JP3149128U - Flexible partition structure of hanging rack - Google Patents

Flexible partition structure of hanging rack Download PDF

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JP3149128U
JP3149128U JP2008009126U JP2008009126U JP3149128U JP 3149128 U JP3149128 U JP 3149128U JP 2008009126 U JP2008009126 U JP 2008009126U JP 2008009126 U JP2008009126 U JP 2008009126U JP 3149128 U JP3149128 U JP 3149128U
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plate
partition plate
storage space
partition
hanging rack
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王文燦
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王 文燦
王 文燦
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Abstract

【課題】ハンギングラックのフレキシブルな仕切り構造を提供する。【解決手段】本体は長方形、或いは、正方形の複数の容置空間を有し、容置空間内に湾曲できるZ型仕切り板を設置し、容置空間を上下配列、或いは、左右配列の小収納空間に仕切る。Z型仕切り板は、一個の第一板体21と、第一板体両辺に連接される二個の第二板体22,22aと、からなり、容置空間が長方形である時、前記Z型仕切り板の一第二板体の中央に折り線222を設置して、第一板体21が容置空間の長辺、或いは、短辺で転換する。容置空間が正方形である時、Z型仕切り板の第二板体に折り線を設置する必要がない。選択的にL字型、門型、方形等の仕切り板を設置し、これらの仕切り板の両板体の間は湾曲部を設置し、仕切り板の側辺は連接部で、容置空間の内側面に連接され、仕切り板は湾曲部と連接部により容置空間内で折り畳み、ハンギングラックの容置空間を小さい収納空間に仕切る。【選択図】図4A flexible partition structure for a hanging rack is provided. The main body has a plurality of rectangular or square storage spaces, a Z-shaped partition plate that can be bent is installed in the storage space, and the storage space is arranged in a vertical arrangement or a small storage in a horizontal arrangement. Divide into spaces. The Z-shaped partition plate is composed of one first plate body 21 and two second plate bodies 22 and 22a connected to both sides of the first plate body. A folding line 222 is installed at the center of the second plate body of the mold partition plate, and the first plate body 21 is changed at the long side or the short side of the storage space. When the storage space is square, it is not necessary to install a fold line on the second plate body of the Z-shaped partition plate. Selectively install L-shaped, gate-shaped, rectangular, etc. partition plates, install a curved portion between the two plates of these partition plates, and the side of the partition plate is a connecting portion. The partition plate is connected to the inner side surface, and the partition plate is folded in the storage space by the bending portion and the connection portion to partition the storage space of the hanging rack into a small storage space. [Selection] Figure 4

Description

本考案は衣類を収納するハンギングラックに関し、特に、ハンギングラックの容置空間を若干の収納空間に仕切るフレキシブルな仕切り構造に関するものである。   The present invention relates to a hanging rack for storing clothing, and more particularly to a flexible partition structure that partitions a storage space of the hanging rack into a small amount of storage space.

公知のハンギングラックは、その容置空間は縫製後固定され、収納する物品の形態によって変化させることはできない。この他、ハンギングラックの不使用時、軟性の布材で出来ているので、折り畳んで小体積にすることはできるが、仕切り構造に干渉され、折り畳み後に平坦にすることができない。また、あるハンギングラックは容置空間中に仕切り板で若干の小さい収納空間を仕切っている。これらの仕切り板はプラスチック、木材、金属等の硬質板材からなるので、容置空間に設置後、ハンギングラックを折り畳むことができない。ハンギングラックを折り畳む場合、仕切り板を棚の容置空間から取り出し、取り出した後の仕切り板は別に保管する必要があるので、使用上不便である。   In the known hanging rack, the storage space is fixed after sewing and cannot be changed depending on the form of the article to be stored. In addition, since it is made of a soft cloth material when the hanging rack is not used, it can be folded to a small volume, but it is interfered by the partition structure and cannot be flattened after folding. In addition, some hanging racks partition a small storage space in the storage space with a partition plate. Since these partition plates are made of a hard plate material such as plastic, wood and metal, the hanging rack cannot be folded after being installed in the storage space. When the hanging rack is folded, it is inconvenient in use because it is necessary to take out the partition plate from the storage space of the shelf and store the partition plate after it is taken out separately.

本考案の目的は、公知の仕切り板を有するハンギングラックが、折り畳み時に、仕切り板を取り出さないと、不使用時の保管に不便である欠点を改善するハンギングラックのフレキシブルな仕切り構造を提供することにある。 An object of the present invention is to provide a flexible partitioning structure of a hanging rack that improves the disadvantage that a hanging rack having a known partition plate is inconvenient for storage when not in use unless the partition plate is taken out when folded. It is in.

本考案のもう一つの目的は、公知のハンギングラックの容置空間が固定形態であり、実際に放置する物品の形態によって変化させることが出来ないことを改善するハンギングラックのフレキシブルな仕切り構造を提供することにある。 Another object of the present invention is to provide a hanging rack flexible partition structure that improves that the storage space of a known hanging rack is a fixed form and cannot be changed depending on the form of the article to be actually left. There is to do.

本考案のハンギングラックのフレキシブルな仕切り構造は、ハンギングラック本体と、仕切り板と、からなる。ハンギングラック本体は、二つの軟性側壁、及び、前記の二軟性側壁後方に連接された軟性後壁からなる。軟性側壁間に複数の水平仕切り板を設置し、側壁、後壁、及び、水平仕切り板が複数の長方形容置空間を構成する。容置空間の上下方の水平仕切り板がそれぞれ第一粘着素子を設置する。仕切り板は、一第一板体と、第一板体の両側辺とそれぞれ湾曲部により連接される二第二板体と、からなる。第二板体の中央は必要に応じて水平の折り線を設置し、両第二板体の端辺は、それぞれ、第一粘着素子と固定される第二粘着素子を設置し、且つ、第一、第二粘着素子は相互に固定された後、水平仕切り板との間に連接部を形成し、連接部と湾曲部と折り線により、容置空間中で方向転換し、容置空間で上下配列、或いは、左右配列の複数の小収納空間を仕切ることができる。   The flexible partition structure of the hanging rack according to the present invention includes a hanging rack body and a partition plate. The hanging rack body includes two soft side walls and a soft rear wall connected to the rear of the two soft side walls. A plurality of horizontal partition plates are installed between the flexible side walls, and the side walls, the rear wall, and the horizontal partition plates constitute a plurality of rectangular storage spaces. Horizontal partition plates above and below the storage space respectively install the first adhesive elements. The partition plate includes a first plate body and two second plate bodies that are connected to both sides of the first plate body by respective curved portions. The center of the second plate is provided with a horizontal fold line as required, the end sides of both second plates are provided with a second adhesive element fixed to the first adhesive element, respectively, and After the first and second adhesive elements are fixed to each other, a connecting portion is formed between the horizontal partition plate and the direction is changed in the holding space by the connecting portion, the curved portion, and the folding line. It is possible to partition a plurality of small storage spaces arranged vertically or horizontally.

本考案により、公知のハンギングラックが、折り畳み時に、仕切り板を取り出さないと、不使用時の保管に不便である点と、その容置空間が固定形態で、実際に放置する物品の形態によって変化させることが出来ない点を改善することができる。 According to the present invention, when the known hanging rack is folded, it is inconvenient for storage when not used unless the partition plate is taken out, and the storage space is fixed and changes depending on the form of the article to be actually left. The point which cannot be made can be improved.

図1は、本考案の第一実施例を示す図であり、複数の容置空間を有する吊るし型収納棚本体1と複数のZ字型に似た仕切り板2からなる。本体1は軟性布でなる二側壁11、及び、二側壁11後方に連接された後壁14を有し、後壁14は軟性の布で形成され、二側壁11の間に複数の水平仕切り板12を縫製して固定し、これらの水平仕切り板12、二側壁11と後壁14により複数の容置空間を構成する。本体1の上方に吊るし孔10を設置し、吊るし孔10はクローゼット内の吊るし棒、或いは、その他の適当な棒素子により穿過して、棚を吊るすためのものである。   FIG. 1 is a view showing a first embodiment of the present invention, which is composed of a hanging type storage shelf body 1 having a plurality of storage spaces and a plurality of partition plates 2 similar to a Z shape. The main body 1 has two side walls 11 made of a soft cloth and a rear wall 14 connected to the rear of the two side walls 11. The rear wall 14 is made of a soft cloth, and a plurality of horizontal partition plates between the two side walls 11. 12 are sewn and fixed, and the horizontal partition plate 12, the two side walls 11 and the rear wall 14 constitute a plurality of storage spaces. A hanging hole 10 is provided above the main body 1, and the hanging hole 10 is used to suspend a shelf by penetrating with a hanging bar in the closet or other suitable bar element.

仕切り板2は二種の実施例があり、それぞれ、長方形の容置空間内に設置されるものと、正方形の容置空間内に設置するものである。図2で示される仕切り2は、本体1の長方形容置空間に対し設計されたものである。仕切り板2は、一つの第一板体21と二個の第二板体22、22aを有する。第一板体21の両側はそれぞれ、第二板体22、22aの一側に連接されて、湾曲することができる湾曲部221を形成する。第二板体22aの中央は、湾曲部221と平行な水平折り線222を有する。両第二板体22、22aの自由端辺は、本体1の容置空間内に連接されて、連接辺211となる。両第二板体の自由端辺は、それぞれ、第二粘着素子23を設置し、本体1の水平仕切り板12上下面の第一粘着素子13と粘着固定する(図3で示される)。仕切り2は、折り線222から第一板体21の全長さが、長方形容置空間の長辺L1と等しく(図2を参照)、第一板体21の長さは、長方形容置空間の短辺L2と等しい。両第二板体22と22aの自由端辺は長方形容置空間の斜め対角に連接され、使用者は、連接部211と湾曲部221の湾曲により、仕切り板2を長方形容置空間中で方向転換し、容置空間は、更に、上下配列、或いは、左右配列の複数の小収納空間に仕切ることができる。図3のように、両第二板体22と22aは、容置空間の二側壁で湾曲し、第一板体21を水平状態にして、長方形容置空間を上下二個の小収納空間に仕切る。使用者が両第二板体22と22aをそれぞれ、90度に旋転させて、上下方の水平仕切り板に放置した後、第一板体21は垂直状態に牽動され、折り線222も同時に湾曲し(図4で示される)、第一板体21は第二板体22aと共に、長方形容置空間を左右配列の小型収納空間に仕切る(図5で示される)。仕切り板2の好ましい実施例は、軟性布で硬質の第一板体21と第二板体22を被覆して構成され、第一板体と第二板体の間は布により連接して、湾曲部221を形成する。両第二板体22、22a間は布により連接して、折り線222を形成してもよい。両第二板体22、22aの自由端辺は布により連接して、連接部211を形成してもよい。本考案の仕切り板2両端は粘着素子により容置空間外に連接してもよいし、一端を容置空間の角に縫製して固定し、もう一辺は粘着素子により容置空間の対角端と連接してもよい。   The partition plate 2 has two types of embodiments, one installed in a rectangular storage space and the other installed in a square storage space. The partition 2 shown in FIG. 2 is designed for the rectangular container space of the main body 1. The partition plate 2 includes one first plate body 21 and two second plate bodies 22 and 22a. Both sides of the first plate body 21 are connected to one side of the second plate bodies 22 and 22a to form a bending portion 221 that can be bent. The center of the second plate 22 a has a horizontal fold line 222 parallel to the curved portion 221. The free end sides of both the second plate bodies 22 and 22 a are connected to each other in the storage space of the main body 1 to become a connecting side 211. The second adhesive elements 23 are respectively installed on the free end sides of the second plate bodies, and are fixed to the first adhesive elements 13 on the upper and lower surfaces of the horizontal partition 12 of the main body 1 (shown in FIG. 3). In the partition 2, the total length of the first plate body 21 from the fold line 222 is equal to the long side L <b> 1 of the rectangular container space (see FIG. 2), and the length of the first plate body 21 is equal to that of the rectangular container space. It is equal to the short side L2. The free edges of both the second plates 22 and 22a are connected to the diagonal diagonal of the rectangular storage space, and the user moves the partition plate 2 in the rectangular storage space by bending the connecting portion 211 and the bending portion 221. The direction space can be changed, and the storage space can be further divided into a plurality of small storage spaces arranged vertically or horizontally. As shown in FIG. 3, the second plate bodies 22 and 22a are curved at the two side walls of the storage space, the first plate body 21 is placed in a horizontal state, and the rectangular storage space is divided into two small upper and lower storage spaces. Partition. After the user turns both the second plate bodies 22 and 22a by 90 degrees and leaves them on the upper and lower horizontal partition plates, the first plate body 21 is driven in a vertical state, and the folding line 222 is also bent at the same time. The first plate 21, together with the second plate 22 a, partitions the rectangular storage space into left and right small storage spaces (shown in FIG. 5). A preferred embodiment of the partition plate 2 is configured by covering the hard first plate body 21 and the second plate body 22 with a soft cloth, and the first plate body and the second plate body are connected by a cloth, A curved portion 221 is formed. The fold line 222 may be formed by connecting the second plate bodies 22 and 22a with a cloth. The free ends of both the second plate bodies 22 and 22a may be connected by a cloth to form the connecting portion 211. The both ends of the partition plate 2 of the present invention may be connected to the outside of the storage space by an adhesive element, and one end is sewn and fixed to the corner of the storage space, and the other side is the diagonal end of the storage space by the adhesive element. It may be connected with.

本考案のもう一つの実施例の仕切り板2aは、正方形の容置空間内に設置される。図6で示されるように、仕切り板2aは、一つの第一板体21と二個の相同で、対称である第二板体22を有し、第一板体21の両側は、それぞれ、両第二板体22の一側に連接されて、湾曲する湾曲部221を形成する。両第二板体22の自由端辺は、本体1の正方形容置空間内に連接して、連接辺211となる。両第二板体22の自由端辺は、それぞれ、第二粘着素子23を設置し、本体1の水平仕切り板12上下面の第一粘着素子13と粘着固定する(図7で示される)。仕切り板2aの第一板体21の長さは、容置空間各辺の長さと等しく、第二板体22の長さは正方形容置空間の各辺の長さの半分である。仕切り板2aの両第二板体22は共に、正方形容置空間の対角端に連接された後、連接部211と湾曲部221により、仕切り板2aは正方形容置空間中で方向転換する。図7で示されるように、両第二板体22が両側壁11に翻転すると、第一板体21が水平状態になり、方形の容置空間は上下二個の小収納空間に仕切る。両第二板体22を上下方の水平仕切り板12に翻転させ、第一板体21を垂直の直立状態にして、方形の容置空間を左右二個の小収納空間に仕切ることもできる(図8で示される)。本考案の仕切り板2a両端は、粘着素子により棚の容置空間に連接される以外に、一端を容置空間の一角端に縫製固定し、もう一端は、粘着素子により容置空間の対角端と連接してもよい。   The partition plate 2a according to another embodiment of the present invention is installed in a square storage space. As shown in FIG. 6, the partition plate 2 a has two homologous and symmetrical second plate bodies 22 with one first plate body 21, and both sides of the first plate body 21 are respectively A curved portion 221 that is connected to one side of both the second plate bodies 22 is formed. The free end sides of the second plate bodies 22 are connected to the square storage space of the main body 1 to become a connecting side 211. The second adhesive elements 23 are respectively installed on the free ends of the second plate bodies 22 and fixed to the first adhesive elements 13 on the upper and lower surfaces of the horizontal partition 12 of the main body 1 (shown in FIG. 7). The length of the first plate 21 of the partition plate 2a is equal to the length of each side of the storage space, and the length of the second plate 22 is half the length of each side of the square storage space. After both the second plate bodies 22 of the partition plate 2a are connected to the diagonal ends of the square storage space, the partition plate 2a is turned in the square storage space by the connecting portion 211 and the curved portion 221. As shown in FIG. 7, when both the second plate bodies 22 are turned to the both side walls 11, the first plate body 21 is in a horizontal state, and the rectangular storage space is divided into two small upper and lower storage spaces. Both the second plate bodies 22 can be turned to the upper and lower horizontal partition plates 12, and the first plate body 21 can be vertically upright to partition the rectangular storage space into two small left and right storage spaces. (Shown in FIG. 8). In addition to connecting the two ends of the partition plate 2a of the present invention to the storage space of the shelf by an adhesive element, one end is sewn and fixed to one end of the storage space, and the other end is diagonally formed by the adhesive element. It may be connected to the end.

図9は、本考案のハンギングラックに使用するフレキシブルな仕切り構造を示す図で、二個の門型仕切り板3を本体の容置空間の二側壁に連接し、容置空間で上下に配列された三個の収納空間を仕切る。ハンギングラックを折り畳みたい時、図10で示されるように、二個の湾曲部32を湾曲後、門型仕切り板3を吊るし棚の側壁に貼接させると、吊るし棚を折り畳むことができる。   FIG. 9 is a diagram showing a flexible partition structure used in the hanging rack according to the present invention. Two gate-shaped partition plates 3 are connected to two side walls of the main body storage space, and are arranged vertically in the storage space. The three storage spaces are partitioned. When it is desired to fold the hanging rack, as shown in FIG. 10, when the two bent portions 32 are bent and the portal partition plate 3 is hung and bonded to the side wall of the shelf, the hanging shelf can be folded.

図11は、本考案のハンギングラックに使用するフレキシブルな仕切り構造を示す図で、二個の門型仕切り板3の両側を連接部31として、容置空間上下方の水平仕切り板12に連接し、容置空間で左右に配列された収納空間を仕切る。ハンギングラックを折り畳みたい時、図12で示されるように、二個の湾曲部32を湾曲後、門型仕切り板3を吊るし棚の側壁に貼接させると、吊るし棚を折り畳むことができる。   FIG. 11 is a diagram showing a flexible partition structure used in the hanging rack of the present invention. The two gate-shaped partition plates 3 are connected to the horizontal partition plate 12 below the storage space with connecting portions 31 as both sides. The storage space arranged on the left and right in the storage space is partitioned. When it is desired to fold the hanging rack, as shown in FIG. 12, when the gate-shaped partition plate 3 is hung and bonded to the side wall of the shelf after the two curved portions 32 are bent, the hanging shelf can be folded.

図13は、本考案のハンギングラックに使用する仕切り構造を示す図で、L字型仕切り板4と門型仕切り板3を容置空間内に設置する。L字型仕切り板4は容置空間の角に設置され、L字型仕切り板4の両連接部41は、それぞれ、容置空間の両垂直側壁11の内側に連接され、門型仕切り板3の両側は連接部31となり、容置空間の二側壁に連接され、容置空間で、三個の収納空間を仕切る。ハンギングラックを折り畳みたい時、図14で示されるように、L字型仕切り板3の湾曲部42を容置空間の角方向に推動し、門型仕切り板3の二個の湾曲部は湾曲後、仕切り板を容置空間の側壁に貼接させ(図15で示される)、吊るし棚を折り畳むことができる。   FIG. 13 is a diagram showing a partition structure used in the hanging rack of the present invention, and an L-shaped partition plate 4 and a gate-shaped partition plate 3 are installed in a storage space. The L-shaped partition plate 4 is installed at the corner of the storage space, and both connecting portions 41 of the L-shaped partition plate 4 are connected to the inside of both vertical side walls 11 of the storage space, respectively. Both sides are connected to each other, and are connected to two side walls of the storage space, and the storage space partitions the three storage spaces. When it is desired to fold the hanging rack, as shown in FIG. 14, the curved portion 42 of the L-shaped partition plate 3 is driven in the angular direction of the storage space, and the two curved portions of the portal partition plate 3 are after being curved. The partition plate can be stuck to the side wall of the storage space (shown in FIG. 15), and the hanging shelf can be folded.

図16で示されるように、本考案は、四個のL字型仕切り板4を容置空間の四個の角に設置し、各L字型仕切り板4の両連接部41は、それぞれ、容置空間の両垂直側壁の内側に連接される。また、方形の仕切り板5の垂直辺をL字型仕切り板4の湾曲部42に連接し、容置空間で9個の収納空間を仕切る。方形仕切り板5の各角は、相対して湾曲できる湾曲部52である。よって、ハンギングラックを折り畳みたい時、図17で示されるように、各L個のL字型仕切り板4の湾曲部42を容置空間の方向に推動し、元は突出していた湾曲部42が凹入する状態になり(図17で示される)、各L字型仕切り板4を側壁11と水平仕切り板12に貼接させると、吊るし棚を折り畳むことができる。   As shown in FIG. 16, in the present invention, four L-shaped partition plates 4 are installed at four corners of the storage space, and both connecting portions 41 of each L-shaped partition plate 4 are respectively It is connected to the inside of both vertical side walls of the storage space. Further, the vertical side of the rectangular partition plate 5 is connected to the curved portion 42 of the L-shaped partition plate 4, and nine storage spaces are partitioned by the storage space. Each corner of the rectangular partition plate 5 is a curved portion 52 that can be curved relative to each other. Therefore, when it is desired to fold the hanging rack, as shown in FIG. 17, the curved portions 42 of the L L-shaped partition plates 4 are driven in the direction of the storage space, and the curved portions 42 that originally protruded are When it is in a recessed state (shown in FIG. 17) and each L-shaped partition plate 4 is adhered to the side wall 11 and the horizontal partition plate 12, the hanging shelf can be folded.

本考案のハンギングラックの立体図である。It is a three-dimensional view of the hanging rack of the present invention. 本考案のハンギングラックが長方形の容置空間を有し、Zのような形状の仕切り板を組み合わせる実施例の立体分解図である。FIG. 5 is a three-dimensional exploded view of an embodiment in which the hanging rack of the present invention has a rectangular storage space and a partition plate shaped like Z is combined. 本考案の複数の湾曲部を有するZ型仕切り板をハンギングラックの長方形容置空間に組み合わせ後、空間を水平方向に仕切る実施例の立体図である。FIG. 3 is a three-dimensional view of an embodiment in which a Z-shaped partition plate having a plurality of curved portions according to the present invention is combined with a rectangular storage space of a hanging rack and then the space is partitioned horizontally. 図3のZ型仕切り板が湾曲方向変更する時の実施例の立体図である。It is a three-dimensional view of the Example when the Z-shaped partition plate of FIG. 3 changes a bending direction. 図4のZ型仕切り板が湾曲方向変更後、ハンギングラックの長方形容置空間を垂直方向に仕切る実施例の立体図である。FIG. 5 is a three-dimensional view of an embodiment in which the rectangular partition space of the hanging rack is partitioned in the vertical direction after the Z-shaped partition plate of FIG. 4 is changed in the bending direction. 本考案のもう一つのZ型仕切り板を吊るし棚の方形容置空間に組み合わせる実施例の立体分解図である。It is a three-dimensional exploded view of an embodiment in which another Z-shaped partition plate of the present invention is combined with a rectangular storage space of a hanging shelf. 図6のZ型仕切り板をハンギングラックの方形容置空間に組み合わせ後、空間を水平方向に仕切る実施例の立体図である。FIG. 7 is a three-dimensional view of an embodiment in which the space is horizontally partitioned after the Z-shaped partition plate of FIG. 6 is combined with the rectangular storage space of the hanging rack. 図7のZ型仕切り板湾曲後、ハンギングラックの方形容置空間を垂直方向に仕切る実施例の立体図である。FIG. 8 is a three-dimensional view of an embodiment in which the rectangular storage space of the hanging rack is partitioned vertically after the Z-shaped partition plate of FIG. 7 is curved. 本考案のハンギングラックの容置空間内に二個の水平方向の門型仕切り板を設置して、三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 the two horizontal gate-shaped partition plates in the storage space of the hanging rack of this invention, and partitions off three storage spaces. 図9の各仕切り板が湾曲してハンギングラック側壁に貼接する動作図である。FIG. 10 is an operation diagram in which each partition plate of FIG. 9 is curved and stuck to the hanging rack side wall. 本考案のハンギングラックの容置空間内に二個の垂直の門型仕切り板を設置して、三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 perpendicular gate type partition plates in the storage space of the hanging rack of this invention, and partitions off three storage spaces. 図11の各仕切り板が湾曲してハンギングラック側壁に貼接する動作図である。FIG. 12 is an operation diagram in which each partition plate of FIG. 11 is curved and adhered to the hanging rack side wall. 本考案のハンギングラックの容置空間内に一個のL字型仕切り板と一個の門型仕切り板を設置して、三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 one L-shaped partition plate and one gate-shaped partition plate in the storage space of the hanging rack of this invention, and partitions off three storage spaces. 図13の各仕切り板を湾曲させる動作図である。It is an operation | movement figure which curves each partition plate of FIG. 図14の仕切り板を更に湾曲させる動作図である。FIG. 15 is an operation diagram for further curving the partition plate of FIG. 14. 本考案のハンギングラックの容置空間内に四個のL字型仕切り板と一個の方形仕切り板を設置して、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 storage space of the hanging rack of this invention, and partitions nine storage spaces. 図16の各仕切り板を湾曲させる動作図である。It is an operation | movement figure which curves each partition plate of FIG.

符号の説明Explanation of symbols

吊るし型収納棚本体1
仕切り板2
門型仕切り板3
L字型仕切り板4
方形の仕切り板5
吊るし孔10
側壁11
水平仕切り板12
第一粘着素子13
後壁14
第一板体21
連接辺211
第二板体22、22a
湾曲部221
水平折り線222
第二粘着素子23
長辺L1
短辺L2
連接部31
湾曲部32
連接部41
湾曲部42
湾曲部52
Hanging storage shelf body 1
Partition plate 2
Gate type partition board 3
L-shaped partition plate 4
Square partition plate 5
Hanging hole 10
Side wall 11
Horizontal divider 12
First adhesive element 13
Rear wall 14
First plate 21
Articulated side 211
Second plate 22, 22a
Curved part 221
Horizontal fold line 222
Second adhesive element 23
Long side L1
Short side L2
Connecting part 31
Curved part 32
Connecting part 41
Curved part 42
Curved part 52

Claims (2)

ハンギングラックのフレキシブルな仕切り構造であって、
二つの軟性側壁、及び、前記の二軟性側壁後方に連接された軟性後壁からなり、前記軟性側壁間に複数の水平仕切り板を設置し、前記側壁、前記後壁、及び、前記水平仕切り板が複数の長方形容置空間を構成し、前記容置空間の上下方の水平仕切り板がそれぞれ第一粘着素子を設置するハンギングラック本体と、
一第一板体と、前記第一板体の両側辺とそれぞれ湾曲部により連接される二第二板体と、からなり、前記第二板体の中央は必要に応じて水平の折り線を設置し、前記の両第二板体の端辺は、それぞれ、前記第一粘着素子と固定される第二粘着素子を設置し、且つ、前記第一、第二粘着素子は相互に固定された後、前記水平仕切り板との間に連接部を形成し、前記連接部と前記湾曲部と前記折り線により、前記容置空間中で方向転換し、前記容置空間で上下配列、或いは、左右配列の複数の小収納空間を仕切るZ字型仕切り板と、
からなることを特徴とするハンギングラックのフレキシブルな仕切り構造。
It is a flexible partition structure of the hanging rack,
It consists of two soft side walls and a soft rear wall connected to the rear of the two soft side walls, and a plurality of horizontal partition plates are installed between the soft side walls, and the side walls, the rear wall, and the horizontal partition plate Comprises a plurality of rectangular storage spaces, and a hanging rack body in which horizontal partition plates above and below the storage spaces respectively install the first adhesive elements;
A first plate body, and two second plate bodies connected to both sides of the first plate body by respective curved portions, and the center of the second plate body has a horizontal fold line if necessary. Installed, the end sides of both the second plate bodies are respectively installed with the second adhesive element to be fixed to the first adhesive element, and the first and second adhesive elements are fixed to each other Thereafter, a connecting portion is formed between the horizontal partition plate, the direction is changed in the holding space by the connecting portion, the bending portion, and the folding line, and the upper and lower arrangements are arranged in the holding space, or left and right A Z-shaped partition plate that partitions a plurality of small storage spaces in the array;
A flexible partition structure of a hanging rack characterized by comprising:
更に、L字型仕切り板、門型仕切り板、及び、方形仕切り板を有し、これらの仕切り板の両板体の間は湾曲部を有し、各種形状の仕切り板は前記ハンギングラックの容置空間内に選択的に設置され、前記仕切り板の二垂直端辺を連接部として前記容置空間の側壁の内側面に連接し、前記仕切り板は前記湾曲部と前記連接部により前記容置空間内で折り畳むことができることを特徴とする請求項1に記載のハンギングラックのフレキシブルな仕切り構造。 Furthermore, it has an L-shaped partition plate, a gate-shaped partition plate, and a rectangular partition plate, and a curved portion is provided between both plate bodies of these partition plates. Is selectively installed in the installation space, and is connected to the inner side surface of the side wall of the storage space with the two vertical end sides of the partition plate as a connection portion, and the partition plate is connected to the storage space by the curved portion and the connection portion. The flexible partition structure of the hanging rack according to claim 1, which can be folded in a space.
JP2008009126U 2008-12-26 2008-12-26 Flexible partition structure of hanging rack Expired - Fee Related JP3149128U (en)

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Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113668039A (en) * 2021-08-17 2021-11-19 Oppo广东移动通信有限公司 Hanger assembly and equipment assembly

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113668039A (en) * 2021-08-17 2021-11-19 Oppo广东移动通信有限公司 Hanger assembly and equipment assembly

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