JPH056B2 - - Google Patents
Info
- Publication number
- JPH056B2 JPH056B2 JP1006002A JP600289A JPH056B2 JP H056 B2 JPH056 B2 JP H056B2 JP 1006002 A JP1006002 A JP 1006002A JP 600289 A JP600289 A JP 600289A JP H056 B2 JPH056 B2 JP H056B2
- Authority
- JP
- Japan
- Prior art keywords
- water
- width
- resistant adhesive
- pot
- paper
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
- 239000000853 adhesive Substances 0.000 claims description 111
- 230000001070 adhesive effect Effects 0.000 claims description 111
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 74
- 239000010409 thin film Substances 0.000 claims description 55
- 238000005520 cutting process Methods 0.000 claims description 15
- 238000004519 manufacturing process Methods 0.000 claims description 12
- 238000001035 drying Methods 0.000 claims description 6
- 238000010030 laminating Methods 0.000 claims description 3
- 238000000034 method Methods 0.000 claims description 2
- 239000000123 paper Substances 0.000 description 26
- 239000002689 soil Substances 0.000 description 10
- IMROMDMJAWUWLK-UHFFFAOYSA-N Ethenol Chemical compound OC=C IMROMDMJAWUWLK-UHFFFAOYSA-N 0.000 description 6
- 239000000463 material Substances 0.000 description 6
- 239000004745 nonwoven fabric Substances 0.000 description 6
- 241000196324 Embryophyta Species 0.000 description 5
- 239000003292 glue Substances 0.000 description 5
- 229920002451 polyvinyl alcohol Polymers 0.000 description 5
- 230000000712 assembly Effects 0.000 description 3
- 238000000429 assembly Methods 0.000 description 3
- 239000000835 fiber Substances 0.000 description 3
- 239000002655 kraft paper Substances 0.000 description 3
- 239000007788 liquid Substances 0.000 description 3
- 238000012986 modification Methods 0.000 description 3
- 230000004048 modification Effects 0.000 description 3
- 229920002994 synthetic fiber Polymers 0.000 description 3
- 239000012209 synthetic fiber Substances 0.000 description 3
- 229920001131 Pulp (paper) Polymers 0.000 description 2
- 238000004220 aggregation Methods 0.000 description 2
- 230000002776 aggregation Effects 0.000 description 2
- 238000004806 packaging method and process Methods 0.000 description 2
- -1 polypropylene Polymers 0.000 description 2
- 239000000243 solution Substances 0.000 description 2
- ZEYUSQVGRCPBPG-UHFFFAOYSA-N 4,5-dihydroxy-1,3-bis(hydroxymethyl)imidazolidin-2-one Chemical compound OCN1C(O)C(O)N(CO)C1=O ZEYUSQVGRCPBPG-UHFFFAOYSA-N 0.000 description 1
- 241000609240 Ambelania acida Species 0.000 description 1
- ZOXJGFHDIHLPTG-UHFFFAOYSA-N Boron Chemical group [B] ZOXJGFHDIHLPTG-UHFFFAOYSA-N 0.000 description 1
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 1
- 239000004952 Polyamide Substances 0.000 description 1
- 239000004698 Polyethylene Substances 0.000 description 1
- 239000004743 Polypropylene Substances 0.000 description 1
- 239000004372 Polyvinyl alcohol Substances 0.000 description 1
- 239000004599 antimicrobial Substances 0.000 description 1
- 239000007864 aqueous solution Substances 0.000 description 1
- 239000010905 bagasse Substances 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 229920002678 cellulose Polymers 0.000 description 1
- 239000001913 cellulose Substances 0.000 description 1
- 239000003795 chemical substances by application Substances 0.000 description 1
- 239000002131 composite material Substances 0.000 description 1
- 229910052802 copper Inorganic materials 0.000 description 1
- 239000010949 copper Substances 0.000 description 1
- 238000005260 corrosion Methods 0.000 description 1
- 230000007797 corrosion Effects 0.000 description 1
- 238000004132 cross linking Methods 0.000 description 1
- 238000012364 cultivation method Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000014759 maintenance of location Effects 0.000 description 1
- 229960003540 oxyquinoline Drugs 0.000 description 1
- 239000010893 paper waste Substances 0.000 description 1
- 229920002239 polyacrylonitrile Polymers 0.000 description 1
- 229920002647 polyamide Polymers 0.000 description 1
- 229920000728 polyester Polymers 0.000 description 1
- 229920000573 polyethylene Polymers 0.000 description 1
- 229920000098 polyolefin Polymers 0.000 description 1
- 229920001155 polypropylene Polymers 0.000 description 1
- 229920000915 polyvinyl chloride Polymers 0.000 description 1
- 239000004800 polyvinyl chloride Substances 0.000 description 1
- MCJGNVYPOGVAJF-UHFFFAOYSA-N quinolin-8-ol Chemical compound C1=CN=C2C(O)=CC=CC2=C1 MCJGNVYPOGVAJF-UHFFFAOYSA-N 0.000 description 1
- 238000002054 transplantation Methods 0.000 description 1
- 229920002554 vinyl polymer Polymers 0.000 description 1
Landscapes
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Description
【発明の詳細な説明】
（産業上の利用分野）
この発明は植物の育苗および移植に供する薄膜
からつくられた鉢体に係り、特に鉢体下部に部分
底を有する集合鉢体とその製法に関する。Detailed Description of the Invention (Field of Industrial Application) This invention relates to a pot body made from a thin film for raising and transplanting plant seedlings, and particularly relates to a collective pot body having a partial bottom at the bottom of the pot body and a method for manufacturing the same. .
（従来の技術）
従来から植物の栽培に紙または紙のような薄膜
からつくられた鉢体を用いて植物を育苗し、これ
にて得る鉢体苗を本圃に移植する栽培方法が広く
用いられている。このような植物の栽培に用いら
れている鉢体はその殆どが無蓋、無底の筒状の鉢
体であるが、特公昭48−1126号公報明細書に開示
される底付単位鉢体の集合体や特開昭50−121040
号公報明細書に開示される底付鉢体あるいは特開
昭63−276425号公報明細書に開示される不織布に
て形成する底付の移植用包装袋も知られている。(Prior art) Conventionally, a cultivation method has been widely used in which plants are raised in pots made from paper or paper-like thin films, and the potted seedlings obtained are transplanted to the main field. ing. Most of the pots used for cultivating such plants are cylindrical pots without lids and bottoms, but the unit pots with bottoms disclosed in the specification of Japanese Patent Publication No. 1126/1982 are Assemblies and JP-A-1973-121040
A pot body with a bottom as disclosed in the specification of Japanese Patent Publication No. 63-276425 and a packaging bag for transplantation with a bottom made of a nonwoven fabric as disclosed in the specification of Japanese Patent Application Laid-Open No. 63-276425 are also known.
（発明が解決しようとする課題）
従来から用いられている紙または紙のような薄
膜からつくられた無蓋、無底の鉢体は、広く実用
されているが、土壌の種類によつては鉢体への抱
土性が悪く育苗期間中や移植作業中に鉢体から土
抜けが生ずる不都合も生じていた。このため、土
壌の性状に左右されずに常時良好な抱土をもたら
す鉢体が望れている。また、上記従来知られる特
公昭48−1126号公報明細書に開示される底付単位
鉢体の集合体や特開昭50−121040号公報明細書に
開示される底付鉢体は、底付であるため土壌の種
類に左右されずに鉢体内に良好に土壌を保持する
ので上記望みに適合するが、底の構造が複雑であ
るため鉢体の製造、特に実用に適合する鉢体の製
造面においてなお解決されなければならない課題
を残し、さらに鉢体下部の全面に底を有するた
め、このような底の付いた鉢体で育苗した苗を鉢
体をつけたまま移植するときには移植後において
鉢体側壁からの発根を著しく阻害することになる
ので、育苗後に苗を鉢体から抜き出して移植する
用途に制限され、また特開昭63−276425号公報明
細書に開示される不織布にて形成する底付の移植
用包装袋にあつては、鉢体が不織布のみにて形成
するため育苗期間中における鉢体側壁からの根の
通り抜けを完全に阻止できず、集合鉢体として用
いた場合隣接鉢体間で根絡みを生じ育苗後の一個
一個の鉢体苗分離を困難にし、また苗を損傷する
ことになる。さらに、このような不織布のみでな
る個々の鉢体を折畳んだ状態で相互に貼着して集
合化するとき、接着剤が不織布の網目を通過して
不必要な部分の貼着をもたらし鉢体への展開を困
難にする。したがつて、従来から不織布を鉢体に
用いる場合には、クラフト紙のような紙に適当な
手段で貼着して用いている。また、鉢体側壁を根
が通り抜けないように不織布の網目を緻密にする
と育苗期間中における前記根絡みはなくなるが、
移植後における鉢体側壁からの根の伸長を阻害し
て苗の活着を悪くする。(Problems to be Solved by the Invention) Conventionally used pots with no lids or bottoms made from paper or paper-like thin films are widely used, but depending on the type of soil, the pots may not be suitable. There was also the problem that the soil holding capacity was poor and the soil would come out of the pot during the seedling growing period or during transplanting. For this reason, there is a desire for a pot body that always provides good soil retention regardless of soil properties. In addition, the assembly of unit pot bodies with a bottom disclosed in the specification of Japanese Patent Publication No. 48-1126 and the pot body with a bottom disclosed in the specification of JP-A-50-121040 are Therefore, the soil can be held well in the pot regardless of the type of soil, so it satisfies the above requirements, but the bottom structure is complex, making it difficult to manufacture pots, especially those that are suitable for practical use. In addition, since the pot has a bottom on the entire lower part of the pot, when transplanting seedlings grown in a pot with such a bottom with the pot still attached, it is necessary to Since it significantly inhibits rooting from the side wall of the pot, the application is limited to removing the seedlings from the pot and transplanting them after raising the seedlings. In the case of packaging bags for transplants with a bottom, since the pot body is made only of non-woven fabric, it is not possible to completely prevent roots from passing through the side walls of the pot body during the seedling-raising period, and when used as a collective pot body. Root entanglement occurs between adjacent pots, making it difficult to separate each pot and seedling after seedling raising, and also damaging the seedlings. Furthermore, when these individual pot bodies made only of non-woven fabric are folded and attached to each other to form a cluster, the adhesive passes through the mesh of the non-woven fabric and causes unnecessary parts to stick together, causing the pot to become damaged. Makes it difficult to spread to the body. Therefore, conventionally, when a nonwoven fabric is used for a pot body, it is attached to paper such as kraft paper by an appropriate means. Additionally, if the mesh of the non-woven fabric is made dense to prevent roots from passing through the side wall of the pot body, the entanglement of roots during the seedling-raising period will be eliminated;
It inhibits root elongation from the side wall of the pot body after transplanting, making it difficult for seedlings to take root.
このため、用途範囲の広く、構造の簡単な、か
つ製造の容易な底付鉢体が望まれていた。 For this reason, there has been a desire for a pot body with a bottom that has a wide range of uses, has a simple structure, and is easy to manufacture.
（課題を解決するための手段）
この発明は、上記のような事情から、底付鉢体
にあつて底の構造が簡単で製造の容易な底付鉢体
について鋭意研究した結果、鉢体を形成する側壁
の相対する一対の側壁を延長し、この延長部によ
り鉢体下部に部分底を形成することにより製造の
容易な底付鉢集合体に到達し、この底付鉢集合体
は、紙または紙のような薄膜の側縁を耐水性接着
剤で細幅に部分貼着して上下が開口する中空体を
形成し、この中空体の上下いずれか一方の開口縁
中間位置区分を所定の長さ耐水性接着剤により貼
着し、前記側縁および開口縁の耐水性接着剤貼着
末端を限界位置として耐水性接着剤非塗布区分を
凹状に切り欠いてＴ字状の圧扁体を形成し、この
圧扁体の翼部幅の1/3または1/4宛をそれぞれ上下
交互に重複して配列し重複部を水溶性接着剤で貼
着した単位体の多数を多段に積層し、積層間を水
溶性接着剤で貼着することにより製造の容易なそ
して構造の簡単な底付鉢集合体を得ることができ
たものである。(Means for Solving the Problems) In view of the above-mentioned circumstances, the present invention was developed as a result of intensive research into a pot with a bottom, which has a simple bottom structure and is easy to manufacture. A pair of opposing side walls are extended, and a partial bottom is formed at the bottom of the pot by the extended portion, thereby achieving a bottomed pot assembly that is easy to manufacture.This bottomed pot assembly is made of paper. Alternatively, the side edges of a paper-like thin film are pasted in narrow sections with water-resistant adhesive to form a hollow body with openings at the top and bottom, and the middle position of the opening edge on either the top or bottom of this hollow body is set at a predetermined position. The length is pasted with a water-resistant adhesive, and the end of the side edge and the opening edge where the water-resistant adhesive is pasted is the limit position, and the section where the water-resistant adhesive is not applied is cut out in a concave shape to form a T-shaped flattened body. 1/3 or 1/4 of the wing width of this compressed body are stacked in multiple stages, each of which is arranged vertically and overlappingly, and the overlapping parts are adhered with a water-soluble adhesive. By bonding the laminated layers with a water-soluble adhesive, it was possible to obtain a pot assembly with a bottom that was easy to manufacture and had a simple structure.
（作用）
この発明の底付鉢体に用いる紙または紙のよう
な薄膜は、適度の耐腐性を有するものであればよ
く、特にその材質を制限されるものではなく、従
来知られる育苗移植用鉢体の製造に用いられる薄
膜であれば何れを用いてもよく、例えば、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ールアルコール、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セルロース架橋反応性薬
剤で処理して湿潤強度を強化した紙、さらには、
天然パルプ紙に前記合成繊維の薄膜を適宜手段に
よつて重層した複合紙、あるいはまた、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。(Function) The paper or paper-like thin film used for the bottomed pot body of the present invention may be any material as long as it has appropriate rot resistance, and there are no particular restrictions on its material. Any thin film used in the production of pot bodies may be used, including wood pulp prepared from coniferous and broad-leaved trees, as well as ordinary natural pulp for papermaking such as boro pulp, waste paper pulp, and bagasse pulp. Or, natural pulp paper or synthetic paper made from a paper stock made by mixing these natural pulps with synthetic fibers such as polyvinyl alcohol, polypropylene, polyethylene, polyolefin, polyester, polyamide, polyacrylonitrile, and polyvinyl chloride, or these natural pulp papers. Paper or synthetic paper treated with a cellulose cross-linking reactive agent to strengthen its wet strength;
Examples include composite paper in which a thin film of the synthetic fibers is layered on natural pulp paper by an appropriate means, or paper in which natural pulp paper or synthetic paper is treated with an appropriately selected antiseptic agent. .
この発明は、上記薄膜群から適当に選択した薄
膜の２枚あるいは１枚で形成する鉢体の多数を集
合化したもので、集合体Pa，Pbを形成する個々
の鉢体P1〜P4の下部に部分底４を有することを
特徴とする。この鉢体下部の底４は、相対向する
一対の鉢体側壁５-1，５-2の延長部６-1，６-2下
端を耐水性接着剤３ｂにより貼着することにより
形成されている。 This invention aggregates a large number of pot bodies formed by two or one thin film suitably selected from the above-mentioned thin film group, and the individual pot bodies P 1 to P 4 forming the aggregates Pa and Pb. It is characterized by having a partial bottom 4 at the lower part of the bottom. The bottom 4 of the lower part of the pot body is formed by pasting the lower ends of the extensions 6 -1 and 6 -2 of the pair of opposing pot side walls 5 -1 and 5 -2 with a water-resistant adhesive 3b. There is.
２枚の薄膜１，２を用いる場合には、同一幅の
２枚の薄膜片を重合し、その横方向両縁と縦方向
上下いずれか一方の端縁中間部をそれぞれ耐水性
接着剤３ａおよび３ｂにより部分貼着し、この両
縁と中間部の耐水性接着剤３ａおよび３ｂ貼着部
末端を限界位置として凹状に切り欠くとＴ字状の
中空圧扁体８が形成する。この中空圧扁体８は、
Ｔ字翼部９の両端縁１０-1，１０-2と脚部１１下
端１２が閉じ、脚部両側１３-1，１３-2が開口し
ている構造のもので、これを展開すると翼部９が
鉢体側壁を形成し、脚部１１が翼部９の展開によ
り逆ハ字状に開き、相対向する一対の鉢体側壁５
−１，５-2間にまたがつた帯状の部分底４を形成す
る。また、１枚の薄膜を用いる場合には、選択し
た薄膜片の横方向の一側と他側縁との重合面と縦
方向上下いずれか一方の端縁中間部を耐水性接着
剤３ａおよび３ｂにより部分貼着し、この一側と
他側の重合面の耐水性接着剤３ａ貼着部末端を縦
方向の限界位置とし、前記端縁中間部の耐水性接
着剤３ｂ貼着長さ両端を横方向の限界位置として
中空圧扁体の下部を左右対称に凹状に切り欠くと
Ｔ字状の中空圧扁体８が形成する。この中空圧扁
体８はＴ字翼部９の両側縁１０-1，１０-2と脚部
１１下端１２が閉じ、脚部１１両側１３-1，１３
−２が開口している構造のもので、これを展開する
と翼部９が鉢体側壁を形成し、脚部１１が翼９の
展開により逆ハ字状に開き、相対向する一対の鉢
体側壁５-1，５-2間にまたがつた帯状の部分底４
を形成する。そして１枚の薄膜１で形成するＴ字
状の中空圧扁体８の複数を、Ｔ字状の翼部９がそ
の翼幅W1の1/3宛または1/4宛となるようにそれ
ぞれ上下交互に重複して配列し重複部を水溶性接
着剤７で貼着して形成した単位体１４の多数を多
段に積層し、各単位体１４の両側縁の（1/3）・
W1幅区分または（1/4）・W1幅区分を除き積層間
を水溶性接着剤７で貼着し、これを展開すると貼
着された薄膜が互いに引き合つて六角柱状の集合
鉢体P1または四角柱状の集合鉢体P3を現出し、
これらの集合鉢体を構成する各鉢体は下部に部分
底４を有する構造となる。また２枚の薄膜１，２
で形成するＴ字状の中空圧扁体８の複数を、Ｔ字
状の翼部９がその翼部９の両側部１０-1，１０-2
の耐水性接着剤３ａ塗布部幅を除いた幅翼幅W2
の1/3宛または1/4宛となるようにそれぞれ上下交
互に重複して配列し重複部を水溶性接着剤７で貼
着して形成した単位体１４の多数を多段に積層
し、各単位体１４の両側縁の（1/3）・W2幅また
は（1/4）・W2幅に翼部９の一側部１０-1（また
は１０-2）の耐水性接着剤３ａ塗布部幅を加算し
た幅区分除き積層間を水溶性接着剤７で貼着し、
これを展開すると貼着された薄膜が互いに引き合
つて六角柱状の集合体鉢体P2または四角柱状の
集合鉢体P4を現出し、これらの集合鉢体を構成
する各鉢体は下部に部分底４を有する構造とな
る。以下図面を参照して説明する。 When using two thin films 1 and 2, two thin film pieces of the same width are polymerized, and both horizontal edges and the middle of one of the upper and lower vertical edges are coated with water-resistant adhesive 3a and 3b, and a T-shaped hollow compressed body 8 is formed by cutting out a concave shape with the ends of the water-resistant adhesive 3a and 3b attached at both edges and the intermediate portion as the limit positions. This hollow flat body 8 is
It has a structure in which both end edges 10 -1 , 10 -2 of the T-shaped wing part 9 and the lower end 12 of the leg part 11 are closed, and both sides 13 -1 , 13 -2 of the leg part are open. When this is unfolded, the wing part 9 forms a side wall of the pot body, and the leg portions 11 open in an inverted V shape by the expansion of the wing portions 9, forming a pair of side walls 5 of the pot body facing each other.
A band-shaped partial bottom 4 spanning between -1 and 5 -2 is formed. In addition, when using one thin film, waterproof adhesives 3a and 3b are used to bond the overlapping surface of one side of the selected thin film piece to the other side edge in the horizontal direction and the middle part of either the upper or lower edge in the vertical direction. The ends of the water-resistant adhesive 3a on the overlapping surfaces on one side and the other side are the limit positions in the vertical direction, and the length of the water-resistant adhesive 3b on the middle part of the edge is set at both ends. When the lower part of the hollow flattened body is cut out in a symmetrical concave shape as the limit position in the lateral direction, a T-shaped hollow flattened body 8 is formed. This hollow compressed body 8 has both side edges 10 -1 , 10 -2 of the T-shaped wing part 9 and the lower end 12 of the leg part 11 closed, and both sides 13 -1 , 13 of the leg part 11 .
-2 has an open structure, and when it is unfolded, the wing parts 9 form the side wall of the pot body, and the leg parts 11 open in an inverted V shape by the unfolding of the wings 9, and a pair of opposing pot bodies A band-shaped partial bottom 4 spanning between the side walls 5 -1 and 5 -2
form. Then, a plurality of T-shaped hollow compressed bodies 8 formed from one thin film 1 are arranged so that the T-shaped wing portion 9 is 1/3 or 1/4 of the wing span W 1 , respectively. A large number of unit bodies 14 formed by arranging the upper and lower parts overlapping each other and pasting the overlapping parts with water-soluble adhesive 7 are stacked in multiple stages, and (1/3) of both side edges of each unit body 14 are stacked.
Except for W 1 width division or (1/4)/W 1 width division, the laminated layers are pasted with water-soluble adhesive 7, and when this is developed, the pasted thin films attract each other to form a hexagonal prism-shaped cluster pot. P 1 or a rectangular prism-shaped cluster pot body P 3 is revealed,
Each of the pots constituting these group pots has a partial bottom 4 at its lower part. In addition, two thin films 1 and 2
A plurality of T-shaped hollow compressed flat bodies 8 formed by
Wing width excluding the width of the area where water-resistant adhesive 3a is applied W 2
A large number of unit bodies 14 are stacked in multiple stages, each formed by arranging the units 14 vertically and overlappingly and pasting the overlapping parts with water-soluble adhesive 7 so that each unit is 1/3 or 1/4 addressed. Apply water-resistant adhesive 3a to one side 10 -1 (or 10 -2 ) of the wing portion 9 on the (1/3) W 2 width or (1/4) W 2 width of both side edges of the unit body 14. Adhere between the laminated layers with water-soluble adhesive 7, except for the width section where the part width is added,
When this is unfolded, the attached thin films attract each other to reveal a hexagonal prism-shaped collective pot body P 2 or a square prism-shaped collective pot body P 4 , and each pot body that makes up these collective pot bodies is attached to the bottom. The structure has a partial bottom 4. This will be explained below with reference to the drawings.
図１，２はこの発明の底付鉢集合体を模式図的
に示すもので、図１は形状が六角柱状の底付鉢集
合体Paを、図２は四角柱状の底付鉢集合体Pbを
示す。図３および図４は、図１の六角柱状の底付
鉢集合体Paを構成する個々の鉢体を示し、図３
は１枚の薄膜１により形成する鉢体P1を、また
図４は２枚の薄膜１，２により形成する鉢体P2
を示す。鉢体P1，P2は共に部分底４を有し、こ
の部分底４は相対向する一対の鉢体側壁５-1，５
−２の延長部６-1，６-2の下端部を耐水性接着剤３
ｂにより貼着して形成している。図５および図６
は、図２の四角柱状の底付鉢集合体Pbを構成す
る個々の鉢体を示し、図５は１枚の薄膜１により
形成する鉢体P3を示し、図６は２枚の薄膜１，
２により形成する鉢体P4を示す。鉢体P3，P4は
共に部分底４を有し、この部分底４は相対向する
一対の鉢体側壁５-1，５-2の延長部６-1，６-2の
下端部を耐水性接着剤３ｂにより貼着して形成さ
れている。そして、六角柱状の底付鉢集合体Pa
および四角柱状の底付鉢集合体Pbは、それぞれ
個々の鉢体P1あるいはびP2、および鉢体P3ある
いはP4が列状に配列し、各隣接鉢体側壁間が水
溶性接着剤７で貼着されていて展開により互いの
貼着鉢体側壁を引き合つて六角または四角柱状の
形状を呈する。 Figures 1 and 2 schematically show bottomed pot assemblies of the present invention. Figure 1 shows a bottomed pot assembly Pa having a hexagonal prism shape, and Figure 2 shows a bottomed pot assembly Pb having a square prism shape. shows. 3 and 4 show individual pot bodies constituting the hexagonal prism-shaped bottomed pot assembly Pa of FIG.
4 shows a pot body P 1 formed by one thin film 1, and FIG. 4 shows a pot body P 2 formed by two thin films 1 and 2.
shows. The pot bodies P 1 and P 2 both have a partial bottom 4, and this partial bottom 4 is connected to a pair of opposing pot body side walls 5 -1 , 5
-2 extensions 6 -1 and 6 -2 lower ends with water-resistant adhesive 3
It is formed by adhering with b. Figures 5 and 6
2 shows the individual pot bodies constituting the rectangular prism-shaped bottomed pot assembly Pb in FIG. 2, FIG. 5 shows the pot body P3 formed by one thin film 1, and FIG. ，
Fig. 2 shows the pot body P4 formed by 2. The pots P 3 and P 4 both have a partial bottom 4, and this partial bottom 4 extends from the lower end of the extensions 6 -1 and 6 -2 of the pair of opposing pot side walls 5 -1 and 5 -2 . It is formed by adhering with a water-resistant adhesive 3b. And the hexagonal columnar bottomed pot aggregate Pa
In the rectangular prism-shaped bottomed pot assembly Pb, individual pot bodies P 1 or P 2 and pot bodies P 3 or P 4 are arranged in a row, and the side walls of each adjacent pot body are bonded with water-soluble adhesive. 7, and when unfolded, the side walls of each pot body are drawn together to form a hexagonal or quadrangular prism shape.
上記の六角柱状の底付鉢集合体Paおよび四角
柱状の底付鉢集合体Pbは、適当に選択された紙
または紙のような薄膜の１枚または２枚を用いて
Ｔ字状の中空圧扁体８を形成しこのＴ字状の中空
圧扁体８の複数を、Ｔ字状の翼部９がその翼幅の
１／３あるいは1/4宛をそれぞれ上下交互に重複して
配列し重複部を水溶性接着剤７で貼着して形成し
た単位体１４の多数を多段に積層し積層間を水溶
性接着剤７で貼着することにより容易に製造でき
る。 The above-mentioned hexagonal columnar bottomed pot assembly Pa and quadrangular columnar bottomed pot assembly Pb are constructed using one or two sheets of appropriately selected paper or paper-like thin film. A plurality of T-shaped hollow pressure flat bodies 8 forming a flat body 8 are arranged such that T-shaped wing portions 9 are arranged vertically and alternately overlapping each other over 1/3 or 1/4 of the wing span. It can be easily manufactured by laminating a large number of unit bodies 14 formed by pasting the overlapping portions with the water-soluble adhesive 7 in multiple stages and pasting between the laminated layers with the water-soluble adhesive 7.
このＴ字状の中空圧扁体８は、Ｔ字翼部９の両
側部１０-1，１０-2と脚部１１の下端１２が閉
じ、脚部１１の両側１３-1，１３-2が開口してい
る特殊な構造を有している。 In this T-shaped hollow compressed body 8, both sides 10 -1 , 10 -2 of the T-shaped wing part 9 and the lower end 12 of the leg part 11 are closed, and both sides 13 -1 , 13 -2 of the leg part 11 are closed. It has a special open structure.
このＴ字状の中空圧扁体８を２枚の薄膜１，２
で形成するときは、Ｔ字状に成形した薄膜１，２
のＴ字翼部９の両側部１０-1，１０-2が耐水性接
着剤３ａによる貼着で閉じ、１枚の薄膜１で形成
するときは、Ｔ字翼部９の両側部１０-1，１０-2
のいずれか一側が折り曲げにより閉じ、他側が耐
水性接着剤３ａによる貼着で閉じる構造となる。
図７、図８はそれぞれ１枚の薄膜１および２枚の
薄膜１，２により形成したＴ字状の中空圧扁体８
を示し、Ｔ字翼部９は、鉢体P1〜P4の側壁を構
成する部分に相当する。w1、w2はそれぞれ１枚
および２枚の薄膜により形成したＴ字翼部９の横
幅を示し、鉢体P1〜P4の側壁一辺長さの大小に
対応して変化する。 This T-shaped hollow flattened body 8 is covered with two thin films 1 and 2.
When forming thin films 1 and 2 in a T-shape,
When the both sides 10 -1 and 10 -2 of the T-shaped wing part 9 are closed by adhering with the water-resistant adhesive 3a and formed with one thin film 1, the both sides 10 -1 of the T-shaped wing part 9 are ,10 -2
It has a structure in which either one side is closed by bending, and the other side is closed by pasting with a water-resistant adhesive 3a.
7 and 8 show a T-shaped hollow compressed body 8 formed of one thin film 1 and two thin films 1 and 2, respectively.
The T-shaped wing portion 9 corresponds to a portion forming the side wall of the pot bodies P 1 to P 4 . w 1 and w 2 indicate the width of the T-shaped wing portion 9 formed by one and two thin films, respectively, and vary depending on the length of one side of the side wall of the pot bodies P 1 to P 4 .
上記においてw1は、１枚の薄膜で形成したＴ
字翼部９の全幅に相当し、w2は２枚の薄膜で形
成したＴ字翼部９の両側部１０-1，１０-2の耐水
性接着剤３ａによる貼着部を除く幅に相当する。
h1はＴ字翼部９の縦方向の長さを示し、鉢体P1〜
P4の高さに対応して変化する値である。Ｔ字状
の脚部１１は鉢体P1〜P4下部の底４を構成する
部分に相当し脚部１１の縦方向の長さ1および
横幅m1は、それぞれ前記w1、w2に対応して変化
する。前記脚部１１の縦方向の長さ1は、鉢体
P1〜P4の相対向する側壁間の間隔の1/2長さに糊
代長さ（２〜５mm範囲）を加算した値となり、鉢
体形状がP1，P2の六角柱状の場合には、それぞ
れおよそ（１／２√３）・w1＋αおよび（１／２
√３）・w2＋α（αは糊代長さ）に相当し、鉢体
形状がP3，P4の四角柱状の場合には、それぞれ
およそ（1/4）・w1＋αおよび（1/4）・w2＋α（α
は糊代長さ）に相当する。 In the above, w 1 is T formed by one thin film.
Corresponds to the entire width of the T-shaped wing part 9, and w2 corresponds to the width excluding the part attached with the water-resistant adhesive 3a of the both sides 10 -1 and 10 -2 of the T-shaped wing part 9 formed by two thin films. do.
h 1 indicates the length of the T-shaped wing portion 9 in the vertical direction, and the pot body P 1 ~
This is a value that changes depending on the height of P4 . The T-shaped leg part 11 corresponds to the part constituting the bottom 4 of the lower part of the pot bodies P1 to P4 , and the vertical length 1 and width m1 of the leg part 11 are equal to the above w1 and w2, respectively. Change accordingly. The length 1 in the vertical direction of the leg portion 11 is the length of the pot body.
The value is the sum of 1/2 the distance between the opposing side walls of P 1 to P 4 plus the glue allowance length (2 to 5 mm range), and when the pot shape is a hexagonal column shape of P 1 and P 2 are approximately (1/2√3)・w 1 +α and (1/2
√3)・w 2 + α (α is the glue length), and when the pot shape is a rectangular prism of P 3 and P 4 , it is approximately (1/4)・w 1 + α and (1 /4)・w 2 +α(α
corresponds to the glue length).
前記脚部１１の横幅m1は、その最大値が鉢体
P1〜P4の側壁一辺幅に相当し通常は側壁一辺幅
に同じか若干小な値にとる。m1を側壁一辺幅よ
り大とするときには展開に際し正規な形状を損な
うことになる。 The maximum width m 1 of the leg portion 11 is the width of the pot body.
It corresponds to the width of one side of the side wall of P 1 to P 4 , and is usually set to a value that is the same as or slightly smaller than the width of one side of the side wall. If m 1 is made larger than the width of one side of the side wall, the regular shape will be lost during development.
上記のＴ字状の中空圧扁体８は、次いで、その
複数を図９に示すように翼部９をそれぞれ上下交
互に重複して配列し重複部を水溶性接着剤７で貼
着して単位体１４を形成する。 The above T-shaped hollow compressed body 8 is then made by arranging a plurality of wing portions 9 vertically and overlappingly, respectively, as shown in FIG. 9, and pasting the overlapping portions with a water-soluble adhesive 7. A unit body 14 is formed.
上記の重複配列にあたり、１枚の薄膜で形成し
たＴ字状の中空圧扁体８を用い六角柱状の鉢体と
する場合には重複部幅を（1/3）・w1とし、四角
柱状の鉢体とする場合には（1/4）・w1とする。 In the above-mentioned overlapping arrangement, if a hexagonal prism-shaped pot body is made using a T-shaped hollow compressed flat body 8 formed of a single thin film, the width of the overlapping part is (1/3) w 1 , and a square prism-like pot body is used. If the pot body is (1/4)・w 1 .
２枚の薄膜で形成したＴ字状の中空圧扁体８を
用い六角柱状の鉢体とする場合には、翼部９の両
端部１０-1，１０-2の耐水性接着剤３ａによる貼
着部を除く幅w2について重複部幅を（1/3）・w2
とし、四角柱状の鉢体とする場合には同様に（1/
４）・w2とする。このようにして形成したそれぞ
れの単位体１４の多数を図１０に示すように両側
を揃えて多段に積層し、各段単位体１４の積層間
を水溶性接着剤７により貼着する。この場合、各
単位体１４の両側縁の所定区分に水溶性接着剤７
の塗布を除く。この区分は前記同様にＴ字状の中
空圧扁体８を形成するに用いた薄膜の数および鉢
体形状によつて変わり、１枚の薄膜１を用いて形
成したＴ字状の中空圧扁体８による単位体１４で
鉢体形状を六角あるいは四角柱状とするには水溶
性接着剤７の塗布を除く区分はそれぞれ（1/3）・
w1あるいは（1/4）・w1幅となり、２枚の薄膜を
用いて形成したＴ字状の中空圧扁体８による単位
体１４で鉢体形状を六角あるいは四角柱状とする
には、水溶性接着剤７の塗布を除く区分はそれぞ
れ（1/3）・w2幅あるいは（1/4）・w2幅に中空圧
扁体８の翼部９の一側部１０-1（あるいは１０-
２）の耐水性接着剤３ａ塗布部幅幅を加算した幅
となる。 When making a hexagonal prism-shaped pot using a T-shaped hollow compressed body 8 formed of two thin films, the both ends 10 -1 and 10 -2 of the wing part 9 are pasted with water-resistant adhesive 3a. The width of the overlapping part is (1/3) w 2 for the width excluding the dressing part w 2
Similarly, when making a rectangular prism-shaped pot body, (1/
4)・W 2 . A large number of each of the unit bodies 14 thus formed are stacked in multiple stages with both sides aligned as shown in FIG. 10, and the stacked layers of each stage unit body 14 are adhered with a water-soluble adhesive 7. In this case, water-soluble adhesive 7 is applied to predetermined sections on both side edges of each unit body 14.
Excluding application of Similar to the above, this classification varies depending on the number of thin films used to form the T-shaped hollow pressed body 8 and the shape of the pot body. In order to make the pot shape hexagonal or quadrangular prism with the unit body 14 based on the body 8, the sections except for the application of the water-soluble adhesive 7 are (1/3), respectively.
In order to make the pot shape into a hexagonal or quadrangular prism with the unit body 14 which has a width of w 1 or (1/4)・w 1 and is made of a T-shaped hollow compressed body 8 formed using two thin films, The sections excluding the application of the water-soluble adhesive 7 are (1/3).w 2 width or (1/4).w 2 width on one side 10 -1 (or 10-
The width is the sum of the width of the water-resistant adhesive 3a application part width in 2 ).
上記の要領で各積層間を水溶性接着剤７により
貼着して得る多段積層体１５を展開すると図１か
ら図５に示すような、鉢体下部に部分底４を有す
る六角あるいは四角柱状の鉢体が列状となつた底
付鉢集合体が現出する。 When the multi-layered laminate 15 obtained by pasting each layer with the water-soluble adhesive 7 in the above manner is developed, it becomes a hexagonal or quadrangular prism-like structure with a partial bottom 4 at the bottom of the pot body, as shown in FIGS. 1 to 5. An aggregate of bottomed pots with rows of pot bodies appears.
この発明は上記のように構成されるが、鉢体を
構成する基本体であるＴ字状の中空圧扁体８は図
７、図８に示すような予め単体に形成されたもの
に限られるものではなく、集合体を形成する或る
中間段階において図７，図８に示す形状と同じ中
空圧扁体を形成させるものであつてもよい。 Although the present invention is constructed as described above, the T-shaped hollow flattened body 8, which is the basic body constituting the pot body, is limited to being formed in advance as a single unit as shown in FIGS. 7 and 8. Instead, a hollow compressed body having the same shape as shown in FIGS. 7 and 8 may be formed at a certain intermediate stage of forming the aggregate.
例えば、図１２に示すように凸部１６と凹部１
７が長手方向に交互となる形状で、凸部１６の長
手方向両側縁（２枚の薄膜で形成されている場
合）あるいは一側縁（２枚の薄膜で形成されてい
る場合）が耐水性接着剤３ａで細幅に貼着され、
凹部１７の長手方向の中間位置が長手方向に直交
する方向に耐水性接着剤３ｂにより細幅に貼着さ
れている連続帯体１８を形成し、この帯体１８を
凸部１６を横断する仮想中心線１９を切断線とし
て所定長さに切断し、この切断帯体の複数によ
り、前記の予め１枚あるいは２枚の薄膜で形成し
たＴ字状の中空圧扁体８の場合について説明した
単位体１４および多段積層体１５を形成した要領
で多段積層体を形成し、この積層体を凸部１６の
前記仮想中心線１９と、凹部１７の長手方向中心
を横断する仮想中心線２０（この仮想線２０は耐
水性接着剤３ｂ塗布部の中心部を横断する）を切
断線として切断して図１１に示す構造に同じ構造
のＴ字状の中空圧扁体８が多列、多段に積層貼着
された多段積層体１５とすること、あるいは、所
定幅の２枚の薄膜の長手方向左右両側を前記脚部
１１の長さ1に相当する長さ2の間隔で、前記
高さh1に相当する長さh2区分を耐水性接着剤３ａ
で貼着し、さらに、この薄膜の幅方向の中間位置
で前記間隔2の終端上に相当する幅方向の中空
区分を、耐水性接着剤３ｂにより前記脚部１１の
横幅m1に相当する長さm2区分を細幅に貼着して
連続帯体２１を形成し、この連続帯体２１を、耐
水性接着剤３ｂの塗布部下縁２２に沿い長手方向
に直交して連続帯体２１を横断する仮想線２３を
切断線として所定長さに切断し、この切断帯体の
複数により、前記と同様予め１枚あるいは２枚の
薄膜で形成したＴ字状の中空圧扁体８の場合につ
いて説明した単位体１４および多段積層体１５を
形成した要領で多段積層体を形成し、この積層体
を前記耐水性接着剤３ａの塗布末端と耐水性接着
剤３ｂの塗布両端を限界位置とする切り欠き線２
４（図１３参照）で耐水性接着剤３ｂの非塗布区
分を凹状に切り欠くと同時に前記仮想線２３上に
沿つて切断して図１１に示す構造に同じ構造のＴ
字状の中空圧扁体８が多列、多段に積層貼着され
た多段積層体１５とすること等が挙げられ、これ
らの変形もこの発明の範囲内にあり、その他この
発明の範囲内において種々変形がされてよいもの
である。以下、この発明の底付鉢集合体を実施例
により具体的に説明する。 For example, as shown in FIG.
7 alternate in the longitudinal direction, and both longitudinal edges of the convex portion 16 (if formed by two thin films) or one side edge (if formed by two thin films) are water resistant. It is pasted narrowly with adhesive 3a,
A continuous band 18 is formed in which the intermediate position in the longitudinal direction of the recess 17 is adhered to a narrow width with a water-resistant adhesive 3b in a direction perpendicular to the longitudinal direction, and this band 18 is imaginary to cross the convex part 16. The unit described above is the case of the T-shaped hollow flattened body 8 which is cut into a predetermined length along the center line 19 as a cutting line, and is formed from one or two thin films in advance by using a plurality of cutting bands. A multi-stage laminate is formed in the same manner as the body 14 and the multi-stage laminate 15 are formed, and this laminate is connected to the imaginary center line 19 of the convex portion 16 and the imaginary center line 20 (this imaginary The line 20 crosses the center of the area where the water-resistant adhesive 3b is applied. Alternatively, two thin films having a predetermined width may be formed on both left and right sides in the longitudinal direction at intervals of length 2 corresponding to length 1 of the leg portions 11 to the height h 1 . Separate the corresponding length h into 2 sections with water-resistant adhesive 3a
Further, a hollow section in the width direction corresponding to the end of the gap 2 at the middle position in the width direction of this thin film is glued with a water-resistant adhesive 3b to a length corresponding to the width m 1 of the leg part 11. A continuous band 21 is formed by pasting two sections of 2 mm wide in a narrow width, and the continuous band 21 is attached perpendicularly to the longitudinal direction along the lower edge 22 where the water-resistant adhesive 3b is applied. Regarding the case of a T-shaped hollow compressed flat body 8 formed in advance from one or two thin films in the same manner as described above, by cutting to a predetermined length using a crossing virtual line 23 as a cutting line, and using a plurality of these cutting bands. A multi-stage laminate is formed in the same manner as the unit body 14 and the multi-stage laminate 15 described above, and this laminate is cut with the end of the application of the water-resistant adhesive 3a and both ends of the application of the water-resistant adhesive 3b as the limit positions. Missing line 2
4 (see FIG. 13), cut out the non-applied section of the water-resistant adhesive 3b in a concave shape, and at the same time cut along the virtual line 23 to create a T of the same structure as shown in FIG.
Examples include forming a multi-stage laminate 15 in which letter-shaped hollow compressed bodies 8 are laminated and pasted in multiple rows and stages, and these modifications are also within the scope of this invention, and other modifications are within the scope of this invention. Various modifications may be made. Hereinafter, the bottomed pot assembly of the present invention will be explained in detail using examples.
（実施例）
実施例 １
天然繊維から抄造した坪量50g／m2のクラフト
紙をジメチロールジハイドロキシエチレン尿素で
化学処理して湿潤強度を高めた幅66mmの帯紙を引
き出し、その上面の両側縁３mm幅に引き出し方向
に20mm間隔で耐水性接着剤モビニール550（商品
名）を50mm長さで塗布し、さらに前記耐水性接着
剤モビニール550の塗布末端から引き出し方向の
後方18.5mm位置で、帯紙の幅方向中心位置と交差
する点を中点として、引き出し方向に直交する方
向に長さ20mm、３mm幅に前記耐水性接着剤モビニ
ール550を塗布して、これに前記と同じ材質、仕
様の帯紙を別に引き出し互いの両側縁を揃えて重
合貼着し、予備乾燥後前記帯紙の両側縁の耐水性
接着剤貼着部末端と幅方向中間部の耐水性接着剤
貼着部両端を限界位置として耐水性接着剤非塗布
区分を凹状に切り欠き、同時に幅方向中間部の耐
水性接着剤貼着部の引き出し方向後方縁から切断
して翼部幅66mm、翼部高さ50mm、脚部高さ20mm、
脚部幅20mmのＴ字状で、翼部両側縁の３mm幅、脚
部下端部の３mm幅がそれぞれ耐水性接着剤で貼着
された中空圧扁体100枚を製造した。この中空圧
扁体の10枚を前記翼部両側縁３mmの耐水性接着剤
貼着部を除く翼部60mm部分についてこの部分が20
mm宛となるようにしてそれぞれ上下交互に重複し
て配列し、重複部を水溶性接着剤ゴーセノール
GL−５（商品名）18％濃度溶液で貼着して単位体
を形成し、残りの90枚の中空圧扁体で同じ単位体
を９個つくり、10個の単位体を両側を揃えて10段
に積層し、各段単位体の両側縁23mm幅を除き積層
間を前記水溶性接着剤で貼着して積層体を形成し
た。貼着部の乾燥を待つてこの積層体を展開して
高さ50mm、長径が40mmで、相対向する20mm幅の一
対の鉢体側壁下部間に幅20mmの部分底を有する六
角柱状の鉢体が10列、10段に集合した底付鉢集合
体を得た。(Example) Example 1 A 66 mm wide band made of kraft paper made from natural fibers with a basis weight of 50 g/m 2 and chemically treated with dimethyloldihydroxyethylene urea to increase its wet strength was pulled out, and both edges of the top surface of the paper were pulled out. Apply the water-resistant adhesive Movinyl 550 (trade name) to a length of 50 mm at 20 mm intervals in the drawing direction on a 3 mm width, and then apply the water-resistant adhesive Movinyl 550 to a length of 50 mm at a position 18.5 mm backward in the drawing direction from the applied end of the water-resistant adhesive Movinyl 550. Apply the above water-resistant adhesive Movinyl 550 to a length of 20 mm and a width of 3 mm in the direction orthogonal to the drawing direction, with the point intersecting the center position in the width direction as the midpoint, and add a banding paper of the same material and specifications as above to this. Separately pull them out and align both sides of each other and glue them together, and after pre-drying, the ends of the water-resistant adhesive on both sides of the band and the ends of the water-resistant adhesive on the middle part in the width direction are set as the limit positions for water resistance. Cut out the non-applied adhesive section in a concave shape, and at the same time cut from the rear edge in the pull-out direction of the section where the water-resistant adhesive is applied at the middle part in the width direction to obtain a wing width of 66 mm, a wing height of 50 mm, and a leg height of 20 mm. ,
100 hollow compressed flat bodies were manufactured, each having a T-shape with a leg width of 20 mm, a 3 mm width on both side edges of the wing, and a 3 mm width on the lower end of the leg, each attached with a water-resistant adhesive. 10 pieces of this hollow compressed body are attached to the 60mm part of the wing part excluding the 3mm water-resistant adhesive bonded parts on both sides of the wing part.
Arrange them vertically and overlapping each other alternately so that they are addressed in mm, and glue the overlapping parts with water-soluble adhesive Gohsenol.
GL-5 (product name) 18% concentration solution was applied to form a unit, the remaining 90 hollow presses were used to make 9 identical units, and 10 units were aligned on both sides. A laminate was formed by laminating 10 tiers and pasting the laminate with the water-soluble adhesive except for the 23 mm width of both side edges of each tier unit. After waiting for the adhesive part to dry, the laminate is expanded to form a hexagonal columnar pot with a height of 50 mm, a major axis of 40 mm, and a 20 mm wide partial bottom between a pair of opposing 20 mm wide side walls at the bottom. An aggregate of pots with a bottom was obtained in which the cells were assembled in 10 rows and 10 tiers.
実施例 ２
実施例１と同じ材質の幅86mmの帯紙を引き出
し、その上面の両側縁３mm幅に引き出し方向に23
mm間隔で耐水性接着剤モビニール550（商品名）を
50mm長さで塗布し、さらに前記耐水性接着剤モビ
ニール550の塗布末端から引き出し方向の後方
21.5mm位置で、帯紙の幅方向中心位置と交差する
点を中点として、引き出し方向に直交する方向に
長さ25mm、３mm幅に前記耐水性接着剤モビニール
550を塗布して、これに前記と同じ材質、仕様の
帯紙を別に引き出し互いの両側縁を揃えて重合貼
着し、予備乾燥後前記帯紙の両側縁の耐水性接着
剤貼着部末端と幅方向中間部の耐水性接着剤貼着
部両端を限界位置として耐水性接着剤非塗布区分
を凹状に切り欠き、同時に幅方向中間部の耐水性
接着剤貼着部の引き出し方向後方縁から切断して
翼部幅86mm、翼部高さ50mm、脚部高さ23mm、脚部
幅25mmのＴ字状で、翼部両側縁の３mm幅、脚部下
端部の３mm幅がそれぞれ耐水性接着剤で貼着され
た中空圧扁体100枚を製造した。この中空圧扁体
の10枚を前記翼部両側縁３mm幅の耐水性接着剤貼
着部を除く翼部幅80mm部分について、この部分が
互いに20mm宛幅となるようにしてそれぞれ上下交
互に重複して配列し、重複部を水溶性接着剤ゴー
セノールGL−５（商品名）18％濃度溶液で貼着し
て単位体を形成し、残りの90枚の中空圧扁体で同
じ単位体を９個つくり、10個の単位体を両側を揃
えて10段に積層し、各段単位体の両側縁20mm幅を
除き積層間を前記水溶性接着剤で貼着して積層体
を形成した。貼着部の乾燥を待つてこの積層体を
展開して高さ50mm、対角長が約57mmで、相対向す
る40mm幅の一対の鉢体側壁下部間に幅25mmの部分
底を有する四角柱状の鉢体が10列、10段に集合し
た底付鉢集合体を得た。Example 2 Pull out a strip of paper with a width of 86 mm made of the same material as in Example 1, and add 23 mm in width to both sides of the top surface in the drawing direction.
Apply water-resistant adhesive Movinyl 550 (product name) at mm intervals.
Apply it to a length of 50 mm, and then apply it from the applied end of the water-resistant adhesive Movinyl 550 to the rear in the pulling direction.
At the 21.5 mm position, apply the water-resistant adhesive movinyl to a length of 25 mm and a width of 3 mm in the direction orthogonal to the drawing direction, with the point that intersects the center position of the band in the width direction as the midpoint.
550, pull out a separate strip of the same material and specifications as above, align both sides of the strip, overlap and adhere, and after preliminary drying, apply water-resistant adhesive on both edges of the strip to the end and width. Cut out the water-resistant adhesive-free section in a concave shape with both ends of the water-resistant adhesive-applied part in the middle part in the width direction as the limit positions, and at the same time cut from the rear edge in the pull-out direction of the water-resistant adhesive-applied part in the middle part in the width direction. The wing width is 86 mm, the wing height is 50 mm, the leg height is 23 mm, and the leg width is 25 mm. 100 adhered hollow press flat bodies were manufactured. The 10 pieces of this hollow compressed flat body are overlapped alternately on top and bottom of the 80mm wing width part excluding the 3mm wide water-resistant adhesive bonded parts on both side edges of the wing part so that these parts are 20mm apart from each other. The overlapping parts are pasted with a water-soluble adhesive Gohsenol GL-5 (trade name) 18% solution to form a unit body, and the remaining 90 hollow presses are used to form 9 identical unit bodies. The 10 unit bodies were stacked in 10 stages with both sides aligned, and the laminate was formed by adhering between the stacked layers with the water-soluble adhesive except for the 20 mm width of both side edges of each stage unit body. After waiting for the adhesive part to dry, the laminate was expanded to form a rectangular prism shape with a height of 50 mm, diagonal length of about 57 mm, and a partial base of 25 mm width between the lower part of the side walls of a pair of opposing 40 mm width pot bodies. A pot assembly with a bottom was obtained in which pot bodies were assembled in 10 rows and 10 tiers.
実施例 ３
坪量50g／m2のクラフト紙にオキシキノリン銅
の水溶液を散布して耐腐性を強化した幅97mmの耐
腐紙を引き出しこの耐腐紙に引き出し方向の左右
対称に58mmの間隔を置く左右対称両側縁3.5mm幅、
長さ50mm区分と、前記58mm間隔の中間位置相当位
置で引き出し方向に直交する幅方向中間位置に相
当し長さ25mm、６mm幅区分にそれぞれ耐水性接着
剤ゴーセノール550（商品名）を塗布する要領で片
面に連続的に前記耐水性接着剤を塗布し、これに
前記耐腐紙と材質、仕様を同じとする耐腐紙を別
に引き出して互いの両側縁を揃えて重合貼着した
後、前記左右両側縁の耐水性接着剤塗布末端と前
記幅方向中間部の耐水性接着剤塗布両端を限界位
置として耐水性接着剤非塗布区分を凹状に切り欠
き、引き出し方向に50mm長さの凸部と58mm長さの
凹部が交互となる成形帯体となし、これを前記凸
部の中心を横断する仮想中心線を切断線として切
断して、一区分が540mm長さの切断成形帯体100個
を得た。この切断成形帯体の10個を、凸部両側縁
３mm幅の耐水性接着剤貼着部を除く横幅90mm部分
について、この部分が互いに30mm宛幅となるよう
にしてそれぞれ上下交互に重複して配列し重複部
を水溶性接着剤ゴーセノールGL−05（商品名）18
％濃度液で貼着して貼着体を形成し、残りの90個
の切断成形体で同じ貼着体９個を造り、10個の貼
着体を両側を揃えて10段に積層し各段の両側縁33
mm幅を除き積層間を前記水溶性接着剤で貼着して
積層体を形成した。この積層体を前記凸部に中心
を横断する仮想中心線と凹部の中心を横断する仮
想中心線を切断線として切断し、乾燥後展開によ
り高さ25mm、長径が60mmで相対向する30mm幅の一
対の鉢体側壁下部間に幅25mmの部分底を有する六
角柱状の鉢体が10列、10段に集合した底付鉢集合
体10個を得た。Example 3 A kraft paper with a basis weight of 50 g/m 2 is sprinkled with an aqueous solution of oxyquinoline copper to enhance its corrosion resistance. A 97 mm wide rot resistant paper is pulled out, and the rot resistant paper is spaced 58 mm symmetrically in the drawing direction. Place the left and right symmetrical edges 3.5mm wide,
How to apply water-resistant adhesive Gohsenol 550 (product name) to the 50 mm length section and the 25 mm length and 6 mm width sections corresponding to the middle position of the 58 mm interval mentioned above, which corresponds to the middle position in the width direction perpendicular to the drawing direction. The water-resistant adhesive is continuously applied to one side of the adhesive, and a piece of rot-resistant paper with the same material and specifications as the rot-resistant paper is pulled out separately and both edges aligned and polymerized and pasted. Cut out the section where the water-resistant adhesive is not applied in a concave shape with the end of the water-resistant adhesive applied on both left and right edges and the end of the water-resistant adhesive applied on the middle part in the width direction as the limit positions, and create a convex part with a length of 50 mm in the pull-out direction. A molded band having alternating concave portions with a length of 58 mm was cut, and this was cut along an imaginary center line that crossed the center of the convex portion as a cutting line to obtain 100 cut molded bands each having a length of 540 mm. Obtained. 10 of these cut and formed strips were cut and formed so that the width of the 90 mm width area excluding the 3 mm wide water-resistant adhesive area on both sides of the convex portion was 30 mm from each other, overlapping each other alternately from top to bottom. Arrange and overlap the overlapped parts with water-soluble adhesive Gohsenol GL-05 (product name) 18
% concentration liquid to form a bonded body, make 9 of the same bonded bodies from the remaining 90 cut molded bodies, and stack the 10 bonded bodies in 10 layers with both sides aligned. Both edges of step 33
A laminate was formed by adhering between the laminates with the water-soluble adhesive except for the mm width. This laminate is cut along the imaginary center line that crosses the center of the convex part and the imaginary center line that crosses the center of the concave part as cutting lines, and after drying, the laminate is expanded to a height of 25 mm, a major axis of 60 mm, and a width of 30 mm facing each other. Ten bottomed pot assemblies were obtained in which hexagonal prism-shaped pots having a partial bottom with a width of 25 mm were assembled in 10 rows and 10 stages between a pair of bottom side walls of the pots.
実施例 ４
天然繊維にポリビニール繊維を混合して抄造し
た坪量50g／m2の合成繊維混合紙を引き出し、幅
149mmのテープ状に裁断し、引き出し方向の一側
縁に24mmの間隔を置く５mm幅、50mm長さ区分と、
前記24mmの間隔末端位置を通り引き出し方向に直
交する方向に引かれる仮想線を後縁とし幅が３mm
で長さが引き出し方向に直交し前記一側縁からの
距離が24mmと48mmで囲まれる24mm区分にそれぞれ
耐水性接着剤ゴーセノール550（商品名）を塗布す
る要領で連続的に耐水性接着剤を塗布し、前記耐
水性接着剤を塗布する一側縁に、同じ面となる他
側縁を重合して押圧貼着して中空圧扁体を形成
し、これを巻き取りロールに巻き取る。このよう
にして巻き取つたロール10個から同じ状態として
中空圧扁体を引き出し、互いの横幅を24mm宛それ
ぞれ上下交互に重複して配列し、重複部を水溶性
接着剤ゴーセノールGL−05（商品名）18％濃度液
で貼着して中空圧扁体の10個が横方向に配列した
帯体を形成し、これを前記24mmの間隔末端位置を
通り、引き出し方向に直交する方向に引かれる仮
想線を切断線として74mm長さに切断して多数の単
位体を製造し、この単位体の20個を両縁を揃えて
多段に積層し、各段の両側縁24mmを除き、各積層
間を前記水溶性接着剤で貼着し、乾燥後展開によ
り高さ50mm、長径が48mmで相対向する24mm幅の一
対の鉢体側壁下部間に幅240mmの部分底を有する
六角柱状の鉢体が10列、20段に集合した底付鉢集
合体10個を得た。Example 4 Synthetic fiber mixed paper with a basis weight of 50 g/m 2 was made by mixing natural fibers with polyvinyl fibers, and the width
Cut into 149mm tapes, divided into 5mm width and 50mm length sections with 24mm intervals on one side edge in the drawer direction.
The rear edge is an imaginary line drawn through the end position of the 24 mm interval and perpendicular to the drawing direction, and the width is 3 mm.
Continuously apply water-resistant adhesive Gohsenol 550 (trade name) to each 24 mm section whose length is perpendicular to the drawing direction and is surrounded by 24 mm and 48 mm from the one side edge. The water-resistant adhesive is coated, and the other side edge, which is the same side, is polymerized and pressed and adhered to one side edge to which the water-resistant adhesive is applied to form a hollow pressed body, and this is wound up on a take-up roll. From the 10 rolls wound up in this way, pull out the hollow pressed flat bodies in the same condition, arrange them so that the width of each is 24 mm, and alternately overlap them vertically. Name) Paste with 18% concentration liquid to form a band in which 10 hollow compressed flat bodies are arranged in the horizontal direction, and this is pulled in a direction perpendicular to the drawing direction through the end position of the 24 mm interval. A large number of unit bodies are manufactured by cutting them into 74 mm lengths using the imaginary cutting line, and 20 of these unit bodies are stacked in multiple stages with both edges aligned. was attached with the above-mentioned water-soluble adhesive, and after drying, it was expanded to form a hexagonal prism-shaped pot with a height of 50 mm, a major axis of 48 mm, and a partial bottom with a width of 240 mm between the lower part of the side walls of the pair of 24 mm width facing each other. Ten aggregates of pots with bottoms arranged in 10 rows and 20 tiers were obtained.
実施例 ５
実施例４と同じにして製造して巻き取つた中空
圧扁体のロール10個から同じ状態として中空圧扁
体を引き出し、互いの横幅を18mm宛それぞれ上下
交互に重複して配列し、重複部を水溶性接着剤ゴ
ーセノールGL−05（商品名）18％濃度液で貼着し
て中空圧扁体の10個が横方向に配列した帯体を形
成し、これを前記24mmの間隔末端位置を通り引き
出し方向に直交する方向に引かれる仮想線を切断
線として74mm長さに切断して多数の単位体を製造
しこの単位体の20個を両縁を揃えて多段に積層
し、各段の両側縁18mmを除き各積層間を前記水溶
性接着剤で貼着し乾燥後展開により高50mm、対角
長が約51mmで相対向する36mm幅の一対の鉢体側壁
下部間に幅24mmの部分底を有する六角柱状の鉢体
が10列、20段に集合した底付鉢集合体を得た。Example 5 From 10 rolls of hollow pressed flat bodies produced and rolled up in the same manner as in Example 4, hollow pressed flat bodies were pulled out in the same condition and arranged so that the width of each was 18 mm and overlapping each other alternately above and below. , the overlapping parts are pasted with water-soluble adhesive GOHSENOL GL-05 (trade name) 18% concentration liquid to form a band in which 10 hollow compressed bodies are arranged horizontally, and this is arranged at the above-mentioned intervals of 24 mm. Using an imaginary line drawn through the end position and perpendicular to the pull-out direction as a cutting line, a large number of unit bodies were manufactured by cutting them into 74 mm lengths, and 20 of these unit bodies were stacked in multiple stages with both edges aligned. The area between each laminate, excluding 18mm of both side edges of each tier, is pasted with the above-mentioned water-soluble adhesive, and after drying, it is expanded to a height of 50mm, a diagonal length of about 51mm, and a width between the bottom of the side walls of a pair of pot bodies facing each other with a width of 36mm. A bottomed pot assembly was obtained in which hexagonal prism-shaped pots with a partial bottom of 24 mm were assembled in 10 rows and 20 stages.
（効果）
この発明の底付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起こ
り得た土壌の性質による土抜け現象が著しく改善
されるので、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る。さらに従来知られる底
付鉢体と構造がことなり鉢体下部全面に底を形成
しないので育苗後鉢体をつけたままで移植しても
鉢体からの発根を何等も阻害しない。また、この
発明の底付鉢集合体は構造が簡単で製造が容易で
あるから、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の製造に比してコスト的に
大差がないので、この発明は、植物の育苗移植に
大きく貢献できるものである。(Effects) When raising and transplanting plants using the bottomed pot assembly of the present invention, soiling that could occur when using conventional pots made of paper or paper-like thin film without a lid or bottom is avoided. The phenomenon of soil shedding due to the properties of soil is significantly improved, making it possible to perform work without being affected by soil conditions. Furthermore, the structure is different from conventionally known pots with a bottom, and since a bottom is not formed on the entire lower part of the pot, rooting from the pot will not be inhibited in any way even if the seedlings are transplanted with the pot still attached after raising seedlings. In addition, since the bottomed pot assembly of the present invention has a simple structure and is easy to manufacture, it is less costly than the conventional pot body made of paper or paper-like thin film without a lid or bottom. Since there is not much difference in the results, this invention can greatly contribute to the raising and transplanting of plant seedlings.
図１はこの発明の底付鉢集合体の一例（六角柱
状）を模式図的に示す斜視図、図２はこの発明の
底付鉢集合体の他の例（四角柱状）を示す斜視
図、図３は図１を構成する個々の鉢体の一例を示
す斜視図、図４は図１を構成する個々の鉢体の他
の例を示す斜視図、図５は図２を構成する個々の
鉢体の一例を示す斜視図、図６は図２を構成する
個々の鉢体の他の例を示す斜視図、図７は個々の
鉢体を形成するＴ字状の中空圧扁体の一例を示す
斜視図、図８は個々の鉢体を形成するＴ字状の中
空圧扁体の他の例を示す斜視図、図９はＴ字状の
中空圧扁体を幅方向にそれぞれ上下交互に重複し
て配列し貼着した単位体の正面図、図１０は図９
の単位体の多数を多段に積層した状態の正面図、
図１１は図１０の斜視図、図１２は集合体を形成
する中間段階でＴ字状の中空圧扁体を形成するに
用いる帯体一例を示す斜視図、図１３は集合体を
形成する中間段階でＴ字状の中空圧扁体を形成す
るに用いる帯体の他の例を示す斜視図である。
１，２……薄膜、３ａ，３ｂ……耐水性接着
剤、４……部分底、５-1，５-2……相対向する一
対の鉢体側壁、６-1，６-2……相対向する一対の
鉢体側壁の延長部、７……水溶性接着剤、８……
Ｔ字状の中空圧扁体、９……Ｔ字状の中空圧扁体
の翼部、１１……Ｔ字状の中空圧扁体の脚部、１
４……単位体、２０……多段積層体、Pa……六
角柱状の底付鉢集合体、Pb……四角柱状の底付
鉢集合体、P1，P2……六角柱状の底付鉢集合体
を構成する個々の鉢体、P3，P4……四角柱状の
底付鉢集合体を構成する個々の鉢体、h1……Ｔ字
状中空圧扁体の翼部縦長さ、1……Ｔ字状中空
圧扁体の脚部縦長さ、m1……Ｔ字状中空圧扁体
の脚部横幅、w1……Ｔ字状中空圧扁体翼部の横
幅、w2……Ｔ字状中空圧扁体翼部の両端部耐水
性接着剤による貼着部を除く横幅。
FIG. 1 is a perspective view schematically showing an example of a pot assembly with a bottom (hexagonal prism shape) of the present invention, FIG. 2 is a perspective view showing another example of the pot assembly with a bottom (quadrangular prism shape) of the present invention, 3 is a perspective view showing an example of the individual pot bodies configuring FIG. 1, FIG. 4 is a perspective view showing another example of the individual pot bodies configuring FIG. 1, and FIG. 5 is a perspective view showing an example of the individual pot bodies configuring FIG. A perspective view showing an example of a pot body; FIG. 6 is a perspective view showing another example of the individual pot bodies configuring FIG. 2; FIG. 7 is an example of a T-shaped hollow press forming each pot body. FIG. 8 is a perspective view showing another example of T-shaped hollow flattened bodies forming individual pot bodies, and FIG. 9 is a perspective view showing another example of T-shaped hollow flattened bodies forming individual pot bodies. Figure 10 is a front view of the units arranged and pasted overlappingly in Figure 9.
A front view of a state in which a large number of unit bodies are stacked in multiple stages,
FIG. 11 is a perspective view of FIG. 10, FIG. 12 is a perspective view showing an example of a band used to form a T-shaped hollow compressed body at an intermediate stage of forming an aggregate, and FIG. 13 is an intermediate view of an intermediate stage of forming an aggregate. FIG. 7 is a perspective view showing another example of a band used to form a T-shaped hollow compressed flat body in stages. DESCRIPTION OF SYMBOLS 1, 2... Thin film, 3a, 3b... Water-resistant adhesive, 4... Partial bottom, 5 -1 , 5 -2 ... A pair of opposing pot body side walls, 6 -1 , 6 -2 ... Extensions of a pair of opposing pot side walls, 7... water-soluble adhesive, 8...
T-shaped hollow flattened body, 9... wing part of T-shaped hollow flattened body, 11... leg part of T-shaped hollow flattened body, 1
4...Unit body, 20...Multi-stage laminate, Pa...Aggregation of pots with hexagonal columnar bottoms, Pb...Aggregation of pots with square columnar bottoms, P1 , P2 ...Potts with hexagonal columnar bottoms Individual pot bodies constituting the aggregate, P 3 , P 4 ...Individual pot bodies constituting the rectangular prism-shaped bottom pot aggregate, h 1 ...Length of the wing part of the T-shaped hollow flattened body, 1 ...Length of the leg of the T-shaped hollow flat body, m 1 ...Width of the leg of the T-shaped hollow flat body, w 1 ...Width of the wing of the T-shaped hollow flat body, w 2 ...Width excluding the parts attached with water-resistant adhesive at both ends of the T-shaped hollow flat wing.
Claims (1)
展開により四角または六角柱状を呈する紙または
紙のような薄膜からなる鉢体であつて、互いに相
対向する一対の鉢体側壁の延長部により形成する
部分底を有する底付鉢体の多数が多列に配列し隣
接する互いの鉢体間が水溶性接着剤により貼着さ
れて集合化していることを特徴とする育苗移植用
底付鉢集合体。 ２ １枚または２枚の薄膜により形成するＴ字状
の圧扁体で、翼部両側と脚部下端が閉じ、他の部
分が開放状態となつていることを特徴とするＴ字
状の中空圧扁体。 ３ 紙または紙のような薄膜の側縁を耐水性接着
剤で細幅に部分貼着して上下が開口する中空体を
形成し、この中空体の上下いずれか一方の開口縁
中間位置区分を所定の長さの細幅に耐水性接着剤
により貼着し、前記側縁および開口縁の耐水性接
着剤貼着末端を限界位置として耐水性接着剤非塗
布区分を凹状に切り欠いてＴ字状の圧扁体を形成
しこの圧扁体の翼部幅の1/3または1/4宛をそれぞ
れ上下交互に重複して配列し重複部を水溶性接着
剤で貼着して形成した単位体の多数を多段に積層
し、積層間を水溶性接着剤で貼着することを特徴
とする育苗移植用底付鉢集合体の製造方法。 ４ 所定幅を有する紙または紙のような薄膜を引
き出し、引き出し方向に平行する一側縁および引
き出し方向に直交する方向に所定間隔置きに耐水
性接着剤をそれぞれ細幅に塗布し、前記接着剤を
塗布した一側縁に他側縁を合せて圧扁貼着し、幅
方向の中間位置が所定間隔で所定長さ貼着された
連続中空圧扁体を形成し、これを前記引き出し方
向に直交する方向の耐水性接着剤塗布細幅の後部
位置を切断線として所定長さに切断し、この切断
中空圧扁体の多数を各圧扁体横幅の1/3または1/4
宛をそれぞれ上下交互に重複して配列し重複部分
を水溶性接着剤で貼着して貼着体を形成し、この
貼着体の多数を多段に積層し、積層間を水溶性接
着剤で貼着した後、この積層体を一側縁の耐水性
接着剤塗布部の末端部と引き出し方向に直交する
方向の耐水性接着剤塗布長さ両端部を限界位置と
して、凹状に切断し、さらに前記引き出し方向に
直交する方向の耐水性接着剤塗布細幅背部位置に
沿つて切断することを特徴とする育苗移植用底付
鉢集合体の製造方法。 ５ 紙または紙のような薄膜の２枚の互いの側縁
を耐水性接着剤で細幅に部分貼着して上下が開口
する中空体を形成し、この中空体の上下いずれか
一方の開口縁中間位置区分を細幅の所定長さに耐
水性接着剤で貼着し、前記側縁および開口縁の耐
水性接着剤貼着末端を限界位置として耐水性接着
剤非塗布区分を凹状に切り欠いてＴ字状の圧扁体
を形成し、この圧扁体の前記両側縁の耐水性接着
剤による貼着部を除く翼部幅部分を、この部分の
翼部幅の1/3または1/4宛それぞれ上下交互に重複
して配列し重複部を水溶性接着剤で貼着した単位
体の多数を多段に積層し、積層間を水溶性接着剤
で貼着することを特徴とする育苗移植用底付鉢集
合体の製造方法。 ６ 所定幅の紙または紙のような薄膜からなる第
１の薄膜を水平に引き出し、引き出し方向の両側
縁と引き出し方向に直交する方向の中間位置にそ
れぞれ一定間隔を置いて細幅に耐水性接着剤を塗
布し、この第１の薄膜に、別に引き出す横幅を第
１の薄膜と同じとする、第１の薄膜と同じか、あ
るいは同種類の第２の薄膜を互いの両縁を揃えて
貼着し、形成する帯状体を要すれば予備乾燥した
後、前記第１の薄膜の幅方向中間部の耐水性接着
剤塗布部長さ両端を限界位置として前記耐水性接
着剤を塗布しない一定間隔区分を凹状に切り欠
き、これを所定の長さに切断して得る凸部と凹部
が引き出し方向に交互状態となる成形帯状体の所
定数を、前記両側縁の耐水性接着剤による貼着部
を除く凸部横断幅部分が、この部分の1/3または
１／４宛がそれぞれ上下交互に重複するように配列
し、各重複部を水溶性接着剤にて貼着し、この貼
着体の多数を多段に積層し、積層間を水溶性接着
剤にて貼着し、前記成形帯状体の凹部および凸部
中心を横断する仮想中心線上に沿つて切断するこ
とを特徴とする育苗移植用底付鉢集合体の製造方
法。[Scope of Claims] 1. A pot body made of paper or a paper-like thin film whose adhesive portion is attached with a water-resistant adhesive and which takes on a square or hexagonal prism shape when developed, and which consists of a pair of paper-like thin films facing each other. A large number of pot bodies with bottoms each having a partial bottom formed by an extension of the side wall of the pot body are arranged in multiple rows, and adjacent pot bodies are adhered with a water-soluble adhesive to form a cluster. An assembly of pots with bottoms for raising and transplanting seedlings. 2. A T-shaped hollow body formed by one or two thin films, characterized in that both sides of the wing part and the lower end of the leg are closed, and the other parts are open. Applanation body. 3 A hollow body with an open top and bottom is formed by pasting the side edges of paper or a paper-like thin film in narrow sections with a water-resistant adhesive, and a middle position section of the opening edge of either the top or bottom of this hollow body is formed. A narrow width of a predetermined length is pasted with a water-resistant adhesive, and the end of the side edge and the opening edge where the water-resistant adhesive is pasted is the limit position, and the section where the water-resistant adhesive is not applied is cut out in a concave shape to form a T-shape. A unit formed by forming a shaped compressed body, arranging 1/3 or 1/4 of the wing width of this flattened body overlapping each other alternately above and below, and pasting the overlapping parts with a water-soluble adhesive. A method for producing a pot assembly with a bottom for raising and transplanting seedlings, characterized by laminating a large number of bodies in multiple layers and pasting the layers together with a water-soluble adhesive. 4 Pull out paper or a paper-like thin film having a predetermined width, apply a thin strip of water-resistant adhesive to one side edge parallel to the drawing direction and at predetermined intervals in a direction perpendicular to the drawing direction, and The applied one side edge is aligned with the other side edge and pressed and pasted to form a continuous hollow flattened body in which the middle position in the width direction is pasted for a predetermined length at a predetermined interval, and this is rolled in the drawing direction. Apply water-resistant adhesive in the orthogonal direction.Cut the narrow width into a predetermined length using the cutting line, and cut a large number of cut hollow flattened bodies to 1/3 or 1/4 of the width of each flattened body.
The addresses are alternately arranged vertically and overlappingly, and the overlapping parts are adhered with a water-soluble adhesive to form an adhered body. Many of these adhered bodies are laminated in multiple stages, and the areas between the laminated layers are pasted with a water-soluble adhesive. After pasting, this laminate is cut into a concave shape with the end of the water-resistant adhesive coated part on one side edge and both ends of the water-resistant adhesive coated length in the direction orthogonal to the drawing direction as the limit positions, and then cut into a concave shape. A method for producing a pot assembly with a bottom for raising and transplanting seedlings, characterized in that the assembly is cut along the narrow back portion where the water-resistant adhesive is applied in a direction perpendicular to the pull-out direction. 5 The side edges of two sheets of paper or paper-like thin films are partially adhered to each other with a water-resistant adhesive in a narrow width to form a hollow body with an opening at the top and bottom, and an opening at either the top or bottom of this hollow body is formed. Adhere the edge intermediate position section to a narrow predetermined length with a water-resistant adhesive, and cut the section to which no water-resistant adhesive is applied into a concave shape with the ends of the side edges and the opening edge where the water-resistant adhesive is applied as the limit positions. A T-shaped flattened body is formed, and the width of the wing part excluding the parts attached with the water-resistant adhesive on both sides of the flattened body is 1/3 or 1 of the width of the wing part of this part. /4 Seedling raising characterized by stacking a large number of units in multiple stages, each of which is arranged in an overlapping manner alternately above and below and pasting the overlapping parts with a water-soluble adhesive, and pasting between the laminated layers with a water-soluble adhesive. A method for manufacturing a pot assembly with a bottom for transplanting. 6 Pull out the first thin film made of paper or paper-like thin film of a predetermined width horizontally, and apply water-resistant adhesive in narrow strips at regular intervals on both edges in the pulling direction and at the middle position in the direction perpendicular to the pulling direction. A second thin film of the same type or the same type as the first thin film, which has the same width as the first thin film, is applied to this first thin film with both edges aligned. After applying and pre-drying the band-shaped body to be formed, if necessary, divide the water-resistant adhesive coated portion in the widthwise middle part of the first thin film into sections at regular intervals where the water-resistant adhesive is not applied, with both ends of the length being the limit positions. A predetermined number of molded strips are obtained by cutting the strip into a concave shape and cutting it into a predetermined length, in which convex portions and concave portions are alternate in the pulling direction. The cross-width portions of the convex portions to be removed are arranged so that 1/3 or 1/4 of these portions overlap alternately above and below, and each overlapping portion is pasted with a water-soluble adhesive. A bottom for raising and transplanting seedlings, characterized in that a large number of layers are laminated in multiple stages, the laminated layers are adhered with a water-soluble adhesive, and the formed strip is cut along an imaginary center line that crosses the centers of concave and convex portions. A method for producing a pot assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1006002A JPH02190121A (en) | 1989-01-17 | 1989-01-17 | Collected bottomed flowerpot for transplanting reared seedling and production thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1006002A JPH02190121A (en) | 1989-01-17 | 1989-01-17 | Collected bottomed flowerpot for transplanting reared seedling and production thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH02190121A JPH02190121A (en) | 1990-07-26 |
| JPH056B2 true JPH056B2 (en) | 1993-01-05 |
Family
ID=11626545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1006002A Granted JPH02190121A (en) | 1989-01-17 | 1989-01-17 | Collected bottomed flowerpot for transplanting reared seedling and production thereof |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH02190121A (en) |
-
1989
- 1989-01-17 JP JP1006002A patent/JPH02190121A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPH02190121A (en) | 1990-07-26 |
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