JP3138118U

JP3138118U - Storage box partition structure

Info

Publication number: JP3138118U
Application number: JP2007007758U
Authority: JP
Inventors: 王文燦
Original assignee: 王文燦
Priority date: 2007-10-10
Filing date: 2007-10-10
Publication date: 2007-12-20
Anticipated expiration: 2017-10-10

Abstract

【課題】公知の仕切り板を有する収納箱の、収納箱の折り畳み時、まず、仕切り板を収納箱から取り出して収納箱と仕切り板を保管する時の不便を改善する。
【解決手段】収納箱の仕切り構造は、内空間を有し、折り畳める箱体からなり、箱体の内底面は底板を置入する。箱体の内空間は、L字型、門型、四角形、長門型と円弧形の仕切り板を選択的に設置し、これらの仕切り板の両板体の間は転折部を有し、仕切り板の二垂直端辺は連接部で、箱体側壁の内側面に連接され、仕切り板は転折部、及び、連接部により箱体内で折り畳むことができ、箱体の内空間を複数の小さい収納空間に仕切り、これらの仕切り板は湾折でき、箱体と共に小さく折り畳むことができる。
【選択図】図１When a storage box having a known partition plate is folded, first, the inconvenience of taking out the partition plate from the storage box and storing the storage box and the partition plate is improved.
A partition structure of a storage box has an inner space and is composed of a foldable box body, and a bottom plate is placed on the inner bottom surface of the box body. The inner space of the box is selectively installed with L-shaped, gate-shaped, quadrangular, long-gate and arc-shaped partition plates, and there is a folding part between both plates of these partition plates, The two vertical edges of the partition plate are connected to the inner surface of the side wall of the box, and the partition plate can be folded inside the box by the folded portion and the connecting portion. Partitioning into a small storage space, these partition plates can be folded into bays and folded together with the box.
[Selection] Figure 1

Description

本考案は物品を収納する収納箱に関するものであって、箱体内の空間を若干の収納空間に仕切る仕切り構造に関する。 The present invention relates to a storage box that stores articles, and relates to a partition structure that partitions a space in the box into some storage spaces.

小物を分類して収納するため、収納箱は内空間中を仕切り板で複数の収納空間に仕切っている。これらの仕切り板はプラスチック、木材、金属等、硬質材料からなる。よって、収納箱に設置された後、収納箱を折り畳むことは出来ない。もし、収納箱を折り畳みたい場合、仕切り板を収納箱から取り出して、取り出した後の仕切り板は別途に保管する必要があり、使用上、不便である。 In order to classify and store small items, the storage box partitions the interior space into a plurality of storage spaces with partition plates. These partition plates are made of a hard material such as plastic, wood or metal. Therefore, the storage box cannot be folded after being installed in the storage box. If it is desired to fold the storage box, it is necessary to take out the partition plate from the storage box and store it separately, which is inconvenient in use.

本考案は、公知の仕切り板を有する収納箱の、収納箱の折り畳み時、まず、仕切り板を収納箱から取り出して、収納箱と仕切り板を保管する時の不便を改善することを目的とする。 An object of the present invention is to improve the inconvenience of storing a storage box and a partition plate by first removing the partition plate from the storage box when the storage box having a known partition plate is folded. .

本考案の仕切り板を有する収納箱は、仕切り板を収納箱の内空間側壁に直接連接し、且つ、仕切り板は収納箱に対応して旋転する。収納箱を使用する時、これらの仕切り板を収納箱の箱体内で展開し、複数の収納空間に区切り、収納箱の不使用時には、仕切り板を箱体内で旋転させて扁平に折り畳み、収納箱を扁平に折り畳むことができる。 In the storage box having the partition plate of the present invention, the partition plate is directly connected to the inner space side wall of the storage box, and the partition plate rotates corresponding to the storage box. When using the storage box, these partition plates are unfolded in the box of the storage box and divided into multiple storage spaces. When the storage box is not used, the partition plate is rotated in the box and folded flat. Can be folded flat.

本考案は、公知の仕切り板を有する収納箱の収納箱の不便を改善する。 The present invention improves the inconvenience of a storage box having a known partition plate.

図１は本考案の第一実施例を示す図で、内空間を有する箱体１、及び、箱体１の内空間中に設置される仕切り板２、からなる。箱体１は底面を有し、底面上面の各辺は上に側壁１１を延伸し、これらの側壁と底面は共同で内空間を構成する。箱体１は充分な硬度、及び、強度の木板、金属板、プラスチック板、或いは、紙板等を側壁１１の主体とし、板体の外面は布材を被覆する。板体と板体の間は、布材により連接して折線１２とし、両板体の間は相対して湾折でき、収納箱と底板を折り畳むことが出来る。仕切り板２は箱体１の内空間を複数の小さい収納空間に仕切り、靴下、ハンカチ、下着等の小さい物品の収納に便利である。収納箱は、収納棚４と合わせて使用できる（図２で示される）。 FIG. 1 is a view showing a first embodiment of the present invention, which is composed of a box 1 having an inner space and a partition plate 2 installed in the inner space of the box 1. The box 1 has a bottom surface, each side of the top surface of the bottom surface extends a side wall 11, and the side wall and the bottom surface together form an inner space. The box body 1 has a sufficiently hard and strong wood plate, metal plate, plastic plate, paper plate or the like as a main body of the side wall 11, and the outer surface of the plate body covers a cloth material. The plate body and the plate body are connected by a cloth material to form a fold line 12, and the two plate bodies can be folded in a relative manner, and the storage box and the bottom plate can be folded. The partition plate 2 partitions the inner space of the box 1 into a plurality of small storage spaces, and is convenient for storing small articles such as socks, handkerchiefs, and underwear. The storage box can be used together with the storage shelf 4 (shown in FIG. 2).

図３で示される仕切り構造の実施例は、二個のL字型仕切り板２を箱体１の内空間の相対する二個の隅に設置し、各L字型の仕切り板２の両連接部は、それぞれ、箱体の両垂直側壁の内側に連接され、その連接箇所は、縫合により連接部２１を形成する。L字型仕切り板２の両板体の連接箇所は、相対して旋転する転折部２２で、箱体１内に設置されたL字型仕切り板２の展開時、箱体内を四個の収納空間に仕切ることができる。L字型仕切り板２が箱体側壁で折り畳まれるとき、折線３１を有する底板３を直接、箱体内の底面上に置く。 In the embodiment of the partition structure shown in FIG. 3, two L-shaped partition plates 2 are installed at two opposite corners of the inner space of the box 1, and both L-shaped partition plates 2 are connected to each other. Each part is connected to the inside of both vertical side walls of the box, and the connecting part forms a connecting part 21 by stitching. The connecting part of the two plates of the L-shaped partition plate 2 is a folding portion 22 that rotates relative to each other. When the L-shaped partition plate 2 installed in the box body 1 is deployed, Can be partitioned into storage space. When the L-shaped partition plate 2 is folded at the box side wall, the bottom plate 3 having the folding line 31 is directly placed on the bottom surface of the box.

図４は、図３の仕切り構造の実施例で、折り畳みたい時、直接、各L字型の仕切り板２の転折部２２を箱体１の角方向に推動し、突出していた転接部は凹入状態になり、各仕切り板２を側壁１１に寄らせ、折線１２に沿って、箱体を扁平状に折り畳むことができる（図４と図５で示される）。 FIG. 4 shows an example of the partition structure of FIG. 3. When folding, the rolling part 22 of each L-shaped partition plate 2 is directly driven in the angular direction of the box 1 and protruded. Is in a recessed state, each partition plate 2 is brought close to the side wall 11, and the box can be folded flat along the folding line 12 (shown in FIGS. 4 and 5).

図６で示されるように、本考案は、四個のL字型仕切り板２を箱体１の内空間の四個の隅に設置して、各L字型仕切り板２の両連接部２１はそれぞれ箱体１の両垂直側壁の内側に連接する。また、仕切り板２Aの垂直辺はL字型仕切り板２の転折部２２に連接され、これにより、箱体１の内空間を９個の収納空間に仕切る。仕切り板２Aの各角は、相対して旋転する設計である。よって、収納箱を折り畳みたい時、図７で示されるように、各L字型仕切り板２の転折部２２を箱体１の角方向に推動し、同時に、仕切り板２Aを箱体の角方向に推動し、突出していた転接部２２が凹入状態になり（図７で示される）、各仕切り板２を側壁１１に寄らせ、折線１２に沿って、箱体を扁平状に折り畳むことができる。 As shown in FIG. 6, in the present invention, four L-shaped partition plates 2 are installed at four corners of the inner space of the box 1, and both connecting portions 21 of each L-shaped partition plate 2 are arranged. Are connected to the inside of both vertical side walls of the box 1. In addition, the vertical side of the partition plate 2A is connected to the folding portion 22 of the L-shaped partition plate 2, thereby partitioning the inner space of the box 1 into nine storage spaces. Each corner of the partition plate 2A is designed to rotate relative to each other. Therefore, when it is desired to fold the storage box, as shown in FIG. 7, the folding portion 22 of each L-shaped partition plate 2 is driven in the corner direction of the box body 1 and at the same time, the partition plate 2A is moved to the corner of the box body. The rolling contact portion 22 which has been thrust in the direction is protruded into a recessed state (shown in FIG. 7), and each partition plate 2 is moved toward the side wall 11, and the box is folded flat along the folding line 12. be able to.

図８は、本考案の仕切り構造を示す図で、二個のL字型仕切り板２と二個の門型仕切り板２Bを箱体１の内空間に設置し、二個のL字型仕切り板２を箱体１の対応する二角に設置し、L字型仕切り板２の両連接部２１は、それぞれ、箱体１の両垂直側壁の内側に連接され、両門型仕切り板２Bは箱体内の対称両側壁の交差位置に設置され、各門型仕切り板２Bの両連接部２１は、箱体の同一側壁に連接されて、仕切り板展開時、箱体の内空間を８個の収納空間に仕切る。収納箱を折り畳みたい時、図９と図１０で示されるように、各L字型仕切り板２の転折部２２は、箱体１の角方向に推動し、門型仕切り板２Bは順に、二個の転折部を湾折後、仕切り板を箱体の側壁に寄らせ、箱体を扁平状に折り畳むことができる。 FIG. 8 is a diagram showing the partition structure of the present invention, in which two L-shaped partition plates 2 and two gate-shaped partition plates 2B are installed in the inner space of the box 1 to form two L-shaped partition plates. The plate 2 is installed in the corresponding two corners of the box 1, and both connecting portions 21 of the L-shaped partition 2 are connected to the inside of both vertical side walls of the box 1, respectively. Installed at the intersection of symmetrical side walls in the box body, both connecting portions 21 of each gate-shaped partition plate 2B are connected to the same side wall of the box body. Partition into storage space. When it is desired to fold the storage box, as shown in FIGS. 9 and 10, the folding portion 22 of each L-shaped partition plate 2 is thrust in the corner direction of the box 1, and the gate-shaped partition plate 2B is in turn, After the two folding portions are folded in a bay, the partition plate can be moved toward the side wall of the box, and the box can be folded flat.

図１１は、本考案の仕切り構造を示す図で、二個のL字型仕切り板２と二個の長門型仕切り板２Cを箱体１の内空間に設置する。二個のL字型仕切り板２を箱体１の対応する二角に設置し、L字型仕切り板２の両連接部２１は、それぞれ、箱体１の両垂直側壁の内側に連接され、長門型仕切り板２Cの両側の連接部２１は、箱体の相対する二側壁に連接され、箱体の内空間を３個の収納空間に仕切る。収納箱を折り畳みたい時、図１２で示されるように、L字型仕切り板２の転折部２２を箱体１の角方向に推動し、長門型仕切り２Cの両側転折部を湾折後、仕切り板を箱体の側壁に寄らせ（図１３で示される）、箱体を扁平状に折り畳むことができる。 FIG. 11 is a diagram showing the partition structure of the present invention, in which two L-shaped partition plates 2 and two long gate partition plates 2C are installed in the inner space of the box 1. Two L-shaped partition plates 2 are installed in corresponding two corners of the box 1, and both connecting portions 21 of the L-shaped partition plate 2 are connected to the insides of both vertical side walls of the box 1, respectively. The connecting portions 21 on both sides of the long gate type partition plate 2C are connected to two opposing side walls of the box, and partition the inner space of the box into three storage spaces. When folding the storage box, as shown in FIG. 12, the folding part 22 of the L-shaped partition plate 2 is thrust in the corner direction of the box 1, and the both-side folding part of the Nagato-type partition 2C is bay-folded. The partition plate can be brought close to the side wall of the box (shown in FIG. 13), and the box can be folded flat.

図１４は、本考案の仕切り構造を示す図で、二個の長門型仕切り板２Cを箱体１の内空間に設置し、両長門型仕切り板２Cの両側の連接部２１は、箱体の相対する二側壁に連接され、箱体１の内空間を３個の収納空間に仕切る。収納箱を折り畳みたい時、図１５で示されるように、二個の転折部を湾折後、仕切り板を箱体の側壁に寄らせ、箱体を扁平状に折り畳むことができる。 FIG. 14 is a diagram showing the partition structure of the present invention, in which two Nagato-type partition plates 2C are installed in the inner space of the box 1, and the connecting portions 21 on both sides of the both Nagato-type partition plates 2C are It is connected to two opposing side walls, and partitions the inner space of the box 1 into three storage spaces. When it is desired to fold the storage box, as shown in FIG. 15, after folding the two folded portions, the partition plate can be moved to the side wall of the box and the box can be folded flat.

図１６は、本考案の仕切り構造を示す図で、箱体１を円筒形に設計し、少なくとも一つの円弧形仕切り板２Dの両側の連接部２１は、箱体の側壁に連接され、円弧形の仕切り板は、二個を連接して設置し、相互に湾折できる半円弧板で、両半円弧板の間に転折部２２を有し、使用者は、転接部２２に施力する時、半円弧板の方向を転換し（図１６の点線で示される）、箱体内の仕切り形態を変更させる。 FIG. 16 is a diagram showing the partition structure of the present invention. The box body 1 is designed in a cylindrical shape, and the connecting portions 21 on both sides of at least one arc-shaped partition plate 2D are connected to the side wall of the box body. The arc-shaped partition plate is a semicircular arc plate that is installed in a connected manner and can be folded into each other, and has a folding portion 22 between the semicircular arc plates. The user can apply force to the rolling contact portion 22. When this is done, the direction of the semicircular arc plate is changed (indicated by the dotted line in FIG. 16) to change the partition form in the box.

本考案の各仕切り板と箱体間の連接部は、縫合方式により、転折可能な形態に固定しても、箱体側壁にカバー１３を設置してもよく（図１７で示される）、各仕切り板の側辺はカバーを挿入して連接を完成するか、或いは、適当な嵌合方式で仕切り板と箱体の連接を完成させる。 The connecting part between each partition plate of the present invention and the box may be fixed to a form that can be folded by a stitching method, or a cover 13 may be installed on the side wall of the box (shown in FIG. 17). The side of each partition plate is inserted with a cover to complete the connection, or the connection between the partition plate and the box is completed with an appropriate fitting method.

本考案の箱体内に二個のL字型仕切り板を設置して、四個の収納空間を仕切る実施例を示す図である。It is a figure which shows the Example which installs two L-shaped partition plates in the box of this invention, and partitions off four storage spaces. 本考案の収納箱が収納棚と組み合わせることができる実施例の立体図である。It is a three-dimensional view of an embodiment in which the storage box of the present invention can be combined with a storage shelf. 図１の収納箱で、箱体底部に設置された底板を取り出し、各L字型仕切り板を湾折する実施例の動作図である。It is an operation | movement diagram of the Example which takes out the baseplate installed in the box body bottom part with the storage box of FIG. 1, and folds each L-shaped partition plate. 図３の箱体を折り畳む動作図である。It is an operation | movement figure which folds the box of FIG. 図４の箱体を扁平状に折り畳む動作図である。It is an operation | movement diagram which folds the box of FIG. 4 flatly. 本考案の箱体内に四個のL字型仕切り板、及び、一つの四角形仕切り板を設置し、９個の収納空間を仕切る実施例の平面図である。It is a top view of the Example which installs four L-shaped partition plates and one square partition plate in the box of this invention, and partitions nine storage spaces. 図６の各仕切り板を湾折し、折り畳む動作図である。It is an operation | movement diagram which folds and folds each partition plate of FIG. 本考案の箱体内に二個のL字型仕切り板、及び、二個の門型仕切り板を設置し、８個の収納空間を仕切る実施例の平面図である。It is a top view of the Example which installs two L-shaped partition plates and two portal partition plates in the box of the present invention, and partitions eight storage spaces. 図８の各仕切り板を湾折し、折り畳む動作図である。It is an operation | movement diagram which folds and folds each partition plate of FIG. 図９の各仕切り板を更に折り畳む実施例の動作図である。It is an operation | movement diagram of the Example which further folds each partition plate of FIG. 本考案の箱体内にL字型仕切り板一つと長門型仕切り板一つを設置し、３個の収納空間に仕切る実施例の平面図である。It is a top view of the Example which installs one L-shaped partition plate and one Nagato-type partition plate in the box body of this invention, and partitions it into three storage spaces. 図１１の各仕切り板を湾折し、折り畳む動作図である。It is an operation | movement figure which folds and folds each partition plate of FIG. 図１２の各仕切り板を更に折り畳む実施例の動作図である。It is an operation | movement diagram of the Example which further folds each partition plate of FIG. 本考案の箱体内に二個の長門型仕切り板を設置し、３個の収納空間を仕切る実施例の平面図である。It is a top view of the Example which installs two Nagato type partition plates in the box of this invention, and partitions off three storage spaces. 図１４の各仕切り板を湾折し、折り畳む動作図である。It is an operation | movement diagram which folds and folds each partition plate of FIG. 本考案の円筒形箱体内に複数の円弧形仕切り板を設置する実施例図である。It is an Example figure which installs several circular arc-shaped partition plates in the cylindrical box body of this invention. 本考案の仕切り板の二側が嵌合方式で箱体側壁に嵌合されるカバーの実施例を示す図である。It is a figure which shows the Example of the cover by which the two sides of the partition plate of this invention are fitted to a box side wall by a fitting system.

符号の説明Explanation of symbols

１箱体
１１側壁
１２折線
１３カバー
２ L字型仕切り板
２A 四角形仕切り板
２B 門型仕切り板
２C 長門型仕切り板
２D 円弧形仕切り板
２１連接部
２２転折部
３底板
３１折線
４収納棚 DESCRIPTION OF SYMBOLS 1 Box 11 Side wall 12 Folding line 13 Cover 2 L-shaped partition plate 2A Quadrilateral partition plate 2B Portal partition plate 2C Long gate partition plate 2D Arc-shaped partition plate 21 Connection part 22 Folding part 3 Bottom plate 31 Folding line 4 Storage shelf

Claims

収納箱の仕切り構造であって、
底面を有し、前記底面上面の各辺に上に側壁を延伸し、前記側壁と前記底面は共同で内空間を構成する箱体と、
前記箱体の底面上に配置される底板と、
L字型、門型、四角形、長門型と円弧形を呈し、両板体の間に転接部を有し、各種形状が選択されて前記箱体内に設置され、二垂直端辺は連接部で、前記箱体側壁の内側面に連接されて、前記転接部、及び、前記連接部により、前記箱体内で折り畳むことができる複数の仕切り板と、
からなることを特徴とする収納箱の仕切り構造。 A storage box partition structure,
A box having a bottom surface, extending side walls upward on each side of the top surface of the bottom surface, and the side walls and the bottom surface together form an internal space;
A bottom plate disposed on the bottom surface of the box;
L-shaped, gate-shaped, quadrilateral, long-gate-shaped and arc-shaped, with rolling contact between both plates, various shapes are selected and installed in the box, two vertical edges are connected A plurality of partition plates that are connected to the inner side surface of the box side wall, and can be folded in the box by the rolling contact portion and the connecting portion;
A partition structure for a storage box, comprising:

前記箱体は直方体で、L字型、門型、四角形、長門型等の仕切り板を選択し、組み合わせて、前記直方体箱体内に設置して、複数の収納空間を仕切ることを特徴とする請求項１に記載の収納箱の仕切り構造。 The box is a rectangular parallelepiped, and L-shaped, gate-shaped, quadrangular, and long-gate-shaped partition plates are selected, combined, and installed in the rectangular parallelepiped box to partition a plurality of storage spaces. Item 10. A storage box partition structure according to Item 1.

前記箱体は円筒形で、前記円弧形の仕切り板は、少なくとも二個を連接して設置し、相互に湾折できる半円弧板で、少なくとも一つの円弧形仕切り板の両側は前記円筒形の箱体内側壁に連接されることを特徴とする請求項１に記載の収納箱の仕切り構造。 The box has a cylindrical shape, and the arc-shaped partition plates are semi-arc plates that can be connected to each other and fold into each other, and at least one arc-shaped partition plate has both sides of the cylinder. The storage box partition structure according to claim 1, wherein the storage box partition structure is connected to a side wall of the box.