向長さＡ＝７インチ スポット印刷用の絵柄の種類の数Ｂ＝４０ スポット印刷用の絵柄の天地方向の幅Ｃ＝０．７５イン
チ （１）Ａ×Ｂ＝Ｄ，７×４０＝２８０（インチ） （２）Ｄ×Ｚ＝Ｅ，２８０×４＝１１２０枚 （３）１１２０を素数分解すると、 １１２０＝２×２×２×２×２×５×７ （４）スポット絵柄の数４０に、上記回転歯数１１２０
の各素数を順次掛けて、 １１２０＝（２×４０）×１
４ ＝（２×２×４０）×７ ＝（７×４０）×２ から８０，１６０，２８０を求め、これにギヤピッチの
０．２５インチを掛けてＦ1 ＝２０インチ、Ｆ2 ＝４０
インチ，Ｆ＝７０インチを求める。 （５）Ｌ＝４０×０．７５でＬは３０インチであるから
版胴１の周長に４０インチ（Ｆ2 ）を採用する。(Example 2) Vertical length A of printed matter A = 7 inches Number of types of patterns for spot printing B = 40 Vertical width C of the pattern for spot printing C = 0.75 inches (1) A × B = D, 7 × 40 = 280 (inch) (2) D × Z = E, 280 × 4 = 1120 sheets (3) When 1120 is decomposed into prime numbers, 1120 = 2 × 2 × 2 × 2 × 2 × 5 × 7 (4) The number of spot patterns is 40, and the number of rotating teeth is 1120
1120 = (2 × 40) × 1
4 = (2 × 2 × 40) × 7 = (7 × 40) × 2 to obtain 80,160,280, which is multiplied by a gear pitch of 0.25 inches to obtain F 1 = 20 inches and F 2 = 40.
Inch, F = 70 inch is calculated. (5) Since L = 40 × 0.75 and L is 30 inches, the circumference of the plate cylinder 1 is 40 inches (F 2 ).
【００１４】（例３） 印刷物の天地方向長さＡ＝５．２５インチ、 スポット印刷用の絵柄の種類の数Ｂ＝５０ スポット印刷用の絵柄の天地方向の幅Ｃ＝０．５イン
チ、 （１）Ａ×Ｂ＝Ｄ ５．２５×５０＝２６２．５インチ （２）Ｄ×Ｚ＝Ｅ ２６２．５×４＝１０５０ （３）１０５０を素数分解すると、 １０５０＝２×３×５×５×７ （４）スポット絵柄の数５０に、１０５０の素数を順次
掛けて １０５０＝（２×５０）×２１ （３×５０）×７ （７×５０）×３ から１００、１５０、３５０を求め、これにギヤピッチ
０．２５インチを掛けてＦ1 ＝１２．５インチ、Ｆ2 ＝
３７．５インチ、Ｆ3 ＝８７．５インチを求める。 （５）Ｌ＝５０×０．５でＬは２５インチであるから版
胴１の周長に３７．５インチ（Ｆ2 ）を採用する。(Example 3) Vertical length A of printed matter A = 5.25 inches, number of types of patterns for spot printing B = 50 Vertical width C of the pattern for spot printing C = 0.5 inch, ( 1) A × B = D 5.25 × 50 = 262.5 inches (2) D × Z = E 262.5 × 4 = 1050 (3) When 1050 is decomposed into prime numbers, 1050 = 2 × 3 × 5 × 5 × 7 (4) The number 50 of spot patterns is sequentially multiplied by a prime number of 1050 to obtain 100, 150, 350 from 1050 = (2 × 50) × 21 (3 × 50) × 7 (7 × 50) × 3. Multiply this by a gear pitch of 0.25 inch, F 1 = 12.5 inch, F 2 =
Determine 37.5 inches and F 3 = 87.5 inches. (5) Since L = 50 × 0.5 and L is 25 inches, the peripheral length of the plate cylinder 1 is 37.5 inches (F 2 ).
【００１５】この各例では１インチで４枚の歯数の版胴
ギヤを選んだが、スポット絵柄のトータル長さと採用し
た版胴の周長が大きく違った場合には１インチ当たり６
枚とか３枚、５枚などの歯車を採用する。また上記各実
施例で、圧胴２の周長は単位印刷物の長さと一致するも
の、または整数倍のものが用いられる。In each of the examples, a plate cylinder gear having 1 tooth and 4 teeth was selected. However, when the total length of the spot pattern and the circumference of the adopted plate cylinder are greatly different, 6 per 1 inch is selected.
Gears such as three, five or five are used. Further, in each of the above-described embodiments, the perimeter of the impression cylinder 2 is the same as the length of the unit printed matter, or is an integral multiple.
【００１６】次にさらに具体例について説明する。図３
に示すように、天地方向の一端部に、（１）〜（４０）
の４０種類の異なるスポット印刷用の絵柄６を順次印刷
した４０種類の印刷物を得る場合には、（１）〜（４
０）の４０種類のスポット印刷用の絵柄が用いられる。
このとき印刷面の天地方向長さＡは７インチ、スポット
印刷用の絵柄の種類Ｂは４０スポット印刷用の絵柄の天
地方向の幅Ｃは０．５９インチとすると、この場合、Ｃ
は１インチ以下であるから上記（例２）で求めたよう
に、周長が４０インチの版胴と周長が１４インチの圧胴
が用いられ、版胴１には図４に示すように、４０種類の
スポット印刷用の絵柄（１）〜（４０）を天地方向に設
ける。また圧胴２の周長は１４インチであり、２等分さ
れた位置に上記版胴１の各絵柄版より面積を少し大きく
した印圧部が設けられている。Next, a specific example will be described. Figure 3
As shown in (1) to (40) at one end in the vertical direction,
In order to obtain 40 kinds of printed matter in which 40 kinds of different spot printing patterns 6 are sequentially printed, (1) to (4
40 types of patterns for spot printing of 0) are used.
At this time, if the vertical length A of the printing surface is 7 inches and the type B of the spot printing pattern is 40, the vertical width C of the pattern for spot printing is 0.59 inches.
Is less than 1 inch, a plate cylinder having a perimeter of 40 inches and an impression cylinder having a perimeter of 14 inches are used as determined in the above (Example 2). As shown in FIG. , 40 types of spot printing patterns (1) to (40) are provided in the vertical direction. Further, the circumference of the impression cylinder 2 is 14 inches, and a printing pressure portion having a slightly larger area than each of the pattern plates of the plate cylinder 1 is provided at a position divided into two equal parts.
【００１７】そして上記各絵柄版（１）〜（４０）は版
胴に７インチごとの印刷順に（１），（２），（３），
（４）…と配置され、この間に７インチごとの圧胴の印
圧部に対して位相がずれ圧胴が４０回転し、版胴１が７
回転する間に印刷物には（１）〜（４０）のスポット印
刷の絵柄が順次印刷されている。The respective pattern plates (1) to (40) are printed on the plate cylinder in the order of printing every 7 inches (1), (2), (3),
(4) ... are arranged, and the phase shifts 40 times with respect to the printing portion of the impression cylinder at intervals of 7 inches, and the impression cylinder 1 rotates 7 times.
While rotating, the spot-printed patterns (1) to (40) are sequentially printed on the printed matter.
【００１８】[0018]
【発明の効果】本発明によれば、版胴サイズをスポット
印刷用の絵柄の種類の数に応じた大きさにより格段に小
さいサイズにすることができる。そして本発明によれ
ば、通常の輪転印刷と同一の方法で、これを利用でき
る。According to the present invention, the plate cylinder size can be made significantly smaller by the size corresponding to the number of kinds of patterns for spot printing. And according to the present invention, this can be utilized in the same manner as in the normal rotary printing.
【図１】版胴と圧胴の関係を示す説明図である。FIG. 1 is an explanatory diagram showing a relationship between a plate cylinder and an impression cylinder.
【図２】版胴の絵柄版と、圧胴の印圧部と、印刷された
絵柄の天地方向の位置関係を示す説明図である。FIG. 2 is an explanatory diagram showing the positional relationship in the up-and-down direction of the printed plate, the pattern plate of the plate cylinder, the printing portion of the impression cylinder, and the printed pattern.
【図３】スポット印刷にて絵柄を印刷する印刷物を示す
平面図である。FIG. 3 is a plan view showing a printed matter on which a pattern is printed by spot printing.
【図４】版胴に設けたスポット印刷用の絵柄版面付順の
一例を示す説明図である。FIG. 4 is an explanatory diagram showing an example of the order in which the pattern plates for spot printing are provided on the plate cylinder.
１…版胴、２…圧胴、３ａ，３ｂ，３ｃ…絵柄版、３ａ
´，３ｂ´，３ｃ´，６…スポット絵柄、４…印圧部、
５…印刷物。1 ... plate cylinder, 2 ... impression cylinder, 3a, 3b, 3c ... design plate, 3a
', 3b', 3c ', 6 ... spot pattern, 4 ... impression part,
5 ... Printed matter.
Claims (1)
各印刷物の所定の位置に、多数の種類のスポット印刷用
の絵柄を順次印刷するスポット印刷用輪転印刷装置にお
いて、上記印刷物の天地方向のピッチをＡ、スポット印
刷用の絵柄の種類の数をＢ、スポット印刷用の絵柄の天
地方向の幅をＣとしたときに、 （１）全ての種類の絵柄を入れるための１サイクルの印
刷長さＤをＡ×Ｂ＝Ｄにて求め、 （２）版胴ギヤの単位長さ当たりの歯数Ｚから、上記印
刷長さＤに対する版胴ギヤの相当歯数Ｅを、Ｄ×Ｚ＝Ｅ
にて求め、 （３）この版胴ギヤの回転歯数Ｅを素数分解し、 （４）スポット印刷用の絵柄の数Ｂに、上記相当歯数Ｅ
を素数分解して得た素数を順次掛けた各値に版胴ギヤ１
歯当たりのピッチを掛けて複数の版胴の周長Ｆ（Ｆ1 ，
Ｆ2 ，Ｆ3 ，…）を求め、 （５）全ての種類の絵柄の天地方向のトータル長さＬを
Ｂ×Ｃ＝Ｌにて求め、このトータル長さＬより大きく
て、一番近い大きさの周長Ｆを版胴１の周長に採用し、
この版胴１の周長を絵柄の種類Ｂで除したピッチごとに
順次スポット印刷用の絵柄の版を配置し、この版胴１
に、周長を印刷物の天地方向のピッチＡまたは整数倍と
し、かつ天地方向の１または整数個所に上記スポット印
刷用の絵柄の版に対応する大きさの印圧部４をわずかに
高くして設けた圧胴２を対接したことを特徴とするスポ
ット印刷用輪転印刷装置。1. A rotary printing apparatus for spot printing, which sequentially prints a large number of types of patterns for spot printing on predetermined positions of each printed material continuously printed at equal intervals in the up-and-down direction. When the pitch in the direction is A, the number of types of patterns for spot printing is B, and the width in the vertical direction of the patterns for spot printing is C, (1) One cycle for inserting all types of patterns The printing length D is obtained by A × B = D, and (2) From the number of teeth Z per unit length of the plate cylinder gear, the number E of teeth of the plate cylinder gear corresponding to the printing length D is D × Z. = E
(3) The number E of rotating teeth of this plate cylinder gear is decomposed into prime numbers, and (4) the number E of equivalent teeth is added to the number B of patterns for spot printing.
Plate cylinder gear 1 to each value obtained by sequentially multiplying the prime numbers obtained by decomposing
The circumference F (F 1 , F 1 ,
F 2, F 3, ...) and determined, (5) obtains all kinds of vertical direction of the total length L of the pattern at B × C = L, greater than the total length L, the size closest Sap circumference F is adopted as the circumference of plate cylinder 1,
Plates with patterns for spot printing are sequentially arranged at each pitch obtained by dividing the circumference of the plate cylinder 1 by the type B of the pattern.
In addition, the circumference is set to the pitch A in the vertical direction of the printed matter or an integral multiple, and the printing pressure portion 4 having a size corresponding to the plate of the pattern for spot printing is slightly raised at 1 or an integer position in the vertical direction. A rotary printing apparatus for spot printing, characterized in that the provided impression cylinders 2 are in contact with each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6509993A JP3205920B2 (en) | 1993-03-24 | 1993-03-24 | Rotary printing machine for spot printing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6509993A JP3205920B2 (en) | 1993-03-24 | 1993-03-24 | Rotary printing machine for spot printing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH06270385A true JPH06270385A (en) | 1994-09-27 |
| JP3205920B2 JP3205920B2 (en) | 2001-09-04 |
Family
ID=13277133
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP6509993A Expired - Lifetime JP3205920B2 (en) | 1993-03-24 | 1993-03-24 | Rotary printing machine for spot printing |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3205920B2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102135337B1 (en) | 2018-10-04 | 2020-07-21 | 주식회사 비엠이앤씨 | The hysteretic damper for seismic retrofit |
-
1993
- 1993-03-24 JP JP6509993A patent/JP3205920B2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JP3205920B2 (en) | 2001-09-04 |
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