JP3637212B2 - Folding structure - Google Patents

Folding structure Download PDF

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JP3637212B2
JP3637212B2 JP26238598A JP26238598A JP3637212B2 JP 3637212 B2 JP3637212 B2 JP 3637212B2 JP 26238598 A JP26238598 A JP 26238598A JP 26238598 A JP26238598 A JP 26238598A JP 3637212 B2 JP3637212 B2 JP 3637212B2
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Japan
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folding
caster
wall surface
surface portion
leveling
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JP2000073575A (en
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寿麿 中谷
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スワンムービングウォール株式会社
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Description

【0001】
【発明の属する技術分野】
本発明は,例えば屋外設置の架設ハウス,工場内の屋内設置の事務所等に好適に用いられる折畳み構造物に関し,特にこの折畳み構造物の地表又は床面に対する水平設置を容易になし得るようにした折畳み構造物の水平出し装置に関する。
【0002】
【従来の技術】
この種折畳み構造物は,本発明者の特許出願によって提案済であるが,例えば一対の対向基壁と該対向基壁間の一対の折畳み壁とによって折畳み自在に形成した平面方形又は矩形の折畳み壁面部を有し,これに例えば上記折畳み壁の折畳みに伴い上方に谷折状に折畳むようにした折畳み屋根,棟部で分離し一対の対向基壁の外側に重合状に回動して折り畳むようにした分離跳ね上げ状屋根,或いは現場で連結組み立てすることにより形成する組み立て屋根等各種の屋根(天井を含む意味に用いる)を備え,また必要に応じて一対の対向基壁の内側に回動して折り畳むようにした分離跳ね上げ状床や現場で連結組み立てすることにより形成する組み立て床等の床を備えたものとされ,一対の対向基壁,折畳み壁,屋根,必要に応じて用いる床は,一般にパネル構成によるものとし,折畳みや回動には,例えばアルミヒンジやヒンジ金物を使用したものとされ,上記一対の対向基壁や折畳み壁にドア,引き戸等の建具を設置して,人の出入りを可能とするようにしたものとされる。
【0003】
【発明が解決しようとする課題】
この折畳み構造物は,例えば現場施工によって構築したり,組み立て設置したりする構造物に比べて,設置と撤去が相対的に簡易であり,また不使用時にはコンパクトに折り畳んで保管できるというメリットがあるが,設置する地表や床面に傾斜や凹凸がある場合,工場生産の折畳み構造物は,そのままではこれに対応することができず,その水平設置をなし得ないから,例えばこれに水平出しの高さ調整用アジャスター金具を設けることが設置の作業性を確保して好ましいことになるが,一方で折畳み構造物はそれ自体重量が嵩み,特に例えば断熱性や防音性を確保したものは,表裏の鋼板間に発泡樹脂を発泡充填したパネルを用いる等してその対向基壁や折畳み壁を構成することになるから,これら対向基壁と折畳み壁とによる折畳み壁面部の重量が大きくなり,屋根及び/又は床等を備えた折畳み構造物は更に重量が嵩むことになって,上記水平出しの高さ調整用アジャスター金具を設けても,これら重量によって水平出しの調整が容易になし得ないという問題点を残すことになる。
【0004】
本発明は,かかる事情に鑑みてなされたもので,その解決課題とするところは,折畳み構造物に上記水平出しの高さ調整用アジャスターを設けるようにするとともにその設置時に水平出しの調整を可及的容易に行ない得るようにした折畳み構造物を提供するにある。
【0005】
【課題を解決するための手段】
上記課題に添って本発明は,折畳み構造物にその水平出しの高さ調整用アジャスター金具を設けて,折畳み構造物の水平設置を可能とするとともに,水平出しの調整に際して折畳み構造物,即ちその折畳み壁面部を所定高さに持ち上げ支持して,折畳み構造物乃至折畳み壁面部の重量を感じることなく調整をなし得るようにしたものであって,即ち請求項1に記載の発明を,一対の対向基壁と該対向基壁間の一対の折畳み壁とによって折畳み自在に形成した平面方形又は矩形の折畳み壁面部を有し且つ該折畳み壁面部の下部に水平出しの高さ調整用アジャスター金具と移動搬送用キャスターとを備えた折畳み構造物であって,該キャスターをキャスター枠を介して折畳み壁面部に設置することによって該折畳み壁面に対して着脱自在にその外側で下向き突出するとともに該キャスターの突出高さを上記アジャスター金具の最大突出寸法と同等又はそれ以上の高さとし,キャスターによる浮かし状態のアジャスター金具による水平出し調整と該調整後のキャスター取り外しを自在としてなることを特徴とする折り畳み構造物としたものである。
【0006】
請求項2に記載の発明は,これに加えて,折畳み構造物乃至折畳み壁面部が折畳み自在であることによる不安定性を可及的に解消して,上記移動搬送用キャスターによって可及的に安定した支持及び搬送移動をなし得るように,これを,上記キャスターを,折畳み壁面部における一対の対向基壁の少なくとも各幅方向両端部に設置してなることを特徴とする請求項1に記載の折畳み構造物としたものである。
【0007】
請求項3に記載の発明は,同じく上記に加えて,キャスター枠を介したキャスターの設置の形態を示すように,これを,上記キャスター枠を介したキャスターの折畳み壁面部への設置を,キャスターを固定したキャスター枠を折畳み壁面部にボルトナットによって締着固定することによって行なってなることを特徴とする請求項1に記載の折畳み構造物としたものである。
【0008】
本発明は,これらをそれぞれ発明の要旨として上記課題解決の手段としたものである。
【0009】
【発明の実施の形態】
以下図面の例に従って本発明を更に具体的に説明すれば,Aは,例えば工場等の建屋内に据置き設置して,事務所やクリーンルームとして使用するようにした折畳み構造物であり,該折畳み構造物Aは,一対の対向基壁2と該対向基壁間の一対の折畳み壁3とによって折畳み自在に形成した平面方形又は矩形の折畳み壁面部1を有するものとしてあり,本例にあって該折畳み壁面部1は,上記一対の対向基壁2の幅方向両端部に上記一対の折畳み壁3をヒンジ12連結,本例にあって例えばアルミヒンジを用いた連結を行なうとともに該各一対の折畳み壁3を,それぞれ対応する幅方向中間位置でヒンジ12連結,本例にあって幅方向中央位置1箇所において同じくアルミヒンジによる連結を行ない,一対の対向基壁2間において一対の折畳み壁3を谷折り自在,山折り自在又は蛇腹折り自在,本例にあっては特に幅方向にコンパクトの折畳みをなし得るように谷折り自在のものとしてある。
【0010】
折畳み構造物Aは,その上記折畳み壁面部1の対向基壁2及び折畳み壁3にそれぞれ設置したこれらの水平出しの高さ調整用アジャスター金具14と移動搬送用キャスター28とを備えてあり,該キャスター28は,これをキャスター枠27を介して折畳み壁面部1に設置することによって該折畳み壁面部1に対して着脱自在にその外側で下向き突出したものとし,このとき該キャスター28は,これを,折畳み壁面部1における一対の対向基壁2のそれぞれ少なくとも幅方向両端部に設置したものとしてある。
【0011】
本例にあって水平出しの高さ調整用アジャスター金具14は,これを上記一対の対向基壁2及び折畳み壁3の下面に長手方向に複数設置したものとし,該アジャスター金具15は,これを建屋の床に載置するべース16と,該べース16上に垂直に立上げ設置した太軸にして折畳み構造物Aの荷重支持可能の回転ボルト17と,該回転ボルト17の下方に固定した固定ナット等による手操作部18と,上記対向基壁2及び折畳み壁3側に固定した上記回転ボルト17螺装用の受けナット20とを備えたものとしてあり,このとき本例にあって対向基壁2及び折畳み壁3側の受けナット20は,アジャスター金具15とともに調整手段をなすように,上記対向基壁2及び折畳み壁3の下端長手方向に一連又は断続的に添設固定した,例えば断面方形,矩形等にして強度に優れて折畳み構造物Aの荷重支持可能の中空の支持枠19を用い,その底板部上面又は下面,本例にあって上面の中空部内に,ボルト用の透孔を介して回転ボルト17を螺装受入するように固定したものとしてあり,従って本例にあっては,支持枠19の受けナット20に回転ボルト17を螺装して,アジャスター金具15を支持枠19にそれぞれ設置しておき,上記手操作部18によって回転ボルト17を螺装方向と逆方向に回転することによって,回転ボルト17を下方に繰り出し,アジャスター金具15のべース16が建屋の床に接地している状態で,折畳み壁面部1の水平出しを行なうように調整作業をすることができるようにしてある。
【0012】
一方キャスター枠27を介して設置したキャスター28は,折畳み壁面部1の下部,本例にあっては,上記一対の対向基壁2の幅方向両端と各中間位置2箇所の,一方の対向基壁2に4箇所,合計8箇所に,それぞれ直接又はブラケットを介する等してボルトナット29によって締着固定して,それぞれその着脱自在にして折畳み壁面部1の外側における下向き突出の設置を行ってあり,このとき上記キャスター枠27は,例えば厚肉のL字アングル材を組合せて,正面L字形に,側面垂直三角形にこれらアングル材を溶着固定した強度に優れて折畳み構造物Aの荷重支持可能のものとし,またキャスター28は,該キャスター枠27の上記垂直三角形の下辺の正面側先端に溶着又はアングル材を挟む上下のナット30によって締着固定した,同じく強度に優れて折畳み構造物Aの荷重支持可能のものとしてある。
【0013】
このとき該キャスター28は,それぞれ折畳み壁面部,本例の一対の対向基壁2にキャスター枠27を介して固定した際,折畳み壁面部1から下向き突出の高さ(突出長さ)を同一として建屋の床に接地するようにしてあり,また該キャスター28の突出高さは,これを上記アジャスター金具15の最大調整寸法,即ちアジャスター金具15が,折畳み構造物A乃至折畳み壁面部1の水平出しのために予定した最大調整寸法と同等又はそれ以上の高さとてあり,これにより上記キャスター28の床接地の状態において,高さ調整用アジャスター金具15は,キャスター28の床接地位置より上方にあって,建屋の床に接触することなく,その水平出し調整に際して折畳み構造物A乃至折畳み壁面部1を所定高さに持ち上げ支持して,例えばその上記回転ボルト17の繰り出しによる調整を,重量を全く感じることなく,スムーズ且つ確実になし得るようにするとともにキャスター28による搬送移動をなし得るようにしてある。
【0014】
以上の水平出しの高さ調整用アジャスター金具15と移動搬送用キャスター28を備えた本例の折畳み構造物Aは,これを上記折畳み壁面部1と,該折畳み壁面部1上に現場で連結組み立てすることにより形成する組み立て屋根,本例にあって,折畳み構造物Aを建屋内設置の屋内用としたことにより,特に上記折畳み壁面部1上に載置て,相互に連結して組み立てる天井7とを備えたものとしてあり,このとき上記折畳み壁面部1の各対向壁2及び折畳み壁3並びに天井7は,それぞれ表裏の鋼板間に発泡樹脂を発泡充填して,一体に接着した断熱防音用のパネル8を連結枠9で連結したものとして,上記載置部分,これら連結部分を含めて随所に気密材11を介設して,上記アルミヒンジ12によって得られる気密性ともに全体に亘る気密性を高度に確保し,上記事務所,クリーンルーム等としての性能を確保するものとしてあるため,例えば上記パネル8は10Kg/mを超えるものとなり,従って本例にあっては,折畳み壁面部1の状態での搬送移動や高さ調整をなし得るようにしてあるが,その重量は極めて嵩むものとなり,一般に高さ調整用アジャスター金具15を設置しても,その搬送移動や水平出しの調整は著しく困難となるところ,本例にあっては移動搬送用キャスター28による浮かし状態のアジャスター金具による水平出し調整と該調整後のキャスター28取り外しを自在としてあり,これによってこれら搬送移動や水平出しの調整を極めて容易になし得て,折畳み構造物Aの設置や撤去を作業性よく行なうことが可能になる。
【0015】
水平出しの調整後に,本例にあって上記ボルトナット29の締着を外すことによって,折畳み構造物Aの設置後にキャスター28を取り外すことができるから,折畳み構造物Aの設置状態で,該キャスター28が,折畳み構造物Aから外側に突出してスペースを占有したり,折畳み構造物Aの外側を歩行する歩行者の歩行の安全を妨げたりすることも防止できる。
【0016】
図中4は対向基壁2に設置し,本例にあって上記支持枠19を設けずに下端を建屋の床に接地するように配置した気密ドアによる出入用建具,5は対向基壁2及び折畳み壁3に設置した,本例にあって嵌め殺しサッシによる窓,6は対向基壁2の両端に折曲設置して折畳み壁3をヒンジ12連結する補強枠兼用の折曲壁,10は天井補強材,13は折畳み壁3の幅方向中間位置,本例にあって幅方向中央位置のヒンジ12連結のために介設したヒンジ枠,21は高さ調整用アジャスター金具15の目隠し用にして対向基壁2及び折畳み壁3の下端室内外にそれぞれ長孔22を介して水平の高さ調整用アジャスター金具15の調整に応じて傾斜可能にネジ23固定自在とした目隠しカバー,24は,本例においてその室内側の目隠しカバー21の上記アジャスター金具15のべース16部分を切り欠き除去して室外側に向けて突出するように設け且つ気密材11を配置することによって建屋の床との間で気密性を確保するようにした接地フィン,31は対向基壁2及び折畳み壁3上端を囲繞するように設けた上方目隠しカバー,32は天井7の外れ止め用の垂下フィンをそれぞれ示す。
【0017】
図示した例は以上のとおりとしたが,折畳み構造物を,上記屋根(天井)を現場設置するものに代えて,これを折畳み壁面部に一体的に設置した上記折畳み屋根,分離跳ね上げ状屋根等の折畳み自在に備えたものとし,また必要に応じて分離跳ね上げ状床,組み立て床等の床を備えたものとして構成すること,折畳み壁面部の水平出しの高さ調整用アジャスター金具を,同じく回転ボルトを回転して調整を行なうように,対向基壁及び折畳み壁の下端に設置した上下を一対とする強度に優れた枠間に一方を回転自在に保持し,他方を螺装することによって回転ボルトを介設し,該回転ボルトを回転してその調整を行なうものとして構成すること等を含めて,本発明の実施に当って,折畳み壁面部,対向基壁,折畳み壁,高さ調整用アジャスター金具,移動搬送用キャスター等の各具体的材質,形状,構造,数,これらの関係,これらに対する付加,折畳み構造物の用途等は,上記発明の要旨に反しない限り,様々の形態のものとすることができる。
【0018】
【発明の効果】
本発明は以上のとおりに構成したので,請求項1に記載の発明は,折畳み構造物にその水平出しの高さ調整用アジャスター金具を設けるとともに,折畳み構造物の設置時に移動搬送用キャスターによってその荷重を支持し,上記高さ調整用アジャスター金具による水平出しの調整を,折畳み構造物乃至その折畳み壁面部の重量を感じることなく可及的容易に行なうことが可能な折畳み構造物を提供することができる。また移動搬送用キャスターは着脱自在であるから,折畳み構造物の設置後はこれを取り外すことが可能になり,該キャスターが折畳み構造物の設置状態で,これを超えるスペースを占有したり,折畳み構造物から外側に突出して,その外側を歩行する歩行者が足を取られたりするような歩行者の安全を妨げたりすることも防止できる。請求項2に記載の発明は,これに加えて,折畳み構造物乃至折畳み壁面部が折畳み自在であることによる不安定性を可及的に解消して,上記移動搬送用キャスターによって可及的に安定した支持と搬送移動を行うものとすることができる。
【図面の簡単な説明】
【図1】 折畳み構造物の斜視図である。
【図2】 折畳み構造物の主要な部材を示す斜視図である。
【図3】 折畳み構造物の設置直後の横断面図である。
【図4】 折畳み構造物の部分縦断面図である。
【図5】 折畳み構造物の部分横断面図である。
【図6】 折畳み壁の折畳み状態を示す部分横断面図である。
【図7】 高さ調整用アジャスター金具を示す拡大図である。
【図8】 移動搬送用キャスターの取付け状態を示す正面図である。
【図9】 移動搬送用キャスターの取付け状態を示す側面図である。
【図10】 移動搬送用キャスターの取付け状態を示す平面図である。
【符号の説明】
A 折畳み構造物
1 折畳み壁面部
2 対向基壁
3 折畳み壁
12 ヒンジ
15 高さ調整用アジャスター金具
27 キャスター枠
28 移動搬送用キャスター
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a folding structure suitably used for, for example, an outdoor installation house, an indoor office in a factory, and the like, in particular, so that the horizontal installation of the folding structure can be easily performed on the ground surface or floor surface. The present invention relates to a leveling device for a folded structure.
[0002]
[Prior art]
This kind of folding structure has been proposed by the applicant's patent application. For example, a flat rectangular or rectangular folding formed by a pair of opposing base walls and a pair of folding walls between the opposing base walls. There is a wall surface part, for example, a folding roof that folds upward in the shape of a valley when the folding wall is folded, separated at the ridge part, and rotated and folded to the outside of the pair of opposing base walls Various roofs (used to include the ceiling) such as a separate flip-up roof or an assembly roof formed by connecting and assembling at the site, and if necessary, can be turned inside the pair of opposed base walls. A floor with separate flip-up floors that can be moved and folded, or an assembly floor formed by connecting and assembling in the field, a pair of opposing base walls, folding walls, a roof, and a floor that is used as required Is Generally, it is based on the panel configuration, and it is assumed that, for example, aluminum hinges or hinge hardware are used for folding and turning, and doors, sliding doors, and other fittings are installed on the pair of opposed base walls and folding walls. It is supposed to be able to go in and out.
[0003]
[Problems to be solved by the invention]
This folding structure is relatively easy to install and remove, for example, compared to a structure that is constructed by site construction or assembled and installed, and has the advantage that it can be folded and stored compactly when not in use. However, if the ground surface or floor surface to be installed is inclined or uneven, the factory-produced folded structure cannot cope with it as it is and cannot be installed horizontally. While it is preferable to provide an adjuster bracket for height adjustment, ensuring the workability of the installation, on the other hand, the folding structure is heavy in its own right. Since the opposite base wall and the folding wall are constructed by using a panel filled with foamed resin between the front and back steel plates, the folding wall is composed of the opposing base wall and the folding wall. The weight of the part increases, and the folding structure with a roof and / or floor becomes heavier. Even if the leveling height adjustment adjuster is provided, The problem remains that adjustment cannot be made easily.
[0004]
The present invention has been made in view of such circumstances, and the problem to be solved is that the above leveling height adjustment adjuster is provided in the folding structure and the leveling adjustment is possible at the time of installation. It is an object of the present invention to provide a folding structure that can be performed as easily as possible.
[0005]
[Means for Solving the Problems]
In accordance with the above-described problems, the present invention provides a leveling adjustment adjuster for the folding structure so that the folding structure can be installed horizontally. The folding wall surface portion is lifted and supported at a predetermined height so that adjustment can be performed without feeling the weight of the folding structure or the folding wall surface portion. A flat rectangular or rectangular folding wall surface formed so as to be foldable by an opposing base wall and a pair of folding walls between the opposing base walls, and a leveling adjuster fitting for leveling at the bottom of the folding wall surface; A foldable structure including a movable transfer caster, wherein the caster is installed on the fold wall surface through a caster frame so as to be detachable from the fold wall surface. The caster protrudes downward and the protruding height of the caster is equal to or higher than the maximum protruding dimension of the adjuster bracket, making it possible to adjust the leveling with the adjuster bracket in the floating state by the caster and to remove the caster after the adjustment. This is a folding structure characterized by the above.
[0006]
In addition to this, the invention described in claim 2 eliminates as much as possible instability due to the folding structure or the folding wall surface being foldable, and is stabilized as much as possible by the above-mentioned movable transfer caster. The said caster is installed in at least each width direction both ends of a pair of opposing base wall in a folding wall surface part so that this can perform the support and conveyance movement which were performed. It is a foldable structure.
[0007]
In addition to the above, the invention according to claim 3 shows that the installation of the caster on the folding wall surface via the caster frame is the same as the caster frame. The folding structure according to claim 1, wherein the caster frame is fixed by being fastened and fixed to the folding wall surface with bolts and nuts.
[0008]
The present invention is a means for solving the above problems as the gist of the invention.
[0009]
DETAILED DESCRIPTION OF THE INVENTION
In the following, the present invention will be described in more detail with reference to the example of the drawings. A is a folding structure which is installed in a building such as a factory and used as an office or a clean room. The structure A has a flat rectangular or rectangular folding wall portion 1 that is foldably formed by a pair of opposing base walls 2 and a pair of folding walls 3 between the opposing base walls. The folding wall surface portion 1 connects the pair of folding walls 3 to hinges 12 at both ends in the width direction of the pair of opposed base walls 2. In this example, the folding wall surface portion 1 is connected using, for example, an aluminum hinge. The folding walls 3 are connected to the hinges 12 at the corresponding intermediate positions in the width direction. In this example, the folding walls 3 are also connected by the aluminum hinges at one central position in the width direction. Freely valley fold walls 3, freely folded freely or bellows-like folded mountain, in the present embodiment is as freely valley fold to be made to fold compactly particular width direction.
[0010]
The folding structure A includes these leveling height adjusting adjuster fittings 14 and movable transporting casters 28 installed on the opposing base wall 2 and the folding wall 3 of the folding wall surface portion 1, respectively. The caster 28 is installed on the folding wall surface portion 1 through the caster frame 27 so as to protrude downward on the outside so as to be detachable from the folding wall surface portion 1. The folding wall surface portion 1 is installed at at least both ends in the width direction of the pair of opposed base walls 2.
[0011]
In this example, the leveling adjuster bracket 14 for leveling is provided in a plurality in the longitudinal direction on the lower surfaces of the pair of opposing base walls 2 and the folding wall 3, and the adjuster bracket 15 A base 16 mounted on the floor of the building, a rotating bolt 17 that is vertically installed on the base 16 and can support the load of the folding structure A, and a lower part of the rotating bolt 17 A manual operation portion 18 by a fixing nut or the like fixed to the side wall, and a receiving nut 20 for screwing the rotating bolt 17 fixed to the opposing base wall 2 and the folding wall 3 side. The receiving nut 20 on the side of the opposing base wall 2 and the folding wall 3 is attached and fixed in series or intermittently in the longitudinal direction of the lower ends of the opposing base wall 2 and the folding wall 3 so as to make adjustment means together with the adjuster fitting 15. , Eg cross section A hollow support frame 19 having a shape, a rectangle, etc. that is excellent in strength and capable of supporting the load of the folded structure A, has a through-hole for bolts in the upper or lower surface of the bottom plate portion, in the hollow portion of the upper surface in this example. Therefore, in this example, the rotating bolt 17 is screwed to the receiving nut 20 of the support frame 19 so that the adjuster bracket 15 is attached to the support frame. 19, and the rotating bolt 17 is rotated in the direction opposite to the screwing direction by the manual operation unit 18 so that the rotating bolt 17 is drawn downward, and the base 16 of the adjuster fitting 15 is moved to the floor of the building. Adjustment work can be performed so that the folding wall surface portion 1 is leveled while being grounded.
[0012]
On the other hand, the caster 28 installed via the caster frame 27 is one opposing base at the lower part of the folding wall surface portion 1, in this example, at both ends in the width direction of the pair of opposing base walls 2 and at two intermediate positions. At 4 places on the wall 2, a total of 8 places, either directly or via brackets, etc., are fastened and fixed by bolts and nuts 29, and each of them is detachable and installed with downward projections outside the folding wall 1 At this time, the caster frame 27 is capable of supporting the load of the folding structure A with an excellent strength in which, for example, thick L-shaped angle members are combined and these angle members are welded and fixed to the front L-shape and the side vertical triangle. The casters 28 are fastened and fixed to the front end of the lower side of the vertical triangle of the caster frame 27 by upper and lower nuts 30 sandwiching an angle material. Also there as load supportable structure A folding excellent in strength.
[0013]
At this time, when the casters 28 are fixed to the folding wall surface portion and the pair of opposed base walls 2 in this example via the caster frame 27, the height (projection length) of the downward projection from the folding wall surface portion 1 is the same. The caster 28 is grounded to the floor of the building, and the height of the caster 28 is the maximum adjustment dimension of the adjuster metal 15, that is, the adjuster metal 15 is leveled from the folding structure A to the folding wall 1. Therefore, the height adjustment bracket 15 is located above the floor grounding position of the caster 28 in the state where the caster 28 is grounded on the floor. Thus, without making contact with the floor of the building, when the leveling adjustment is performed, the folding structure A or the folding wall surface 1 is lifted and supported to a predetermined height, for example, The adjustment of the delivery of the rotary bolt 17, without feeling any weight, are so may make transport movement by casters 28 while to be done smoothly and securely.
[0014]
The folding structure A of the present example including the leveling height adjustment adjuster 15 and the movable transfer caster 28 is assembled and connected to the folding wall surface portion 1 and the folding wall surface portion 1 in the field. In this example, the folding roof A is used for indoor installation, so that the ceiling 7 is placed on the folding wall surface 1 and connected and assembled to each other. At this time, each of the opposing wall 2 and the folding wall 3 and the ceiling 7 of the folding wall surface portion 1 are foam-filled with foamed resin between the front and back steel plates, and are integrally bonded for insulation and soundproofing. The panel 8 is connected by a connecting frame 9, and the airtightness 11 obtained by the above-described aluminum hinge 12 is provided through the airtight material 11 everywhere including the above-mentioned mounting portions and these connecting portions. Highly secure sex, since there as to ensure the performance of the above firm, clean room, for example the panel 8 becomes to exceed 10 Kg / m 2, therefore in the present example, the folding wall portion 1 However, the weight is extremely heavy, and even if the height adjustment adjuster 15 is installed, the transfer movement and leveling adjustment are generally not possible. In this example, the leveling adjustment by the adjuster bracket in the floating state by the moving conveyance caster 28 and the removal of the caster 28 after the adjustment can be freely performed in this example, thereby adjusting the conveyance movement and leveling. Therefore, the folding structure A can be installed and removed with good workability.
[0015]
After adjusting the leveling, the caster 28 can be removed after the folding structure A is installed by removing the bolts and nuts 29 in this example, so that the caster can be removed with the folding structure A installed. It is also possible to prevent 28 from projecting outward from the folding structure A to occupy a space or hindering the safety of walking of a pedestrian walking outside the folding structure A.
[0016]
In the figure, reference numeral 4 is installed on the opposing base wall 2, and in this example, an entry / exit fitting by an airtight door arranged so as to be grounded to the floor of the building without providing the support frame 19, and 5 is the opposing base wall 2 In the present example, a window with a fitting sash installed in the folding wall 3, 6 is a folding wall that also serves as a reinforcing frame that is installed at both ends of the opposing base wall 2 and connects the folding wall 3 with hinges 12, 10 Is a ceiling reinforcing material, 13 is an intermediate position in the width direction of the folding wall 3, in this example, a hinge frame provided to connect the hinge 12 at the center position in the width direction, and 21 is a blindfold for the height adjustment adjuster 15 A blindfold cover 24, which can be fixed to the screw 23 so that it can be tilted in accordance with the adjustment of the horizontal height adjusting adjuster 15 through the long holes 22 inside and outside the lower end chambers of the opposing base wall 2 and the folding wall 3. In this example, the indoor blindfold cover 21 The base 16 portion of the adjuster fitting 15 is cut out and provided so as to protrude toward the outside of the room, and the airtight material 11 is arranged to ensure airtightness with the floor of the building. A grounding fin 31 is an upper blind cover provided so as to surround the upper ends of the opposing base wall 2 and the folding wall 3, and 32 is a hanging fin for preventing the ceiling 7 from coming off.
[0017]
Although the example shown in the figure is as described above, the folding structure is replaced with the roof (ceiling) installed on-site, and the folding roof is integrated on the folding wall surface, and the separated flip-up roof It can be foldable, etc., and can be configured as a floor with a separate flip-up floor, an assembly floor, etc. as necessary, and an adjuster bracket for leveling the level of the folding wall surface. Similarly, rotate one rotating bolt between the upper and lower frames installed at the bottom of the opposing base wall and folding wall, and rotate the other so that the adjustment can be performed by rotating the rotating bolt and screwing the other. In the practice of the present invention, including a configuration in which a rotating bolt is interposed and the rotating bolt is rotated and adjusted, the folding wall surface portion, the opposed base wall, the folding wall, the height Adjuster for adjustment Each specific material, shape, structure, number, relationship between these, metal fittings, mobile transfer casters, etc., addition to these, use of the folding structure, etc., shall be of various forms unless it is contrary to the gist of the invention. can do.
[0018]
【The invention's effect】
Since the present invention is configured as described above, the invention according to claim 1 is provided with a leveling adjuster for adjusting the height of the folding structure, and the movable conveying caster is used when the folding structure is installed. To provide a foldable structure that supports a load and can be adjusted as easily as possible without feeling the weight of the foldable structure or its wall surface by adjusting the leveling by the height adjusting bracket. Can do. In addition, since the mobile transfer caster is detachable, it can be removed after the folding structure is installed, and the caster occupies more space than the folding structure, or the folding structure is installed. It can also be prevented that the pedestrian who protrudes outward from the object and walks outside the object gets his / her foot blocked. In addition to this, the invention described in claim 2 eliminates as much as possible instability due to the folding structure or the folding wall surface being foldable, and is stabilized as much as possible by the above-mentioned movable transfer caster. Support and transport movement.
[Brief description of the drawings]
FIG. 1 is a perspective view of a folding structure.
FIG. 2 is a perspective view showing main members of the folding structure.
FIG. 3 is a cross-sectional view immediately after installation of the folding structure.
FIG. 4 is a partial vertical cross-sectional view of a folding structure.
FIG. 5 is a partial cross-sectional view of a folding structure.
FIG. 6 is a partial cross-sectional view showing a folded state of the folding wall.
FIG. 7 is an enlarged view showing a height adjustment adjuster.
FIG. 8 is a front view showing an attached state of the movable transfer caster.
FIG. 9 is a side view showing an attached state of a moving transfer caster.
FIG. 10 is a plan view showing an attached state of a moving transfer caster.
[Explanation of symbols]
A Folding structure 1 Folding wall surface part 2 Opposite base wall 3 Folding wall 12 Hinge 15 Adjuster bracket for height adjustment 27 Caster frame 28 Caster for mobile conveyance

Claims (3)

一対の対向基壁と該対向基壁間の一対の折畳み壁とによって折畳み自在に形成した平面方形又は矩形の折畳み壁面部を有し且つ該折畳み壁面部の下部に水平出しの高さ調整用アジャスター金具と移動搬送用キャスターとを備えた折畳み構造物であって,該キャスターをキャスター枠を介して折畳み壁面部に設置することによって該折畳み壁面部に対して着脱自在にその外側で下向き突出するとともに該キャスターの突出高さを上記アジャスター金具の最大突出寸法と同等又はそれ以上の高さとし,キャスターによる浮かし状態のアジャスター金具による水平出し調整と該調整後のキャスター取り外しを自在としてなることを特徴とする折り畳み構造物。  A flat square or rectangular folding wall surface portion that is foldable by a pair of opposed base walls and a pair of folding walls between the opposed base walls, and a leveling adjuster for leveling at the lower part of the folded wall surface portion A folding structure including a metal fitting and a movable transfer caster, and the caster is installed on the folding wall surface portion via a caster frame, so that the folding wall surface portion is detachably protruded downward on the outside. The protruding height of the caster is equal to or higher than the maximum protruding dimension of the adjuster bracket, and the leveling adjustment by the adjuster bracket in the floating state by the caster and the removal of the caster after the adjustment can be freely performed. Folding structure. 上記キャスターを,折畳み壁面部における一対の対向基壁の少なくとも各幅方向両端部に設置してなることを特徴とする請求項1に記載の折畳み構造物。  2. The folding structure according to claim 1, wherein the casters are installed at at least both end portions in the width direction of a pair of opposed base walls in the folding wall surface portion. 上記キャスター枠を介したキャスターの折畳み壁面部への設置を,キャスターを固定したキャスター枠を折畳み壁面部にボルトナットによって締着固定することによって行なってなることを特徴とする請求項1に記載の折畳み構造物。  The installation of the caster on the folding wall surface via the caster frame is performed by fastening the caster frame on which the caster is fixed to the folding wall surface with bolts and nuts. Folding structure.
JP26238598A 1998-09-01 1998-09-01 Folding structure Expired - Fee Related JP3637212B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP26238598A JP3637212B2 (en) 1998-09-01 1998-09-01 Folding structure

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Application Number Priority Date Filing Date Title
JP26238598A JP3637212B2 (en) 1998-09-01 1998-09-01 Folding structure

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JP3637212B2 true JP3637212B2 (en) 2005-04-13

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Cited By (2)

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CN111894280A (en) * 2020-07-21 2020-11-06 潘秋萍 Assembled building wall supporting method
CN112227735A (en) * 2020-09-30 2021-01-15 中建鸿腾建设集团有限公司 Centering assembly for hoisting assembled column

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111894280A (en) * 2020-07-21 2020-11-06 潘秋萍 Assembled building wall supporting method
CN111894280B (en) * 2020-07-21 2021-05-11 广东长海建设工程有限公司 Assembled building wall body support equipment
CN112227735A (en) * 2020-09-30 2021-01-15 中建鸿腾建设集团有限公司 Centering assembly for hoisting assembled column
CN112227735B (en) * 2020-09-30 2021-04-20 中建鸿腾建设集团有限公司 Centering assembly for hoisting assembled column

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