JPWO2015075791A1 - Folding display rack - Google Patents

Folding display rack Download PDF

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JPWO2015075791A1
JPWO2015075791A1 JP2014505305A JP2014505305A JPWO2015075791A1 JP WO2015075791 A1 JPWO2015075791 A1 JP WO2015075791A1 JP 2014505305 A JP2014505305 A JP 2014505305A JP 2014505305 A JP2014505305 A JP 2014505305A JP WO2015075791 A1 JPWO2015075791 A1 JP WO2015075791A1
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display
display surface
shelf
surface portion
display shelf
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JP5552579B1 (en
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シンドラー，ファブリス
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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47F—SPECIAL FURNITURE, FITTINGS, OR ACCESSORIES FOR SHOPS, STOREHOUSES, BARS, RESTAURANTS OR THE LIKE; PAYING COUNTERS
    • A47F5/00—Show stands, hangers, or shelves characterised by their constructional features
    • A47F5/10—Adjustable or foldable or dismountable display stands
    • A47F5/11—Adjustable or foldable or dismountable display stands made of cardboard, paper or the like
    • A47F5/112—Adjustable or foldable or dismountable display stands made of cardboard, paper or the like hand-folded from sheet material
    • A47F5/116—Shelving racks

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Abstract

【課題】容易に組み立て及び折り畳み可能な展示台の提供。【解決手段】複数の陳列面部を有する折り畳み及び展開可能な可撓性素材製陳列棚であり、背面部と、前記背面部に連接され、前記陳列棚が展開された状態で前記背面部と共に前記陳列面部を囲むように設けられるとともに、前記陳列面部の正面側の辺部と連接された陳列枠部と、前記複数の陳列面部の背面側の辺部と連接され、前記背面部と接触した状態で摺動可能な陳列面結合部と、を備え、前記陳列棚の展開状態においては、複数の前記陳列面部の各載置面が、前記背面部に対して所定角度をなし、前記陳列面結合部が前記背面部に当接し、前記陳列棚の折り畳み状態においては、複数の前記陳列面部が前記背面部に対して略平行となる陳列棚であって、前記陳列棚を前記展開状態から前記折り畳み状態に遷移させる折り畳み時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向に移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部に接近するように移動することで、前記陳列面部が前記背面部と略平行となり、前記陳列棚を前記折り畳み状態から前記展開状態に遷移させる展開時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向の前記展開時とは逆向きに移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部から離隔するように移動することで、前記陳列面部が前記背面部と前記所定角度をなし、且つ、前記陳列面結合部と前記背面部との当接面における摩擦力により前記棚部の位置が略固定される、ことを特徴とする、可撓性素材製陳列棚。【選択図】図１An exhibition stand that can be easily assembled and folded. A flexible material display shelf having a plurality of display surface portions that can be folded and unfolded, and is connected to the back surface portion and the back surface portion, and the display shelf is expanded together with the back surface portion. A display frame portion provided to surround the display surface portion, connected to the front side portion of the display surface portion, and connected to the rear side portion of the plurality of display surface portions, and in contact with the back surface portion A display surface coupling portion slidable on the display shelf, and in the unfolded state of the display shelf, each mounting surface of the plurality of display surface portions forms a predetermined angle with respect to the back surface portion, and the display surface coupling A portion of the display shelf is in contact with the back surface, and in the folded state of the display shelf, a plurality of the display surface portions are substantially parallel to the back surface portion, and the display shelf is folded from the expanded state. When folding to transition to the state, The display surface portion, the display frame portion, and the display surface coupling portion are interlocked, and the side portion on the back side of the display surface portion and the display surface coupling portion move in the height direction of the display shelf, and the display surface portion When the side portion on the front side and the display frame portion move so as to approach the back surface portion, the display surface portion becomes substantially parallel to the back surface portion, and the display shelf is changed from the folded state to the expanded state. At the time of unfolding, the display surface portion, the display frame portion, and the display surface coupling portion are interlocked, and the side portion on the back side of the display surface portion and the display surface coupling portion are arranged in the height direction of the display shelf. The display surface is moved in the opposite direction from the unfolded state, and the side of the front surface of the display surface and the display frame are moved away from the back surface so that the display surface is at a predetermined angle with respect to the back surface. And the display surface coupling portion and the back surface portion. Position of the shelf portion by a frictional force at the contact surface is substantially fixed, characterized in that the flexible material made shelves. [Selection] Figure 1

Description

本発明は、未使用時には省スペースな折りたたみ状態とすることが可能な可撓性素材製陳列棚に関する。   The present invention relates to a flexible material display shelf that can be folded in a space-saving manner when not in use.

従来、展示会等での製品の展示スペース確保や、小売店等での商品の陳列スペースの増設の手段として、組み立て式の展示台や陳列棚が使用されることがあった。   Conventionally, assembly-type display stands and display shelves have been used as means for securing display space for products at exhibitions and the like and for expanding display space for products at retail stores and the like.

このような組み立て式の展示台や陳列棚は、特に、新商品等の展示や陳列の際には、商品の特徴やデザインをアピールするために専用の陳列棚を使用する場合がある。そのため、組み立て式の展示台や陳列棚には、限られた設置面積に対して出来る限り多くの商品を陳列可能であることや、別の展示場所への移動や、商品の売り切れ等の場合に、簡単に折り畳み及び持ち運びができること（更には、簡単に再度の組み立てが出来ること）が求められていた。   Such an assembly-type display stand or display shelf may use a dedicated display shelf in order to appeal the features and design of the product, particularly when displaying or displaying new products. For this reason, assembling-type display stands and display shelves can display as many products as possible over a limited installation area, move to another display location, or be sold out. In addition, it has been demanded that it can be easily folded and carried (and can be easily reassembled).

組み立て式の展示台や陳列棚として、例えば、特許文献１には、複数の商品陳列面を有し、種々の設置状況に応じて多様な形態で商品を展示することができる展示台が開示されている。また特許文献２には、比較的容易に組み立て及び折り畳みが可能な、商品を多数展示できる展示台が開示されている。   As an assembly-type display stand or display shelf, for example, Patent Document 1 discloses a display stand that has a plurality of product display surfaces and can display products in various forms according to various installation situations. ing. Patent Document 2 discloses a display stand that can be assembled and folded relatively easily and can display many products.

特開２０１２−１３５４７２JP2012-135472 特開２００６−０９５２２８JP 2006-095228 A

しかしながら、特許文献１に係る展示台においては、組み立て時に各部材を接着して固定（又は係合させて固定）する必要があり、組み立て及び折り畳みが容易ではなかった。また、特許文献２に係る展示台においては、係合凹部によって陳列面を固定する必要があり、より容易に（素早く）組み立て及び折り畳みが可能なものが求められていた。   However, in the display stand according to Patent Document 1, it is necessary to bond and fix (or engage and fix) each member at the time of assembly, and assembly and folding are not easy. Moreover, in the display stand which concerns on patent document 2, it is necessary to fix a display surface by an engagement recessed part, and what can be assembled and folded more easily (quickly) was calculated | required.

そこで、本発明は、上記課題に鑑みて成されたものであり、より容易に（ワンタッチで）組み立て及び折り畳み可能な展示台を提供することを目的とする。   Therefore, the present invention has been made in view of the above problems, and an object of the present invention is to provide a display stand that can be assembled and folded more easily (with one touch).

本発明に係る陳列棚は、下記（１）〜（５）の構成を有するものである。
本発明の（１）は、複数の陳列面部を有する折り畳み及び展開可能な可撓性素材製陳列棚であり、
背面部と、
前記背面部に連接され、前記陳列棚が展開された状態で前記背面部と共に前記陳列面部を囲むように設けられるとともに、前記陳列面部の正面側の辺部と連接された陳列枠部と、
前記複数の陳列面部の背面側の辺部と連接され、前記背面部と接触した状態で摺動可能な陳列面結合部と、
を備え、
前記陳列棚の展開状態においては、複数の前記陳列面部の各載置面が、前記背面部に対して所定角度をなし、前記陳列面結合部が前記背面部に当接し、
前記陳列棚の折り畳み状態においては、複数の前記陳列面部が前記背面部に対して略平行となる
陳列棚であって、
前記陳列棚を前記展開状態から前記折り畳み状態に遷移させる折り畳み時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向に移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部に接近するように移動することで、前記陳列面部が前記背面部と略平行となり、
前記陳列棚を前記折り畳み状態から前記展開状態に遷移させる展開時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向の前記展開時とは逆向きに移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部から離隔するように移動することで、前記陳列面部が前記背面部と前記所定角度をなし、且つ、前記陳列面結合部と前記背面部との当接面における摩擦力により前記棚部の位置が略固定される、
ことを特徴とする、可撓性素材製陳列棚である。
本発明の（２）は、前記陳列棚外側より押圧することにより前記陳列棚内側に突出し、前記展開状態において前記陳列面部及び／又は前記陳列面結合部に当接して、前記陳列面部の底面側への移動を係止する係止部を更に備える、前記（１）の可撓性素材製陳列棚である。
本発明の（３）は、前記背面部、前記陳列面部及び前記陳列面結合部が略平面状である、前記（１）又は前記（２）の可撓性素材製陳列棚である。
本発明の（４）は、前記陳列枠部と前記陳列面部とが、同一の部材により構成されている、前記（１）〜（３）のいずれか一つの可撓性素材製陳列棚である。
本発明の（５）は、前記可撓性素材が、厚紙又は段ボールである、前記（１）〜（４）のいずれか一つの可撓性素材製陳列棚である。The display shelf according to the present invention has the following configurations (1) to (5).
(1) of the present invention is a flexible material display shelf that can be folded and unfolded having a plurality of display surface portions,
The back,
A display frame portion connected to the back surface portion and provided so as to surround the display surface portion together with the back surface portion in a state where the display shelf is unfolded, and connected to a side portion on the front side of the display surface portion;
A display surface coupling portion that is connected to a back side portion of the plurality of display surface portions and is slidable in contact with the back surface portion;
With
In the unfolded state of the display shelf, each mounting surface of the plurality of display surface portions forms a predetermined angle with respect to the back surface portion, and the display surface coupling portion abuts on the back surface portion,
In the folded state of the display shelf, a plurality of the display surface portions are display shelves substantially parallel to the back surface portion,
When folding the display shelf from the unfolded state to the folded state, the display surface portion, the display frame portion, and the display surface coupling portion are linked to each other, and the side portion on the back side of the display surface portion and the display surface coupling Part moves in the height direction of the display shelf, the side part on the front side of the display surface part and the display frame part move so as to approach the back surface part, so that the display surface part is the back surface part. And almost parallel to
When unfolding the display shelf from the folded state to the unfolded state, the display surface portion, the display frame portion, and the display surface coupling portion are interlocked, and the side portion on the back side of the display surface portion and the display surface coupling The part moves in the opposite direction to the unfolding in the height direction of the display shelf, and the side part on the front side of the display surface part and the display frame part move away from the back surface part. The display surface portion forms the predetermined angle with the back surface portion, and the position of the shelf portion is substantially fixed by the frictional force on the contact surface between the display surface coupling portion and the back surface portion,
This is a display shelf made of flexible material.
(2) of the present invention is such that, when pressed from the outside of the display shelf, it protrudes to the inside of the display shelf, and in contact with the display surface portion and / or the display surface coupling portion in the expanded state, The flexible material display shelf according to (1), further including a locking portion that locks the movement of the flexible material.
(3) of the present invention is the flexible material display shelf according to (1) or (2), wherein the back surface portion, the display surface portion, and the display surface coupling portion are substantially planar.
(4) of the present invention is the flexible material display shelf according to any one of (1) to (3), wherein the display frame portion and the display surface portion are configured by the same member. .
(5) of the present invention is the flexible material display shelf according to any one of (1) to (4), wherein the flexible material is cardboard or cardboard.

本発明に係る陳列棚１０によれば、折り畳み状態の当該陳列棚に対して、所定の部材に所定の方向から外力を加えることによって、各部材が展開されることで、接続部材１３と背面部材１１との間で発生する摩擦力により、組み立て状態にて各部材の可動が略固定される。他方、組み立て状態の当該陳列棚１０に対して、所定の部材に前記所定の方向とは逆方向に外力を加えることによって、各部材の可動を略固定する摩擦力が解除され、折り畳み状態となる。即ち、本発明に係る陳列棚１０によれば、ワンタッチで簡単に組み立て及び折り畳み可能である。   According to the display shelf 10 according to the present invention, the connecting member 13 and the back member are expanded by applying an external force to the predetermined member from a predetermined direction with respect to the folded display shelf. 11, the movement of each member is substantially fixed in the assembled state. On the other hand, by applying an external force to a predetermined member in a direction opposite to the predetermined direction with respect to the display shelf 10 in the assembled state, the frictional force that substantially fixes the movement of each member is released, and the folded state is obtained. . That is, the display shelf 10 according to the present invention can be easily assembled and folded with one touch.

また、本発明に係る陳列棚１０によれば、陳列棚外側より押圧することにより陳列棚内側に突出し、展開状態において陳列面部及び／又は陳列面結合部に当接して、陳列面部の底面側への移動を係止する係止部を更に備えることにより、より各部材（特に陳列面部）を固定する力が向上し、特に陳列棚１０をぶら下げ又は壁掛け用とした場合に、より重い商品を陳列することが可能となる。   In addition, according to the display shelf 10 according to the present invention, when pressed from the outside of the display shelf, the display shelf 10 protrudes to the inside of the display shelf, contacts the display surface portion and / or the display surface coupling portion in the unfolded state, and moves toward the bottom surface side of the display surface portion. By further including a locking portion that locks the movement of the display, the force for fixing each member (particularly the display surface portion) is further improved. In particular, when the display shelf 10 is used for hanging or wall hanging, heavier products are displayed. It becomes possible to do.

更に、背面部、陳列面部及び陳列面結合部を略平面状とすることにより、折り畳み時には略平板状に折り畳み可能となるため、移動や持ち運びが容易となる。   Furthermore, by making the back surface portion, the display surface portion, and the display surface coupling portion into a substantially flat shape, it can be folded into a substantially flat plate shape when folded, so that it can be easily moved and carried.

加えて、陳列面を構成する部材と陳列面を支持する部材とを同一の部材とすることで、陳列面を構成する部材と陳列面を支持する部材とを別々の部材とした場合（即ち、これらの部材を接着し固定した場合）と比較し、より高い強度を備えた陳列棚を提供することが可能である。また、この場合、当該陳列棚１０を構成する部材数が少なくなるため、部材の切り出し時に出るゴミを削減させると共に、生産コストを削減することが可能である。   In addition, when the member constituting the display surface and the member supporting the display surface are the same member, the member constituting the display surface and the member supporting the display surface are separate members (that is, It is possible to provide a display shelf with higher strength than when these members are bonded and fixed. Further, in this case, since the number of members constituting the display shelf 10 is reduced, it is possible to reduce the dust generated when the members are cut out and reduce the production cost.

特に、可撓性素材として厚紙や段ボール紙を使用して本発明に係る陳列棚を作成した場合、軽量かつ廃棄容易性にも優れ、更には新商品等陳列物の魅力を訴求する広告を直接印刷可能である組み立て式陳列棚を提供することが可能となる。   In particular, when a display shelf according to the present invention is made using cardboard or cardboard as a flexible material, it is lightweight and easy to dispose, and further, an advertisement that appeals the appeal of a display such as a new product is directly applied. It becomes possible to provide a prefabricated display shelf that can be printed.

図１は、本実施形態に係る陳列棚１０の、全体図である。FIG. 1 is an overall view of a display shelf 10 according to the present embodiment. 図２は、本実施形態に係る陳列棚１０の、四面図である。FIG. 2 is a four-side view of the display shelf 10 according to the present embodiment. 図３は、本実施形態に係る陳列棚１０の、展開図である。FIG. 3 is a development view of the display shelf 10 according to the present embodiment. 図４は、本実施形態に係る陳列棚１０の、組み立てイメージ図である。FIG. 4 is an assembly image diagram of the display shelf 10 according to the present embodiment. 図５は、本実施形態に係る陳列棚１０の、折り畳み状態を示す斜視図である。FIG. 5 is a perspective view showing the folded state of the display shelf 10 according to the present embodiment. 図６は、本実施形態に係る陳列棚１０の、作用図である。FIG. 6 is an operation diagram of the display shelf 10 according to the present embodiment. 図７は、本実施形態に係る陳列棚１０の、係止部１２ａに係る作用図である。FIG. 7 is an operation diagram relating to the locking portion 12a of the display shelf 10 according to the present embodiment. 図８は、第二実施形態に係る陳列棚２０の、全体図である。FIG. 8 is an overall view of the display shelf 20 according to the second embodiment. 図９は、第二実施形態に係る陳列棚２０の、折り畳み状態を示す斜視図である。FIG. 9 is a perspective view showing a folded state of the display shelf 20 according to the second embodiment. 図１０は、第二実施形態に係る陳列棚２０の、展開図である。FIG. 10 is a development view of the display shelf 20 according to the second embodiment. 図１１は、第二実施形態に係る陳列棚２０の、三面図である。FIG. 11 is a three-side view of the display shelf 20 according to the second embodiment. 図１２は、他の実施形態に係る陳列棚の、全体図である。FIG. 12 is an overall view of a display shelf according to another embodiment. 図１３は、他の実施形態に係る陳列棚の、展開図である。FIG. 13 is a development view of a display shelf according to another embodiment. 図１４は、他の実施形態に係る陳列棚の、三面図である。FIG. 14 is a three-side view of a display shelf according to another embodiment.

以下、図面を参照しながら、本実施形態に係る陳列棚及び他の実施形態に係る陳列棚に関して詳述する。   Hereinafter, the display shelf according to the present embodiment and the display shelf according to another embodiment will be described in detail with reference to the drawings.

ここで、以下の実施形態は、あくまで一例であり、各部材の素材、接着方法、重ね順等に関し、以下の態様に限定されるものではない。また、各実施形態は、特定のものに対して適用されると限定的に解すべきでなく、どのような組み合わせであってもよい。例えば、ある実施形態についての記載は、別の実施形態についての記載でもあると理解すべきであり、また、ある記載と別の記載が独立して記載されていたとしても、当該ある記載と当該別の記載を組み合わせたものも記載されていると理解すべきである。更に、以下の実施形態や変更例において示す具体的一例としての数値等の情報｛例えば、陳列面の数、陳列棚を構成する部材点数、係止部の位置、等｝は、あくまで一例であり、以下の実施形態や変更例の趣旨を大きく逸脱しない限りにおいては、適宜変更してもよいものであると理解すべきである。   Here, the following embodiment is merely an example, and the material of each member, the bonding method, the stacking order, and the like are not limited to the following modes. Moreover, each embodiment should not be construed as being limited to being applied to a specific object, and may be in any combination. For example, it should be understood that a description of one embodiment is also a description of another embodiment, and even if one description and another description are described independently, It should be understood that combinations of other descriptions are also described. Furthermore, information such as numerical values as specific examples shown in the following embodiments and modifications {for example, the number of display surfaces, the number of members constituting the display shelf, the position of the locking portion, etc.} are merely examples. It should be understood that the present invention may be changed as appropriate without departing from the spirit of the following embodiments and modified examples.

［第一実施形態］
図１は、本実施形態に係る陳列棚１０（組み立て状態）の全体図（斜視図）である。陳列棚１０は、背面部材１１と、前面部材１２と、接続部材１３（背面部材１１と重なるように存在している）と、から構成されている。[First embodiment]
FIG. 1 is an overall view (perspective view) of a display shelf 10 (assembled state) according to the present embodiment. The display shelf 10 includes a back member 11, a front member 12, and a connecting member 13 (exists so as to overlap the back member 11).

陳列棚１０は、上陳列面部１２ｃ１及び下陳列面部１２ｃ２に、商品などを載置し、陳列するための棚である。背面部材１３（及び前面部材１２等）には、陳列する商品の広告を印刷しておくことで、陳列する商品を効果的にアピールすることが可能である。また、各陳列面は、枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１及び、下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）によって囲まれており、陳列した商品等が各陳列面から転落し難いよう構成されている。   The display shelf 10 is a shelf for placing and displaying products on the upper display surface portion 12c1 and the lower display surface portion 12c2. By printing advertisements for products to be displayed on the back member 13 (and the front member 12, etc.), it is possible to effectively appeal the products to be displayed. Each display surface is surrounded by frame parts (upper left frame part 12wl1, upper central frame part 12wc1, upper right frame part 12wr1, lower left frame part 12wl2, lower central frame part 12wc2, lower right frame part 12wr2). The displayed products and the like are configured not to easily fall from each display surface.

また、陳列棚１０は、背面部材１１の上部に貫通孔１１ｈを設け、当該貫通孔１１ｈにフックを通す等し、陳列棚１０を壁面等に吊り下げて使用することも可能である。   In addition, the display shelf 10 can be used by providing a through hole 11h in the upper part of the back member 11, passing a hook through the through hole 11h, and hanging the display shelf 10 on a wall surface or the like.

また、各部材は可撓性素材であるため、外力を加えている間は形状が変形し、外力を取り除くと元の形状に戻ろうとする。尚、本実施形態に係る陳列棚１０は、可撓性素材として厚紙や段ボールを用いることが好適である。厚紙や段ボール等を主要な材料とすることにより、商品等を載置するために十分な強度と軽量性を有しつつも、コストの削減を図ることが出来る。また、新商品等のアピール用として一時的に使用した後に処分する場合にも、廃棄容易性が高まり、環境への負荷を低減可能である。また、部材を厚紙や段ボールとすることで、印刷容易性を向上させることが出来る。   Further, since each member is a flexible material, the shape is deformed while an external force is applied, and when the external force is removed, the member tries to return to the original shape. The display shelf 10 according to the present embodiment preferably uses cardboard or cardboard as a flexible material. By using cardboard or cardboard as the main material, it is possible to reduce costs while having sufficient strength and light weight for placing products and the like. In addition, even when the product is temporarily used as an appeal for new products or the like and disposed of, it is easy to dispose of the product and the burden on the environment can be reduced. Moreover, the ease of printing can be improved by using cardboard or cardboard as the member.

尚、同図に見られるように、本実施形態においては、陳列面（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）を、前方が短辺部である台形状としているが、これには限定されず、例えば長方形状としてもよい。他にも、前方に辺を有する（背面部１１と平行な辺を有する）多角形状が考えられる。   As shown in the figure, in the present embodiment, the display surfaces (upper display surface portion 12c1 and lower display surface portion 12c2) have a trapezoidal shape with the front side being a short side portion, but are not limited thereto. For example, a rectangular shape may be used. In addition, a polygonal shape having a front side (having a side parallel to the back surface portion 11) is conceivable.

次に、図２は、本実施形態に係る陳列棚１０の四面図である。まず、同図（ａ）は、陳列棚１０の正面図である。   Next, FIG. 2 is a four-sided view of the display shelf 10 according to the present embodiment. First, FIG. 1A is a front view of the display shelf 10.

本実施形態においては、同図（ａ）に見られるように、陳列棚１０の設置状態においては、各陳列面（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）が設置面に対して略水平（背面部材１３に対して略垂直）となるように設けられているが、これには限定されない。例えば、陳列面に物品を陳列可能な範囲において、各陳列面が地面に対して所定角度を成してもよい（背面部材１３に対して所定角度を成してもよい）。このように、陳列面を所定角度で傾けることにより、奥側（背面部材１３側）に陳列された商品を視認し易くなる。尚、いずれの場合においても、各陳列面が平行となっていることが好適である。   In this embodiment, as shown in FIG. 5A, in the installed state of the display shelf 10, each display surface (upper display surface portion 12c1 and lower display surface portion 12c2) is substantially horizontal (back surface). However, the present invention is not limited to this. For example, as long as articles can be displayed on the display surface, each display surface may form a predetermined angle with respect to the ground (a predetermined angle may be formed with respect to the back member 13). In this way, by tilting the display surface at a predetermined angle, it becomes easy to visually recognize the product displayed on the back side (the back member 13 side). In any case, it is preferable that the display surfaces are parallel to each other.

また、同図（ｂ）は、本実施形態に係る陳列棚１０の側面図（左側側面図）である。尚、反対側の側面図（右側側面図）については、同図（ｂ）と対称な構成であるため、省略する。   Moreover, the figure (b) is a side view (left side view) of the display shelf 10 which concerns on this embodiment. Note that the side view on the opposite side (right side view) is symmetric with respect to FIG.

また、同図（ｃ）は、本実施形態に係る陳列棚１０の上面図である。尚、底面図は同図（ｃ）と略同一の内容であるため、省略している。   Moreover, the figure (c) is a top view of the display shelf 10 which concerns on this embodiment. The bottom view is omitted because it has substantially the same contents as FIG.

また、同図（ｄ）は、本実施形態に係る陳列棚１０の背面図である。図示されるように、左折り返し部１２ｒｌ及び右折り返し部１２ｒｒが、背面部材１１の裏面（後ろ側）に接着されることで、前面部材１２が背面部材１１に固定されている。   FIG. 4D is a rear view of the display shelf 10 according to the present embodiment. As shown in the figure, the front member 12 is fixed to the back member 11 by bonding the left folded portion 12 rl and the right folded portion 12 rr to the back surface (rear side) of the back member 11.

次に、図３は、本実施形態に係る陳列棚１０の展開図である。図示されるように、陳列棚１０は、１枚の平板状の素材（不図示）から切り出された３つのパーツ（背面部材１１、前面部材１２、接続部材１３）から構成されている。同図では、図示されている面を印刷面とした場合、点線にて示す部分を山折り、一点鎖線にて示す部分を谷折りとすることで、陳列棚１０を組み立てることが可能である。   Next, FIG. 3 is a development view of the display shelf 10 according to the present embodiment. As shown in the figure, the display shelf 10 is composed of three parts (a back member 11, a front member 12, and a connecting member 13) cut out from a single flat material (not shown). In the figure, when the illustrated surface is a printing surface, the display shelf 10 can be assembled by folding the portion indicated by the dotted line and folding the portion indicated by the alternate long and short dash line.

尚、主要な折り線には符号を付している。左折り返し部１２ｒｌと左柱部１２ｐｌを区分する山折り線をＬ１ｌ（右折り返し部１２ｒｒと右柱部１２ｐｒを区分する山折り線をＬ１ｒ）、左柱部１２ｐｌと上左枠部１２ｗｌ１及び下左枠部１２ｗｌ２とを区分する山折り線をＬ２ｌ（右柱部１２ｐｒと上右枠部１２ｗｒ１及び下右枠部１２ｗｒ２とを区分する山折り線をＬ２ｒ）、上左枠部１２ｗｌ１と上中央枠部１２ｗｃ１と（下左枠部１２ｗｌ２と下中央枠部１２ｗｃ２と）を区分する山折り線をＬ３ｌ｛上右枠部１２ｗｒ１と上中央枠部１２ｗｃ１と（下右枠部１２ｗｒ２と下中央枠部１２ｗｃ２と）を区分する山折り線をＬ３ｒ｝、上中央枠部１２ｗｃ１と上陳列面部１２ｃ１とを区分する山折り線をＬ４、上陳列面部１２ｃ１と上接続部１２ｃ−１とを区分する谷折り線をＬ５、下中央枠部１２ｗｃ２と下陳列面部１２ｃ２とを区分する山折り線をＬ６、下陳列面部１２ｃ２と下接続部１２ｃ−２とを区分する谷折り線をＬ７、としている。   In addition, the code | symbol is attached | subjected to the main folding line. The mountain fold line that divides the left folded portion 12rl and the left column portion 12pl is L1l (the mountain fold line that divides the right folded portion 12rr and the right column portion 12pr is L1r), the left column portion 12pl, the upper left frame portion 12wl1, and the lower left The mountain fold line that divides the frame portion 12wl2 is L2l (the mountain fold line that divides the right column portion 12pr and the upper right frame portion 12wr1 and the lower right frame portion 12wr2 is L2r), the upper left frame portion 12wl1 and the upper center frame portion L3l {upper right frame portion 12wr1 and upper center frame portion 12wc1 (lower right frame portion 12wr2 and lower center frame portion 12wc2) and 12wc1 (lower left frame portion 12wl2 and lower center frame portion 12wc2) L3r}, the mountain fold line that separates the upper center frame portion 12wc1 and the upper display surface portion 12c1, and the valley fold line that separates the upper display surface portion 12c1 and the upper connection portion 12c-1. 5, and mountain fold line L6 to distinguish the lower central frame portion 12wc2 and the lower display surface portion 12c2, the valley fold lines for dividing the lower display surface portion 12c2 and the lower connecting portion 12c2 L7, and.

ここで、当該陳列棚１０の組み立て状態（図１で示す使用状態）においては、当該折り線に関して、折り曲げられていない状態を０度としたとき、Ｌ１ｌ及びＬ１ｒは約１２０度、Ｌ２ｌ及びＬ２ｒは約０度、Ｌ３ｌ及びＬ３ｒは約６０度、Ｌ４は約９０度、Ｌ５は約９０度（谷折り）、Ｌ６は約９０度、Ｌ７は約９０度（谷折り）、の角度に夫々折り曲げられた状態となる。   Here, in the assembled state of the display shelf 10 (use state shown in FIG. 1), when the unfolded state is 0 degree with respect to the fold line, L1l and L1r are about 120 degrees, and L2l and L2r are L0 is approximately 0 degrees, L3l and L3r are approximately 60 degrees, L4 is approximately 90 degrees, L5 is approximately 90 degrees (valley fold), L6 is approximately 90 degrees, and L7 is approximately 90 degrees (valley fold). It becomes a state.

同図（ａ）の前面部材１２は、前面部材１２を背面部材１１と接着して固定するための左折り返し部１２ｒｌ及び右折り返し部１２ｒｒと、夫々折り返し部と連続しており、陳列棚１０を支える左柱部１２ｐｌ及び右柱部１２ｐｒと、夫々柱部及び上中央枠部１２ｗｃ１と連続しており、上中央枠部１２ｗｃ１を支持するための上左枠部１２ｗｌ１及び上右枠部１２ｗｒ１（夫々柱部及び下中央枠部１２ｗｃ２と連続しており、下中央枠部１２ｗｃ２を支持するための下左枠部１２ｗ２及び下右枠部１２ｗｒ２）と、上左枠部１２ｗｌ１及び上右枠部１２ｗｒ１から支持される上中央枠部１２ｗｃ１（下左枠部１２ｗｌ２及び下右枠部１２ｗｒ２から支持される下中央枠部１２ｗｃ２）と、上中央枠部１２ｗｃ１と連続しており、上中央枠部１２ｗｃ１から支持されて商品などを陳列する上陳列面部１２ｃ１（下中央枠部１２ｗｃ２と連続しており、下中央枠部１２ｗｃ２から支持されて商品などを陳列する下陳列面部１２ｃ２）と、上陳列面部１２ｃ１（下陳列面部１２ｃ２）と連続しており、前面部材１２を接続部材１３と接着して固定するための上接続部１２ｃ１−１（下接続部１２ｃ２−１）から構成されている。   The front member 12 in FIG. 6A is continuous with the left folded portion 12rl and the right folded portion 12rr for bonding and fixing the front member 12 to the back member 11, and the folded portion, respectively. The left column portion 12pl and the right column portion 12pr to be supported are connected to the column portion and the upper center frame portion 12wc1, respectively, and the upper left frame portion 12wl1 and the upper right frame portion 12wr1 for supporting the upper center frame portion 12wc1 (respectively, The lower left frame portion 12w2 and the lower right frame portion 12wr2 for supporting the lower central frame portion 12wc2, and the upper left frame portion 12wl1 and the upper right frame portion 12wr1. The upper central frame portion 12wc1 (the lower central frame portion 12wc2 supported from the lower left frame portion 12wl2 and the lower right frame portion 12wr2) and the upper central frame portion 12wc1 are continuous. An upper display surface portion 12c1 that is supported from 2wc1 and displays products and the like (a lower display surface portion 12c2 that is continuous with the lower central frame portion 12wc2 and is supported by the lower center frame portion 12wc2 and displays products and the like), and an upper display surface portion 12c1 (lower display surface portion 12c2), and is composed of an upper connection portion 12c1-1 (lower connection portion 12c2-1) for adhering and fixing the front member 12 to the connection member 13.

ここで、上接続部１２ｃ１−１は、先端部（陳列面となる面に連接された側とは反対の側）の横幅が狭くなっている台形（等脚台形）状としている。このような構成とすることにより、製造時（部材の切り出し時）に誤差があった場合にも、接続部材１３と接着した際に接続部材１３の横幅を超過して、組み立て時や折り畳み時に、接続部１３の横幅を超過した部分が別の部材に引掛り、部材の可動を妨げることを防止することが可能となる。尚、右折り返し部１２ｒｒ及び左折り返し部１２ｒｌについても、同様である。   Here, the upper connecting portion 12c1-1 has a trapezoidal shape (isosceles trapezoidal shape) in which the lateral width of the distal end portion (the side opposite to the side connected to the display surface) is narrow. By adopting such a configuration, even when there is an error at the time of manufacture (at the time of cutting out the member), the width of the connection member 13 is exceeded when bonded to the connection member 13, and at the time of assembly or folding, It is possible to prevent a portion exceeding the lateral width of the connecting portion 13 from being caught by another member and hindering the movement of the member. The same applies to the right folded portion 12rr and the left folded portion 12rl.

前面部材１２と背面部材１１とが、左折り返し部１２ｒｌ及び右折り返し部１２ｒｒにて接着されて固定されることで、前面部材１２及び背面部材１１は環形状を形成する。当該環形状は、陳列棚１０の上面から見て、「背面部材１１→右折り返し部１２ｒｒ→右柱部１２ｐｒ→上右枠部１２ｗｒ１（下右枠部１２ｗｒ２）→上中央枠部１２ｗｃ１（下中央枠部１２ｗｃ２）→上左枠部１２ｗｌ１（下左枠部１２ｗｌ２）→左柱部１２ｐｌ→左折り返し部１２ｒｌ→背面部材１１」によって形成される。尚、当該環形状が前後左右平面上にて展開・折り畳みされることで、陳列棚１０が展開・折り畳みされるのである。   The front member 12 and the back member 11 are bonded and fixed at the left folded portion 12rl and the right folded portion 12rr, so that the front member 12 and the back member 11 form an annular shape. The ring shape is “back member 11 → right turn part 12rr → right column part 12pr → upper right frame part 12wr1 (lower right frame part 12wr2) → upper center frame part 12wc1 (lower center) Frame portion 12wc2) → upper left frame portion 12wl1 (lower left frame portion 12wl2) → left column portion 12pl → left folded portion 12rl → back member 11 ”. In addition, the display shelf 10 is expand | deployed and folded because the said ring shape is expand | deployed and folded on the front-back, left-right plane.

また、上陳列面部１２ｃ１は、上中央枠部１２ｗｃ１と連続した同一部材（前面部材１２）であり、上中央枠部１２ｗｃ１から折り曲げることによって、商品等を陳列可能な略水平な面を形成する。下陳列面部１２ｃ２も同様に、下中央枠部１２ｗｃ２と連続した同一部材である。このように、上陳列面部１２ｃ１（下陳列面部１２ｃ２）が、上中央枠部１２ｗｃ１（下中央枠部１２ｗｃ２）と連続した同一部材であることで、別々の部材を接着している場合と比較して、陳列棚１０（特に、各陳列面部）の強度が高く、陳列された商品等の重量によって接着面が剥がれて上陳列面部１２ｃ１（下陳列面部１２ｃ２）が脱落する事態を防止できると共に、表面が滑らかに連続するため見た目にも美しい。また、部材数を増加させないため、製造が簡単であると共に、生産コストを削減できることとなる。また、同図（ａ）に図示されているように、上陳列面部１２ｃ１は、上枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１）・右柱部１２ｐｒ・左柱部１２ｐｌ・下枠部（下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）によって囲まれた部分の素材（例えば、段ボール）から切り出されるため、素材の無駄が少ない（生産時に出るゴミが少ない）。   The upper display surface portion 12c1 is the same member (front surface member 12) that is continuous with the upper central frame portion 12wc1 and is bent from the upper central frame portion 12wc1 to form a substantially horizontal surface on which products and the like can be displayed. Similarly, the lower display surface portion 12c2 is the same member that is continuous with the lower central frame portion 12wc2. As described above, the upper display surface portion 12c1 (lower display surface portion 12c2) is the same member that is continuous with the upper central frame portion 12wc1 (lower central frame portion 12wc2), so that it is compared with the case where different members are bonded. In addition, the strength of the display shelf 10 (particularly, each display surface portion) is high, and it is possible to prevent a situation where the adhesive surface is peeled off due to the weight of the displayed product or the like and the upper display surface portion 12c1 (lower display surface portion 12c2) falls off. It looks beautiful because it continues smoothly. In addition, since the number of members is not increased, the manufacturing is simple and the production cost can be reduced. Further, as shown in FIG. 6A, the upper display surface portion 12c1 includes an upper frame portion (upper left frame portion 12wl1, upper central frame portion 12wc1, upper right frame portion 12wr1), right column portion 12pr, and left. Since it is cut out from the material (for example, corrugated cardboard) surrounded by the column part 12pl / lower frame part (lower left frame part 12wl2, lower center frame part 12wc2, lower right frame part 12wr2), there is little waste of the material (production There is little garbage that comes out sometimes.

また、前面部材１２の右柱部１２ｐｒ（及び右折り返し部１２ｒｒ）と、左柱部１２ｐｌ（及び左折り返し部１２ｒｌ）との下端部には、接続部材１３の下方向へのスライド及び当該接続部材１３のスライドに連動した各陳列面部の回転を係止するための係止部１２ｓが設けられている。   Further, the lower end portion of the right column portion 12pr (and the right turn-up portion 12rr) and the left column portion 12pl (and the left turn-up portion 12rl) of the front member 12 is connected to the downward slide of the connection member 13 and the connection member. Locking portions 12s for locking the rotation of the display surface portions interlocked with the 13 slides are provided.

ここで、下左枠部１２ｗｌ２及び下右枠部１２ｗｒ２は、下中央枠部１２ｗｃ２と比較して下方向に長く、陳列棚１０を平面上に置いた場合、下陳列面部１２ｃ２は当該平面から離れて位置する（浮いた状態となる）。このように構成することにより、係止部１２ｓ（及び下接続部１２ｃ２−１）を設けるための上下方向の長さを、下陳列面部１２ｃ２よりも下方向に確保することが出来る。尚、上枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１）については、下枠部（下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）の形状と統一感を持たせるために、略同形状となっている。   Here, the lower left frame portion 12wl2 and the lower right frame portion 12wr2 are longer in the downward direction than the lower central frame portion 12wc2, and when the display shelf 10 is placed on a plane, the lower display surface portion 12c2 is separated from the plane. Located (becomes floating). By comprising in this way, the length of the up-down direction for providing the latching | locking part 12s (and lower connection part 12c2-1) can be ensured below the lower display surface part 12c2. For the upper frame portion (upper left frame portion 12wl1, upper central frame portion 12wc1, upper right frame portion 12wr1), the lower frame portion (lower left frame portion 12wl2, lower central frame portion 12wc2, lower right frame portion 12wr2). In order to give the shape and a sense of unity, it has substantially the same shape.

同図（ｂ）の背面部材１１は、下部両端を長方形状に切り取られており、下接続部１２ｃ２−１の下部両端の形状と略一致する。また、背面部材１１の上部には２箇所に貫通孔１１ｈが設けられており、当該貫通孔１１ｈにヒモやフックを通すことにより、陳列棚１０を壁面等に吊り下げて使用することも可能である。   In the rear member 11 of FIG. 5B, both lower ends are cut into a rectangular shape, and substantially coincide with the shapes of the lower ends of the lower connection portion 12c2-1. In addition, through holes 11h are provided at two locations on the upper surface of the back member 11, and the display shelf 10 can be suspended from a wall surface or the like by passing a string or hook through the through hole 11h. is there.

同図（ｃ）の接続部材１３は、背面部材１１と同様、下部両端を長方形状に切り取られており、下接続部１２ｃ２−１の下部両端の形状と略一致する。   Similarly to the back member 11, the connecting member 13 in FIG. 10C has a lower end cut out in a rectangular shape and substantially matches the shape of the lower end of the lower connecting portion 12c2-1.

また、各部材において、各所に接着時の位置合わせ用の目印として切り込みが設けられている（目印を印刷することも可能であるが、一般的に印刷では印刷位置の誤差が生じることが多く、本例のように、部材の切り出し時に目印として切り込みを入れることが好適である）。   Further, in each member, notches are provided as alignment marks at the time of bonding in each part (it is possible to print the mark, but generally printing often causes an error in the printing position, As in this example, it is preferable to make a notch as a mark when the member is cut out).

尚、本例はあくまで一例であり、これには限定されず、例えば、背面部材１１と前面部材１２とは、一の部材として平面から切り出すことも可能である（その場合、当該一の部材の両端部を接着することで環形状を形成する）。しかし、本例のように背面部材１１と前面部材１２とを別々の部材とすることによって、背面部材１１の印刷面と前面部材１２の印刷面とを同じ方向（前面側）に合わせられる点、接着部が左右２箇所で左右対称となるという点においてメリットがある。   In addition, this example is an example to the last, and it is not limited to this, For example, the back member 11 and the front member 12 can also be cut out from a plane as one member (in that case, the said one member's) A ring shape is formed by bonding both ends). However, by using the back member 11 and the front member 12 as separate members as in this example, the printing surface of the back member 11 and the printing surface of the front member 12 can be aligned in the same direction (front side). There is a merit in that the bonded portion is symmetrical in two places on the left and right.

次に、図４は、各部材（背面部材１１、前面部材１２、接続部材１３）の配置イメージ図である。図示されるように、陳列棚１０は、前面部材１２、接続部材１３、背面部材１１の順に重ねて組み立てる。また、縦線パターンで示す上接続部１２ｃ１−１は、接続部材１３の縦線パターンで示す箇所に接着して固定される。また、斜線パターンで示す下接続部１２ｃ２−１は、接続部材１３の斜線パターンで示す箇所に接着して固定される。このように構成することで、「上陳列面部１２ｃ１→接続部材１３→下陳列面部１２ｃ２」からなるコの字形状が形成される。当該コの字形状において、上陳列面部１２ｃ１及び下陳列面部１２ｃ２は、上中央枠部１２ｗｃ１及び下中央枠部１２ｗｃ２と夫々回動可能に連続しており、上陳列面部１２ｃ１及び下陳列面部１２ｃ２を回動させた場合、接続部材１３が連動して上下方向に変位（摺動）されることとなる（逆に、接続部材１３を上下方向に変位させた場合、上陳列面部１２ｃ１及び下陳列面部１２ｃ２が連動して回動されることとなる）。尚、当該回動及び摺動によって、前記コの字形状が上下前後平面上にて展開・折り畳みされることで、陳列棚１０が前後方向に展開・折り畳み可能となるのである。   Next, FIG. 4 is an arrangement image diagram of each member (back member 11, front member 12, connection member 13). As shown in the figure, the display shelf 10 is assembled by stacking a front member 12, a connecting member 13, and a back member 11 in this order. Further, the upper connection portion 12 c 1-1 indicated by a vertical line pattern is adhered and fixed to a location indicated by the vertical line pattern of the connection member 13. Further, the lower connection portion 12c2-1 indicated by the oblique line pattern is adhered and fixed to the portion indicated by the oblique line pattern of the connection member 13. By configuring in this way, a U-shape comprising “upper display surface portion 12c1 → connecting member 13 → lower display surface portion 12c2” is formed. In the U-shape, the upper display surface portion 12c1 and the lower display surface portion 12c2 are continuously connected to the upper center frame portion 12wc1 and the lower center frame portion 12wc2, respectively, so that the upper display surface portion 12c1 and the lower display surface portion 12c2 are connected. When the connecting member 13 is rotated, the connecting member 13 is displaced (sliding) in the vertical direction (in contrast, when the connecting member 13 is displaced in the vertical direction, the upper display surface portion 12c1 and the lower display surface portion are moved). 12c2 is rotated in conjunction with it). By the rotation and sliding, the U-shape is expanded / folded on the upper / lower / front / rear plane, so that the display shelf 10 can be expanded / folded in the front / rear direction.

次に、図５は、本実施形態に係る陳列棚１０の、折り畳み状態における斜視図である。図示されるように、接続部材１３を上方向にスライドさせると共に、背面部材１１と前面部材１２とで形成する環形状を圧縮するよう前面から背面方向に外力を加えた状態が、陳列棚１０の折り畳み状態である。ここで、当該折り畳み状態においては、図３にて示した折り線に関して、折り曲げられていない状態を０度としたとき、Ｌ１ｌ及びＬ１ｒは約０度、Ｌ２ｌ及びＬ２ｒは約１８０度、Ｌ３ｌ及びＬ３ｒは約０度、Ｌ４は約１８０度、Ｌ５は約１８０度（谷折り）、Ｌ６は約１８０度、Ｌ７は約１８０度（谷折り）、の角度に夫々折り曲げられた状態となる。   Next, FIG. 5 is a perspective view of the display shelf 10 according to the present embodiment in a folded state. As shown in the drawing, the connection member 13 is slid upward, and an external force is applied from the front to the back so as to compress the ring shape formed by the back member 11 and the front member 12. It is in the folded state. Here, in the folded state, regarding the fold line shown in FIG. 3, when the unfolded state is 0 degree, L1l and L1r are about 0 degree, L2l and L2r are about 180 degrees, L3l and L3r Is approximately 0 degrees, L4 is approximately 180 degrees, L5 is approximately 180 degrees (valley fold), L6 is approximately 180 degrees, and L7 is approximately 180 degrees (valley fold).

このように折り畳むことで、陳列棚１０の前後方向の厚みは、枠部・陳列面部・接続部・接続部材１３・背面部材１１・折り返し部、が折り重なるため、最大で部材６枚分程度（例えば、厚み１．５ｍｍの段ボール製部材の陳列棚１０である場合、約９ｍｍ）となる。   By folding in this way, the thickness of the display shelf 10 in the front-rear direction is such that the frame portion, the display surface portion, the connection portion, the connection member 13, the back member 11, and the folded portion overlap each other. In the case of the display shelf 10 made of a cardboard member having a thickness of 1.5 mm, it is about 9 mm).

尚、本例においては、「Ｌ２ｌからＬ２ｒまでの長さ」が、「（Ｌ２ｌからＬ１ｌまでの距離）＋（背面部材の横幅）＋（Ｌ２ｒからＬ１ｒまでの長さ）」と略同一となるよう構成することで、好適に折り畳むことが可能となる。   In this example, “the length from L2l to L2r” is substantially the same as “(the distance from L2l to L1l) + (the lateral width of the back member) + (the length from L2r to L1r)”. By comprising in this way, it becomes possible to fold suitably.

尚、接続部材１３を下方向にスライドさせることによっても、陳列棚１０を折り畳むことができ、折り畳み状態での厚みを最大で部材４枚分程度とすることが可能であるが、その場合、折り畳み時の上下左右平面上の面積に関しては、図示するように折り畳んだ場合よりも広い面積となってしまうため、図示するように接続部材１３を上方向にスライドして折り畳み状態とすることが好適である（よりコンパクトに収納可能である）。   The display shelf 10 can also be folded by sliding the connecting member 13 downward, and the maximum thickness in the folded state can be reduced to about four members. The area on the top, bottom, left, and right planes at that time is larger than that when folded as shown in the figure. Therefore, it is preferable that the connecting member 13 is slid upward to be in the folded state as shown in the figure. Yes (can be stored more compactly).

次に、図６は、本実施形態に係る陳列棚１０の、折り畳み状態から組み立て状態への作用図である。図示されるように、前述した折り畳み状態から、接続部材１３又は各陳列面部に対して下方向への外力及び／又は上中央枠部１２ｗｃ１（及び下中央枠部１２ｗｃ２）に対して前方向への外力を加えると、接続部材１３が下方向に変位しながら、各陳列面部が連動して背面部材１１に対して垂直な向きに回転すると共に、背面部材１１と前面部材１２とがなす環形状が拡大してゆく。そして、さらに上陳列面部１２ｃ１又は下陳列面部１２ｃ２に対して下方向への外力を加えることによって、各陳列面部が背面部材１１に対して垂直となる位置にて、接続部材１３と背面部材１１との間で発生する摩擦力が最大となり、各陳列面の回転が略固定される。このように、各陳列面部の回転等が略固定された状態が組み立て状態であり、当該陳列棚１０が使用される場合の状態である。尚、折り畳み時は逆の手順｛接続部材１３又はいずれかの陳列面部に上方向の外力及び上中央枠部１２ｗｃ１（及び下中央枠部１２ｗｃ２）に対して後方向への外力を加える｝にて折り畳むこととなる。   Next, FIG. 6 is an operation view of the display shelf 10 according to the present embodiment from the folded state to the assembled state. As shown in the figure, from the above-described folded state, the external force downward with respect to the connection member 13 or each display surface portion and / or the forward direction with respect to the upper central frame portion 12wc1 (and the lower central frame portion 12wc2). When an external force is applied, each display surface portion is interlocked and rotated in a direction perpendicular to the back member 11 while the connecting member 13 is displaced downward, and an annular shape formed by the back member 11 and the front member 12 is formed. It will expand. Further, by applying an external force in the downward direction to the upper display surface portion 12c1 or the lower display surface portion 12c2, the connection member 13 and the back member 11 are arranged at positions where each display surface portion is perpendicular to the back surface member 11. The frictional force generated between the display surfaces is maximized, and the rotation of each display surface is substantially fixed. Thus, the state in which the rotation or the like of each display surface portion is substantially fixed is an assembled state, and is a state where the display shelf 10 is used. At the time of folding, the reverse procedure {applying external force in the upward direction to the connecting member 13 or any display surface portion and applying external force in the backward direction to the upper central frame portion 12wc1 (and the lower central frame portion 12wc2)} It will be folded.

即ち、本実施形態に係る陳列棚１０は、同図に示されるように、陳列棚を折り畳み状態から展開状態に遷移させる展開時には、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）、陳列枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１、下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）及び陳列面結合部（接続部材１３）が連動して、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）の背面側の辺部及び陳列面結合部（接続部材１３）が、陳列棚の高さ方向に移動し、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）の正面側の辺部及び陳列枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１、下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）が、背面部（背面部材１１）から離隔するように移動することで、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）が背面部（背面部材１１）と略垂直になり、且つ、陳列面結合部（接続部材１３）と背面部（背面部材１１）との当接面における摩擦力により棚部の位置が略固定される。尚、陳列棚の高さ方向とは、組み立てた状態の棚を設置面に設置した場合の、設置面と垂直となる方向｛又は背面部材の長軸方向（但し、陳列棚の設置状態において、背面部材が横方向に長い場合には、背面部材の短軸方向）｝である。また、前記陳列面部の底面とは、陳列面部剤の陳列面とは逆の面（即ち、陳列棚を設置した状態において、設置面に向かう面）を示す。   That is, as shown in the figure, the display shelf 10 according to the present embodiment has a display surface portion (an upper display surface portion 12c1 and a lower display surface portion 12c2), a display frame, when unfolding the display shelf from the folded state to the expanded state. (The upper left frame portion 12wl1, the upper central frame portion 12wc1, the upper right frame portion 12wr1, the lower left frame portion 12wl2, the lower central frame portion 12wc2, the lower right frame portion 12wr2) and the display surface coupling portion (connection member 13) are interlocked. Then, the side portions on the back side of the display surface portions (upper display surface portion 12c1 and lower display surface portion 12c2) and the display surface coupling portion (connection member 13) move in the height direction of the display shelf, and the display surface portion (upper display surface portion) 12c1 and lower display surface portion 12c2) on the front side and display frame portion (upper left frame portion 12wl1, upper central frame portion 12wc1, upper right frame portion 12wr1, lower left frame portion 12wl2, lower central frame portion 12wc2, lower right Frame 2wr2) moves away from the back surface portion (back surface member 11), so that the display surface portions (upper display surface portion 12c1 and lower display surface portion 12c2) are substantially perpendicular to the back surface portion (back surface member 11), and The position of the shelf is substantially fixed by the frictional force on the contact surface between the display surface coupling portion (connecting member 13) and the back surface portion (back surface member 11). In addition, the height direction of the display shelf is a direction perpendicular to the installation surface when the shelf in the assembled state is installed on the installation surface {or the longitudinal direction of the back member (however, in the installation state of the display shelf, When the back member is long in the lateral direction, the minor axis direction of the back member)}. Further, the bottom surface of the display surface portion indicates a surface opposite to the display surface of the display surface member (that is, a surface facing the installation surface when the display shelf is installed).

また、本実施形態に係る陳列棚１０を、前記陳列棚を前記展開状態から前記折り畳み状態に遷移させる折り畳み時には、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）、陳列枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１、下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）及び陳列面結合部（接続部材１３）が連動して、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）の背面側の辺部及び陳列面結合部（接続部材１３）が、陳列棚１０の高さ方向に移動し、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）の正面側の辺部及び陳列枠部（上左枠部１２ｗｌ１、上中央枠部１２ｗｃ１、上右枠部１２ｗｒ１、下左枠部１２ｗｌ２、下中央枠部１２ｗｃ２、下右枠部１２ｗｒ２）が、背面部（背面部材１１）に接近するように移動することで、陳列面部（上陳列面部１２ｃ１及び下陳列面部１２ｃ２）が背面部（背面部材１１）と略平行となる。   Further, when the display shelf 10 according to the present embodiment is folded to change the display shelf from the unfolded state to the folded state, the display surface portion (upper display surface portion 12c1 and lower display surface portion 12c2), display frame portion (upper left frame) Portion 12wl1, upper center frame portion 12wc1, upper right frame portion 12wr1, lower left frame portion 12wl2, lower center frame portion 12wc2, lower right frame portion 12wr2) and display surface coupling portion (connection member 13) Sides on the back side of the (upper display surface portion 12c1 and lower display surface portion 12c2) and the display surface coupling portion (connection member 13) move in the height direction of the display shelf 10, and display surface portions (upper display surface portion 12c1 and lower display) Front side and display frame portion (upper left frame portion 12wl1, upper central frame portion 12wc1, upper right frame portion 12wr1, lower left frame portion 12wl2, lower central frame portion 12wc2, lower right frame portion 1 of surface portion 12c2) wr2) is by moving so as to approach the rear section (rear member 11), display surface portion (upper display surface 12c1 and the lower display surface portion 12 c 2) is substantially parallel with the rear part (rear member 11).

本実施形態に係る陳列棚１０は、上陳列面部１２ｃ１及び下陳列面部１２ｃ２の背面側の辺部及び接続部材１３を陳列棚の下方向に移動させ、ある一定高さとなった段階で、接続部材１３と背面部材１１との摺動が摩擦によって略固定され組み立て状態となるように構成している。このように、接続部材１３と背面部材１１とを摺動可能とすることにより、当該部材間による摩擦力を発生させ、略固定状態を形成することが可能となるのである。   The display shelf 10 according to the present embodiment moves the side portions on the back side of the upper display surface portion 12c1 and the lower display surface portion 12c2 and the connection member 13 downward in the display shelf, and at a certain level, the connection member 13 and the back member 11 are configured to be assembled by being substantially fixed by friction. Thus, by enabling the connecting member 13 and the back member 11 to slide, it is possible to generate a frictional force between the members and form a substantially fixed state.

ここで、前記摩擦力の調節手段としては、何ら限定されない。本例では、組み立て時における各陳列面部の前後方向の長さと各接続部の厚みと接続部材１３の厚みとの和（Ｌ）が、背面部材１１と前面部材１２（上中央枠部１２ｗｃ１）との間でとり得る距離の最大値（Ｓ）（部材の撓みを考慮しない）よりもわずかに長いため、部材の撓みによって、各陳列面部の先端に接着された接続部材１３が背面部材１１に押し付けられて摩擦力が発生し、各部材の可動を略固定するのである。しかしながら、ＬがＳよりも極端に長いと、各陳列面部が背面部材１１に対して垂直となる位置まで変位不能となるか、部材を破損してしまうこととなる。即ち、本例においては、「Ｓ＜Ｌ≦Ｓ＋（部材の撓みによる、背面部材１１と前面部材１２との距離の延長最大値）」と設計することによって、各部材間の摩擦力を好適に発生させることが可能となるのである。このように、各部材の長さを調節する他にも、接続部材１３と背面部材１１との間に別部材（棚部材とは異なる摩擦係数を有する部材、例えばゴム等）を設ける、接続部材１３及び／又は背面部材１１に対して表面加工（凹凸加工等のすべり止め加工）を設ける、等としてもよい。   Here, the means for adjusting the frictional force is not limited at all. In this example, the sum (L) of the length in the front-rear direction of each display surface portion at the time of assembly, the thickness of each connection portion, and the thickness of the connection member 13 is determined by the back member 11 and the front member 12 (upper center frame portion 12wc1). Is slightly longer than the maximum distance (S) that can be taken between them (not considering the bending of the member), so that the connecting member 13 bonded to the tip of each display surface portion is pressed against the back member 11 by the bending of the member. Thus, a frictional force is generated, and the movement of each member is substantially fixed. However, if L is extremely longer than S, each display surface portion cannot be displaced to a position perpendicular to the back member 11, or the member will be damaged. That is, in this example, by designing “S <L ≦ S + (maximum extension of the distance between the back member 11 and the front member 12 due to the bending of the member)”, the frictional force between the members is suitably set. It can be generated. In this way, in addition to adjusting the length of each member, a connecting member provided with another member (a member having a friction coefficient different from the shelf member, such as rubber) between the connecting member 13 and the back member 11. It is good also as providing surface processing (slip prevention processing, such as uneven | corrugated processing), etc. with respect to 13 and / or the back member 11.

次に、図７は、本実施形態に係る陳列棚１０の、係止部１２ｓの拡大図である。同図に図示されているのは、左柱部１２ｐｌ及び左折り返し部１２ｒｌの下側端部である。左柱部１２ｐｌ及び左折り返し部１２ｒｌの下端部近傍に設けられた切り込み１２ｓ−１により、係止部１２ｓは、外力を加えることによって、外側に凸な状態｛同図（ａ）｝と内側に凸な状態｛同図（ｂ）｝とに変位し得るよう構成されている。当該係止部１２ｓが内側に凸な状態では、接続部材１３（下接続部１２ｃ２−１）及び下陳列面部１２ｃ２の底面部（下陳列面部１２ｃ２の陳列面とは逆の面）と接触することで、接続部材１３（下接続部１２ｃ２−１）及び下陳列面部１２ｃ２の下方向（同図上では左下方向）へのスライドを係止し得るのである。このように、接続部材１３（下接続部１２ｃ２−１）及び下陳列面部１２ｃ２の下方向へのスライドを所定位置で係止することで、各陳列面部に陳列した商品等の重みで各陳列面部が下方向に脱落することを防止できることとなる。   Next, FIG. 7 is an enlarged view of the locking portion 12s of the display shelf 10 according to the present embodiment. Shown in the figure are lower end portions of the left column portion 12pl and the left folded portion 12rl. Due to the notch 12s-1 provided in the vicinity of the lower end portions of the left column portion 12pl and the left folded portion 12rl, the locking portion 12s can be projected outward by applying an external force {in the figure (a)} and inward. It is configured to be able to be displaced to a convex state {FIG. When the locking portion 12s is convex inward, the connection member 13 (lower connection portion 12c2-1) and the bottom surface portion of the lower display surface portion 12c2 (the surface opposite to the display surface of the lower display surface portion 12c2) are in contact with each other. Thus, the sliding of the connecting member 13 (lower connecting portion 12c2-1) and the lower display surface portion 12c2 in the downward direction (the lower left direction in the figure) can be locked. In this way, each display surface portion is weighted by the product displayed on each display surface portion by locking the connecting member 13 (lower connection portion 12c2-1) and the lower display surface portion 12c2 in the downward direction at predetermined positions. Can be prevented from falling downward.

尚、当該係止部１２ｓは、下接続部１２ｃ２−１及び接続部材１３の上方向へのスライドを係止しない、即ち、陳列棚１０の折り畳み時には部材の動きを阻害しないため、即座に折り畳むことが可能である（折り畳む前に、係止部１２ｓを外側に凸な状態に変位させる必要が無い）。   In addition, since the said latching | locking part 12s does not latch the upward slide of the lower connection part 12c2-1 and the connection member 13, ie, since the movement of a member is not inhibited when the display shelf 10 is folded, it folds immediately. (It is not necessary to displace the locking portion 12s so as to protrude outwardly before folding).

以上のように構成することで、本実施形態に係る陳列棚１０によれば、折り畳み状態の当該陳列棚において、接続部材１３又は各陳列面部に対して下方向への外力及び／又は上中央枠部１２ｗｃ１（及び下中央枠部１２ｗｃ２）に対して前方向への外力を加えると、接続部材１３が下方向に変位しながら、各陳列面部が連動して背面部材１１に対して垂直な向きに回転すると共に、背面部材１１と前面部材１２とがなす環形状が拡大してゆく。そして、さらに上陳列面部１２ｃ１又は下陳列面部１２ｃ２に対して下方向への外力を加えることによって、各陳列面部が背面部材１１に対して垂直となる位置にて、接続部材１３と背面部材１１との間で発生する摩擦力が最大となり、各陳列面の回転が略固定される。他方、組み立て状態の当該陳列棚１０に対して、接続部材１３又は各陳列面部に対して上方向への外力を加えることによって、各部材の可動を略固定する摩擦力が解除され、折り畳み状態となる。即ち、ワンタッチで簡単に組み立て／折り畳み可能であり、且つ、陳列面を構成する部材が陳列面を支持する部材と同一の部材であるため、強度を備えた陳列棚を提供することが可能である。また、本実施形態に係る陳列棚１０は、当該陳列棚１０を構成する部材数が少なく、生産時の工程が少ないため、生産コストを削減できると共に、部材の切り出し時に出るゴミも削減することが可能である。   With the configuration as described above, according to the display shelf 10 according to the present embodiment, in the folded display shelf, the external force and / or the upper center frame in the downward direction with respect to the connection member 13 or each display surface portion. When an external force in the forward direction is applied to the portion 12wc1 (and the lower central frame portion 12wc2), each display surface portion is interlocked so as to be perpendicular to the back member 11 while the connecting member 13 is displaced downward. As it rotates, the ring shape formed by the back member 11 and the front member 12 expands. Further, by applying an external force in the downward direction to the upper display surface portion 12c1 or the lower display surface portion 12c2, the connection member 13 and the back member 11 are arranged at positions where each display surface portion is perpendicular to the back surface member 11. The frictional force generated between the display surfaces is maximized, and the rotation of each display surface is substantially fixed. On the other hand, by applying an upward external force to the connection member 13 or each display surface portion with respect to the display shelf 10 in the assembled state, the frictional force that substantially fixes the movement of each member is released, and the folded state Become. That is, it is possible to provide a display shelf with strength because it can be easily assembled / folded with one touch and the members constituting the display surface are the same as the members supporting the display surface. . Moreover, since the display shelf 10 according to the present embodiment has a small number of members constituting the display shelf 10 and few processes at the time of production, the production cost can be reduced, and the dust generated when the members are cut out can be reduced. Is possible.

［第二実施形態］
尚、本発明は、上記第一実施形態とは異なる形態の陳列棚であってもよい。そのような上記第一実施形態とは異なる形態の一例を第二実施形態とし、図８〜１１を参照しながら、以下、詳述する。[Second Embodiment]
In addition, the display shelf of the form different from said 1st embodiment may be sufficient as this invention. An example of a form different from the first embodiment will be described as a second embodiment, and will be described in detail below with reference to FIGS.

まず、図８は、第二実施形態に係る陳列棚２０（組み立て状態）の全体図（斜視図）である。陳列棚２０は、前面部材２２と、後面部材２１と、接続部材２３と、前陳列面部材２４ｆと、後陳列面部材２４ｂと、から構成された、商品などを載置し、陳列するための棚である。当該陳列棚２０自体への広告等の印刷に加え、当該陳列棚２０の上部には、陳列する商品等の広告を印刷した看板（看板部材２５、同図では不図示）を固定するための前面部材看板支持部２２ｒ及び後面部材看板支持部２１ｒが設けられており、陳列する商品を効果的にアピールすることが可能である。また、当該陳列棚２０は、上段前陳列面部２２ｃ１及び上段後陳列面部２１ｃ１、中段前陳列面部２２ｃ２及び中段後陳列面部２１ｃ２並びに下段前陳列面２４ｆ及び下段後陳列面２４ｂの３段の陳列面を有しており、各陳列面は前後いずれの方向からも視認できるよう構成されている。また、各陳列面は、枠部（前面左柱部２２ｐｌ、上段前枠部２２ｗ１、中段前枠部２２ｗ２、下段前枠部２２ｗ３、前面右柱部２２ｐｒ、後面左柱部２１ｐｌ、上段後枠部２１ｗ１、中段後枠部２１ｗ２、下段後枠部２１ｗ３、後面右柱部２１ｐｒ）によって囲まれており、陳列した商品等が各陳列面から転落し難いよう構成されている。   First, FIG. 8 is an overall view (perspective view) of the display shelf 20 (assembled state) according to the second embodiment. The display shelf 20 is used for placing and displaying products, including a front member 22, a rear member 21, a connecting member 23, a front display surface member 24f, and a rear display surface member 24b. It is a shelf. In addition to printing advertisements and the like on the display shelf 20 itself, a front surface for fixing a signboard (signboard member 25, not shown in the figure) printed with advertisements for products to be displayed on the display shelf 20 The member signboard support part 22r and the rear member signboard support part 21r are provided, and it is possible to effectively appeal the products to be displayed. In addition, the display shelf 20 has three display surfaces including an upper front display surface portion 22c1, an upper rear display surface portion 21c1, a middle front display surface portion 22c2, a middle rear display surface portion 21c2, a lower front display surface 24f, and a lower rear display surface 24b. Each display surface is configured so as to be visible from either the front or rear direction. Each display surface includes a frame (front left column portion 22pl, upper front frame portion 22w1, middle front frame portion 22w2, lower front frame portion 22w3, front right column portion 22pr, rear left column portion 21pl, upper rear frame portion. 21 w 1, middle rear frame portion 21 w 2, lower rear frame portion 21 w 3, rear right column portion 21 pr), and configured to prevent the displayed products and the like from falling off each display surface.

ここで、第二実施形態においては、前面部材２２と後面部材２１とは同形状であり、陳列棚２０は前後対称な形状である（前陳列面部材２４ｆと後陳列面部材２４ｂとも同様に、同形状である）。前面部材２２の右側面の表面に後面部材２１の左側面を重ね、前面部材２２の左側面の裏面に後面部材２１の右側面を重ねるように接着することで、陳列棚２０の形状を形成している。   Here, in the second embodiment, the front member 22 and the rear member 21 have the same shape, and the display shelf 20 has a symmetric shape (both the front display surface member 24f and the rear display surface member 24b are similar, Same shape). The shape of the display shelf 20 is formed by laminating the left side surface of the rear member 21 on the surface of the right side surface of the front member 22 and adhering the right side surface of the rear member 21 to the back surface of the left side surface of the front member 22. ing.

また、第二実施形態においては、上記前面部材２２と後面部材２１の重なる角の下端部近傍に、２本の平行な切り込みを有しており、当該切り込みに挟まれた部分（係止部２２ａ又は２１ａ）を押圧することによって、当該係止部２２ａ(又は２１ａ）を内側に凸な状態とすることができ、後述する接続部材２３の係合部２３ｇと係止部２２ａ(又は２１ａ）が係合することによって、接続部材２３の上下方向の可動を係止し得るのである。尚、第一実施形態と異なり、当該係止部２２ａ(又は２１ａ）は、内側に凸な状態においては、上下いずれの方向への可動をも係止する。   Further, in the second embodiment, there are two parallel cuts in the vicinity of the lower end portion of the corner where the front member 22 and the rear member 21 overlap, and the portion sandwiched between the cuts (the locking portion 22a). Alternatively, by pressing 21a), the engaging portion 22a (or 21a) can be convex inward, and an engaging portion 23g and an engaging portion 22a (or 21a) of the connecting member 23 described later are provided. By engaging, the movement of the connecting member 23 in the vertical direction can be locked. Note that, unlike the first embodiment, the locking portion 22a (or 21a) locks the movement in either the upper or lower direction in a state of being convex inward.

次に、図９は、陳列棚２０の折り畳み状態における全体図（斜視図）である。陳列棚２０は、組み立て状態から、係止部２２ａ（又は２１ａ）を外側に凸な状態にし、いずれかの陳列面又は接続部材２３に対して下方向に外力を加えることで、接続部材２３が下方向に変位すると共に、各陳列面部が連動して接続部材２３と平行な向きに回動し、前面部材２２と後面部材２１とが形成する環形状（略六角形状）が折り畳まれ、前面部材２２と後面部材２１との距離（前後方向の厚み）が最小である折り畳み状態となるのである。尚、特に図示していないが、第一実施形態のように、接続部材２３を上方向に変位させることで当該陳列棚２０を折り畳むことも可能である。   Next, FIG. 9 is an overall view (perspective view) of the display shelf 20 in a folded state. From the assembled state, the display shelf 20 has the locking portion 22a (or 21a) convex outward, and an external force is applied downward to any display surface or connection member 23, so that the connection member 23 While being displaced downward, each display surface portion is interlocked and rotated in a direction parallel to the connection member 23, and the ring shape (substantially hexagonal shape) formed by the front member 22 and the rear member 21 is folded, and the front member This is a folded state in which the distance between 22 and the rear member 21 (thickness in the front-rear direction) is minimum. Although not particularly illustrated, the display shelf 20 can be folded by displacing the connecting member 23 upward as in the first embodiment.

次に、図１０は、第二実施形態に係る陳列棚２０の展開図である。第一実施形態と同様、点線部分を山折り、一点鎖線部分を谷折りとすることで、陳列棚２０を組み立て可能である。また、各所に接着時の位置合わせ用の目印として切り込みが設けられている。尚、同図では図示略しているが、陳列棚２０は、同図（ａ）、（ｂ）、（ｃ）の部材を夫々２枚ずつ使用して構成されている。同図（ａ）、（ｃ）に関しては、２枚を張り合わせて強度を向上させているのみであるため、夫々１枚の部材であっても陳列棚２０を構成することが可能であるが、同図（ｂ）の前面部材２２（後面部材２１）に関しては、１枚では陳列棚２０を構成できない。   Next, FIG. 10 is a development view of the display shelf 20 according to the second embodiment. As in the first embodiment, the display shelf 20 can be assembled by folding the dotted line portion with a mountain fold and making the alternate long and short dash line portion with a valley fold. In addition, notches are provided at various places as alignment marks for bonding. Although not shown in the figure, the display shelf 20 is configured by using two members shown in FIGS. 2A, 2B, and 2C. As for (a) and (c) in the same drawing, since only the two sheets are bonded together to improve the strength, the display shelf 20 can be configured with only one member, With respect to the front member 22 (rear member 21) in FIG. 5B, the display shelf 20 cannot be configured with a single sheet.

同図（ａ）は、広告などを印刷され、陳列棚２０の上部に装着して陳列された商品等をアピールするための看板部材２５である。看板部材２５は、前後いずれの方向から見ても広告が視認できるよう、印刷面を表に２枚重ねて接着したものを用いることが好適である（両面印刷したものを用いてもよい）。また、看板部材２５は、前面看板支持部２２ｒ及び後面看板支持部２１ｒに係合させて看板部材２５を略固定するための看板係止部２５ｚと、接続部材２３に設けられた看板係合部２３ｕに差し込むことで看板部材２５を略固定するための看板差し込み部２５ｖとを有している。   FIG. 2A shows a signboard member 25 for appealing a product or the like that is printed on an advertisement and mounted on the display shelf 20 and displayed. It is preferable to use a signboard member 25 in which two printed surfaces are stacked and bonded to each other so that an advertisement can be viewed from any front and back directions (both sides printed may be used). The signboard member 25 is engaged with the front signboard support section 22r and the rear signboard support section 21r to substantially fix the signboard member 25, and the signboard engagement section provided on the connection member 23. A signboard insertion portion 25v for substantially fixing the signboard member 25 by being inserted into 23u.

同図（ｂ）の前面部材２２（後面部材２１）は、陳列棚２０の外形を形成する（後面左柱部２１ｐｌ及び後面右柱部２１ｐｒ）と、前面左柱部２２ｐｌと前面右柱部２２ｐｒとに支持され前面左柱部２２ｐｌと前面右柱部２２ｐｒとを連結する上段前枠部２２ｗ１・中段前枠部２２ｗ２・下段前枠部２２ｗ３（後面左柱部２１ｐｌと後面右柱部２１ｐｒとに支持され後面左柱部２１ｐｌと後面右柱部２１ｐｒとを連結する上段後枠部２１ｗ１・中段後枠部２１ｗ２・下段後枠部２１ｗ３）と、後面左柱部２１ｐｌ（前面左柱部２２ｐｌ）の内側に接着されて前面部材２２と後面部材２１とを固定する前面重ね部２２ｐｒ−１（後面重ね部２１ｐｒ−１）と、前面右柱部２２ｐｒと前面重ね部２２ｐｒ−１とを連結する前面連結部２２ｔ（後面右柱部２１ｐｒと後面重ね部２１ｐｒ−１とを連結する後面連結部２１ｔ）と、から構成されている。   The front member 22 (rear member 21) in FIG. 5B forms the outer shape of the display shelf 20 (the rear left column portion 21pl and the rear right column portion 21pr), the front left column portion 22pl and the front right column portion 22pr. The upper front frame portion 22w1, the middle front frame portion 22w2, and the lower front frame portion 22w3 that connect the front left column portion 22pl and the front right column portion 22pr (on the rear left column portion 21pl and the rear right column portion 21pr) An upper rear frame portion 21w1, a middle rear frame portion 21w2, and a lower rear frame portion 21w3, which are supported and connect the rear left column portion 21pl and the rear right column portion 21pr, and a rear left column portion 21pl (front left column portion 22pl). Front surface connecting portion 22pr-1 (rear surface overlapping portion 21pr-1) bonded to the inner side to fix the front member 22 and the rear surface member 21, and front right column portion 22pr and front surface overlapping portion 22pr-1. 22t (rear surface A surface connecting part 21t) after connecting the rear overlapping portion 21pr-1 and the bar portion 21Pr, and a.

また、前面右柱部２２ｐｒと前面連結部２２ｔと前面重ね部２２ｐｒ−１と（後面右柱部２１ｐｒと後面連結部２１ｔと後面重ね部２１ｐｒ−１）に設けられた切り込み｛及び前面左柱部２２ｐｌ（後面左柱部２１ｐｌ）に設けられた切り込み｝によって、内側に凸な状態と外側に凸な状態とに変位可能な係止部２２ａ（２１ａ）を有している（前面右柱部２２ｐｒに設けられた係合部２２ａの裏面に、後面面重ね部２１ｐｒ−１に設けられた係合部２２ａを接着することで、係合部２２ａが形成される。後面に関しても同様である）。当該係止部は、陳列棚２０の組み立て状態において、内側に凸な状態である場合には、接続部材２３に設けられている係合部２３ｇに嵌合し、接続部材２３の上下方向の可動を係止し得る。   Further, the notch {and the front left column portion provided in the front right column portion 22pr, the front connection portion 22t, the front overlap portion 22pr-1, and the rear right column portion 21pr, the rear connection portion 21t, and the rear overlap portion 21pr-1. 22pl (the notch provided in the rear left column portion 21pl) has a locking portion 22a (21a) that can be displaced into an inwardly convex state and an outwardly convex state (front right column portion 22pr). The engaging portion 22a is formed by adhering the engaging portion 22a provided on the rear surface overlapping portion 21pr-1 to the back surface of the engaging portion 22a provided on the rear surface. When the display shelf 20 is in an inwardly projecting state in the assembled state of the display shelf 20, the engaging portion fits into the engaging portion 23 g provided on the connecting member 23, and the connecting member 23 can be moved in the vertical direction. Can be locked.

また、前面部材２２（後面部材２１）には、看板部材２５を支持するための溝である、前面看板支持部２２ｒ（後面看板支持部２１ｒ）が設けられている。尚、当該前面看板支持部２２ｒ（後面看板支持部２１ｒ）は、看板部材２５の厚み分の幅（例えば、看板部材２５を２枚重ねたものを使用する場合は、看板部材２５の２枚分の厚み分の幅）を有している必要がある。   The front member 22 (rear member 21) is provided with a front signboard support 22r (rear signboard support 21r) that is a groove for supporting the signboard member 25. The front signboard support portion 22r (rear signboard support portion 21r) has a width corresponding to the thickness of the signboard member 25 (for example, when two sheets of the signboard members 25 are used, the two signboard members 25 are used. Width).

また、前面連結部２２ｔ（後面連結部２１ｔ）は、折り畳み時に前面部材２２（後面部材２１）が約１８０度に折り曲げられることによってかかる負荷を軽減する効果を奏する。当該連結部を設けることにより、前面部材２２又は後面部材２１を折り曲げる角が２箇所であるため、折り畳み時の角度が約９０度となり、組み立て及び折り畳みを繰り返した時に前面部材２２や後面部材の折り曲げ部分が破損することを防止できるのである。尚、連結部の幅は、接続部材２３の厚みを超える程度（接続部材２３を２枚重ねて使用する場合、接続部材２３の２枚分の厚みを超える程度）とすることが好適である。   Further, the front connecting portion 22t (rear surface connecting portion 21t) has an effect of reducing the load caused by the front member 22 (rear surface member 21) being bent at about 180 degrees during folding. By providing the connecting portion, the angle at which the front member 22 or the rear member 21 is folded is two, so the angle at the time of folding is about 90 degrees, and the front member 22 and the rear member are folded when assembly and folding are repeated. It is possible to prevent the portion from being damaged. Note that the width of the connecting portion is preferably set to an extent exceeding the thickness of the connecting member 23 (in the case where two connecting members 23 are used in an overlapping manner, an extent exceeding the thickness of two connecting members 23).

また、図示されているように、前陳列面部材２４ｆ（又は後陳列面部材２４ｂ）は、前面部材２２（又は後面部材２１）と切り離された別の部材である。ここで、本例における陳列棚２０において、ある陳列面は、当該ある陳列面の１段下の陳列面の前面にある開口部に係る部分を折り曲げることによって形成される。即ち、再下段の陳列面においては、折り曲げによって陳列面を形成できないため、別の部材（前陳列面部材２４ｆ又は後陳列面部材２４ｂ）を前面部材２２（又は後面部材２１）及び接続部材２３と接着することで陳列面を形成している。尚、下段の陳列面は陳列面部材を接着することで形成されているため、上段及び中段の陳列面と比較して強度は劣ることとなる。   Further, as shown in the figure, the front display surface member 24f (or the rear display surface member 24b) is another member separated from the front member 22 (or the rear member 21). Here, in the display shelf 20 in the present example, a certain display surface is formed by bending a portion related to the opening on the front surface of the display surface that is one step below the certain display surface. That is, since the display surface cannot be formed by bending on the lower display surface, another member (the front display surface member 24f or the rear display surface member 24b) is connected to the front member 22 (or the rear member 21) and the connection member 23. The display surface is formed by bonding. Since the lower display surface is formed by bonding display surface members, the strength is inferior to the upper and middle display surfaces.

ここで、同図（ｂ）に示すα、β、γの部分は、同図（ｃ）に示すα´、β´、γ´の位置に夫々接着（図示されている面を表面とした場合、α、β、γの部分の裏面が、α´、β´、γ´の表面に接着）されることにより、前面部材２２（及び後面部材２１）と接続部材２３とを連結し、各陳列面の回動と接続部材２３の上下方向の可動が連動することとなる。   Here, α, β, and γ shown in FIG. 7B are bonded to the positions of α ′, β ′, and γ ′ shown in FIG. , Α, β, and γ are bonded to the front surfaces of α ′, β ′, and γ ′, thereby connecting the front member 22 (and the rear member 21) and the connecting member 23 to each display. The rotation of the surface and the movement of the connecting member 23 in the vertical direction are interlocked.

また、第一実施形態と同様、１枚の素材から部材（特に、前面部材２２及び後面部材２１）を切り出した時に出るゴミ（素材の使用しない部分）が少ないため、生産コスト等を削減できる。   Further, as in the first embodiment, since there are few dusts (parts where the material is not used) generated when a member (particularly, the front member 22 and the rear member 21) is cut out from a single material, production costs and the like can be reduced.

また、同図（ｃ）において、接続部材２３の有する係合部２３ｇは、係止部２２ａ(又は２１ａ）が陳列棚２０の内側に凸な状態である場合に嵌合し、接続部材２３及び各陳列面の上下方向の可動を係止するための構造である。当該係合部２３ｇは、各陳列面が接続部材２３に対して略垂直な状態にて可動を停止し得るような位置に設けられている。   Further, in FIG. 6C, the engaging portion 23g of the connecting member 23 is fitted when the locking portion 22a (or 21a) is inwardly protruding from the display shelf 20, and the connecting member 23 and This is a structure for locking the vertical movement of each display surface. The engaging portion 23g is provided at a position where each display surface can stop moving in a state in which each display surface is substantially perpendicular to the connecting member 23.

また、接続部材２３は、看板係合部２３ｕを有している。看板係合部２３ｕは、看板部材２５の先端部分である看板差し込み部２５ｖを嵌合させることで、看板を固定するのである（看板部材２５を２枚重ねて使用する場合、接続部材２３も２枚重ねて使用することが好適である）。尚、同図（ａ）の看板部材２５は、前面部材２２及び後面部材２１に設けられた溝である前面部材看板支持部２２ｒ及び後面部材看板支持部２１ｒと、前述した看板係合部２３ｕと、によって陳列棚２０に固定されることとなる。   The connecting member 23 has a signboard engaging portion 23u. The signboard engaging portion 23u fixes the signboard by fitting the signboard insertion portion 25v, which is the tip portion of the signboard member 25 (when two signboard members 25 are used in an overlapping manner, the connecting member 23 is also 2). It is preferable to use a stack of sheets). In addition, the signboard member 25 in FIG. 5A includes a front member signboard support portion 22r and a rear member signboard support portion 21r which are grooves provided in the front member 22 and the rear surface member 21, and the signboard engaging portion 23u described above. , And is fixed to the display shelf 20.

次に、図９は、第二実施形態に係る陳列棚２０の三面図である。当該三面図では、看板部材２５を装着した状態にて図示している。図示されるように、看板部材２５を装尺した場合、前後方向から看板部材２５の印刷面が視認容易であるため、看板部材は主に前後方向に対しての広告効果を発揮することとなる。   Next, FIG. 9 is a three-side view of the display shelf 20 according to the second embodiment. In the three views, the signboard member 25 is shown in a mounted state. As shown in the drawing, when the signboard member 25 is mounted, the signboard member mainly exhibits an advertising effect in the front-rear direction because the printed surface of the signboard member 25 is easily visible from the front-rear direction. .

まず、同図（ａ）は、陳列棚２０の正面図である。尚、背面図は同図（ａ）と対称な構成であるため省略する。   First, FIG. 1A is a front view of the display shelf 20. The back view is omitted because it has a symmetric configuration with FIG.

また、同図（ｂ）は、第二実施形態に係る陳列棚２０の側面図（左側側面図）である。尚、反対側の側面図（右側側面図）については、同図（ｂ）と対称な構成であるため、省略する。   Moreover, the figure (b) is a side view (left side view) of the display shelf 20 which concerns on 2nd embodiment. Note that the side view on the opposite side (right side view) is symmetric with respect to FIG.

また、同図（ｃ）は、第二実施形態に係る陳列棚２０の上面図である。尚、底面図は同図（ｃ）と略同一の内容であるため、省略している。   Moreover, the figure (c) is a top view of the display shelf 20 which concerns on 2nd embodiment. The bottom view is omitted because it has substantially the same contents as FIG.

以上のような構成とすることで、第一実施形態における陳列棚１０を前後方向に２つ組み合わせたような形態である第二実施形態に係る陳列棚によれば、折り畳み状態である陳列棚２０において、上段前枠部２２ｗ１（又は中段前枠部２２ｗ２、下段前枠部２２ｗ３）と上段後枠部２１ｗ１（又は中段後枠部２１ｗ２、下段後枠部２１ｗ３）とに対して、上段前枠部２２ｗ１（又は中段前枠部２２ｗ２、下段前枠部２２ｗ３）と上段後枠部２１ｗ１（又は中段後枠部２１ｗ２、下段後枠部２１ｗ３）とが離隔するように前後方向の外力、又は、いずれかの陳列面に対して、各陳列面が接続部材２３と垂直となるような向きに外力を加えることによって、各陳列面が回動すると共に接続部材２３が上下方向に変位し、各陳列面が接続部材２３と垂直（又は、接続部材２３の下端部が前面部材２２及び後面部材２１の下端部と略同一平面上に位置）となった状態で、係止部２２ａ（２１ａ）を内側に凸な状態とすることにより、当該陳列棚２０が組み立て状態となる（逆の手順で折り畳み可能である）。このように、第二実施形態によれば、容易に組み立て／折り畳み可能であり、強度を備えた陳列棚であって、商品などを陳列できる面積が広く、商品などをアピールするための看板をも備えた陳列棚を提供できることとなる。   According to the display shelf which concerns on 2nd embodiment which is a form which combined the display shelf 10 in 1st embodiment in the front-back direction by setting it as the above structures, the display shelf 20 which is a folding state The upper front frame portion 22w1 (or middle front frame portion 22w2, lower front frame portion 22w3) and upper rear frame portion 21w1 (or middle rear frame portion 21w2, lower rear frame portion 21w3). 22w1 (or middle front frame portion 22w2, lower front frame portion 22w3) and upper rear frame portion 21w1 (or middle rear frame portion 21w2, lower rear frame portion 21w3) or an external force in the front-rear direction, or either By applying an external force in such a direction that each display surface is perpendicular to the connection member 23, the display surface is rotated and the connection member 23 is displaced in the vertical direction. Connecting member 23 and In a state where it is straight (or the lower end portion of the connection member 23 is located on the substantially same plane as the lower end portions of the front member 22 and the rear member 21), the engaging portion 22a (21a) is in a state protruding inward. As a result, the display shelf 20 is in an assembled state (can be folded in the reverse procedure). Thus, according to the second embodiment, it is a display shelf that can be easily assembled / folded and has strength, has a large area for displaying products, and has a signboard for appealing products. The provided display shelf can be provided.

［第三実施形態］
尚、折り畳み可能な可撓性素材製陳列棚の形態は、上記の形態に限定されない。そこで、上記の形態とは別の形態を第三実施形態として、以下、説明する。[Third embodiment]
The form of the foldable flexible material display shelf is not limited to the above form. Therefore, another embodiment different from the above embodiment will be described below as a third embodiment.

まず、図１２は、第三実施形態に係る陳列棚の、組み立て状態（ａ）及び折り畳み状態（ｂ）における全体図（斜視図）である。同図（ａ）に示されるように、第一実施形態及び第二実施形態では台形状であった陳列面が、長方形状であり、第二実施形態における前面左柱部２２ｐｌと後面右柱部２１ｐｒと（及び、前面右柱部２２ｐｒと後面左柱部２１ｐｌと）に対応する部分がなす角度が約１８０度である形態である。   First, FIG. 12 is a general view (perspective view) of the display shelf according to the third embodiment in an assembled state (a) and a folded state (b). As shown in FIG. 4A, the display surface that is trapezoidal in the first embodiment and the second embodiment is rectangular, and the front left column 22pl and the rear right column in the second embodiment. The angle formed by the portion corresponding to 21pr (and the front right column portion 22pr and the rear left column portion 21pl) is about 180 degrees.

次に、図１３は、第三実施形態に係る陳列棚の、展開図である。同図（ａ）の部材と同図（ｂ）の部材とは略対象な構成となっている。また、同図（ｃ）の部材は、第二実施形態における接続部材２３に相当する部材である。   Next, FIG. 13 is a developed view of the display shelf according to the third embodiment. The members shown in FIG. 6A and FIG. 6B are substantially the same. Moreover, the member of the figure (c) is a member corresponded to the connection member 23 in 2nd embodiment.

次に、図１４は、第三実施形態に係る陳列棚の、三面図である。同図（ａ）は、第三実施形態に係る陳列棚の正面図であり、同図（ｂ）は、第三実施形態に係る陳列棚の右側面図であり、同図（ｃ）は、第三実施形態に係る陳列棚の底面図である。尚、第三実施形態に係る陳列棚の左側面図は、右側面図と略対象な構成であるため、図示略する。   Next, FIG. 14 is a three-sided view of the display shelf according to the third embodiment. (A) is a front view of a display shelf according to the third embodiment, (b) is a right side view of the display shelf according to the third embodiment, and (c) in FIG. It is a bottom view of the display shelf which concerns on 3rd embodiment. Note that the left side view of the display shelf according to the third embodiment is substantially the same as the right side view, and is not shown.

尚、本例では、第一実施形態・第二実施形態・第三実施形態を挙げて説明したが、これらはあくまで一例であり、これには限定されない。例えば、本例では１つの部材としたものを、複数の部材として別々に切り出し、接着等することによって陳列棚等を構成してもよいし、逆に、本例では複数の部材としているものを、１つの部材として切り出してもよい。また、例えば、各部材の印刷面の裏表や山折り及び谷折り等も、本例には限定されず、適宜変更しても、本願発明の概念を実施可能である。   In this example, the first embodiment, the second embodiment, and the third embodiment have been described. However, these are merely examples, and the present invention is not limited thereto. For example, a display shelf or the like may be configured by cutting out a single member in this example as a plurality of members and bonding them, or conversely, in this example, a plurality of members may be formed. You may cut out as one member. Also, for example, the front and back of the printing surface of each member, mountain folds, valley folds, and the like are not limited to this example, and the concept of the present invention can be implemented even when appropriately changed.

また、例えば、折り畳み状態にて係止部を変位（例えば、内側に凸な状態に変位）させることで部材同士（例えば、前面部材２２又は後面部材２１と接続部材２３と）を係合させ、省スペースな折りたたみ状態にて、当該陳列棚を維持できるように構成してもよい。   Further, for example, the members are engaged with each other (for example, the front member 22 or the rear member 21 and the connecting member 23) by displacing the locking portion in the folded state (for example, displaced inwardly projecting), You may comprise so that the said display shelf can be maintained in a space-saving folding state.

また、本例では、前面部材１２（又は前面部材２２）の外側を印刷面とした場合、陳列面の上面が裏面（印刷面ではない面）となっているが、これには限定されず、陳列面の上面が印刷面となるよう構成してもよい。その場合、例えば、本例では、前面部材を内側に９０度の角度（下方向を０度とした場合）に折り曲げることによって陳列面を形成しているが、本例に係る陳列棚を上下反転させ、前面部材をまず内側に１８０度の角度（上方向を０度とした場合）に折り曲げ、所定の幅を置いて内側に９０度の角度に折り曲げることにより、上面が印刷面となる陳列面を形成することが可能である。このように構成した場合、陳列面の上面を印刷面としつつ、部材を接着する必要がないため、陳列棚の強度を低下させたり、製造の手間やコストが増加したりといった事態とならないのである。   Moreover, in this example, when the outer surface of the front member 12 (or the front member 22) is a printing surface, the upper surface of the display surface is a back surface (a surface that is not a printing surface), but is not limited thereto. You may comprise so that the upper surface of a display surface may become a printing surface. In this case, for example, in this example, the display surface is formed by bending the front member inward at an angle of 90 degrees (when the downward direction is 0 degree), but the display shelf according to this example is turned upside down. First, the front member is bent inward at an angle of 180 degrees (when the upward direction is 0 degree), and is folded at an angle of 90 degrees inward with a predetermined width. Can be formed. When configured in this way, there is no need to bond the member while the upper surface of the display surface is the printing surface, so there is no situation in which the strength of the display shelf is reduced or the labor and cost of manufacturing increase. .

１０ 陳列棚
１１ 背面部材
１１ｈ 貫通孔
１２ 前面部材
１２ｐｌ 左柱部
１２ｒｌ 左折り返し部
１２ｐｒ 右柱部
１２ｒｒ 右折り返し部
１２ｗｌ１ 上左枠部
１２ｗｃ１ 上中央枠部
１２ｗｒ１ 上右枠部
１２ｗｌ２ 下左枠部
１２ｗｃ２ 下中央枠部
１２ｗｒ２ 下右枠部
１２ｃ１ 上陳列面部
１２ｃ１−１ 上接続部
１２ｃ２ 下陳列面部
１２ｃ２−１ 下接続部
１２ｓ 係止部
１２ｓ−１ 切り込み
１３ 接続部材
Ｌ１ｌ 山折り線
Ｌ１ｒ 山折り線
Ｌ２ｌ 山折り線
Ｌ２ｒ 山折り線
Ｌ３ｌ 山折り線
Ｌ３ｒ 山折り線
Ｌ４ 山折り線
Ｌ５ 谷折り線
Ｌ６ 山折り線
Ｌ７ 谷折り線
２０ 陳列棚
２１ 後面部材
２１ａ 係止部
２１ｒ 後面部材看板支持部
２１ｐｌ 後面左柱部
２１ｐｒ 後面右柱部
２１ｗ１ 上段後枠部
２１ｗ２ 中段後枠部
２１ｗ３ 下段後枠部
２１ｐｒ−１ 後面重ね部
２１ｔ 後面連結部
２２ 前面部材
２２ａ 係止部
２２ｒ 前面部材看板支持部
２２ｐｌ 前面左柱部
２２ｐｒ 前面右柱部
２２ｗ１ 上段前枠部
２２ｗ２ 中段前枠部
２２ｗ３ 下段前枠部
２２ｐｒ−１ 前面重ね部
２２ｔ 前面連結部
２３ 接続部材
２３ｇ 係合部
２３ｕ 看板係合部
２４ｆ 前陳列面部材
２４ｂ 後陳列面部材
２５ 看板部材
２５ｖ 看板差し込み部
２５ｚ 看板係止部10 Display shelf 11 Back member 11h Through hole 12 Front member 12pl Left column portion 12rl Left folded portion 12pr Right column portion 12rr Right folded portion 12wl1 Upper left frame portion 12wc1 Upper central frame portion 12wr1 Upper right frame portion 12wl2 Lower left frame portion 12wc2 Lower Center frame portion 12wr2 Lower right frame portion 12c1 Upper display surface portion 12c1-1 Upper connection portion 12c2 Lower display surface portion 12c2-1 Lower connection portion 12s Locking portion 12s-1 Notch 13 Connection member L1l Mountain fold line L1r Mountain fold line L2l Mountain fold Line L2r Mountain fold line L3l Mountain fold line L3r Mountain fold line L4 Mountain fold line L5 Valley fold line L6 Mountain fold line L7 Valley fold line 20 Display shelf 21 Rear surface member 21a Locking portion 21r Rear surface member signboard support portion 21pl Rear left column portion 21pr Rear right column part 21w1 Upper rear frame part 21w2 Middle rear frame part 21w3 Lower rear frame part 21pr-1 Rear Overlapping part 21t Rear connection part 22 Front member 22a Locking part 22r Front member signboard support part 22pl Front left pillar part 22pr Front right pillar part 22w1 Upper front frame part 22w2 Middle front frame part 22w3 Lower front frame part 22pr-1 Front overlapping part 22t Front connecting part 23 Connecting member 23g Engaging part 23u Signboard engaging part 24f Front display surface member 24b Rear display surface member 25 Signboard member 25v Signboard insertion part 25z Signboard locking part

本発明に係る陳列棚は、下記（１）〜（５）の構成を有するものである。
本発明の（１）は、複数の陳列面部を有する折り畳み及び展開可能な可撓性素材製陳列棚であり、
背面部と、
前記背面部に連接され、前記陳列棚が展開された状態で前記背面部と共に前記陳列面部を囲むように設けられるとともに、前記陳列面部の正面側の辺部と連接された陳列枠部と、
前記複数の陳列面部の背面側の辺部と連接され、前記背面部と接触した状態で摺動可能な陳列面結合部と、
を備え、
前記陳列棚の展開状態においては、複数の前記陳列面部の各載置面が、前記背面部に対して所定角度をなし、前記陳列面結合部が前記背面部に当接し、
前記陳列棚の折り畳み状態においては、複数の前記陳列面部が前記背面部に対して略平行となる
陳列棚であって、
前記陳列棚を前記展開状態から前記折り畳み状態に遷移させる折り畳み時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向に移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部に接近するように移動することで、前記陳列面部が前記背面部と略平行となり、
前記陳列棚を前記折り畳み状態から前記展開状態に遷移させる展開時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向の前記展開時とは逆向きに移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部から離隔するように移動することで、前記陳列面部が前記背面部と前記所定角度をなし、且つ、前記陳列面結合部と前記背面部との当接面における摩擦力により前記陳列面部の位置が略固定される、
ことを特徴とする、可撓性素材製陳列棚である。
本発明の（２）は、前記陳列棚外側より押圧することにより前記陳列棚内側に突出し、前記展開状態において前記陳列面部及び／又は前記陳列面結合部に当接して、前記陳列面部の底面側への移動を係止する係止部を更に備える、前記（１）の可撓性素材製陳列棚である。
本発明の（３）は、前記背面部、前記陳列面部及び前記陳列面結合部が略平面状である、前記（１）又は前記（２）の可撓性素材製陳列棚である。
本発明の（４）は、前記陳列枠部と前記陳列面部とが、同一の部材により構成されている、前記（１）〜（３）のいずれか一つの可撓性素材製陳列棚である。
本発明の（５）は、前記可撓性素材が、厚紙又は段ボールである、前記（１）〜（４）のいずれか一つの可撓性素材製陳列棚である。 The display shelf according to the present invention has the following configurations (1) to (5).
(1) of the present invention is a flexible material display shelf that can be folded and unfolded having a plurality of display surface portions,
The back,
A display frame portion connected to the back surface portion and provided so as to surround the display surface portion together with the back surface portion in a state where the display shelf is unfolded, and connected to a side portion on the front side of the display surface portion;
A display surface coupling portion that is connected to a back side portion of the plurality of display surface portions and is slidable in contact with the back surface portion;
With
In the unfolded state of the display shelf, each mounting surface of the plurality of display surface portions forms a predetermined angle with respect to the back surface portion, and the display surface coupling portion abuts on the back surface portion,
In the folded state of the display shelf, a plurality of the display surface portions are display shelves substantially parallel to the back surface portion,
When folding the display shelf from the unfolded state to the folded state, the display surface portion, the display frame portion, and the display surface coupling portion are linked to each other, and the side portion on the back side of the display surface portion and the display surface coupling Part moves in the height direction of the display shelf, the side part on the front side of the display surface part and the display frame part move so as to approach the back surface part, so that the display surface part is the back surface part. And almost parallel to
When unfolding the display shelf from the folded state to the unfolded state, the display surface portion, the display frame portion, and the display surface coupling portion are interlocked, and the side portion on the back side of the display surface portion and the display surface coupling The part moves in the opposite direction to the unfolding in the height direction of the display shelf, and the side part on the front side of the display surface part and the display frame part move away from the back surface part. The display surface portion forms the predetermined angle with the back surface portion, and the position of the display surface portion is substantially fixed by a frictional force on a contact surface between the display surface coupling portion and the back surface portion .
This is a display shelf made of flexible material.
(2) of the present invention is such that, when pressed from the outside of the display shelf, it protrudes to the inside of the display shelf, and in contact with the display surface portion and / or the display surface coupling portion in the expanded state, The flexible material display shelf according to (1), further including a locking portion that locks the movement of the flexible material.
(3) of the present invention is the flexible material display shelf according to (1) or (2), wherein the back surface portion, the display surface portion, and the display surface coupling portion are substantially planar.
(4) of the present invention is the flexible material display shelf according to any one of (1) to (3), wherein the display frame portion and the display surface portion are configured by the same member. .
(5) of the present invention is the flexible material display shelf according to any one of (1) to (4), wherein the flexible material is cardboard or cardboard.

Claims (5)

複数の陳列面部を有する折り畳み及び展開可能な可撓性素材製陳列棚であり、
背面部と、
前記背面部に連接され、前記陳列棚が展開された状態で前記背面部と共に前記陳列面部を囲むように設けられるとともに、前記陳列面部の正面側の辺部と連接された陳列枠部と、
前記複数の陳列面部の背面側の辺部と連接され、前記背面部と接触した状態で摺動可能な陳列面結合部と、
を備え、
前記陳列棚の展開状態においては、複数の前記陳列面部の各載置面が、前記背面部に対して所定角度をなし、前記陳列面結合部が前記背面部に当接し、
前記陳列棚の折り畳み状態においては、複数の前記陳列面部が前記背面部に対して略平行となる
陳列棚であって、
前記陳列棚を前記展開状態から前記折り畳み状態に遷移させる折り畳み時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向に移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部に接近するように移動することで、前記陳列面部が前記背面部と略平行となり、
前記陳列棚を前記折り畳み状態から前記展開状態に遷移させる展開時には、前記陳列面部、前記陳列枠部及び前記陳列面結合部が連動して、前記陳列面部の背面側の辺部及び前記陳列面結合部が、前記陳列棚の高さ方向の前記展開時とは逆向きに移動し、前記陳列面部の正面側の辺部及び前記陳列枠部が、前記背面部から離隔するように移動することで、前記陳列面部が前記背面部と前記所定角度をなし、且つ、前記陳列面結合部と前記背面部との当接面における摩擦力により前記棚部の位置が略固定される、
ことを特徴とする、可撓性素材製陳列棚。It is a flexible material display shelf that can be folded and unfolded having a plurality of display surface portions,
The back,
A display frame portion connected to the back surface portion and provided so as to surround the display surface portion together with the back surface portion in a state where the display shelf is unfolded, and connected to a side portion on the front side of the display surface portion;
A display surface coupling portion that is connected to a back side portion of the plurality of display surface portions and is slidable in contact with the back surface portion;
With
In the unfolded state of the display shelf, each mounting surface of the plurality of display surface portions forms a predetermined angle with respect to the back surface portion, and the display surface coupling portion abuts on the back surface portion,
In the folded state of the display shelf, a plurality of the display surface portions are display shelves substantially parallel to the back surface portion,
When folding the display shelf from the unfolded state to the folded state, the display surface portion, the display frame portion, and the display surface coupling portion are linked to each other, and the side portion on the back side of the display surface portion and the display surface coupling Part moves in the height direction of the display shelf, the side part on the front side of the display surface part and the display frame part move so as to approach the back surface part, so that the display surface part is the back surface part. Is almost parallel to
When unfolding the display shelf from the folded state to the unfolded state, the display surface portion, the display frame portion, and the display surface coupling portion are interlocked, and the side portion on the back side of the display surface portion and the display surface coupling The part moves in the opposite direction to the unfolding in the height direction of the display shelf, and the side part on the front side of the display surface part and the display frame part move away from the back surface part. The display surface portion forms the predetermined angle with the back surface portion, and the position of the shelf portion is substantially fixed by the frictional force on the contact surface between the display surface coupling portion and the back surface portion,
A display shelf made of flexible material. 前記陳列棚外側より押圧することにより前記陳列棚内側に突出し、前記展開状態において前記陳列面部及び／又は前記陳列面結合部に当接して、前記陳列面部の底面側への移動を係止する係止部を更に備える、請求項１に記載の可撓性素材製陳列棚。   A member that projects from the outside of the display shelf by being pressed from the outside of the display shelf, contacts the display surface part and / or the display surface coupling part in the expanded state, and locks movement of the display surface part to the bottom surface side. The flexible material display shelf according to claim 1, further comprising a stop portion. 前記背面部、前記陳列面部及び前記陳列面結合部が略平面状である、請求項１又は２に記載の可撓性素材製陳列棚。   The flexible material display shelf according to claim 1, wherein the back surface portion, the display surface portion, and the display surface coupling portion are substantially flat. 前記陳列枠部と前記陳列面部とが、同一の部材により構成されている、請求項１〜３のいずれか一項に記載の可撓性素材製陳列棚。   The display shelf made of a flexible material according to any one of claims 1 to 3, wherein the display frame portion and the display surface portion are configured by the same member. 前記可撓性素材が、厚紙又は段ボールである、請求項１〜４のいずれか一項に記載の可撓性素材製陳列棚。   The display shelf made of flexible material according to any one of claims 1 to 4, wherein the flexible material is cardboard or cardboard.
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