JP3190376U

JP3190376U - Heat bonding machine for paper

Info

Publication number: JP3190376U
Application number: JP2014000767U
Authority: JP
Inventors: 子哲林
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-02-19
Filing date: 2014-02-17
Publication date: 2014-05-08
Anticipated expiration: 2024-02-17

Abstract

【課題】歩留まりの高い紙材の加熱接着装置を提供する。
【解決手段】本考案の紙材の加熱接着装置は、紙送り装置１、加熱接着装置２及び紙巻取り装置３を含む。紙送り装置１には、第１の紙材４１が巻設される第１の紙材ローラ１１と、接着フィルム４２が巻設される接着フィルムローラ１２と、第２の紙材４３が巻設される第２の紙材ローラ１３と、が設けられる。第２の紙材ローラ１３の接着フィルムローラ１２と反対側には、位置決めローラ１４が設けられる。加熱接着装置２の紙送り装置１側の一方の側部には、第１のガイドローラ２１が設置される。第１のガイドローラ２１の紙送り装置１と反対側には、加熱板２２が設けられる。加熱板２２には、加熱装置２２１が設けられる。加熱板２２の他方の側部には、第２のガイドローラ２３が設けられる。紙巻取り装置３は、加熱接着装置２の紙送り装置１と反対側に位置する。
【選択図】図２A high-yield paper material heat bonding apparatus is provided.
A paper material heat bonding apparatus according to the present invention includes a paper feeding apparatus, a heat bonding apparatus, and a paper winding apparatus. In the paper feeding device 1, a first paper material roller 11 on which a first paper material 41 is wound, an adhesive film roller 12 on which an adhesive film 42 is wound, and a second paper material 43 are wound. A second paper material roller 13 is provided. A positioning roller 14 is provided on the opposite side of the second paper material roller 13 from the adhesive film roller 12. A first guide roller 21 is installed on one side of the heat bonding apparatus 2 on the paper feeding apparatus 1 side. A heating plate 22 is provided on the opposite side of the first guide roller 21 from the paper feeding device 1. A heating device 221 is provided on the heating plate 22. A second guide roller 23 is provided on the other side of the heating plate 22. The paper winding device 3 is located on the opposite side of the paper feeding device 1 of the heat bonding device 2.
[Selection] Figure 2

Description

本考案は、紙材の加熱接着装置に関し、特に、先ず、紙送り装置を利用して第１の紙材、接着フィルム及び第２の紙材を積層して位置決めし、次に、加熱接着装置を利用して接着フィルムを加熱溶融して第１の紙材と第２の紙材とを接着固定し、最後に、紙巻取り装置を利用して積層紙を巻き取ることにより、自動化処理を実現し、コストを減少させ、歩留まりを高めることができる紙材の加熱接着装置に関する。 The present invention relates to a heat bonding apparatus for paper, and in particular, first, a first paper material, an adhesive film, and a second paper material are stacked and positioned using a paper feeder, and then the heat bonding apparatus. The adhesive film is heated and melted by using and the first paper material and the second paper material are bonded and fixed. Finally, the laminated paper is taken up by using a paper winder to realize an automated process. In addition, the present invention relates to a paper material heat bonding apparatus that can reduce costs and increase yield.

人々の生活レベルが高まり、環境保護が重視されるにつれ、製品を包装する際、紙類を使用することが益々普及している。紙類の使用は、単層の紙として使用される以外に、紙材を積層させて段ボール板、厚紙板などを構成する場合もある。段ボール板、厚紙板などを製造する過程においては、接着剤（糊、樹脂など）が各層の紙材間に塗布され、各層の紙材が積層されて接着固定される。 As people's living standards increase and environmental protection is emphasized, the use of paper is becoming increasingly popular when packaging products. In addition to being used as a single-layer paper, paper may be used to form a corrugated board or a cardboard board by laminating paper materials. In the process of manufacturing a corrugated board, a cardboard board, etc., an adhesive (glue, resin, etc.) is applied between the paper materials of each layer, and the paper materials of each layer are laminated and bonded and fixed.

一般に、紙材を接着する加工工程は、接着剤が充填された容器中から接着剤が取り出されて２つの紙材の対向する表面の一方の表面又は両方の表面に塗布され、２つの紙材が積層された上、圧力が加えられ、平坦にされる。接着剤が凝結して固化すると、２つの紙材が積層固定される。多数の紙材を積層する場合、上述の方法が繰り返され、多数の紙材に接着剤が塗布され、積層されて接着固定される。 In general, in the processing step of bonding paper materials, the adhesive is taken out from a container filled with the adhesive and applied to one or both surfaces of the opposing surfaces of the two paper materials. Are stacked and pressure is applied to flatten them. When the adhesive is condensed and solidified, the two paper materials are laminated and fixed. When a large number of paper materials are stacked, the above-described method is repeated, and an adhesive is applied to the large number of paper materials, stacked, and bonded and fixed.

しかし、接着剤の塗布は、刷毛を使う手作業で行われ、作業員が刷毛に接着剤をつけた後、接着剤を紙材表面に塗布する。従って、作業員によって刷毛につけられる接着剤の量が異なる上、紙材表面に塗布される接着剤の量も異なる。そのため、接着剤の塗布量が不足する場合、積層板を運搬又は使用する際、紙材が剥離する虞がある。また、接着剤の塗布量が過多である場合、紙材を積層して圧力を加えて平坦にする際、過多の接着剤が紙材の周縁から溢れ出し、接着装置の側壁又は上下表面に付着し、不良品となる虞がある。或いは、完成品を保管、運搬又は使用する際、製品同士が接着し合い、接着部分を分離させる際、紙材が損壊して不良品となる虞がある。 However, the application of the adhesive is performed manually using a brush, and after an operator attaches the adhesive to the brush, the adhesive is applied to the surface of the paper material. Accordingly, the amount of adhesive applied to the brush varies depending on the worker, and the amount of adhesive applied to the surface of the paper material also varies. Therefore, when the application amount of the adhesive is insufficient, the paper material may be peeled off when the laminated board is transported or used. Also, if the amount of adhesive applied is excessive, when stacking paper and applying pressure to flatten it, excessive adhesive overflows from the periphery of the paper and adheres to the side walls or upper and lower surfaces of the bonding device. However, there is a possibility of becoming a defective product. Alternatively, when the finished product is stored, transported or used, the products adhere to each other, and when separating the bonded parts, the paper material may be damaged and become defective.

手作業での紙材の接着処理は、難度が高い上、煩雑であるため、紙材接着の自動化処理を実現する装置が案出された。これにより、人件費を節約し、処理速度を高めることができる。紙材接着装置は、接着剤製造装置、接着剤製造タンク、接着剤合成タンク、上部接着剤ローラ、接着剤除去板などが順番に設置された作業テーブルである。
これにより、２つの紙材に接着剤を塗布し、過多の接着剤を除去する作業を自動で行うことができる。しかし、上述の自動化生産ラインにおいては、１つの作業場で１つの処理しか行うことができないため、上述の複数の機械を設置するには、大きな空間が占有される上、設置コストが多くかかる。 Since manual paper material bonding processing is difficult and complicated, an apparatus has been devised that realizes automatic paper material bonding processing. Thereby, labor costs can be saved and the processing speed can be increased. The paper material bonding apparatus is a work table in which an adhesive manufacturing apparatus, an adhesive manufacturing tank, an adhesive synthesis tank, an upper adhesive roller, an adhesive removing plate, and the like are sequentially installed.
Thereby, it is possible to automatically perform an operation of applying the adhesive to the two paper materials and removing the excessive adhesive. However, in the above-described automated production line, since only one process can be performed in one work place, a large space is occupied and a large installation cost is required to install the plurality of machines described above.

即ち、手作業による処理では、作業員によって処理が均一でなかったり、同一の作業員であっても、毎回の処理が均一でなかったりする虞がある。また、自動化生産ラインによる加工では、占有空間が大きい上、コストが高い問題を有する。そこで、上述の従来技術における問題及び欠点を解決することが求められていた。 That is, in the manual process, there is a possibility that the process is not uniform depending on the worker, or that the process is not uniform every time even for the same worker. Further, the processing by the automated production line has a problem that the occupied space is large and the cost is high. Therefore, it has been demanded to solve the problems and disadvantages in the above-described prior art.

本考案の考案者は、当該技術に長年従事しており、上述の問題及び欠点に鑑み、関連資料を収集し、試作及び改良を幾度も重ね、本考案の紙材の加熱接着装置を案出した。 The inventor of the present invention has been engaged in the technology for many years, and in view of the above-mentioned problems and disadvantages, collected related materials, repeated trial manufacture and improvement, and devised the paper material heat bonding apparatus of the present invention. did.

特開２００３−２２６３０５公報JP 2003-226305 A

本考案の第１の目的は、紙送り装置の第１の紙材ローラから第１の紙材が放出され、接着フィルムローラから接着フィルムが放出され、第２の紙材ローラから第２の紙材が放出され、第１の紙材、接着フィルム及び第２の紙材は、位置決めローラによって積層されて位置決めされ、積層された第１の紙材、接着フィルム及び第２の紙材は、加熱接着装置の第１のガイドローラを通過した後、加熱板上方を接触しながら通過し、加熱板下方の少なくとも１つの加熱装置によって加熱処理が行われ、接着フィルムが加熱溶融されて第１の紙材と第２の紙材とが接着固定され、全自動化が行われることにより、処理速度を高めることができ、固体である上、寸法を正確に制御することができる接着フィルムが使用されることにより、接着剤の量を節約し、接着剤が溢れ出すのを防止し、歩留まりを高めることができる紙材の加熱接着装置を提供することにある。 The first object of the present invention is to release the first paper material from the first paper material roller of the paper feeding device, the adhesive film from the adhesive film roller, and the second paper material from the second paper material roller. The first paper material, the adhesive film, and the second paper material are laminated and positioned by the positioning roller, and the laminated first paper material, adhesive film, and second paper material are heated. After passing through the first guide roller of the bonding apparatus, it passes through the upper side of the heating plate while being in contact with it, heat treatment is performed by at least one heating unit below the heating plate, and the adhesive film is heated and melted to form the first paper. The material and the second paper material are bonded and fixed, and full automation is performed, so that the processing speed can be increased, and an adhesive film that is solid and capable of accurately controlling dimensions is used. To reduce the amount of adhesive. And, to prevent the adhesive overflows is to provide a heat bonding apparatus of a paper material capable of increasing the yield.

本考案の第２の目的は、紙送り装置、加熱接着装置及び紙巻取り装置しか設けられない上、紙送り装置、加熱接着装置及び紙巻取り装置の構造は、簡単であるため、装置の体積を縮小することができ、占有空間が少ないのみならず、コストを大幅に減少させることができる紙材の加熱接着装置を提供することにある。 The second object of the present invention is that only the paper feeding device, the heat bonding device and the paper winding device are provided, and the structure of the paper feeding device, the heat bonding device and the paper winding device is simple. An object of the present invention is to provide a paper material heat bonding apparatus that can be reduced in size, not only occupies less space, but can significantly reduce costs.

本考案の第３の目的は、紙送り装置には、第１の紙材ローラ、接着フィルムローラ、第２の紙材ローラ及び位置決めローラが枢着される複数の支持台が設けられ、複数の支持台は、それぞれ高さが異なり、位置決めローラの位置は、第１の紙材ローラ、接着フィルムローラ及び第２の紙材ローラの位置より高く、加熱接着装置には、第１のガイドローラ及び第２のガイドローラが枢着される２つの枢着台が設けられ、第１のガイドローラ及び第２のガイドローラの位置は、加熱板上部の位置より低く、複数の支持台及び２つの枢着台により、第１の紙材ローラ、接着フィルムローラ、第２の紙材ローラ、位置決めローラ、第１のガイドローラ、加熱板及び第２のガイドローラは、上下交差状となり、第１の紙材、接着フィルム及び第２の紙材と、第１の紙材、接着フィルム及び第２の紙材が積層され、接着固定されて形成される積層紙とは、加工工程において、確実に積層されて位置決めされるため、偏移したり、傾斜したりせず、加熱板上方に確実に接触し、これにより、第１の紙材、接着フィルム及び第２の紙材を確実に展開させ、折れ目が発生せず、また、紙巻取り装置の紙巻取りローラの位置が第２のガイドローラより高い位置にあるため、積層紙を確実に紙巻取りローラ上に位置合わせして巻取ることができ、歩留まりを高めることができる紙材の加熱接着装置を提供することにある。 A third object of the present invention is to provide a paper feeder having a plurality of support bases on which a first paper material roller, an adhesive film roller, a second paper material roller, and a positioning roller are pivotally attached. The heights of the support bases are different, and the position of the positioning roller is higher than the positions of the first paper material roller, the adhesive film roller, and the second paper material roller. Two pivot mounts on which the second guide roller is pivotally mounted are provided, and the positions of the first guide roller and the second guide roller are lower than the position of the upper part of the heating plate. The first paper material roller, the adhesive film roller, the second paper material roller, the positioning roller, the first guide roller, the heating plate, and the second guide roller are vertically crossed by the platform, and the first paper Material, adhesive film and second paper material The laminated paper formed by laminating the first paper material, the adhesive film, and the second paper material, and being bonded and fixed, is surely laminated and positioned in the processing step. Without tilting, it reliably contacts the upper part of the heating plate, thereby developing the first paper material, the adhesive film and the second paper material reliably, without causing any creases, and the paper winding device Since the position of the paper take-up roller is higher than the second guide roller, the laminated paper can be reliably aligned and wound on the paper take-up roller, and the heat bonding of the paper material can improve the yield. To provide an apparatus.

本考案の第４の目的は、加熱接着装置に円形の２つの加熱板が設けられ、２つの加熱板は、第１のガイドローラより高位置及び低位置に設置され、積層された第１の紙材、接着フィルム及び第２の紙材は、一方の加熱板の上方を接触しながら通過した後、他方の加熱板の下方を接触しながら通過し、２つの加熱板の積層された第１の紙材、接着フィルム及び第２の紙材が接触する上方及び下方の対向する内側には、少なくとも１つの加熱装置が設けられ、積層された第１の紙材、接着フィルム及び第２の紙材が加熱板を接触しながら通過することにより、加熱経路が長くなって加熱時間が長くなることにより、第１の紙材と第２の紙材とを確実に接着させ、接着速度を高めることができるため、生産速度を高めることができる紙材の加熱接着装置を提供することにある。 A fourth object of the present invention is to provide two circular heating plates in the heating bonding apparatus, and the two heating plates are installed at a higher position and a lower position than the first guide roller and stacked. The paper material, the adhesive film, and the second paper material pass while contacting the upper side of one heating plate, then pass while contacting the lower side of the other heating plate, and the first of the two heating plates stacked. At least one heating device is provided on the upper and lower opposing inner sides where the paper material, the adhesive film, and the second paper material are in contact, and the first paper material, the adhesive film, and the second paper that are laminated By passing the material while contacting the heating plate, the heating path becomes longer and the heating time becomes longer, so that the first paper material and the second paper material are securely bonded, and the bonding speed is increased. Heat-bonding paper materials that can increase production speed It is to provide a location.

本考案の第５の目的は、第２のガイドローラが第１のガイドローラから離れた方の加熱板の上方に位置する上、加熱板の円心と外縁との間に対向することにより、積層された第１の紙材、接着フィルム及び第２の紙材が円形の加熱板の下半円を接触しながら通過した後、上半円も所定距離接触し続けるため、加熱経路を長くすることができる紙材の加熱接着装置を提供することにある。 The fifth object of the present invention is that the second guide roller is located above the heating plate away from the first guide roller, and is opposed to the center of the heating plate and the outer edge. After the laminated first paper material, adhesive film and second paper material pass through the lower half circle of the circular heating plate while contacting, the upper half circle also keeps contacting for a predetermined distance, so the heating path is lengthened. An object of the present invention is to provide a heat bonding apparatus for paper.

上記の課題を解決するために、請求項１の考案は、紙送り装置、加熱接着装置及び紙巻取り装置を備える紙材の加熱接着装置であって、紙送り装置には、第１の紙材が巻設される第１の紙材ローラ、加熱溶融接着剤からなる接着フィルムが巻設される接着フィルムローラ及び第２の紙材が巻設される第２の紙材ローラが設けられ、第２の紙材ローラの接着フィルムローラと反対側の側部には、第１の紙材ローラ、接着フィルムローラ及び第２の紙材ローラの位置より高い位置に設けられる位置決めローラが設けられ、第１の紙材、接着フィルム及び第２の紙材は、位置決めローラを接触しながら通過して順番に積層されて位置決めされ、加熱接着装置は、紙送り装置の位置決めローラを有する側の側部に対向設置され、加熱接着装置の紙送り装置と隣り合う一方の側部には、積層された第１の紙材、接着フィルム及び第２の紙材を接触させながら通過させ、下方に位置決めする第１のガイドローラが設けられ、第１のガイドローラの位置は、位置決めローラの位置より低く、第１のガイドローラの紙送り装置と反対側の側部には、円形の加熱板が２つ設けられ、２つの加熱板は、第１のガイドローラに対向し、高位置及び低位置にそれぞれ設置され、積層された第１の紙材、接着フィルム及び第２の紙材は、紙送り装置に近い側の一方の加熱板の上方を接触しながら通過した後、他方の加熱板の下方を接触しながら通過し、２つの加熱板の積層された第１の紙材、接着フィルム及び第２の紙材が接触する上方及び下方の内側には、接着フィルムを加熱溶融し、第１の紙材と第２の紙材とを接着固定して積層紙を形成する少なくとも１つの加熱装置が設けられ、２つの加熱板の第１のガイドローラと反対側の側部には、２つの加熱板及び第２のガイドローラの位置より高く、積層紙を接触させながら通過させる第３のガイドローラが設けられ、紙巻取り装置は、加熱接着装置の紙送り装置と反対側の側部に位置し、紙送り装置、加熱接着装置及び紙巻取り装置は、直線状に配列され、紙巻取り装置には、第３のガイドローラの位置より低く、積層紙を巻取る紙巻取りローラが設けられることを特徴とする紙材の加熱接着装置である。 In order to solve the above-mentioned problems, the invention of claim 1 is a paper material heat-bonding device including a paper feeding device, a heat-bonding device, and a paper winding device, and the paper-feeding device includes a first paper material. A first paper material roller on which is wound, an adhesive film roller on which an adhesive film made of a hot-melt adhesive is wound, and a second paper material roller on which a second paper material is wound, A positioning roller provided at a position higher than the positions of the first paper material roller, the adhesive film roller, and the second paper material roller is provided on the side of the second paper material roller opposite to the adhesive film roller. The first paper material, the adhesive film, and the second paper material are passed through the positioning roller while being in contact with each other and stacked and positioned in order, and the heating adhesive device is placed on the side of the paper feeding device on the side having the positioning roller. Opposite installation, paper feed of heating adhesive device A first guide roller that allows the first paper material, the adhesive film, and the second paper material, which are laminated, to pass through while being in contact with each other and to be positioned downward is provided on one side portion adjacent to the device. The position of the guide roller is lower than the position of the positioning roller, and two circular heating plates are provided on the side of the first guide roller on the side opposite to the paper feeding device. The first paper material, the adhesive film, and the second paper material, which are installed at the high position and the low position, respectively, are positioned above one heating plate on the side close to the paper feeder. After passing while contacting, passing under the other heating plate while contacting, the upper and lower inner sides where the first paper material, the adhesive film and the second paper material on which the two heating plates are stacked contact each other The first and second paper materials are melted by heating the adhesive film. And at least one heating device for forming a laminated paper by bonding and fixing the two heating plates and the side of the two heating plates opposite to the first guide roller. There is provided a third guide roller that is higher than the position and allows the laminated paper to pass therethrough, and the paper winding device is located on the side opposite to the paper feeding device of the heat bonding device. And the paper winding device are linearly arranged, and the paper winding device is provided with a paper winding roller that is lower than the position of the third guide roller and winds the laminated paper. It is.

請求項２の考案は、紙送り装置には、第１の紙材ローラ、接着フィルムローラ、第２の紙材ローラ及び位置決めローラがそれぞれ枢着され、高さの異なる支持台が設けられ、位置決めローラは、第１の紙材ローラ、接着フィルムローラ及び第２の紙材ローラの位置より高く、加熱接着装置には、第１のガイドローラ及び第２のガイドローラがそれぞれ枢着される２つの枢着台が設けられ、第１のガイドローラは、位置決めローラの位置より低く、紙送り装置には、第１の紙材ローラ、接着フィルムローラ及び第２の紙材ローラの側辺にそれぞれ設置される少なくとも２つのベース台が設けられることを特徴とする請求項１に記載の紙材の加熱接着装置である。 In the invention of claim 2, the paper feeding device includes a first paper material roller, an adhesive film roller, a second paper material roller, and a positioning roller, which are pivotally attached to each other, and are provided with support tables having different heights. The rollers are higher than the positions of the first paper material roller, the adhesive film roller, and the second paper material roller, and the heating and bonding apparatus includes two rollers on which the first guide roller and the second guide roller are pivotally attached. A pivot base is provided, the first guide roller is lower than the position of the positioning roller, and the paper feeding device is installed on each side of the first paper roller, adhesive film roller, and second paper roller. The paper material heat bonding apparatus according to claim 1, wherein at least two base stands are provided.

請求項３の考案は、紙送り装置の位置決めローラ下方には、第１のガイドローラの位置より高い方向転換ローラが設けられ、第１の紙材、接着フィルム及び第２の紙材は、位置決めローラ及び方向転換ローラによって反対方向に押圧され、紙送り装置の第１の紙材ローラの第２の紙材ローラに近い側の側部の上方には、第１の紙材をガイドした後、位置決めローラに接触させるガイドローラが設けられ、紙送り装置には、ガイドローラが枢着される支持台が設けられ、加熱接着装置の第１のガイドローラから離れた方の加熱板上方には、積層紙を接触させながら通過させ、位置決めする第２のガイドローラが設けられ、第２のガイドローラは、加熱板の円心と外縁との間に対向することを特徴とする請求項１に記載の紙材の加熱接着装置である。 According to the invention of claim 3, a direction changing roller higher than the position of the first guide roller is provided below the positioning roller of the paper feeding device, and the first paper material, the adhesive film and the second paper material are positioned. After the first paper material is guided above the side near the second paper material roller of the first paper material roller of the paper feeding device, which is pressed in the opposite direction by the roller and the direction changing roller, A guide roller is provided in contact with the positioning roller, and the paper feeding device is provided with a support base on which the guide roller is pivotally mounted. Above the heating plate away from the first guide roller of the heat bonding device, The second guide roller for passing and positioning the laminated paper while being in contact is provided, and the second guide roller is opposed to the center of the heating plate and the outer edge. This is a heat bonding machine for paper materials. .

本考案の紙材の加熱接着装置によれば、先ず、紙送り装置の第１の紙材ローラ、接着フィルムローラ及び第２の紙材ローラにより、ロール状の第１の紙材、接着フィルム及び第２の紙材が送り出され、位置決めローラによって積層されて位置決めされる。次に、積層された第１の紙材、接着フィルム及び第２の紙材は、加熱接着装置の第１のガイドローラによってガイドされた後、加熱板を接触しながら通過し、加熱板の少なくとも１つの加熱装置によって接着フィルムが加熱溶融され、第１の紙材と第２の紙材とが接着固定されて積層紙が形成される。積層紙は、第２のガイドローラを通過した後、紙巻取り装置の紙巻取りローラに巻取られる。以上の構造によって自動化処理が実現され、コストを減少させ、歩留まりを高めることができる。 According to the paper material heating and bonding apparatus of the present invention, first, the first paper material roller, the adhesive film roller, and the second paper material roller of the paper feeding device are used to form a roll-shaped first paper material, adhesive film, and The second paper material is fed out and stacked and positioned by a positioning roller. Next, the laminated first paper material, adhesive film, and second paper material are guided by the first guide roller of the heat bonding apparatus, and then pass through the heating plate while being in contact with each other. The adhesive film is heated and melted by one heating device, and the first paper material and the second paper material are bonded and fixed to form a laminated paper. After the laminated paper passes through the second guide roller, it is taken up by the paper take-up roller of the paper take-up device. With the above structure, an automation process can be realized, and the cost can be reduced and the yield can be increased.

本考案の第１実施形態による紙材の加熱接着装置を示す側面図である。It is a side view which shows the heat bonding apparatus of the paper material by 1st Embodiment of this invention. 本考案の第１実施形態による紙材の加熱接着装置の使用状態を示す側面図である。It is a side view which shows the use condition of the heat bonding apparatus of the paper material by 1st Embodiment of this invention. 本考案の第２実施形態による紙材の加熱接着装置の使用状態を示す側面図である。It is a side view which shows the use condition of the heat bonding apparatus of the paper material by 2nd Embodiment of this invention.

本考案の目的及び効果を実現するために採用した手段及び構造を示す実施形態を図面に沿って詳細に説明する。 Embodiments showing the means and structure adopted to realize the objects and effects of the present invention will be described in detail with reference to the drawings.

（第１実施形態）
図１及び図２を参照して説明する。
図１は、本考案の第１実施形態による紙材の加熱接着装置を示す側面図である。図２は、本考案の第１実施形態による紙材の加熱接着装置の使用状態を示す側面図である。図１及び図２に示すように、本考案の紙材の加熱接着装置は、紙送り装置１、加熱接着装置２及び紙巻取り装置３を含む。 (First embodiment)
This will be described with reference to FIGS.
FIG. 1 is a side view showing a paper material heat bonding apparatus according to a first embodiment of the present invention. FIG. 2 is a side view showing a usage state of the paper material heat bonding apparatus according to the first embodiment of the present invention. As shown in FIGS. 1 and 2, the paper material heat bonding apparatus of the present invention includes a paper feeding apparatus 1, a heat bonding apparatus 2, and a paper winding apparatus 3.

紙送り装置１には、第１の紙材４１が巻設される第１の紙材ローラ１１と、接着フィルム４２が巻設される接着フィルムローラ１２と、第２の紙材４３が巻設される第２の紙材ローラ１３と、が設けられる。接着フィルム４２は、加熱溶融接着剤からなる。第２の紙材ローラ１３の接着フィルムローラ１２と反対側の側部には、第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３の位置より高い位置に設けられる位置決めローラ１４が設けられる。第１の紙材４１、接着フィルム４２及び第２の紙材４３は、位置決めローラ１４の上方を接触しながら通過し、順番に積層されて位置決めされる。また、第１の紙材ローラ１１、接着フィルムローラ１２、第２の紙材ローラ１３及び位置決めローラ１４は、所定の高さを有する支持台１５に枢着される。 In the paper feeding device 1, a first paper material roller 11 on which a first paper material 41 is wound, an adhesive film roller 12 on which an adhesive film 42 is wound, and a second paper material 43 are wound. A second paper material roller 13 is provided. The adhesive film 42 is made of a heat-melt adhesive. Positioning provided on a side of the second paper material roller 13 opposite to the adhesive film roller 12 at a position higher than the positions of the first paper material roller 11, the adhesive film roller 12, and the second paper material roller 13. A roller 14 is provided. The first paper material 41, the adhesive film 42, and the second paper material 43 pass through the positioning roller 14 while being in contact with each other, and are stacked and positioned in order. Further, the first paper material roller 11, the adhesive film roller 12, the second paper material roller 13 and the positioning roller 14 are pivotally attached to a support base 15 having a predetermined height.

加熱接着装置２は、紙送り装置１の位置決めローラ１４を有する側の側部に対向設置される。加熱接着装置２の紙送り装置１と隣り合う一方の側部には、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３を接触させながら通過させ、下方に位置決めする第１のガイドローラ２１が設けられる。第１のガイドローラ２１の位置は、位置決めローラ１４の位置より低い。第１のガイドローラ２１の紙送り装置１と反対側の側部には、弧形で上部が第１のガイドローラ２１の位置より高い加熱板２２が設けられる。
積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、加熱板２２の上方を接触しながら通過する。加熱板２２の下方には、接着フィルム４２を加熱溶融し、第１の紙材４１と第２の紙材４３と接着固定して積層紙４を形成する少なくとも１つの加熱装置２２１が設けられる。加熱板２２の第１のガイドローラ２１と反対側の側部には、積層紙４を接触させながら通過させ、位置決めする第２のガイドローラ２３が設けられる。第２のガイドローラ２３の位置は、加熱板２２上部の位置より低い。 The heat bonding apparatus 2 is installed opposite to the side portion of the paper feeding apparatus 1 on the side having the positioning roller 14. The first paper material 41, the adhesive film 42, and the second paper material 43 that are laminated are passed through one side portion adjacent to the paper feeding device 1 of the heat bonding device 2 and positioned downward. A first guide roller 21 is provided. The position of the first guide roller 21 is lower than the position of the positioning roller 14. On the side of the first guide roller 21 opposite to the paper feeding device 1, a heating plate 22 having an arc shape and an upper portion higher than the position of the first guide roller 21 is provided.
The laminated first paper material 41, adhesive film 42 and second paper material 43 pass over the heating plate 22 while being in contact with each other. Below the heating plate 22 is provided at least one heating device 221 that heats and melts the adhesive film 42 and adheres and fixes the first paper material 41 and the second paper material 43 to form the laminated paper 4. On the side of the heating plate 22 opposite to the first guide roller 21, there is provided a second guide roller 23 that allows the laminated paper 4 to pass through and is positioned. The position of the second guide roller 23 is lower than the position above the heating plate 22.

紙巻取り装置３は、加熱接着装置２の紙送り装置１と反対側の側部に位置する。即ち、紙送り装置１、加熱接着装置２及び紙巻取り装置３は、直線状に配列される。紙巻取り装置３には、第２のガイドローラ２３の位置より高く、積層紙４を巻取る紙巻取りローラ３１が設けられる。 The paper winding device 3 is located on the side of the heat bonding device 2 opposite to the paper feeding device 1. That is, the paper feeding device 1, the heat bonding device 2, and the paper winding device 3 are arranged linearly. The paper winding device 3 is provided with a paper winding roller 31 that winds up the laminated paper 4 and is higher than the position of the second guide roller 23.

紙送り装置１には、第１の紙材ローラ１１、接着フィルムローラ１２、第２の紙材ローラ１３及び位置決めローラ１４が枢着される複数の支持台１５が設けられる。複数の支持台１５は、それぞれ高さが異なり、位置決めローラ１４の位置は、第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３の位置より高い。加熱接着装置２には、第１のガイドローラ２１及び第２のガイドローラ２３が枢着される枢着台２４が設けられる。第１のガイドローラ２１及び第２のガイドローラ２３の位置は、加熱板２２上部の位置より低い。
複数の支持台１５及び２つの枢着台２４により、第１の紙材ローラ１１、接着フィルムローラ１２、第２の紙材ローラ１３、位置決めローラ１４、第１のガイドローラ２１、加熱板２２及び第２のガイドローラ２３は、上下交差状となり、第１の紙材４１、接着フィルム４２及び第２の紙材４３と、第１の紙材４１、接着フィルム４２及び第２の紙材４３が積層され、接着固定されて形成される積層紙４とは、加工工程において、確実に積層されて位置決めされる上、加熱板２２上方に確実に接触する。
これにより、第１の紙材４１、接着フィルム４２及び第２の紙材４３を確実に展開させ、折れ目が発生しない。また、確実に接触させた後、回動させる方式によって移動させることにより、第１の紙材４１、接着フィルム４２及び第２の紙材４３が偏移したり、傾斜したりしない。また、紙巻取り装置３の紙巻取りローラ３１が第２のガイドローラ２３より高い位置にあるため、積層紙４を確実に紙巻取りローラ３１上に位置合わせして巻取ることができ、歩留まりを高めることができる。 The paper feeding device 1 is provided with a plurality of support bases 15 on which a first paper material roller 11, an adhesive film roller 12, a second paper material roller 13 and a positioning roller 14 are pivotally attached. The plurality of support bases 15 have different heights, and the position of the positioning roller 14 is higher than the positions of the first paper material roller 11, the adhesive film roller 12, and the second paper material roller 13. The heat bonding apparatus 2 is provided with a pivot base 24 on which the first guide roller 21 and the second guide roller 23 are pivotally mounted. The positions of the first guide roller 21 and the second guide roller 23 are lower than the position above the heating plate 22.
By a plurality of support bases 15 and two pivot bases 24, a first paper material roller 11, an adhesive film roller 12, a second paper material roller 13, a positioning roller 14, a first guide roller 21, a heating plate 22, and The second guide roller 23 is vertically crossed so that the first paper material 41, the adhesive film 42, and the second paper material 43, and the first paper material 41, the adhesive film 42, and the second paper material 43 are included. In the processing step, the laminated paper 4 formed by being laminated and fixed by adhesion is surely laminated and positioned, and reliably contacts the heating plate 22.
Thereby, the 1st paper material 41, the adhesive film 42, and the 2nd paper material 43 are expand | deployed reliably, and a crease | fold does not generate | occur | produce. In addition, the first paper material 41, the adhesive film 42, and the second paper material 43 are not shifted or inclined by being moved by a rotating method after being brought into reliable contact. Further, since the paper take-up roller 31 of the paper take-up device 3 is located higher than the second guide roller 23, the laminated paper 4 can be surely aligned on the paper take-up roller 31 and taken up, thereby increasing the yield. be able to.

上述の加熱接着装置２の少なくとも１つの加熱装置２２１は、加熱板２２の下表面に設置されるか、或いは、加熱板２２の下表面に間隔をあけて設置される。加熱装置２２１の機能及び加熱温度は、接着フィルム４２の材質及び溶融温度に基づいて調整される。加熱装置２２１は、加熱板、赤外線加熱装置、蒸気加熱装置、電磁波加熱装置又は高周波加熱装置であり、接着フィルム４２を加熱溶融する機能を有すればよく、加熱装置２２１の構造は、本考案の範囲を限定するものではなく、他の修飾及び同等効果である変更は、すべて本考案に含まれる。 At least one heating device 221 of the above-described heating bonding device 2 is installed on the lower surface of the heating plate 22 or is installed on the lower surface of the heating plate 22 with a gap. The function and heating temperature of the heating device 221 are adjusted based on the material and melting temperature of the adhesive film 42. The heating device 221 is a heating plate, an infrared heating device, a steam heating device, an electromagnetic wave heating device, or a high frequency heating device, and may have a function of heating and melting the adhesive film 42. The structure of the heating device 221 is the same as that of the present invention. The scope of the present invention is not limited, and all other modifications and equivalent effects are included in the present invention.

本考案の紙材の加熱接着装置を使用する際、先ず、ロール状の第１の紙材４１、接着フィルム４２及び第２の紙材４３を紙送り装置１の第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３にそれぞれ装着する。第１の紙材４１、接着フィルム４２及び第２の紙材４３は、ロール状の第１の紙材４１、接着フィルム４２及び第２の紙材４３からそれぞれ引き出されて積層される上、位置決めローラ１４上方を通過した後、加熱接着装置２の第１のガイドローラ２１の下方を通過する。第１の紙材４１、接着フィルム４２及び第２の紙材４３は、積層された後、位置決めローラ１４の上方を通過することにより、押圧されて位置決めされる。また、位置決めローラ１４が回転して第１の紙材４１、接着フィルム４２及び第２の紙材４３を移動させるため、第１の紙材４１、接着フィルム４２及び第２の紙材４３に均一に圧力が加わり、偏移したり、傾斜したりすることがない。 When the paper material heat bonding apparatus of the present invention is used, first, the roll-shaped first paper material 41, the adhesive film 42, and the second paper material 43 are transferred to the first paper material roller 11 of the paper feeding device 1, Attached to the adhesive film roller 12 and the second paper material roller 13, respectively. The first paper material 41, the adhesive film 42, and the second paper material 43 are pulled out from the roll-shaped first paper material 41, the adhesive film 42, and the second paper material 43, respectively, and positioned. After passing over the roller 14, it passes under the first guide roller 21 of the heat bonding apparatus 2. The first paper material 41, the adhesive film 42, and the second paper material 43 are laminated by being pressed and positioned by passing over the positioning roller 14. Further, since the positioning roller 14 is rotated to move the first paper material 41, the adhesive film 42 and the second paper material 43, the first paper material 41, the adhesive film 42 and the second paper material 43 are uniform. No pressure is applied to it, and it does not shift or tilt.

また、加熱接着装置２の第１のガイドローラ２１の位置が位置決めローラ１４の位置より低いため、第１の紙材４１、接着フィルム４２又は第２の紙材４３は、第１のガイドローラ２１の下方を通過する際、押圧されて位置決めされる。また、加熱板２２上部の位置が第１のガイドローラ２１及び第２のガイドローラ２３の位置より高いため、第１の紙材４１、接着フィルム４２及び第２の紙材４３は、加熱板２２を接触しながら通過する。この際、加熱板２２下方の少なくとも１つの加熱装置２２１が加熱を行い、加熱板２２の温度が接着フィルム４２の溶融温度より高くなる。これにより、第１の紙材４１、接着フィルム４２及び第２の紙材４３が加熱板２２に接触しながら通過する際、接着フィルム４２が加熱溶融され、上下両側の第１の紙材４１と第２の紙材４３とが接着固定されて積層紙４が形成される。 In addition, since the position of the first guide roller 21 of the heat bonding apparatus 2 is lower than the position of the positioning roller 14, the first paper material 41, the adhesive film 42, or the second paper material 43 is the first guide roller 21. When passing below, it is pressed and positioned. Moreover, since the position of the upper part of the heating plate 22 is higher than the positions of the first guide roller 21 and the second guide roller 23, the first paper material 41, the adhesive film 42 and the second paper material 43 are connected to the heating plate 22. Pass through while touching. At this time, at least one heating device 221 below the heating plate 22 performs heating, and the temperature of the heating plate 22 becomes higher than the melting temperature of the adhesive film 42. Thus, when the first paper material 41, the adhesive film 42, and the second paper material 43 pass while contacting the heating plate 22, the adhesive film 42 is heated and melted, and the first paper material 41 on both the upper and lower sides The laminated paper 4 is formed by being bonded and fixed to the second paper material 43.

積層紙４は、第２のガイドローラ２３下方を通過し、第２のガイドローラ２３によって押圧され、第１の紙材４１と第２の紙材４３とが確実に接着固定される。また、紙巻取り装置３の位置が第２のガイドローラ２３の紙巻取りローラ３１の位置よりも高いため、第１の紙材ローラ１１の第１の紙材４１、接着フィルムローラ１２の接着フィルム４２及び第２の紙材ローラ１３の第２の紙材４３が全て放出されるまで、積層紙４が紙巻取りローラ３１にスムーズに巻取られる。積層紙４が紙巻取りローラ３１に全て巻取られた後、巻取られた積層紙４を取り外し、新しいロール状の第１の紙材４１、接着フィルム４２及び第２の紙材４３に交換することにより、次の紙材の加熱接着作業を行うことができる。 The laminated paper 4 passes under the second guide roller 23 and is pressed by the second guide roller 23, and the first paper material 41 and the second paper material 43 are securely bonded and fixed. Further, since the position of the paper winding device 3 is higher than the position of the paper winding roller 31 of the second guide roller 23, the first paper material 41 of the first paper material roller 11 and the adhesive film 42 of the adhesive film roller 12. The laminated paper 4 is smoothly wound around the paper take-up roller 31 until all the second paper material 43 of the second paper material roller 13 is released. After all the laminated paper 4 is taken up by the paper take-up roller 31, the wound laminated paper 4 is removed and replaced with a new roll-shaped first paper material 41, adhesive film 42, and second paper material 43. Thus, the heat bonding operation of the next paper material can be performed.

上述の紙巻取りローラ３１に先に巻芯を装着することにより、積層紙４を巻芯上に巻取り、巻取りが完了した積層紙４を紙巻取りローラ３１から取り外す作業を簡単に行うことができる。上述の第１の紙材４１、接着フィルム４２又は第２の紙材４３も巻芯に巻設することにより、運搬及び紙送り装置１への装着を簡単に行うことができる。ここで、巻芯及びロール状の第１の紙材４１、接着フィルム４２又は第２の紙材４３を使用する方法及び構造は、従来技術であり、本考案の特徴を示すものではないため、ここでは、詳しく説明しない。 By attaching the core to the above-described paper winding roller 31 first, the operation of winding the laminated paper 4 on the core and removing the laminated paper 4 that has been wound up from the paper winding roller 31 can be easily performed. it can. The first paper material 41, the adhesive film 42, or the second paper material 43 described above is also wound around the winding core, so that it can be easily transported and attached to the paper feeding device 1. Here, the method and structure of using the core and roll-shaped first paper material 41, the adhesive film 42 or the second paper material 43 are conventional techniques and do not show the features of the present invention. It will not be described in detail here.

本考案の紙材の加熱接着装置を使用する際、機械を利用して自動加工処理を行うため、処理速度が速い。また、手作業で処理を行う必要がないため、生産コストを減少させることができる。また、固体の接着フィルム４２を使用するため、接着フィルム４２の厚さ、長さ、幅などの寸法を精密に計算して制御することができる。このため、従来の手作業で接着剤を塗布するのと比較して誤差が小さく、接着剤の使用量を制御することができるため、接着剤のコストを減少させることができる。また、接着後に接着剤が溢れ出す問題がないため、歩留まりを高めることができる。 When the paper material heat bonding apparatus of the present invention is used, the processing speed is fast because automatic processing is performed using a machine. Moreover, since it is not necessary to perform processing manually, production costs can be reduced. Further, since the solid adhesive film 42 is used, the thickness, length, width and other dimensions of the adhesive film 42 can be accurately calculated and controlled. For this reason, since the error is small and the amount of the adhesive used can be controlled compared to the case where the adhesive is applied manually, the cost of the adhesive can be reduced. Moreover, since there is no problem that the adhesive overflows after bonding, the yield can be increased.

また、本考案の紙材の加熱接着装置は、紙送り装置１、加熱接着装置２及び紙巻取り装置３しか設けられない上、紙送り装置１、加熱接着装置２及び紙巻取り装置３の構造は、簡単であるため、装置の体積を縮小することができ、占有空間が少ないのみならず、コストを大幅に減少させることができる。 Further, the paper material heat bonding apparatus of the present invention is provided with only the paper feeding device 1, the heat bonding device 2 and the paper winding device 3, and the structure of the paper feeding device 1, the heat bonding device 2 and the paper winding device 3 is as follows. Since it is simple, the volume of the apparatus can be reduced, and not only the occupied space is reduced, but also the cost can be greatly reduced.

（第２実施形態）
図３を参照する。図３は、本考案の第２実施形態による紙材の加熱接着装置の使用状態を示す側面図である。
図３に示すように、本考案の第２実施形態による紙材の加熱接着装置には、紙送り装置１、加熱接着装置２及び紙巻取り装置３が設けられる。紙送り装置１には、第１の紙材４１が巻設される第１の紙材ローラ１１と、接着フィルム４２が巻設される接着フィルムローラ１２と、第２の紙材４３が巻設される第２の紙材ローラ１３と、が設けられる。接着フィルム４２は、加熱溶融接着剤からなる。第２の紙材ローラ１３の接着フィルムローラ１２と反対側の側部には、第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３の位置より高い位置決めローラ１４が設けられる。位置決めローラ１４の下方には、方向転換ローラ１４１がさらに設けられる。 (Second Embodiment)
Please refer to FIG. FIG. 3 is a side view showing a usage state of the paper material heat bonding apparatus according to the second embodiment of the present invention.
As shown in FIG. 3, the paper material heat bonding apparatus according to the second embodiment of the present invention includes a paper feeding apparatus 1, a heat bonding apparatus 2, and a paper winding apparatus 3. In the paper feeding device 1, a first paper material roller 11 on which a first paper material 41 is wound, an adhesive film roller 12 on which an adhesive film 42 is wound, and a second paper material 43 are wound. A second paper material roller 13 is provided. The adhesive film 42 is made of a heat-melt adhesive. A positioning roller 14 higher than the positions of the first paper material roller 11, the adhesive film roller 12, and the second paper material roller 13 is provided on the side opposite to the adhesive film roller 12 of the second paper material roller 13. It is done. A direction changing roller 141 is further provided below the positioning roller 14.

第１の紙材４１、接着フィルム４２及び第２の紙材４３は、位置決めローラ１４の上方を接触しながら通過し、順番に積層されて位置決めされた後、方向転換ローラ１４１によって反対方向に押圧されるため、確実に位置決めされる。第１の紙材ローラ１１、接着フィルムローラ１２、第２の紙材ローラ１３及び位置決めローラ１４は、所定の高さを有する支持台１５に枢着される。第１の紙材ローラ１１の第２の紙材ローラ１３側の側部の上方には、支持台１５に枢着されるガイドローラ１６が設けられる。これにより、第１の紙材４１は、第１の紙材ローラ１１から引き出された後、ガイドローラ１６によって上方にガイドされ、位置決めローラ１４に到達する前に、接着フィルム４２及び第２の紙材４３に接触するのを防止することができる。また、紙送り装置１には、少なくとも２つ以上のベース台１７が設けられ、第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３は、支持台１５によって各ベース台１７の側辺に設置される。 The first paper material 41, the adhesive film 42, and the second paper material 43 pass over the positioning roller 14 while being in contact with each other, are stacked and positioned in order, and then pressed in the opposite direction by the direction changing roller 141. Therefore, it is positioned reliably. The first paper material roller 11, the adhesive film roller 12, the second paper material roller 13, and the positioning roller 14 are pivotally attached to a support base 15 having a predetermined height. A guide roller 16 pivotally attached to the support base 15 is provided above the side portion of the first paper material roller 11 on the second paper material roller 13 side. As a result, the first paper material 41 is drawn upward from the first paper material roller 11, guided upward by the guide roller 16, and before reaching the positioning roller 14, the adhesive film 42 and the second paper material 41. Contact with the material 43 can be prevented. Further, the paper feeding device 1 is provided with at least two or more base tables 17, and the first paper material roller 11, the adhesive film roller 12, and the second paper material roller 13 are each supported by the support table 15. 17 on the side.

加熱接着装置２は、紙送り装置１の位置決めローラ１４を有する側の側部に対向設置される。加熱接着装置２の紙送り装置１と隣り合う側部には、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３を接触しながら通過させ、下方に位置決めする第１のガイドローラ２１が設けられる。第１のガイドローラ２１の位置は、位置決めローラ１４及び方向転換ローラ１４１の位置より低い。第１のガイドローラ２１の紙送り装置１と反対側の側部には、円形の加熱板２２が２つ設けられる。２つの加熱板２２は、第１のガイドローラ２１に対向し、高位置及び低位置にそれぞれ設置される。積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、先ず、一方の加熱板２２の上方を接触しながら通過した後、他方の加熱板２２の下方を接触しながら通過する。２つの加熱板２２の積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３が接触する上方及び下方の内側には、少なくとも１つの加熱装置２２１がそれぞれ設けられる。 The heat bonding apparatus 2 is installed opposite to the side portion of the paper feeding apparatus 1 on the side having the positioning roller 14. A first paper material 41, an adhesive film 42, and a second paper material 43, which are laminated, are passed through the side portion adjacent to the paper feeding device 1 of the heat bonding device 2 while being in contact therewith, and are positioned below. The guide roller 21 is provided. The position of the first guide roller 21 is lower than the positions of the positioning roller 14 and the direction changing roller 141. Two circular heating plates 22 are provided on the side of the first guide roller 21 opposite to the paper feeding device 1. The two heating plates 22 face the first guide roller 21 and are respectively installed at a high position and a low position. The first paper material 41, the adhesive film 42, and the second paper material 43 that have been laminated first pass through the upper side of one heating plate 22 and then contact the lower side of the other heating plate 22. pass. At least one heating device 221 is provided on each of the upper and lower inner sides where the first paper material 41, the adhesive film 42, and the second paper material 43 on which the two heating plates 22 are stacked are in contact with each other.

少なくとも１つの加熱装置２２１は、接着フィルム４２を加熱溶融し、第１の紙材４１と第２の紙材４３とを接着固定して積層紙４を形成する。第１のガイドローラ２１から離れた方の加熱板２２の上方には、積層紙４を接触させながら通過させ、位置決めする第２のガイドローラ２３が設けられる。第２のガイドローラ２３は、加熱板２２の円心と外縁との間に対向する。２つの加熱板２２の第１のガイドローラ２１と反対側の側部には、２つの加熱板２２及び第２のガイドローラ２３の位置より高い第３のガイドローラ２５が設けられる。積層紙４は、第２のガイドローラ２３の第１のローラ２１側の側部を接触しながら通過した後、第３のガイドローラ２５の上方を接触しながら通過する。 At least one heating device 221 heats and melts the adhesive film 42 to bond and fix the first paper material 41 and the second paper material 43 to form the laminated paper 4. Above the heating plate 22 away from the first guide roller 21, there is provided a second guide roller 23 for passing and positioning the laminated paper 4 in contact therewith. The second guide roller 23 faces between the circle center of the heating plate 22 and the outer edge. A third guide roller 25 higher than the positions of the two heating plates 22 and the second guide roller 23 is provided on the side of the two heating plates 22 opposite to the first guide roller 21. The laminated paper 4 passes while contacting the side of the second guide roller 23 on the first roller 21 side, and then passes over the third guide roller 25 while contacting.

紙巻取り装置３は、加熱接着装置２の紙送り装置１と反対側の側部に位置する。即ち、紙送り装置１、加熱接着装置２及び紙巻取り装置３は、直線状に配列される。紙巻取り装置３には、第３のガイドローラ２５の位置より低く、積層紙４を巻取る紙巻取りローラ３１が設けられる。 The paper winding device 3 is located on the side of the heat bonding device 2 opposite to the paper feeding device 1. That is, the paper feeding device 1, the heat bonding device 2, and the paper winding device 3 are arranged linearly. The paper winding device 3 is provided with a paper winding roller 31 that winds the laminated paper 4 lower than the position of the third guide roller 25.

積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、紙送り装置１の位置決めローラ１４上方の第２の紙材ローラ１３と反対側の側面を接触しながら通過した後、方向転換し、方向転換ローラ１４１の第２の紙材ローラ１３側の側面を接触しながら通過する。位置決めローラ１４及び方向転換ローラ１４１によって反対方向に押圧されることにより、第１の紙材４１、接着フィルム４２及び第２の紙材４３は、緊密に積層されて位置決めされる。また、加熱接着装置２の２つの円形の加熱板２２により、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３が２つの加熱板２２を接触しながら通過する際の加熱経路が長くなって加熱時間が長くなるため、第１の紙材４１と第２の紙材４３とを確実に接着して輸送速度を高めることができ、生産速度を高めることができる。 The laminated first paper material 41, adhesive film 42, and second paper material 43 passed while contacting the side surface opposite to the second paper material roller 13 above the positioning roller 14 of the paper feeding device 1. Thereafter, the direction is changed, and the direction changing roller 141 passes while contacting the side surface of the second paper material roller 13 side. By being pressed in the opposite direction by the positioning roller 14 and the direction changing roller 141, the first paper material 41, the adhesive film 42, and the second paper material 43 are closely stacked and positioned. Further, the two first heating materials 22, the adhesive film 42 and the second paper material 43, which are laminated by the two circular heating plates 22 of the heat bonding apparatus 2, pass through the two heating plates 22 while being in contact with each other. Since the heating path becomes longer and the heating time becomes longer, the first paper material 41 and the second paper material 43 can be reliably bonded to increase the transportation speed, and the production speed can be increased.

加熱接着装置２の２つの円形の加熱板２２の外径は、異なるか、或いは、同一であり、必要に応じて高位置及び低位置に設置される。これにより、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、一方の円形の加熱板２２の紙送り装置１側の上方を接触しながら通過した後、他方の円形の加熱板２２の下方を接触しながら通過するため、接触して加熱される経路が長くなる。また、第２のガイドローラ２３が第１のガイドローラ２１から離れた側の加熱板２２の上方に位置する上、加熱板２２の円心と外縁との間に対向するため、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、円形の加熱板２２の下半円を接触しながら通過した後、上半円にも所定距離（第２のガイドローラ２３の位置に応じて変更される）接触し続けるため、接触して加熱される経路を長くすることができる。 The outer diameters of the two circular heating plates 22 of the heat bonding apparatus 2 are different or the same, and are installed at a high position and a low position as necessary. As a result, the first paper material 41, the adhesive film 42, and the second paper material 43 that have been laminated pass through the upper side of the one circular heating plate 22 on the paper feeding device 1 side while in contact with the other, Since it passes through the lower part of the circular heating plate 22 in contact with each other, the path heated by contact becomes longer. In addition, the second guide roller 23 is positioned above the heating plate 22 on the side away from the first guide roller 21 and faces between the center of the heating plate 22 and the outer edge. The first paper material 41, the adhesive film 42, and the second paper material 43 pass through the lower half circle of the circular heating plate 22 in contact with each other, and then pass through the upper half circle for a predetermined distance (of the second guide roller 23). Since it keeps touching (changed according to the position), it is possible to lengthen the path heated by contact.

上述の各部材は、上下位置を反転させてもよく、反転させても、実際の使用効果に影響はない。また、紙巻取り装置３の紙巻取りローラ３１と紙送り装置１側の加熱板２２との間の高さ関係、或いは、紙巻取り装置３の紙巻取りローラ３１と第２のガイドローラ２３との間の高さ関係に応じ、第３のガイドローラ２５を設置する位置を設置することができ、第３のガイドローラ２５を設置しない構造でもよい。即ち、積層紙４が紙送り装置１から離れた方の加熱板２２から紙巻取り装置３にスムーズに巻取られる機能を有すればよく、他の修飾及び同等効果である変更は、何れも本考案に含まれる。 The above-mentioned members may be reversed in the vertical position, and even if they are reversed, the actual use effect is not affected. Further, the height relationship between the paper winding roller 31 of the paper winding device 3 and the heating plate 22 on the paper feeding device 1 side, or between the paper winding roller 31 of the paper winding device 3 and the second guide roller 23. Depending on the height relationship, a position where the third guide roller 25 can be installed can be installed, and a structure in which the third guide roller 25 is not installed may be used. That is, it is sufficient if the laminated paper 4 has a function of smoothly winding up the paper sheet take-up device 3 from the heating plate 22 away from the paper feed device 1, and any other modifications and equivalent effects are the same. Included in the idea.

即ち、本考案の紙材の加熱接着装置は、先ず、紙送り装置１の第１の紙材ローラ１１、接着フィルムローラ１２及び第２の紙材ローラ１３により、ロール状の第１の紙材４１、接着フィルム４２及び第２の紙材４３が送り出され、位置決めローラ１４によって積層されて位置決めされる。次に、積層された第１の紙材４１、接着フィルム４２及び第２の紙材４３は、加熱接着装置２の第１のガイドローラ２１によってガイドされた後、加熱板２２を接触しながら通過し、加熱板２２の少なくとも１つの加熱装置２２１によって接着フィルム４２が加熱溶融され、第１の紙材４１と第２の紙材４３とが接着固定されて積層紙４が形成される。積層紙４は、第２のガイドローラ２３を通過した後、紙巻取り装置３の紙巻取りローラ３１に巻取られる。以上の構造によって自動化処理が実現され、コストを減少させ、歩留まりを高めることができる。ここで、上述の説明は、本考案の好適な実施形態を示すものであり、本考案の範囲を限定するものではない。また、本考案の明細書及び図面の内容を運用した簡易な修飾及び同等効果の構造の変更は、何れも本考案の範囲に含まれる。 That is, the paper material heat bonding apparatus according to the present invention is a first roll-shaped first paper material by the first paper material roller 11, the adhesive film roller 12, and the second paper material roller 13 of the paper feeding device 1. 41, the adhesive film 42, and the second paper material 43 are fed out and stacked and positioned by the positioning roller 14. Next, the laminated first paper material 41, adhesive film 42 and second paper material 43 are guided by the first guide roller 21 of the heat bonding apparatus 2 and then passed through the heating plate 22 while being in contact therewith. Then, the adhesive film 42 is heated and melted by at least one heating device 221 of the heating plate 22, and the first paper material 41 and the second paper material 43 are bonded and fixed to form the laminated paper 4. The laminated paper 4 passes through the second guide roller 23 and is then taken up by the paper take-up roller 31 of the paper take-up device 3. With the above structure, an automation process can be realized, and the cost can be reduced and the yield can be increased. Here, the above description shows a preferred embodiment of the present invention, and does not limit the scope of the present invention. In addition, simple modifications using the contents of the description and drawings of the present invention and changes in the structure of equivalent effects are all included in the scope of the present invention.

本考案の紙材の加熱接着装置を実施することにより、所望の効果及び目的を確実に達成することができ、本考案は実用性の高い考案であり、実用新案の出願要件を満たすものである。 By carrying out the paper material heating and bonding apparatus of the present invention, the desired effect and purpose can be reliably achieved, and the present invention is a highly practical device that satisfies the application requirements for a utility model. .

１紙送り装置
１１第１の紙材ローラ
１２接着フィルムローラ
１３第２の紙材ローラ
１４位置決めローラ
１４１方向転換ローラ
１５支持台
１６ガイドローラ
１７ベース台
２加熱接着装置
２１第１のガイドローラ
２２加熱板
２２１加熱装置
２３第２のガイドローラ
２４枢着台
２５第３のガイドローラ
３紙巻取り装置
３１紙巻取りローラ
４積層紙
４１第１の紙材
４２接着フィルム
４３第２の紙材 DESCRIPTION OF SYMBOLS 1 Paper feeder 11 1st paper material roller 12 Adhesive film roller 13 2nd paper material roller 14 Positioning roller 141 Direction change roller 15 Support stand 16 Guide roller 17 Base stand 2 Heat bonding apparatus 21 1st guide roller 22 Heating Plate 221 Heating device 23 Second guide roller 24 Pivoting base 25 Third guide roller 3 Paper winding device 31 Paper winding roller 4 Laminated paper 41 First paper material 42 Adhesive film 43 Second paper material

Claims

A paper material heat bonding apparatus comprising a paper feeding device, a heat bonding device, and a paper winding device,
In the paper feeding device, a first paper material roller on which a first paper material is wound, an adhesive film roller on which an adhesive film made of a hot-melt adhesive is wound, and a second paper material are wound. A second paper material roller provided on a side opposite to the adhesive film roller of the second paper material roller, the first paper material roller, the adhesive film roller, and the second paper. A positioning roller provided at a position higher than the position of the material roller is provided, and the first paper material, the adhesive film, and the second paper material are sequentially stacked while passing through the positioning roller while being in contact with each other. Positioned,
The heat bonding apparatus is disposed opposite to a side portion of the paper feeding device on the side having a positioning roller, and is stacked on one side portion adjacent to the paper feeding device of the heat bonding device. A first guide roller is provided for passing the paper material, the adhesive film, and the second paper material in contact with each other and positioning the paper material downward, and the position of the first guide roller is lower than the position of the positioning roller. Two circular heating plates are provided on the side of the first guide roller opposite to the paper feeding device, and the two heating plates are opposed to the first guide roller and are positioned at a high position. And the first paper material, the adhesive film, and the second paper material, which are respectively installed and stacked at a low position, pass above the heating plate on one side close to the paper feeding device while being in contact with each other. After that, under the other heating plate The adhesive film is heated and melted in the upper and lower inner sides where the first paper material, the adhesive film, and the second paper material on which the two heating plates are laminated are in contact with each other. , Provided with at least one heating device for bonding and fixing the first paper material and the second paper material to form a laminated paper, and on the opposite side of the two heating plates to the first guide roller The side portion is provided with a third guide roller that is higher than the positions of the two heating plates and the second guide roller, and allows the laminated paper to pass therethrough,
The paper winding device is located on a side of the heat bonding device opposite to the paper feeding device, and the paper feeding device, the heat bonding device, and the paper winding device are arranged in a straight line, and the paper winding device An apparatus for heating and adhering a paper material, wherein the apparatus is provided with a paper take-up roller that takes up the laminated paper and is lower than a position of the third guide roller.

In the paper feeding device, the first paper material roller, the adhesive film roller, the second paper material roller, and the positioning roller are pivotally mounted, and a support base having a different height is provided. Is higher than the position of the first paper material roller, the adhesive film roller and the second paper material roller,
The heat bonding apparatus is provided with two pivot bases on which the first guide roller and the second guide roller are pivotally mounted. The first guide roller is lower than the position of the positioning roller. ,
The paper feeding device is provided with at least two bases respectively installed on the sides of the first paper material roller, the adhesive film roller, and the second paper material roller. 2. A heat bonding apparatus for paper according to 1.

Below the positioning roller of the paper feeding device, a direction changing roller higher than the position of the first guide roller is provided, and the first paper material, the adhesive film, and the second paper material are the positioning roller. The first paper material is pressed above the side of the first paper material roller of the paper feeding device on the side close to the second paper material roller. After guiding, a guide roller is provided to be brought into contact with the positioning roller, and the paper feeding device is provided with a support base on which the guide roller is pivotally attached, and is separated from the first guide roller of the heat bonding device. Above the other heating plate, there is provided a second guide roller for passing and positioning the laminated paper while being in contact therewith, and the second guide roller is provided between the center of the heating plate and the outer edge. Opposite Heat bonding apparatus of the paper material according to claim 1, characterized in Rukoto.