JPS59143679A - Stencil type plate-making printer - Google Patents
Stencil type plate-making printerInfo
- Publication number
- JPS59143679A JPS59143679A JP1926183A JP1926183A JPS59143679A JP S59143679 A JPS59143679 A JP S59143679A JP 1926183 A JP1926183 A JP 1926183A JP 1926183 A JP1926183 A JP 1926183A JP S59143679 A JPS59143679 A JP S59143679A
- Authority
- JP
- Japan
- Prior art keywords
- stencil
- paper
- plate cylinder
- stencil paper
- printing
- 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
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41L—APPARATUS OR DEVICES FOR MANIFOLDING, DUPLICATING OR PRINTING FOR OFFICE OR OTHER COMMERCIAL PURPOSES; ADDRESSING MACHINES OR LIKE SERIES-PRINTING MACHINES
- B41L13/00—Stencilling apparatus for office or other commercial use
- B41L13/04—Stencilling apparatus for office or other commercial use with curved or rotary stencil carriers
- B41L13/06—Stencilling apparatus for office or other commercial use with curved or rotary stencil carriers with a single cylinder carrying the stencil
Landscapes
- Manufacture Or Reproduction Of Printing Formes (AREA)
Abstract
Description
【発明の詳細な説明】
本１を明（ｊ、孔版式製版印刷装置に係り、特に感熱式
の孔版原＾′１（製版装置と単胴輪転式孔版印刷装置ど
の組合せ装置に係る。DETAILED DESCRIPTION OF THE INVENTION This book 1 relates to a stencil-type stencil printing device, and particularly relates to a thermal stencil original^'1 (a combination device such as a stencil-making device and a single cylinder rotary stencil printing device).
孔版原紙を製版する製版手段と、該製版手段により製版
された孔版原紙を用いて孔版印刷を行う印刷手段とを右
する孔版式製版印刷装置行は既に知られでいる。従来一
般に、この種の孔版式製版印刷装置は、感熱複写式穿孔
手段或いはイの他の複写式穿孔手段により孔版原紙の製
版を？ｊ−うようにな・）でおり、Ｍ版に対して必ず印
刷画像と同一の画像を右Ｊる一枚のハード」ビーく原稿
）を必要とＪイ）。2. Description of the Related Art A stencil-type stencil printing apparatus is already known, which includes a stencil making means for making a stencil sheet, and a printing means for performing stencil printing using the stencil sheet made by the stencil making means. Conventionally, in general, this type of stencil-type stencil printing apparatus performs stencil-making of stencil paper using thermal copying-type perforation means or other copying-type perforation means. For the M version, a hard original with the same image as the printed image is required.
本発明の つのｔ」的（よ、ハート゛−１ピー、即Ｉ５
印刷原稿を要することなく孔版原紙の製版を行い、該孔
版原紙を用いたＩ［、販印刷を行う孔版式製版印刷装置
をｌＩＮ供する口とである。The two main points of the present invention are:
This is a stencil-type stencil printing device that performs stencil making of stencil paper without requiring a printing manuscript and performs sales printing using the stencil paper.
本発明の他の一つの（」的は、−二１ンビ’Ｊ−タ、ツ
ードブ１］レツ→ノー、ファクシミリ等のｆ゛イジタル
情報処理装置に於て多数枚のハードコピーを製作するの
に適したリビー１〜プリンタとして用いられて好適な孔
版式製版印刷装置を提供覆ることであり、特ドーＬ述の
如きディジタル情報処理装置が出力する情報の多数枚の
ハード」ビーを高速度にて口紅湾内に製作づることがで
きる孔版式製版印刷装置を提供することである。Another object of the present invention is to produce a large number of hard copies in a digital information processing device such as a 21-bit computer, a 2-bit computer, a facsimile machine, etc. The purpose is to provide a stencil-type plate-making printing device suitable for use as a printer, and to print a large number of hard disks of information outputted by a digital information processing device such as the one described above at high speed. It is an object of the present invention to provide a stencil-type stencil printing device that can be manufactured within a lipstick bay.
これらの目的は、本発明によれば、外周面に孔版原紙の
一端を係止するクランプ手段を備えた多孔横）告の円筒
状版胴と、前記円筒状版胴を回転駆動４る版胴駆動手段
と、前記円筒状版胴の内周面に印刷インキを供給する印
刷インキ供給手段と、印刷用紙を前記円筒状版胴の外周
面に押目けるプレスローラ手段と、前記円筒状版胴と前
記プレスローラ手段との間へ印刷用紙を送込む給紙手段
と、点状の電気式発熱素子を有し該発熱素子により感熱
性孔版原紙を点状に溶融穿孔して前記感熱性孔版原紙に
穿孔画像を形成する製版手段と、前記製版手段より感熱
性孔版原紙の一端部を前記クランプ手段へ移送−ｄ−る
移送手段とを有している如き孔版式製版印刷装置によっ
て達成される。These objects, according to the present invention, include a cylindrical plate cylinder with a perforated horizontal plate provided with a clamping means for locking one end of a stencil paper on its outer peripheral surface, and a plate cylinder that rotationally drives the cylindrical plate cylinder. a driving means, a printing ink supply means for supplying printing ink to the inner circumferential surface of the cylindrical plate cylinder, a press roller means for pushing printing paper onto the outer circumferential surface of the cylindrical plate cylinder, and the cylindrical plate cylinder. a paper feeding means for feeding the printing paper between the press roller means and a point-like electric heating element, and the heat-sensitive stencil paper is melted and perforated in the form of dots by the heating element to form the heat-sensitive stencil paper. This is achieved by a stencil-type stencil printing apparatus having a stencil-making means for forming a perforated image, and a transfer means for transporting one end of a heat-sensitive stencil paper from the stencil-making means to the clamping means.
本発明による孔版式製版印刷装置の発熱素子は、］］ン
ピコーータワードブ［１セツサ、ファクシミリ等の外部
情報処理装置より電気信号を与えられることにより、或
いは孔版式製版印刷装置に組込まれた電気式情報入力手
段より電気信号を与えられることにより作動して感熱性
孔版原紙にドツトマトリックスの穿孔画像を形成するよ
う４１４成されていて良い。The heating element of the stencil-type plate-making and printing apparatus according to the present invention is heated by receiving an electric signal from an external information processing device such as a printer, facsimile, etc., or by being incorporated into the stencil-type plate-making and printing apparatus. It may be configured 414 to be activated by receiving an electrical signal from the electrical information input means to form a dot matrix perforated image on the heat-sensitive stencil paper.
電気式発熱素子は円筒状版胴の最大印刷幅に相当する良
さに亙っで副走査方向にηいに微小間隔を於て一列Ｊ：
たは複列に複数個設（ｊられていて良く、この場合には
その発熱素子群、所謂サーマルヘッドは固定配設され、
感熱性孔版原紙が主走査方向に移送されるよう構成され
ていれば良い。The electric heating elements are arranged in a row at very small intervals in the sub-scanning direction over a width corresponding to the maximum printing width of the cylindrical plate cylinder.
Alternatively, a plurality of heating elements may be arranged in a double row (in this case, the heating element group, so-called thermal head, is fixedly arranged,
It is sufficient that the structure is such that the heat-sensitive stencil paper is transported in the main scanning direction.
また電気式発熱素子は主走査方向に一行幅に相当する長
さにかって互いに微小間隔をおいて一列または複列に複
数個設けられていても良く、この場合にはその発熱素子
群は副走査方向に往復動可能に設（プられ、感熱性孔版
原紙が主走査方向に移送されるよう４ｔ４成されていれ
ば良い。In addition, a plurality of electric heating elements may be provided in one row or in double rows with a length corresponding to one line width in the main scanning direction and spaced apart from each other at minute intervals, and in this case, the heating element group is It suffices if it is configured so that it can be moved back and forth in the main scanning direction, and the heat-sensitive stencil paper is transported in the main scanning direction.
電気式発熱素子による製版に適した感熱性孔版原紙は、
その代表的な例として、ポリ塩化ビニリデン・塩化ビニ
ル共重合体、ポリエチレン・テレノタレー１−、ボリゾ
］」ピレン等よりなる延伸された熱可塑１１〈熱溶融性
）フィルムと該フィルムの一方の面に貼着された和紙等
のインキ通過性の多１０（１層体よりなるものであり、
この種の感熱性孔版原紙は従来より良く知られている。Heat-sensitive stencil paper suitable for plate making using electric heating elements is
Typical examples include a stretched thermoplastic 11 (heat meltable) film made of polyvinylidene chloride/vinyl chloride copolymer, polyethylene terenotale 1-, borizo]'pyrene, etc., and one side of the film. Ink-permeable multi-layer paper such as pasted Japanese paper (consisting of one layer,
This type of heat-sensitive stencil paper is well known in the art.
この重合構造の感熱性孔版原紙は多孔竹層体を内側にし
て熱１１Ｊ塑１）１ノイルムにて印刷用紙に接触づべく
円筒状版胴の外周面に装着されるので、熱可塑性フィル
１１の側Ｊ、り見られる穿孔画像は印刷画（９口こ対し
て鏡像である。上ｊホの如き重合構造の感熱性孔版原紙
に電気式発熱素子により穿孔画像を形成するには熱可塑
性）Ｃルムの側よりその熱可塑性−ノイル１１に溶融穿
孔を行う必四があり、このため電気式発熱素子は感熱性
孔版原紙に鏡像の穿孔画像を形成？するにうにその穿孔
作動を制御される３、従って、上述の如き重合構造の感
熱性孔版原紙が用いられる場合、電気式発熱素子に入力
される情報信号は、例えば反転像用にプログラムされた
キャラクタジェネレータ等により鏡像変換されていれば
良い。The heat-sensitive stencil paper with this polymerized structure is attached to the outer circumferential surface of the cylindrical plate cylinder so as to contact the printing paper with the porous bamboo layer inside and the thermoplastic film 11 heated at a temperature of 1) 1 nm. The perforated image seen on side J is a printed image (a mirror image of the nine prints.To form a perforated image using an electric heating element on a heat-sensitive stencil paper with a polymeric structure as shown in J-E above), a thermoplastic material is used. It is necessary to melt and perforate the thermoplastic Noil 11 from the side of the lume, so that the electric heating element forms a mirror perforation image on the heat-sensitive stencil paper. Therefore, when a heat-sensitive stencil paper with a polymeric structure as described above is used, the information signal input to the electric heating element is, for example, a character programmed for the reversal image. It is sufficient if the image is mirror-imaged by a generator or the like.
人力情報信号の鏡像変換手段は孔版式製版印刷装置の制
御装置に組込まれていてし良く、また孔版式製版印刷装
置に接続される外部情報処理装置に組込まれていてｂ良
い。The mirror image conversion means for the manual information signal may be built into the control device of the stencil printing apparatus, or may be built into an external information processing device connected to the stencil printing apparatus.
また本発明による孔版式製版印刷装置に用いて好適な感
熱性孔版（ｊλ紙の他の例としては、熱可塑性フィルム
の一方の面に粉体層を成層された特願昭５０−１’１４
６９６号（特公昭５８−２８３８シコ）に於て提案され
ている如きものがある。Further, as another example of the heat-sensitive stencil paper (Jλ paper) suitable for use in the stencil printing apparatus according to the present invention, a powder layer is laminated on one side of a thermoplastic film.
There is something like the one proposed in No. 696 (Special Publication No. 58-2838).
以下に添１ζ」の図を参照して本発明を実り色例につい
て詳細にｄ１明する。第１図【ま本発明による孔版式製
版印刷装置の一つの実施例を示す外観図である３１本発
明に」、る孔版式製版印刷装置は一つのキャビネット組
立体１内に孔版印刷手段と孔版印刷用の製版手段とを備
えている。キャビネット組立Ｋ １は、−側部の下部に
印刷用紙を積層貯容する給紙台２を、他側部の下方に印
刷された印刷用紙を受取る拮紙台３を、前部十面部に操
作盤４を各々有し、操作盤４はスター１〜ボタン５、印
刷枚数設定用キーボード６、印刷濃度調整ダイＡフル７
等を備えている。Below, the present invention will be explained in detail with reference to the figure in Appendix 1ζ for a fruit color example. FIG. 1 is an external view showing one embodiment of the stencil printing apparatus according to the present invention. It is equipped with a plate-making means for printing. The cabinet assembly K 1 has a paper feed tray 2 for stacking and storing printing paper at the lower part of the negative side, a counter paper tray 3 for receiving the printed paper at the lower part of the other side, and an operation panel on the front ten side. The operation panel 4 has buttons 1 to 5 for stars, a keyboard 6 for setting the number of prints, and a print density adjustment dial A full 7.
etc.
第２図は第１図に示された本発明による孔版式製版印刷
菰冒の内部４！４迄を示している。これらの図に於Ｃｌ
２Ｏは円筒状版胴を示しており、該円筒状版胴２０は自
身の中心軸線２０ｃの周りに回転可能に図示されていな
い機枠より支持されている。円筒状版胴２０は、多孔（
１４造に構成され、外周部にクランプ手段２１を有して
おり、該クランプ手段は孔版原紙の一端を選択的に係止
づるようにイ【つている。FIG. 2 shows the inside of the stencil printing machine according to the present invention shown in FIG. 1 up to 4.4. In these figures, Cl
2O indicates a cylindrical plate cylinder, and the cylindrical plate cylinder 20 is supported by a machine frame (not shown) so as to be rotatable around its own central axis 20c. The cylindrical plate cylinder 20 has porous holes (
14, and has a clamping means 21 on the outer periphery, and the clamping means is arranged so as to selectively lock one end of the stencil paper.
クランプ手段２１は、円筒状版胴２０の外周面に固定さ
れてそのｍ＝つの母線に沿って延在づる帯状の永久磁石
板２２ど、円筒私版Ｉ１１２０にその軸線方向に沿って
延在する軸２３によって枢支された′ｎＩ動クワクラン
シバ２４イｉしている。軸２３０）一端部には山車２５
が取付ＬＪられており、この歯車２５には円筒状版胴２
０が図示されている如き初期回転位置にある時にレバー
２６の一端に支持された駆動歯車２７が選択的に噛合す
るようになっている。レバー２６は枢軸２８によって図
示されていない機枠に枢支され、ソレノイド２９に通電
が行われていない時にばばね３３０のばね力により図に
て反時泪廻り方向にで」勢され、駆動山車２７を歯ｒＪ
ｕ ２５より引１ｉｌｌＩシ、これに対しソレノイド２
９に通電が行われている時にはばね３０のばね力に抗し
て図にて時計廻り方向に回動じ、駆動山車２７を初期回
転位置にある円筒状版胴２０の歯車２５に噛合させるよ
うになっている。駆動山車２７はレバー２６に取刊番プ
られた電動機３１により選択的に回転駆動され、これに
よって歯車２５が回転されることにより、クランプ片２
４は、永久１ｉ ＴＥｉ ｂ ２２に吸着されたクラン
プ位置と、永久磁石板２２より離れこれに対し挟角をな
すべく傾斜したクランプ＋？ｊ＋Ｒ位置と、前記クラン
プ位置より図にて反時計廻り方向にほぼ１８０庶回動じ
た全開位置との間に回動駆動されるようになっている。The clamping means 21 extends along the axial direction of the cylindrical private plate I1120, such as a strip-shaped permanent magnet plate 22 fixed to the outer circumferential surface of the cylindrical plate cylinder 20 and extending along its m generatrix lines. There is a moving quarter shiba 24 which is pivotally supported by a shaft 23. Axis 230) One end has a float 25
is attached LJ, and the cylindrical plate cylinder 2 is attached to this gear 25.
A drive gear 27 supported on one end of the lever 26 is adapted to selectively engage when the lever 26 is in the initial rotational position as shown. The lever 26 is pivoted to a machine frame (not shown) by a pivot 28, and when the solenoid 29 is not energized, it is urged in the counterclockwise direction as shown in the figure by the spring force of a spring 330, and the driving float is rotated. 27 to tooth rJ
u 25 pulls 1illI, whereas solenoid 2
9 is energized, it rotates clockwise in the figure against the spring force of the spring 30, so that the driving float 27 meshes with the gear 25 of the cylindrical plate cylinder 20 at the initial rotation position. It has become. The driving float 27 is selectively driven to rotate by an electric motor 31 connected to the lever 26, and this rotates the gear 25, so that the clamp piece 2
4 is the clamp position attracted to the permanent 1i TEi b 22, and the clamp +? which is separated from the permanent magnet plate 22 and inclined to form an included angle thereto. It is rotatably driven between the j+R position and the fully open position, which is approximately 180 turns counterclockwise in the figure from the clamp position.
円筒状版胴２０はこれの中心軸線２０ｃに同軸に設置、
−１られたスブｌ］ケッｔ−３４ａに駆動連結され、該
スグロクットは無端チェーン３２によって電動機３３の
駆動スプ［１ケツト３４ｂに駆動連結されている。この
動力伝達装置により円筒状版胴２０（Ｊ電動機３３によ
って図にて反時計廻り方向に選択的に回転駆動されるよ
うになっている。The cylindrical plate cylinder 20 is installed coaxially with its central axis 20c,
-1 drive sprocket 34a, which is drivingly connected to a drive sprocket 34b of electric motor 33 by an endless chain 32. Through this power transmission device, the cylindrical plate cylinder 20 (J electric motor 33 selectively rotates counterclockwise in the figure).
円筒私版Ｉｆｆ ２０の胴内には印刷インキ供給手段３
３５５が設置１られている。印刷インキ供給手段３５は
、外周面にて円筒状版胴２０の内周面に接触１べく配設
され白身の中心軸３７の周りに回転可１止７．１インキ
供給ｌ］−ラ３６と、インキ供給ローラ３６の外周面に
対し所定の比較的小さい間隙をしってその［Ｊ−ラ母線
方向に沿って延在するドクター［１ツド３８とをａんで
゛おり、インキイ共給Ｉ］−ラ３６が円筒私版Ｉ１１２
０の回転に同期して円筒状版胴２０ど同方向（こ同Φム
駆動されることに」、リイン１：溜りＡの印刷インキを
円筒私版Ｗ４２０の内周面に供給づるように／’；−）
−ｒいる。即ち、インキ溜りＡの印刷イン十ＩＪ、−イ
ンキ供給ローラ３６の回転に伴い該ローラとドクターロ
ツ１〜３８との間隙を通過し、その際に目量されてイン
１供給ローラ３６の外周面に一様な厚さの印刷インキ層
を形成し、この印刷−インキ層は１．インキ供給ローラ
３６の回転に伴って円筒状販１ｉ！２０の内周面（こ供
給され、印刷に供される。Inside the cylinder of the cylindrical private plate Iff 20 is a printing ink supply means 3.
355 are installed. The printing ink supply means 35 is disposed so that its outer circumferential surface is in contact with the inner circumferential surface of the cylindrical plate cylinder 20, and is rotatable around the central axis 37 of the white body. , a predetermined relatively small gap is established with respect to the outer circumferential surface of the ink supply roller 36, and the doctor extending along the generatrix direction of the ink supply roller 36 is connected to the ink supply roller 36. - La 36 is cylindrical private version I112
In synchronization with the rotation of the cylinder 0, the cylindrical plate cylinder 20 is driven in the same direction (the same Φm), so that the printing ink in the reservoir A of the cylinder 1 is supplied to the inner peripheral surface of the cylindrical plate W420. ';-)
-r is there. That is, as the ink supply roller 36 rotates, the printing ink in the ink pool A passes through the gap between the roller and the doctor rods 1 to 38, and is scaled at that time to the outer peripheral surface of the ink supply roller 36. Forming a printing ink layer of uniform thickness, this printing ink layer consists of 1. As the ink supply roller 36 rotates, the cylindrical release 1i! The inner peripheral surface of 20 is supplied and subjected to printing.
尚、上述した印刷イン↓供給ｆ段３５についてより詳細
な説明が必要である’Ｊらば、本願出願人と同一の出願
人による特願昭５３−１２８０４３号、特願昭５５−１
２６９３４号、特願昭５７−１２２５８９＠の明細書及
び図面を参照されたい。It should be noted that a more detailed explanation is required regarding the above-mentioned print-in ↓ supply f stage 35.
Please refer to the specification and drawings of No. 26934 and Japanese Patent Application No. 57-122589@.
円筒私版１ｉ１２０の外方には円筒私版１ｉｉ２０を隔
ててインキ供給ローラ３６と実質的に対向する装置に、
即ち円筒状版胴２０の下りにプレスローラ４０が設けら
れている。このプレス［Ｊ−ラ４０は、枢軸７′１１に
よってレバー４２に回転ｐｉ能に支持されＣおり、また
レバー４２は４し軸４３によって図示されていない機枠
に枢支されＣいる。レノ＼−４２はカムフォロア［ｌ−
ラ４４を枢支してＪ５す、このカム−）７１ ［１ア１
］−ラ４／ｌは、カム’＋Ｉｌｂ ４５に取イｑ（プら
れたカム４６にばわ４７のばね力により押（ｊ番〕られ
、カム軸４５が円筒状版胴２０の回転（こ同期して回転
駆動されることによりカム４６と共働してレバー４２を
枢＠４３の周りに往復回動させる、１、う（、二％ −
） ？：いる３、１ツバ−４２の４１復回動によ０ゾレ
ス「ｌ−シ４０は、選１Ｒ的に円筒状版胴２０の外周面
に押付［Ｊられ、これと円筒状版１１２０の９１１周面
間に送ら４′逮て〈、る印刷用紙を円筒状ＩＷ ｆｆ１
ｉ２０の４周面へ押（Ｎ１Ｇ−ｔ、また図示されている
如く円筒私版１飼２０の外周面より離れるこ、とにより
クランプｆｆｊ２１との種ｉ突を諸ｗする」うになって
いる。尚、排版及Ｃド省版−Ｆ稈に於て１、（、プレス
１−１’＞ ４０ ！ｉ円商状版ル］２０の回転に拘ら
ず図示さｔシ（いる如く円筒状版１％１ ’） Ｏの外
ｈ１面Ｊ、ｉつ帥４・χた１１／ｉ １．二保持され）
で１、。Outside the cylindrical private plate 1i120, a device substantially facing the ink supply roller 36 across the cylindrical private plate 1ii20,
That is, a press roller 40 is provided at the bottom of the cylindrical plate cylinder 20. The press 40 is rotatably supported by a lever 42 by a pivot 7'11, and the lever 42 is pivotally supported by a shaft 43 on a machine frame (not shown). Leno\-42 is a cam follower [l-
This cam, which pivots on A44 and J5,
]-Ra 4/l is pushed by the spring force of the spring 47 against the cam 46 which is taken by the cam'+Ilb 45 (No. By being rotationally driven in synchronization, the lever 42 cooperates with the cam 46 to reciprocate around the pivot @43.
)? : By the 41 return rotation of the 3, 1 collar 42, the 0 sores 40 is selectively pressed against the outer circumferential surface of the cylindrical plate cylinder 20, and this and the 911 of the cylindrical plate 1120 The printing paper is sent between the circumferential surfaces 4' and the printing paper is cylindrical IW ff1
By pushing it toward the fourth circumferential surface of the cylindrical plate 120 (N1G-t, and moving away from the outer circumferential surface of the cylindrical private plate 1 20 as shown in the figure), it is designed to avoid any kind of collision with the clamp ffj21. Incidentally, regardless of the rotation of 1, (, press 1-1'> 40! i yen commercial plate le) 20 in the ejecting plate and C de saving plate - F culm, the cylindrical plate 1 as shown in the figure %1') O's outer h1 side J, i 4 x 11/i 1.2 held)
So 1.
給紙ｔ３２はｉＪＵぽ水中（こ段目られて図示さ４１て
いない機枠（、ニス１１．−ト下り向に移動ｉｆ能にな
っており、該給紙台（Ｊ（まし」ン４８が設（Ｊら４′
１ている。ビー４ン・１８はｌ−上方向に延在するラッ
ク４９に係合し・、まＩご給紙台２に搭載され／、−図
示され−（いへい電＃ｈ ｍ ｔｃより選１）；！ ｎ
＜こ回転駆動され、ラツ）ｙ ４９３１−噛合した状
態に−Ｃ回転１ＪることにＪ、り給紙台２を十ｔ：動さ
けるようになっている。給紙台２の）−＋１ＦＩＪ駆動
は給紙台２に積層載置、：８５れた印刷用紙［）の積載
量に応じて行われる１）のであり、印刷用紙Ｐの積載量
の減少番二伴い給紙ｔ？ ２が土４するようになってい
る。The paper feeder t32 is capable of moving downwards from the iJU submersible (this stage is shown in the machine frame 41, not shown), and the paper feeder (J) is Set (J et al. 4'
There are 1. The bean 4 18 is engaged with a rack 49 extending upwardly, and is mounted on the paper feed table 2/-as shown in the figure- (selected from Iheiden #h m tc) ;! n
<This rotation is driven, and the paper feed table 2 is moved by 100 tons by 4931-C rotation 1J to the engaged state. )-+1 FIJ drive of the paper feed tray 2 is performed according to the loading amount of the printing paper [) stacked on the paper feed tray 2. Accompanying paper feed t? 2 becomes Sat 4.
給紙台２の前方（こは前部１！ｊ壁板５０が固定配置さ
れており、該前部函壁根は、給紙台２１に載置き１１に
印刷用紙１）の前端位置を規制し、Ｊの前端を１η１え
る役目を４り：している。（＋ｒ＋部１！Ｉ！ｌｉ壁板
５０の十ＩＪＩＣは軸５９によって給紙［１−ラ６０が
回転司能に設けられ−Ｃいる。ＩＦ５組［１−ラ６０は
、ゴｌ＼或い１１ｆム類似品など比較的１情）祭係数が
人きい材１Ｉ３１により構成され、図示されＣいくＫい
電動機により一枚の印刷用紙の送出の位（、二図にて反
時泪廻り方向に回転駆動され、紙１１）ｌさパッド６１
どｔｌ、 ＭｉＪ＋ Ｌ、て給紙台２１−の印刷用Ｍ１
［〕をでの最１−位のものより一枚ずつ取出２丁よ）に
イｒ−）でいる。A wall plate 50 is fixedly arranged in front of the paper feed table 2 (this is the front part 1!j), and the front box wall root regulates the front end position of the printing paper 1 placed on the paper feed table 21. It also plays the role of increasing the front end of J by 1η1. (+r+ part 1!I!li The ten IJIC of the wall plate 50 is fed by the shaft 59 [1-ra 60 is provided in the rotary function -C. (Comparatively similar products such as 11fm) It is composed of 1I31 material with a high coefficient, and the direction in which a sheet of printing paper is sent out by the electric motor shown in the figure (in the counterclockwise direction as shown in the second figure) Rotationally driven, paper 11)l pad 61
Dotl, MiJ+ L, M1 for printing on paper feed tray 21-
Take out one sheet at a time from the highest one in [] and put it in 2 pieces).
給紙［１−ラ６０より給紙方向前方位置には、即ち円筒
状版＋１１ｉ１２０の側ｔこ（ま１．プレスｌ＝ ｌｌ
ｌ−ラ装置６２が設けられている。レジス１−ローラ装
置６２は一対の駆動ローラ６３と従動［１−ラ６４どを
イｊし、こ４′１ｔうＩｌ−ラは、円筒状版胴２０の回
転に同］！ＩＪ ｌ。Paper feed [1-Press l = ll
An l-ra device 62 is provided. The register 1-roller device 62 is driven by a pair of driving rollers 63 [1-rollers 64 and the like, and the 1-rollers 64 and 4'1t are the same as the rotation of the cylindrical plate cylinder 20]! IJ l.
ｃ ＋’、ｒ箇状版１６１２０が所定の回転（＜／相（
、二あるとき回転を開始（・、給紙Ｒ２より給紙ローラ
６６によって案内板６５と６６に案内されつつ送られ−
Ｃくる印Ｃ１１１１用紙１）を円筒状版胴２０とプレス
ローラ４０どの間へ送り込むＪ、うになっている。c +', r bulleted board 16120 has a predetermined rotation (</phase (
, 2, the rotation starts (the paper is fed from the paper feed R2 while being guided by the guide plates 65 and 66 by the paper feed roller 66 -
C mark C1111 Paper 1) is fed between the cylindrical plate cylinder 20 and the press roller 40.
円ｆｌ状ｖｌｉ、胴２０の外りにはレジスト１］−ラ装
置６０とは反対の位置に円筒状版胴２０より印刷用紙を
引剥がづだめの引剥がし爪６７が設置Ｊられでいる、。A peeling claw 67 for peeling off the printing paper from the cylindrical plate cylinder 20 is installed on the outside of the cylinder 20 at a position opposite to the resist 1]-ra device 60. .
１ノジス］〜ローラ菰置６２により円筒状版胴２０の回
転（、＝同期して円筒状版胴２０とプレスローラ４０ど
の間に送り込」、れる印刷用紙Ｐは、円筒状版胴２０の
外周面に装着されている孔版原紙にブｌノスローラ４０
によって押イ」けられ、その孔版原紙の穿孔部より印刷
インキを転移され、図にて１而に印刷画像を付与され、
イの後に剥がし爪６７により円筒状版胴２０より剥がさ
れ、円筒状版胴２０の回転によりりえられた慣性力によ
り図にて１−１）へ飛翔し、［１紙台３」−に落下Ｊる
。これが孔版印刷了丁稈で・ある。1 nozzle]~rotation of the cylindrical plate cylinder 20 by the roller holder 62 (= synchronously fed between the cylindrical plate cylinder 20 and the press roller 40), the printing paper P is rotated by the rotation of the cylindrical plate cylinder 20. A blank roller 40 is attached to the stencil paper attached to the outer peripheral surface.
The printing ink is transferred from the perforated part of the stencil paper, and a printed image is given to it as shown in the figure.
After that, it is peeled off from the cylindrical plate cylinder 20 by the peeling claw 67, and due to the inertial force generated by the rotation of the cylindrical plate cylinder 20, it flies to 1-1) in the figure and falls onto [1 paper table 3''-. Jru. This is the stencil printing process.
円筒状版１ｉｎ２０の給紙台１０とは艮対の一側方には
製版ｆ段７０が設ｉ−Ｊられている１、第３図及び第４
図に良く示され−（いる如く、製版装置７０はリーマル
へラド７１と該リーマルヘッドのト底面（先端面）に対
向し−（配設されｌこゴム状弾性体のプラテンローラ７
２とを何している１、リーフルヘッド７１（よ、円筒状
版１１ｉ１２０の軸線（こ平ｔｊに、即ち副走査方向に
延在し−（固定配設され、複ｖ１個の点状の電気式光熱
系Ｆ７３を−εの長手方向に、即ち副走査方向に円筒状
版胴２０のＩｉｕ人印刷幅に相当する長さに乃ってｎい
に微小間隔をおいで一列に有し−Ｃいる。電気式発熱素
子７３は、各々個別に通電されることによりグララーン
ｌｌｌ−ラフ２との対向端面を発熱し、感熱性孔版原紙
Ｓを点状に溶融穿孔勺るようにイ１′っている。電気式
発熱素子７３ （７） トラｌ−密（５−Ｌ、１８ｄｏ
ｔｓ／ ｎ＋ｎ＋ＶＩＩＩＪであって良い３、電気式発
熱素子７３は、各々電気ケーブル７４によって後述する
制御装＠ １４０に電気的に接続され、該制御装置によ
り通電を制御される、Ｊ：、う【こなっている。A plate-making f stage 70 is installed on one side of the paper feed tray 10 for the cylindrical plate 1in20.
As clearly shown in the figure, the plate-making device 70 is arranged with a platen roller 7 made of a rubber-like elastic body facing the bottom surface (tip surface) of the legal head 71.
2 and 1, the leafle head 71 (fixedly disposed, with a plurality of dots of electric The type photothermal system F73 is arranged in a line at minute intervals over a length corresponding to the printing width of the cylindrical plate cylinder 20 in the longitudinal direction of -ε, that is, in the sub-scanning direction. The electric heating elements 73 are individually energized to generate heat on the end face facing the rough 2, and melt and perforate the heat-sensitive stencil paper S in dots. .Electric heating element 73 (7) Tiger L-Dense (5-L, 18do
ts/n+n+VIIIJ3. The electric heating elements 73 are each electrically connected to a control device @ 140, which will be described later, by an electric cable 74, and energization is controlled by the control device. It has become.
髪二Ｘ・じネット組立体１内には孔版腟紙シー１〜貯合
部８０が説（プられでおり、この貯容部８０には感熱１
１孔版原紙Ｓを介装されたボビン８１か設けら１′ヒＣ
いる１、小ビン８１に谷取られた感熱性孔版ＩＪｉｔＡ
４ｔ Ｓ ｔＪ−３・ｌ ）同＋１．［ｌ ７７６
ドア ８ ヲ有スル案丙ｌ−１−ラフ５に案内されてリ
ーマルヘッド７１の先端面とプシｊ−ン１］−ラフ２と
の間に送込ま場′するようＭ ’Ｊ ・）−（いる。感
熱（ｌｉ孔版原紙Ｓは１１ａ述の如き熱ｐＪ塑性〕ｒル
ムＳ［の一方の面に酢酸ビニルの如き適当な接着剤によ
りすＩ；具帖紙の如きインキ通過１１の多孔質層Ｋ Ｓ
＋１を結石されたΦ合描造のｂのが好ましく、該感熱
１１［孔版原紙は熱ｉｉ１塑竹ノイルムＳｒの側を図（
、二で一１面としてり一ンルヘツ１〜７１の先端面とプ
シデン［１−ラフ２との間に送込、ｌｊ、れ、熱可塑す
件フィルムＳｆにＶ ＋Ｊ−ンルヘッド７１の先端面（
こ接触りる。感熱性孔版原紙Ｓの熱可塑性フィルムＳ［
は数ミクロン程度の膜厚のものＣ良く、これは高解像の
穿孔画像をｉ！７．７．ために薄いことがりｆましく、
２ミクロン程度であることが良い。Ｊ、た多孔質層体Ｓ
ＦＩの層厚は数−１ミクロン程度て゛あって良い。There are stenciled vaginal paper sheets 1 to 80 in the hair net assembly 1, and heat-sensitive 1
From the bobbin 81 in which the 1st stencil paper S is inserted, the 1'hiC
1. Heat-sensitive stencil IJitA that has been removed by small bottle 81
4t S tJ-3・l) Same as +1. [l 776
The door 8 is guided by the rough 5 so that it is fed between the tip surface of the legal head 71 and the pusher 2. (Thermal stencil paper S is thermoplastic as described in 11a) Rum S is coated with a suitable adhesive such as vinyl acetate on one side; Layer K S
It is preferable to have b of the Φ combined design with +1 stoned, and the heat sensitive 11 [the stencil paper is shown with the side of the heat ii1 plastic bamboo noilm Sr (
, 2 to 11 side, and feed between the top surface of the head 1 to 71 and the pusiden [1-rough 2, lj, and the thermoplastic film Sf.
This comes into contact. Thermoplastic film S of heat-sensitive stencil paper S [
A film with a thickness of several microns is good, and this allows high-resolution perforation images to be obtained with i! 7.7. It's so thin and frightening,
The thickness is preferably about 2 microns. J, porous layer S
The thickness of the FI layer may be on the order of several microns.
製版手段７０ど円筒状版胴２０どの間には送りローラ装
置９１とシーｔ−カッタ装置９６とが設けられている３
゜
送り【′］−ラ装置９１ ｊＪ、 、１ト−苅の１−ラ
９２．９３をイ］し、［］−ラ９２は電動機９／Ｉによ
って図にて反時ｉ１廻り方向に選択的に回転駆動される
ようにイｒ）でいる。A feed roller device 91 and a sheet T-cutter device 96 are provided between the plate making means 70 and the cylindrical plate cylinder 20.
゜Feed [']-ra device 91 jJ, , 1-ra 92.93 of 1 tor] is selectively moved by electric motor 9/I in the counterclockwise direction around i1 in the figure. It is so that it is rotationally driven.
シー［ヘカツタ装置９６は、回転刃９７と固定刃９８と
を有し、回転刃９７が電動機９９により選択的に回転駆
動されることに」、り孔版原紙Ｓを切断するようになっ
ている。また回転１）９７と下部［ｌ−ラ９２どは回転
刃９７の回転に伴って下部ローラ９２が回転りるようベ
ルト１１８によって駆動連結されている。The cutter device 96 has a rotary blade 97 and a fixed blade 98, and the rotary blade 97 is selectively driven to rotate by an electric motor 99 to cut the stencil paper S. Further, the rotation 1) 97 and the lower roller 92 are drivingly connected by a belt 118 so that the lower roller 92 rotates as the rotary blade 97 rotates.
シー１ヘカツタ装買９Ｇより円筒状版胴２０の側には感
熱性孔版原紙Ｓを円筒状版胴２０のクランプ手段２１へ
向ｔ）で案内する案内板１００．１０１が設けられてい
る。Guide plates 100 and 101 for guiding the heat-sensitive stencil sheet S toward the clamping means 21 of the cylindrical plate cylinder 20 in the direction t) are provided on the side of the cylindrical plate cylinder 20 from the holder 9G of the sheet 1.
キャビネット組立体１内には孔版原紙Ｓの先端部か永久
ｕ） （−１４ｆｉ ２２−１に到来したことを検出Ｊ
る反１４４式の）Ｘ′、ヒンリ１０３が設けられている
。Inside the cabinet assembly 1, the leading edge of the stencil paper S or the permanent U) (-14fi 22-1 detected J)
144 type) X' and a hinge 103 are provided.
円筒状版胴２０の製版１段７０とは反対の側には円筒状
版１）ｉ ２０に取ｆ；ローＪられでいる孔版原紙Ｓ４
印刷終−１′後に円筒状版＋１ｉ４２０より＋５！外す
ための孔版原紙取外し手段１１０が設けられている。孔
版原紙取り１し手段１１０は円筒状版胴２０の一側（こ
円筒状版１ＩＬ１２０の軸線プｊ向に沿って延（ｘ−４
−る土手一本の支持軸１１１と１１２どをイｉ ｂ−（
おり、これら支持軸には呂々ｎいに噛合する歯車１１３
及び１１４がその軸線り向にηいに隔置し′Ｃ複数個設
＋Ｊられている３、支持軸１１３は電動ｕＭ １１ Ｅ
５に駆動連結され、電１ｋｌＩ機１１５により図にて口
）６１廻り方向に選択的に駆動されるようになっている
。On the opposite side of the cylindrical plate cylinder 20 from the first plate making stage 70, there is a stencil paper S4 which is attached to the cylindrical plate 1) i 20.
+5 from the cylindrical plate +1i420 after printing ends -1'! A stencil paper removing means 110 is provided for removing the stencil paper. The stencil paper removing means 110 extends along the axis of the cylindrical plate 1IL120 on one side of the cylindrical plate cylinder 20 (x-4
i b-(
There are gears 113 that mesh closely with these support shafts.
and 114 are spaced apart from each other in the direction of its axis.
5, and is selectively driven in the direction around 61 in the figure by the electric 1klI machine 115.
乏１ｊ Ａ＝支Ｊ、’ｉ ！＋！＋ １１１と１１２の
各々にはゴｌ＼或いはゴム類似品Ｊ：リイｆるゴム状弾
性の叩さ片−１１６及び１１７が取（」（：Ｊらねでい
る。孔版原紙取外し装ｇｔ１１０４１枢軸１１９によっ
て図示されていイＴい機枠に相克さね７．Ｔ剥取り爪１
２０を有してｄ３す、この１４取り爪１２０（よ、ソレ
ノイド１２１に通電が行われていない時（こけ、はね１
２２のばね力により、図示されている如く、ぞの先、ｉ
＋７１部１２０ａが円筒状版胴２０の外周面より１−分
離れた位′？？ｔ、二位置する回動位置にあり、ソレノ
、イド１２１に通電が行われた時に（ま、ばね１２２の
ばね力により図にて時泊廻り方向に回動し、その先９ｉ
）；を部１２０ａが円筒状ＰＪｉ胴２０の外周面に極く
接近Ｊる位置に位ｆａ−ｄ−る。Poor 1j A=branch J,'i! +! + Each of 111 and 112 has a rubber-like elastic hammered piece 116 and 117 attached to it. 7.T stripping claw 1
When the solenoid 121 is not energized (the moss, the splash 1
Due to the spring force of 22, as shown in the figure, the tip of the i
+71 part 120a is 1-separated from the outer peripheral surface of the cylindrical plate cylinder 20'? ? When the solenoid and the id 121 are energized (the spring force of the spring 122 causes the solenoid to rotate in the clockwise direction as shown in the figure,
); is located at a position where the portion 120a is very close to the outer peripheral surface of the cylindrical PJi body 20.
孔版原紙取外（）手段１１０１；Ｌ十部案内根１２３と
下部案内板１２−１とをイＪしており、剥取り爪１２０
によって円筒状版胴２０より剥取られた孔版１′ｌｊｊ
紙Ｓを山車１１３と１１４とによって上部案内板１２３
とＴ部案内板１２４との間に送込み、そして横送り装置
１２５によりキャビネツ１〜組立体１のＷ部へ送り、キ
ャビネット組立体１の背部に取付けられた図示されでい
ない孔版原紙取外へ投下するようになっている。横送り
装置１２５は支持軸１２６に支持されて回転可能な？Ｕ
数個のゴム１−１−ラ１２７ど該ゴム［１−ラに係合−
りるセレーション付合属目−ラ１２８とを有し、ローラ
１２８は１１１１１１２ ’） 、歯車１３０及び１３
１にＪ、って電動機１３３２に駆動連結され、該電動機
によって選択的に回転駆動されるようになっている。Stencil paper removal () means 1101; L ten part guide root 123 and lower guide plate 12-1 are separated, and stripping claw 120
The stencil 1'ljj peeled off from the cylindrical plate cylinder 20 by
The paper S is attached to the upper guide plate 123 by the floats 113 and 114.
and the T section guide plate 124, and then sent to the W section of the cabinet 1 to assembly 1 by the lateral feeding device 125, and then to the unillustrated stencil paper attached to the back of the cabinet assembly 1 for removal. It is designed to be dropped. Is the lateral feed device 125 rotatable while being supported by the support shaft 126? U
Several pieces of rubber 1-1-ra 127 etc. [engaged with 1-ra-
1111112'), gears 130 and 13.
1 and J are drivingly connected to an electric motor 1332, and are selectively rotationally driven by the electric motor.
尚、−１−述した孔版原紙取外し装置１１０は、本願出
願人ど同一の出願人による実願昭５１１７９５９５号、
特願昭５５−１７３９１号、実願昭５７−６３３７８号
に於て既に提案されているｂのであり、これについてよ
り詳細な説明が必升であるならば、これら出願の明細書
及び図面を参照さｔｔ、 ７ｊい。The stencil paper removing device 110 described in -1- is disclosed in Utility Application No. 51179595 filed by the same applicant as the present applicant.
This has already been proposed in Japanese Patent Application No. 55-17391 and Utility Application No. 57-63378, and if a more detailed explanation is required, please refer to the specifications and drawings of these applications. Satt, 7j.
キキ・ビネッ１〜絹立体１内には制御装置１４０が設（
）られＣいる。制谷Ｏ装置１４０は、マイク［１１ンビ
Ｊ−夕を含む電気式のものであり、操作ａｆｔ ６より
）ｊえられる指令に基いて上述した複数個の電動（幾、
ソｌツノ−イド及びサーマルヘッドの作動を所定のプロ
グラムに従って制御づるよ−うになっている。A control device 140 is installed in Kiki Binet 1 to Silk Solid 1 (
) is being C. The control unit 140 is an electric type including a microphone (from operation aft 6) and a plurality of electric units (including a microphone) and
The operation of the solventoid and thermal head is controlled according to a predetermined program.
制ｔｉ＋ ＊＞置１４０は、反転像用にプ目グラｌ＼さ
れＩ、−ギトラクタジ１ネレータを含み、該キｔ・ラク
タジ１−ネレータは、第１図に示されている如く、電気
ケーブル１４１によって一つの外部情報処］！ｌ！駁首
であるワードプロセッサ〈文章処理装置）１５０に接続
され、該ワードプロセラ１ノよりキ（・ラクタ情報信号
を入力し、該キャラクタ情報信号を鏡像変換して制御装
置１４０よりりえられる指令に阜いて（Ｊ−マルヘッド
７１の各発熱索子７３にパルス信号の如き制御信号を出
力するようになっている。The control system 140 includes an electrical cable 141 for the inverted image, and the electrical cable 141 is connected to the electrical cable 141 as shown in FIG. An external information source]! l! It is connected to a word processor (text processing device) 150, which is a rebuttal, inputs character information signals from the word processor 1, converts the character information signals into mirror images, and receives commands from the control device 140. (A control signal such as a pulse signal is output to each heating cord 73 of the J-maru head 71.
ワードプロセッサ１５０は、情報人力用のキーボード１
５１と、ＣＰＵを含む制御ユニット１５２ど、フロッピ
ディスク入出力装置１５３と、ブラウン管式ディスプレ
イ装行１５４とを含むそれ自身周知のものであり、該ワ
ードブ【］セセラは市販されているものであって良い。The word processor 150 is a keyboard 1 for information processing.
51, a control unit 152 including a CPU, a floppy disk input/output device 153, and a cathode ray tube display 154. good.
次に、１−；ホの如き構成Ｊ、りなる孔版式製版印刷装
置の作用について説明する。ワードプロセッサ−１５０
が出力する新しい情報のハードコピーを得るべくスター
トボタンが操作されると、ソレノイド２９に通電が行わ
れ、駆動歯車２７が初期回転位置にある円筒状版胴２０
の歯車２５に噛合し、そして電動機３１により駆動歯車
２７が図にて時計廻り方向へ駆動さねることにより、今
までクランノ゛位首（、−あっ−Ｃ前回の印刷作業に使
用され円筒状版胴２０の外周面に装着されている使用済
の孔版原紙をクランプ゛しているクランプ片２４が全開
位置へ移動し、前記孔版原紙の係止が解除される。Next, the operation of the stencil-type stencil printing apparatus having the configuration J as shown in 1-;E will be explained. word processor-150
When the start button is operated in order to obtain a hard copy of new information output by
By meshing with the gear 25 and driving the drive gear 27 clockwise in the figure by the electric motor 31, the cylindrical plate used in the previous printing operation is The clamp piece 24 that clamps the used stencil paper attached to the outer circumferential surface of the cylinder 20 moves to the fully open position, and the stencil paper is unlocked.
クランプｊ”ｒ ２４が全開位置に位置すると、電動機
３１が停止され、Ｊ、たソレノイド２９に対する通電が
Ｐト止され、駆動歯車２７が歯車２５より離れる３１次
に、孔版原紙取外し装置１１０が作動し、また円筒状版
胴２０が電動機３３によって低速度に−（一回転さ１］
、これにより前記孔版原紙は円筒状版胴２０．Ｊ、り取
外され、所謂ＪＪＩ版が行われ、この孔版原紙は図示さ
れていない孔版原紙収納箱内に廃棄されイ）。When the clamp j"r 24 is in the fully open position, the electric motor 31 is stopped, the energization to the solenoid 29 is stopped, and the drive gear 27 is separated from the gear 25. Next, the stencil paper removal device 110 is activated. Then, the cylindrical plate cylinder 20 is moved at a low speed by the electric motor 33 (one revolution is 1).
, whereby the stencil paper is transferred to the cylindrical plate cylinder 20. The stencil paper is removed, so-called JJI printing is performed, and this stencil paper is discarded in a stencil paper storage box (not shown).
上述の如き１７１版が完了すると、ソレノイド２９に通
電が行われ、駆４ＪｊＪＪ歯中２７が再び初期回転位置
にある円１ト；１状版胴の南中２５に＠合し、そして電
動機３１にＪ、り駆動歯車２７が図にて反時ｔ１廻り方
向へ駆動されることにより、クランプ片２７１が全開位
置Ｊ、リフランプ待機位置へ移動づる。クランプ片２４
がクランプ待機位置に位置するど、電動機３１が停止さ
れる。When the 171st plate is completed as described above, the solenoid 29 is energized, and the drive 4JjJJ tooth center 27 is again connected to the center 25 of the 1-shaped plate cylinder at the initial rotation position, and the electric motor 31 is turned on. By driving the driving gear 27 counterclockwise in the direction around t1 in the figure, the clamp piece 271 moves to the fully open position J and the reframp standby position. Clamp piece 24
The electric motor 31 is stopped as soon as it is in the clamp standby position.
１述の如き作業が完７？ｌるど、ワードプロセッサ−１
５０より制υＯ装置１４０のキトラクタジｌネレータに
キャラクタ情報（６号が入力され、該キャラクタ情報信
号がキャラクタジＩネ］ノー夕によってＩＩ像反転され
た後にサーマルヘッド７１の各電気式発熱索子７３に出
力され、この情報信号に応じて複数個の電気式発熱索子
７３が各々選択的に発熱し、これにより感熱性孔版原紙
Ｓの熱可塑性フｒルム３ｒに熱的溶融による点状の穿孔
が生じる。Ｊ、たこれど同時に電ＣＪ槻０４が始動され
、下部ローラ９２ど土部ローラ９３とにより前記感熱１
（［孔版原紙Ｓが所定速度にて円筒私版ｆｆ１２０へ向
りて、即ら主走査／）向に移動し、該感熱性孔版１京紙
Ｓは、主走査方向方向に移動しつつ各電気式発熱索子７
３に対応している部分の熱町Ｗｉ牲フィルムＳ「をこれ
に各電気式発熱索子７３より選択的に与えられる熱によ
って熱溶融し、点状に穿孔される。電気式発熱素子７３
による感熱性孔版原紙Ｓの熱ｎ］塑性゛ノイルムＳｆの
一つの穿孔は数Ｉｎ Ｓ ｅ Ｃと云う超高速度にて行
われるから、感熱性孔版原紙（Ｓが連続的に主走査方向
へ移動されつつ電気式光熱索Ｆ７３によって熱可塑性フ
ィルムＳ［に穿孔が行われてし感熱性孔版原紙Ｓの主走
査方向速度が比較的低速の適当値に定められていること
により、感熱性孔版原紙Ｓには解像力が高いドット７ト
リックスによる鮮明な熱可塑性）ＣルムＳｆの側より見
て鏡像の点状画像が形成される。尚、電気式発熱索子７
３に供給する印加−ＬネルＶは０゜８−２．ＯＷ −ｍ
５ｅｃ稈１女で良い。The work as described in 1 has been completed 7 times? Ludo, word processor-1
50, the character information (No. 6) is inputted to the chitractor generator of the control υO device 140, and the character information signal is inverted by the character generator II. According to this information signal, a plurality of electric heating cords 73 selectively generate heat, thereby forming dot-like perforations in the thermoplastic film 3r of the heat-sensitive stencil paper S by thermal melting. At the same time, the electric CJ Tsuki 04 is started, and the lower roller 92 and the lower roller 93 cause the heat sensitive 1
([The stencil paper S moves toward the cylindrical private plate ff120 at a predetermined speed, that is, the main scanning/) direction, and the heat-sensitive stencil paper S moves in the main scanning direction while each electric Type heating cord 7
3 is thermally melted by the heat selectively applied from each electric heating cord 73, and perforated in the form of dots.The electric heating element 73
Since one perforation of the plastic film Sf is performed at an extremely high speed of several In S e C, the temperature of the heat-sensitive stencil paper S continuously moves in the main scanning direction. While perforating the thermoplastic film S by the electric photothermal cable F73, the speed of the heat-sensitive stencil paper S in the main scanning direction is set to a relatively low appropriate value. When viewed from the side of the thermoplastic (thermoplastic) C lume Sf, a mirror-image dot image is formed due to the high resolution dot 7 trix. In addition, electric heating cord 7
The voltage applied to 3-L channel V is 0°8-2. OW-m
5ec culm 1 female is fine.
電気式光熱索−Ｆ７３に対向する熱可塑性フｒルム△の
表面には溶融したフィルムの残渣がリーマルヘッド７１
にイく１着する、所謂ステックの発生を防＋ｌ−？１−
るためにラウリン酸ソーダが塗布されていることが好ま
しい。On the surface of the thermoplastic film △ facing the electric photothermal cable-F73, there is a residue of the melted film on the surface of the thermal head 71.
Preventing the occurrence of so-called sticks that occur in the first place +l-? 1-
Preferably, sodium laurate is coated to protect the surface.
感熱性孔版原紙Ｓの上述の如き主走査方向の移動により
、その先端部がクランプ手段２１の永久磁石板２２十に
到達し、これが光ヒンリ−１０３により検出されるど、
電動機３１が駆動され、駆動歯車２７が図にて反時計廻
り方向に回動することによりクランプ片２４がクランプ
位置に位置し、感熱性孔版原紙Ｓの先端部が永久磁石板
２２とクランプ片２４に挾Ｊ、れて円筒状版胴２ｏに係
止される。クランプ片２４がクランプ位置に位置すると
、電動機３１が停止され、にたソレノ、イド２９に対す
る通電がＷ ＋Ｉされ、駆動歯車２７がｍ￥１２５より
１ｉｌｌｌれる。As the heat-sensitive stencil paper S moves in the main scanning direction as described above, its leading edge reaches the permanent magnet plate 220 of the clamping means 21, and this is detected by the optical hinge 103.
The electric motor 31 is driven and the drive gear 27 rotates counterclockwise in the figure, so that the clamp piece 24 is located at the clamp position, and the tip of the heat-sensitive stencil paper S is connected to the permanent magnet plate 22 and the clamp piece 24. It is held in place by the cylindrical plate cylinder 2o. When the clamp piece 24 is located at the clamp position, the electric motor 31 is stopped, the solenoid and the idler 29 are energized W+I, and the drive gear 27 is moved from m\125 to 1illl.
次に電動機３３が始動され、円筒状版胴２ｏが図にて反
時泪廻り方向に回転する。この円筒状版ｔ′１４２０の
回転により、前記感熱１Ｊ、１孔版原紙Ｓが引張られ、
該孔版原紙Ｓのがぞの主走査移動にｆ゛１′って円筒状
版胴２ｏの外周面に巻付（）られる。尚、円筒状版胴２
０の動ツノ伝達経路の途中にはスリップクラッチが設け
られており、感熱性孔版原紙Ｓが円筒状版胴２０の回転
により引張られても航記スリップクラッヂのスリップ作
動により送りローラ装置９１による感熱性孔版原紙Ｓの
主走査速度が乱されることはない。Next, the electric motor 33 is started, and the cylindrical plate cylinder 2o rotates in the counterclockwise direction in the figure. By the rotation of this cylindrical plate t'1420, the heat-sensitive 1J, 1 stencil paper S is pulled,
During the main scanning movement of the stencil paper S, the stencil sheet S is wound around the outer peripheral surface of the cylindrical plate cylinder 2o at a rate f1'. In addition, the cylindrical plate cylinder 2
A slip clutch is provided in the middle of the moving horn transmission path of 0, so that even if the heat-sensitive stencil paper S is pulled by the rotation of the cylindrical plate cylinder 20, the slip clutch is operated by the feed roller device 91. The main scanning speed of the heat-sensitive stencil paper S is not disturbed.
装置される一枚分のハードコピーの画像に対応づる穿孔
画像が感熱性孔版原紙Ｓに形成されると、各発熱素子７
３に対する通電が一斉に停止され、こののち所定良さの
感熱性孔版原紙Ｓを円筒状版胴２０にＶｃ百するべく感
熱性孔版原紙Ｓの移送が引続き行われ、イして円筒状版
胴２が前記初１１１１回転ず０置にり所定回転角＜３３
０°程度）だ１シ回転すると、電動機９９が始動され、
回転刃７０が一回転することにＪ、り孔版原紙Ｓの切断
が行われる。When a perforated image corresponding to the image of one hard copy to be machined is formed on the heat-sensitive stencil paper S, each heating element 7
3 is stopped all at once, and then the transfer of the heat-sensitive stencil paper S of a predetermined quality to the cylindrical plate cylinder 20 continues to be carried out in order to transfer the heat-sensitive stencil paper S to the cylindrical plate cylinder 20. is at the 0 position after the first 1111 rotations, and the predetermined rotation angle is <33
When the motor 99 is rotated one degree (approximately 0°), the electric motor 99 is started.
As the rotary blade 70 rotates once, the stencil sheet S is cut.
この後に円筒状版胴２０が引続き低速度にて一回転する
とノξに、給紙手段及びプレスローラ手段が作動するこ
とにより孔版原紙Ｓの円筒状版胴２０の外周面に対Ｊる
巻付け、所謂着版を完了しつつ、一枚の試し刷りが行わ
れる。After this, when the cylindrical plate cylinder 20 continues to make one rotation at a low speed, the paper feeding means and the press roller means are operated, so that the stencil paper S is wrapped around the outer peripheral surface of the cylindrical plate cylinder 20. , one sheet of test printing is performed while completing the so-called plate arrival.
−Ｌｊホの如く孔版原紙Ｓの着版、試し刷りが完了する
と、円筒状版胴２０が連続回転し、上述した孔版印刷が
開始される。- Lj When the stencil printing and trial printing of the stencil paper S are completed, the cylindrical plate cylinder 20 is continuously rotated, and the above-described stencil printing is started.
尚、シー１−カッタ装置９６により切断されたシート貯
容部８０の側の感熱性孔版原紙Ｓは回転刃９７の一回転
に伴い下部ローラ９２が回転することによって送られ、
その先端部が案内板１００と１０１との間に位置してこ
れらより保持される。The heat-sensitive stencil paper S on the side of the sheet storage section 80 that has been cut by the sheet 1-cutter device 96 is fed by the rotation of the lower roller 92 with one rotation of the rotary blade 97.
Its tip is located between guide plates 100 and 101 and is held there.
以上に於ては本発明を特定の実施例について詳細に説明
したが、本発明は、これに限定されるものではなく、本
発明の範囲内にて種々の実施例が可能であることは当業
省にとって明らかであろう。Although the present invention has been described above in detail with reference to specific embodiments, it is understood that the present invention is not limited thereto and that various embodiments are possible within the scope of the present invention. This should be obvious to the Ministry of Industry.
第１図は本発明による孔版式製版印刷装置の一つの実施
例を示す外観図、第２図は本発明による孔版式製版印刷
装置の内部構造を示す概略構成図、第３図は本発明によ
る孔版式製版印刷装置の製版手段部分を示づ一斜視図、
第４図は同じく製版手段部分の正面図である。
１・・・キャビネット組立体、２・・・給紙台、３・・
・排紙台、４・・・操作盤、５・・・スタートボタン、
６・・・印刷枚数設定用キーボード、７・・・印刷温度
調整ダイヤル、２０・・・円筒状版胴、２１・・・クラ
ンプ手段。
２２・・・永久磁石板、２３・・・軸、２４・・・可動
クランプ片、２５・・・ｌｌａ車、２６・・・レバー、
２７・・・駆動歯車、２８・・・枢軸、２９・・・ツレ
ノーイド、３０・・・ばね。
こ３１・・・電動機、３２・・・無端ヂ丁−ン、３３・
・・電動Ｂｉ、３４８．３４１１・・・駆動スプロケツ
ｌ−，３５・・・印刷インＡ−供給Ｔ段、３６・・・イ
ンキ供給（］−ラ。
３７・・・中心軸、３８・・・ドクター［１ツド、／Ｉ
Ｏ・・・ブレス１１−）、４１・・・枢軸、４２・・・
レバー、４３３・・・枢軸、４４・・・カムフ４［１ア
ローラ、４５・・・カム東ｔ＋ 。
４６・・・力１ｚ、４７・・・ば“ね、４８・・・ビー
Ａン、４９・・・ラック、５０・・・前部雨壁板、５９
・・・軸、６０・・・給９（（ローラ、６１・・・紙捌
きパッド、６２・・何ノジス１−［］−ラ装置、６３・
・・駆動［１−ラ、６４・・・従動［１−）、６５．６
６・・・案内板、６７・・・剥がし爪、７０・・・製版
手段、７１・・・リーーマルヘッド、７２・・・プラテ
ンローラ、７３・・・発だ１索子、７４・・・電気ケー
ブル、７５・・・案内ローラ、７Ｇ、７７・・・回転「
１−ラ、９１・・・送り１１−ラ装置、９２・・・下部
口−ラ。
９３・・・１部［−１−ラ、９４・・・電動機、９５・
孔版原紙−原稿分離爪、９Ｇ・・・シートカッタ装置、
９７・・・回転力、９８・・・固定列、９９・・・電動
機、１００、］０１・・・案内板、１０３・・・光セン
リ−２１１０・・・孔版原紙取外し手段、１１１．１１
２・・・支持軸、１１３．１１４・・・歯車、１１５・
・・電動機、１１Ｇ、１１７・・・叩き片、１１８・・
・ベルト、１１９・・・枢軸。
１２０・・・剥取り爪、１２１・・・ソレノイド、１２
２・・・ばね、１２３・・・上部案内板、１２４・・・
下部案内板、１２５・・・４＋ｌｌ送り装ｆ＆、１２６
・・・支持軸、１２７・・・ゴムローラ、１２８・・・
」！レーションイ」金属］コーラ、１２９・・・軸、１
３０．１３１・・・歯車７１３２・・・電動機、１４０
・・・制御装置、１４１・・・電気グープル、１５０・
・・「ノー１ミ゛ブ１」セラ１す、１５１・・・キーボ
ード、１５２・・・制御−コニット、１５３・・・−ノ
ロッピｆ゛イスク入出力装置、１５４・・・ディスプレ
イ狭買FIG. 1 is an external view showing one embodiment of the stencil-type plate-making and printing apparatus according to the present invention, FIG. 2 is a schematic configuration diagram showing the internal structure of the stencil-type plate-making and printing apparatus according to the present invention, and FIG. A perspective view showing a plate-making means part of a stencil-type plate-making printing device,
FIG. 4 is a front view of the plate-making means. 1... Cabinet assembly, 2... Paper feed stand, 3...
・Paper output tray, 4...operation panel, 5...start button,
6... Keyboard for setting the number of prints, 7... Printing temperature adjustment dial, 20... Cylindrical plate cylinder, 21... Clamping means. 22...Permanent magnet plate, 23...Shaft, 24...Movable clamp piece, 25...lla car, 26...Lever,
27...Drive gear, 28...Pivot, 29...Trenoid, 30...Spring. 31... Electric motor, 32... Muendine, 33.
... Electric Bi, 348.3411... Drive sprocket l-, 35... Print-in A-supply T stage, 36... Ink supply (]-ra. 37... Center shaft, 38... Doctor [1 Tsudo, /I
O...Brace 11-), 41...Axis, 42...
Lever, 433... Pivot, 44... Camf 4 [1 Arora, 45... Cam East t+. 46...Force 1z, 47...Spring, 48...Bean A, 49...Rack, 50...Front rain wall plate, 59
... shaft, 60 ... feed 9 ((roller, 61 ... paper sorting pad, 62 ... nozzle 1-[]-ra device, 63 ...
... Drive [1-ra, 64... Driven [1-), 65.6
6... Guide plate, 67... Peeling claw, 70... Plate making means, 71... Legal head, 72... Platen roller, 73... Starter 1 holder, 74... Electrical cable, 75...Guide roller, 7G, 77...Rotation
1-RA, 91...Feed 11-RA device, 92...Lower opening-RA. 93...1 part [-1-ra, 94...electric motor, 95.
Stencil paper-original separation claw, 9G...sheet cutter device,
97... Rotating force, 98... Fixed row, 99... Electric motor, 100, ] 01... Guide plate, 103... Optical sensor 2110... Mne stencil paper removal means, 111.11
2...Support shaft, 113.114...Gear, 115.
...Electric motor, 11G, 117...Slap piece, 118...
・Belt, 119...Axis. 120... Stripping claw, 121... Solenoid, 12
2... Spring, 123... Upper guide plate, 124...
Lower guide plate, 125...4+ll feeder f&, 126
...Support shaft, 127...Rubber roller, 128...
”! "Rationi" Metal] Cola, 129... Axis, 1
30.131...Gear 7132...Electric motor, 140
...control device, 141...denki group, 150.
..."No 1 Mibu 1" Sera 1, 151...Keyboard, 152...Control-cont, 153...-Noroppi f-isk input/output device, 154...Display narrow purchase
Claims (1)
Ｉえ／ｊ多孔１１４造の円筒状飯山と、前記円筒状版胴
を同転駆動りる版胴駆動手段と、１）１Ｊ記円筒状版胴
の内周部に印刷インキを供給する印１１１１−インキ供
給Ｔ段と、印刷用紙を前記円筒状版胴の外周面へ押付（
−するプレス日−ラ手段と、前記円筒状版胴と前記ブ（
ノス［１−ラＸｆ一段どの間へ印刷用紙を送込む給紙１
段と、点状の発熱水子を何し該発熱素子により感熱１！
ｌ孔版原紙を点状に溶Ｆｍ穿孔して前記感熱性孔版原紙
に穿孔画像を形成づる製版手段と、前記製版手段Ｊ、り
感熱性孔版原紙の一喘部を前記クランプ手段へ移送する
移送手段とをイｊしている孔版式製版印刷装置。9921 means for locking a piece of Kongming base paper on the outer peripheral surface is ηI
A cylindrical plate cylinder having 114 holes, a plate cylinder driving means for driving the cylindrical plate cylinder synchronously, and 1) a mark 1111 for supplying printing ink to the inner circumference of the cylindrical plate cylinder 1J. - Pressing the ink supply T stage and the printing paper against the outer peripheral surface of the cylindrical plate cylinder (
- a press roller means for holding the cylindrical plate cylinder and the plate cylinder;
Nose [1-RA
What do you do with the point-shaped heating water droplets and the heating element causes heat sensitivity?
(l) a plate-making means for forming a perforated image on the heat-sensitive stencil paper by perforating the stencil paper in a dotted manner; A stencil-type plate-making printing device that has the following features.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1926183A JPS59143679A (en) | 1983-02-07 | 1983-02-07 | Stencil type plate-making printer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1926183A JPS59143679A (en) | 1983-02-07 | 1983-02-07 | Stencil type plate-making printer |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP20291686A Division JPS62109678A (en) | 1986-08-29 | 1986-08-29 | Stencil type plate printer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS59143679A true JPS59143679A (en) | 1984-08-17 |
Family
ID=11994492
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1926183A Pending JPS59143679A (en) | 1983-02-07 | 1983-02-07 | Stencil type plate-making printer |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS59143679A (en) |
Cited By (19)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59169939U (en) * | 1983-04-28 | 1984-11-14 | 株式会社リコー | Rotary mimeograph printing equipment |
| JPS6048398A (en) * | 1983-08-29 | 1985-03-16 | Ricoh Co Ltd | Thermal screen printing stencil paper |
| JPS61109754U (en) * | 1984-12-24 | 1986-07-11 | ||
| JPS62131854U (en) * | 1986-02-14 | 1987-08-20 | ||
| JPS62264953A (en) * | 1986-05-13 | 1987-11-17 | Fuji Xerox Co Ltd | Thermal perforation printing method |
| JPS6384340U (en) * | 1986-09-09 | 1988-06-02 | ||
| JPS63148422U (en) * | 1987-12-24 | 1988-09-29 | ||
| JPS63286384A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Multicolor stencil printing press |
| JPS63286386A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Stencil printing press with function identifying page and volume number of printing |
| JPS63286383A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Stencil printing system |
| US5243904A (en) * | 1991-06-06 | 1993-09-14 | Riso Kagaku Corporation | Stencil printing with no back contamination |
| DE4307746A1 (en) * | 1992-03-13 | 1993-09-16 | Riso Kagaku Corp | |
| JPH0768742A (en) * | 1991-06-26 | 1995-03-14 | Ricoh Co Ltd | Printer |
| EP0703090A1 (en) * | 1994-09-09 | 1996-03-27 | Riso Kagaku Corporation | Stencil printing apparatus |
| EP0713768A2 (en) | 1994-11-25 | 1996-05-29 | Riso Kagaku Corporation | Device for mounting the leading end of a stencil in rotary stencil printer |
| US5613437A (en) * | 1993-11-09 | 1997-03-25 | Riso Kagaku Corporation | Mimeographic printing machine having a stencil paper conveying device |
| US6316096B1 (en) | 1998-10-01 | 2001-11-13 | Teijin Limited | Biaxially oriented polyester film for use in thermosensitive stencil printing base sheet |
| US6382095B1 (en) | 1999-11-11 | 2002-05-07 | Riso Kagaku Corporation | Stencil leading end mounting device having movable linear pivot of rotary stencil printer |
| KR101095516B1 (en) * | 2005-04-28 | 2011-12-19 | 에스케이씨 주식회사 | Highly resolvable thermal original sheet for stencil printing |
-
1983
- 1983-02-07 JP JP1926183A patent/JPS59143679A/en active Pending
Cited By (25)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS59169939U (en) * | 1983-04-28 | 1984-11-14 | 株式会社リコー | Rotary mimeograph printing equipment |
| JPH0523347Y2 (en) * | 1983-04-28 | 1993-06-15 | ||
| JPH0365280B2 (en) * | 1983-08-29 | 1991-10-11 | ||
| JPS6048398A (en) * | 1983-08-29 | 1985-03-16 | Ricoh Co Ltd | Thermal screen printing stencil paper |
| JPS61109754U (en) * | 1984-12-24 | 1986-07-11 | ||
| JPS62131854U (en) * | 1986-02-14 | 1987-08-20 | ||
| JPS62264953A (en) * | 1986-05-13 | 1987-11-17 | Fuji Xerox Co Ltd | Thermal perforation printing method |
| JPS6384340U (en) * | 1986-09-09 | 1988-06-02 | ||
| JPS63286383A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Stencil printing system |
| JPS63286386A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Stencil printing press with function identifying page and volume number of printing |
| JPS63286384A (en) * | 1987-05-19 | 1988-11-24 | Ricoh Denshi Co Ltd | Multicolor stencil printing press |
| JPH0730350Y2 (en) * | 1987-12-24 | 1995-07-12 | 株式会社リコー | Transcription plate making equipment |
| JPS63148422U (en) * | 1987-12-24 | 1988-09-29 | ||
| US5243904A (en) * | 1991-06-06 | 1993-09-14 | Riso Kagaku Corporation | Stencil printing with no back contamination |
| JPH0768742A (en) * | 1991-06-26 | 1995-03-14 | Ricoh Co Ltd | Printer |
| US5323699A (en) * | 1992-03-13 | 1994-06-28 | Riso Kagaku Corporation | Used stencil sheet disposal device |
| DE4307746A1 (en) * | 1992-03-13 | 1993-09-16 | Riso Kagaku Corp | |
| DE4307746C2 (en) * | 1992-03-13 | 1999-04-29 | Riso Kagaku Corp | Disposal device for used die sheets |
| US5613437A (en) * | 1993-11-09 | 1997-03-25 | Riso Kagaku Corporation | Mimeographic printing machine having a stencil paper conveying device |
| EP0703090A1 (en) * | 1994-09-09 | 1996-03-27 | Riso Kagaku Corporation | Stencil printing apparatus |
| EP0713768A2 (en) | 1994-11-25 | 1996-05-29 | Riso Kagaku Corporation | Device for mounting the leading end of a stencil in rotary stencil printer |
| US5575204A (en) * | 1994-11-25 | 1996-11-19 | Riso Kagaku Corporation | Device for mounting leading end of stencil in rotary stencil printer |
| US6316096B1 (en) | 1998-10-01 | 2001-11-13 | Teijin Limited | Biaxially oriented polyester film for use in thermosensitive stencil printing base sheet |
| US6382095B1 (en) | 1999-11-11 | 2002-05-07 | Riso Kagaku Corporation | Stencil leading end mounting device having movable linear pivot of rotary stencil printer |
| KR101095516B1 (en) * | 2005-04-28 | 2011-12-19 | 에스케이씨 주식회사 | Highly resolvable thermal original sheet for stencil printing |
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