JP3071573U

JP3071573U - Containers and components using bags of a wide range of sizes

Info

Publication number: JP3071573U
Application number: JP2000002623U
Authority: JP
Inventors: 直樹杉山
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-03-07
Filing date: 2000-03-07
Publication date: 2000-09-14
Anticipated expiration: 2006-03-07

Abstract

(57)【要約】【目的】柔軟性のある袋は物を入れ運搬するには便利
であるが、物を出し入れするには形状が不安定であるた
め、形状が安定である容器に比べ不便である。本考案は
袋に容器としての性格をもたせ、物の出し入れをしやす
くすると共に物の運搬にも便利で、広範囲の大きさの袋
を利用した容器を提供する。【構成】本考案の容器（例えば図１）は筒状の格子構
成物（１）の開口部周縁（９）を袋の開口部（６）で覆
い、袋の底を筒状の格子構成物内に拡げて、一体化した
ものである。格子構成物の格子材（３）は交点又は交面
（４）で互いに軸着、及び／又は、摺接し、且、格子面
の伸縮方向（８）を、格子構成物の周方向に合わせるこ
とにより、格子構成物の周の大きさを連続的に変えるこ
とが出来る。これによって覆っている袋の開口部を構成
物の開口部（５）に固定させたり、運搬のため簡単に取
り外すことも出来る。 (57) [Summary] [Purpose] A flexible bag is convenient for storing and transporting items, but is inconvenient compared to a container that has a stable shape because the shape is unstable when loading and unloading items. It is. The present invention provides a container using a bag of a wide range of sizes, in which the bag has the character of a container, which makes it easy to put things in and out and is convenient for carrying things. The container (for example, FIG. 1) of the present invention covers an opening edge (9) of a cylindrical grid structure (1) with an opening (6) of a bag, and a bottom of the bag has a cylindrical grid structure. It is expanded inside and integrated. The lattice members (3) of the lattice component are axially attached and / or slidably contacted at intersections or intersection surfaces (4), and the expansion / contraction direction (8) of the lattice surface is aligned with the circumferential direction of the lattice component. Thereby, the size of the circumference of the lattice component can be continuously changed. This allows the opening of the overlying bag to be fixed to the opening (5) of the component or to be easily removed for transport.

Description

[Detailed description of the invention]

【０００１】〔産業上の利用分野〕一般に袋は包み材として、多方面に利用されている。しかし柔軟性があるため袋の内容物の出し入れには、形状が安定している容器ほどの便利さはない。本考案は、袋の大きさに合った形状に開口部を調整出来る構成物を、袋に内接及び／又は、外接することで、袋の形状を安定化させて、袋に容器の性格をもたせ、且、袋本来の長所、即ち運搬に便利な包み材として、袋を利用することも出来る様にした構成物と袋からなる容器に関するものである。[Industrial Application Field] In general, bags are used as packaging materials in various fields. However, because of its flexibility, the contents of a bag are not as convenient as a container with a stable shape. The present invention stabilizes the shape of the bag by connecting and / or circumscribing the structure with an opening that can be adjusted to the shape that matches the size of the bag, and the characteristics of the container in the bag. The present invention also relates to a container comprising a bag and a component which is capable of utilizing the bag as a wrapping material convenient for carrying, that is, a bag having the inherent advantages of the bag.

【０００２】〔従来の技術〕従来、バケツ、深い籠等、凹状容器に柔軟性のある袋を内設し、袋の形状を安定化させて、容器として利用する方法がある。[Related Art] Conventionally, there is a method in which a flexible bag is provided inside a concave container such as a bucket or a deep basket, and the shape of the bag is stabilized to be used as a container.

【０００３】〔考案が解決しようとする課題〕これには次のような欠点がある。（イ）袋を内設する凹状容器の開口部の大きさが固定化されているため、これより小さい開口部の袋は使用出来ない。（ロ）逆に、凹状容器の開口部より大きい袋の場合は、袋は凹状容器内に安定して設定出来ない。又、凹状容器の容量に制限され、袋の容量からみて、不充分な袋の利用となる。本考案は、これらの欠点を解決するためになされたものである。[Problem to be Solved by the Invention] This has the following disadvantages. (B) Since the size of the opening of the concave container inside the bag is fixed, bags with openings smaller than this cannot be used. (B) Conversely, if the bag is larger than the opening of the concave container, the bag cannot be set stably in the concave container. In addition, the capacity of the concave container is limited, and the use of an insufficient bag is required in view of the capacity of the bag. The present invention has been made to solve these disadvantages.

【０００４】〔課題を解決するための手段〕袋（２）に内設及び／又は、外設する筒型格子構成物（例えば、図２、図５）、角型周回格子構造物（例えば、図４）の格子材（３）の交点又は交面で、格子材が互に一部回転滑合する様に軸着（１０）又は接触した状態で動く様に摺接（１１）も、且、構成する格子面の伸縮方向（７）と（８）のうち、伸縮方向（８）を、上記格子構成物の周方向と同一にする。[Means for Solving the Problems] A tubular lattice structure (for example, FIG. 2 and FIG. 5) provided inside and / or outside the bag (2), and a square orbital lattice structure (for example, At the intersection or intersection of the grid members (3) in FIG. 4), the grid members (10) or the sliding contact (11) so that they move in contact with each other so that the lattice members partially rotate and slide with each other, In addition, the expansion and contraction direction (8) of the expansion and contraction directions (7) and (8) of the lattice plane is the same as the circumferential direction of the lattice structure.

【０００５】〔作用〕使用する袋（２）の開口部に合うよう格子構成物の開口部（５）の大きさを、広範囲にわたり、なめらかに変えることが出来るため、いろいろの大きさの袋の開口部（６）に格子構成物（１）を、密着させ、袋の形状を安定化する。[Operation] Since the size of the opening (5) of the lattice structure can be smoothly changed over a wide range so as to match the opening of the bag (2) to be used, bags of various sizes can be used. The lattice component (1) is brought into close contact with the opening (6) to stabilize the shape of the bag.

【０００６】〔実施例（１）〕第１の実施例について、図１、図２、を参照して説明する。図１は、筒型格子構成物（図２）に、内外設する袋（２）を使用した場合の、筒型容器の斜視図である。図２は、筒型格子構成物（１）の説明のための斜視図である。図１は、筒型の格子構成物（１）に柔軟な袋（２）を内接させ、袋の開口部（６）の周面で、格子構成物（１）の開口部周縁（９）を覆うことにより、袋の開口部を固定し、且、袋を格子構成物内に、いっぱいに拡げることにより、袋の側面が格子構成物（１）の内面と接し、全体として、形状安定な容器となっている。図２の筒型格子構成物の格子材（３）には、プラスチック製帯状板（厚み０．５ｍｍ、巾２０ｍｍ、長さ４５０ｍｍ）を使用し、格子材の交面（４）で、互に一部回転出来る様に軸着（１０）し、筒型の格子面を構成している。格子面の伸縮の方向を、格子構成物（図２）の周方向（８）に、合わせる事により、構成物の開口部の大きさを、連続的に変えることが出来る。軸着は格子材の交面に、４ｍｍφの穴を貫通させ、穴の両面より、約３ｍｍφの凸状突起を有する部材と、凹形を有する部材で、枢着している。軸着ヶ所は、構成物（１）の上下開口部周縁（９）と一部中間部にしている。格子構成物（１）と袋（２）のセットは、まづ袋の開口部（６）を構成物（１）に外設させて、構成物の開口部周縁（９）の一部を押圧し、格子面の伸縮（７）を縮めることにより、構成物の開口部（５）は拡がり、袋の開口部（６）は、構成物の開口部に外接する。次いで、袋（２）を、構成物（１）内に折り込み、いっぱいに拡げることによりセットは終了し、袋と構成物は、一体となり、安定な容器となる。容器内に内容物を入れた後、運搬するとき、袋の開口部（６）を、構成物の開口部周縁（９）から外して、周縁（９）の一部を押圧することにより、構成物の開口部（５）は更に拡がり、袋に内容物を入れた状態のまま、袋を構成物から取り出すことが出来、包装、運搬することが出来る。Embodiment (1) A first embodiment will be described with reference to FIGS. 1 and 2. FIG. 1 is a perspective view of a cylindrical container when a bag (2) provided inside and outside is used for the cylindrical lattice structure (FIG. 2). FIG. 2 is a perspective view for explaining the tubular lattice structure (1). FIG. 1 shows that a flexible bag (2) is inscribed in a cylindrical lattice structure (1), and the peripheral edge of the opening (6) of the lattice structure (1) is formed on the peripheral surface of the opening (6) of the bag. By covering the opening, the opening of the bag is fixed, and the bag is fully spread in the lattice structure so that the side surface of the bag comes into contact with the inner surface of the lattice structure (1). It is a stable container. A plastic strip (0.5 mm thick, 20 mm wide, 450 mm long) is used as the grid material (3) of the cylindrical grid structure shown in FIG. It is pivotally mounted (10) so that it can partially rotate, and forms a cylindrical lattice surface. By adjusting the direction of expansion and contraction of the lattice plane to the circumferential direction (8) of the lattice structure (FIG. 2), the size of the opening of the structure can be continuously changed. Axial attachment is made by penetrating a hole of 4 mmφ through the intersecting surface of the lattice material, and from both sides of the hole, a member having a convex protrusion of about 3 mmφ and a member having a concave shape are pivotally attached. The shaft attachment point is located in the middle of the periphery (9) of the upper and lower openings of the component (1). In the set of the lattice component (1) and the bag (2), the opening (6) of the sack is externally provided on the component (1), and a part of the periphery (9) of the opening of the component is pressed. Then, by reducing the expansion and contraction (7) of the lattice plane, the opening (5) of the component is expanded, and the opening (6) of the bag is circumscribed to the opening of the component. Next, the bag (2) is folded into the component (1), and the bag is completely expanded to complete the setting, and the bag and the component are integrated into a stable container. When the contents are placed in the container and then transported, the opening (6) of the bag is removed from the periphery (9) of the opening of the component, and a part of the periphery (9) is pressed. The opening (5) of the component is further expanded, so that the bag can be taken out of the component, packed and transported with the contents in the bag.

【０００７】〔実施例（２）〕第２の実施例について、図３及び図４を参照して説明する、図３は角型周回格子構成物（図４）に、内外設する袋（２）を設けた場合の容器の斜視図である。図４は、角型周回格子構成物（１）の説明のための斜視図である。図３に示すように、内設させた袋の開口部（６）が格子構成物の上部開口部周縁（９）を覆うことによって、袋の開口部（６）は固定され、全体として安定な容器となっている。図４に示すごとく、角型周回格子構成物（１）は格子材が、たがいに交差する交面で一部軸着された４つの格子面を有し、各格子面間を、面端部で、Ｌ型アングル材、又は蝶着材（１２）に軸着して、角型周回格子構成物になっている。各格子面の伸縮（８）を、周回格子構成物の周方向に合わせることによって、格子構成物の開口部（５）の大きさを変えることが出来る。これによって、格子構成物の開口部を、これに内外設する袋の開口部（６）に密着させることが出来る。格子材（３）には、アルミ製帯状板（厚み２ｍｍ、巾２０ｍｍ、長さ４００ｍｍ）を使用、軸着（１０）は、格子面及びＬ型アングル材との接合面の中心に、４ｍｍφの穴を開け、穴の両面より約３ｍｍφの凸形の雄ネジと凹形の雌ネジで、ネジ止めすることにより軸着している。各格子面間の接続は、アルミ製のＬ型アングル材（厚み１ｍｍ、巾２５ｍｍ、長さ２５ｍｍ）を使用している。角型周回格子構成物と袋のセットは、実施例（１）と同様に行い、構成物と袋を一体化して容器とする。袋のリセットも、実施例（１）と同様である。[Embodiment (2)] A second embodiment will be described with reference to FIG. 3 and FIG. 4. FIG. 3 shows a case in which a bag (inside and outside) is provided on a square orbiting grid structure (FIG. 4). It is a perspective view of the container at the time of providing 2). FIG. 4 is a perspective view for explaining the rectangular orbital grid structure (1). As shown in FIG. 3, the opening (6) of the bag provided inside covers the periphery of the upper opening (9) of the lattice structure so that the opening (6) of the bag is fixed, and the entire bag is stable. Container. As shown in FIG. 4, the square orbital grid structure (1) has a grid material having four grid surfaces partially pivoted at intersections that intersect each other. Thus, it is pivotally attached to the L-shaped angle material or the butterfly material (12) to form a square orbital lattice structure. By adjusting the expansion and contraction (8) of each grid surface in the circumferential direction of the orbital grid component, the size of the opening (5) of the grid component can be changed. This makes it possible to bring the opening of the lattice component into close contact with the opening (6) of the bag provided inside and outside thereof. For the grid material (3), an aluminum strip (thickness: 2 mm, width: 20 mm, length: 400 mm) was used. The shaft attachment (10) was 4 mmφ at the center of the grid surface and the joint surface with the L-shaped angle material. The hole is made, and it is screwed with a convex male screw and a concave female screw of about 3 mmφ from both sides of the hole, and the shaft is attached. The connection between the lattice planes uses an aluminum L-shaped angle material (1 mm thick, 25 mm wide, 25 mm long). The set of the square orbital grid component and the bag is performed in the same manner as in Example (1), and the component and the bag are integrated into a container. The reset of the bag is the same as in the embodiment (1).

【０００８】〔実施例（３）〕第３の実施例は、実施例（１）の格子構成物の別な形の実施例である。図５と図６を参照して説明する。両図は実施例（１）と同様、筒型の格子構成物（１）の斜視図である。格子材（３）に弾力性のある竹皮細線を用い、間をすかして、筒軸に対し縦横ではなく、斜に編んだもので、筒型格子構成物と云うより、荒目に編んだ竹筒品と云える。竹皮細線の格子材（３）は、互に交点で摺接している・筒型格子構成物（１）の格子面の伸縮（８）を、周方向に合わせることにより、構成物の開口部（５）の大きさを、連続的に変えることが出来る。図６は、図５の形状の構成物の大きさを、周方向は等しく、これと垂直な縦軸方向は小さくしたものである。図５の構成物（１）の外周に、図６の構成物（１）を外設させて組合せ、一体とした構成物とすることにより、図５の構成物を補強することが出来る。勿論、両者を一体として、編んだ構成物にすることも出来る。これ等の格子構成物は、実施（１）、（２）の場合と同様、袋をセットして、容器とする。[Embodiment (3)] A third embodiment is another embodiment of the lattice component of the embodiment (1). This will be described with reference to FIGS. Both figures are perspective views of a tubular lattice structure (1), similar to the embodiment (1). The grid material (3) is made of elastic bamboo skin, and is woven diagonally with respect to the cylinder axis, not vertically or horizontally, and is knitted coarsely rather than as a cylindrical lattice component. It can be called a bamboo tube. The lattice members (3) of the bamboo skin thin lines are in sliding contact with each other at the intersections.-The opening and closing of the cylindrical lattice component (1) is performed by adjusting the expansion and contraction (8) of the lattice surface in the circumferential direction. The size of (5) can be changed continuously. FIG. 6 is a view in which the size of the component having the shape shown in FIG. 5 is equal in the circumferential direction and smaller in the vertical axis direction perpendicular thereto. The component (1) shown in FIG. 6 is externally provided on the outer periphery of the component (1) shown in FIG. 5 and is combined with the component (1) to form an integrated component, whereby the component shown in FIG. 5 can be reinforced. Of course, both can be combined into a knitted composition. These lattice components are used as containers in the same manner as in Examples (1) and (2).

【０００９】〔実施例（４）〕第４の実施例は、実施例（１）の格子構成物の別な形の実施例である。図７は実施例（４）の筒型構成物の斜視図である。図７を参照して説明する。実施例（４）は、実施例（１）の筒型格子構成物（１）を周方向に、二分割して、上下ふたつの格子構成物、即ち、上部格子構成物（１５）、下部格子構成物（１６）とし、それぞれ上下の格子構成物に、軸着して周設する棒状品（１３）で、上下の格子構成物を架けわたして、一体の筒型構成物（図７）とした。この構成物は、周方向には伸縮して、開口部の大きさは変えるが、軸方向は変えず、高さの変化はないのが特徴である。この筒型構成物に、実施例（１）の様に、袋をセットすることにより、本考案の容器とした。本考案は、以上実施例（１）〜（４）の範囲にとどまるものではない。即ち、格子構成物の格子材の寸法は構成物の大きさにより変る。格子材の形状は、帯状板や、細線に限らず、格子の形成出来るものであればよい、また格子材の材質は、実施例（１）、（３）では、プラスチック及び竹皮を使用しているが、これらに限らず弾性的性質を有する材料であればよい。実施（２）では、アルミニウムを使用しているが、金属に限らず、加工出来る固体材料であればよい。袋を内外設する周回格子構成物は、実施例では、いづれも構成物の上部開口部と下部開口部の大きさが同じであるが、実施例（３）と（４）は、それぞれ開口部の大きさを変えることも出来る。実施例（１）と（２）では、軸着の位置を変えることによって、あるいは一部軸着せず、摺接にすることによって、上部と下部の開口部の大きさを変えることも出来る。周回格子構成物に内外接する袋は、柔軟であればよく、任意の形状、寸法、材質であればよい、また袋に替えて、布、紙、綱、フィルム等の柔軟なシートを、袋状にして使用することも出来る。また袋は、実施例では、いづれも周回格子構成物の内部に入れて使用しているが、使用目的によっては、袋の内部に周回格子構成物を入れて、内部で構成物を拡げることによって、袋の形状を安定化させることも出来る。[Embodiment (4)] A fourth embodiment is another embodiment of the lattice structure of the embodiment (1). FIG. 7 is a perspective view of the cylindrical component of the embodiment (4). This will be described with reference to FIG. In the embodiment (4), the cylindrical lattice structure (1) of the embodiment (1) is divided into two parts in the circumferential direction, and two upper and lower lattice structures, namely, an upper lattice structure (15) and a lower lattice structure. As a component (16), the upper and lower lattice components are suspended by a rod-shaped product (13) which is attached to the upper and lower lattice components by means of a shaft to form an integral tubular component (FIG. 7). And This structure is characterized in that it expands and contracts in the circumferential direction and changes the size of the opening, but does not change the axial direction and the height does not change. A bag according to the present invention was obtained by setting a bag in this tubular component as in Example (1). The present invention is not limited to the embodiments (1) to (4). That is, the size of the grid material of the grid component varies depending on the size of the component. The shape of the grid material is not limited to a band-like plate or a thin wire, and any shape can be used as long as a grid can be formed. In Examples (1) and (3), plastic and bamboo skin are used. However, the material is not limited to these, and any material having elastic properties may be used. In the embodiment (2), aluminum is used. However, the material is not limited to metal but may be any solid material that can be processed. In the embodiment, in the case of the circulating lattice structure in which the bag is provided inside and outside, the size of the upper opening and the size of the lower opening of the structure are the same, but in Examples (3) and (4), the openings are respectively different. You can also change the size of the. In the embodiments (1) and (2), the size of the upper and lower openings can be changed by changing the position of the shaft attachment, or by sliding without partially attaching the shaft. . The bag that is inscribed in and around the orbital grid component may be flexible, and may be of any shape, size, and material. It can also be used in the form. In addition, in each of the embodiments, the bags are used inside the orbital grid components, but depending on the purpose of use, the orbital grid components can be put inside the bags and the components can be expanded inside. With this, the shape of the bag can be stabilized.

【００１０】〔考案の効果〕周回格子構成物に内外設する袋は、袋の開口部の大きさに応じ、周回格子構成物の開口部を連続的に変えることが出来る為、多種の大きさの袋が利用出来ると共に、形状が安定し、容器としての性格をもたすことが出来、物の出し入れがしやすい。又、周回格子構成物からの脱着が簡単であるため、袋本来の利点、即ち運搬に便利な包み材として、袋を利用することも出来る。[Effects of the Invention] Bags provided inside and outside the orbital grid component can be continuously changed in the opening of the orbital grid component according to the size of the opening of the bag. In addition to being able to use bags, the shape is stable, it can have the character of a container, and it is easy to put things in and out. In addition, since the bag can be easily attached to and detached from the orbital grid member, the bag can be used as an inherent advantage of the bag, that is, as a packaging material that is convenient for transportation.

[Brief description of the drawings]

【図１】本考案における筒型容器の斜視図。FIG. 1 is a perspective view of a cylindrical container according to the present invention.

【図２】本考案における筒型格子構成物の斜視図。FIG. 2 is a perspective view of the tubular lattice component of the present invention.

【図３】本考案における角型容器の斜視図。FIG. 3 is a perspective view of the rectangular container according to the present invention.

【図４】本考案における角型周回格子構成物の斜視図。FIG. 4 is a perspective view of the square orbital grid component of the present invention.

【図５】とFIG. 5 and

【図６】本考案における格子材に、竹皮細線を使用し、
籠目に編んだ筒型格子構成物の斜視図。FIG. 6 uses a thin bamboo skin wire as a grid material in the present invention;
FIG. 3 is a perspective view of a tubular lattice component knitted in a cage.

【図７】本考案における筒型格子構成物を利用した別の
形の構成物の斜視図。FIG. 7 is a perspective view of another configuration using the tubular lattice configuration according to the present invention.

[Explanation of symbols]

（１）格子構成物（１１）摺接（２）袋（１２）Ｌ型アング
ル材又は蝶着材料（３）格子材（１３）棒状品（４）格子材の交点又は交面（１４）袋の開口部
の周方向（５）格子構成物の開口部（１５）上部格子構
成物（６）袋の開口部（１６）下部格子構
成物（７）格子面の伸縮（軸方向）（８）格子面の伸縮（周方向）（９）格子構成物の開口部周縁（１０）軸着(1) Grid component (11) Sliding contact (2) Bag (12) L-shaped angle material or hinged material (3) Grid material (13) Bar-shaped product (4) Intersection or intersection of grid material (14) Bag (5) Opening of lattice component (15) Upper lattice component (6) Opening of bag (16) Lower lattice component (7) Expansion and contraction of lattice surface (axial direction) (8) Expansion / contraction of grid surface (circumferential direction) (9) Periphery of opening of grid component (10) Axial attachment

Claims

[Utility model registration claims]

1. A container having an internal and / or external bag or bag at the opening of a component containing the following items (a) and (b). (A) The component is a circling lattice component having a lattice-like side surface. (B) The lattice-shaped side surfaces are axially attached and / or slidably contacted at intersections or intersection surfaces of the lattice members, and one of the expansion and contraction directions of the lattice side surfaces is defined as a circulating lattice member. In the circumferential direction.

2. A component having the contents (a) and (b) of claim 1.