JP2019073341A - Package for product comprising at least one hydroscopic and flowable solid material - Google Patents
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本発明は、少なくとも1つの吸湿性で流動可能な固形物質を有する製品のための包装に関し、該包装は、製品を収容するための透湿性材料で出来た封止可能な製品袋と、該製品袋を取り囲む輸送容器と、該製品袋の外側であって輸送容器の内側に位置する吸湿剤とを有する。 The present invention relates to a package for a product having at least one hygroscopic flowable solid substance, the package comprising a sealable product bag made of a moisture vapor permeable material for containing the product, the product A transport container enclosing the bag and a hygroscopic agent located outside the product bag and inside the transport container.
化学分野または薬品分野の産業においては、たとえば粉体物質のような、吸湿性の流動可能な固形物質を、しばしば、意図された使用に至るまで、運搬し貯蔵しなければならない。この目的のための、数多くの、実用されている異なった包装が知られている。多くの異なった包装において、製品または化学物質は、不純物から守るための密封可能な製品袋に分封され、そして輸送容器中に収容される。輸送容器は、たとえば、樽であったり、箱であったりすることができる。 In the chemical or pharmaceutical industry, hygroscopic flowable solid materials, such as, for example, powder materials, must often be transported and stored until their intended use. Many different practical packagings are known for this purpose. In many different packages, products or chemicals are sealed in sealable product bags to protect them from impurities and contained in shipping containers. The transport container can be, for example, a barrel or a box.
吸湿性物質からなる、もしくは、少なくともひとつの吸湿性成分を含み、粉体化した、粒状化したまたは流動可能な製品には、詰め替え操作の間またはその後の輸送または貯蔵の間における湿気があり、製品が残存湿気によって凝集性を持つ危険性が頻繁に発生する。もし、大量の湿気が、製品表面や製品の内部に長く存在する状態に置かれてしまうと、製品の流動性は、減少するか完全になくなってしまうかも知れず、製品がひとつのまたは複数の大きな塊を作ってしまうかもしれない。 Powdered, granulated or flowable products consisting of a hygroscopic substance or comprising at least one hygroscopic component have moisture during the refilling operation or during subsequent transport or storage, The product is frequently at risk of becoming cohesive due to residual moisture. If a large amount of moisture is present on the surface of the product or inside the product for a long time, the flowability of the product may be diminished or completely lost, and the product may be one or more. It may make a big lump.
輸送および貯蔵中の製品の凝集またはゲル化（Verklumpens oder Verbackens）の危険を減らすために、それを取り囲む輸送容器を防湿性とすること、および、製品を充填した後に防湿性シールをおこなうことは知られている。しかしながら、それでも、充填中およびとりわけ逐次的になされる製品の取り出しは、輸送容器の開放、封止の繰り返しをまねくことになり、湿気が輸送容器の内側へ移動し、吸湿性製品の凝集またはゲル化をもたらすことになる。 In order to reduce the risk of agglomeration or gelling of the product during transport and storage, it is known to make the surrounding transport container moistureproof and to carry out a moistureproof seal after the product has been filled. It is done. However, the removal of the product still done during filling and in particular sequentially leads to the opening and closing of the transport container, the moisture is transferred to the inside of the transport container and the aggregation or gel of the hygroscopic product Will bring about
輸送容器中に見出される湿気によるこれらの悪影響を避けるために、輸送容器中に見出される湿気を吸収し保持する吸湿剤を輸送容器中に設置することが、実用上知られている。従来、吸湿剤はひとつの袋の中に位置させるか、複数の袋の中に位置させるかしていた。吸湿剤が充填されたこれらの吸湿剤袋は、輸送容器中の製品が充填された製品袋の表側または裏側に位置される。しかしながら、とりわけ、たとえば輸送により誘発される輸送容器の運動や揺動の間に、吸湿剤袋が当初の位置から離れてしまい、輸送容器中のどこかに集まる結果、さらなる吸湿が、吸湿剤袋の周りの場所に集中して、吸湿剤袋から離れた領域での吸湿剤による吸湿が妨げられるということが避けられない。 In order to avoid these adverse effects of moisture found in the transport container, it is practically known to place in the transport container a hygroscopic agent which absorbs and retains the moisture found in the transport container. Heretofore, hygroscopic agents have been located in one bag or in multiple bags. These hygroscopic agent filled bags are located on the front or back side of the product filled product bag in the shipping container. However, inter alia, for example, during transport-induced movement or shaking of the transport container, the hygroscopic agent bags move away from their original position and gather somewhere in the transport container, so that additional moisture absorption results in It is inevitable that the moisture absorption by the hygroscopic agent in the area away from the hygroscopic agent bag is prevented from being concentrated at the location around the.
実用上、公知の吸湿剤袋は、たとえば製品を充填した製品袋の封止可能な開口部領域に、テープ止めまたはループ止めされていた。そのようにするために必要な手間は、相当なものである。吸湿剤袋は、製品を充填した製品袋の開口部領域に配置固定することもできるが、それはまた、大きな苦労をすることなく、製品袋のいずれの位置、または、輸送容器の内側のいずれの位置に、配置固定することが可能である。 In practice, known hygroscopic bags have been taped or looped, for example, in the sealable opening area of the product bag filled with product. The effort required to do so is considerable. The hygroscopic bag can also be placed and fixed in the opening area of the product bag filled with product, but it is also without any great effort at any position of the product bag or inside the shipping container It is possible to fix it in place.
吸湿剤袋を内部に配置可能な透湿性の吸湿機構を、輸送容器中に設置することも、やはり実用上知られていた。例えば吸湿袋を保持する小さなポケットまたはスケルトン容器の形式のような、これらの吸湿機構を具備した輸送容器は、製造が面倒であり経費がかかるものである。吸湿機構は、輸送容器内部に突出し、ある条件において製品を充填した製品袋に損傷を与える可能性がある。 It has also been practically known that a moisture-permeable moisture absorbing mechanism in which a moisture absorbent bag can be placed is installed in a transport container. Transport containers equipped with these moisture absorbing mechanisms, such as the form of small pockets or skeleton containers holding moisture absorbent bags, are cumbersome and expensive to manufacture. The moisture absorption mechanism protrudes inside the shipping container and can damage the product bag filled with product under certain conditions.
このような吸湿機構が提供された輸送容器は、そのような意図でしかるべく製造されなければならないか、吸湿機構を後付で輸送容器に装備させなければならない。大抵の場合、このための追加コストに加えて、対応する輸送容器だけが、吸湿性製品の輸送に適しており、それら製品は十分な分量が即応可能に用意されていなければならず、また、吸湿機構なしで輸送容器から離隔していなければならないということも、深刻な不利益であると認識されている。 The transport container provided with such a moisture absorption mechanism must be manufactured accordingly with such intention or the moisture absorption mechanism must be retrofitted to the transport container. In most cases, in addition to the additional costs for this, only the corresponding shipping containers are suitable for the transport of hygroscopic products, which must be readily available in sufficient quantities, and It is also recognized as a serious disadvantage that it must be separated from the shipping container without a moisture absorption mechanism.
したがって、本発明のひとつの目的は、可能な限りもっとも単純な手段を用いて、輸送容器中の湿気が低コストで吸収でき、製品の凝集またはゲル化が低減または完全に排除された、少なくともひとつの吸湿性流動可能固体成分を含む製品用の包装を構成することである。 Thus, one object of the present invention is to use at least one of the simplest possible means, at low cost, to absorb the moisture in the transport container at low cost and to reduce or completely eliminate the agglomeration or gelling of the product. A package for a product comprising a hygroscopic flowable solid component.
この目的は、本発明の、輸送容器内にある、製品が入った製品袋を取り囲む防湿性材料の吸湿剤被覆体によって達成され、吸湿剤は該吸湿剤被覆体の内側に位置していて、該内側は製品が入った製品袋に面している。吸湿剤被覆体を使用することによって、製品を保持するために用いる製品袋の如何によらず、また、輸送容器の如何によらず、吸湿剤が輸送容器内に配置されることまたは製品が入った製品袋の近傍に配置されることが保証される。
費用が掛かり複雑な輸送容器の改造は不要となる。同様に、製品を製品袋に充填し密封した後で、吸湿剤を製品袋や製品袋の密封箇所近傍に取り付けることもほとんど不要となる。
This object is achieved by the hygroscopic agent covering of the moistureproof material surrounding the product bag containing the product according to the present invention, the hygroscopic agent being located inside the hygroscopic agent covering, The inside faces the product bag containing the product. By using a hygroscopic agent covering, regardless of the product bag used to hold the product, and regardless of the shipping container, the hygroscopic agent is placed in the shipping container or contains the product. It is guaranteed to be placed close to the product bag.
Expensive and complex shipping container modifications are not required. Similarly, after the product is filled and sealed in the product bag, it is almost unnecessary to attach a hygroscopic agent near the product bag or the sealed portion of the product bag.
既に存在する輸送容器内に、後から挿入できる吸湿剤被覆体を使用することは、既に存在する輸送容器を改良して、吸湿性製品に使用することを可能とする。吸湿剤被覆体は多様な輸送容器に使用することができるので、対応する輸送容器の既存の市場システムにおいて、変更を必要としない。吸湿剤被覆体を調達し、使用に供するための追加費用は、著しく低いものである。 The use of a later-insertable hygroscopic coating in the already existing transport container improves the already existing transport container and makes it possible to use it for hygroscopic products. Since the desiccant coating can be used for a variety of transport containers, no change is required in the corresponding market container system for transport containers. The additional costs for sourcing and using the hygroscopic agent coating are significantly lower.
吸湿剤被覆体は、再使用が可能であるように作成することができ、輸送容器の再利用時に吸湿剤被覆体が更に使用できるように、製品が入った製品袋を取り除いた後も輸送容器中に残すことができる。吸湿剤被覆体は、一回限りの使用とし使い捨て製品として設計および製造することも、同様に可能である。 The hygroscopic agent coating can be made to be reusable and, even after removal of the product bag containing the product, so that the hygroscopic agent coating can be further used when reusing the shipping container You can leave it inside. The hygroscopic agent coating can likewise be designed and manufactured as a one-time use disposable product.
透湿性材料からなる製品袋を使用することによって、吸湿剤の作用が強化される。製品袋内または製品袋内の製品に残存している湿気がある場合、または、製品袋を開封し再度封止した後に、湿気を回収しなければならない場合に、この湿気は、透湿性製品袋によって、製品袋とそれを取り囲む吸湿剤被覆体との間の中間空間に運ばれ、吸湿剤により吸収され凝固されることができる。 By using a product bag made of a moisture vapor permeable material, the action of the hygroscopic agent is enhanced. If there is moisture remaining in the product bag or in the product bag, or if it is necessary to recover the moisture after opening and resealing the product bag, the moisture is a moisture permeable product bag Thus, it can be conveyed to the intermediate space between the product bag and the hygroscopic agent covering surrounding it, and can be absorbed and solidified by the hygroscopic agent.
進歩性を有する本発明のひとつの構成によれば、吸湿剤被覆体の内側の１つの上に固定された少なくとも一つの吸湿剤袋内に吸湿剤が提供される。これらの吸湿剤袋は、多種多様な形状の吸湿剤のためのものが商業的に安価に入手可能である。吸湿剤袋は、吸湿剤被覆体上に容易にそして確実に、例えば結合、接着または縫着により、固定することが可能である。好適には、吸湿剤袋の中の吸湿剤による吸湿作用を促進し、吸湿剤が輸送容器中の小さな箇所に集中することを防ぎ、それ以外の領域において湿気が吸湿されなくなったり、吸湿が小さな程度でしか起こらないようになることを防ぐために、複数の吸湿剤袋が、吸湿剤被覆体の上に互いに距離を空けて固定される。 According to one inventive configuration of the inventive process, the hygroscopic agent is provided in at least one hygroscopic agent bag fixed on one of the inside of the hygroscopic agent coating. These moisture absorbent bags are commercially available inexpensively for various forms of moisture absorbent. The desiccant bag can be fixed easily and reliably on the absorbent cover, for example by bonding, gluing or sewing. Preferably, it promotes the hygroscopic action of the hygroscopic agent in the hygroscopic agent bag, prevents the hygroscopic agent from concentrating on a small place in the transport container, and the moisture is not absorbed in other areas, or the moisture absorption is small. In order to prevent that only happens to a certain extent, a plurality of desiccant bags are fixed at a distance from one another on the desiccant covering.
吸湿剤袋の格別に簡潔で有効な吸湿剤被覆体上への固定は、少なくとも一つの吸湿剤袋が吸湿剤被覆体の内側上に固定され、透湿性カバーによって覆われるようにすることによって達成することができる。透湿性カバーは、穴あきのものとすることができ、吸湿剤被覆体と同一の防湿性材料から製造することができる。吸湿剤被覆体が、例えばフィルムから成る場合、繰り返しのまくり上げによるポケットの作成とそれに続くそのようにして作成されたポケットの固定、接着または溶着により設けられたポケットの内部に、吸湿剤袋を配置することができる。 An exceptionally simple and effective fixing of the desiccant bag onto the hygroscopic agent covering is achieved by ensuring that at least one desiccant bag is fixed on the inside of the hygroscopic agent covering and covered by a moisture permeable cover. can do. The moisture permeable cover can be perforated and can be made of the same moisture resistant material as the desiccant coated body. If the hygroscopic agent covering consists, for example, of a film, the interior of the hygroscopic agent bag is provided within the pockets provided by repeated rolling up and subsequent fixing, bonding or welding of the pockets thus made. It can be arranged.
進歩性を有する本発明の格別有利な構成によれば、吸湿剤被覆体は輸送容器の形状に適合させている。吸湿剤被覆体は輸送容器内部に挿入され、輸送容器の内側裏当てを構成することができる。吸湿剤被覆体を、輸送容器の形状に適合させることにより、吸湿性被覆体の輸送容器中の配置または輸送容器に対する相対的な配置を規定することができ、そのようにすることによって、輸送容器の内部または壁上の吸湿剤被覆体上に固定された吸湿剤袋の位置を、あらかじめ定めたものとすることができる。輸送容器に隣接する吸湿剤被覆体は、製品をそれ自身に格納している製品袋を、輸送容器に詰め込むことを妨げることがない。 According to a particularly advantageous development of the invention according to the inventive process, the desiccant covering is adapted to the shape of the transport container. The hygroscopic agent coating can be inserted inside the shipping container to constitute the inner backing of the shipping container. By adapting the hygroscopic agent coating to the shape of the transport container, the arrangement of the hygroscopic coating in the transport container or the relative arrangement of the hygroscopic coating to the transport container can be defined, and by doing so, the transport container The position of the hygroscopic agent bag fixed on the hygroscopic agent coating on the interior or on the wall of can be predetermined. The hygroscopic agent covering adjacent to the shipping container does not prevent packing the product bag containing the product on itself into the shipping container.
吸湿剤被覆体を製品袋の形状に適合するようにすることは、同様に想定可能であり、個々の適用において有利である。製品を詰め込んだ製品袋は吸湿剤被覆体内に位置させることができ、これにより、吸湿剤の配置または個々の吸湿剤袋の製品が入った製品袋との相対的な配置が規定される。このようにして、製品袋上の吸湿剤の分配が可能な限り一様であり、かくして、充填された製品袋が輸送容器の一部領域にしか詰め込まれず、しばしば輸送中にその位置および形状を変化させるような場合に、製品が近接して配置されることもまた確実になる。 The adaptation of the hygroscopic agent coating to the shape of the product bag is likewise conceivable and advantageous for the individual application. The product bag in which the product is packed can be located within the hygroscopic coating, which defines the placement of the hygroscopic agent or relative to the product bag containing the individual hygroscopic bag products. In this way, the distribution of the hygroscopic agent on the product bag is as uniform as possible, thus the packed product bag is only packed in a partial area of the transport container, often its position and shape during transport It is also ensured that the products are placed in close proximity, in case of changes.
多くの製品または応用のためには、ある数の吸湿剤袋が輸送容器中に配置されれば既に十分である。このような場合には、吸湿剤被覆体の輸送容器の開口部に面する領域にのみ、吸湿剤を配置するのが有利である。従来は、輸送容器の開口部領域に詰め込まれると、輸送容器の密封後に利用されない容積空間が残り、そこには通常湿気を含んだ空気が残される。この領域に吸湿剤を配置することは、輸送容器内にある空気の有効な除湿を可能にする。さらに、例えば製品を連続的に断続的に取り出すたびに、輸送容器が開放されるため、新しい湿った空気が輸送容器に流入し、開口部領域に集まるがそこにおいて有効に吸湿される。 For many products or applications it is already sufficient if a certain number of absorbent bags are arranged in the transport container. In such a case, it is advantageous to dispose the hygroscopic agent only in the area of the hygroscopic agent coated body facing the opening of the transport container. Conventionally, packing in the opening area of the transport container leaves an unused volumetric space after sealing of the transport container, which normally leaves moist air. Placing a hygroscopic agent in this area allows effective dehumidification of the air present in the shipping container. Furthermore, for example, every time the product is removed continuously and intermittently, the transport container is opened so that fresh moist air flows into the transport container and collects in the area of the opening where it is effectively absorbed.
とりわけ、空気の湿気が高いことが予想される、または、湿気による悪影響がとりわけ大きい製品である場合、吸湿剤被覆体の内側全体にわたって、吸湿剤が配分される構成をとることが妥当であろう。それゆえ、例えば、多くの数の吸湿剤袋を吸湿剤被覆体の上に、規則的な間隔、または、不規則にした間隔で吸湿剤被覆体の内側にわたって配置することができる。製品が充填された製品袋の形状の如何に拘らず、また、輸送容器内における部分的な取り出しの後に残っている製品の分量の如何に拘らず、製品袋の近傍には互いに間隔を取って配置された複数の吸湿剤袋があることが確実になる。 In particular, if the product is expected to have high air humidity or if the adverse effects of humidity are particularly large, it would be reasonable to adopt a configuration in which the hygroscopic agent is distributed throughout the inside of the hygroscopic agent coating. . Thus, for example, a large number of hygroscopic bags can be placed on the hygroscopic coating at regular or irregular intervals over the inside of the hygroscopic coating. Regardless of the shape of the product bag filled with product, and regardless of the amount of product remaining after partial removal in the shipping container, they are spaced from one another in the vicinity of the product bag. It is ensured that there are several absorbent bags arranged.
製品袋内に位置する製品の湿気除去を促進するために、製品袋は、高密度ポリエチレン（HDPE）の熱接合繊維の不織布でできている。この、不織布材料は従来実用上盛んに使用されているものである。高い透湿性および空気透過性に加えて追加的に有利な不織布の特性は、高い耐引き裂き性能、および、化学業界または製薬業界で使用する数多くの吸湿性製品に対して、問題なく使用できることである。 In order to promote moisture removal of the product located in the product bag, the product bag is made of non-woven fabric of high strength polyethylene (HDPE) heat bonded fibers. This non-woven material is conventionally and actively used in practice. In addition to high moisture permeability and air permeability, the additionally advantageous non-woven properties are high tear resistance and that they can be used without problems for many hygroscopic products used in the chemical or pharmaceutical industry. .
特別に安上がりで同時に有効な、防湿性の吸湿剤被覆体は、ポリエチレンの薄い被覆材またはフィルムからなるか、またはそのようなポリエチレンをコーティングまたは層のひとつとして有するものである。単純で安上がりな製造の観点から、個々の吸湿剤袋は、同様に、開孔の故に透湿性である薄いポリエチレンフィルムからなる、吸湿剤被覆体の内側上のカバー材で覆われ固定される。 A particularly cheap and simultaneously effective moisture-proof absorbent covering consists of a thin coating or film of polyethylene or which has such polyethylene as one of the coatings or layers. From the point of view of simple and inexpensive manufacture, the individual desiccant bags are likewise covered and fixed with a covering on the inside of the desiccant covering, which consists of a thin polyethylene film which is moisture-permeable because of the openings.
本発明は、図面に示されるいくつかの実施態様を利用して、より詳細に説明される。
ここにおいて、
put it here,
図１を例にして示される包装１は、流動可能吸湿性製品３を充填した密封可能製品袋２を有する。該製品袋２は、高密度ポリエチレン（HDPE）繊維の透湿性不織布材料からなる。吸湿性製品３は、例えば、化学または医薬産業における最終製品の生産に必要な化学物質であることができる。 The package 1 shown by way of example in FIG. 1 comprises a sealable product bag 2 filled with a flowable hygroscopic product 3. The product bag 2 is made of a moisture-permeable nonwoven material of high density polyethylene (HDPE) fibers. The hygroscopic product 3 can be, for example, the chemicals necessary for the production of the end product in the chemical or pharmaceutical industry.
密封可能な製品袋２は、製品袋２を取り囲む輸送容器４内に位置している。輸送容器４は、カバーにより閉鎖可能なドラム型の基本本体５を有する。輸送容器４は、例えばポリエチレンのような、防湿性の材料からなる。カバー６は、輸送容器４を防湿密封されたものにするために、追加的な密封要素７によって、基本本体５上に防湿配置固定される。必要と思われる場合、密封された輸送容器４は、追加的に、例えばシール材の態様で、開封明示デバイスが設けられる。 The sealable product bag 2 is located in a transport container 4 surrounding the product bag 2. The transport container 4 has a drum-shaped basic body 5 closable by a cover. The transport container 4 is made of a moisture-proof material, such as polyethylene. The cover 6 is arranged in a moisture-proof manner on the basic body 5 by means of an additional sealing element 7 in order to make the transport container 4 moisture-tight sealed. If deemed necessary, the sealed shipping container 4 is additionally provided with a tamper-evident device, for example in the form of a seal.
輸送容器４の内部９には、輸送容器４の形状に適合させた、吸湿剤被覆体１０がある。吸湿剤被覆体１０は、薄いポリエチレンフィルムからなり、同様に防湿性に作られている。輸送容器４のカバー６に面した吸湿被覆体１０の領域１２において、製品３がその中に入っている製品袋２に面する吸湿剤被覆体１０の内側面１１上には、いくつかの吸湿剤袋１３が、吸湿剤被覆体１０の内側１１の上に接着される。吸湿剤袋１３は、例えばシリカゲルまたはゼオライト、非水塩化ナトリウムまたは硫化マグネシウムなどの適切な吸湿剤１４を包含している。 At the interior 9 of the transport container 4 there is a desiccant covering 10 adapted to the shape of the transport container 4. The hygroscopic agent covering 10 consists of a thin polyethylene film and is likewise made moisture proof. In the region 12 of the hygroscopic coating 10 facing the cover 6 of the transport container 4 some hygroscopic material on the inner surface 11 of the hygroscopic agent coating 10 facing the product bag 2 with the product 3 contained therein An agent bag 13 is adhered onto the inside 11 of the desiccant covering 10. The desiccant bag 13 contains a suitable desiccant 14, such as, for example, silica gel or zeolite, non-aqueous sodium chloride or magnesium sulfide.
輸送容器４の自由空間９中にある湿気は、吸湿剤被覆体１０のこの領域１２に位置する吸湿剤袋１３中の吸湿剤１４によって吸湿され凝固される。製品３中に残存湿気が位置している場合は、湿気は製品袋２によってそのときは乾燥している輸送容器４中の内部空間９に運ばれ、同様に吸湿剤１４によって吸湿され凝固される。 The moisture present in the free space 9 of the transport container 4 is absorbed and solidified by the hygroscopic agent 14 in the hygroscopic agent bag 13 located in this region 12 of the hygroscopic agent covering 10. If residual moisture is located in the product 3, the moisture is carried by the product bag 2 to the interior space 9 in the transport container 4, which is then dry, and is likewise absorbed and solidified by the desiccant 14. .
図２に示される実施例では、充填されている製品袋２を密に取り囲むように、吸湿剤被覆体１０の形状は、製品袋２の形状に適合される。吸湿剤被覆体１０の内側１１上には、一定の間隔でいくつかの吸湿剤袋１３が装着され、それぞれが吸湿剤１４の一部を含んでいる。製品袋２とその中に位置する製品３とは、従って均等にすべての側から吸湿される。この派生的実施例の包装１では、取り囲む輸送容器４の形状は、重要でない。 In the embodiment shown in FIG. 2, the shape of the desiccant covering 10 is adapted to the shape of the product bag 2 so as to closely surround the product bag 2 being filled. On the inner side 11 of the hygroscopic agent covering 10, several hygroscopic agent bags 13 are attached at regular intervals, each containing a portion of the hygroscopic agent 14. The product bag 2 and the products 3 located therein are thus absorbed evenly from all sides. In the package 1 of this variant embodiment, the shape of the surrounding transport container 4 is not important.
図３に示される実施例では、吸湿剤被覆体１０の形状が輸送容器４の形状に適合され、吸湿剤被覆体１０は、輸送容器の底面および側壁面の内張りを形成する。吸湿剤被覆体１０は、製品袋２を輸送容器４の内部に位置する前に挿入することができ、製品袋２がたとえすでに充填された状態のものであっても、その後の設置を妨げることがない。吸湿剤被覆体１０は、その側面１５に亘って配分された、それぞれある量の吸湿剤１４を持つ複数の吸湿剤袋１３を有する。それぞれの個々の吸湿剤袋１３は、その場所に適合されたポリエチレンフィルム部分のカバー１６で覆われ、吸湿剤被覆体１０の側壁面１５の上に固定される。それぞれのカバー１６には、孔１７が設けられており、非透湿性であるポリエチレン材質であるのにもかかわらず、カバーは透湿性である。 In the embodiment shown in FIG. 3, the shape of the desiccant covering 10 is adapted to the shape of the transport container 4, which forms the lining of the bottom and the side wall of the transport container. The hygroscopic agent covering 10 can be inserted before the product bag 2 is located inside the transport container 4 and prevents subsequent installation, even if the product bag 2 is already filled. There is no The hygroscopic agent covering 10 has a plurality of hygroscopic agent bags 13 each having a certain amount of hygroscopic agent 14 distributed over the side surface 15 thereof. Each individual moisture absorbent bag 13 is covered with a cover 16 of the polyethylene film part adapted in place and fixed on the side wall surface 15 of the absorbent covering 10. Each cover 16 is provided with holes 17 and, despite being a non-moisture permeable polyethylene material, the cover is moisture permeable.
本明細書によって、当業者は、包括的に本発明を適用することができるであろう。さらなるコメントがなくても、したがって、当業者は最も広い範囲で、上記の記載を利用することができるものと思われる。 By this specification, those skilled in the art will be able to apply the present invention comprehensively. Even without further comments, it is therefore believed that one of ordinary skill in the art can, at the broadest extent, utilize the above description.
よりよい理解のため、および、本発明を例示するため、本発明の保護の範囲内である例を図面の図１、図２および図３に示す。加えて、示した態様は、改変された変形で存在し得る。記載された本発明の原理の一般的な有効性のために、図面に示された例は、したがって、これらを単独ものに、本発明の保護の範囲を減縮するのは適切でない。 For better understanding and to illustrate the present invention, examples within the scope of protection of the present invention are shown in FIGS. 1, 2 and 3 of the drawings. In addition, the embodiments shown may exist in modified variants. Because of the general effectiveness of the principles of the invention described, the examples shown in the drawings are therefore not suitable to reduce them, alone, the scope of protection of the invention.
Claims (10)
輸送容器（４）内には、製品（３）を収容した製品袋（２）を取り囲む防湿性材料の吸湿剤被覆体（１０）が存在し、吸湿剤（１４）は、吸湿剤被覆体（１０）の製品袋（２）に面する内側（１１）上に位置することを特徴とする、前記包装（１）。 Package (1) for a product (3) comprising at least one hygroscopic flowable solid substance, the package (1) being sealable made of moisture-permeable material for containing the product (3) A product bag (2), a transport container (4) surrounding the product bag (2), a hygroscopic agent (14) located outside the product bag (2) and inside the transport container (4) Including
In the transport container (4), there is a moisture absorbent coated body (10) of moisture proof material surrounding the product bag (2) containing the product (3), and the moisture absorbent coated body (14) 10) Package (1), characterized in that it is located on the inside (11) facing the product bag (2).
Applications Claiming Priority (18)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US201261672405P | 2012-07-17 | 2012-07-17 | |
| EP12005230 | 2012-07-17 | ||
| US61/672,405 | 2012-07-17 | ||
| EP12005230.3 | 2012-07-17 | ||
| FR1257772 | 2012-08-10 | ||
| FR1257772A FR2993545B3 (en) | 2012-07-17 | 2012-08-10 | PACKAGING FOR A PRODUCT WITH AT LEAST ONE HYGROSCOPIC COUPLING SOLID MATERIAL. |
| DE202012007804U DE202012007804U1 (en) | 2012-08-14 | 2012-08-14 | Packaging for a product with at least one hygroscopic free-flowing solid |
| DE202012007804.6 | 2012-08-14 | ||
| US13/586,098 US9428317B2 (en) | 2012-07-17 | 2012-08-15 | Package for a product with at least one hygroscopic pourable solid |
| US13/586,098 | 2012-08-15 | ||
| ES201230889U ES1077680Y (en) | 2012-07-17 | 2012-08-21 | PACKING FOR A PRODUCT WITH AT LEAST A FREE FLOW HYGROSCOPIC SOLID |
| ESU201230889 | 2012-08-21 | ||
| PLPL121296 | 2012-08-27 | ||
| PL12129612 | 2012-08-27 | ||
| ATGM347/2012 | 2012-08-30 | ||
| ATGM347/2012U AT13869U1 (en) | 2012-07-17 | 2012-08-30 | Packaging for a product with at least one hygroscopic free-flowing solid |
| JP2012006065 | 2012-10-04 | ||
| JP2012006065U JP3180382U (en) | 2012-07-17 | 2012-10-04 | Packaging for products containing at least one hygroscopic and flowable solid substance |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2015521989A Division JP2015521981A (en) | 2012-07-17 | 2013-07-05 | Packaging for products containing at least one hygroscopic and flowable solid substance |
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| JP2019073341A true JP2019073341A (en) | 2019-05-16 |
| JP2019073341A5 JP2019073341A5 (en) | 2019-09-19 |
| JP7233214B2 JP7233214B2 (en) | 2023-03-06 |
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| JP2018238783A Active JP7233214B2 (en) | 2012-07-17 | 2018-12-20 | Packaging for products containing at least one hygroscopic flowable solid substance |
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