JP5773799B2 - Composite bag using composite sheet - Google Patents

Composite bag using composite sheet Download PDF

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JP5773799B2
JP5773799B2 JP2011178293A JP2011178293A JP5773799B2 JP 5773799 B2 JP5773799 B2 JP 5773799B2 JP 2011178293 A JP2011178293 A JP 2011178293A JP 2011178293 A JP2011178293 A JP 2011178293A JP 5773799 B2 JP5773799 B2 JP 5773799B2
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bag
composite sheet
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JP2013039740A (en
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古阪 一昭
一昭 古阪
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石川株式会社
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Description

本発明は、落袋衝撃に対して優れた耐衝撃性を有する複合シートを使用した複合袋に関するものであり、より詳しくは、防湿性を確保しつつ、しかも落衝撃を分散吸収して耐衝撃性に優れ、その上材料や仕上がり容積も少なくできる複合シートを使用した複合袋に関する。
その特徴とするところは、複合袋の素材として、紙状シート及び網目状プラスチックシートの少なくとも一方の全面に接合用の非通気性ラミネート樹脂を密接させ、その状態で特定の剥離強度を有する強接合部位と弱接合部位とが交互に位置するように非通気性ラミネート樹脂にて接合して構成した複合シートを用いた点にある。
The present invention relates to a composite bag using a composite sheet having excellent impact resistance against落袋impact, and more particularly, while ensuring the moisture-proof, yet dispersed absorbs drop bag shock resistance The present invention relates to a composite bag using a composite sheet that has excellent impact properties and can reduce the material and the finished volume.
The characteristic feature is that, as a material of the composite bag, a non-breathable laminate resin for bonding is in close contact with the entire surface of at least one of a paper-like sheet and a mesh-like plastic sheet, and in this state, strong bonding having a specific peel strength is achieved. This is in the use of a composite sheet formed by bonding with a non-breathable laminate resin so that the portions and weakly bonded portions are alternately positioned.

従来の複合シートは、図6に示すように、紙体50に接着剤51を斜め角度に碁盤目状に塗布し、それに別の合成樹脂クロス52を接着し、紙体50と合成樹脂クロス52との間に、すき間53の非接着部を形成してなるものである(例えば、特許文献1参照)。   As shown in FIG. 6, in the conventional composite sheet, an adhesive 51 is applied to a paper body 50 in a grid pattern at an oblique angle, and another synthetic resin cloth 52 is bonded thereto, whereby the paper body 50 and the synthetic resin cloth 52 are bonded. The non-adhesive part of the gap 53 is formed between them (for example, see Patent Document 1).

また、図7に示すように、合成樹脂クロス52と紙体50とを接着剤51で接着し、その接着剤51は巾1〜4mmの細巾の縦プラスチック条51aが縦方向に密に配列されており、この巾1〜4mmの細巾の縦プラスチック条51aの巾W1は合成樹脂クロス52のメッシュmの巾にほぼ等しいか、これより小さく、合成樹脂クロス52のメッシュピッチxを10mm以下とし、その1〜3ピッチに対して、細巾の縦プラスチック条51aとその間隔W2の縦条ピッチpの1ピッチが配設されている、複合シートが知られている(例えば、特許文献2参照)。   Further, as shown in FIG. 7, the synthetic resin cloth 52 and the paper body 50 are bonded with an adhesive 51, and the adhesive 51 has narrow vertical plastic strips 51a having a width of 1 to 4 mm arranged closely in the vertical direction. The width W1 of the narrow vertical plastic strip 51a having a width of 1 to 4 mm is substantially equal to or smaller than the width of the mesh m of the synthetic resin cloth 52, and the mesh pitch x of the synthetic resin cloth 52 is 10 mm or less. In addition, a composite sheet is known in which one pitch of a narrow vertical plastic strip 51a and a vertical strip pitch p of the interval W2 is disposed with respect to the first to third pitches (for example, Patent Document 2). reference).

また、図8に示すように、合成樹脂クロス52全面に接合されているフィルムラミネートシート54のフィルム面54aに、紙体50が重ね合わされ、フィルム面54aと紙体50とが多数の点状の接着部55を介して接着されていると共に、その紙体50の緊張時の長さがフィルムラミネートシート54の緊張時の長さの約1.01〜1.20倍となるように、その紙体50が各接着部55の周辺に不定形のたるみまたはたるみじわ56を形成して起伏している、複合シートが知られている(例えば、特許文献3参照)。   Further, as shown in FIG. 8, the paper body 50 is superimposed on the film surface 54a of the film laminate sheet 54 bonded to the entire surface of the synthetic resin cloth 52, and the film surface 54a and the paper body 50 have a large number of dot-like shapes. The paper is bonded via the bonding portion 55, and the length of the paper body 50 in tension is about 1.01-1.20 times the length in tension of the film laminate sheet 54. There is known a composite sheet in which the body 50 is undulated by forming an indeterminate slack or slack 56 around each bonding portion 55 (see, for example, Patent Document 3).

また、図9に示すように、合成樹脂クロス52と紙体50との間に、合成樹脂クロス52と全面接着し且つ紙体50側に凹部57を有して紙体50と部分的に接着する合成樹脂層58を介在させて、合成樹脂クロス52と紙体50とを接着すると共に、合成樹脂層58の紙体50側にその全長にわたる多数の排気通路59を形成してなる、複合シートが知られている(例えば、特許文献4参照)。   Further, as shown in FIG. 9, the synthetic resin cloth 52 and the paper body 50 are bonded to the entire surface of the synthetic resin cloth 52 and have a concave portion 57 on the paper body 50 side, and partially bonded to the paper body 50. The composite sheet is formed by adhering the synthetic resin cloth 52 and the paper body 50 with the synthetic resin layer 58 interposed therebetween and forming a large number of exhaust passages 59 over the entire length of the synthetic resin layer 58 on the paper body 50 side. Is known (see, for example, Patent Document 4).

実公昭55−32854号公報Japanese Utility Model Publication No. 55-32854 実公昭63−48536号公報Japanese Utility Model Publication No. 63-48536 実公昭60−3083号公報Japanese Utility Model Publication No. 60-3083 実公昭57−21887号公報Japanese Utility Model Publication No.57-21887

特許文献1の複合シートは、紙体50に合成樹脂クロス52を碁盤目状に塗布した接着剤51により接合して通気性を確保し、且つ紙体50に非通気性処理を施したり、接着剤51を全面に塗布して非通気性も確保できる点で大変都合が良いが、この複合シートによる袋は、落袋衝撃を受けた際、その複合シートが均質な構成であるため、その衝撃を分散吸収しづらくなる虞がある。   The composite sheet of Patent Document 1 is bonded to the paper body 50 with an adhesive 51 in which a synthetic resin cloth 52 is applied in a grid pattern to ensure air permeability, and the paper body 50 is subjected to non-breathability treatment or bonded. Although it is very convenient in that the agent 51 can be applied to the entire surface to ensure air permeability, this composite sheet has a homogeneous structure when subjected to a bag drop impact. May be difficult to disperse and absorb.

特許文献2の複合シートは、紙体50と合成樹脂クロス52との接着に際し、合成樹脂クロス52の非通気性条と接着剤51の非通気性の縦プラスチック条51aとを一致させて接着して、通気性を大きく確保しているため、この複合シートによる袋は、落体衝撃を受けた際、その複合シートが均質な接合構成であるため、その衝撃を分散吸収しづらくなる。その上、通気性を大きく確保した結果接着部分が少なく、その落袋部分に衝撃が集中するから、接着部分の強度不足とも相俟って破袋する虞がある。   In the composite sheet of Patent Document 2, when the paper body 50 and the synthetic resin cloth 52 are bonded, the non-breathable strip of the synthetic resin cloth 52 and the non-breathable vertical plastic strip 51a of the adhesive 51 are aligned and bonded. Since the air permeability of the composite sheet is large, the composite sheet is difficult to disperse and absorb the impact because the composite sheet has a homogeneous joining structure when subjected to a drop impact. In addition, as a result of ensuring a large air permeability, there are few adhesion parts, and the impact concentrates on the dropped bag part, so there is a possibility that the bag breaks due to insufficient strength of the adhesion part.

特許文献3の複合シートは、合成樹脂クロス52の全面に接合されているフィルムラミネートシート54のフィルム面54aに、紙体50が不定形のたるみまたはたるみじわ56を形成した状態で、接着されているから、防湿性を確保しつつ通気性ないし脱気性に優れ、しかも落体衝撃に対しても強い点で大変都合が良い。しかしながら、フィルムラミネートシート54のフィルム面54aに、紙体50が不定形のたるみまたはたるみじわ56を形成した状態で接着されているから、その分、紙体50を多く使用することになり、その分仕上がり容積も増えることになる。   The composite sheet of Patent Document 3 is bonded in a state in which the paper body 50 forms an indeterminate slack or slack 56 on the film surface 54a of the film laminate sheet 54 bonded to the entire surface of the synthetic resin cloth 52. Therefore, it is very convenient in that it is excellent in breathability or deaeration while ensuring moisture proofness and is strong against falling body impact. However, since the paper body 50 is bonded to the film surface 54a of the film laminate sheet 54 in a state where an irregular slack or a slack 56 is formed, the paper body 50 is used much. The finished volume will increase accordingly.

特許文献4の複合シートは、合成樹脂クロス52と紙体50との接着に際し、合成樹脂クロス52と全面接着し、且つ紙体50側に凹部57を有して紙体50と部分的に接着する合成樹脂層58を介在させているから、この複合シートによる袋は、落袋衝撃を受けた際、その複合シートが均質な接着構成であるためその衝撃を分散吸収しづらく、その落袋部分に衝撃が集中するから、破袋する虞がある。   The composite sheet of Patent Document 4 is bonded to the entire surface of the synthetic resin cloth 52 and the paper body 50 and has a concave portion 57 on the paper body 50 side when the synthetic resin cloth 52 and the paper body 50 are bonded. Since the synthetic resin layer 58 is interposed, the bag made of this composite sheet is difficult to disperse and absorb the impact because the composite sheet has a homogeneous adhesive structure when subjected to the bag drop impact. There is a risk of breaking the bag because the impact concentrates on.

そこで、本発明の目的は、防湿性を確保しつつ、しかも落衝撃を分散吸収して耐衝撃性に優れ、その上材料や仕上がり容積も少なくできる複合シートを使用した複合袋を提供することにある。 It is an object of the present invention, while securing the moisture-proof, yet excellent in impact resistance by dispersing absorb drop bag impact, to provide a composite bag using a composite sheet capable on materials and workmanship volume also decreased its It is in.

本発明は、上記目的を達成するために提案されたものであって、下記の構成からなることを特徴とするものである。
すなわち、本発明によれば、紙状シートに網目状プラスチックシートを接合するに際し、これらシートの少なくとも一方の全面に接合用の非通気性ラミネート樹脂を密接させた状態で、前記紙状シートと前記網目状プラスチックシートとの接合部位が、剥離強度が200gf/cm以上の強接合部位と剥離強度が200gf/cm未満の弱接合部位とが交互に位置するように前記非透過性ラミネート樹脂にて接合した複合シートを使用したことを特徴とする複合袋が提供される。
The present invention has been proposed in order to achieve the above object, and is characterized by having the following configuration.
That is, according to the present invention, when joining the mesh-like plastic sheet to the paper-like sheet, the paper-like sheet and the above-described sheet are in close contact with a non-permeable laminate resin for joining over the entire surface of at least one of these sheets. Bonded with the non-permeable laminating resin so that the bonding sites with the mesh plastic sheet are alternately positioned with strong bonding sites with a peel strength of 200 gf / cm or more and weak bonding sites with a peel strength of less than 200 gf / cm. A composite bag characterized by using the composite sheet is provided.

本発明の課題解決手段による作用は次の通りである。
すなわち、本発明の複合袋の素材となる複合シートは、紙状シート及び網目状プラスチックシートの少なくとも一方の全面に接合用の非通気性ラミネート樹脂を密接させた状態で接合しているから、防湿性を有し、その接合に際し、特定の剥離強度を有する強接合部位と弱接合部位とが交互に位置させているから、衝撃を受けた際、弱接合部位にてその衝撃を分散吸収して、その衝撃部分に衝撃が集中しづらくなって、破損を防ぐ。
The operation of the problem solving means of the present invention is as follows.
That is, the composite sheet that is the material of the composite bag of the present invention is bonded to the entire surface of at least one of the paper-like sheet and the mesh-like plastic sheet in a state where the non-permeable laminate resin for bonding is in close contact with each other. When joining , the strong and weak joints with specific peel strength are alternately positioned so that when impact is received, the impact is dispersed and absorbed at the weak joints. , It is difficult to concentrate the impact on the impact part, and damage is prevented.

さらに、強接合部位の剥離強度が200gf/cm以上あり、弱接合部位の剥離強度が200gf/cm未満であると、衝撃が弱接合部位により分散吸収して、その衝撃部分に衝撃が集中しづらくなって、破損を防ぐ。 Further , when the peel strength at the strong joint portion is 200 gf / cm or more and the peel strength at the weak joint portion is less than 200 gf / cm, the impact is dispersed and absorbed by the weak joint portion, and the impact is difficult to concentrate on the impact portion. And prevent damage.

それによって、上記の複合シートを使用した複合袋が上記した複合シートの特性作用を有することになる。 Thereby , the composite bag using the above composite sheet has the characteristic action of the above composite sheet.

本発明の複合袋の素材である複合シートは、防湿性を確保しつつ、しかも衝撃を受けた際分散吸収するから耐衝撃性に優れ、その上材料や仕上がり容積も少なくできる効果がある。 The composite sheet, which is the material of the composite bag of the present invention, has an effect of being excellent in impact resistance since it absorbs and absorbs moisture while ensuring moisture resistance, and also has the effect of reducing the material and finished volume.

また、この複合シートは、その接合に際し強接合部位と無接合部位とが生じていても、上記の効果を得ることができる。 Further, this composite sheet is also caused a strong bonding site upon its bonding and non-bonding site, it is possible to obtain the above effect.

また、接合に際して,強接合部位の剥離強度が200gf/cm以上あり、弱接合部位の剥離強度が200gf/cm未満であれば、上記の効果を得ることができる。 Further, when joining , if the peel strength at the strong joint portion is 200 gf / cm or more and the peel strength at the weak joint portion is less than 200 gf / cm, the above effect can be obtained.

実施例に示した本発明の複合袋の素材となる複合シート一部の平面図である。It is a top view of some composite sheets used as the raw material of the composite bag of this invention shown in the Example . 図1のX−Yに沿う断面図である。It is sectional drawing which follows XY of FIG. 実施例に示した本発明の複合袋の素材となる複合シートの変形例一部平面図である。It is a partial plan view of a modification of the composite sheet comprising a composite bag material of the present invention shown in the examples. 図3のX−Yに沿う断面図である。It is sectional drawing which follows XY of FIG. 本発明の複合袋の素材となる複合シートの製作状態を示す斜視図である。It is a perspective view which shows the manufacture state of the composite sheet used as the raw material of the composite bag of this invention. 従来例を示す断面図である。It is sectional drawing which shows a prior art example. 従来例を示す断面図である。It is sectional drawing which shows a prior art example. 従来例を示す断面図である。It is sectional drawing which shows a prior art example. 従来例を示す断面図である。It is sectional drawing which shows a prior art example.

以下に、図面を参照して本発明を実施するための形態を説明する。   Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings.

図面において、本発明の複合袋の素材である複合シート1は、紙状シート2に網目状プラスチックシート3を接合するに際し、これら両シート2、3の少なくとも一方の全面に接合用の非通気性ラミネート樹脂4を密接させた状態で、紙状シート2と網目状プラスチックシート3との接合部位が特定の剥離強度の強接合部位5と弱接合部位6とが交互に位置するように非通気性ラミネート樹脂4にて接合してなるものである。 In the drawing, the composite sheet 1 which is a material of the composite bag of the present invention is a non-breathable material for joining to the entire surface of at least one of the two sheets 2 and 3 when the mesh-like plastic sheet 3 is joined to the paper sheet 2. In a state where the laminate resin 4 is in intimate contact, the air-permeable property is such that the joint portion between the paper-like sheet 2 and the mesh-like plastic sheet 3 is alternately located between the strong joint portion 5 and the weak joint portion 6 having a specific peel strength . It is formed by bonding with a laminate resin 4.

前記紙状シート2は、通常、包装産業に用いられるシートであれば特に限定がなく、クラフト紙、ポリエチレンラミネートクラフト紙、エンボス加工紙などが例示される。   The paper-like sheet 2 is not particularly limited as long as it is usually used in the packaging industry, and examples thereof include kraft paper, polyethylene laminated kraft paper, and embossed paper.

前記網目状プラスチックシート3は、網目状のシートであれば特に限定がなく、割布、ソフクロス、ポリエチレンクロスなどが例示される。   The mesh plastic sheet 3 is not particularly limited as long as it is a mesh sheet, and examples thereof include split cloth, soft cloth, polyethylene cloth, and the like.

前記非通気性ラミネート樹脂4は、前記紙状シート2と前記網目状プラスチックシート3とを接合することができる接合剤であれば、特に限定がないが、従来公知のポリオレフィン系の樹脂が多く使用される。   The non-breathable laminate resin 4 is not particularly limited as long as it is a bonding agent capable of bonding the paper-like sheet 2 and the mesh-like plastic sheet 3, but many conventionally known polyolefin resins are used. Is done.

そして、紙状シート2と網目状プラスチックシート3とを非通気性ラミネート樹脂4にて接合して複合シートを作製する際、少なくとも一方のシート2、3の全面に密接させてその複合シートの非通気性を実現し、その上で、紙状シート2と網目状プラスチックシート3との接合部位が、上記特定の剥離強度に設定された強接合部位5と弱接合部位6とが交互に位置するように、非通気性ラミネート樹脂4にて接合してなるものである。 When the composite sheet is produced by joining the paper sheet 2 and the mesh plastic sheet 3 with the non-breathable laminate resin 4, the composite sheet is brought into close contact with the entire surface of at least one of the sheets 2 and 3. Air permeability is realized, and on that basis, the joint part between the paper-like sheet 2 and the mesh-like plastic sheet 3 is alternately located with the strong joint part 5 and the weak joint part 6 set to the specific peel strength. Thus, it joins with the non-breathable laminate resin 4.

複合シート1における紙状シート2と網目状プラスチックシート3との接合部位が、強接合部位5と弱接合部位6とが交互に位置する、とは、例えば、10mm巾ないし25mm巾毎に強接合部位5と弱接合部位6とが交互に位置するように形成したり、また、例えば、25mm巾の強接合部位5と50mm巾の弱接合部位6とが交互に位置するように形成したりすることである。いずれにしても、複合シート1において、強接合部位5と弱接合部位6とが交互に位置することは、例えば、10mm巾ないし25mm巾の所定巾を有する強接合部位5同士が接したり、例えば、25mm巾ないし50mm巾の所定巾を有する弱接合部位6同士が接したりすることのない状態にすることである。   In the composite sheet 1, the joint portion between the paper sheet 2 and the mesh plastic sheet 3 is alternately located between the strong joint portion 5 and the weak joint portion 6. For example, the joint portion is strongly joined every 10 mm to 25 mm width. It forms so that the site | part 5 and the weak junction site | part 6 may be located alternately, for example, it forms so that the strong junction site | part 5 of 25 mm width and the weak junction site | part 6 of 50 mm width may be located alternately. That is. In any case, in the composite sheet 1, the strong joint portions 5 and the weak joint portions 6 are alternately positioned. For example, the strong joint portions 5 having a predetermined width of 10 mm to 25 mm are in contact with each other. In other words, the weakly bonded portions 6 having a predetermined width of 25 mm to 50 mm are not in contact with each other.

本発明においては、前記紙状シートと前記網目状プラスチックシートとの接合状態が、強接合部位と弱接合部位とが交互に位置するように前記非通気性ラミネート樹脂にて接合されていることが必要なのであって、実用上からいえば、前記強接合部位5の剥離強度が200gf/cm以上であり、前記弱接合部位6の剥離強度が200gf/cm未満であることが好ましい。この際、強接合部位の剥離強度の上限や、弱接合部位の剥離強度の下限に制限はない。このような強接合部位5と弱接合部位6とを有する複合シート1にて製造した複合袋では、収納物が入った状態での落袋の際、その衝撃を弱接合部位6にて分散吸収して、その落袋部分に衝撃が集中しづらくなって、破損を防ぐことができるものである。 In the present invention, the paper sheet and the mesh-like plastic sheet may be joined with the non-breathable laminate resin so that the strong joint portion and the weak joint portion are alternately positioned. It is necessary, and from a practical point of view , it is preferable that the peel strength of the strongly bonded portion 5 is 200 gf / cm or more and the peel strength of the weakly bonded portion 6 is less than 200 gf / cm. At this time, there is no limitation on the upper limit of the peel strength at the strong joint portion and the lower limit of the peel strength at the weak joint portion. In the composite bag manufactured with the composite sheet 1 having such a strongly bonded portion 5 and the weakly bonded portion 6, the impact is dispersed and absorbed by the weakly bonded portion 6 when the bag is dropped in the state where the stored item is contained. Thus, it is difficult for the impact to concentrate on the dropped bag part, and damage can be prevented.

ちなみに、強接合部位5の剥離強度が200gf/cm未満であり、弱接合部位6の剥離強度がそれよりもさらに低い複合シート1にて製造した複合袋では、収納物が入った状態での落袋の際、その衝撃を弱接合部位6ばかりでなく強接合部位5でも分散吸収してしまうことがあり、その結果袋が破損する虞がある。   Incidentally, in the composite bag manufactured with the composite sheet 1 in which the peel strength of the strongly bonded portion 5 is less than 200 gf / cm and the peel strength of the weakly bonded portion 6 is lower than that, the drop in the state in which the stored items are contained. At the time of bagging, the impact may be dispersed and absorbed not only at the weakly bonded portion 6 but also at the strongly bonded portion 5, and as a result, the bag may be damaged.

そして、この複合シート1の接合部位において、強接合部位5及び弱接合部位6は、紙状シート2と網目状プラスチックシート3とを接合する際、強接合部位5には接合圧力を強にして、例えば、接合シート巾1cm当たり、24kg/cmないし26kg/cmの加重をかけ、弱接合部位6には接合圧力を弱にして、例えば、19kg/cmないし21kg/cmの加重をかければ、形成することができる。   In the joint portion of the composite sheet 1, the strong joint portion 5 and the weak joint portion 6 have a strong joint pressure when the paper sheet 2 and the mesh plastic sheet 3 are joined. For example, when a weight of 24 kg / cm to 26 kg / cm is applied per 1 cm of the width of the joining sheet and a weak pressure is applied to the weak joint portion 6, for example, a weight of 19 kg / cm to 21 kg / cm is applied. can do.

また、この複合シート1の接合部位の変形例として、図3、4のようにしても良い。すなわち、図1の左下がり斜めの強接合部位5を形成したあと、さらに同一あるいは若干接合圧力を上げて、図3の右下がり斜めの強接合部位5を形成し、双方の強接合部位5が交差したところを特強接合部位5Hとした複合シート1aとしても良い。このようにすることで、この複合シート1aにて製造した複合袋では、収納物が入った状態での落袋の際、その衝撃を弱接合部位6に加えて強接合部位5でも分散吸収し得て、その落袋部分に衝撃が集中しづらくなって、破損を防ぐことができるものである。   Moreover, you may make it like FIG. 3, 4 as a modification of the joining site | part of this composite sheet 1. FIG. That is, after forming the diagonally lower left strong joint portion 5 of FIG. 1, the same or slightly higher joining pressure is formed to form the lower right diagonally strong joint portion 5 of FIG. 3. It is good also as the composite sheet 1a which made the crossing place the special strong junction part 5H. By doing in this way, in the composite bag manufactured with this composite sheet 1a, when dropping the bag with the stored contents, the impact is dispersedly absorbed in the strong joint part 5 in addition to the weak joint part 6. As a result, it is difficult for the impact to concentrate on the dropped bag part, and damage can be prevented.

図5は、図1ないし図4の紙状シート2に網目状プラスチックシート3を接合するに際し、これらのシート2,3の間に非通気性ラミネート樹脂4を供給し、その網目状プラスチックシート3全面と紙状シート2全面を接合する製作状態を示す斜視図である。   FIG. 5 shows that when the mesh-like plastic sheet 3 is joined to the paper-like sheet 2 of FIGS. 1 to 4, a non-breathable laminate resin 4 is supplied between these sheets 2, 3, and the mesh-like plastic sheet 3. It is a perspective view which shows the manufacture state which joins the whole surface and the paper-like sheet | seat 2 whole surface.

以上、本発明の実施例を説明したが、具体的な構成はこれに限定されず、本発明の要旨を逸脱しない範囲での変更は適宜可能であることは理解されるべきである。   As mentioned above, although the Example of this invention was described, it should be understood that a concrete structure is not limited to this, and the change in the range which does not deviate from the summary of this invention is possible suitably.

本発明の複合シートを使用した複合袋は、防湿性を確保しつつ、しかも落体衝撃を分散吸収して耐衝撃性に優れ、その上材料や仕上がり容積も少なくできる複合シートを使用した複合袋を得たいような場合に、利用可能性が極めて高くなる。 Composite bag using composite sheet of the present invention, while securing the moisture-proof, yet excellent in impact resistance by dispersing absorb falling body impact, the composite bag using a composite sheet capable on materials and workmanship volume also decreased its The availability is very high when you want to get it.

1、1a 複合シート
2 紙状シート
3 網目状プラスチックシート
4 非通気性ラミネート樹脂
5 強接合部位
5H 特強接合部位
6、51 弱接合部位
50 紙体
51 接着剤
51a 縦プラスチック条
52 合成樹脂クロス
53 すき間
54 フィルムラミネートシート
54a フィルム面
55 接着部
56 たるみまたはたるみじわ
57 凹部
58 合成樹脂層
59 排気通路
DESCRIPTION OF SYMBOLS 1, 1a Composite sheet 2 Paper-like sheet 3 Mesh-like plastic sheet 4 Non-breathable laminate resin 5 Strongly joined part 5H Extra strong joined part 6, 51 Weakly joined part 50 Paper 51 Adhesive 51a Vertical plastic strip 52 Synthetic resin cloth 53 Clearance 54 Film laminate sheet 54a Film surface 55 Adhesion part 56 Slack or slack line 57 Recessed part 58 Synthetic resin layer 59 Exhaust passage

Claims (1)

紙状シートに網目状プラスチックシートを接合するに際し、これらシートの少なくとも一方の全面に接合用の非通気性ラミネート樹脂を密接させた状態で、前記紙状シートと前記網目状プラスチックシートとの接合部位が、剥離強度が200gf/cm以上の強接合部位と剥離強度が200gf/cm未満の弱接合部位とが交互に位置するように前記非透過性ラミネート樹脂にて接合した複合シートを使用したことを特徴とする複合袋When joining a mesh-like plastic sheet to a paper-like sheet, a joining portion between the paper-like sheet and the mesh-like plastic sheet in a state where a non-breathable laminate resin for joining is in intimate contact with the entire surface of at least one of these sheets However, the use of the composite sheet bonded with the non-permeable laminate resin so that the strong bonding site having a peeling strength of 200 gf / cm or more and the weak bonding site having a peeling strength of less than 200 gf / cm are alternately positioned. Characteristic composite bag .
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JPH07119082B2 (en) * 1988-05-16 1995-12-20 富士写真フイルム株式会社 Laminated film and manufacturing method thereof
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