JP2769667B2 - Continuous collecting pot with bottom and method of manufacturing the same - Google Patents

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【０００１】[0001]

【産業上の利用分野】この発明は植物の育苗、移植に用
いることのできる、特に展開により底を形成する六角柱
状の連続された集合鉢体とその製造方法に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hexagonal column-shaped continuous collecting pot that can be used for raising and transplanting plants, and more particularly, to form a bottom by expansion, and a method for producing the same.

【０００２】[0002]

【従来の技術】従来から、紙のような薄膜あるいはカ−
トンのような素材で構成され、展開により底部を形成す
る鉢体或は箱体が知られ、例えば特公昭48-1126 号公
報、特開平4-36122 号公報、アメリカ特許2,702,154 明
細書、アメリカ特許4,266,716 明細書、イギリス特許34
5、682 明細書には、いずれも長方形あるいは略長方形に
裁断された薄紙あるいはカ−トンを一定に形状に成形
し、接着剤を用いて組み立てられた常時は折畳まれてい
て展開により底部を形成する四角柱状の容器が開示さ
れ、また特開昭50-121040 号公報および特開平2-190121
号公報には特に展開により底部を形成する六角柱の鉢体
或は箱体を開示し、特開昭50-121040 号公報には、鉢体
の底辺より上位に底を形成するように予め型とられた型
紙により製造する六角柱状の底を有する鉢体が、特開平
2-190121号公報には、平面形状が六角柱状の鉢体の互い
に相対向する３対の側壁のいずれか１対の側壁間に、こ
の両側壁の下部延長部で形成する部分底を有する底つき
鉢体がそれぞれ開示されている。2. Description of the Related Art Conventionally, a thin film such as paper,
Pots or boxes formed of a material such as tons and forming a bottom portion by expansion are known, for example, Japanese Patent Publication No. 48-1126, Japanese Patent Application Laid-Open No. 4-36122, US Patent 2,702,154, US Patent 4,266,716 Description, UK Patent 34
5,682 In the specification, thin paper or carton cut into a rectangular or substantially rectangular shape is formed into a uniform shape, and is always folded using an adhesive, and the bottom is unfolded. A rectangular column-shaped container to be formed is disclosed, and JP-A-50-121040 and JP-A-2-190121 are disclosed.
Japanese Patent Application Laid-Open No. 50-121040 discloses a hexagonal prism-shaped pot or box which forms a bottom portion by expansion, and Japanese Patent Application Laid-Open No. 50-121040 discloses a mold in which a bottom is formed above the bottom of the pot. A pot having a hexagonal column-shaped bottom manufactured by using a cut pattern is disclosed in
Japanese Patent Application Laid-Open No. 2-190121 discloses a bottom having a partial bottom formed by a lower extension of each side wall between any one pair of three side walls facing each other of a hexagonal column-shaped pot body. Each of the pots is disclosed.

【０００３】[0003]

【発明が解決しようとする課題】上記の従来知られる展
開により底部を形成する鉢体にあって特公昭48-1126 号
公報、特開平4-36122 号公報、アメリカ特許2,702,154
明細書、アメリカ特許4,266,716 明細書およびイギリス
特許345、682 明細書の開示する鉢体は、いずれも展開形
状が四角柱状を呈する底付き鉢体に関するもので、この
発明の六角柱状の鉢体に関係しない。従って、特公昭48
-1126 号公報、アメリカ特許2,702,154 明細書、アメリ
カ特許4,266,716 明細書、イギリス特許345、682 明細書
の開示する鉢体は、この発明の鉢体を教えない 一方、
特開昭50-121040 号公報および特開平2-190121号公報が
開示する鉢体は六角柱状を呈する底付き鉢体に関する
が、特開昭50-121040 号公報にあっては複雑な折畳み工
程を経ること、および底の形成が底部と鉢体側壁を接続
する複数の折れ片の外側方向に折る折目と内側方向に折
る折り目の組み合わせによってのみなされているため、
展開時の底の形成に安定性を欠くきらいがあり、実用化
にはなお解決しなければならない問題を残し、また複雑
な折畳み工程を経るため、量産化においてなお問題を残
し、特開平2-190121号公報にあっては、展開により形成
する底部は相対するいずれか一対の鉢体側壁間にのみ渡
って帯状の部分底となるため、鉢体の口径が十分に大き
な場合には、使用する培土によってはなお鉢体からの培
土抜けの現象が生じる問題を残している。SUMMARY OF THE INVENTION A bowl which forms a bottom portion by the above-mentioned conventional development is disclosed in Japanese Patent Publication No. 48-1126, Japanese Patent Laid-Open No. 4-36122, and U.S. Pat. No. 2,702,154.
The pots disclosed in the specification, U.S. Pat.No. 4,266,716 and U.K. Patent 345,682 each relate to a pot with a bottom having a developed quadrangular prism shape, and are related to the hexagonal column-shaped pot of the present invention. do not do. Therefore,
No. -1126, U.S. Pat.No. 2,702,154, U.S. Pat.No.4,266,716, U.K. Patent 345,682 disclose the pot disclosed in the specification of the present invention.
The pots disclosed in Japanese Patent Application Laid-Open Nos. 50-121040 and 2-190121 relate to a pot with a bottom having a hexagonal column shape, but in Japanese Patent Application Laid-Open No. 50-121040, a complicated folding process is performed. Since, and the formation of the bottom is considered by the combination of the outwardly folding fold and the inwardly folding fold of the plurality of folds connecting the bottom and the pot body side wall,
There is a tendency for the formation of the bottom during deployment to lack stability, leaving a problem that must be solved before practical use, and a complicated folding process, leaving a problem in mass production. In 190121, since the bottom formed by unfolding becomes a band-shaped partial bottom only between any one pair of opposing side walls of the pot, if the diameter of the pot is sufficiently large, it is used. Depending on the cultivation soil, there still remains a problem that the phenomenon of cultivation through the pot body occurs.

【０００４】[0004]

【課題を解決するための手段】 この発明は、鉢の口径
を十分に大とした場合であっても、育苗移植の作業に際
して土抜けの起こらない、展開により底部を形成する六
角柱状の鉢体を得んと鋭意研究した結果なされたもので
あり、第１の発明は、薄膜からなり、連結片で列状に連
結されると共に一端から列状引き出し可能な多列配置と
して集合され、展開により六角柱状となる鉢体の下部
に、鉢体の、連結片に隣接しない１対の側壁下部にそれ
ぞれ延長する方形状の延長部の相互貼着で形成する第１
の部分底と、鉢体の、連結片に隣接する２つの側壁下部
にそれぞれ延長する三角形状の延長部の相互貼着で形成
する第２および第３の部分底との重合でなる底部を有す
ることを特徴とするものであり、第２の発明は、上記第
１の発明にあって、側壁下部にそれぞれ延長する方形状
の延長部の形状が、少なくとも１辺を側壁幅とする方形
状であることを特徴とするものであり、また第３の発明
は上記第１の発明にあって、側壁下部にそれぞれ延長す
る三角形状の延長部の形状が、少なくとも１辺を側壁幅
とする三角形状であることを特徴とするものである。Means for Solving the Problems The present invention provides a hexagonal column-shaped pot that forms a bottom portion by unfolding without causing soil dropout during seedling transplantation work even when the pot diameter is sufficiently large. The first invention has been made as a result of earnest research, and the first invention consists of a thin film and is connected in a row by connecting pieces.
A rectangular shape that is tied together and assembled in a multi-row arrangement that can be pulled out in a row from one end, and that extends to the lower part of the hexagonal pillar-shaped pot when expanded and to the lower part of a pair of side walls that are not adjacent to the connecting pieces of the pot. First formed by mutual attachment of extensions
And a bottom formed by superimposing a second and a third partial bottom formed by mutually attaching triangular extensions extending below two side walls adjacent to the connecting piece of the pot , respectively. According to a second aspect of the present invention, in the first aspect of the present invention, the shape of the rectangular extension portion extending to the lower portion of the side wall is a square shape having at least one side as the width of the side wall. According to a third aspect of the present invention, in the first aspect, the shape of the triangular extension extending to the lower portion of the side wall is a triangular shape having at least one side as the width of the side wall. It is characterized by being.

【０００５】 さらに第４〜第７の発明は上記第１〜第
３の発明の底付き連続集合鉢体の製造方法に係り、第４
の発明は２つの工程の組み合わせからなることを特徴と
し、その第１工程は、所定幅の第１の薄膜を連続的に引
き出し、薄膜上に引き出し方向の先端より順次後方に向
けて、単位長ｎの区分Ｒと単位長ｎの３倍の区分Ｓとが
交互に反復し、最後に単位長ｎの区分Ｒとなる単位区間
Ｔを設定し、次いで単位区間Ｔの薄膜に引き出し方向の
左右いずれか一側の側縁から前記単位長ｎだけ内側に引
き出し方向に平行して折れ目付設線Ｌを設定し、各区分
Ｓの折れ目付設線Ｌの外側となる画部に、薄膜の引出し
方向から後方に向けて順次段位長ｎを１辺とする第１の
三角形状Ａ、方形状Ｂ、第２の三角形状Ｃを設定し、さ
らに第１の三角形状Ａの薄膜の引出し方向前方の斜辺に
は外付けとなる糊代Ｄを、第２の三角形状Ｃの引き出し
方向後方の斜辺には同様に外付けとなる糊代Ｅを、そし
て前記方形状Ｂの下縁と下縁からおよそ（１−０．５√
３）ｎ内側位置で囲まれ折れ目付設線Ｌに平行する区分
に糊代Ｆをそれぞれ設定し、このような単位区間Ｔ内の
第１及び第２の三角形状Ａ、Ｃ、方形状Ｂ、糊代Ｄ、
Ｅ、Ｆの設定を続く薄膜に所望の回数反復し、反復する
単位区間Ｔ内の各区分Ｒの折れ目付設線Ｌの外側を除く
部分及び糊代Ｄ、Ｅ、Ｆのそれぞれに耐水性接着剤を塗
布し、これに別に引き出す第１の薄膜に同じ幅の第２の
薄膜を両側縁を揃えて重合貼着して連続する複合帯体を
形成するものであり、その第２の工程は、第１工程で形
成した連続する複合帯体に、前記折れ目付設線Ｌに一致
して折れ目を加工し、さらに各区分Ｒについては折れ目
付設線Ｌに一致して、各区分Ｓの第１の三角形状Ａにつ
いては糊代Ｄの外縁と糊代を持たない斜辺に一致して、
方形状Ｂについては薄膜の引き出し方向に交差する方向
となる２辺に一致して、第２の三角形状Ｃについては糊
代Ｅの外縁と糊代を持たない斜辺に一致してそれぞれ当
該部位を切断し、各区分Ｒの薄膜の引き出し方向の中間
またはほぼ中間位置に薄膜の引き出し方向に交差してこ
の部分の分離を容易とする分離線を加工し、反復する各
単位区間Ｔ内の最終に位置する区分Ｒの前端線を折り返
し線として、この折り返し線に続く最初の区分Ｒと前記
折れ目付設線Ｌの外側に位置する前記第１及び第２の三
角形状Ａ、Ｃと方形状Ｂとを除いて、複合帯体の表裏交
互に水溶性接着剤を全面または部分的に塗布し、次いで
順次折り返し線から左右交互の蛇行状に折り曲げて多層
配列とし、全体を押圧により貼着することを特徴とする
ものである。[0005] Further, the fourth to seventh inventions relate to the method of manufacturing a continuous collecting pot with bottom according to the first to third inventions.
Is characterized in that it comprises a combination of two steps. In the first step, a first thin film having a predetermined width is continuously drawn, and a unit length is sequentially drawn rearward from the leading end in the drawing direction on the thin film. n section R and 3 times the unit length n section S
A unit section that repeats alternately and finally becomes a section R of unit length n
T is set, and then the thin film of the unit section T is drawn inward from the left or right side edge in the drawing direction by the unit length n.
A fold line L is set in parallel with the drawing direction, and a step length n is sequentially set to one side in the image portion outside the fold line L of each section S from the thin film drawing direction toward the rear. A first triangular shape A, a square shape B, and a second triangular shape C are set, and an external glue allowance D is provided on the oblique side in the drawing direction of the thin film of the first triangular shape A. A glue margin E, which is also externally attached, is provided on the oblique side of the triangular shape C at the rear in the drawing direction, and the lower edge and the lower edge of the rectangular shape B are approximately (1-0.5 °
3) A margin F is set in each of the sections surrounded by n inner positions and parallel to the fold line L, and the first and second triangular shapes A and C, the square shape B, Glue allowance D,
The settings of E and F are repeated a desired number of times on the subsequent thin film, and water-resistant adhesive is applied to the portion excluding the fold line L of each section R in the repeating unit section T and to each of the margins D, E and F. A second thin film having the same width is applied to the first thin film to be separately drawn.
Is intended to form a composite band body wearing to continuously bonded polymerized film by aligning side edges, the second step, the composite strip shape continuing formed in the first step, the folds annexed line L And the fold is processed in accordance with the line R, and the first triangular shape A of each of the sections R has the outer edge of the margin D and the hypotenuse that does not have the margin for each section R. Matches
For the rectangular shape B, the direction that intersects the thin film drawing direction
In the second triangular shape C, the corresponding portions are cut in accordance with the outer edge of the margin E and the oblique side having no margin, and the respective portions are cut in the middle in the drawing direction of the thin film of each section R. Alternatively, a separation line intersecting the drawing direction of the thin film at a substantially intermediate position and facilitating separation of this portion is processed, and the front end line of the section R located at the end in each repeating unit section T is used as a folding line . The first segment R following the fold line and
The first and second three positions located outside the fold line L
Square shape A, with the exception of C and rectangular shape B, and a water-soluble adhesive is applied entirely or partially on both alternating composite strip material, then
It is characterized in that it is folded in a meandering shape alternately left and right from a turn-back line to form a multilayer arrangement, and the whole is adhered by pressing.

【０００６】 第５の発明は、上記第４の発明におい
て、第２工程が、第１工程で形成した連続する複合帯体
に前記折れ目付設線Ｌに一致して折れ目を加工し、前記
折れ目付設線Ｌの外側となる画部の前記各区分Ｒと隣接
する区分Ｓとの境界となる部位を切断し、各区分Ｓの第
１の三角形状Ａについては糊代Ｄの内縁と糊代を持たな
い斜辺に一致して、方形状Ｂについては薄膜の引き出し
方向に交差する方向となる２辺に一致して、第２の三角
形状Ｃについては折れ目付設線Ｌに一致する１辺を除き
糊代Ｅの内縁と糊代を持たない斜辺に一致してそれぞれ
当該部位に折れ目を付与し、各区分Ｒの薄膜の引き出し
方向の中間またはほぼ中間位置に薄膜の引き出し方向に
交差してこの部分の分離を容易とする分離線を加工し、
反復する各単位区間Ｔ内の最終に位置する区分Ｒの前端
線を折り返し線として、この折り返し線に続く最初の区
分Ｒと前記折れ目付設線Ｌの外側となる区分を除いて、
複合帯体の表裏交互に水溶性接着剤を全面または部分的
に塗布し、次いで順次折り返し線から左右交互の蛇行状
に折り曲げて多層配列とし、全体を押圧により貼着する
ことを特徴とするものであり、第６の発明は、上記第４
の発明の第１工程において、各区分Ｓに設定する第１の
三角形状Ａと第２の三角形状Ｃのそれぞれ糊代Ｄ、Ｅを
持つ斜辺を他の斜辺よりも短辺とし、方形状Ｂの側縁に
当たる辺を折れ目付設線Ｌに一致する辺よりも短辺とし
たことを特徴とするものである。In a fifth aspect based on the fourth aspect, in the second step, a fold is formed on the continuous composite band formed in the first step in accordance with the fold line L. A portion of the image area outside the fold line L is demarcated at the boundary between each section R and the adjacent section S. For the first triangular shape A of each section S, the inner edge of the margin D is One side coincides with the oblique side having no margin, the square B coincides with two sides intersecting the drawing direction of the thin film, and the second triangle C coincides with the fold line L. Except
The inner edge of the glue allowance E and the oblique side having no glue allowance are provided with folds at the respective portions, and the intermediate portions of the respective sections R intersect in the thin film withdrawal direction at or almost in the middle of the thin film withdrawal direction. Processing the separation line that makes it easy to separate the parts,
The front end line of the section R located at the end in each repeating unit section T is set as a folding line, and the first section following the folding line is
Except for the segment R and the section outside the fold line L,
A water-soluble adhesive is applied entirely or partially alternately on the front and back of the composite band , and then folded in a meandering shape alternately left and right from the folded line to form a multilayer arrangement, and the whole is adhered by pressing. The sixth invention is directed to the fourth invention.
In the first step of the present invention, the oblique side of each of the first triangular shape A and the second triangular shape C set in each section S having the glue margins D and E is shorter than the other oblique sides, and the square B Is set to be shorter than the side corresponding to the fold line L.

【０００７】第７の発明は、上記第５の発明の第１の工
程において、各区分Ｓに設定する第１の三角形状Ａと第
２の三角形状Ｃのそれぞれ糊代Ｄ、Ｅを持つ斜辺を他の
斜辺よりも短辺とし、また方形状Ｂの側縁に当たる辺を
折れ目付設線Ｌに一致する辺よりも短辺としたことを特
徴とするものであり、かように構成したことにより、口
径の大きな鉢とした場合にも鉢からの培養土の抜け落ち
が解消され上記課題が解決できたものである。According to a seventh aspect of the present invention, in the first step of the fifth aspect of the present invention, the hypotenuse having the margins D and E of the first triangular shape A and the second triangular shape C set in each section S, respectively. Is shorter than the other oblique side, and the side corresponding to the side edge of the rectangular shape B is shorter than the side coinciding with the fold line L. As a result, even when the pot has a large diameter, the fall of the culture soil from the pot is eliminated, and the above problem can be solved.

【０００８】 以下、図面を参照しながら作用を含めて
この発明を詳細に説明する。図３は、この発明の底付き
連続集合鉢体を説明する展開時の平面視を示し、集合鉢
体Ｐを形成する個々の鉢１は連結片２により互いに列状
に連結されてユニットＵ−１、Ｕ−２、Ｕ−３、…を形
成し、これらのユニットＵ−１、Ｕ−２、Ｕ−３、…が
さらに接続片３を介して多列に並列され、各列間が水溶
性接着剤４によって互いに貼着されている。上記の集合
鉢体Ｐを形成する個々の鉢１は下部に底部５を有し、こ
の底部５は、図１に模式図的に示すように、鉢１の側壁
ａ、ｂ、ｃ、ｄ、ｅ、ｆのうち、前記連結片２に連接し
ない１対の側壁ａ、ｄのそれぞれの下部に延長する方形
状Ｂの相互貼着で形成する第１の部分底６と、側壁ｂ、
ｃの下部にそれぞれ延長する三角形状Ａの相互貼着で形
成する第２の部分底７および側壁ｅ、ｆの下部にそれぞ
れ延長する三角形状Ｃの相互貼着で形成する第３の部分
底８とからなり、これら３種の部分底６、７および８は
図１のＩ−Ｉ視を示す図２に見られるように、第２およ
び第３の部分底７、８が第１の部分底６の下面に折重な
るように重合して、実質的に閉じた底部を形成する。こ
の場合、後記するように、部分底を形成する第１、第２
の三角形状Ａ、Ｃと方形状Ｂを形づくる各辺の長さにお
いて、鉢の側壁下部に接続する辺長さは側壁幅とされる
ことから、これら第１、第２の三角形状Ａ、Ｃと方形状
Ｂを形づくる各辺の少なくとも１辺は側壁幅とされる。Hereinafter, the present invention including its operation will be described in detail with reference to the drawings. FIG. 3 is a plan view at the time of development for explaining the continuous collecting pot body with the bottom of the present invention. The individual pots 1 forming the collecting pot body P are connected in a row to each other by connecting pieces 2 to form a unit U- , U-2, U-3,... Are formed, and these units U-1, U-2, U-3,. Are adhered to each other by the adhesive 4. Each of the pots 1 forming the collective pot body P has a bottom portion 5 at a lower portion, and the bottom portion 5 has side walls a, b, c, d, and d, as schematically shown in FIG. e and f are connected to the connecting piece 2
A first portion bottom 6 formed by mutual bonding of squares B extending below each of a pair of side walls a, d, and a side wall b,
c, a second partial bottom 7 formed by mutual attachment of a triangular shape A extending to a lower portion of each, and a third partial bottom 8 formed by mutual attachment of a triangular shape C extending to a lower portion of each of the side walls e, f. These three types of partial bottoms 6, 7 and 8 are formed by the second and third partial bottoms 7, 8 as shown in FIG. 2 showing the II view of FIG. 6 folds over the lower surface to form a substantially closed bottom. In this case, as will be described later, first and second portions forming a partial bottom are formed.
In the length of each side forming the triangles A and C and the square B, the length of the side connected to the lower portion of the side wall of the pot is the width of the side wall, so that the first and second triangles A and C are formed. At least one of the sides forming the square B is a side wall width.

【０００９】上記の底付き連続集合鉢体の構成は以上の
如くであり、次に、この発明の底付き連続集合鉢体の製
造方法について説明する。なお、以下の例は説明を簡単
にするために図３に示す底付き連続集合鉢体にあって各
列の鉢の数を２個とした場合であるが、これに限定され
るものではない。The configuration of the continuous collecting pot with bottom is as described above. Next, a method of manufacturing the continuous collecting pot with bottom according to the present invention will be described. In addition, the following example is a case where the number of pots in each row is two in the continuous collecting pot with bottom shown in FIG. 3 for simplicity of description, but is not limited thereto. .

【００１０】この発明の底付き連続集合鉢体の製造に用
いる薄膜としては、針葉樹、広葉樹の樹木から調製され
た木材パルプをはじめ、ボロパルプ、故紙パルプ、バガ
スパルプ等通常の製紙用天然パルプの単独、あるいは、
これら天然パルプにポリビニ−ルアルコ−ル、ポリプロ
ピレン、ポリエチレン、ポリオレフイン、ポリエステ
ル、ポリアミド、ポリアクリロニトリルおよびポリ塩化
ビニル等の合成繊維を混合した紙料から抄造された天然
パルプ紙や合成紙、あるいはこれら天然紙や合成紙を湿
潤強化した紙、あるいは天然パルプ紙、合成紙を適当に
選択した耐腐性薬剤で耐腐処理した紙等を挙げることが
できる。Examples of the thin film used for producing the continuous collecting pot with bottom of the present invention include wood pulp prepared from coniferous and hardwood trees, boropulp, waste paper pulp, bagasse pulp and other ordinary natural pulp for papermaking. Or,
Natural pulp paper or synthetic paper made from a stock obtained by mixing such natural pulp with synthetic fibers such as polyvinyl alcohol, polypropylene, polyethylene, polyolefin, polyester, polyamide, polyacrylonitrile and polyvinyl chloride, or these natural papers And paper obtained by wet-strengthening synthetic paper, natural pulp paper, and paper obtained by subjecting synthetic paper to antiseptic treatment with an appropriately selected antiseptic agent.

【００１１】 上に挙げた薄膜群の中から適当に選ばれ
た薄膜を巻き取ったロール（図示しない）から広幅の第
１の薄膜９を矢印方向に引き出し、この薄膜９の上に以
下の設定を行う。まず、図４に示すように上記鉢１の側
壁の１つ、例えば側壁ａの列方向の長さ（側壁幅に相当
する）を単位長ｎとして、薄膜９の引き出し方向（以下
特に断らない限り単に「引き出し方向」という）に先端
から順次後方に向けて、単位長ｎの１倍となる区分Ｒ、
３倍となる区分Ｓ、１倍となる区分Ｒ、３倍となる区分
Ｓ、１倍となる区分Ｒの５区分をとり、この区間を折り
返しの単位区間Ｔとして、この５区分を有する単位区間
Ｔを以後引き続く薄膜９上に所望の回数連続的に反復設
定する。なお、実際は、必要な鉢体の数に応じて、先端
から順に区分Ｒと区分Ｓとが交互に反復し、最後に区分
Ｒとなるように単位区間Ｔが設定されることは、上記し
たとおりである。 A wide first thin film 9 is drawn in the direction of an arrow from a roll (not shown) on which a thin film appropriately selected from the above-described thin film group is wound, and the following settings are made on the thin film 9. I do. First, as shown in FIG. 4, one of the side walls of the pot 1, for example, the length of the side wall a in the column direction (corresponding to the side wall width) is defined as a unit length n, and the drawing direction of the thin film 9 (hereinafter, unless otherwise specified) (Referred to simply as “pull-out direction”) in order from the leading end toward the rear in order, the section R having a unit length n being 1 time,
3 times become Category S, 1-fold to become classified the R, triple segment S, 1-fold to become partitioning takes 5 sections of R, folding the section
As a return unit section T, the unit section T having the five sections is repeatedly set a desired number of times continuously on the subsequent thin film 9. Actually, depending on the number of required pots,
From the beginning, section R and section S are alternately repeated, and finally the section
The fact that the unit section T is set to be R is described above.
It is as expected.

【００１２】次いで、引き出し方向左右両側のいずれか
１側（図では右側）に側縁１０から前記単位長ｎ内側の
位置に引き出し方向に平行して折れ目付設線Ｌを設定
し、図４に示すように各区分Ｓの前記折れ目付設線Ｌの
外側（引き出し方向右側）となる画部１１に引き出し方
向に対して後向きに単位長ｎを一辺とする第１の三角形
状Ａ、単位長ｎを一辺とする方形状Ｂ、単位長ｎを一辺
とする第２の三角形状Ｃをこの順に設定し、さらに第１
の三角形状Ａの引き出し方向に前向きとなる辺１２には
外付けとなる糊代Ｄを、第２の三角形状Ｃの引き出し方
向に後向きとなる辺１３には同じく外付けとなる糊代Ｅ
を、そして方形状Ｂの前記側縁１０に一致する下辺１４
と前記折れ目付設線Ｌの下方およそ（１−０．５√３）
ｎの位置（鉢１の開口部短径Ｍのおよそ１／２に相当す
る）で前記折れ目付設線Ｌに平行して引かれる線１５と
により囲まれる部分に糊代Ｆを設定し、第１の三角形状
Ａと第２の三角形状Ｃのそれぞれ他の辺１６、１７には
糊代を設けることなく、これらの糊代Ｄ、Ｅ、Ｆと各区
分Ｒの前記折れ目付設線Ｌの内側部分に図５のように適
宜選択した耐水性接着剤１８を塗布する。Next, a fold line L is set on one of the right and left sides (right side in the drawing direction) of the drawing direction at a position inside the unit length n from the side edge 10 in parallel with the drawing direction. As shown in the drawing, a first triangular shape A having a unit length n of one side in a rearward direction with respect to the drawing direction is provided on the image portion 11 outside (the right side in the drawing direction) the fold line L of each section S. Are set in this order, and a second triangle C having a unit length n as one side is set in this order.
The side 12 facing forward in the drawing direction of the triangular shape A has an external margin D, and the side 13 facing backward in the direction of drawing the second triangular C has a margin E which is also external.
And a lower side 14 corresponding to the side edge 10 of the square B
And below the fold line L (about 1−0.5 付 3)
At a position n (corresponding to approximately １ ／ of the short diameter M of the opening of the pot 1), a margin F is set in a portion surrounded by the line 15 drawn in parallel with the fold line L. The glue margins D, E, F and the fold line L of each section R are not provided on the other sides 16 and 17 of the first triangular shape A and the second triangular shape C, respectively. As shown in FIG. 5, a suitably selected water-resistant adhesive 18 is applied to the inner portion.

【００１３】 このよに耐水性接着剤１８を塗布した第
１の薄膜９に、図示しないロールに巻き取った第１の薄
膜９に同じか或は類似の同一幅の第２の薄膜１９を両側
を揃えて合せ、押圧貼着して連続する複合帯体２０を形
成し、この複合帯体２０に図６のように、前記折れ目付
設線Ｌに一致して折れ曲がりを容易とするミシン目、不
連続な切れ目或は押し溝等による折れ目２１（以下単に
「折れ目」という）を加工し、引き続き各区分Ｒについ
ては折れ目付設線Ｌに一致して、各区分Ｓの第１の三角
形状Ａについては糊代Ｄの外縁と糊代を持たない辺１６
に一致して、方形状Ｂについては下辺１４と糊代を持た
ない２辺２２、２３に一致して、第２の三角形状につい
ては糊代を持たない辺１７と糊代Ｅの外縁とに一致して
それぞれこの一致部位を切断し、各区分Ｒの引き出し方
向の中間またはほぼ中間位置に引き出し方向に交差して
この部分の分離を容易とする不連続な切れ目による分離
線２４を加工して連続する成形複合帯体２５を形成し、
各単位区間Ｔ内の最終に位置する区分Ｒの前端線を折り
返し線２６として図７に模式図的に示すように成形複合
帯体２５の表裏交互に水溶性接着剤４を全面または部分
的に塗布し、この場合に前記折り返し線２６に続く最初
の区分Ｒと前記折れ目付設線Ｌの外側となる画部１１に
位置する前記第１及び第２の三角形状Ａ、Ｃと方形状Ｂ
の水溶性接着剤４の塗布を除き、順次左右交互の蛇行状
に折り曲げて多層配列として全体を押圧貼着すると、各
列間で区分Ｓの部分が互いに１／３ピッチ宛ずれた配置
で水溶性接着剤４で貼着されることになる。The first thin film 9 coated with the water-resistant adhesive 18 is provided with a second thin film 19 having the same or similar width as the first thin film 9 wound on a roll (not shown) on both sides. 6 to form a continuous composite band 20 by pressing and sticking to form a continuous composite band 20, and as shown in FIG. A fold 21 (hereinafter simply referred to as a “fold”) due to a discontinuous cut or a press groove is machined, and then each section R coincides with the fold line L and the first triangle of each section S For the shape A, the outer edge of the margin D and the side 16 having no margin
In the square B, the lower side 14 and the two sides 22 and 23 having no margin are matched, and the second triangle is formed with the side 17 having no margin and the outer edge of the margin E in the second triangular shape. The respective coincident portions are cut and cut, and a separation line 24 is formed at a middle or almost a middle position in the drawing direction of each section R by a discontinuous cut which intersects with the drawing direction and facilitates separation of this portion. Forming a continuous molded composite strip 25;
As shown schematically in FIG. 7, the front end line of the section R located at the end in each unit section T is a folded line 26, and the water-soluble adhesive 4 is completely or partially alternately applied to the front and back of the molded composite band 25. In this case, the first and second triangular shapes A and C and the square shape B located in the first section R following the return line 26 and the image area 11 outside the fold line L are applied.
Excluding the application of the water-soluble adhesive 4, is sequentially bent in a meandering shape alternately on the left and right, and the whole is pressed and adhered as a multilayer arrangement. It will be stuck with the adhesive 4.

【００１４】これを要すれば乾燥後、図７に示す成形複
合帯体２５の折畳み体を図面の上下方向に引いて拡張展
開していくと、各列間で一方列の区分Ｓの薄膜９と、隣
接する他方の列の区分Ｓの薄膜１９と相互にＳ／３幅宛
引き合い、その結果各列の区分Ｓは次第に六角柱状の鉢
を形成していき、これに伴って、前記区分Ｓの前記折れ
目付設線Ｌの外側となる画部１１に成形されている斜辺
の一方１２、１３のそれぞれが相互に貼着されている第
１及び第２の三角形状Ａ、Ｃの片と下辺１５が相互に貼
着されている方形状Ｂの片のそれぞれが接続する鉢側壁
に引かれて前記折れ目２１を介して、鉢の下部に向けて
の屈曲が強制され、鉢が完全な六角柱状を形成したとき
に、殆ど直角に屈曲して底部を形成し、前記区間Ｔの中
間と最終に位置する区分Ｒが連結片２を、また区間の最
初に位置する区分Ｒが接続片３を形成して図１に示す構
成のこの発明の底付き連続集合鉢体Ｐを与える。If necessary, after drying, the folded body of the molded composite band 25 shown in FIG. 7 is pulled up and down in the drawing to expand and develop. And the thin film 19 of the section S in the other adjacent row are mutually attracted to the S / 3 width. As a result, the section S in each row gradually forms a hexagonal column-shaped pot, and accordingly, the section S Pieces of the first and second triangular shapes A and C each having one of the oblique sides 12, 13 formed on the image portion 11 outside the fold line L, and the lower side thereof. 15 is pulled by the side wall of the pot to which each of the pieces of the square B attached to each other is connected, and is forced to bend toward the lower part of the pot through the fold 21 so that the pot is completely hexagonal. When the column is formed, it is bent almost at a right angle to form a bottom, and is located at the middle and the last of the section T. The partition R is coupling piece 2, also provide a first segment R is located in the form a connecting piece 3 bottoming continuous collection pot member P of the present invention having the structure shown in FIG. 1 interval.

【００１５】この発明は上記の如くであるが、この発明
の範ちゅうにおいて種々の変形が可能であり、以下これ
について説明する。Although the present invention is as described above, various modifications are possible within the scope of the present invention, which will be described below.

【００１６】第１の変形例は、上記連続する複合帯体２
０の形成において、図８に示すように、各区分Ｓの折れ
目付設線Ｌの外側となる画部１１に設定する第１の三角
形状Ａと第２の三角形状Ｃおよび方形状Ｂの形状を底部
５の形成機能を変えず、また底部５の強度を弱めること
のない範囲で設計変更したもので、前記第１の三角形状
Ａと第２の三角形状Ｃのそれぞれ糊代Ｄ、Ｆを外付けす
る辺１２、１３を傾斜角（角度６０°）を変えないで、
その長さをそれぞれ（０．８±０．０５）ｎの範囲内で
短縮した辺２７、２８とし、この短縮に対応して糊代を
外付けしない辺１６、１７の長さを、それぞれ辺２９、
３０とし、さらに、方形状Ｂの前記辺１４の長さをおよ
そ０．８ｎと短縮した長さ３１とし、これに対応して前
記他の２辺２２、２３を垂直方向に対した僅かに傾斜し
た辺３２、３３に変形した方形状としたもので、以下複
合帯体２０の形成を含めて前記と同様に処理するもので
ある。この例にあっては、底付き連続集合鉢体Ｐへの展
開にあたり、第１の底６、第２の底７及び第３の底８の
重複による底部５の形成がより容易となる。A first modified example is the continuous composite band 2 described above.
8, the first triangular shape A, the second triangular shape C, and the rectangular shape B set in the image portion 11 outside the fold line L of each section S, as shown in FIG. Is a design change within a range that does not change the function of forming the bottom 5 and does not weaken the strength of the bottom 5, and the margins D and F of the first triangle A and the second triangle C are respectively changed. Without changing the inclination angles (angle 60 °) of the sides 12, 13 to be attached,
The lengths are reduced to sides 27 and 28, respectively, within the range of (0.8 ± 0.05) n. 29,
30, and the length 14 of the side 14 of the square B is reduced to about 0.8 n to a length 31. In correspondence with this, the other two sides 22 and 23 are slightly inclined with respect to the vertical direction. It is a rectangular shape deformed into the sides 32 and 33 described above, and is processed in the same manner as described above, including the formation of the composite band 20. In this example, the formation of the bottom portion 5 by the overlapping of the first bottom 6, the second bottom 7, and the third bottom 8 becomes easier when the continuous bottom P is unfolded into the continuous collecting pot P.

【００１７】変形例の他の例は、上記変形例を含めて、
前記連続する複合帯体２０から成形複合帯体２５を形成
するにおいて、図９に示すように、薄膜９、１９の重合
貼着で形成した前記連続する複合帯体２０に、前記と同
様に折れ目付設線Ｌに一致して折れ目２１を加工し、折
れ目付設線Ｌの外側となる画部１１の各区分Ｒと隣接す
る区分Ｓとの境界となる部位３４を切断し、各区分Ｓの
第１の三角形状Ａについては前記糊代Ｄの内縁３５と糊
代を持たない斜辺１６（２９）に一致して、方形状Ｂに
ついては糊代Ｆの内縁３７と辺２２（３２）及び２３
（３３）に一致して、第２の三角形状Ｃについては糊代
Ｅの内縁３６と糊代を持たない斜辺１７（３０）に一致
して、それぞれ当該部位に上記同様の折れ目を加工して
前記同様に連続する成形複合帯体２５を形成し、以下分
離線２４の加工を含めて前記と同様に処理するものであ
る。この例の場合には、第１の三角形状Ａ、第２の三角
形状Ｃおよび方形状Ｂの外に残片を残すが、其の後の処
理および押圧貼着により形成した多層配列の底付き連続
集合鉢体への展開にあたり支障はなく、底付き連続集合
鉢体の育苗に際しての利用にも支障を来さない。Other examples of the modified example, including the above-mentioned modified example,
In forming the formed composite band 25 from the continuous composite band 20, as shown in FIG. 9, the continuous composite band 20 formed by superimposing the thin films 9 and 19 is folded in the same manner as described above. The fold 21 is machined so as to coincide with the perforated line L, and a portion 34 that is a boundary between each section R of the image portion 11 outside the perforated line L and the adjacent section S is cut. Of the first triangular shape A coincides with the inner edge 35 of the margin D and the oblique side 16 (29) having no margin, and the square B has the inner edge 37 of the margin F and the side 22 (32) and 23
In accordance with (33), the second triangular shape C coincides with the inner edge 36 of the margin E and the hypotenuse 17 (30) having no margin, and the same folds are formed in the corresponding portions, respectively. To form a continuous formed composite band 25 in the same manner as described above, and thereafter, the same processing including the processing of the separation line 24 is performed. In the case of this example, a residue is left outside the first triangular shape A, the second triangular shape C and the rectangular shape B, but the bottomed continuous of the multilayer arrangement formed by the subsequent processing and pressing and sticking There is no hindrance to the development of the collective pots, and there is no hindrance to the use of the bottomed continuous collective pots for raising seedlings.

【００１８】この発明は上記のように構成され、この発
明が与える底付き連続集合鉢体は、使用に当たっては従
来の底部のない鉢集合体と全く同様に取り扱うことがで
き、また、従来知られる例えば特開平2-190121号公報に
開示される部分底を持った底付き鉢にあって、口径を大
きくした場合起りがちであった育苗移植作業中の鉢から
の土抜けが完全に防止される。以下実施例によりこの発
明をより具体的に説明する。The present invention is configured as described above. The continuous collecting pot with bottom provided by the present invention can be used in the same manner as a conventional potless collecting without bottom in use, and is conventionally known. For example, in a pot with a bottom having a partial bottom disclosed in Japanese Patent Application Laid-Open No. 2-190121, soil removal from a pot during seedling transplantation work that tends to occur when the diameter is increased is completely prevented. . Hereinafter, the present invention will be described more specifically with reference to examples.

【００１９】[0019]

【実施例】【Example】

実施例−１ 第１の薄膜として、８−オキシキノリン銅系殺菌剤を２
重量％添加した米坪が７０ｇ／ｍ² で幅が１４０mmの帯
状未晒クラフト紙（以下ＵＫＰ帯紙という）を連続して
引き出し、このＵＫＰ帯紙上にＵＫＰ帯紙の引き出し方
向（以下単に「引き出し方向」という）の先端より順
次、引き出し方向に交差して４０、１２０、４０、１２
０、４０mmの幅となる５区分を１サイクルとして区間設
定し、次いでこの１サイクルとなる設定区間について、
引き出し方向右側縁の左方４０mmの位置に、引き出し方
向に平行して折れ目付設線Ｌを設定し、前記１サイクル
となる設定区間内の各１２０mm区分の前記折れ目付設線
と前記右側縁とにより囲まれる前記折れ目付設線Ｌの外
側となる画部に、１辺長さを４０mmとする第１の三角形
状、方形状および第２の三角形状を引き出し方向後方に
向け順次設定し、かつこの場合に第１の三角形状、方形
状および第２の三角形状のそれぞれの１辺を前記折れ目
付設線上に一致させ、第１の三角形状の引き出し方向の
斜辺の外側にはこの斜辺に平行する幅５mmの糊代を、方
形状の引き出し方向の右側部には前記右側縁に一致する
辺に平行して内側となる幅５mmの糊代を、そして第２の
三角形状の引き出し方向後方の斜辺の外側にはこの斜辺
に平行して幅５mmの糊代をそれぞれ設定する。Example 1 As a first thin film, an 8-oxyquinoline copper-based germicide was added in 2 parts.
A belt-shaped unbleached kraft paper (hereinafter referred to as UKP band) having a weight of 70 g / m ² and a width of 140 mm added by weight% is continuously drawn, and the drawing direction of the UKP band (hereinafter simply referred to as "drawing direction") is placed on the UKP band. 40, 120, 40, 12
A section is set with five sections each having a width of 0 and 40 mm as one cycle, and then, with respect to the set section that becomes one cycle,
A fold line L is set at a position 40 mm to the left of the right edge in the pull-out direction and parallel to the pull-out direction, and the fold line and the right edge of each 120 mm section in the set section that constitutes one cycle are A first triangular shape, a square shape, and a second triangular shape each having a side length of 40 mm are sequentially set in the drawing portion outside the fold line L surrounded by, in a drawing direction rearward, and In this case, one side of each of the first triangular shape, the square shape and the second triangular shape is made coincident with the fold line, and the outside of the hypotenuse in the drawing direction of the first triangle is parallel to the hypotenuse. The width of 5 mm in width, the width of 5 mm on the right side in the drawing direction of the rectangular shape, and the width of 5 mm on the inner side in parallel with the side corresponding to the right edge, and the rear of the second triangle in the drawing direction. On the outside of the hypotenuse, glue 5mm in width parallel to the hypotenuse Setting each.

【００２０】次いで、前記１サイクルとなる設定区間内
で前記折れ目付設線Ｌの引き出し方向右側の画部を除く
前記４０mmの各区分と、前記第１の三角形状、方形状お
よび第２の三角形状の糊代にそれぞれ耐水性接着剤（酢
酸ビニルエマルジョン）を塗布する。Next, within the set section that constitutes one cycle, each section of 40 mm except for the picture area on the right side in the drawing direction of the fold line L, the first triangle, the square, and the second triangle. A water-resistant adhesive (vinyl acetate emulsion) is applied to each of the size margins.

【００２１】次いで、上記１サイクル区間内に施した形
状設定、糊代の設定、および耐水性接着剤の塗布の３つ
の処理を、続くＵＫＰ帯紙に連続して１４回反復し、図
５に示す態様の加工ＵＫＰ帯紙を作成し、この加工ＵＫ
Ｐ帯紙に、別に用意した第１の薄膜に同じ素材、幅およ
び仕様の第２の薄膜を連続的に引き出し、第１の薄膜に
両側を揃えて重合貼着して連続する複合帯体を作成す
る。Next, the three processes of the setting of the shape, the setting of the margin allowance, and the application of the water-resistant adhesive performed in the above-described one cycle section are repeated 14 times successively on the subsequent UKP band, as shown in FIG. Create a processed UKP band of this embodiment and
A second thin film of the same material, width and specifications is continuously drawn out on a first thin film prepared separately on a P-band, and both sides are aligned and superposed on the first thin film to form a continuous composite band. I do.

【００２２】次いで、上記連続する複合帯体に、前記折
れ目付設線Ｌに一致させてカット：タイ＝２．５mm：
２．５mmの比の不連続な切れ目からなる折れ目を加工
し、前記４０mmの各区分については前記折れ目付設線Ｌ
に一致させてこの部位を切断し、また前記１２０mmの各
区分については前記第１、第２の二つの三角形状のそれ
ぞれに設定した糊代の外郭と糊代のない斜辺に一致させ
て、そしてまた方形状の引き出し方向に交差する方向の
２辺に一致させて、それぞれこの部位を切断し、更に前
記４０mmの各区分の引き出し方向中間位置には引き出し
方向に交差してカット：タイ＝３０mm：３mmの比の不連
続な切れ目からなる分離線を付与し、前記１サイクルと
なる設定区間内の末端に位置する４０mmの区分の引き出
し方向前端を折り返し線（図６において線２６で示す）
とし、前記折れ目付設線Ｌの引き出し方向右側の画部に
設定した二つの三角形状と一つの方形状の部分及び前記
折り返し線に続く４０mmの区分を除き、かように加工し
た成形複合帯体の表裏交互に引き出し方向に平行する７
mm幅の水溶性接着剤（ポリビニルアルコ−ル）の線の３
本を幅方向に略々均等に分散させて塗布し、図７に示す
ように前記折り返し線で左右交互の蛇行状に折畳み全体
を押圧貼着し、室温放置による乾燥後、図７の折畳みの
方向に反対となる上下方向に引き全体を展開すると、１
辺が４０mm、高さが100mm 、対角径が８０mmの六角柱状
で、図２に示すように方形状の２片の貼着で形成する１
つの部分底（７）と、三角形状の２片の貼着で形成する
２つの部分底（８）、（９）の重複で形成する底部を持
った底付き鉢の２８個が、図１に示す鉢の巣様に集合し
たこの発明の底付き連続集合鉢体を得た。Next, the continuous composite band is cut in accordance with the fold line L: tie = 2.5 mm:
A fold consisting of discontinuous cuts having a ratio of 2.5 mm is machined, and for each section of the 40 mm, the fold line L
This section is cut in accordance with the above, and for each section of the 120 mm, the outline of the margin for the first and second triangles and the hypotenuse without the margin are set, and Also, this part is cut in accordance with the two sides in the direction intersecting the drawing direction of the rectangular shape, and further cut at the middle position in the drawing direction of each of the 40 mm sections, crossing the drawing direction: tie = 30 mm: A separation line consisting of discontinuous cuts having a ratio of 3 mm is provided, and the front end of the 40 mm section located at the end in the set section which constitutes one cycle is folded back in the drawing direction (indicated by line 26 in FIG. 6).
The formed composite band body processed as described above, except for two triangular and one rectangular portions set in the image portion on the right side in the drawing direction of the fold line L and a section of 40 mm following the fold line. 7 parallel to the pull-out direction alternately
3 mm line of water-soluble adhesive (polyvinyl alcohol) with a width of mm
The book is applied substantially uniformly dispersed in the width direction, and the entire fold is pressed and stuck in a meandering shape alternately on the left and right at the folding line as shown in FIG. If you pull the whole up and down in the opposite direction,
A hexagonal prism having a side of 40 mm, a height of 100 mm and a diagonal diameter of 80 mm is formed by sticking two square pieces as shown in FIG.
FIG. 1 shows 28 bottomed pots each having one bottom (7), two bottoms (8) formed by sticking two triangular pieces, and a bottom formed by overlapping (9). As a result, a continuous collecting pot body with a bottom according to the present invention assembled in a pot-nest as shown in the figure was obtained.

【００２３】上記で得た底付き連続集合鉢を用いて常法
によりトマトを４５日間育苗し、分離線から個々の鉢苗
に分割して移植したところ、鉢苗の取り扱いに際しての
培土の脱落は全く認めらず、移植後の苗の生育も順調に
推移した。Using the continuous collecting pot with bottom obtained above, tomatoes were grown in a conventional manner for 45 days, divided into individual pots and seedlings from the separation line, and transplanted. No growth was observed at all after transplantation.

【００２４】実施例−２ 実施例１と同様にして作成した連続する複合帯体に、前
記折れ目付設線Ｌに一致させてカット：タイ＝２．５m
m：２．５mmの不連続な切れ目からなる折れ目を加工
し、前記１２０mmの各区分については折れ目付設線Ｌの
外側となる画部の各４０mm区分と隣接する120mm 区分と
の境界となる部位を切断し、各120mm 区分に設定した第
１、第２の三角形状についてはそれぞれ糊代の内縁と糊
代を持たない斜辺に一致して、また方形状について引き
出し方向に交差する方向の２辺に一致してそれぞれ当該
部位に上記同様の不連続な切れ目からなる折れ目を加工
して前記同様に連続する成形複合帯体を形成し、以下実
施例１と同様に処理して室温放置による乾燥後、図７で
上下方向に引き全体を展開すると、１辺が４０mm、高さ
が100mm 、対角径が８０mmの六角柱状で、図２に示すよ
うに方形状の２片の貼着で形成する１つの部分底（７）
と、三角形状の２片の貼着で形成する２つの部分底
（８）、（９）の重合で形成する残片を伴った底部を持
ったこの発明の底付き連続集合鉢体を得た。Example 2 A continuous composite strip produced in the same manner as in Example 1 was cut in accordance with the fold line L: tie = 2.5 m
m: A fold consisting of a discontinuous cut of 2.5 mm is processed, and each section of 120 mm is a boundary between each 40 mm section of the image area outside the fold line L and an adjacent 120 mm section. The first and second triangular shapes cut into parts and set in 120 mm sections respectively correspond to the inner edge of the glue allowance and the oblique side without glue allowance, and the two sides of the rectangular shape intersect in the drawing direction. A fold consisting of the same discontinuous cut as described above was formed in each of the portions corresponding to the sides to form a continuous composite composite body as described above, and then processed in the same manner as in Example 1 and left at room temperature. After drying, pulling up and down as shown in FIG. 7 reveals a hexagonal prism with a side of 40 mm, a height of 100 mm and a diagonal diameter of 80 mm. As shown in FIG. One partial bottom to form (7)
And a bottomed continuous collecting pot of the present invention having a bottom with a residue formed by polymerization of two partial bottoms (8) formed by sticking two triangular pieces and (9).

【００２５】実施例−３ 第１の薄膜として、８−オキシキノリン銅系殺菌剤を２
重量％添加した米坪が７０ｇ／ｍ² で幅が１４０mmの帯
状未晒クラフト紙（以下ＵＫＰ帯紙という）を連続して
引き出し、このＵＫＰ帯紙上にＵＫＰ帯紙の引き出し方
向の先端より順次、引き出し方向に交差して４０、１２
０、４０、１２０、４０mmの幅となる５区分を１サイク
ルとして区間設定し、次いでこの１サイクルとなる設定
区間について、引き出し方向右側縁の左方４０mmの位置
に、引き出し方向に平行して折れ目付設線Ｌを設定し、
前記１サイクルとなる設定区間内の各１２０mm区分の前
記折れ目付設線と前記右側縁とにより囲まれる画部に、
前記実施例１にて設定した１辺を４０mmとする第１の三
角形状の形状に代えて、この第１の三角形状の引き出し
方向の斜辺をその傾斜角を変えないで、その長さを３４
mmとし、この３４mm長さの先端と、前記１２０mm区分の
前記折れ目付設線Ｌの３等分点の引き出し方向最初の点
とを結んだ線を他の斜辺として変形した三角形状を設定
し、同じく前記実施例１にて設定した１辺を４０mmとす
る方形状の形状に代えて、前記引き出し方向右側縁に一
致する辺を３２mmとし、この３２mmの線の引き出し方向
の端部と前記３等分点の前記最初の点を、そして３２mm
の線の引き出し方向の後方の端部と前記３等分点の引き
出し方向第２の点をそれぞれ結んで変形した方形状を設
定し、同じく実施例１にて設定した１辺を４０mmとする
第２の三角形状の形状に代えて、この第２の三角形状の
引き出し方向の後方となる斜辺をその傾斜角を変えない
で、その長さを３４mmとし、この３４mm長さの先端と、
前記１２０mm区分の前記折れ目付設線Ｌの３等分点の引
き出し方向第２の点を結んだ線を他の斜辺として変形し
た三角形状を設定し、第１と第２の三角形状のそれぞれ
３４mmの線の外側および方形状の前記３２mmの辺の内側
には実施例１と同様に、これらの辺に平行して幅５mmの
糊代をそれぞれ設定し、以下実施例１の要領で処理して
展開により、１辺が４０mm、高さが100mm 、対角径が８
０mmの六角柱状で、図２に示すように方形状の２片の貼
着で形成する１つの部分底（７）と、三角形状の２片の
貼着で形成する２つの部分底（８）、（９）の重複で形
成する底部を持った底付き鉢の２８個が、図１に示す鉢
の巣様に集合したこの発明の底付き連続集合鉢体を得
た。Example 3 As a first thin film, an 8-oxyquinoline copper-based disinfectant was
A belt-shaped unbleached kraft paper (hereinafter referred to as a UKP band) having a weight of 70 g / m ² and a width of 140 mm added by weight is continuously drawn, and the drawing direction of the UKP band is sequentially drawn from the leading end of the UKP band on the UKP band. Crossing 40, 12
Five sections having widths of 0, 40, 120 and 40 mm are set as one cycle, and then the set section of one cycle is bent at a position 40 mm to the left of the right edge of the drawing direction in parallel with the drawing direction. Set the weighting line L,
In the image area surrounded by the fold line and the right edge of each 120 mm section in the set section to be one cycle,
In place of the first triangular shape having one side of 40 mm set in the first embodiment, the length of the hypotenuse of the first triangular shape in the drawing direction is set to 34 without changing the inclination angle.
mm, and a line connecting the tip of this 34 mm length and the first point in the drawing direction of the trisection point of the fold line L of the 120 mm section is set as another hypotenuse, and a triangular shape is set. Similarly, in place of the rectangular shape having one side of 40 mm set in the first embodiment, the side corresponding to the right edge in the drawing direction is set to 32 mm, and the end of the 32 mm line in the drawing direction and the above-mentioned 3 etc. The first point of the equinox, and 32mm
The end of the line in the drawing direction and the second point in the drawing direction of the trisection point are connected to each other to set a deformed rectangular shape, and the same side set in Example 1 is set to 40 mm. 2 instead of the triangular shape, the length of the hypotenuse at the rear of the second triangular drawing direction is 34 mm without changing its inclination angle, and the tip of this 34 mm length is
Triangular shape obtained by changing the line connecting the second point to the trisection point of the crease-provided line L of the 120 mm section as another hypotenuse is set, and the first and second triangular shapes are each 34 mm. In the same manner as in the first embodiment, a glue allowance having a width of 5 mm is set outside the line and inside the 32 mm side of the square in the same manner as in the first embodiment. By development, one side is 40mm, height is 100mm, diagonal diameter is 8
As shown in FIG. 2, a hexagonal column of 0 mm has one partial bottom (7) formed by sticking two rectangular pieces, and two partial bottoms (8) formed by sticking two triangular pieces. , (9), 28 bottomed bottomed pots having a bottom formed by the overlap of (9) were gathered like a pot nest as shown in FIG.

【００２６】実施例−４ 第１の薄膜として、８−オキシキノリン銅系殺菌剤を２
重量％添加した米坪が７０ｇ／ｍ² で幅が１４０mmの帯
状未晒クラフト紙（以下ＵＫＰ帯紙という）を連続して
引き出し、このＵＫＰ帯紙上にＵＫＰ帯紙の引き出し方
向の先端より順次、引き出し方向に交差して４０、１２
０、４０、１２０、４０mmの幅となる５区分を１サイク
ルとして区間設定し、次いでこの１サイクルとなる設定
区間について、引き出し方向右側縁の左方４０mmの位置
に、引き出し方向に平行して折れ目付設線Ｌを設定し、
前記１サイクルとなる設定区間内の各１２０mm区分の前
記折れ目付設線と前記右側縁とにより囲まれる画部に、
前記実施例１にて設定した１辺を４０mmとする第１の三
角形状の形状に代えて、この第１の三角形状の引き出し
方向の斜辺をその傾斜角を変えないで、その長さを３４
mmとし、この３４mm長さの先端と、前記１２０mm区分の
前記折れ目付設線Ｌの３等分点の引き出し方向最初の点
とを結んだ線を他の斜辺として変形した三角形状を設定
し、同じく前記実施例１にて設定した１辺を４０mmとす
る方形状の形状に代えて、前記引き出し方向右側縁に一
致する辺を３２mmとし、この３２mmの線の引き出し方向
の端部と前記３等分点の前記最初の点を、そして３２mm
の線の引き出し方向の後方の端部と前記３等分点の引き
出し方向第２の点をそれぞれ結んで変形した方形状を設
定し、同じく実施例１にて設定した１辺を４０mmとする
第２の三角形状の形状に代えて、この第２の三角形状の
引き出し方向の後方となる斜辺をその傾斜角を変えない
で、その長さを３４mmとし、この３４mm長さの先端と、
前記１２０mm区分の前記折れ目付設線Ｌの３等分点の引
き出し方向第２の点を結んだ線を他の斜辺として変形し
た三角形状を設定し、第１と第２の三角形状のそれぞれ
３２mmの線の外側および方形状の前記３２mmの辺の内側
には実施例１と同様に、これらの辺に平行して幅５mmの
糊代をそれぞれ設定し、以下実施例１と同様に処理して
連続する複合帯体を作成し、次いで、実施例２の要領で
処理して連続する成形複合帯体を形成し、以後実施例１
の要領で同様に処理して展開により、１辺が４０mm、高
さが100mm 、対角径が８０mmの六角柱状で、図２に示す
ように方形状の２片の貼着で形成する１つの部分底
（７）と、三角形状の２片の貼着で形成する２つの部分
底（８）、（９）の複合で形成する残片を伴った底部を
持ったこの発明の底付き連続集合鉢体を得た。Example 4 As a first thin film, an 8-oxyquinoline copper-based disinfectant was
A belt-shaped unbleached kraft paper (hereinafter referred to as a UKP band) having a weight of 70 g / m ² and a width of 140 mm added by weight is continuously drawn, and the drawing direction of the UKP band is sequentially drawn from the leading end of the UKP band on the UKP band. Crossing 40, 12
Five sections having widths of 0, 40, 120 and 40 mm are set as one cycle, and then the set section of one cycle is bent at a position 40 mm to the left of the right edge of the drawing direction in parallel with the drawing direction. Set the weighting line L,
In the image area surrounded by the fold line and the right edge of each 120 mm section in the set section to be one cycle,
In place of the first triangular shape having one side of 40 mm set in the first embodiment, the length of the hypotenuse of the first triangular shape in the drawing direction is set to 34 without changing the inclination angle.
mm, and a line connecting the tip of this 34 mm length and the first point in the drawing direction of the trisection point of the fold line L of the 120 mm section is set as another hypotenuse, and a triangular shape is set. Similarly, in place of the rectangular shape having one side of 40 mm set in the first embodiment, the side corresponding to the right edge in the drawing direction is set to 32 mm, and the end of the 32 mm line in the drawing direction and the above-mentioned 3 etc. The first point of the equinox, and 32mm
The end of the line in the drawing direction and the second point in the drawing direction of the trisection point are connected to each other to set a deformed rectangular shape, and the same side set in Example 1 is set to 40 mm. 2 instead of the triangular shape, the length of the hypotenuse at the rear of the second triangular drawing direction is 34 mm without changing its inclination angle, and the tip of this 34 mm length is
Triangular shape obtained by changing the line connecting the second point of the trisection point of the fold line L of the 120 mm section as another hypotenuse, and setting the first and second triangular shapes to 32 mm each In the same manner as in the first embodiment, a glue allowance having a width of 5 mm is set on the outside of the line and on the inside of the 32 mm side of the square, and the processing is performed in the same manner as in the first embodiment. A continuous composite band was made and then processed as in Example 2 to form a continuous molded composite band.
In the same manner as described in the above, the hexagonal prism having a side of 40 mm, a height of 100 mm, and a diagonal diameter of 80 mm is formed by sticking two square pieces as shown in FIG. A continuous collecting pot with a bottom according to the present invention having a partial bottom (7) and a bottom with a remnant formed by combining two partial bottoms (8) and (9) formed by sticking two triangular pieces together. I got a body.

【００２７】[0027]

【発明の効果】この発明の底付き連続鉢集合体によると
きは、予め設定した形状に切断した例えば方形状の紙片
を用いることなく、連続して繰り出す薄膜に順次加工を
施して行くことにより、底付き連続集合鉢体を得ること
ができ、底部の形成のための複雑な形状片、複雑な折畳
みを不要とし、扁平な折畳み体を展開すると、展開に伴
って自然的に底部を形成するので、連続一貫製造による
生産性を高め、製造を簡単化して量産を可能とする。そ
して、この発明の底付き連続鉢集合体を用いて植物を育
苗移植するときには、従来の無蓋、無底の紙または紙の
ような薄膜で作られた鉢体を使用する際にみられた鉢体
からの土抜け現象が完全に解消し、土壌条件に左右され
ずに良好な作業をすることが可能となり、さらに底部の
形成は第１、第２および第３の３種の部分底の重合によ
りなされているので、育苗後鉢体をつけたままで移植し
ても、苗の根はこれらの部分底の間隙を通して容易に鉢
外に伸張するので苗の生育には何等の支障をも与えない
ので実用性に富み、植物の育苗移植に用いて営農に大き
く貢献できるものである。According to the continuous bowl assembly with bottom of the present invention, the thin film continuously fed out is processed sequentially without using, for example, a rectangular piece of paper cut into a predetermined shape. It is possible to obtain a continuous collecting pot with a bottom, which eliminates the need for complicated shaped pieces and complicated folding for the formation of the bottom, and when the flat folded body is expanded, the bottom is naturally formed with the expansion. , To increase productivity through continuous integrated manufacturing, simplify manufacturing and enable mass production. When a plant is raised and transplanted using the continuous pot aggregate with a bottom of the present invention, the pot seen when using a conventional lidless, bottomless paper or a pot made of a thin film such as paper is used. The soil removal phenomenon from the body is completely eliminated, and good work can be performed without being affected by soil conditions. Further, the bottom portion is formed by polymerization of the first, second and third partial bottoms. Therefore, even if transplanted with the pot attached after raising the seedling, the root of the seedling easily extends out of the pot through the gap between these partial bottoms, so there is no hindrance to the growth of the seedling Therefore, it is highly practical and can greatly contribute to farming by using it for plant seedling transplantation.

【図面の簡単な説明】[Brief description of the drawings]

【図１】 底付き連続集合鉢体を構成する個々の鉢体の
斜視図である。FIG. 1 is a perspective view of individual pots constituting a continuous collecting pot with a bottom.

【図２】 図１のＩ−Ｉ視側面図である。FIG. 2 is a side view taken along the line II of FIG. 1;

【図３】 底付き連続集合鉢体の展開時の平面図であ
る。FIG. 3 is a plan view of the bottomed continuous collecting pot when it is unfolded.

【図４】 第１の薄膜上に単位区間Ｔ、区分Ｒ、Ｓ、そ
れぞれの１辺に糊代を付した第１および第２の三角形
状、および糊代を付した方形状の設定の状態を説明する
一部平面図である。FIG. 4 shows a setting state of a unit section T, sections R and S on a first thin film, first and second triangular shapes each having one side provided with a margin, and a rectangular shape provided with a margin. FIG.

【図５】 薄膜上に設定した区分Ｒ、第１および第２の
三角形状および方形状の糊代に耐水性接着剤を塗布する
状態を説明する平面図である。FIG. 5 is a plan view illustrating a state in which a water-resistant adhesive is applied to a section R set on a thin film, and first and second triangular and square margins.

【図６】 複合帯体から、成形複合帯体を形成する１例
を説明する平面図である。FIG. 6 is a plan view illustrating an example of forming a molded composite band from the composite band.

【図７】複合帯体の表裏交互に水溶性接着剤を塗布し、
多層配列となるように折り返し線より左右交互の蛇行状
に折り曲げる様子を模式図的に説明する側面図である。FIG. 7: A water-soluble adhesive is applied alternately on the front and back of the composite band,
It is a side view which illustrates typically a mode that it folds in a meandering shape of right and left alternately from a folding line so that it may become a multilayer arrangement.

【図８】この発明の変形の第１例を説明し、第１の薄膜
上に変形された第１および第２の三角形状、および方形
状を設定する状態を説明する平面図である。FIG. 8 is a plan view for explaining a first example of a modification of the present invention, and for explaining a state in which first and second triangular shapes and rectangular shapes deformed on a first thin film are set.

【図９】この発明の変形の第２の例を説明し、形成され
た複合帯体に他の切断および折れ目加工を施す状態を説
明する平面図である。FIG. 9 is a plan view illustrating a second example of the modification of the present invention and illustrating a state in which the formed composite band is subjected to another cutting and crease processing.

【符号の説明】[Explanation of symbols]

１ 鉢 ａ、ｂ、ｃ、ｄ、ｅ、ｆ
鉢側壁 ２ 連結片 ｎ
単位長さ ３ 接続片 Ａ
第１の三角形状 ４ 水溶性接着剤 Ｂ
方形状 ５ 底部 Ｃ
第２の三角形状 ６ 第１の部分底 Ｄ、Ｅ、Ｆ
糊代 ７ 第２の部分底 Ｌ
折れ目付設線 ８ 第３の部分底 Ｐ
集合鉢体 ９、１９ 薄膜 Ｒ、Ｓ
区分 １８ 耐水性接着剤 Ｔ
単位区間 ２０ 複合帯体 Ｕ−１、Ｕ−２、Ｕ−３
・・・ ユニット ２１ 折れ目 ２４ 分離線 ２５ 成形複合帯体 ２６ 折り返し線1 pot a, b, c, d, e, f
Pot side wall 2 connecting piece n
Unit length 3 Connection piece A
First triangular shape 4 Water-soluble adhesive B
Square 5 Bottom C
Second triangular shape 6 First partial bottom D, E, F
Glue allowance 7 Second partial bottom L
Folded installation line 8 Third partial bottom P
Collecting pot 9, 19 Thin film R, S
Category 18 Water-resistant adhesive T
Unit section 20 Composite band U-1, U-2, U-3
・ ・ ・ Unit 21 Fold 24 Separation line 25 Molded composite strip 26 Folded line

Claims (7)

(57)【特許請求の範囲】(57) [Claims] 【請求項１】 薄膜からなり、連結片で列状に連結され
ると共に一端から列状引き出し可能な多列配置として集
合され、展開により六角柱状となる鉢体の下部に、鉢体
の、連結片に隣接しない１対の側壁下部にそれぞれ延長
する方形状の延長部の相互貼着で形成する第１の部分底
と、鉢体の、連結片に隣接する２つの側壁下部にそれぞ
れ延長する三角形状の延長部の相互貼着で形成する第２
および第３の部分底との重合でなる底部を有することを
特徴とする底付き連続集合鉢体。1. A thin film, which is connected in a row by connecting pieces.
At the bottom of the hexagonal column-shaped pot, which is assembled as a multi-row arrangement that can be pulled out in a row from one end.
A first portion bottom formed by mutual attachment of a rectangular extension extending to a pair of lower portions of the side wall not adjacent to the connecting piece, and a lower portion of the two side walls of the pot adjacent to the connecting piece , respectively. The second formed by mutual attachment of the extending triangular extensions
And a bottom part formed by polymerization with the third partial bottom. 【請求項２】 側壁下部にそれぞれ延長する方形状の延
長部の形状が、少なくとも１辺を側壁幅とする方形状で
あることを特徴とする請求項１記載の底付き連続集合鉢
体。2. The continuous collecting pot with a bottom according to claim 1, wherein the shape of each of the rectangular extending portions extending to the lower portion of the side wall is a rectangular shape having at least one side as a side wall width. 【請求項３】 側壁下部にそれぞれ延長する三角形状の
延長部の形状が、少なくとも１辺を側壁幅とする三角形
状であることを特徴とする請求項１記載の底付き連続集
合鉢体。3. The continuous collecting pot with a bottom according to claim 1, wherein the shape of the triangular extension extending to the lower portion of the side wall is a triangular shape having at least one side as the width of the side wall. 【請求項４】 以下の第１工程、第２工程からなること
を特徴とする底付き連続集合鉢体の製造方法。 第１工程：所定幅の第１の薄膜を連続的に引き出し、薄
膜上に引き出し方向の先端より順次後方に向けて、単位
長ｎの区分Ｒと単位長ｎの３倍の区分Ｓとが交互に反復
し、最後に単位長ｎの区分Ｒとなる単位区間Ｔを設定
し、次いで単位区間Ｔの薄膜に引き出し方向の左右いず
れか一側の側縁から前記単位長ｎだけ内側に引き出し方
向に平行して折れ目付設線Ｌを設定し、各区分Ｓの折れ
目付設線Ｌの外側となる画部に、薄膜の引出し方向から
後方に向けて順次単位長ｎを１辺とする第１の三角形状
Ａ、方形状Ｂ、第２の三角形状Ｃを設定し、さらに第１
の三角形状Ａの薄膜の引出し方向前方の斜辺には外付け
となる糊代Ｄを、第２の三角形状Ｃの引き出し方向後方
の斜辺には同様に外付けとなる糊代Ｅを、そして前記方
形状Ｂの下縁と下縁からおよそ（１−０．５√３）ｎ内
側位置で囲まれ折れ目付設線Ｌに平行する区分に糊代Ｆ
をそれぞれ設定し、このような単位区間Ｔ内の第１及び
第２の三角形状Ａ、Ｃ、方形状Ｂ、糊代Ｄ、Ｅ、Ｆの設
定を続く薄膜に所望の回数反復し、反復する単位区間Ｔ
内の各区分Ｒの折れ目付設線Ｌの外側を除く部分及び糊
代Ｄ、Ｅ、Ｆのそれぞれに耐水性接着剤を塗布し、これ
に別に引き出す第１の薄膜に同じ幅の第２の薄膜を両側
縁を揃えて重合貼着して連続する複合帯体を形成する第
１工程。 第２工程：第１工程で形成した連続する複合帯体に、前
記折れ目付設線Ｌに一致して折れ目を加工し、さらに各
区分Ｒについては折れ目付設線Ｌに一致して、各区分Ｓ
の第１の三角形状Ａについては糊代Ｄの外縁と糊代を持
たない斜辺に一致して、方形状Ｂについては薄膜の引き
出し方向に交差する方向となる２辺に一致して、第２の
三角形状Ｃについては糊代Ｅの外縁と糊代を持たない斜
辺に一致してそれぞれ当該部位を切断し、各区分Ｒの薄
膜の引き出し方向の中間またはほぼ中間位置に薄膜の引
き出し方向に交差してこの部分の分離を容易とする分離
線を加工し、反復する各単位区間Ｔ内の最終に位置する
区分Ｒの前端線を折り返し線として、この折り返し線に
続く最初の区分Ｒと前記折れ目付設線Ｌの外側に位置す
る前記第１及び第２の三角形状Ａ、Ｃと方形状Ｂとを除
いて、複合帯体の表裏交互に水溶性接着剤を全面または
部分的に塗布し、次いで順次折り返し線から左右交互の
蛇行状に折り曲げて多層配列とし、全体を押圧により貼
着する第２工程。4. A method for producing a bottomed continuous collecting pot, comprising the following first step and second step. First step: a first thin film having a predetermined width is continuously drawn, and the thin film is sequentially united toward the rear from the leading end in the drawing direction on the thin film.
Division R of length n and Division S of 3 times the unit length n are repeated alternately
Finally, a unit section T which is a section R having a unit length n is set, and then, the thin film of the unit section T is drawn inward from the left or right side edge in the drawing direction by the unit length n. The fold line L is set in parallel to the direction, and the unit length n is sequentially set to one side in the image portion outside the fold line L of each section S from the drawing direction of the thin film toward the rear. A first triangular shape A, a square shape B, and a second triangular shape C are set.
The outer margin G in the drawing direction of the thin film of the triangular shape A is externally provided with an adhesive margin D, the outer margin G in the drawing direction of the second triangular shape C is also externally provided, and The lower margin of the rectangular shape B and a margin F which is surrounded by a position approximately (1−0.5√3) n inside from the lower edge and parallel to the fold line L
Are set, and the setting of the first and second triangular shapes A and C, the square shape B, and the allowances D, E, and F in the unit section T is repeated a desired number of times for the subsequent thin film, and is repeated. Unit section T
A water-resistant adhesive is applied to portions except the outside of the fold lines L of the respective sections R and the margins D, E, and F, and a second thin film having the same width is applied to the first thin film separately drawn out therefrom. A first step of forming a continuous composite strip by polymerizing and adhering the thin film with both side edges aligned. Second step: The continuous composite band formed in the first step is subjected to fold processing in accordance with the fold line L, and each section R is processed in accordance with the fold line L. Division S
The first triangular shape A corresponds to the outer edge of the margin D and the oblique side having no margin, and the square B corresponds to the two sides intersecting with the drawing direction of the thin film. The triangular shape C is cut along the outer edge of the margin E and the oblique side having no margin to cut the respective portions, and intersects the thin film withdrawing direction at or almost in the middle of the thin film withdrawing direction of each section R. Then, a separation line for facilitating the separation of this portion is processed, and the front end line of the segment R located at the end in each repeating unit section T is defined as a fold line.
It is located outside of the following first section R and the fold line L.
The first and second triangular shapes A and C and the square shape B
A second step of applying a water-soluble adhesive on the entire or partial surface of the composite band alternately, and then sequentially bending the composite band in a meandering shape alternately from the folded line to the left and right to apply the whole by pressing. 【請求項５】 請求項４に記載の底付き連続集合鉢体の
製造方法において、第２工程が、第１工程で形成した連
続する複合帯体に前記折れ目付設線Ｌに一致して折れ目
を加工し、前記折れ目付設線Ｌの外側となる画部の前記
各区分Ｒと隣接する区分Ｓとの境界となる部位を切断
し、各区分Ｓの第１の三角形状Ａについては糊代Ｄの内
縁と糊代を持たない斜辺に一致して、方形状Ｂについて
は薄膜の引き出し方向に交差する方向となる２辺に一致
して、第２の三角形状Ｃについては折れ目付設線Ｌに一
致する１辺を除き糊代Ｅの内縁と糊代を持たない斜辺に
一致してそれぞれ当該部位に折れ目を付与し、各区分Ｒ
の薄膜の引き出し方向の中間またはほぼ中間位置に薄膜
の引き出し方向に交差してこの部分の分離を容易とする
分離線を加工し、反復する各単位区間Ｔ内の最終に位置
する区分Ｒの前端線を折り返し線として、この折り返し
線に続く最初の区分Ｒと前記折れ目付設線Ｌの外側とな
る区分を除いて、複合帯体の表裏交互に水溶性接着剤を
全面または部分的に塗布し、次いで順次折り返し線から
左右交互の蛇行状に折り曲げて多層配列とし、全体を押
圧により貼着することを特徴とする請求項４記載の底付
き連続集合鉢体の製造方法。5. The method for producing a continuous collecting pot with a bottom according to claim 4, wherein the second step is performed by folding the continuous composite band formed in the first step so as to coincide with the fold line L. The eye is processed, and a portion of the image portion outside the fold line L, which is a boundary between each of the sections R and the adjacent section S, is cut, and the first triangular shape A of each section S is glued. The inner edge of the margin D is coincident with the oblique side having no glue margin, the square B is coincident with two sides intersecting the direction of drawing out the thin film, and the second triangular C is scored. Except for one side that matches L, the inner edge of the margin E and the oblique side that does not have the margin allow a fold to be given to each of the portions, and each section R
In the middle or almost in the middle of the thin film withdrawing direction, a separation line which intersects with the thin film withdrawing direction and facilitates separation of this portion is processed, and the front end of the last segment R located in each unit section T to be repeated Make this line a wrap line
The first section R following the line and the outside of the fold line L
Except for the section , the water-soluble adhesive is applied entirely or partially alternately on the front and back of the composite band , and then sequentially bent in a meandering shape alternately from the folded line to the left and right, and the whole is adhered by pressing. The method for producing a bottomed continuous collecting pot according to claim 4, characterized in that: 【請求項６】 請求項４記載の底付き連続集合鉢体の製
造方法において、第１工程が、各区分Ｓに設定する第１
の三角形状Ａと第２の三角形状Ｃのそれぞれ糊代Ｄ、Ｅ
を持つ斜辺を他の斜辺よりも短辺とし、方形状Ｂの側縁
に当たる辺を折れ目付設線Ｌに一致する辺よりも短辺と
したことを特徴とする請求項４記載の底付き連続集合鉢
体の製造方法。6. The method according to claim 4, wherein the first step comprises setting a first set for each section S.
Margins D and E of the triangular shape A and the second triangular shape C, respectively.
The bottomed continuity according to claim 4, wherein the hypotenuse having the following is made shorter than the other hypotenuse, and the side corresponding to the side edge of the square B is made shorter than the side coinciding with the fold line L. Manufacturing method of collective pot. 【請求項７】 請求項５記載の底付き連続集合鉢体の製
造方法において、第１工程が、各区分Ｓに設定する第１
の三角形状Ａと第２の三角形状Ｃのそれぞれ糊代Ｄ、Ｅ
を持つ斜辺を他の斜辺よりも短辺とし、方形状Ｂの側縁
に当たる辺を折れ目付設線Ｌに一致する辺よりも短辺と
したことを特徴とする請求項５記載の底付き連続集合鉢
体の製造方法。7. The method of manufacturing a continuous collecting pot with a bottom according to claim 5, wherein the first step includes setting a first set for each section S.
Margins D and E of the triangular shape A and the second triangular shape C, respectively.
6. The bottomed continuity according to claim 5, wherein the hypotenuse having is shorter than the other hypotenuse, and the side corresponding to the side edge of the square B is shorter than the side coincident with the fold line L. Manufacturing method of collective pot.