JPS6274859A - Roll paper feed system in printing press - Google Patents
Roll paper feed system in printing pressInfo
- Publication number
- JPS6274859A JPS6274859A JP60213825A JP21382585A JPS6274859A JP S6274859 A JPS6274859 A JP S6274859A JP 60213825 A JP60213825 A JP 60213825A JP 21382585 A JP21382585 A JP 21382585A JP S6274859 A JPS6274859 A JP S6274859A
- Authority
- JP
- Japan
- Prior art keywords
- paper
- roll
- printing
- paper feed
- roll paper
- 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
- Paper Feeding For Electrophotography (AREA)
- Warehouses Or Storage Devices (AREA)
- Replacement Of Web Rolls (AREA)
Abstract
Description
【発明の詳細な説明】 〔産業上の利用分野〕 本発明は、印刷機に於ける巻取紙供給システム。[Detailed description of the invention] [Industrial application field] The present invention relates to a web supply system for a printing press.
特に、上位ＣＰＵからの当日の印刷作業に必要な印刷作
業情報を基に、複数台の印刷機の給紙部に該当する巻取
紙を巻取紙貯蔵庫より自動的に供給し、かつ巻取紙貯蔵
庫の入荷・出荷管理も行う印刷機に於ける巻取紙供給シ
ステムに関する。In particular, based on the printing work information necessary for the day's printing work from the host CPU, the corresponding roll paper is automatically supplied from the roll paper storage to the paper feed section of multiple printing machines, and the roll paper storage is received and shipped. This invention relates to a web supply system in a printing press that also manages the paper roll supply system.
印刷作業の中で特に給紙部の作業の各工程について説明
する。In particular, each process of the paper feeding section in printing work will be explained.
■巻取紙の本数とそのサイズや製品名とを数ケガ前に事
前に発注する。■Order the number of rolls, their size, and product name several times in advance.
■製紙メーカは発注品を印刷工場の巻取紙貯蔵庫へ入荷
する。■The paper manufacturer receives the ordered products into the paper roll storage at the printing factory.
■作業者は、入荷した巻取紙について本数と製品名別、
サイズ別に整理し、保管する。そして当日印刷に使用す
る巻取紙の本数を剥離する。■The worker analyzes the received paper rolls by number and product name.
Organize and store by size. Then, the number of rolls of paper to be used for printing on the day is peeled off.
■剥離した巻取紙を搬送コンベアで給紙部へ搬送する。■The peeled web is transported to the paper feed section by a transport conveyor.
■各給紙部の担当の作業者は、循環搬送している巻取紙
の中から必要なサイズの巻取紙を選出し。■The worker in charge of each paper feed section selects the required size of paper from among the paper rolls being circulated.
巻取紙の巻紙方向が逆方向であれば１８０度回転してか
ら引込む。そして供給リールに装着する。If the wrapping paper is in the opposite direction, rotate it 180 degrees and then pull it in. Then, attach it to the supply reel.
０巻取紙の端部に祇継ぎ用の粘着層を加工する。Process the adhesive layer for Gitsugi on the edge of the 0-roll paper.
０紙継ぎが自動的に実行された後に、使用済となって残
った残芯部を台車に乗せ、循環搬送コンベアで回収する
。After zero paper splicing is automatically executed, the used remaining core portion is placed on a trolley and collected by a circulating conveyor.
従来、各工程は、上述の如く人為作業で大重量のロール
状巻取紙を処理するため、効率が極めて悪く多大の労力
と時間を要するものであった。更に、印刷作業中に必要
とするサイズの巻取紙が循環コンベア上に無く、貯蔵庫
から至急搬送しなければならない場合も生じ、印刷作業
の進行に悪影響をもたらすことが多くあった。Conventionally, each process involved manually processing a large roll of paper as described above, which was extremely inefficient and required a great deal of labor and time. Furthermore, there are cases in which a paper web of a size required during a printing operation is not on the circulation conveyor and must be urgently transported from storage, which often has an adverse effect on the progress of the printing operation.
昭和４８年に日本経済新聞社大崎工場（千代田総業）で
完成した「新聞印刷・発送自動化システム」はコンピュ
ータによって印刷から発送までの工程を一貫制御するシ
ステムでＮＰＣシステム（Ｎｅｗｓｐａｐｅｒ Ｐｌａ
ｎｔ Ｃｏｍｐｕｔｅｒｉｚｅｄ Ｓｙｓｔｅｍ）と呼
ばれ。The ``Newspaper Printing and Shipping Automation System'' completed at the Nihon Keizai Shimbun Osaki Factory (Chiyoda Sogyo) in 1971 is a system that uses computers to consistently control the process from printing to shipping.
nt Computerized System).
システムの自動化が“線”から“面”へ進展し。System automation has progressed from “line” to “plane”.
更に最近では“立体”化へとトータルシステム化が考慮
されつつある。Furthermore, in recent years, consideration has been given to creating a "three-dimensional" total system.
上記の如きトータルシステムは２輪転印刷機管理部、刷
版搬送管理部９発送仕分管理部、トラックヤード東積分
管理部などの高速度リアルタイム処理必要群と、紙庫管
理部９允送資材供給管理部などの比較的低速処理可能群
と、資材及び保守管理部の如きいわばオフライン処理可
能群と、販売部数増減管理部などの指令情報処理群と、
上記高速度リアルタイム処理必要群や比較的低速処理可
能群などを統括管理する生産工程管理部とが夫々。The above-mentioned total system consists of groups that require high-speed real-time processing such as the two-wheel press management department, printing plate conveyance management department, shipping sorting management department, and truck yard east integration management department, as well as the paper storage management department and material supply management department. A group capable of relatively low-speed processing such as the Department, a group capable of offline processing such as the Materials and Maintenance Management Department, and a command information processing group such as the Sales Volume Change Management Department.
There is a production process management department that collectively manages the groups that require high-speed real-time processing and the groups that can be processed at relatively low speeds.
プロセッサまたはインテリジェント入出力制御装置のい
ずれかをもって、与えられた個々の処理を夫々実行して
ゆく如きものとなる。Each given process is executed by either a processor or an intelligent input/output controller.
上述の様に印刷機の給紙部の各工程には多大の労力と時
間とを要するものであるが、トータルシステムを完成す
るに当たっては、この各工程を自動化することが必須の
事柄である。As mentioned above, each process of the paper feeding section of a printing press requires a great deal of labor and time, but in order to complete a total system, it is essential to automate each of these processes.
本発明は、上述した問題点に対処すべくなされたもので
１巻、数紙貯蔵庫の巻取紙について本数。The present invention has been made to address the above-mentioned problems, and the number of rolls of paper in one roll and several paper storages is limited.
サイズ別など入荷・出荷の管理を行い、使用する巻取紙
の自動剥離処理を行い、各給紙部が行う自動紙継ぎ動作
に対応して次ぎの新巻取紙が要求されるときにその供給
リールに自動装着させ、使用済みの残芯を自動回収する
ようにしている。It manages the arrival and shipment of paper by size, automatically peels off the paper rolls used, and automatically attaches the paper to the supply reel when the next new paper roll is required in response to the automatic paper splicing operation performed by each paper feed unit. The device is installed and the used core is automatically collected.
第１図は本発明の原理構成図を示す。図中の符号ｌは生
産工程管理部であって、全体の管理を行う。２は輪転印
刷機管理部であって２輪転印刷機における印刷動作を含
む動作についての制御を行う。６は紙庫管理部であって
、貯蔵庫から巻取紙を紙庫へ搬送したり１巻取紙を輪転
印刷機における給紙部へ搬送したりする制御を行う。FIG. 1 shows a basic configuration diagram of the present invention. The reference numeral 1 in the figure represents the production process control department, which performs overall management. Reference numeral 2 denotes a rotary printing press management section, which controls operations including printing operations in the two-wheel printing press. Reference numeral 6 denotes a paper storage management section, which performs control such as transporting rolls from the storage to the paper storage and transporting one roll of paper to the paper feed section of the rotary printing press.
１００は給紙管理プロセッサであり、上位プロセッサ１
０４からの情報にもとづいて給紙全般の管理処理を行う
。１０１は紙庫管理プロセッサであって。100 is a paper feed management processor, and the upper processor 1
Based on the information from 04, overall paper feeding management processing is performed. 101 is a paper storage management processor.
巻取紙貯蔵庫内の管理処理を行う。１０２は巻取紙準備
制御装置であって２巻取紙に対して祇継ぎのための前処
理を行いかつ各サイズ毎に巻取紙を待機させる管理を行
う。１０３は残芯回収制御装置であって１輪転印刷機の
給紙部に対して巻取紙を供給した後の巻取紙残芯を回収
するなどの制御を行う。１０５は輪転印刷機管理部に属
する給紙制御装置、１０６は同じく印刷部制御装置であ
る。Performs management processing within the paper roll storage. Reference numeral 102 denotes a roll paper preparation control device which pre-processes two rolls of paper for gitsugi and manages to keep the rolls on standby for each size. Reference numeral 103 denotes a residual core collection control device which performs control such as recovering the residual core of the web after feeding the web to the paper feed section of the rotary printing press. 105 is a paper feed control device belonging to the rotary printing press management section, and 106 is also a printing section control device.
上位プロセッサ１０４から当日の印刷に必要な情報が転
送されて、給紙管理プロセッサ１００は各輪転印刷機に
おける給紙制御装置１０５に対して印刷作業に必要な巻
取紙の本数やサイズを設定し、また当該給紙制御装置１
０５からの紙継ぎ処理の結果に対応して巻取紙を輪転印
刷機側へ供給する制御を行う。Information necessary for the day's printing is transferred from the host processor 104, and the paper feed management processor 100 sets the number and size of rolls required for printing work to the paper feed control device 105 in each rotary printing press, and also The paper feed control device 1
Control is performed to supply the web to the rotary printing press in accordance with the result of the paper splicing process from 05 onwards.
また紙庫管理プロセッサ１０１は、メーカから納入され
た巻取紙を管理しており、給紙管理プロセッサ１００か
らの指示に対応して９巻取紙を貯蔵庫から巻取紙準備フ
ロア−へ搬送する制御を行う。The paper storage management processor 101 also manages the rolls delivered from the manufacturer, and controls the transport of nine rolls from the storage to the roll preparation floor in response to instructions from the paper supply management processor 100.
巻取紙準備制御装置１０２は、当該準備フロア−へ搬送
されてきた巻取紙に対して祇継ぎ前処理などを行わせて
待機させる。The roll paper preparation control device 102 subjects the roll paper conveyed to the preparation floor to pre-processing and the like, and makes it standby.
残芯回収制御装置１０３は９輪転印刷機側に供給された
巻取紙の残芯を自動回収する制御を行う。The remaining core collection control device 103 performs control to automatically collect the remaining core of the web supplied to the nine rotary printing press.
給紙管理プロセッサ１００は、上述の如く、給紙に関し
ていわば全体の管理を行う。As described above, the paper feed management processor 100 performs overall management regarding paper feeding.
第２図は本発明の実施例要部構成を示す。図中の符号１
００．１０１．１０２．１０３．１０４．１０５．１０
６は第１図に対応している。FIG. 2 shows the main structure of an embodiment of the present invention. Code 1 in the diagram
00.101.102.103.104.105.10
6 corresponds to FIG.
上位プロセッサ１０４は、当日の印刷作業に必要な印刷
作業情報である印刷総部数、印刷物の頁数。The upper processor 104 stores the print work information necessary for the print work of the day, such as the total number of copies printed and the number of pages of printed matter.
使用する印刷機の台数、夫々の印刷機に割付ける版面割
付等の情報を給紙管理プロセッサ１００に送信する。給
紙管理プロセッサ１００は、この印刷作業情報を基に、
複数の使用する印刷機の給紙部工１０が当日行う印刷作
業に必要な巻取紙の本数と巻取紙サイズ（例えばＡ、Ｃ
，Ｄ巻取）とを決定し。Information such as the number of printing presses to be used and the plate layout allocated to each printing press is transmitted to the paper feed management processor 100. Based on this print work information, the paper feed management processor 100
The number of rolls of paper and the size of the paper rolls (for example, A, C,
, D winding).
このデータを各給紙制御装置１０５（第１図）へ送信す
る。This data is transmitted to each paper feed control device 105 (FIG. 1).
一方２巻取紙貯蔵庫１１１では、すでに発注した巻取紙
が入荷されてくるが、その巻取紙が入荷入口より搬入さ
れる間に１巻取紙検出器１１２により巻取紙のサイズと
本数とをチェックし、さらに巻取紙にコーディングしで
ある製品番号を読取る。On the other hand, in the second roll paper storage 111, rolls of paper that have already been ordered are received, but while the rolls are brought in from the receiving entrance, the size and number of the rolls are checked by the first roll paper detector 112, and furthermore, the rolls are coded. Read the product number.
（この製品番号は巻取紙を入荷した作業者が入力しても
よい）、これらの入荷情報は紙庫管理プロセッサ１０１
に入力される。入荷した巻取紙は搬送コンベアで運ばれ
製品番号別サイズ別に管理しストックされる。(This product number may be entered by the operator who received the roll paper.) This arrival information is stored in the paper warehouse management processor 101.
is input. Incoming paper rolls are transported by conveyor and managed and stocked by product number and size.
紙庫管理プロセッサ１０１は、製品番号別、サイズ別、
および夫々の本数のストック場所を記憶し。The paper storage management processor 101 stores information by product number, size,
And memorize the stock location of each number.
巻取紙の在庫を管理する。そして、給紙管理プロセッサ
１００からの当日の印刷作業に必要とする巻取紙の総本
数とサイズと製品番号が送信されてくると、この情報を
基にストックされている巻取紙を搬送コンベアで搬送し
、自動剥離装置１１３へ搬送する。ここで、ロール状巻
取紙の全外周面と軸方向の両側を被覆している保護膜を
剥離する。そして剥離された巻取紙は出荷ゲートより自
動搬送するコンベア１１４に乗せられる。Manage roll paper inventory. Then, when the paper feed management processor 100 sends the total number, size, and product number of the rolls required for that day's printing work, the stocked rolls are transported by the conveyor based on this information. It is transported to an automatic peeling device 113. Here, the protective film covering the entire outer circumferential surface and both sides of the rolled paper in the axial direction is peeled off. Then, the peeled paper web is placed on a conveyor 114 that automatically transports it from the shipping gate.
このコンベア１１４に乗った巻取紙は巻取紙準備フロア
−１１５に入る。巻取紙の軸芯方向の側面に巻取紙の巻
方向の矢印が印刷されているが２巻取紙方向検出器１１
６はその方向を検出する。そこを通過すると２次ぎにタ
ーニング装置１１７があり。The paper roll carried on this conveyor 114 enters a paper roll preparation floor 115. An arrow indicating the winding direction of the web is printed on the side surface in the direction of the axis of the web.2 The winding paper direction detector 11
6 detects the direction. After passing there, there is a turning device 117 next.
巻取方向が逆であれば１８０度回転し正方向にする。即
ちこのターニング装置１１７を通過すると。If the winding direction is reversed, rotate it 180 degrees to make it in the forward direction. That is, when it passes through this turning device 117.
巻取紙は全て正しい方向に向いたものとなる。All the webs will now be oriented in the correct direction.
次ぎに巻取紙は祇継ぎ前処理装置（ベスター準備装置）
１１８に搬入され、そこで１巻取紙の端部を紙継ぎに適
した形状に加工した上で、その端部に祇継ぎ用の粘着層
を加工する。それが完了すると１巻取紙はサイズ別の待
機ゲート１１９においてサイズ毎にストックされる。Next, the paper roll is processed using the Gitsugi pre-processing device (Bester preparation device).
118, where the ends of one roll of paper are processed into a shape suitable for paper splicing, and then an adhesive layer for splicing is processed on the ends. When this is completed, one roll of paper is stocked for each size at a size-separated waiting gate 119.
一方に於いて、印刷機の給紙部の供給リールに。On the one hand, on the supply reel of the paper feed section of the printing press.
祇継ぎされるべき巻取紙が装着されていない時。When the roll paper that should be connected is not installed.
又は祇継ぎ動作が行われて次ぎの巻取紙が要求されると
９巻取紙準備フロアー１１５の待機ゲート１１９より、
該当するサイズの巻取紙が搬送される。Or, when the Gitsugi operation is performed and the next roll is requested, from the waiting gate 119 of the 9 roll paper preparation floor 115,
A web of the appropriate size is transported.
その巻取紙が何番の供給リールであるかはあらかじめ判
っているので、その供給リール番号によって９巻取紙の
巻紙方向を逆に装着しなければならないものはターニン
グ装置１２０で１８０度回転され、給紙部へ装着される
。Since the number of the supply reel for the paper roll is known in advance, if the number of paper rolls is 9, which must be installed in the opposite direction depending on the supply reel number, it is rotated 180 degrees by the turning device 120, and the paper feed section It is attached to.
さらに使用済の巻取紙の残芯は自動搬送台車１２１に移
載され残芯回収庫１２２へ搬送される。また紙継ぎ動作
時の紙継ぎ成功・失敗の信号や更には紙切れ・紙詰りな
どの信号も、給紙管理プロセッサ１００に送信され、製
品別、サイズ別の巻取紙の良否情報を収集する。Furthermore, the remaining core of the used paper roll is transferred to an automatic transport vehicle 121 and transported to a remaining core collection warehouse 122. In addition, signals of success/failure of paper splicing during the paper splicing operation, as well as signals of paper breakage/paper jam, etc., are sent to the paper feed management processor 100, which collects information on the quality of the web by product and size.
第３図は本発明が適用されるシステムの構成を示す。FIG. 3 shows the configuration of a system to which the present invention is applied.
第３図において、１は生産工程管理部であって。In FIG. 3, 1 is the production process control department.
図示全体の管理部に対して、プリセント処理などを含め
て統括管理を行う。２は輪転印刷機管理部であって２輪
転印刷機における折畳部や印刷部や給紙部に対する制御
を行う。３は刷版搬送管理部であって、プレス別面割付
けなどの制御を行う。Performs overall management of the entire management unit in the diagram, including precent processing. Reference numeral 2 denotes a rotary printing press management section, which controls the folding section, printing section, and paper feeding section of the two-wheel printing press. Reference numeral 3 denotes a printing plate transport management section, which controls the layout of different surfaces of presses and the like.
４は発送仕分管理部であって、即時宛名札印刷制御や発
送機器制御などを行う。５はトラックヤード束積分管理
部であって、トラック・ゲート別積込制御などを行う。Reference numeral 4 denotes a shipping and sorting management unit, which performs immediate address label printing control, shipping equipment control, and the like. Reference numeral 5 denotes a truck yard bundle integration management section, which performs loading control for each truck and gate.
６は紙庫管理部であって、貯蔵庫から巻取紙を紙庫へ搬
送したり２巻取紙を給紙部へ搬送したりする制御を行う
。７は発送資材供給管理部であって、新聞発送資材を供
給する上での制御を行う。８は資材及び保守管理部であ
って、印刷部数実績などの記録をとり、メンテナンス管
理などを行う。９は部数増減管理部であって。Reference numeral 6 denotes a paper storage management section, which performs control such as conveying a roll of paper from a storage to a paper storage and transporting two rolls of paper to a paper feed section. Reference numeral 7 denotes a shipping material supply management section, which controls the supply of newspaper shipping materials. Reference numeral 8 denotes a materials and maintenance management department, which records the number of copies printed and performs maintenance management. 9 is the circulation increase/decrease management department.
販売店管理即ち部数や輸送事務処理や、販売事務処理を
行う。Dealer management, i.e., processing of copies, transportation, and sales.
第３図図示においては、生産工程管理部１に対応してマ
スク・コントロール・ステーション１３がもうけられ、
管理部２ないし７に対応してインテリジェント・ステー
ション１４ないし１９がもうけられ、これらの各ステー
ションがリング状のデータ・ハイウェイ・ネットワーク
ｌＯによって連繋され、従来公知の如く、ハイウェイ・
ネットワーク１０上にフレーム情報が巡回するようにさ
れ、夫々のステーション間で当該フレーム情報を利用し
て、情報伝達を行うようにされる。In the illustration in FIG. 3, a mask control station 13 is provided corresponding to the production process control section 1.
Intelligent stations 14 to 19 are provided corresponding to the management units 2 to 7, and each of these stations is linked by a ring-shaped data highway network 1O, and as is known in the art, a highway network 10 is provided.
Frame information is circulated on the network 10, and information is transmitted between stations using the frame information.
更に生産工程管理部ｌと資材及び保守管理部８との間に
は、上記ハイウェイ・ネットワーク１０とは別個の通信
回線１１がもうけられている。また生産工程管理部１と
部数増減管理部９との間にも独立したバス１２がもうけ
られている。Further, a communication line 11 separate from the highway network 10 is provided between the production process management department 1 and the material and maintenance management department 8. An independent bus 12 is also provided between the production process control section 1 and the copy number increase/decrease control section 9.
生産工程管理部ｌは１輪転印刷機管理部２に対して各種
のプリセットを行うなど各他管理部に対する統括制御を
行う。そして、新聞印刷がスタートされ、新聞が印刷さ
れてくるにつれて１発送仕分管理部４内のカウンタ・ス
タッカで発送順に新聞束がつくられ、該当来へ即時宛名
札印刷添付装置により宛名孔が添付され、包装結束され
た新聞束がトラック・ゲートに導かれ、トラックヤード
束積分管理部５の処理に対応してトラックに積まれ、配
送される。The production process management section 1 performs overall control over other management sections, such as making various presets for the rotary printing press management section 2. Then, newspaper printing is started, and as the newspapers are printed, newspaper bundles are created in the order of dispatch on the counter stacker in the 1 dispatch sorting management section 4, and address holes are attached to the corresponding papers by the instant address tag printing/attachment device. The wrapped and bundled newspaper bundles are led to a truck gate, loaded onto a truck in accordance with processing by the truck yard bundle integration management section 5, and delivered.
また紙庫管理部６の処理に対応して、貯蔵庫から巻取紙
が紙庫へ搬送され１輪転印刷機管理部２からの指示に対
応して巻取紙を１輪転印刷機の給紙部へ供給する。即ち
、自動的に祇継ぎが行われ。In addition, in response to the processing of the paper storage management section 6, the web is transported from the storage to the paper storage, and in response to an instruction from the single rotary printing press management section 2, the web is supplied to the paper feed section of the single rotary printing press. In other words, Gitsugi is automatically performed.
新聞印刷が行われてゆく。Newspaper printing begins.
資材及び保守管理部８は、印刷部数実績などの記録をと
り、あるいはメンテナンス管理を行う。The materials and maintenance management department 8 records the number of copies printed and performs maintenance management.
更に第３図図示の構成においては、各販売店毎の所間部
数の増減に対応して、生産工程管理部１は。Furthermore, in the configuration shown in FIG. 3, the production process management department 1 responds to increases and decreases in the number of copies for each store.
部数増減管理部９からの通知を受取り９発送仕分管理部
４や輪転印刷機管理部２などに、上記部数増減を反映さ
せる。The notification from the copy number increase/decrease management section 9 is received and the above-mentioned copy number increase/decrease is reflected in the shipping/sorting management section 4, the rotary printing press management section 2, etc.
第４図は、紙庫管理部によって制御される巻取紙貯蔵庫
と紙庫における巻取紙準備フロア−との一実施例概要構
成を示している。図中の符号１１０゜１１１、１１５は
夫々第２図に対応している。FIG. 4 shows a schematic configuration of an embodiment of a roll storage and a roll preparation floor in the paper storage controlled by the paper storage management section. Reference numerals 110, 111 and 115 in the figure correspond to those in FIG. 2, respectively.
第５図は巻取紙準備フロア−と印刷機給紙部とについて
表した斜視図を示している。図中の符号１１０、１１５
は第４図に対応している。FIG. 5 shows a perspective view of the web preparation floor and the printing press paper feed section. Reference numerals 110 and 115 in the figure
corresponds to Fig. 4.
以上説明した如く１本発明によれば。 As explained above, according to the present invention.
１）各工程を全て自動化した機械力で処理するため極め
て安全で処理時間を短縮することが可能となった。1) Each process is completely automated using mechanical power, making it extremely safe and reducing processing time.
２）従来の人為作業では巻取紙の搬送、剥離、祇継ぎ前
処理等の工程で巻取紙を損傷することが多かったが、こ
の工程を自動化したことで高品質の印刷処理が可能とな
った。2) In conventional manual operations, the web was often damaged during processes such as conveying, peeling, and pre-processing the web, but by automating this process, high-quality printing is now possible.
３）各工程はコンピュータで全自動化しているため巻取
紙１本々々の使用状況を監視出来る。3) Since each process is fully automated by computer, the usage status of each roll of paper can be monitored.
つまり巻取紙毎の紙継ぎ成功・失敗信号は給紙部制御装
置より給紙管理ｃｐｕへ送信され。That is, the paper splicing success/failure signal for each roll of paper is sent from the paper feed section control device to the paper feed management CPU.
又１巻取紙毎の印刷部での紙切れ回数、折畳部での祇詰
り回数の情報を印刷部制御装置より給紙管理ＣＰＵへ送
信され、これらの情報を収集して２巻取紙の製品別、サ
イズ別の品質情報を得ることにより効率の高い印刷処理
が可能となった。In addition, information on the number of paper breaks in the printing section and the number of paper jams in the folding section for each roll of paper is sent from the printing section control device to the paper feed management CPU, and this information is collected to calculate the number of paper breaks in the printing section and the number of paper jams in the folding section. By obtaining separate quality information, highly efficient printing processing is now possible.
第１図は本発明の原理構成図、第２図は本発明の一実施
例要部構成、第３図は本発明が適用されるシステムの構
成、第４図および第５図は巻取紙準備フロア−を中心と
した要部構成を示す。
図中、１００は給紙管理プロセッサ、１０１は紙庫管理
プロセッサ、１０２は巻取紙準備制御装置、１０３は残
芯回収制御装置、１は生産工程管理部、２は輪転印刷機
管理部、６は紙庫管理部を表す。Fig. 1 is a diagram showing the principle configuration of the present invention, Fig. 2 is a main part configuration of an embodiment of the present invention, Fig. 3 is the configuration of a system to which the present invention is applied, and Figs. 4 and 5 are a roll paper preparation floor. - shows the main part configuration mainly. In the figure, 100 is a paper feed management processor, 101 is a paper storage management processor, 102 is a web preparation control device, 103 is a residual core collection control device, 1 is a production process management department, 2 is a rotary printing press management department, and 6 is a paper Represents the warehouse management department.
Claims (1)
費する巻取紙総数とそのサイズ別の情報とを入力されか
つ記憶管理する給紙管理プロセッサと、当該給紙管理プ
ロセッサからの情報を受信して印刷運転に必要とするサ
イズ別毎の巻取紙総数を巻取紙貯蔵庫から選出しかつ搬
出制御する紙庫管理プロセッサと、搬出された夫々の巻
取紙についてサイズ別に整理しかつ待機制御する巻取紙
準備制御装置とをそなえ、自動紙継ぎ動作に対応して次
ぎの同一サイズの巻取紙を要求する印刷機側の給紙部制
御装置からの指示に基づいて前記給紙管理プロセッサの
制御の下で前記待機中の巻取紙を前記印刷機側へ搬送す
るようにしたことを特徴とする印刷機に於ける巻取紙供
給システム。A paper feed management processor that receives and stores and manages the total number of rolls consumed by each paper feed section of a plurality of printing machines used in printing operations and information on each size thereof; and a paper feed management processor that stores and manages the information from the paper feed management processor. A paper storage management processor receives the information, selects the total number of paper rolls of each size necessary for printing operation from the paper roll storage, and controls the removal of the paper, and a paper roll preparation control device that organizes each of the paper rolls carried out by size and performs standby control. Under the control of the paper feed management processor, the waiting paper feed control processor requests the next roll of the same size in response to an automatic paper splicing operation. A web supply system for a printing press, characterized in that the web is conveyed to the printing press.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60213825A JPS6274859A (en) | 1985-09-27 | 1985-09-27 | Roll paper feed system in printing press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60213825A JPS6274859A (en) | 1985-09-27 | 1985-09-27 | Roll paper feed system in printing press |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6274859A true JPS6274859A (en) | 1987-04-06 |
| JPH0431986B2 JPH0431986B2 (en) | 1992-05-28 |
Family
ID=16645646
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP60213825A Granted JPS6274859A (en) | 1985-09-27 | 1985-09-27 | Roll paper feed system in printing press |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6274859A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6062794A (en) * | 1992-05-15 | 2000-05-16 | Kabushiki Kaisha Tokyo Kikai Seisakusho | Paper roll storage and paper roll supply system |
| JP2002362802A (en) * | 2001-06-07 | 2002-12-18 | Dainippon Printing Co Ltd | Roll pre-treatment system and control method |
| CN103072840A (en) * | 2013-01-24 | 2013-05-01 | 金红叶纸业集团有限公司 | Applying and recovering system and method for core tubes and recovering system for core tubes |
-
1985
- 1985-09-27 JP JP60213825A patent/JPS6274859A/en active Granted
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6062794A (en) * | 1992-05-15 | 2000-05-16 | Kabushiki Kaisha Tokyo Kikai Seisakusho | Paper roll storage and paper roll supply system |
| JP2002362802A (en) * | 2001-06-07 | 2002-12-18 | Dainippon Printing Co Ltd | Roll pre-treatment system and control method |
| CN103072840A (en) * | 2013-01-24 | 2013-05-01 | 金红叶纸业集团有限公司 | Applying and recovering system and method for core tubes and recovering system for core tubes |
| CN103072840B (en) * | 2013-01-24 | 2015-09-30 | 金红叶纸业集团有限公司 | core pipe application recovery system, method and core pipe recovery system |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0431986B2 (en) | 1992-05-28 |
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