JP6248375B2 - Continuous paper for booklet form preparation, booklet form, booklet form preparation method, booklet form preparation device - Google Patents
Continuous paper for booklet form preparation, booklet form, booklet form preparation method, booklet form preparation device Download PDFInfo
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Description
本発明は、メール便などで送付される冊子状帳票作製用連続用紙、冊子状帳票作製用連続用紙による冊子状帳票、及び冊子状帳票の作製方法、冊子状帳票作製装置に関する。 The present invention relates to a continuous form for producing a booklet form, a booklet form using a continuous form for producing a booklet form, a method for producing a booklet form, and a booklet form making apparatus.
近年、書類を封筒に入れて封緘し送付する従来の封書のほかに、例えば、冊子の小口側を粘着シートなどで閉じて送付する形式の略式の封書（封緘冊子）が宅配メールなどとして利用されている。このような封緘冊子（以下、冊子状帳票ともいう）を作製する場合は、例えば、特許文献１に記載されているような封緘用テープを貼り付けるための装置を必要とした。一方、前述の封緘用テープを貼り付ける装置では、薄い冊子や厚さの異なる冊子を同時に処理することが難しく、また、柔らかな紙質の冊子なども同一条件で作製することが難しいとされた。 In recent years, in addition to the conventional sealed letters that are sealed and sent in an envelope, for example, an abbreviated sealed letter (sealed booklet) in the form of sending the booklet closed with an adhesive sheet has been used as home delivery mail. ing. In the case of producing such a sealed booklet (hereinafter also referred to as a booklet form), for example, an apparatus for attaching a sealing tape as described in Patent Document 1 is required. On the other hand, with the above-described device for attaching a sealing tape, it is difficult to process thin booklets or booklets of different thicknesses at the same time, and it is difficult to produce soft paper-like booklets under the same conditions.
そこで、本発明は、薄い冊子や厚さの異なる冊子を同時に処理することが可能な、冊子状帳票作製用連続用紙、冊子状帳票、冊子状帳票の作製方法、冊子状帳票作製装置を提供することを課題とする。 Therefore, the present invention provides a continuous form for booklet form preparation, a booklet form, a booklet form preparation method, and a booklet form preparation apparatus capable of simultaneously processing thin booklets and booklets of different thicknesses. This is the issue.
上記課題を解決するための本発明の第１の態様は、冊子状帳票を作製するための連続用紙であって、前記連続用紙は、切断予定線を介して複数の単位紙片が連接されてなり、前記切断予定線と直交する方向の紙端のうちの一方の紙端近傍、及び各単位紙片における２本の前記切断予定線と平行にそれぞれミシン目状の切込みが形成され、前記切断予定線と直交する方向の紙端のうちの一方の紙端近傍に形成されたミシン目状の切込みと前記紙端との間に、１つの冊子状帳票に対応する単位紙片のうち何枚目の単位紙片に接着剤を塗布するかを示す接着部形成情報が１つの冊子状帳票に対応する単位紙片のうち1つの単位紙片のみに光学読取手段で読取可能に形成されていることを特徴とする冊子状帳票作製用連続用紙である。 A first aspect of the present invention for solving the above problems is a continuous sheet for producing a booklet form, wherein the continuous sheet is formed by connecting a plurality of unit sheet pieces via a planned cutting line. A perforated cut is formed in the vicinity of one of the paper edges in the direction orthogonal to the planned cutting line and in parallel with the two planned cutting lines in each unit paper piece, Between the perforated cut formed in the vicinity of one of the paper edges in the direction perpendicular to the paper edge and the paper edge, the unit of the number of unit paper pieces corresponding to one booklet form The adhesive portion formation information indicating whether or not the adhesive is applied to the paper piece is formed so that it can be read by the optical reading means only on one unit paper piece among the unit paper pieces corresponding to one booklet form. It is a continuous form for producing booklet forms.
本発明第１の態様によれば、切断予定線を介して複数の単位紙片が連接された連続用紙において、切断予定線と直交する方向の紙端のうちの一方の紙端近傍、及び各単位紙片における２本の前記切断予定線と平行にそれぞれミシン目状の切込みが形成され、切断予定線と直交する方向の紙端のうちの一方の紙端近傍に形成されたミシン目状の切込みと紙端との間に、接着剤を塗布するか否かを示す接着部形成情報が所定の単位紙片に光学読取手段で読取可能に形成されているので、冊子状帳票作製用連続用紙から分離した各単位紙片の四辺近傍に接着剤の塗布、不塗布を制御することにより、薄い冊子や厚さの異なる冊子を同時に処理することが可能となる。 According to the first aspect of the present invention, in continuous paper in which a plurality of unit paper pieces are connected via a planned cutting line, one of the paper edges in the direction perpendicular to the planned cutting line and the vicinity of each unit A perforated cut formed in the vicinity of one of the paper edges in a direction perpendicular to the planned cutting line, wherein a perforated cut is formed in parallel to the two planned cutting lines in the piece of paper. Since the adhesive portion formation information indicating whether or not to apply adhesive is formed between the paper edge and a predetermined unit paper piece so that it can be read by the optical reading means, it is separated from the continuous paper for producing the booklet form. By controlling the application and non-application of the adhesive in the vicinity of the four sides of each unit paper piece, it is possible to simultaneously process a thin booklet or a booklet having a different thickness.
また、本発明第２の態様は、本発明第１の態様において、前記各単位紙片には前記冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークが、光学読取手段で読取可能に形成されていることを特徴とする冊子状帳票作製用連続用紙である。 Further, according to a second aspect of the present invention, in the first aspect of the present invention, a cutting mark for cutting the continuous paper for preparing booklet forms into unit paper pieces can be read by the optical reading means in each unit paper piece. It is a continuous paper for producing a booklet form, characterized in that it is formed as follows.
本発明第２の態様によれば、冊子状帳票作製用連続用紙を単位紙片に切断する際、正確なタイミングで切断を行うことが可能となる。 According to the second aspect of the present invention, when the continuous paper for preparing a booklet form is cut into unit paper pieces, the cutting can be performed at an accurate timing.
また、本発明第３の態様は、本発明第１の態様または第２の態様の冊子状帳票作製用連続用紙により作製された冊子状帳票であって、所定の単位紙片同士が前記単位紙片の四辺の近傍に形成された接着部によって綴じ合わされてなることを特徴とするものである。 Further, the third aspect of the present invention is a booklet form produced by the continuous form producing booklet form according to the first aspect or the second aspect of the present invention, wherein predetermined unit paper pieces are the unit paper pieces. It is characterized by being bound by an adhesive portion formed in the vicinity of the four sides.
本発明第３の態様によれば、所定の単位紙片同士が単位紙片の四辺の近傍に形成された接着部によって綴じ合わされるため、簡易な構造で、開封部を有する冊子状帳票が構成されることになる。 According to the third aspect of the present invention, since the predetermined unit paper pieces are bound together by the adhesive portions formed in the vicinity of the four sides of the unit paper pieces, a booklet form having an unsealed portion is configured with a simple structure. It will be.
また、本発明第４の態様は、本発明第３の態様の冊子状帳票において、少なくとも冊子状帳票の何れかの紙片に冊子状帳票固有の個別情報が印字されていることを特徴とするものである。 According to a fourth aspect of the present invention, in the booklet form according to the third aspect of the present invention, individual information specific to the booklet form is printed on at least one piece of the booklet form. It is.
本発明第４の態様によれば、第３の態様の冊子状帳票において、何れかの紙片に、冊子状帳票固有の個別情報が印字されているので、各用紙間において接着強度が異なるとともに、異なる情報が印字された冊子が得られる。また、配送のための宛先情報と冊子内紙片上に印字された固有情報が他の情報と混ざり合うことなく一つに綴じ合わすことができる。特に、冊子状帳票の最上紙または最下紙に、個別情報として冊子状帳票の配送先情報を印字すれば、配送のための配送先情報と冊子内紙片上に印字された他の個別情報が他の情報と混ざり合うことなく一つに綴じ合わすことができる。また、冊子状帳票に使用する用紙を厚手の用紙、例えば、１０４ｇ／ｍ2程度の紙を使用することによって用紙に強度が発生し、帳票の紙端４箇所を帯状の接着部によって綴じ合わせた、容易に中を覗き見できない冊子状帳票とすることができる。 According to the fourth aspect of the present invention, in the booklet form of the third aspect, since individual information unique to the booklet form is printed on any piece of paper, the adhesive strength differs between the sheets, A booklet with different information is printed. Further, the destination information for delivery and the unique information printed on the booklet in the booklet can be bound together without being mixed with other information. In particular, if the delivery destination information of a booklet form is printed as individual information on the top or bottom paper of a booklet form, the delivery destination information for delivery and other individual information printed on the booklet in the booklet will be displayed. It can be bound together without mixing with other information. In addition, the paper used for the booklet form is thick, for example, about 104 g / m 2, so that the paper is strengthened, and the four paper edges of the form are bound together by the band-shaped adhesive portion. It is possible to make a booklet form that cannot be easily peeked inside.
また、本発明第５の態様は、本発明第３または第４の態様の冊子状帳票を作製する方法であって、前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークを印刷する工程と、冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する工程と、前記接着部形成情報を読み取る工程と、前記読み取った接着部形成情報に基づいて単位紙片に接着部を形成する工程と、連続用紙から単位紙片の長さに切断する工程と、単位紙片を重ねて冊子状帳票とする工程と、を有することを特徴と冊子状帳票の作製方法である。 According to a fifth aspect of the present invention, there is provided a method for producing a booklet form according to the third or fourth aspect of the present invention, wherein the booklet form preparation continuous paper is provided on the booklet form preparation continuous paper. Printing a cutting mark for cutting a unit paper piece, a step of printing the adhesive portion formation information on any paper piece of a booklet form so as to be readable by an optical reading means, and reading the adhesive portion formation information A step, a step of forming an adhesive portion on a unit paper piece based on the read adhesive portion formation information, a step of cutting the continuous paper into a length of the unit paper piece, and a step of overlapping the unit paper pieces to form a booklet form , And a method for producing a booklet form.
本発明第５の態様によれば、冊子状帳票作製用連続用紙上に、冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークを印刷し、冊子状帳票の何れかの紙片に接着部形成情報を光学読取手段で読取可能に印字し、接着部形成情報を読み取り、読み取った接着部形成情報に基づいて単位紙片に接着部を形成し、連続用紙から単位紙片の長さに切断し、単位紙片を重ねて冊子状帳票とするようにしたので、連続用紙の状態から、薄い冊子や厚さの異なる冊子を、複数まとめて作製することが可能となる。 According to the fifth aspect of the present invention, on the continuous paper for booklet form preparation, a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces is printed, and on any paper piece of the booklet form Adhesive part formation information is printed so as to be readable by the optical reading means, the adhesive part formation information is read, an adhesive part is formed on the unit paper piece based on the read adhesive part formation information, and the continuous paper is cut to the length of the unit paper piece. However, since the unit paper pieces are overlapped to form a booklet form, a plurality of thin booklets or booklets having different thicknesses can be produced collectively from the continuous paper state.
また、本発明第６の態様は、本発明第５の態様の冊子状帳票の作製方法において、前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークを印刷する工程、及び冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する工程と、その他の工程は、異なるラインで実施されることを特徴とするものである。 According to a sixth aspect of the present invention, in the booklet form preparation method according to the fifth aspect of the present invention, the booklet form preparation continuous paper is cut into unit paper pieces on the booklet form preparation continuous paper. A step of printing a cutting mark for printing, a step of printing the adhesive portion formation information on any piece of paper of a booklet form so as to be readable by an optical reading means, and other steps are performed on different lines. It is a feature.
本発明第６の態様によれば、冊子状帳票作製用連続用紙上に単位紙片に切断するための切断マークを印刷する工程、及び冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する工程と、その他の工程は、異なるライン（装置）で実施されることによって、共通印刷部分はロールで巻き取る印刷装置（以下、ロールトゥロール対応の印刷装置という）で印刷することができる。そして、配送先の宛名情報（配送情報）や冊子内紙片上の固有情報（以下、可変情報ともいう）は前記切断マークを読取って冊子状帳票作製装置で印字することができる。 According to the sixth aspect of the present invention, a step of printing a cutting mark for cutting a unit paper piece on a continuous paper for producing a booklet form, and optically forming the adhesive portion formation information on any paper piece of the booklet form A printing device (hereinafter, referred to as a roll-to-roll-compatible printing device) in which a common printing portion is wound by a roll by performing a process of printing in a readable manner by the reading unit and other processes on different lines (devices). Can be printed. The address information (delivery information) of the delivery destination and the unique information (hereinafter also referred to as variable information) on the booklet in the booklet can be printed by the booklet form preparation device by reading the cutting mark.
また、本発明第７の態様は、本発明第３または第４の態様の冊子状帳票を作製する装置であって、前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークと、冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する印刷部と、前記接着部形成情報を光学的に読み取る光学読取手段と、前記光学読取手段に読み取られた接着部形成情報に基づいて、接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定する塗布態様判定部と、前記塗布態様判定部の判定結果に従って、接着剤の塗布を行う接着剤塗布部と、前記冊子状帳票作製用連続用紙から単位紙片の長さに切断する切断部と、単位紙片を重ねて冊子状帳票とする排紙部と、を有することを特徴とする冊子状帳票作製装置である。 According to a seventh aspect of the present invention, there is provided an apparatus for producing a booklet form according to the third or fourth aspect of the present invention, wherein the continuous form for producing a booklet form is formed on the continuous form for producing the booklet form. A cutting mark for cutting the paper into unit paper pieces, a printing part for printing the adhesive part formation information on any paper piece of the booklet form so as to be readable by an optical reading means, and optically reading the adhesive part formation information An optical reading unit, an application mode determining unit that determines whether the adhesive application unit is applied or not applied based on adhesive portion formation information read by the optical reading unit, and the application mode determining unit In accordance with the determination result, an adhesive application portion for applying an adhesive, a cutting portion for cutting the continuous paper for booklet form preparation into a unit paper piece length, and a paper discharge that forms a booklet form by stacking unit paper pieces. And a book characterized by having It is Jo document preparation apparatus.
本発明第７の態様によれば、冊子状帳票作製用連続用紙の状態から、薄い冊子や厚さの異なる冊子を、複数まとめて作製することが可能となる。 According to the seventh aspect of the present invention, it is possible to produce a plurality of thin booklets or booklets having different thicknesses from the state of the continuous form for producing a booklet form.
また、本発明第８の態様は、切断予定線を介して複数の単位紙片が連接されてなり、前記切断予定線と直交する方向の紙端のうちの一方の紙端近傍、及び各単位紙片における２本の前記切断予定線と平行にそれぞれミシン目状の切込みが形成され、前記切断予定線と直交する方向の紙端のうちの一方の紙端近傍に形成されたミシン目状の切込みと前記紙端との間に、接着剤を塗布するか否かを示す接着部形成情報が所定の単位紙片に光学読取手段で読取可能に形成された冊子状帳票作製用連続用紙における所定の単位紙片同士が綴じ合わされてなる冊子状帳票を作製する装置であって、前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークと、冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する印刷部と、前記接着部形成情報を光学的に読み取る光学読取手段と、前記光学読取手段に読み取られた接着部形成情報に基づいて、接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定する塗布態様判定部と、前記塗布態様判定部の判定結果に従って、接着剤の塗布を行う接着剤塗布部と、前記冊子状帳票作製用連続用紙から単位紙片の長さに切断する切断部と、単位紙片を重ねて冊子状帳票とする排紙部と、を有し、前記接着剤塗布部は、前記塗布態様判定部の判定結果に従って、接着剤の塗布を帯状に行う帯状接着剤塗布部と、前記塗布態様判定部の判定結果に従って、コの字状に接着剤の塗布を行うコの字状接着剤塗布部と、を有し、前記塗布態様判定部は、前記帯状接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定するとともに、前記コの字状接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定するものであることを特徴とする冊子状帳票作製装置である。
Further, according to an eighth aspect of the present invention, a plurality of unit paper pieces are connected via a planned cutting line, one of the paper edges in the direction orthogonal to the planned cutting line, and each unit paper piece. A perforated cut formed in the vicinity of one of the paper edges in a direction orthogonal to the planned cutting line, each of which is formed in parallel with the two planned cutting lines in FIG. A predetermined unit paper piece in a continuous paper for preparing a booklet form in which adhesive portion formation information indicating whether or not an adhesive is applied is formed on a predetermined unit paper piece so as to be readable by an optical reading unit. An apparatus for producing a booklet form formed by binding together, a cut mark for cutting the booklet form preparation continuous paper into unit paper pieces on the booklet form preparation continuous paper, and a booklet form The adhesive part shape on any piece of paper of the form A printing unit that prints information readable by an optical reading unit, an optical reading unit that optically reads the bonding unit formation information, and an adhesive application unit based on the bonding unit formation information read by the optical reading unit An application mode determination unit that determines whether the application mode is applied or non-application, an adhesive application unit that applies an adhesive according to a determination result of the application mode determination unit, and the continuous paper for producing a booklet form A cutting unit that cuts the length of the unit paper piece and a paper discharge unit that overlaps the unit paper pieces to form a booklet form, and the adhesive application unit adheres according to the determination result of the application mode determination unit. A belt-like adhesive application portion that performs the application of the agent in a belt shape, and a U-shaped adhesive application portion that applies the adhesive in a U-shape according to the determination result of the application mode determination portion, The application mode determination unit applies the application of the strip adhesive application unit. Applying the embodiments, as well as determining any not applied, booklet-like form produced and wherein the coating aspect of the shaped adhesive application portion of the co-coating is intended to determine the one of non-coated It is.
本発明第８の態様によれば、帯状接着剤塗布部により、ミシン目が形成されていない一方の紙端近傍への接着剤の塗布を、他の辺の近傍の接着部の塗布と異ならせ、柔軟な制御を行うことが可能となる。 According to the eighth aspect of the present invention, the application of the adhesive to the vicinity of one paper edge where the perforation is not formed is made different from the application of the adhesive part near the other side by the belt-shaped adhesive application part. It becomes possible to perform flexible control.
本発明によれば、薄い冊子や厚さの異なる冊子を複数まとめてすることが可能となる。 According to the present invention, it is possible to collect a plurality of thin booklets or booklets having different thicknesses.
図１を参照して、本発明の一実施形態に係る冊子状帳票作製装置について説明する。本実施形態の説明では、冊子状帳票作製装置に供給される連続用紙をロール状で給紙し、冊子状帳票を作製する例について説明する。冊子状帳票作製装置１は、冊子状帳票作製用連続用紙（以下、単に連続用紙という）を給紙する連続用紙給紙部１１と、連続用紙に図柄や切断マークを印刷する印刷部及び可変情報を印字する印刷／印字部１２、連続用紙の走行方向と平行な方向、直交する方向にそれぞれミシン目状の切り込みを形成するためのミシン目状切り込み加工部１３ａ、１３ｂ、光学センサー部１４、帯状接着剤塗布部１５ａ、コの字状接着剤塗布部１５ｂ、送り孔（以下、スプロケットホールという）部分を切り落とすスリッター部１６、連続用紙状態から単位紙片にカットする切断部１７、排紙部１８、塗布態様判定部１９で構成される。図示しないが、連続用紙を駆動するためのスプロケットホール形成部が、連続用紙給紙部１１と印刷／印字部１２の間、または印刷／印字部１２とミシン目状切り込み加工部１３ａの間に設けられる場合もある。また、ファイル穴加工部が、印刷／印字部１２の前後や、光学センサー部１４から排紙部１８までの間に適宜設けられる場合もある。また、ミシン目状切り込み加工部１３ａ、１３ｂが、コの字状接着剤塗布部１５ｂとスリッター部１６の間に設けられる場合もある。ただし、ミシン目状切り込み加工部１３ａ、１３ｂを、帯状接着剤塗布部１５ａ、コの字状接着剤塗布部１５ｂより下流側（図面右方向）に設けると、ミシン刃に接着剤が付着して汚れてしまうため、図１に示すように、帯状接着剤塗布部１５ａ、コの字状接着剤塗布部１５ｂより上流側（図面左方向）に設けることが好ましい。 With reference to FIG. 1, the booklet form production apparatus which concerns on one Embodiment of this invention is demonstrated. In the description of the present embodiment, an example will be described in which a continuous sheet supplied to a booklet form production apparatus is fed in a roll shape to produce a booklet form. The booklet form production apparatus 1 includes a continuous paper feeding unit 11 that feeds continuous paper for booklet form production (hereinafter simply referred to as continuous paper), a printing unit that prints a pattern or a cutting mark on the continuous paper, and variable information. Printing / printing section 12 for printing, perforated cut processing sections 13a and 13b for forming perforated cuts in a direction parallel to and orthogonal to the running direction of continuous paper, optical sensor section 14, and belt shape An adhesive application unit 15a, a U-shaped adhesive application unit 15b, a slitter unit 16 that cuts off a feed hole (hereinafter referred to as a sprocket hole), a cutting unit 17 that cuts a continuous paper state into unit paper pieces, a paper discharge unit 18, The application mode determination unit 19 is configured. Although not shown, a sprocket hole forming unit for driving the continuous paper is provided between the continuous paper feeding unit 11 and the printing / printing unit 12 or between the printing / printing unit 12 and the perforated cut processing unit 13a. Sometimes. In addition, a file hole processing unit may be provided as appropriate before and after the printing / printing unit 12 or between the optical sensor unit 14 and the paper discharge unit 18. Further, the perforated cut portions 13 a and 13 b may be provided between the U-shaped adhesive application portion 15 b and the slitter portion 16. However, if the perforated cut portions 13a and 13b are provided on the downstream side (right direction in the drawing) from the belt-like adhesive application portion 15a and the U-shaped adhesive application portion 15b, the adhesive adheres to the sewing blade. As shown in FIG. 1, it is preferably provided upstream (in the left direction in the drawing) from the belt-like adhesive application portion 15a and the U-shaped adhesive application portion 15b.
図１において、印刷／印字部１２は、帳票の表裏図柄印刷や連続用紙状態から単位紙片にカットされるための切断マークを印刷するユニットである。このユニットでは、インクジェット装置を組み込んで可変情報を印字するユニットとすることもできる。 In FIG. 1, a printing / printing unit 12 is a unit that prints a cut mark for cutting a form into a unit paper piece from front and back pattern printing of a form or continuous paper. In this unit, an ink jet device can be incorporated to print variable information.
前記ユニットでの工程は冊子状帳票作製装置とは別ラインで行なうこともできる。連続用紙の表裏に、例えば、それぞれ４色印刷する必要がある場合、冊子状帳票作製装置に印刷ユニットを組み込むと装置が長くなって効率的ではないため、ロールトゥロール対応の印刷装置で事前に印刷する。印刷が前述のロールトゥロール対応の印刷装置などで事前に行なわれる場合は、印刷装置によってスプロケットホールを連続用紙の両サイドに形成することができる。 The process in the unit can also be performed on a separate line from the booklet form production apparatus. For example, if it is necessary to print four colors on the front and back sides of continuous paper, it is not efficient to incorporate a printing unit into a booklet form preparation device. Print. When printing is performed in advance by the above-described roll-to-roll printing device or the like, sprocket holes can be formed on both sides of the continuous paper by the printing device.
また、前述の可変情報と接着部形成情報もインクジェット方式、トナー印字などで事前に行なうこともできる。前述のインクジェット装置は大きなスペースを必要としないことが多いために冊子状帳票作製装置内で行なうこともでき、図１に示すように印字ユニットを印刷／印字部１２として冊子状帳票作製装置内に組み込むことができる。切断マーク、可変情報、接着部形成情報を印刷するインクジェット装置を印刷／印字部１２として、冊子状帳票作製装置とは別ラインとすることも可能である。 Further, the variable information and the adhesive portion formation information described above can also be performed in advance by an ink jet method, toner printing, or the like. Since the above-described ink jet apparatus often does not require a large space, it can also be performed in a booklet form production apparatus. As shown in FIG. 1, the printing unit is used as a printing / printing unit 12 in the booklet form production apparatus. Can be incorporated. An ink jet device that prints the cutting mark, variable information, and adhesion portion formation information can be used as the printing / printing portion 12 to be a separate line from the booklet form preparation device.
ミシン目状切り込み加工部１３ａは、連続用紙の走行方向に１本の連続するミシン目状切込みを形成するものであり、円形のミシン刃が連続用紙の走行方向に直交する方向に伸びる軸に従って回転する構造となっている。ミシン目状切り込み加工部１３ｂは、単位紙片ごとに連続用紙の走行方向に直交する方向に２本のミシン目状切込みを形成するものであり、連続用紙の走行方向に直交する方向に伸びる直線状のミシン刃が表面に形成されたミシン胴により実現される。 The perforated cut portion 13a forms one continuous perforated cut in the running direction of the continuous paper, and the circular perforation blade rotates according to an axis extending in a direction perpendicular to the running direction of the continuous paper. It has a structure to do. The perforated cut portion 13b forms two perforated cuts in a direction perpendicular to the running direction of the continuous paper for each unit paper piece, and is a straight line extending in a direction perpendicular to the running direction of the continuous paper. This sewing machine blade is realized by a sewing machine cylinder formed on the surface.
帯状接着剤塗布部１５ａは、塗布態様判定部１９からの信号に従って、接着剤を塗布する機構である。帯状接着剤塗布部１５ａは、接着剤を塗布するためのバルブを開閉したり、タイミングを合わせて円形のリングを駆動させたりして、接着剤を帯状（線分状）に塗布する。帯状接着剤塗布部１５ａは、接着剤を収容する容器、接着剤を送出するためのノズルからなるユニットを備えており、塗布態様判定部１９からの信号に従って、作動させるように構成されている。また、各単位紙片において、帯状接着部３ａは一方の紙端寄りに設けられているため、帯状接着剤塗布部１５ａは、ノズルの塗出口が一方の紙端寄りに設けられている。 The belt-like adhesive application unit 15 a is a mechanism that applies an adhesive in accordance with a signal from the application mode determination unit 19. The belt-shaped adhesive application unit 15a applies the adhesive in a belt shape (line segment shape) by opening and closing a valve for applying the adhesive or driving a circular ring at the same timing. The belt-shaped adhesive application unit 15 a includes a unit that includes a container for storing an adhesive and a nozzle for delivering the adhesive, and is configured to operate in accordance with a signal from the application mode determination unit 19. Further, in each unit paper piece, since the belt-like adhesive portion 3a is provided near one paper edge, the belt-like adhesive application portion 15a is provided with a nozzle outlet near one paper edge.
コの字状接着剤塗布部１５ｂは、塗布態様判定部１９からの信号に従って、接着剤を塗布する糊版胴である。連続用紙の各単位紙片に、コの字状に接着剤を塗布するため、糊版胴には、軸方向に平行な２つの糊塗布領域と、その２つの糊塗布領域を結ぶ円周方向に設けられた糊塗布領域が設けられている。糊塗布領域を設けた糊版胴の構造としては公知のものを用いることができる。コの字状接着剤塗布部１５ｂは、塗布態様判定部１９からの信号に従って、所定のタイミングで作動させるように構成されている。 The U-shaped adhesive application unit 15 b is a paste cylinder that applies an adhesive according to a signal from the application mode determination unit 19. In order to apply adhesive in a U-shape to each unit piece of continuous paper, the glue plate cylinder has two glue application areas parallel to the axial direction and a circumferential direction connecting the two glue application areas. A provided glue application region is provided. As the structure of the paste cylinder provided with the paste application area, a known structure can be used. The U-shaped adhesive application unit 15 b is configured to operate at a predetermined timing in accordance with a signal from the application mode determination unit 19.
帯状接着剤塗布部１５ａが塗布する接着剤、コの字状接着剤塗布部１５ｂが塗布する接着剤としては、用紙を破損せずに分離不能な強度を有するものであれば、公知の接着剤を用いることができる。できれば、接着剤としては、サイデン化学株式会社製ＦＢ５０１Ｃを用いるのが望ましい。 As the adhesive applied by the belt-shaped adhesive application part 15a and the adhesive applied by the U-shaped adhesive application part 15b, any adhesive may be used as long as it has strength that cannot be separated without damaging the paper. Can be used. If possible, it is desirable to use FB501C manufactured by Seiden Chemical Co., Ltd. as an adhesive.
塗布態様判定部１９は、その直前にバーコードなどの接着部形成情報を読取った光学センサー部１４からの信号に基づき、帯状接着剤塗布部１５ａ、コの字状接着剤塗布部１５ｂそれぞれの塗布の態様を判定する。具体的には、帯状接着剤塗布部１５ａについては、接着剤を塗布するか、塗布しないかの２つの態様のいずれであるかを判定する。また、コの字状接着剤塗布部１５ｂについても、接着剤を塗布するか、塗布しないかの２つの態様のいずれであるかを判定する。なお、バーコードなどの接着部形成情報は、後述するように、冊子状帳票の最下紙片の表面に形成される。 Based on a signal from the optical sensor unit 14 that has read the adhesive formation information such as a barcode immediately before that, the application mode determination unit 19 applies each of the belt-like adhesive application unit 15a and the U-shaped adhesive application unit 15b. To determine the mode. Specifically, it is determined whether the strip-shaped adhesive application portion 15a is in one of two modes, that is, whether the adhesive is applied or not. In addition, the U-shaped adhesive application portion 15b is also determined as to whether the adhesive is applied or not. Note that the adhesive portion formation information such as a barcode is formed on the surface of the lowermost sheet piece of the booklet form, as will be described later.
図２に冊子状帳票作製装置の情報処理機構を示す。図２に示すように、塗布態様判定部１９は、ＣＰＵ１９ａ、ＲＡＭ１９ｂ、ＲＯＭ１９ｃを有しており、光学センサー部１４、帯状接着剤塗布部１５ａ、コの字状接着剤塗布部１５ｂとデータ通信可能に接続されている。ＣＰＵ１９ａは、ＲＯＭ１９ｃに格納されたプログラムを実行し、塗布態様判定部１９としての機能を実現する。ＲＡＭ１９ｂは、ＣＰＵ１９ａの作業領域としての役割を果たす。ＲＯＭ１９ｃは、塗布態様判定部１９としての機能を実現するプログラムと、接着部形成情報の記録内容と、塗布態様を対応付けた対応データが記憶されている。 FIG. 2 shows an information processing mechanism of the booklet form preparation device. As shown in FIG. 2, the application mode determination unit 19 includes a CPU 19a, a RAM 19b, and a ROM 19c, and is capable of data communication with the optical sensor unit 14, the strip adhesive application unit 15a, and the U-shaped adhesive application unit 15b. It is connected to the. The CPU 19a executes a program stored in the ROM 19c, and realizes a function as the application mode determination unit 19. The RAM 19b serves as a work area for the CPU 19a. The ROM 19c stores a program that realizes the function as the application mode determination unit 19, the recorded content of the adhesive portion formation information, and correspondence data that associates the application mode.
コの字状接着剤塗布部１５ｂと排紙部１８の間は、前述のスプロケットホールで駆動しながら連続用紙を切断部１７に導き単位紙片に切断する。切断部１７の直前に駆動用として使用したスプロケットホール形成部をスリッター部１６で切り落とす。スリッター部１６では、回転する押し切り刃とカッターによってスプロケットホール形成部を短冊状に切り落とす。切断部１７では、光学センサー部１４で切断マークを読み取ってカッター刃を上下させて切断しても、間欠的に回転する押し切り刃によって押し切っても良い。帳票の移動を助けるために、コの字状接着剤塗布部１５ｂから先（矢印方向）は、接着剤が塗布されていない帳票の裏側をサクションロールで吸引しながら駆動しても良い。 Between the U-shaped adhesive application unit 15b and the paper discharge unit 18, the continuous paper is guided to the cutting unit 17 and cut into unit paper pieces while being driven by the aforementioned sprocket holes. The sprocket hole forming part used for driving just before the cutting part 17 is cut off by the slitter part 16. In the slitter section 16, the sprocket hole forming section is cut into a strip shape by a rotating push cutting blade and cutter. In the cutting part 17, the cutting mark may be read by the optical sensor part 14 and the cutter blade may be moved up and down, or may be pushed by a rotating cutting blade that rotates intermittently. In order to assist the movement of the form, the tip (in the direction of the arrow) from the U-shaped adhesive application portion 15b may be driven while sucking the back side of the form on which the adhesive is not applied with a suction roll.
排紙部１８では、単位紙片に切断された帳票を付き揃えながら、切断された帳票を順番に積み重ね、帳票の表面（上面）に塗布された帯状接着部とコの字状接着部で次に切断された帳票紙片を接着する。切断された紙片は紙片の自重で単位冊子状帳票となる。接着剤は、水分や固形化時間を調整することによって、緩やかに固形化させ接着させることができる。 In the paper discharge unit 18, the cut forms are stacked in order while aligning the cut forms on the unit paper pieces, and then the belt-shaped adhesive portion and the U-shaped adhesive portion applied to the surface (upper surface) of the form are next. Glue the cut form paper pieces. The cut piece of paper becomes a unit booklet form by its own weight. The adhesive can be gradually solidified and adhered by adjusting moisture and solidification time.
図３を参照して、連続用紙の一実施形態について説明する。
連続用紙２は、切断予定線２６を介して複数の単位紙片２０１が連接されている。単位紙片２０１には、切断予定線２６と直交する方向の紙端のうちの一方の紙端（図３における連続用紙２の上端）近傍に、その紙端と平行（図３において左右方向）な帯状接着部３ａと、帯状接着部３ａに直交する（切断予定線２６に平行）２つの領域（図３において上下方向）及び帯状接着部３ａに平行な１つの領域で形成されるコの字状接着部３ｂが形成されている。帯状接着部３ａとコの字状接着部３ｂを合わせて、連続用紙の紙端に平行な２つの領域と、切断予定線２６に平行な２つの領域から成るロの字状接着部が形成されることになる。ロの字状接着部は、単位紙片の４つの辺の近傍に平行に設けられた領域により構成される。このように、４辺の近傍に接着部を設け、４辺を他の単位紙片と接着することにより、完成後の冊子状帳票の内側の情報は完全に保護される。さらに、コの字状接着部３ｂの帯状接着部３ａに平行な領域と紙端（図３における連続用紙２の下端）との間に接着剤の塗布態様を示す接着部形成情報（図６で説明する）と、単位紙片に切断するための切断マーク２５（図６で説明する）が各単位紙片２０１に光学読取手段（光学センサー部１４）で読取可能に形成されている。
With reference to FIG. 3, an embodiment of continuous paper will be described.
In the continuous paper 2, a plurality of unit paper pieces 201 are connected via a planned cutting line 26. The unit paper piece 201 is in the vicinity of one paper edge (upper edge of the continuous paper 2 in FIG. 3) in the direction orthogonal to the planned cutting line 26 and parallel to the paper edge (left and right direction in FIG. 3). A U-shape formed by a band-shaped adhesive portion 3a, two regions (vertical direction in FIG. 3) orthogonal to the belt-shaped adhesive portion 3a (in the vertical direction in FIG. 3) and one region parallel to the belt-shaped adhesive portion 3a. An adhesive portion 3b is formed. By combining the belt-like adhesive portion 3a and the U-shaped adhesive portion 3b, a square-shaped adhesive portion comprising two regions parallel to the paper edge of the continuous paper and two regions parallel to the planned cutting line 26 is formed. Will be. The B-shaped adhesive portion is configured by a region provided in parallel in the vicinity of the four sides of the unit paper piece. In this way, by providing adhesive portions in the vicinity of the four sides and adhering the four sides to other unit paper pieces, the information inside the completed booklet form is completely protected. Further, adhesive portion formation information (in FIG. 6) showing an application mode of the adhesive between the region parallel to the belt-like adhesive portion 3a of the U-shaped adhesive portion 3b and the paper edge (the lower end of the continuous paper 2 in FIG. 3). When described, a cutting mark 25 (described in FIG. 6) for cutting into unit paper pieces is formed on each unit paper piece 201 so as to be readable by the optical reading means (optical sensor unit 14).
連続用紙２は、図１の冊子状帳票作製装置内で、図３のａからｉ（矢印は連続用紙２の走行方向）の順序で形成されてゆく。図の先頭の紙片ａには図示しないが、コンピュータ制御によってバーコードなどによる接着部形成情報がインクジェットプリンタなどによってプリントされる。連続用紙２の両脇に連続用紙２を駆動するためのスプロケットホール２１を形成する（前述のようにすでに形成されている場合は、この工程は不要となる）。 The continuous paper 2 is formed in the booklet form production apparatus of FIG. 1 in the order of a to i in FIG. 3 (the arrow indicates the traveling direction of the continuous paper 2). Although not shown in the top piece of paper a in the figure, information on forming an adhesive portion using a barcode or the like is printed by an inkjet printer or the like under computer control. Sprocket holes 21 for driving the continuous paper 2 are formed on both sides of the continuous paper 2 (if already formed as described above, this step is unnecessary).
スプロケットホール２１の近傍には、冊子状帳票作製装置の切断部１７の直前のスリッター部１６によりスリットされて除去されるための切り離し予定部２２が印刷されている。冊子状帳票の幅が狭い場合は、図４に示すように連続用紙２０の幅を２倍にして中央部の切り離し予定部２４で切り離して冊子状帳票を作製することもできる。図示しないが、切断部１７が前述の上下カッター装置の場合は、各紙片の所定の場所に印刷された切断マークを読取ってカッターを作動させることもできる。帯状接着剤塗布部１５ａに到達する直前に光学センサー部１４で読取られ、帯状接着剤塗布部１５ａによって帯状接着部３ａ、コの字状接着剤塗布部１５ｂによってコの字状接着部３ｂが形成される。 In the vicinity of the sprocket hole 21, a scheduled separation part 22 is printed so as to be slit and removed by the slitter part 16 immediately before the cutting part 17 of the booklet form preparation device. If the width of the booklet form is narrow, the continuous form 20 can be doubled as shown in FIG. Although not shown, when the cutting unit 17 is the above-described upper and lower cutter device, the cutter can be operated by reading a cutting mark printed at a predetermined place on each piece of paper. Immediately before reaching the belt-shaped adhesive application portion 15a, the optical sensor unit 14 reads, and the belt-shaped adhesive application portion 15a forms the belt-shaped adhesive portion 3a and the U-shaped adhesive application portion 15b forms the U-shaped adhesive portion 3b. Is done.
図３と、図５を参照して、冊子状帳票２００の一実施形態について説明する。
図３に示す連続用紙２が、図１の冊子状帳票作製装置１の切断部１７で単位紙片にカットされ、排紙部１８に紙片「ａ」〜「ｉ」の順序に積み重ねられると、図５（ａ）の状態になる。図５（ｂ）は、図５（ａ）のＡ−Ａ断面を示している。
An embodiment of the booklet form 200 will be described with reference to FIGS. 3 and 5.
When the continuous paper 2 shown in FIG. 3 is cut into unit paper pieces by the cutting unit 17 of the booklet form production device 1 of FIG. 1 and stacked in the order of the paper pieces “a” to “i” on the paper discharge unit 18, FIG. 5 (a) is entered. FIG.5 (b) has shown the AA cross section of Fig.5 (a).
図５（ｂ）の最下部の冊子状帳票「ａｂｃｄ」は４パートの冊子状帳票で、中央の冊子状帳票「ｅｆｇ」は３パートの冊子状帳票で、最上部の冊子状帳票「ｈｉ」は２パートの冊子状帳票である。図３、図５（ｂ）から判るように、各冊子状帳票の最上紙片「ｄ」、「ｇ」、「ｉ」の紙片には帯状接着部３ａおよびコの字状接着部３ｂが形成されていないために、最上紙片「ｄ」とその上の紙片「ｅ」、最上紙片「ｇ」とその上の紙片「ｈ」、の間で分離される。また、帯状接着部３ａ、コの字状接着部３ｂの近傍には、全ての紙片にミシン目状切込み２３が形成されており、ミシン目状切込み２３を利用して冊子状帳票を開封するようになっている。 The bottom booklet form “abcd” in FIG. 5B is a 4-part booklet form, the center booklet form “efg” is a 3-part booklet form, and the top booklet form “hi”. Is a two-part booklet form. As can be seen from FIGS. 3 and 5 (b), a strip-shaped adhesive portion 3a and a U-shaped adhesive portion 3b are formed on the uppermost paper pieces “d”, “g”, and “i” of each booklet form. The uppermost paper piece “d” and the upper paper piece “e”, and the uppermost paper piece “g” and the upper paper piece “h” are separated. In addition, perforated cuts 23 are formed in all the pieces of paper in the vicinity of the band-like adhesive portion 3a and the U-shaped adhesive portion 3b, and the booklet-form forms are opened using the perforated cuts 23. It has become.
前述のように、ロール状の連続用紙からコンピュータの指示によって任意のパート数の冊子状帳票を作製する場合は、多くの場合、単位紙片には共通の図柄が印刷されている。前述の最上紙、内包紙、最下紙のデザインを異なったものとする場合、コンピュータ制御の範囲を拡大し、それぞれの単位紙片に印刷の図柄を含めた可変印刷を可能とする印刷装置で印刷を行なう必要がある。本発明の冊子状帳票においては上記いずれの形態でも良い。また、印刷／印字部１２により可変印刷を行う場合、各冊子状帳票の最上紙片「ｄ」、「ｇ」、「ｉ」、最下紙片「ａ」、「ｅ」、「ｈ」の裏側（内面側）に、地紋印刷を可変に行うようにしても良い。これにより、冊子状帳票の状態で中身を透けにくくすることができ、個人情報の保護に繋がる。また、各冊子状帳票の最上紙片「ｄ」、「ｇ」、「ｉ」、最下紙片「ａ」、「ｅ」、「ｈ」の表側（外面側）、または、両面に地紋印刷を行うようにしても良い。 As described above, when a booklet form having an arbitrary number of parts is produced from a roll-shaped continuous sheet by a computer instruction, in many cases, a common design is printed on the unit sheet. When the design of the top paper, inner paper, and bottom paper is different, the range of computer control is expanded, and printing is performed with a printing device that enables variable printing including the print pattern on each unit paper piece. It is necessary to do. Any of the above forms may be used for the booklet form of the present invention. When variable printing is performed by the printing / printing unit 12, the back side of the uppermost paper pieces “d”, “g”, “i”, the lowermost paper pieces “a”, “e”, “h” of each booklet form ( The background pattern printing may be variably performed on the inner surface side. Thereby, it is possible to make it difficult to see through the contents in the form of a booklet form, which leads to protection of personal information. Also, copy-forgery-inhibited pattern printing is performed on the front side (outside side) or both sides of the uppermost paper pieces “d”, “g”, “i”, and the lowermost paper pieces “a”, “e”, “h” of each booklet form. You may do it.
図６は、単位紙片に印刷された接着部形成情報４と切断マーク２５を示す図である。図６と、図３を参照して、本実施形態で使用される接着部形成情報の一例について説明する。図３の紙片「ａ」、紙片「ｅ」、紙片「ｈ」には、図１で説明した印刷／印字部１２により接着部形成情報４がバーコード状に印字される。図１で説明した光学センサー部１４はこのバーコードを読取って、塗布態様判定部１９に接着部形成情報を伝える。 FIG. 6 is a diagram showing the bonding portion formation information 4 and the cutting marks 25 printed on the unit paper pieces. With reference to FIG. 6 and FIG. 3, an example of the adhesion part formation information used by this embodiment is demonstrated. On the paper piece “a”, the paper piece “e”, and the paper piece “h” in FIG. 3, the printing / printing unit 12 described with reference to FIG. The optical sensor unit 14 described with reference to FIG. 1 reads this bar code and transmits the adhesive portion formation information to the application mode determination unit 19.
接着部形成情報４には、その冊子が何枚構成であるかの情報、帯状接着部３ａについては、何枚目に接着剤を塗布するかの情報、コの字状接着部３ｂについては、何枚目に接着剤を塗布するかの情報が記録されている。図３の連続用紙に対応した接着部形成情報４の記録内容を図７に示す。図７に示すように、紙片ａに印字された接着部形成情報４には、構成枚数「４（枚）」、帯状接着部３ａの接着剤「１，２，３（枚目）」、コの字状接着部３ｂの接着剤「１，２，３（枚目）」と記録されており、紙片ｅに印字された接着部形成情報４には、構成枚数「３（枚）」、帯状接着部３ａの接着剤「１，２（枚目）」、コの字状接着部３ｂの接着剤「１，２（枚目）」と記録されており、紙片ｈに印字された接着部形成情報４には、構成枚数「２（枚）」、帯状接着部３ａの接着剤「１（枚目）」、コの字状接着部３ｂの接着剤「１（枚目）」と記録されている。 The adhesive portion formation information 4 includes information on how many sheets the booklet is configured, about the strip-shaped adhesive portion 3a, information on what number the adhesive is applied, and the U-shaped adhesive portion 3b. Information on the number of sheets on which the adhesive is applied is recorded. FIG. 7 shows the recorded contents of the adhesive portion formation information 4 corresponding to the continuous paper of FIG. As shown in FIG. 7, the adhesive portion formation information 4 printed on the piece of paper “a” includes the constituent number “4 (sheet)”, the adhesive “1, 2, 3 (sheet)” of the strip-shaped adhesive portion 3 a, the copier. The adhesive “1,2,3 (sheet)” of the letter-shaped adhesion portion 3b is recorded, and the adhesion portion formation information 4 printed on the paper piece e includes the number of components “3 (sheet)”, the belt shape The adhesive part 1a, the adhesive "1, 2 (sheet)", and the U-shaped adhesive part 3b, the adhesive "1, 2 (sheet)" are recorded, and the adhesive part printed on the piece of paper h is formed. In the information 4, the number of constituents “2 (sheet)”, the adhesive “1 (sheet)” of the band-shaped bonding portion 3a, and the adhesive “1 (sheet)” of the U-shaped bonding portion 3b are recorded. Yes.
塗布態様判定部１９は、光学センサー部１４から接着部形成情報を受け取ると、何枚構成であるか、何枚目の帯状接着部３ａに接着剤を塗布するか、何枚目のコの字状接着部３ｂに接着剤を塗布するかを認識する。最後の用紙には、接着剤を塗布しない設定となっているため、４枚構成である場合は、４枚目には接着剤を塗布しないという判断を行う。そして、各用紙について、接着剤を塗布する、接着剤を塗布しない、のいずれかの信号を帯状接着剤塗布部１５ａに送信し、接着剤を塗布する、接着剤を塗布しない、のいずれかの信号をコの字状接着剤塗布部１５ｂに送信する。 Upon receiving the adhesive portion formation information from the optical sensor unit 14, the application mode determination unit 19 applies the adhesive to the number of the belt-shaped adhesive portions 3 a, the number of the belt-shaped adhesive portions 3 a, It is recognized whether or not an adhesive is applied to the adhesive portion 3b. Since the last sheet is set to not apply adhesive, in the case of a four-sheet configuration, it is determined that no adhesive is applied to the fourth sheet. Then, for each sheet, any signal of applying an adhesive or not applying an adhesive is transmitted to the belt-like adhesive application unit 15a, and the adhesive is applied or the adhesive is not applied. A signal is transmitted to the U-shaped adhesive application unit 15b.
帯状接着剤塗布部１５ａは、塗布態様判定部１９から信号を受信すると、所定の時間経過後に紙片に対し接着剤塗布を開始し、紙片の単位長（連続用紙走行方向の一紙片の長さ）内で塗布を完結する。「接着剤を塗布しない」という信号を受信した場合は、所定の時間、待機する。「接着剤を塗布する」という信号を受信した場合は、図３の図面上側の帯状接着部３ａについては、それぞれに対応したユニットから接着剤を塗布する。 When the belt-like adhesive application unit 15a receives a signal from the application mode determination unit 19, the adhesive application to the paper piece starts after a predetermined time has elapsed, and the unit length of the paper piece (the length of one paper piece in the continuous paper running direction). Complete the application within. When a signal “do not apply adhesive” is received, it waits for a predetermined time. When the signal “apply adhesive” is received, the adhesive is applied from the unit corresponding to each of the band-like adhesive portions 3 a on the upper side of FIG. 3.
例えば、光学センサー部１４が、図３の紙片「ａ」に印字された接着部形成情報をバーコード情報として受け取ると、帯状接着剤塗布部１５ａは、図３の図面上側の帯状接着部３ａに対して、所定の時間経過後に紙片「ａ」に対し接着剤塗布を開始し、紙片の単位長（連続用紙走行方向の一紙片の長さ）内で塗布を完結する。同様に、紙片「ｂ」の帯状接着部３ａに対し接着剤塗布を行い紙片の単位長内で塗布を完結する。さらに、紙片「ｃ」の帯状接着部３ａに対し接着剤塗布を行い紙片の単位長内で塗布を完結する。 For example, when the optical sensor unit 14 receives the adhesive portion formation information printed on the piece of paper “a” in FIG. 3 as barcode information, the belt-like adhesive application unit 15a is applied to the belt-like adhesive portion 3a on the upper side of FIG. On the other hand, the adhesive application is started on the paper piece “a” after a predetermined time has elapsed, and the application is completed within the unit length of the paper piece (the length of one paper piece in the continuous paper running direction). Similarly, the adhesive is applied to the strip-shaped adhesive portion 3a of the paper piece “b” to complete the application within the unit length of the paper piece. Further, an adhesive is applied to the strip-shaped adhesive portion 3a of the paper piece “c” to complete the application within the unit length of the paper piece.
コの字状接着剤塗布部１５ｂは、塗布態様判定部１９から信号を受信すると、所定の時間経過後に版胴の軸を版胴の下端が連続用紙と接する位置まで下降させ、版胴を回転させながら、紙片に対し接着剤塗布を行う。「接着剤を塗布しない」という信号を受信した場合は、版胴の軸を版胴の下端が連続用紙と接しない位置まで上昇させる。 When the U-shaped adhesive application unit 15b receives a signal from the application mode determination unit 19, the plate cylinder shaft is lowered to a position where the lower end of the plate cylinder is in contact with the continuous sheet after a predetermined time has elapsed, and the plate cylinder is rotated. The adhesive is applied to the paper piece. When a signal “do not apply adhesive” is received, the axis of the plate cylinder is raised to a position where the lower end of the plate cylinder does not contact the continuous paper.
例えば、図３のコの字状接着部３ｂに対しては、所定の時間経過後に版胴を下降させ、紙片「ａ」に対し接着剤塗布を開始し、紙片の単位長内で塗布を完結する。同様に、紙片「ｂ」、紙片「ｃ」のコの字状接着部３ｂに対し接着剤塗布を行い紙片の単位長内で塗布を完結する。紙片「ａ」に印字された接着部形成情報では、紙片「ｄ」に対しては接着剤を塗布しないことになっているために、版胴を上昇させ、紙片「ｄ」をやり過ごす。同様に、紙片「ｅ」、紙片「ｈ」に印字された接着部形成情報に基づいてコの字状接着部３ｂを形成する。その結果、排紙部１８では冊子状帳票「ａｂｃｄ」、冊子状帳票「ｅｆｇ」、冊子状帳票「ｈｉ」が作製される。 For example, for the U-shaped adhesive portion 3b of FIG. 3, the plate cylinder is lowered after a predetermined time has elapsed, and the adhesive application is started on the paper piece “a”, and the application is completed within the unit length of the paper piece. To do. Similarly, the adhesive is applied to the U-shaped adhesive portions 3b of the paper pieces “b” and “c” to complete the application within the unit length of the paper pieces. In the adhesive portion formation information printed on the paper piece “a”, no adhesive is applied to the paper piece “d”, so the plate cylinder is raised and the paper piece “d” is passed over. Similarly, the U-shaped adhesive portion 3b is formed based on the adhesive portion formation information printed on the paper piece “e” and the paper piece “h”. As a result, the booklet form “abcd”, the booklet form “efg”, and the booklet form “hi” are produced in the paper discharge unit 18.
接着部形成情報４は、前述のバーコードに限定されるものではなく、例えば、ＱＲコード（登録商標）などの二次元コードでも良い。また、接着部形成情報４は、冊子状帳票の仕上がり領域内でなくてもよく、例えば、スプロケットホール２１の孔と孔の間、切り離し予定部２２の近傍などに形成することもできる。 The bonding portion formation information 4 is not limited to the above-described barcode, and may be a two-dimensional code such as a QR code (registered trademark). Further, the bonding portion formation information 4 may not be in the finished area of the booklet form, and may be formed, for example, between the holes of the sprocket hole 21 or in the vicinity of the planned separation portion 22.
図６に示すように、切断マーク２５は、各単位紙片２０１に形成されている。光学センサー部１４が切断マーク２５を検出すると、切断マーク２５を検出したことを示す信号を所定のタイミングで切断部１７に送信し、信号を受信した切断部１７は、連続用紙２を単位紙片２０１に切断する。 As shown in FIG. 6, the cutting mark 25 is formed on each unit paper piece 201. When the optical sensor unit 14 detects the cutting mark 25, a signal indicating that the cutting mark 25 has been detected is transmitted to the cutting unit 17 at a predetermined timing, and the cutting unit 17 that has received the signal transfers the continuous paper 2 to the unit paper piece 201. Disconnect.
図８を参照して、本発明の冊子状帳票の開封位置の一例について説明する。
冊子状帳票には、表紙又は裏表紙となる紙片の外側になる面に図のように配送先情報４１を印字することができる。図示していないが、冊子状帳票の内側の紙片には配送先情報に関連した固有の情報が印字されて綴じ合わされる。また、コの字状接着部３ｂに対応する部分には「ミシン目で切り取り、内容を確認してください」などの文言が開封表示文言２３０として印刷される。なお、配送先情報４１以外の配送先ごとに可変の個別情報を印刷することも可能であり、その場合は、最上紙（表紙）、最下紙（裏表紙）以外の紙片に印刷しても良い。
With reference to FIG. 8, an example of the opening position of the booklet form of this invention is demonstrated.
In the booklet form, the delivery destination information 41 can be printed on the surface on the outer side of the front or back cover as shown in the figure. Although not shown, unique information related to the delivery destination information is printed and bound on a paper piece inside the booklet form. Further, in the portion corresponding to the U-shaped adhering portion 3 b, a phrase such as “Please cut with a perforation and confirm the contents” is printed as the unsealed display word 230. In addition, it is also possible to print variable individual information for each delivery destination other than the delivery destination information 41. In this case, the information may be printed on a piece of paper other than the uppermost sheet (front cover) and the lowermost sheet (back cover). good.
冊子状帳票を受け取った者は、コの字状接着部３ｂに平行に設けられたミシン目により各紙片を剥離して開封し、冊子状帳票の内側の情報を確認する。このように、冊子状帳票の内側の情報は完全に保護され、簡易封書として受取人に配送することができる。 The person who received the booklet form peels and opens each piece of paper by a perforation provided in parallel with the U-shaped adhesive portion 3b, and confirms information inside the booklet form. Thus, the information inside the booklet form is completely protected and can be delivered to the recipient as a simple sealed letter.
コの字状接着部３ｂの各領域に平行な各ミシン目状切込みから切断することにより、コの字状接着部３ｂに対応する部分を分離しても、帯状接着部３ａに対応する部分（図８の上端部分）は接着されたままの状態となる。この場合、最上紙は、隣接する紙片と帯状接着部３ａにより接着剤で接着されているため、紙片を破損せずに、他の用紙から分離することはできない。 Even if the portion corresponding to the U-shaped adhesive portion 3b is separated by cutting from each perforated cut parallel to each region of the U-shaped adhesive portion 3b, the portion corresponding to the band-shaped adhesive portion 3a ( The upper end portion in FIG. 8 remains bonded. In this case, the uppermost paper is bonded to the adjacent paper piece by the belt-like adhesive portion 3a with an adhesive, and therefore cannot be separated from other papers without damaging the paper piece.
以上、本発明の好適な実施形態について説明したが、本発明は上記実施形態に限定されず、種々の変形が可能である。例えば、上記実施形態では、スプロケットホールで駆動しながら連続用紙を搬送するようにしたが、ローラーで連続用紙を搬送するようにしても良い。 The preferred embodiments of the present invention have been described above. However, the present invention is not limited to the above embodiments, and various modifications can be made. For example, in the above embodiment, continuous paper is conveyed while being driven by a sprocket hole, but continuous paper may be conveyed by a roller.
また、上記実施形態では、帯状接着剤塗布部１５ａにより帯状接着部３ａを形成し、コの字状接着剤塗布部１５ｂによりコの字状接着部３ｂを形成することにより、全体としてロの字状の接着部を形成するようにしたが、異なる態様によりロの字状の接着部を形成するようにしても良い。例えば、コの字状接着剤塗布部１５ｂとして採用したような糊版胴に、軸方向に平行な２つの糊塗布領域と、その２つの糊塗布領域の端部同士を結ぶ円周方向に設けられた２つの糊塗布領域を設けておき、この糊版胴をロの字状接着剤塗布部として用いることにより、一度にまとめて、ロの字状の接着部を形成することができる。 Moreover, in the said embodiment, the strip | belt-shaped adhesion part 3a is formed by the strip | belt-shaped adhesive application part 15a, and the U-shaped adhesion part 3b is formed by the U-shaped adhesive application part 15b. However, it is also possible to form a square-shaped adhesive portion in a different manner. For example, in a paste cylinder such as the U-shaped adhesive application part 15b, provided in the circumferential direction connecting the two adhesive application areas parallel to the axial direction and the ends of the two adhesive application areas. By providing the two glue application areas thus obtained and using this paste cylinder as a square-shaped adhesive application part, it is possible to form a square-shaped adhesive part all at once.
本発明の冊子状帳票は、冊子状帳票の内側に印字された情報を秘匿扱いとすることが可能で、簡易な開封部を有する冊子状帳票として利用できる。 The booklet form of the present invention can treat information printed inside the booklet form as a secret and can be used as a booklet form having a simple opening portion.
１・・・冊子状帳票作製装置
２、２０・・・連続用紙
３ａ・・・帯状接着部
３ｂ・・・コの字状接着部
４・・・接着部形成情報
１１・・・連続用紙給紙部
１２・・・印刷／印字部
１３ａ、１３ｂ・・・ミシン目状切り込み加工部
１４・・・光学センサー部
１５ａ・・・帯状接着剤塗布部
１５ｂ・・・コの字状接着剤塗布部
１６・・・スリッター部
１７・・・切断部
１８・・・排紙部
１９・・・塗布態様判定部
１９ａ・・・ＣＰＵ
１９ｂ・・・ＲＡＭ
１９ｃ・・・ＲＯＭ
２１・・・スプロケットホール
２２、２４・・・切り離し予定部
２３・・・ミシン目状切込み
２５・・・切断マーク
２６・・・切断予定線
４１・・・配送先情報
２００・・・冊子状帳票
２０１・・・単位紙片
２３０・・・開封表示文言
DESCRIPTION OF SYMBOLS 1 ... Booklet form preparation apparatus 2, 20 ... Continuous paper 3a ... Band-shaped adhesion part 3b ... U-shaped adhesion part 4 ... Adhesion part formation information 11 ... Continuous paper feed Section 12: Printing / printing section 13a, 13b: Perforated cutting section 14: Optical sensor section 15a: Strip adhesive application section 15b: U-shaped adhesive application section 16 ... Slitter unit 17 ... Cutting unit 18 ... Discharge unit 19 ... Application mode determination unit 19a ... CPU
19b ... RAM
19c ・ ・ ・ ROM
21 ... Sprocket hole 22, 24 ... Scheduled part 23 ... Perforated cut 25 ... Cutting mark 26 ... Scheduled cutting line 41 ... Destination information 200 ... Booklet form 201: Unit paper piece 230 ... Opening display wording
Claims (4)
前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークを印刷する工程と、
冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する工程と、
前記1つの単位紙片のみから前記接着部形成情報を読み取る工程と、
前記読み取った接着部形成情報に基づいて、対応する単位紙片に接着部を形成する工程と、
連続用紙から単位紙片の長さに切断する工程と、
単位紙片を重ねて冊子状帳票とする工程と、
を有することを特徴とする冊子状帳票の作製方法。 A plurality of unit paper pieces are connected via a planned cutting line, in the vicinity of one of the paper edges in a direction orthogonal to the planned cutting line, and parallel to the two planned cutting lines in each unit paper piece. A perforated cut is formed in each of the paper edges in the direction orthogonal to the planned cutting line, and one perforated cut formed near one paper edge and the paper edge. Bonding unit formation information indicating how many unit paper pieces of the unit paper pieces corresponding to the booklet form are to be coated is optically read on only one unit paper piece corresponding to one booklet form. A method for producing a booklet form in which predetermined unit paper pieces in a continuous form for booklet form preparation formed so as to be readable by means are bound together,
Printing a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces on the continuous paper for booklet form preparation;
Printing the adhesive portion formation information on any piece of paper in a booklet form so as to be readable by an optical reading means;
Reading the bonding part formation information only from the one unit paper piece ;
A step of forming an adhesive portion on a corresponding unit paper piece based on the read adhesive portion formation information;
Cutting the continuous paper into unit paper pieces,
A process of stacking unit paper pieces into a booklet form,
A method for producing a booklet form characterized by comprising:
前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークを印刷する工程、及び冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する工程と、その他の工程は、異なるラインで実施されることを特徴とする冊子状帳票の作製方法。 In the production method of the booklet form according to claim 1 ,
A step of printing a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces on the continuous paper for booklet form preparation, and the bonding portion formation information on any paper piece of the booklet form A method for producing a booklet form, wherein the step of printing so as to be readable by the optical reading unit and the other steps are performed in different lines.
前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークと、冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する印刷部と、
前記1つの単位紙片のみから前記接着部形成情報を光学的に読み取る光学読取手段と、
前記光学読取手段に読み取られた接着部形成情報に基づいて、接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定する塗布態様判定部と、
前記塗布態様判定部の判定結果に従って、対応する単位紙片に接着剤の塗布を行う接着剤塗布部と、
前記冊子状帳票作製用連続用紙から単位紙片の長さに切断する切断部と、
単位紙片を重ねて冊子状帳票とする排紙部と、
を有することを特徴とする冊子状帳票作製装置。 A plurality of unit paper pieces are connected via a planned cutting line, in the vicinity of one of the paper edges in a direction orthogonal to the planned cutting line, and parallel to the two planned cutting lines in each unit paper piece. A perforated cut is formed in each of the paper edges in the direction orthogonal to the planned cutting line, and one perforated cut formed near one paper edge and the paper edge. Bonding unit formation information indicating how many unit paper pieces of the unit paper pieces corresponding to the booklet form are to be coated is optically read on only one unit paper piece corresponding to one booklet form. An apparatus for producing a booklet form formed by binding predetermined unit paper pieces in a continuous form for booklet form preparation formed so as to be readable by a means,
On the continuous paper for booklet form preparation, a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces, and the adhesive portion formation information on any paper piece of the booklet form by an optical reading means A printing section for printing in a readable manner;
An optical reading means for optically reading the adhesive portion formation information from only the one unit paper piece ;
An application mode determination unit that determines whether the application mode of the adhesive application unit is applied or not applied based on the adhesive portion formation information read by the optical reading unit;
According to the determination result of the application mode determination unit, an adhesive application unit that applies an adhesive to the corresponding unit paper piece ,
A cutting part for cutting the continuous form for producing booklet forms into unit paper pieces;
A paper discharge unit that stacks unit paper pieces to form a booklet form,
A booklet form preparation device characterized by comprising:
前記冊子状帳票作製用連続用紙上に、当該冊子状帳票作製用連続用紙を単位紙片に切断するための切断マークと、冊子状帳票の何れかの紙片に前記接着部形成情報を光学読取手段で読取可能に印字する印刷部と、
前記接着部形成情報を光学的に読み取る光学読取手段と、
前記光学読取手段に読み取られた接着部形成情報に基づいて、接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定する塗布態様判定部と、
前記塗布態様判定部の判定結果に従って、接着剤の塗布を行う接着剤塗布部と、
前記冊子状帳票作製用連続用紙から単位紙片の長さに切断する切断部と、
単位紙片を重ねて冊子状帳票とする排紙部と、を有し、
前記接着剤塗布部は、前記塗布態様判定部の判定結果に従って、接着剤の塗布を帯状に行う帯状接着剤塗布部と、前記塗布態様判定部の判定結果に従って、コの字状に接着剤の塗布を行うコの字状接着剤塗布部と、を有し、
前記塗布態様判定部は、前記帯状接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定するとともに、前記コの字状接着剤塗布部の塗布態様を塗布、不塗布のいずれかに判定するものであることを特徴とする冊子状帳票作製装置。
A plurality of unit paper pieces are connected via a planned cutting line, in the vicinity of one of the paper edges in a direction orthogonal to the planned cutting line, and parallel to the two planned cutting lines in each unit paper piece. A perforated cut is formed on each of the paper edges, and an adhesive is formed between the perforated cut formed near one of the paper edges in the direction orthogonal to the planned cutting line and the paper edge. A booklet form formed by binding predetermined unit paper pieces in a continuous paper for booklet form production in which adhesive portion formation information indicating whether or not to apply is formed on a predetermined unit paper piece so as to be readable by an optical reading unit. An apparatus for manufacturing,
On the continuous paper for booklet form preparation, a cutting mark for cutting the continuous paper for booklet form preparation into unit paper pieces, and the adhesive portion formation information on any paper piece of the booklet form by an optical reading means A printing section for printing in a readable manner;
Optical reading means for optically reading the bonding portion formation information;
An application mode determination unit that determines whether the application mode of the adhesive application unit is applied or not applied based on the adhesive portion formation information read by the optical reading unit;
According to the determination result of the application mode determination unit, an adhesive application unit that applies an adhesive,
A cutting part for cutting the continuous form for producing booklet forms into unit paper pieces;
A paper discharge unit that stacks unit paper pieces to form a booklet form, and
The adhesive application unit is configured to apply the adhesive in a strip shape according to the determination result of the application mode determination unit, and the U-shaped adhesive according to the determination result of the application mode determination unit. A U-shaped adhesive application part for applying,
The application mode determination unit determines whether the application mode of the belt-shaped adhesive application unit is applied or not applied, and applies the application mode of the U-shaped adhesive application unit to either application or non-application. A booklet form preparation device characterized by being determined.
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