JP2003321986A - Width adjustable gatepost for mansion - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To fit and fix a skeleton-fixed column and a fitted adjustable column both of which have end caps provided on top and bottom ends thereof in a width adjustable gatepost installed in a skeleton of a mansion to each other while adjusting lengths of the two columns to a same length. <P>SOLUTION: End caps 4 and 5 are respectively fitly arranged to both the top and bottom ends of the skeleton fixed column 2 having the same length as that of the gatepost 1 and the fitted adjustable column 3 fitted to the skeleton fixed column, and the end cap 4 of the skeleton fixed column 2 is formed in the shape of a flat plane rectangle approximately 1 to 2 mm in thickness, the end cap 5 of the fitted adjustable column 3 is formed in the shape of a plane rectangle having a relief space 54 in the rear side of a raised surface 53 by having the outer circumferential edge section 52 and the in-plane raised surface 53 making approximately 2 to 3 mm of an uneven step with the outer circumferential edge section, the end caps 4 and 5 are formed in the shapes having different heights of uneven steps to freely insert the end cap 4 of the skeleton fixed column 2 into the relief space 54, and two columns can be fitted with an adjustable width. <P>COPYRIGHT: (C)2004,JPO

Description

【発明の詳細な説明】 【０００１】 【発明の属する技術分野】本発明は，マンションの玄関
スペースを共用スペースと区分するように門扉を設置す
るに，門扉本体を支持するように用いるマンション用の
幅調整自在門柱に関する。 【０００２】 【従来の技術及び発明が解決しようとする課題】マンシ
ョンの玄関スペースを廊下等の共用スペースと区分する
ように工場生産による規格の門扉を設置しようとして
も，建物の設計寸法が区々であるために，門扉を設置す
る開口における躯体の間隔と門扉の幅寸法とが一致しな
いことが多く，従って門柱を躯体に固定する以外に門柱
を立設し難い状況にあるマンションにおいては，例えば
躯体にブラッケットを設置し，該ブラケットに門柱を幅
調整自在に支持することによって，また例えば間仕切壁
の柱設置のように門柱を躯体への固定柱とこれに対して
出幅調整自在に配置固定した調整柱とを対として用いて
形成し，躯体の間隔と規格の門扉との寸法差を吸収調整
するように構成する必要が生じる。 【０００３】しかしブラケットを用いて寸法差を吸収調
整すると，一般にブラケットが露出するとともに柱と躯
体との間に隙間を生じることによって設置外観を損なう
傾向を招き易い。また躯体固定柱と調整柱を対として用
いると，一般に１ｍ乃至１．３ｍ程度の高さにして下端
を幾分床面から離して設置される門柱にあっては，視線
を受け易い上下端の目隠しと手を切る等の危険を防止す
るために該切断面を端部キャップによって被覆する必要
を生じるが，このとき固定柱と調整柱の長さ（高さ）を
同長とすると端部キャップ同士が同位置となるために調
整柱の配置固定ができなくなる一方，長さを異長とすれ
ばこれらの間の寸法差によってその配置固定を可能とす
ることができるが，対をなす躯体固定柱と調整柱を異長
とすると，躯体固定柱及び調整柱の長さ等の加工をそれ
ぞれの寸法に合せて行う必要が生じて加工が煩雑となる
傾向を残すとともに門柱設置に際してこれら躯体固定柱
と調整柱を異長に配置する位置合せと該位置合せ状態の
固定を行う必要が生じて同じく設置作業が煩雑となる傾
向を残している。 【０００４】本発明は係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，対に用いる躯体固定
柱と調整柱を同長として躯体の間隔と規格の門扉の寸法
差を吸収調整し得るようにし，その加工と設置作業を可
及的簡易且つ確実になし得るようにするとともに設置外
観を可及的良好とし得るようにしたマンション用の幅調
整自在門柱を提供するにある。 【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，躯体固定柱とこれを被嵌固定することによってその
出幅調整を自在として躯体の間隔と門扉の寸法差を吸収
調整可能とする被嵌調整柱を対として用いて門柱を構成
するとともにこれら躯体固定柱と被嵌調整柱とを同長と
することによってその加工の容易性を確保し，該躯体固
定柱と被嵌調整柱の上下端にそれぞれ端部キャップを配
置してその上下端の目隠しの化粧と危険防止を行うよう
にする一方，該端部キャップを設置することによって躯
体固定柱と被嵌調整柱の被嵌固定の障害となるのを解消
するように，被嵌調整柱の端部キャップに***面を形成
するとともに該***面の裏側に躯体固定柱の端部キャッ
プ受入用の逃しスペースを形成し，躯体固定柱の端部キ
ャップを上下方向内方，被嵌調整柱の端部キャップを上
下方向上方とするように，これらを異高段差状に配置す
ることによって上記逃しスペースに躯体固定柱の端部キ
ャップをスライド挿入自在とし，これによって対をなす
同長の躯体固定柱と被嵌調整柱の相互の被嵌固定をスム
ーズ且つ確実になし得るようにするとともに該被嵌固定
によって幅調整した躯体固定柱と被嵌調整柱の上下端に
設置した端部キャップの納まり間隔を可及的に僅少化し
これらの間の段差を小さくし得るようにして設置外観を
良好としたものであって，即ち本発明は，これを，所定
長さにアルミ押出材を切断加工して形成した躯体固定柱
と，躯体側の面を解放して嵌合溝部を開口配置し該嵌合
溝部に上記躯体固定柱を被嵌し固定金具によって固定す
ることによって躯体固定柱に対して幅方向の出幅調整を
自在とし上記躯体固定柱の長さと同長とするようにアル
ミ押出材を切断加工して形成した被嵌調整柱と，これら
躯体固定柱及び被嵌調整柱の上下端にその上下端面を被
覆するようにそれぞれその外形に合わせるように配置し
た各上下端の端部キャップとを備え，上記躯体固定柱の
端部キャップを該躯体固定柱の切断縁部に密接するとと
もに全体を可及的に略フラットとするように形成し且つ
上記被嵌調整柱の端部キャップを該被嵌調整柱上下端面
の切断縁部に密接するように配置した外周縁部及び該外
周縁部の内側にして少なくとも上記嵌合溝部位置に対応
する面内部分において上下方向外方に浮かし配置するこ
とによって裏側に逃しスペースを配置した***面とを備
えて形成し該被嵌調整柱における***面裏側の逃しスペ
ースに上記躯体固定柱の端部キャップをスライド挿入自
在としてなることを特徴とするマンション用の幅調整自
在門柱とし，これを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。 【０００６】 【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はマンション用の門扉，Ｂは
マンションの躯体であり，門扉Ａは，左右に一対の門柱
１と，該一対の門柱１間に前後開閉自在に配置した門扉
本体７とを備えたアルミ製規格の片開き門扉としてあ
り，本例の門扉Ａにおける上記一対の門柱１は，その一
方を門扉本体吊持ち支持用，他方を門扉本体戸当り用と
し，門扉本体７は，これら一対の門柱１のうち上記門扉
本体吊持ち支持用の門柱１にヒンジ連結することによっ
て前後開閉自在とした上記片開き用の単一のものとして
ある。 【０００７】門柱１は，躯体固定柱２と被嵌調整柱３と
を対として備え，躯体固定柱２に対して被嵌調整柱３を
出幅調整自在に配置固定することによって，躯体Ｂの間
隔と門扉Ａの寸法差を吸収調整するようにしてあり，本
例の門扉Ａにあって，上記左右に一対の門柱１の双方を
それぞれ躯体固定柱２と被嵌調整柱３によるものとし，
上記寸法差の吸収調整を該双方の門柱Ａにおいて可能と
することによって調整可能寸法を可及的に大きくするよ
うにしてある。 【０００８】躯体固定柱２は，これを所定長さにアルミ
押出材を切断加工して形成したものとし，被嵌調整柱３
は，これを，躯体Ｂ側の面を解放して嵌合溝部３１を開
口配置し該嵌合溝部３１に上記躯体固定柱１を被嵌し固
定金具６によって固定することによって躯体固定柱２に
対して幅方向の出幅調整を自在とし上記躯体固定柱２の
長さと同長とするようにアルミ押出材を切断加工して形
成したものとしてある。 【０００９】本例にあって躯体固定柱２は，例えばアル
ミ押出材のＣ字チャンネル材を１ｍ程度の所定長さに切
断し，対向する側壁間を繋ぐ底壁に所定の間隔で複数の
アンカー孔を穿設し，上記一対の門柱に共通のものとし
てある。また被嵌調整柱３は，例えば同じくアルミ押出
材を１ｍ程度にして上記躯体固定柱２と同長の長さに切
断し，躯体Ｂ側を上記躯体固定柱２の幅に合せて開口し
て嵌合溝部３１を配置するとともにその奥行方向中間に
躯体固定柱２の嵌合ストッパーを兼ねる補強壁３２を配
置し，また対向する側壁には先端で嵌合溝部３１の上記
躯体固定柱２に合せた開口を画するように対向方向に突
出するネジ止め用溝状の凹陥部３３を配置してあり，こ
のとき本例の被嵌調整柱３は，上記門扉本体吊持ち支持
用の門柱Ａにあってヒンジ３５設置側一方の側壁内側に
ヒンジ３５ネジ止め用の裏板３６を受け入れる幅広のス
ペースを上記凹陥部３３に並んで，上記門扉本体戸当り
用の門柱Ａにあって戸当りブロック３７設置側一方の側
壁内側に同じくそのネジ止め用の裏板３８を受け入れる
幅狭の中空部を上記凹陥部３３に並んでそれぞれ配置し
たものとしてある。 【００１０】これら躯体固定柱２及び被嵌調整柱３の上
下端には端部キャップ４，５を備えたものとしてあり，
これら端部キャップ４，５は，躯体固定柱２及び被嵌調
整柱３の上下端面を被覆するようにそれぞれその外形に
合わせるように配置してあり，上記躯体固定柱２の端部
キャップ４は，これを該躯体固定柱２の切断縁部に密接
するとともに全体を可及的に略フラットとするように形
成してあり，また上記被嵌調整柱３の端部キャップ５
は，これを，該被嵌調整柱３上下端面の切断縁部に密接
するように配置した外周縁部５２及び該外周縁部５２の
内側にして少なくとも上記嵌合溝部３１位置に対応する
面内部分において上下方向外方に浮かし配置することに
よって裏側に逃しスペース５４を配置した***面５３と
を備えて形成し該被嵌調整柱３における***面５３裏側
の逃しスペース５４に上記躯体固定柱２の端部キャップ
４をスライド挿入自在としたものとしてある。 【００１１】本例にあって端部キャップ４，５は，合成
樹脂，アルミ鋳物等の成型品を用いてそれぞれ躯体固定
柱２及び被嵌調整柱３の上下端に嵌着し，該躯体固定柱
２，被嵌調整柱３の上下端面をその外形に合せて被覆
し，上端においてこれらの切断端縁やその中空の構造が
外部に露出するのを防止して設置外観を良好に確保する
ようにし，下端においてこれら断面の切断端縁が外部に
露出するのを防止して該切断面によって手や足を切る危
険を防止するようにしてある。 【００１２】躯体固定柱２の端部キャップ４は，平坦に
して１〜２ｍｍ程度厚の平面矩形の被覆基部４１と，該
被覆基部４１の下方に躯体固定柱２の肉厚分内側に寄っ
た位置から躯体固定柱２の長手方向に突出しその開口側
と同じ前端側を開口した横断面コ字状の脚部４２とを備
えて一体に成型したものとしてあり，該脚部４２を躯体
固定柱２の上下端に嵌合挿入し，その後壁を躯体固定柱
２の底壁２１に対接してネジ６止め固定することによっ
て躯体固定柱２の上下端面を塞ぐようにそれぞれ嵌着し
てあり，このとき端部キャップ４の被覆基部４１の平面
形状を躯体固定柱２の外形に合せてその切断縁部上に周
縁部を載置するように該切断縁部を密着被覆するように
してある。 【００１３】被嵌調整柱３の端部キャップ５は，外周縁
部５２と該外周縁部５２面内側の***面５３とを有する
同じく平面矩形をなす被覆基部５１と，該被覆基部５１
の下方に外周縁部５２から被嵌調整柱３の肉厚分内側に
寄った位置より被覆調整柱３の長手方向に突出しその開
口側と同じ後端側を開口するとともに中間に被嵌調整柱
３の補強壁３２に合せてフィンを垂下した横断面コ字状
にして該フィンを有する脚部５５とを備えて一体に成型
したものとしてあり，同様に該脚部５５を被嵌調整柱３
の上下端に嵌合挿入し，その前壁を被嵌調整柱３の側面
の先端壁に対接してネジ６止め固定することによって同
じく被嵌調整柱３の上下端面を塞ぐように嵌着してあ
る。このとき上記外周縁部５２と***面５３とはそれぞ
れ内側に向けて上昇する傾斜部を介して配置し，外周縁
部５２と***面５３との間に上記躯体固定柱２の端部キ
ャップ４における被覆基部４１の厚さより僅かに高い寸
法，例えば２〜３ｍｍ程度の段差を形成するように，上
下方向外方，上端にあっては上方，下端にあっては下方
に***面５３を浮かし配置し，該***面５３の裏側に上
記段差による逃しスペース５４を形成配置したものとし
てある。このように形成した端部キャップ５は，これを
被嵌調整柱３の外形に合せてその切断縁部上に上記外周
端部５２を載置するように嵌着し，これによって該切断
縁部を外周縁部５２によって密着被覆するとともに上記
段差による逃しスペース５４を後方，即ち躯体固定柱２
側に開口するように配置することによって，上記躯体固
定柱２の端部キャップ４を，後述のように，この被嵌調
整柱３の端部キャップ５における逃しスペース５４にス
ライド挿入自在とするようにしてある。 【００１４】本例の門柱１にあっては，躯体固定柱２の
底壁２１を躯体Ｂに対接し，アンカー孔を介したアンカ
ー２２によってこれを躯体Ｂに固定し，次いで被嵌調整
柱３の上下端を躯体固定柱２の上下端と合せるように高
さを一致させて，被嵌調整柱３の嵌合溝部３１に躯体固
定柱２を嵌合するように，被嵌調整柱３を躯体固定柱２
に被嵌して，その出幅調整を行い，被嵌調整柱３の凹陥
部３３からその長手方向所定間隔多数のネジ６を躯体固
定柱２に螺入して該被嵌調整柱３を躯体固定柱２に固定
するようにその設置を行えばよく，このとき同長とした
躯体固定柱２と被嵌調整柱３は，被嵌調整柱３の上下端
に嵌着して配置した端部キャップ５が上記２〜３ｍｍの
段差をなすように浮かし配置した***面５３とその裏側
の逃しスペース５４を備える一方，躯体固定柱２の端部
キャップ４は躯体固定柱２からその厚さを１〜２ｍｍと
する略フラットにして外形を躯体固定柱２に合せるよう
に配置してあるから，躯体固定柱２と被嵌調整柱３の端
部キャップ４，５同士が異高段差状の配置関係となると
ともに被嵌調整柱３による躯体固定柱２の被嵌に際し
て，躯体固定柱２の端部キャップ４は被嵌調整柱３の端
部キャップ５の上記逃しスペース５４にスライド挿入
し，これを該逃しスペース５４内に納めることが可能と
なる。 【００１５】従って躯体Ｂ間の間隔に対して門扉Ａを設
置するについて，一対の門柱１の各出幅調整が可能とな
り，躯体Ｂ間の間隔と規格の門扉Ａの寸法差を吸収調整
して隙間のない門扉Ａの設置ができるようになり，この
とき躯体固定柱２と被嵌調整柱３を対として使用する
も，これらを同長としてその加工の容易性を確保可能と
し，これら同長の躯体固定柱２と被嵌調整柱３の上下端
にその目隠し化粧と安全確保のためにそれぞれ端部キャ
ップ４，５を設置しながら，端部キャップ４，５同士を
異高段差状に配置し被嵌調整柱３上下端の端部キャップ
５に形成した逃しスペース５４に躯体固定柱２上下端の
端部キャップ３をスライド挿入自在とすることによっ
て，端部キャップ４，５が被嵌固定の障害となるのを防
止して，そのスムーズにして確実な被嵌とこれによる出
幅調整を可能とするとともに該被嵌固定の状態における
端部キャップ４，５双方の間に生じる段差を１〜２ｍｍ
程度の僅少としてその納まりと設置外観を良好に確保す
ることができる。 【００１６】図中３４は上記被嵌調整柱３の凹陥部３３
及びその固定用のネジ６を被覆するように該凹陥部３３
にスナップイン設置したカバープレート，７１は門扉本
体７の錠，７２はそのレバーハンドル，７３は門扉本体
７側の戸当り金具を示す。 【００１７】図示した例は以上のとおりとしたが，一対
の門柱を用いるも，その一方の門柱を上記幅調整自在と
し，他方の門柱を非調整用所定幅のものとすること，一
対の門柱にそれぞれ門扉本体をヒンジ連結して両開き門
扉とすること等を含めて本発明の実施に当って，躯体固
定柱，被嵌調整柱，端部キャップ，被嵌調整柱の***
面，逃しスペース等の各具体的形状，構造，材質，これ
らの関係，これらに対する付加等は上記発明の要旨に反
しない限り，その形態を様々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から，
躯体固定柱とこれを被嵌固定することによってその出幅
調整を自在として躯体の間隔と門扉の寸法差を吸収調整
可能とする被嵌調整柱を対として用いて門柱を構成する
とともにこれら躯体固定柱と被嵌調整柱とを同長とする
ことによってその加工の容易性を確保し，該躯体固定柱
と被嵌調整柱の上下端にそれぞれ端部キャップを配置し
てその上下端の目隠しの化粧と危険防止を行うようにす
る一方，該端部キャップを設置することによって躯体固
定柱と被嵌調整柱の被嵌固定の障害となるのを解消する
ように，被嵌調整柱の端部キャップに***面を形成する
とともに該***面の裏側に躯体固定柱の端部キャップ受
入用の逃しスペースを形成し，躯体固定柱の端部キャッ
プを上下方向内方，被嵌調整柱の端部キャップを上下方
向上方とするように，これらを異高段差状に配置するこ
とによって上記逃しスペースに躯体固定柱の端部キャッ
プをスライド挿入自在とし，これによって対をなす同長
の躯体固定柱と被嵌調整柱の相互の被嵌固定をスムーズ
且つ確実になし得るようにするとともに該被嵌固定によ
って幅調整した躯体固定柱と被嵌調整柱の上下端に設置
した端部キャップの納まり間隔を可及的に僅少化しこれ
らの間の段差を小さくし得るようにして設置外観を良好
としたマンション用の幅調整自在門柱を提供することが
できる。Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a condominium used for supporting a gate main body when installing a gate so as to divide an entrance space of the condominium from a common space. It relates to a gate column that can be adjusted in width. 2. Description of the Related Art Even if an attempt is made to install a standard gate manufactured by a factory so as to divide the entrance space of an apartment from a common space such as a corridor, the design dimensions of the building vary. Therefore, in many cases, the gap between the skeleton at the opening where the gate is installed and the width of the gate do not match, and therefore, in an apartment where it is difficult to erect the gate post other than fixing the gate post to the frame, for example, By installing a bracket on the skeleton and supporting the gate post on the bracket so that the width can be adjusted, and by placing and fixing the gate post to the skeleton and the output width adjustable to it, for example, installing a partition wall column It is necessary to form using a pair of adjusted columns and to absorb and adjust the dimensional difference between the interval of the frame and the standard gate. [0003] However, when the dimensional difference is absorbed and adjusted by using the bracket, the bracket is generally exposed and a gap is formed between the column and the skeleton, which tends to impair the appearance of the installation. In addition, when the fixed column and the adjustment column are used as a pair, the height of the gate is generally about 1m to 1.3m and the lower end is installed slightly away from the floor. It is necessary to cover the cut surface with an end cap in order to prevent the danger of blindfolding and cutting the hand, etc. At this time, if the length (height) of the fixed column and the adjustment column is the same, the end cap The adjustment columns cannot be fixed because they are in the same position. On the other hand, if the lengths are different, they can be fixed due to the dimensional difference between them. If the columns and adjustment columns are of different lengths, it will be necessary to process the lengths of the skeleton fixing columns and the adjustment columns according to their respective dimensions, leaving a tendency for the processing to be complicated, and at the time of installation of the gate columns, to maintain these skeleton fixing columns. And adjustment columns with different lengths Also installation work and it is necessary to perform the fixing of the alignment state has left tends to be complicated. SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object of the present invention is to adjust the distance between the frames and the dimensional difference between the standard gates by using the same length for the frame fixing column and the adjusting column used for the pair. It is an object of the present invention to provide an adjustable width pillar for a condominium in which the processing and installation work can be performed as simply and reliably as possible and the installation appearance can be made as good as possible. [0005] In accordance with the above-mentioned object, the present invention absorbs the gap between the skeletons and the dimensional difference between the gates by freely adjusting the width of the skeleton by fitting and fixing the skeleton fixing columns. The gate pillars are configured using the adjustable fitting columns that can be adjusted as a pair, and the skeleton fixing columns and the fitted adjusting columns have the same length to ensure the ease of processing. End caps are placed at the upper and lower ends of the fitting adjustment pillars, respectively, so that the upper and lower ends can be blindfolded and danger prevention can be performed. A raised surface is formed on the end cap of the fitted adjusting column, and a clearance space for receiving the end cap of the frame fixing column is formed on the back side of the raised surface so as to eliminate an obstacle to fitting. , End cap of frame The end cap of the frame fixing column can be slidably inserted into the relief space by arranging them at different heights so that the caps are vertically inward and the end caps of the fitted adjustment columns are vertically upward. This makes it possible to smoothly and reliably perform mutual fitting of the pair of the same length of the frame fixing column and the fitting adjustment column, and adjust the width of the frame fixing column and the fitting adjustment column by the fitting and fixing. The end caps installed at the upper and lower ends of the column are set as small as possible so that the steps between them can be made small to improve the appearance of the installation. A skeleton fixing column formed by cutting an extruded aluminum material into a predetermined length, and a fitting groove portion opened by opening a surface on the skeleton side, and the skeleton fixing column is fitted into the fitting groove portion to fix a fixing bracket. Fixed by the body A fitting adjustment column formed by cutting an extruded aluminum material so that the width of the pillar can be freely adjusted in the width direction so as to have the same length as the above-mentioned skeleton fixing column, and these skeleton fixing columns and the fitting adjustment Upper and lower end caps respectively arranged on the upper and lower ends of the pillar so as to cover the upper and lower end surfaces thereof, respectively, so as to cover the upper and lower end surfaces thereof. Outer peripheral edge portion formed so as to be as close as possible and as substantially as possible as a whole as flat as possible, and the end cap of the fitted adjustment column is arranged so as to be in close contact with the cut edge of the upper and lower end surfaces of the fitted adjustment column. And a raised surface having a relief space on the back side by being floated and disposed outward in the vertical direction at least in an in-plane portion corresponding to the position of the fitting groove inside the outer peripheral portion. Raised surface on adjustment column And width adjustable pillars for apartments, characterized in that on the side of the escape space becomes an end cap of the precursor stationary post as slidable insertion, is obtained by the means of the problem solving this as subject matter of the invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail with reference to the drawings, in which A is a gate for an apartment, B is a frame of the apartment, and gate A is a pair of left and right gate posts. 1 and a gate main body 7 disposed between the pair of gate posts 1 so as to be openable and closable in front and rear, is a single-door gate of aluminum standard. The pair of gate posts 1 in the gate A of the present example is one of the gates. The gate body 7 is used for hanging support of the main body, and the other is used for the gate body door stop, and the gate body 7 is hingedly connected to the gate body 1 for supporting and supporting the gate body from among the pair of gate pillars 1 so as to be openable and closable. There is a single one for opening. The gate post 1 is provided with a pair of a skeleton fixing column 2 and a fitting adjustment column 3, and the fitting adjustment column 3 is arranged and fixed to the skeleton fixing column 2 so that the output width can be adjusted. The gap and the dimensional difference between the gates A are absorbed and adjusted. In the gate A of the present embodiment, both of the pair of gate columns 1 on the left and right are formed by the frame fixing columns 2 and the fitting adjustment columns 3, respectively.
The adjustable dimension is made as large as possible by making the absorption adjustment of the dimensional difference possible in both of the portal columns A. The body fixing column 2 is formed by cutting an aluminum extruded material to a predetermined length, and the fitting adjustment column 3
Is fixed to the body fixing column 2 by releasing the surface on the side of the body B to open the fitting groove 31 and fitting the frame fixing column 1 in the fitting groove 31 and fixing it with the fixing bracket 6. On the other hand, it is formed by cutting an extruded aluminum material so that the output width in the width direction can be freely adjusted and the length is the same as the length of the frame fixing column 2. In this embodiment, the frame 2 is formed by cutting a C-shaped channel material of, for example, an extruded aluminum material into a predetermined length of about 1 m and a plurality of anchors at predetermined intervals on a bottom wall connecting opposing side walls. A hole is drilled to be common to the pair of gate posts. Also, the fitting adjustment column 3 is made of, for example, an aluminum extruded material of about 1 m, cut into the same length as the skeleton fixing column 2, and the skeleton B side is opened according to the width of the skeleton fixing column 2. A fitting groove 31 is arranged, and a reinforcing wall 32 serving also as a fitting stopper of the frame fixing column 2 is arranged at the middle in the depth direction, and the tip of the opposite side wall is aligned with the frame fixing column 2 of the fitting groove 31 at the tip. A screw-shaped groove-shaped recess 33 protruding in the opposite direction is arranged so as to define an opening. At this time, the fitted adjustment pillar 3 of this example is provided on the gate pillar A for supporting and supporting the gate body. A wide space for receiving the back plate 36 for screwing the hinge 35 on the inner side of one of the side walls on the side where the hinge 35 is installed is arranged in the recessed portion 33. Also screw it on the inside of one side wall on the installation side The narrow hollow portion receiving the back plate 38 of the use is as having been arranged side by side in the recess 33. The upper and lower ends of the frame fixing column 2 and the fitting adjustment column 3 are provided with end caps 4 and 5, respectively.
These end caps 4 and 5 are arranged so as to cover the upper and lower end surfaces of the frame fixing column 2 and the fitted adjustment column 3 so as to conform to the respective outer shapes. The end caps 4 of the frame fixing column 2 are This is formed so as to be in close contact with the cutting edge of the frame fixing column 2 and to make the whole as flat as possible.
The outer peripheral edge 52 is disposed so as to be in close contact with the cut edge of the upper and lower end surfaces of the fitted adjustment column 3 and the inner peripheral edge 52 is provided at least in a plane corresponding to the position of the fitting groove 31. A raised surface 53 having a relief space 54 on the back side is formed by being floated outward in the vertical direction in the portion, and the frame fixing column 2 is formed in the relief space 54 on the back side of the raised surface 53 of the fitted adjustment column 3. The end cap 4 of the above is slidably inserted. In this embodiment, the end caps 4 and 5 are respectively fitted to the upper and lower ends of the frame fixing column 2 and the fitting adjustment column 3 by using a molded product such as a synthetic resin or an aluminum casting to fix the frame. The upper and lower end surfaces of the pillars 2 and the fitted adjustment pillars 3 are covered according to their outer shapes, and the cut edges and the hollow structure thereof are prevented from being exposed to the outside at the upper ends, so that the installation appearance is ensured well. At the lower end, the cut edges of these cross sections are prevented from being exposed to the outside, and the danger of cutting a hand or foot by the cut surface is prevented. The end cap 4 of the skeleton fixing column 2 is flat and has a coating base 41 of a flat rectangular shape having a thickness of about 1 to 2 mm, and is positioned below the coating base 41 toward the inside of the skeleton fixing column 2 by the thickness. A leg 42 projecting from the position in the longitudinal direction of the skeleton fixing column 2 and having an opening at the same front end side as the opening side is formed integrally with a U-shaped cross section. 2 is inserted into the upper and lower ends of the frame 2 and then fixed by screws 6 against the bottom wall 21 of the frame fixing column 2 so as to close the upper and lower end surfaces of the frame fixing column 2 respectively. At this time, the planar shape of the covering base 41 of the end cap 4 is adapted to the outer shape of the skeleton fixing column 2, and the cut edge is tightly covered so that the peripheral edge is placed on the cut edge. The end cap 5 of the fitted adjusting column 3 has a covering base 51 having a flat rectangular shape having an outer peripheral edge 52 and a raised surface 53 inside the outer peripheral edge 52, and the covering base 51.
Projecting in a longitudinal direction of the coating adjustment column 3 from a position closer to the inside by the thickness of the fitting adjustment column 3 from the outer peripheral edge portion 52 below the opening, opening the same rear end side as the opening side thereof, and being fitted in the middle. And a leg 55 having a fin having a U-shaped cross section in which a fin is hung in accordance with the reinforcing wall 32 of the fin 3 and integrally molded.
And the front wall thereof is in contact with the front end wall on the side surface of the fitting adjustment column 3 and is fixed with screws 6 so as to close the upper and lower end surfaces of the fitting adjustment column 3. It is. At this time, the outer peripheral edge portion 52 and the raised surface 53 are arranged via inclined portions rising inward, and the end cap 4 of the frame fixing column 2 is disposed between the outer peripheral edge portion 52 and the raised surface 53. In order to form a step slightly larger than the thickness of the covering base 41 in, for example, about 2 to 3 mm, the raised surface 53 is floated upward and downward at the upper end and lower at the lower end so as to form a step of about 2 to 3 mm. In addition, a relief space 54 due to the step is formed and arranged behind the raised surface 53. The end cap 5 thus formed is fitted so that the outer peripheral end 52 is placed on the cut edge of the end cap 5 so as to fit the outer shape of the fitted adjustment column 3, thereby forming the cut edge. Is tightly covered with an outer peripheral edge portion 52, and a relief space 54 formed by the step is provided rearward, that is,
By arranging the end caps 4 so as to open to the side, the end caps 4 of the frame fixing columns 2 can be slidably inserted into the escape spaces 54 of the end caps 5 of the fitted adjustment columns 3 as described later. It is. In the gate post 1 of this embodiment, the bottom wall 21 of the frame fixing column 2 is brought into contact with the frame B, and this is fixed to the frame B by an anchor 22 through an anchor hole. The height of the fitting adjustment column 3 is adjusted so that the upper and lower ends of the frame are aligned with the upper and lower ends of the frame fixing column 2, and the frame fixing column 2 is fitted into the fitting groove 31 of the fitting adjustment column 3. Building fixed column 2
, The width of which is adjusted, and a number of screws 6 at predetermined intervals in the longitudinal direction are screwed into the frame fixing column 2 from the recessed portions 33 of the column 3 so that the column 3 can be fitted. The fixing column 2 may be fixed so as to be fixed to the fixing column 2. At this time, the skeleton fixing column 2 and the fitting adjusting column 3 having the same length are fitted to the upper and lower ends of the fitting adjusting column 3 so as to be arranged. The cap 5 is provided with a raised surface 53 which is floated and arranged so as to form the above-mentioned step of 2-3 mm, and an escape space 54 on the back side thereof, while the end cap 4 of the frame fixing column 2 has a thickness of 1 mm from the frame fixing column 2. Since the outer shape is set to be approximately flat to about 2 mm and the outer shape is arranged so as to match the skeleton fixing column 2, the end caps 4, 5 of the skeleton fixing column 2 and the fitting adjustment column 3 are arranged at different height steps. When the fixed frame 2 is fitted by the fitted adjustment column 3, the fixed frame 2 Part cap 4 is slid into the escape space 54 of the end cap 5 of the fitting adjustment column 3, it is possible to fit this in 該逃 to space 54. Therefore, when the gate A is installed at the interval between the frames B, the width of each of the pair of gate columns 1 can be adjusted, and the gap between the frame B and the dimensional difference between the standard gates A is adjusted. It is possible to install the gate A without a gap. At this time, the frame fixing column 2 and the fitting adjustment column 3 are used as a pair. The end caps 4, 5 are arranged at different heights while installing the end caps 4, 5 at the upper and lower ends of the skeleton fixing column 2 and the fitted adjustment column 3 for blindfold makeup and ensuring safety. The end caps 4 and 5 are fitted and fixed by slidably inserting the end caps 3 at the upper and lower ends of the skeleton fixing column 2 into the relief spaces 54 formed in the end caps 5 at the upper and lower ends of the fitted adjustment columns 3. And prevent them from becoming obstacles. 1~2mm the step formed between the end caps 4 and 5 both in the state of 該被 fitted and fixed together to allow width adjustment output by this and secure the fitting to
It is possible to ensure the fit and the appearance of the installation as small as possible. In the figure, reference numeral 34 denotes a concave portion 33 of the fitting adjustment column 3.
And the recess 33 so as to cover the screw 6 for fixing the same.
A reference numeral 71 denotes a lock of the gate body 7, 72 denotes a lever handle thereof, and 73 denotes a door stop on the side of the gate body 7. Although the illustrated example is as described above, a pair of portals is used, but one of the portals is adjustable in width and the other portal is of a predetermined width for non-adjustment. In the implementation of the present invention, including connecting the gate main body to each other by hinges to form a double-opening gate, the frame fixing column, the fitting adjustment column, the end cap, the raised surface of the fitting adjustment column, the clearance space, etc. Each of the specific shapes, structures, materials, their relationships, and additions to them can be in various forms as long as they do not contradict the gist of the present invention. Since the present invention is configured as described above,
The fixed pillars and the fixed pillars are formed by fitting the fixed pillars and the adjustable pillars that can adjust the width of the opening by absorbing and fixing the gap between the frames and the dimensional difference of the gate. By making the column and the fitting adjustment column the same length, the ease of processing is secured, and end caps are arranged at the upper and lower ends of the frame fixing column and the fitting adjustment column, respectively, to cover the upper and lower ends. The end of the fitting adjustment column is provided so that the end cap is installed so that it does not hinder the fixing of the frame fixing column and the fitting adjustment column. A raised surface is formed on the cap and an escape space for receiving an end cap of the frame fixing column is formed on the back side of the raised surface. Set the cap up and down By arranging them at different heights, the end caps of the skeleton fixing column can be slidably inserted into the relief space, whereby the pair of skeleton fixing columns of the same length and the fitting adjustment columns that form a pair are mutually fitted. Fixing can be performed smoothly and reliably, and the space between the frame fixing column whose width has been adjusted by the fitting and the end caps installed at the upper and lower ends of the fitting adjusting column has been reduced as much as possible. It is possible to provide a width-adjustable gate post for condominiums in which the steps can be reduced and the installation appearance is improved.

【図面の簡単な説明】 【図１】門扉の正面図である。 【図２】門扉の平面図である。 【図３】門柱の構造を示す横断面図である。 【図４】門柱上端部分の拡大側面図である。 【図５】門柱の構造を示す縦断面図である。 【符号の説明】 Ａ 門扉 Ｂ 躯体 １ 門柱 ２ 躯体固定柱 ３ 被嵌調整柱 ３１ 嵌合溝部 ４ 端部キャップ ５ 端部キャップ ５２ 外周縁部 ５３ 逃しスペース[Brief description of the drawings] FIG. 1 is a front view of a gate. FIG. 2 is a plan view of a gate. FIG. 3 is a cross-sectional view showing a structure of a gate post. FIG. 4 is an enlarged side view of an upper end portion of a gate post. FIG. 5 is a longitudinal sectional view showing a structure of a gate post. [Explanation of symbols] A Gate B frame 1 gate post 2 Building fixed columns 3 Adjustable adjustment pillar 31 Fitting groove 4 End cap 5 End cap 52 Outer edge 53 Missing space

Claims (1)

【特許請求の範囲】 【請求項１】 所定長さにアルミ押出材を切断加工して
形成した躯体固定柱と，躯体側の面を解放して嵌合溝部
を開口配置し該嵌合溝部に上記躯体固定柱を被嵌し固定
金具によって固定することによって躯体固定柱に対して
幅方向の出幅調整を自在とし上記躯体固定柱の長さと同
長とするようにアルミ押出材を切断加工して形成した被
嵌調整柱と，これら躯体固定柱及び被嵌調整柱の上下端
にその上下端面を被覆するようにそれぞれその外形に合
わせるように配置した各上下端の端部キャップとを備
え，上記躯体固定柱の端部キャップを該躯体固定柱の切
断縁部に密接するとともに全体を可及的に略フラットと
するように形成し且つ上記被嵌調整柱の端部キャップを
該被嵌調整柱上下端面の切断縁部に密接するように配置
した外周縁部及び該外周縁部の内側にして少なくとも上
記嵌合溝部位置に対応する面内部分において上下方向外
方に浮かし配置することによって裏側に逃しスペースを
配置した***面とを備えて形成し該被嵌調整柱における
***面裏側の逃しスペースに上記躯体固定柱の端部キャ
ップをスライド挿入自在としてなることを特徴とするマ
ンション用の幅調整自在門柱。Claims: 1. A skeleton fixing column formed by cutting an extruded aluminum material to a predetermined length, and a fitting groove portion is opened by opening a surface on the skeleton side, and the fitting groove portion is formed in the fitting groove portion. The extruded aluminum material is cut so that the width of the frame fixing column can be freely adjusted by fitting the frame fixing column and fixing it with the fixing bracket, so that the width of the frame fixing column is equal to the length of the frame fixing column. And an end cap at each of the upper and lower ends which are arranged on the upper and lower ends of the body fixing column and the fitted adjustment column so as to cover the upper and lower end surfaces thereof, respectively. The end cap of the skeleton fixing column is formed so as to be in close contact with the cut edge of the skeleton fixing column and to be as flat as possible as a whole. Arranged so that it is in close contact with the cutting edge of the upper and lower ends of the column And a raised surface having a relief space on the back side by being floated vertically outside at least in an in-plane portion corresponding to the position of the fitting groove portion inside the outer peripheral edge portion. A width-adjustable gate post for an apartment, wherein an end cap of the skeleton fixing column is slidably inserted into a clearance space behind the raised surface of the fitted adjustment column.