JP3842841B2

JP3842841B2 - Multistage display stand

Info

Publication number: JP3842841B2
Application number: JP12694796A
Authority: JP
Inventors: 慶治田中
Original assignee: 株式会社Ｔａｎａ−Ｘ
Priority date: 1996-05-22
Filing date: 1996-05-22
Publication date: 2006-11-08
Anticipated expiration: 2016-05-22
Also published as: JPH09308555A

Description

【０００１】
【発明の属する技術分野】
本発明は、床壁の中央を横切る山折り線の床畳み折線を折り曲げる事によって折り畳む事ができ、床畳み折線を伸直させる事によって、立体的に組み立てる事のできる陳列台に関する。
【０００２】
【従来の技術】
従来の陳列台は例えば実開昭６１−６８７６４号の陳列台の様に、台板３の中折線６を折り伸ばしする事によって、折り畳んだり組み立てたりできる物であり、台板３を補強する方法は組体４による物であった。
【０００３】
【発明が解決しようとする課題】
従来の技術では台板が一枚しかない事から、陳列箇所は一箇所であり、例えば二種類の陳列商品を立体的に区分して陳列する事はできず、又、台板を補強する為の組体は、井型に組込む手間があった。
【０００４】
本発明は、台板である床板を天地方向へ二箇所以上の複数で設ける事によって、陳列商品を種類ごとに区分して陳列できる様にする事と、中折線である床畳み折線を折り伸ばしする事によって、天地に並んだ床板を一度に折り畳んだり、組み立てたりできる様にする、という課題の解決を目的とする。
【０００５】
【課題を解決するための手段】
上記目的を達成する為に、本発明の陳列台に於いては、天地に複数の床板を設けて多段にするのであって、筒形状の周囲壁の中央へ天地に貫いて柱板を設け、この柱板の天縁と下方の任意の箇所へ床板を接着によって取り付け、柱板は周囲壁の下縁まで達している事から、床板の補強的役割を果たし、上下に隣り合う床板の柱板の中央領域は取除いて中窓域を設け、中窓域と殆ど同じ高さの位置で周囲壁へ窓を開けて外窓域を設け、中窓域の両側は上下に細長い矩形で切り残して連結域として設け、連結域によって上下の床板は同時に連動する様にする。
【０００６】
【発明の実施の形態】
発明の実施の形態について図面を参照して説明すると、展開して各パーツごとに並べて示した平面図の図１に於いて、柱板１・床壁６・周囲壁１１のパーツから構成され、柱板１の上部領域へ正方形に近い矩形、或いは正方形で切り抜いて中窓域５を設け、中窓域５の両側の切り残り部分を連結域２と称し、
中窓域５の天地へ床壁６を接着する事によって、陳列箇所を二段にするのであり、床壁６は柱板１の天縁へ取り付ける方を天床壁３と称し、下の段へ取り付ける方は副という扱いで副床壁４と称し、天床壁３と副床壁４とも同形状で前・背に分離しており、組み立て時に水平状態でとどまる床板は前方を前床板７と称し、背方を背床板８と称し、前背両床板に挟まれる内方の縁へ山折り線である床畳み折線２１を介して中接着片９を設け、中接着片９は柱板１方へ接着され、前背床板の各外縁へ山折り線を介して周囲接着片１０を設けて、床板が水平な状態で周囲壁１１の内側へ接着して取り付け、床板の両側へ山折り線を介して側フラップ１２を垂らす事によって、床板は折れ曲がり難くなり、
周囲壁１１は筒形状であり、筒の形は多角形であっても円形であっても良いが、製造し易い形状では六角形が良く、この六角形を例に取って説明するならば、組み立て時の高さは柱板１よりも幾分か高い状態にし、前背各正面を向く面を中央板１３と称し、中央板１３の両側は山折り線である側折線１４を介して側板１５を設け、側板１５の中央は天地に貫く山折り線の側畳み折線１６によって、平たいＶ字状に折れ曲がっており、側畳み折線１６を介して接着片１７を設け、接着片１７を接着する事によって、前背に分離している側畳み折線１６を連結し、接着片１７は一方の側板１５から連なった状態となっているのであるが、別個の板で設けても良く、柱板１の中窓域５とほぼ同じ高さに当たる周囲壁１１へ、中央板１３を横切り、側板１５へも台形状で食み出して切り取って外窓域１８を設け、外窓域１８は内窓域５の縦幅よりも幾分か短くし、周囲壁１１の天縁領域へは山折り線の天折線１９を介して内貼り板２０を設け、内貼り板２０を周囲壁１１の内側へ貼る事によって、周囲壁１１の天縁は折り曲げられているので見た目は美しい。
【０００７】
組み立ての完了した状態で示した斜視図の図２に於いて、天床壁３の床畳み折線２１を伸ばせば、連結域２を伝って副床壁４も床状と成り、柱板１の高さが周囲壁１１よりも幾分か低くなっている事によって、周囲壁１１の高い分だけ枠域２２を形成し、枠域２２は陳列商品のずれ落ちを防止し、中窓域５に対して外窓域１８の縦幅が幾分か短くなっている事によって、外枠域１８の下領域が枠域２２の役割を果たしている。
【０００８】
折り畳んで行く途中の状態で示した斜視図の図３に於いて、外窓域１８から手を入れ、中窓域５の天縁を軽く押し上げる事によって床畳み折線２１は屈折して、天床壁３は逆さＶ字状に盛り上がり、この盛り上がりは連結域２を伝って副床壁４を盛り上げる事となり、両方の床壁６が折り曲げられれば、側畳み折線１６が折れ曲がって、本発明物は平たく折り畳まれる事となる。
【０００９】
【発明の効果】
連結域によって、天地に隣り合う床壁どうしが連結されており、上の床壁の状態が下の床壁に伝達されるので、ワンタッチで組み立てたり、折り畳んだりでき、床壁が天地方向へ複数有しているので、陳列物を区分して陳列する事ができ、柱板が周囲壁の地縁まで達しているので、床壁の補強的役割を果たしており、補強板を組込みによって組み立てる必要が無い。
【図面の簡単な説明】
【図１】展開して各パーツごとに並べて示した平面図
【図２】組み立ての完了した状態で示した斜視図
【図３】折り畳んで行く途中の状態で示した斜視図
【符号の説明】
１柱板
２連結域
３天床壁
４副床壁
５中窓域
７前床板
８背床板
11 周囲壁
16 側畳み折線
18 外窓域
21 床畳み折線[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a display stand that can be folded by folding a fold line of a mountain fold line that crosses the center of a floor wall, and can be assembled three-dimensionally by extending the fold line.
[0002]
[Prior art]
A conventional display stand is a thing that can be folded and assembled by folding the middle folding line 6 of the base plate 3 like the display stand of Japanese Utility Model Laid-Open No. 61-68764, and a method of reinforcing the base plate 3 Was due to assembly 4.
[0003]
[Problems to be solved by the invention]
Since there is only one base plate in the conventional technology, there is only one display place. For example, two types of display products cannot be displayed in three dimensions, and to reinforce the base plate. There was a trouble of assembling this structure into the well.
[0004]
In the present invention, the floor plate as the base plate is provided in two or more places in the top and bottom direction so that the displayed products can be displayed separately by type, and the floor folding line as the middle folding line is folded. By doing so, the purpose is to solve the problem of being able to fold and assemble floorboards that are lined up on the top and bottom at once.
[0005]
[Means for Solving the Problems]
In order to achieve the above-mentioned object, in the display stand of the present invention, a plurality of floor plates are provided on the top and bottom to form a multi-stage, and a column plate is provided through the top and bottom to the center of the cylindrical peripheral wall, The floorboard is attached to the top edge of the pillarboard and any lower part by bonding, and the pillarboard reaches the lower edge of the surrounding wall, so it plays the reinforcing role of the floorboard, and the pillarboard of the floorboard adjacent to the top and bottom The middle window area is removed to provide a middle window area, and an outer window area is created by opening a window to the surrounding wall at a position almost the same height as the middle window area. As a connecting area, the upper and lower floorboards are linked simultaneously by the connecting area.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
The embodiment of the invention will be described with reference to the drawings. In FIG. 1 of the plan view developed and arranged for each part, it is composed of parts of a column plate 1, a floor wall 6, and a peripheral wall 11. A rectangular shape close to a square or a square is cut out to the upper area of the column plate 1 to provide a middle window area 5, and uncut portions on both sides of the middle window area 5 are referred to as connection areas 2.
By bonding the floor wall 6 to the top and bottom of the middle window area 5, the display location is made two steps, and the floor wall 6 is called the top wall 3 which is attached to the top edge of the column plate 1, and the lower step The one attached to the side is called the sub-floor wall 4 because of the treatment of the sub, and the top floor wall 3 and the sub-floor wall 4 have the same shape and are separated into the front and back. The back is called the back floor board 8 and the middle adhesive piece 9 is provided on the inner edge sandwiched between the front and back floor boards via the floor folding line 21 that is a mountain fold line. Glued to one side, provided with a peripheral adhesive piece 10 on each outer edge of the front back floor board via a mountain fold line, glued and attached to the inside of the peripheral wall 11 with the floor board in a horizontal state, and folded to both sides of the floor board By hanging the side flaps 12 through the wire, the floorboard becomes difficult to bend,
The peripheral wall 11 has a cylindrical shape, and the shape of the cylinder may be polygonal or circular. However, a hexagonal shape is preferable for a shape that is easy to manufacture, and this hexagonal shape will be described as an example. The height at the time of assembly is set to be somewhat higher than that of the column plate 1, and the surface facing the front of each front is referred to as a center plate 13, and both sides of the center plate 13 are side plates via side fold lines 14 that are mountain fold lines. 15, and the center of the side plate 15 is bent into a flat V shape by a side fold line 16 that is a mountain fold line penetrating the top and bottom, and an adhesive piece 17 is provided via the side fold line 16, and the adhesive piece 17 is bonded. By connecting the side fold line 16 separated from the foreground and connecting the adhesive piece 17 from the one side plate 15, it may be provided as a separate plate. Cross the central plate 13 to the surrounding wall 11 which is almost the same height as the middle window area 5 of the 15 has a trapezoidal shape and is cut out to provide an outer window area 18 which is somewhat shorter than the vertical width of the inner window area 5 and is folded into the top edge area of the peripheral wall 11. By providing the inner adhesive plate 20 via the line folding line 19 and attaching the inner adhesive plate 20 to the inside of the peripheral wall 11, the top edge of the peripheral wall 11 is bent, so that the appearance is beautiful.
[0007]
In FIG. 2 of the perspective view shown in the assembled state, if the floor folding line 21 of the ceiling wall 3 is extended, the auxiliary floor wall 4 also becomes a floor shape along the connection area 2, and the column plate 1 Since the height is somewhat lower than the surrounding wall 11, the frame area 22 is formed by the height of the surrounding wall 11, and the frame area 22 prevents the display product from slipping off, and the middle window area 5 On the other hand, since the vertical width of the outer window area 18 is somewhat shortened, the lower area of the outer frame area 18 serves as the frame area 22.
[0008]
In FIG. 3 of the perspective view shown in the middle of folding, the floor folding line 21 is refracted by putting a hand from the outer window area 18 and lightly pushing up the top edge of the middle window area 5, The wall 3 swells upside down in a V-shape, and this swell rises along the connection area 2 and swells the sub-floor wall 4. It will be folded flat.
[0009]
【The invention's effect】
By connecting areas, floor walls adjacent to each other are connected to each other, and the state of the upper floor wall is transmitted to the lower floor wall, so it can be assembled and folded with one touch, and there are multiple floor walls in the vertical direction. Because it has, the display can be divided and displayed, and the pillar plate reaches the edge of the surrounding wall, so it plays the reinforcing role of the floor wall, and there is no need to assemble the reinforcement plate by assembling .
[Brief description of the drawings]
FIG. 1 is a plan view developed and arranged for each part. FIG. 2 is a perspective view showing a state where assembly is completed. FIG. 3 is a perspective view showing a state where folding is in progress.
DESCRIPTION OF SYMBOLS 1 Column board 2 Connection area 3 Top floor wall 4 Subfloor wall 5 Middle window area 7 Front floor board 8 Back floor board
11 Surrounding wall
16 side folding line
18 Outside window area
21 Floor folding line

Claims

a) It consists of a corrugated paper column board (1), a ceiling board (3), at least one sub-floor board (6), and a peripheral wall (11),
b) The peripheral wall (11) is a side plate (15) provided via a central plate (13) facing the front of each of the front and back and a mountain fold line (14) penetrating both sides of the central plate (13) to the top and bottom. ), The center plate of the side plate (15) is provided with a mountain fold line (16) that penetrates the top and bottom, and the peripheral wall (11) as a whole forms a hexagonal cylinder shape higher than the column plate (1),
c) The ceiling board (3) is glued to the ceiling of the pillar board (1),
d) The sub-floor board (6) is separated into the front floor board (7) and the back floor board (8), and both the front and back floor boards (7, 8) are shifted from the top floor board (3) toward the ground. It is bonded to the front and back of the column plate (1) at the position, and the edges of the front and back are bonded to the surrounding wall (11) with the sub-floor plate (6) in a horizontal state, and further to the side edges. A side flap (12) for reinforcing the sub-floor board (6) is provided via the fold line,
e) In the column plate (1), a central region (5) is provided by cutting out the central region of the region sandwiched between the ceiling plate (3) and the sub-floor plate (6). Provided as a connection area (2) for connecting the floor boards (3, 6) of
f) In order to put in and out the display on the sub-floor plate (6), the width of the central plate (13) is slightly lower than the middle window (5). An outer window (18) that spans the area and whose vertical width is shorter than the vertical width of the middle window area 5,
Multistage display stand.