JP4028210B2 - Partition unit and partition wall - Google Patents

Partition unit and partition wall Download PDF

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JP4028210B2
JP4028210B2 JP2001331636A JP2001331636A JP4028210B2 JP 4028210 B2 JP4028210 B2 JP 4028210B2 JP 2001331636 A JP2001331636 A JP 2001331636A JP 2001331636 A JP2001331636 A JP 2001331636A JP 4028210 B2 JP4028210 B2 JP 4028210B2
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partition
plate
partition wall
base
base member
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JP2003129594A (en
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欽也 後藤
隆文 松永
孝明 板橋
暁子 杉澤
寿子 足立
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株式会社後藤横浜事務所
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Description

【０００１】
【発明の属する技術分野】
本発明は、空間を間仕切るための間仕切ユニット及びこの間仕切ユニットにより形成された間仕切壁に関する技術分野に属する。
【０００２】
【従来の技術】
従来、室内の広い空間を可動式の壁や家具を用いて間仕切し、後から簡易的に小空間を作り出す技術が知られている。このような間仕切としては、比較的薄いパネル状の部材を用いて、壁や衝立のように見せて空間を間仕切るタイプや、比較的厚みがある箱状の部材を用いて、収納家具を兼ねて間仕切りするタイプ等が知られている。
【０００３】
比較的薄いパネル状の部材のタイプは、オフィス等に利用されることが多く、例えば個人用の作業スペースや、接客用のコーナを簡易に形成する。このようなパネル状の部材は、奥行き方向が薄いため簡易的には横方向に連結して壁面が形成される。
【０００４】
比較的厚みがある箱状の部材のタイプは、家庭やオフィス等で収納と間仕切りを兼用するために利用されることが多い。オフィスで利用される場合には、書類やファイル、あるいは商品の収納などに用いられる。また家庭では、子供部屋を子供の成長に合わせて２つに仕切ったり、居間と台所を仕切ったりするために用いられる。いずれの場合にも家具と兼用したような形状を呈している。そのため、比較的奥行き方向に厚みがあり、横に並べるだけでなく積み重ねて使用するものも提案されている。これらは、収納の利便性や組み合わせやすさを考慮して、扉が設けられていなかったり、見かけ上も家具として認識できるようなデザインのものが適用されたりしている。
【０００５】
【発明が解決しようとする課題】
しかしながら、比較的薄いパネル状の部材のタイプは、薄いため壁面状の外観を有するものの、従来は配線程度が収納できる厚みしかない。また、厚みが薄いため高さ方向に簡単に積み重なることができなかった。そのため、レイアウト変更などで間仕切の高さを変更したい場合には、高さの異なるパネル状の部材を新たに購入しなければならなかった。
【０００６】
一方、比較的厚みがある箱状の部材のタイプは、収納力があるものの、これらで間仕切ることで空間内に占める設置面積が大きくなり、収納以外に有効に活用できる空間が少なくなってしまうという課題があった。
【０００７】
また、家具の内部の収納物が露出したり、収納家具であることが明らかに認識されたりすると、特にオフィス等では、雑然とした印象を与えがちで、美観を損なうという課題も有していた。
【０００８】
このような課題を考慮して、本発明では、薄壁状の外観を有していながら、自由に高さや幅等の大きさを変えることができるとともに、適度な収納力を備え、美観にも優れた間仕切ユニット及びこの間仕切ユニットを用いた間仕切壁を提供することを課題とするものである。
【０００９】
【課題を解決するための手段】
上記課題を解決するために、本発明の間仕切ユニットは次のような手段を採用する。
【００１０】
請求項１に記載した間仕切ユニットは、内部に収納空間と奥行き方向に対向する二面の開口とを有した枠状で上下左右に連続可能な基部材と、前記開口に開閉可能であることを隠蔽している扉部材とを備えた、薄壁状の間仕切の一部を構成するものであり、前記基部材の上板と底板、及び両側板に連結孔を対向して備え、前記連結孔は、前記ユニットの設置方向を上下左右に反転させたときに合致する位置に設けられているとともに、基部材の内側が大径、外側が小径の２つの径の円筒を同心円状に縦に重ねた構造を有していること、前記連結孔のうち基部材の上板のものには、当該上板の連結孔の形状に適合する雄ねじ部材が挿入されるとともに、基部材の底板の連結孔には、底板の連結孔の形状に適合しかつ内部に雌ねじ加工が施された雌ねじ部材が挿入されること、基部材の一方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ内部に円筒の凹部を有する凹状部材が挿入され、他方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ凹状部材と嵌合する凸部を先端に設けた凸状部材が挿入されることを特徴としている。
【００１１】
この手段では、連続して積み重ねたり横に並べたりすることで、任意の高さや幅を形成することが可能である。そして、薄壁状の外観を得るために基部材は比較的薄い奥行き方向の長さを有していながら、可能な範囲で内部に出し入れ可能な収納空間が設けられ、適度な収納力も備えている。また、扉部材は明らかに扉であるとわかると、家具として認識され壁面としての印象を与え難い。そのため、扉部材を備えていても、それが扉であるという印象を与えないように、開閉可能であることを隠蔽した外観に形成されている。すなわち、扉部材は、取っ手が設けられていなかったり、または取っ手があっても外から見えないように隠されていたり、あるいはヒンジ部材を外から見えないように設けたりすることで、壁のように見せ掛けられる。
【００１２】
また、間仕切ユニットを上下に重ねた際には連結孔が一方の上板と他方の底板で位置が合致し、２つの間仕切ユニットを並べた際には連結孔がそれぞれの側板どうしで位置が合致する。
上板に雌ねじ部材を、また、底板に雄ねじ部材を挿入することにより、雄ねじと雌ねじとを螺合させることにより上板と底板とが連結固定される。
さらに、上述した連結孔及び連結部材による基部材の連結作業が、間仕切ユニットを並べたり積層した後に作業できるため、例えば多数の間仕切ユニットを連結した後に、そのうちの１つを取り外して交換したり、組み替えたりが容易にできる。
【００１３】
さらに、扉部材を開口の一面にとりつけると一方から開閉でき、二面に取り付けると双方から開閉できる。一面に取り付ける際には、都合に応じた面に扉部材が取り付けられる。そして、基部材自体の設置方向を替えて設置することで、開閉の向きを容易に変更できる。
【００１４】
請求項２に記載の間仕切ユニットは、内部に収納空間と奥行き方向に対向する二面の開口とを有した枠状で上下左右に連続可能な基部材を備え、前記開口に板状部材、引き出し部材、あるいは開閉可能であることを隠蔽している扉部材が交換可能に取り付けられた、薄壁状の間仕切の一部を構成するものであり、前記基部材の上板と底板、及び両側板に連結孔を対向して備え、前記連結孔は、前記ユニットの設置方向を上下左右に反転させたときに合致する位置に設けられているとともに、基部材の内側が大径、外側が小径の２つの径の円筒を同心円状に縦に重ねた構造を有していること、前記連結孔のうち基部材の上板のものには、当該上板の連結孔の形状に適合する雄ねじ部材が挿入されるとともに、基部材の底板の連結孔には、底板の連結孔の形状に適合しかつ内部に雌ねじ加工が施された雌ねじ部材が挿入されること、基部材の一方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ内部に円筒の凹部を有する凹状部材が挿入され、他方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ凹状部材と嵌合する凸部を先端に設けた凸状部材が挿入されることを特徴としている。
【００１５】
この手段では、扉部材と板状部材を交換することができるため、一旦扉部材と板状部材を取り付けた後でも、必要に応じて入れ替えて開閉できる側を変更したり、二面ともに扉部材を取り付けて双方から開閉できるよう変更したりできる。また、扉部材に替えて引き出し部材を基部材の内部に挿入することができる。
【００１６】
請求項３に記載の間仕切ユニットは、請求項１又は２に記載の扉部材が上下方向に開閉する機構を有し、開閉の上向き用と下向き用が兼用されることを特徴としている。
この構成では、低い位置に設置する際には上向きに開口し、高い位置に設置する際には下向きに開口することで、高さに応じた取り出し易さが備えられる。また、扉部材は、上向き用と下向き用が兼用されるため、扉部材を取り付けた基部材の天地を替えて設置したり、基部材に対する扉部材の取付位置を替えたりすることで、開く向きの上下が容易に変更される。
【００１７】
請求項４に記載の間仕切ユニットは、請求項１〜３のいずれかに記載した基部材の内部に、収納物の転落を防止するホルダ部材が備えられていることを特徴としている。
この構成においては、基部材は、薄壁とするために奥行き方向の長さが短く形成されている。そのため、収納物を安定して設置するのに十分な収納空間が得られず、収納物の転落が懸念されるので、ホルダ部材を設けて転落が防止される。
【００１８】
請求項５に記載の間仕切壁は、請求項１〜４のいずれかに記載の間仕切ユニットを上下左右方向に任意の個数連続させて壁面を形成してなるものであり、各間仕切ユニットの基部材が単一の基準寸法で、かつ、上下左右の区別なく形成されていることを特徴としている。
この構成では、高さ方向あるいは横方向に連続させる間仕切ユニットの個数を変えることで任意の大きさの壁面が間仕切として形成され、適度な収納力を備えつつ壁状の外観が得られる。
【００１９】
請求項６に記載の間仕切壁は、請求項５に記載した壁面の横方向の端面に、前記壁面に交差する面を形成する支持部材が付設されていることを特徴としている。
この構成では、間仕切ユニットにより形成された壁面は、比較的厚みが薄いため傾倒が懸念されるが、端面に支持部材を付設することにより傾倒を防止し、安全性が備えられる。
【００２０】
請求項７に記載の間仕切壁は、請求項６に記載した支持部材に、装飾空間が備えられていることを特徴としている。
この構成では、支持部材が実用的に間仕切壁の傾倒を防止しながら、装飾空間に植木鉢や花瓶、絵画、オブジェ等の装飾を施すことができる。そのため、支持部材が間仕切壁を支持していることを強調せずに、壁面の美観が向上されるとともに、憩いの雰囲気が醸し出される。
【００２１】
請求項８に記載の間仕切壁は、請求項６又は７に記載した支持部材に表示機能が備えられていることを特徴としている。
この構成では、支持部材が実用的に間仕切壁の傾倒を防止しながら、表示機能により壁面で間仕切された空間の室名やその他の案内を表示することができる。
【００２２】
請求項９に記載の間仕切壁は、請求項６〜８のいずれかに記載した支持部材が、内部に配線空間を有するパイプ状部材により構成されていることを特徴としている。
この構成では、支持部材は、実用的に間仕切壁の傾倒を防止しながら、目障りな配線等をパイプ状部材内に隠すことにより美観が向上される。また、パイプ状部材を用いることでデザインに新鮮さが付加される。
【００２３】
請求項１０に記載の間仕切壁は、請求項６〜９のいずれかに記載した壁面の上端には天井面との間に、長さ調節が可能な突っ張り部材と、前記突っ張り部材を被覆するカバー部材とが設けられていることを特徴としている。
この構成では、間仕切ユニットを積層して形成した壁面を突っ張り部材で天井面に固定することで高く積層された壁面の傾倒を防止する。また突っ張り部材をカバー部材で被覆することにより突っ張り部材の露出を防止し、美観を向上させる。
【００２４】
請求項１１に記載の間仕切壁は、請求項１０に記載したカバー部材が、弾性を有するとともに所定の厚みに形成され、壁面から天井までの距離に応じてカバー部材の積層枚数を変えることを特徴としている。
この構成では、天井までの高さは空間によって様々であるため、所定の厚みで形成されたカバー部材の挿入枚数を変えることと、カバー部材は弾性により高さ（厚み）方向に変形することにより、壁面の上端から天井までの高さが変わっても突っ張り部材を被覆することができる。また、カバー部材は弾性により天井の形状への密着力も備えられる。
【００２５】
請求項１２に記載の間仕切壁は、請求項６〜１１のいずれかに記載した壁面の下端には高さ調節可能な巾木部が設けられ、巾木部の高さは、壁面の最下層の間仕切ユニットの内側に表出した調整部材によりなされることを特徴としている。
この構成では、巾木部で高さ調整することで、間仕切壁の高さを微調整することができる。また、この巾木部の調整が間仕切ユニットの内側からでき、調整部材が表出しているため、調整の作業性が向上される。
【００２６】
請求項１３に記載の間仕切壁は、請求項１２に記載した巾木部が、それぞれ略々板状を呈し上下に対向して配置された２枚の巾木部材と、調整部材と螺合する設置部材とを備え、調整部材は上方の巾木部材に回転自在に保持され、下方の巾木部材に固定された設置部材との螺合の度合いを変えることで、２枚の巾木部材の間隔を変え高さ調節することを特徴としている。
この構成では、調節部材と設置部材の螺合の度合いを変えるだけで容易に巾木部の高さが調節される。
【００４１】
【発明の実施の形態】
以下、本発明を図面に基づいて説明する。実施の形態（１）では、本発明の間仕切ユニット及びこの間仕切ユニットで形成した間仕切壁について説明する。図１は、実施の形態（１）の間仕切ユニット及び間仕切壁の外観斜視図、図２は図１のＡ−Ａ線で切断した扉部材開放時の横断面図、図３は図１のＢ−Ｂ線で切断した扉部材開放時の縦断面図、図４は連結部分の断面図、図５は巾木部を説明する正面側から見た断面図、図６は巾木部の要部を説明する側面側から見た拡大断面図、図７は天井付近の説明図及び要部の断面図、図８はホルダ部材を取り付けた正面図、図９はホルダ部材を取り付けた横断面図、図１０〜図１２は支持部材を取り付けた状態の外観図、図１３〜図１４は扉部材の他例を示す外観図、図１５は間仕切ユニットを用いた間仕切壁のレイアウト例を示す簡略斜視図である。
【００４２】
本発明の間仕切ユニット１は、内部に収納空間２０１と奥行き方向に開口２０２とを有した枠状で上下左右に連続可能な基部材２と、前記開口２０２に取り付けられ開閉可能であることを隠蔽している扉部材３とを備え、薄壁状の間仕切の一部を構成するものである。
【００４３】
そして、この間仕切ユニット１を上下左右に任意の個数連続させて壁面１１を形成するよう間仕切壁１０が構成されている。
【００４４】
基部材２は、奥行き方向に対向する二面が開口２０２となっており、幅方向の長さに比べて奥行き方向の長さがかなり短く枠状に形成されている。実施の形態（１）では、浅い筒状の直方体に形成しているが、上下左右に連続して積層、併設できれば、曲面で形成しても、平面視または側面視が台形や平行四辺形であっても、その他の形状であってもよい。基部材の奥行き方向の長さは、間仕切壁１０を形成した際に薄壁状の外観、印象を与える程度の寸法に設定されている。実施の形態（１）では、基部材２は単一の基準寸法で形成され、上下左右の区別なく形成されているものとする。これにより製造コストを削減することができるという大きな特長を有する。しかし、必要に応じて複数の寸法を用意し、組み合わせて使用するよう構成してもよい。この基部材２の開口２０２の二面には、開閉自在の扉部材３と、開口２０２を封止する板状部材３０１のいずれを取り付けてもよい。すなわち、２面ある開口２０２のいずれか一面に扉部材３を他面に板状部材３０１を取り付ければ片方から開閉するタイプとなり、両面に扉部材３を取り付ければ双方から開閉するタイプとなる。またもし、開閉の必要がない場合には、双方に板状部材３０１を取り付け、開閉不可能としてもよい。そして、実施の形態（１）では、扉部材３と板状部材３０１の取り付けに、一旦取り付けた後でも交換できる部材を使用し、必要に応じていつでも取り付け取り外しができるようにしている。そのため、扉部材３と板状部材３０１の取り付けを交換して、後から開閉する側を変えたり（もちろん扉部材３と板状部材３０１を交換せずに、基部材２自体の設置方向を替えて開閉する側を変えてもよい。）、片方から開閉するタイプを双方から開閉するタイプに変更したり、またその逆に変更したりもできる。また、扉部材３のデザインを後から変えたい場合にも、扉部材３のみを交換することで簡単に実施できる。なお、一旦取り付けた後に扉部材３や板状部材３０１を取り付け取り外しする必要がない場合には、交換できない部材を使用しても良い。例えば、板状部材３０１をあらかじめ開口２０２の一面に固定した片方から開閉するタイプと、両面に扉部材３を取り付けた双方から開閉するタイプを用意しておいて、目的に応じてどちらかのタイプを選択して使用するようにすることもできる。
【００４５】
扉部材３は、開閉可能のであることを隠蔽した外観を有し、実施の形態（１）では開口２０２の全面を一枚で覆う大きさに形成している。ここでは、間仕切ユニット１を正面から見た際に、できるだけ基部材２が見えないように扉部材３で覆い、縦に配置された扉部材３どうしの隙間である横目地のみをみせて、横に配置された扉部材３どうしの隙間である縦目地を見えないようにするデザインを採用している。これは、間仕切壁１０を形成した際に、目地によりシャープな印象を与え、全体として単一感を醸し出し、薄壁状の外観を生じさせるためである。また、そのため、扉部材３は、開閉するための取っ手を設けない、あるいは取っ手やヒンジ部材を外から認識できないように隠すなどの配慮をしている。もちろん、縦目地を強調するようなデザインを採用しても良い。また、デザインによっては、開口２０２の全面を複数枚の扉部材３で覆ったり、開口２０２の一部を扉部材３とし、他を封止したりしてもよい。扉部材３の表面素材としては、板材（木目調等）、金属材、プラスチック材、布張り、革張り等が適用される。さらに、布地等にプリントを施してコマーシャルとして利用しても良い。また、扉部材３の表面素材に消臭剤を含ませて消臭効果を発揮させたり、光触媒を含ませて蛍光灯等との反応で空気清浄効果を発揮させたりしてもよい。板状部材３０１の表面素材としては、扉部材３と同じものを用意し、使用者のニーズに応じて、外観上扉部材３と板状部材３０１が同じに見えるものを選択したり、区別するためにあえて異なる素材を選択したりできるように構成している。
【００４６】
また、扉部材３は、上下方向に開閉する機構を有している。そして、上下への開閉の方向は任意に選択できる。すなわち扉部材３を基部材２に取り付け後に、基部材２の天地を変えて設置することで、開閉の向きを容易に変更できる。もちろん、初めから開閉の向きを定めて、扉部材３を基部材２の上板２０５側あるいは底板２０３側に取り付けてもよい。このように、扉部材３を上下方向に開閉する機構にすることで、間仕切壁１０を形成した際に、高さに応じて開閉の向きを変えることで、収納物の取り出し易さを向上させることができる。図１に示すように、低い位置に設置された間仕切ユニット１では、扉部材３を上から下に開閉するように取り付け、上向きに開口させる。また、高い位置に設置された間仕切ユニット１では、扉部材３を下から上に開閉する用の取り付け、下向きに開口させる。これにより、使用者に利便性、作業性が向上される。なお、好みによっては、左右方向に開閉する機構で扉部材３を取り付けてもよい。
【００４７】
図２、図３には、一方の開口２０２に扉部材３を他方の開口２０２に板状部材３０１を取り付けた例を示している。扉部材３は、基部材２の底板２０３の開口２０２側の端部２０３１の収納空間２０１側に取り付けられたヒンジ部材３０２によって、基部材２と開閉自在に連結されている。これによりヒンジ部材３０２は、外部から視認されない。扉部材３は、前述したように、基部材１の略々全面を覆い隠しているため、積層された間仕切ユニット１を正面から見ると、扉部材３どうしの上下の隙間は僅かしか設けられていない。そのため、任意の扉部材３を開閉した際にその下端が、下にある扉部材３の上端と接触することが心配される。そのため、ヒンジ部材３０２には、開放時に扉部材３が下にさがらないような機構を備え、さらに開放した際の扉部材３と基部材２の底板とがフラットになるタイプを選択することが望ましい。
【００４８】
また、扉部材３は、基部材２の一方の側板２０４に取り付けられたステー部材３０３によって連結され、開放時に斜めに支えることで扉部材３を水平に維持する。なお、このステー部材３０３は、必要に応じて省略してもよい。また、扉部材３には、ヒンジ部材３０２が取り付けられた辺と平行な辺に、基部材２との閉塞状態を維持するための、係止部材３０４が取り付けられている。この係止部材３０４は基部材２の上板２０５の開口２０２側の端部２０５１に取り付けられた係止受部３０５と係合する。この係止部材３０４と係止受部３０５との機構は、マグネット式、凹凸による着脱式等適宜選択される。このように基部材２の内側に設けられた係止部材３０４と係止受部３０５により、扉部材３が開閉するため、扉部材３が開閉することが外部には認識されない。
【００４９】
次に、間仕切ユニット１どうしの連結について図４を用いて説明する。基部材２は、上下左右に任意に連続させることができるが、安全性を考慮して単に並べるだけではなく、連結して固定できるような構造を有している。この連結は、底板２０３、側板２０４、上板２０５に設けられた複数の連結孔２０６、２０７に、連結部材２０８を挿入することで容易に作業できるよう構成されている。連結孔２０６、２０７は、２つの径の円筒を同心円状に縦に重ねた構造を有し、いずれも基部材２の内側が大径の円筒、外側が小径の円筒になっている。実施の形態（１）では、上板２０５と底板２０３に設けられた連結孔２０６の径が、側板２０４に設けられた連結孔２０７の径より、若干大きくしている。連結孔２０６は、上板２０５と底板２０３のそれぞれに、４隅付近と中央の計５箇所設けられている。連結孔２０７は、底板２０４の縦中心線に間隔をあけて２箇所設けられている。なお、連結孔２０６、２０７の位置はこれらに限定されない。
【００５０】
連結孔２０６は、２つの間仕切ユニット１を上下に重ねた際に、一方の上板２０５と他方の底板２０３で位置が合致する。（基部材１は上下の区別なく作られているため、設置の上下を入れ替えれば、上板２０５と底板２０３はそれぞれ名称が変わるだけである。）そして、連結部材２０８として、連結孔２０６の形状に適合する雄ねじ部材２０８１が上板２０５に挿入され、連結孔２０６の形状に適合し、内部に雌ねじ加工が施された雌ねじ部材２０８２が、底板２０３に挿入される。雌ねじ部材２０８２のねじ頭２０８２１（ここでは十字の切り込み）をドライバーで締め付けることで、雄ねじ部材２０８１と雌ねじ部材２０８２を螺合させ、上板２０５と底板２０３を連結固定する。
【００５１】
一方、連結孔２０７は、２つの間仕切ユニット１を並べた際に、それぞれの側板２０４どうしで位置が合致する。そして、連結部材２０８として、連結孔２０７の形状に適合し内部に円筒の凹部を有する凹状部材２０８３が、一方の側板２０４に挿入され、連結孔２０７の形状に適合し凹状部材２０８３と嵌合する凸部を先端に設けた凸状部材２０８４が他方の側板２０７に挿入される。そして、凹状部材２０８３と凸状部材２０８４とを嵌合させることで隣どうしの側板２０４を連結固定させる。凹状部材２０８３と凸状部材２０８４には、カバー部材２０８５が被せられ、収納空間２０１側からの美観を向上させている。また、凸状部材２０８４には筒状部材２０８６が被せられ、連通孔２０６内でのがたつきを防止している。
【００５２】
上述した連結孔２０６、２０７及び連結部材２０８による基部材２の連結作業が、間仕切ユニット１を並べたり積層した後に作業できるため、例えば多数の間仕切ユニット１を連結した後に、そのうちの１つを取り外して交換したり、組替えたりが容易にできる。また、間仕切ユニット１は、上下左右に連結されているため、囲まれた一部の間仕切ユニット１を取り外して空間、例えば受付カウンター用の空間や、換気用の空間を作り出しても、その周囲の間仕切ユニット１が崩れることがなく維持される。なお、連続しない位置（最上層や横方向の端）に設置される間仕切ユニット１の連通孔２０６、２０７には、基部材２と同色のカバーが掛けられ判別できないようにしている。また、上下、左右に連結される基部材２どうしの間には、連結を妨げない形状の薄いマット等の緩衝材（ゴム製、ウレタン製等）が挟み込まれることが望ましい。この緩衝材によりズレや隙間の空き、がたつきを防ぎ、密接な接続を促すことができる。
【００５３】
次に、間仕切壁１０の最下層の間仕切ユニット１のさらに下に設置する巾木部４について、図５、図６を用いて説明する。巾木部４は間仕切壁１０全体の外観を向上させる機能の他に、間仕切壁１０の高さを調節する機能や、床面に固定させる機能も有している。この巾木部４は、いずれも略々長方形の板状を呈する第１巾木部材４０１と第２巾木部材４０２とを備えている。第１巾木部材４０１は、長方形の基板４０１１でその４辺に縁として略々垂直下向きの側板４０１２が形成され、第２巾木部材４０２は、長方形の基板４０２１でその４辺に縁として垂直上向きの側面４０２２が形成されている。ここでは、１枚の金属の板材から曲げ加工により形成している。第１巾木部材４０１は、第１巾木部材４０１は、第２巾木部材４０２の外側に蓋状に被さるように、第２巾木部材４０２より僅かにおおきく形成されている。これら第１巾木部材４０１には、基部材２の底板２０３の連結孔２０６と合致する位置に、単一の径の円筒からなる取付孔４０３が（実施の形態（１）では４隅と中央の計５箇所に）設けられている。第２巾木部材４０２には、第１巾木部材４０１の４隅の取付孔４０３と合致する位置に、取付孔４０４が４箇所設けられている。また、第２巾木部材４０２には、設置する床面に適切な手段で固定する場合に備えて、固定用の孔が適宜設けられているが、図示されていない。
【００５４】
第２巾木部材４０２の取付孔４０４には、設置部材４０５が溶接、接着等による固着部４０５１により固着されている。この設置部材４０５は円盤状の台座４０５１に雄ねじ部４０５２が立設された形状を呈している。台座４０５１は、取付孔４０４より大きな径を有しその下方外側に位置するため、足として間仕切壁１０を支えている。雄ねじ部４０５２は第１巾木部材４０１側に向けて立設されている。一方第１巾木部材４０１の取付孔４０３には、調節部材４０６が挿入されている。この調節部材４０６の一方端側は、端部近傍の外周に雄ねじ部４０６４を有し底板２０３の連結孔２０６の小径の円筒の内周に嵌合する円筒部４０６１が形成され、端面にねじ頭４０６５（ここでは十字の切れ込み）が形成されている。そして、この円筒部４０６１の外周には鍔部４０６２が形成され、さらにこの鍔部４０６２から他方端側に向けて小径となるテーパが形成されている。また調節部材４０６の内部には雄ねじ部４０５２と螺合する雌ねじ部４０６３が形成されている。調節部材４０６の円筒部４０６１の一方端の外周には、リング状の位置決め部材４０７が螺合する。この位置決め部材４０７は、内周側に雌ねじ部４０７１が形成され、外周が連結孔２０６の大径の円筒に嵌合する大きさを有している。調節部材４０６は、鍔部４０６２が第１巾木部材４０１の下方に位置し、円筒部４０６１が連結孔２０６に位置するよう取り付けられる。そして円筒部４０６１の一方端に位置決め部材４０７が螺合する。これにより、調節部材４０６は、第１巾木部材４０１を底板２０３に保持され、高さ調整の際にいつでも調節部材４０６のねじ頭４０６５が連結孔２０６から表出するように位置している。すなわち、調節部材４０６は、上下には動けず回転のみが可能な状態となる。なお、調節部材４０６の鍔部４０６２と、第１巾木部材４０１との間には、必要に応じてワッシャ４０８が挿入される。
【００５５】
なお、第１巾木部材４０２の中央の連結孔２０６には、前述した位置決め部材４０７が底板２０３側から挿入され、この位置決め部材４０７に螺合する雄ねじ部材４０９が第１巾木部材４０２側から挿入されている。この中央の連結孔２０６にも、前述の巾木部４の高さ調節の機構を設けても良いが、４隅の４箇所で調節すれば十分であるため設けていない。
【００５６】
このように構成された巾木部４では、設置部材４０５の雄ねじ部４０５２と調節部材４０６の雌ねじ部４０６３の螺合の度合いを変えることで、巾木部４の高さ、すなわち第２巾木部材４０２と第１巾木部材４０１の重なり度合いを調節することができる。設置部材４０５の雄ねじ部４０５２と調節部材４０６の雌ねじ部４０６３の螺合は、調節部材４０６のねじ頭４０６５をドライバーで回転させることで行われるが、このねじ頭４０６５が常に連結孔２０６から間仕切ユニット１の内側に表出しているため、調節時に調節するための部材を探す必要がなく、作業の利便性が極めて高くなる。また、この調節作業が、間仕切ユニット１を積層した後でも、いつでも実行することができる。
【００５７】
次に、間仕切壁１０を天井１３に接触させる場合に用いる隙間調整部５について図７を用いて説明する。天井１３の高さは室内空間１４により様々であるため、所定の寸法の間仕切ユニット１を積層し巾木部４の高さ調節をしただけでは、天井１３まで完全に接触させた間仕切を形成することは困難である。そのため、天井１３付近での隙間の大小に応じて容易に天井１３に密着させるための隙間調整部５を設けている。また、間仕切壁１０は天井１３近くまで積層すると傾倒の心配があるため、隙間調整部５は、傾倒防止の機能も有している。
【００５８】
隙間調整部５には、最上層の間仕切ユニット１を天井１３に固定するための長さ調節可能な突っ張り部材５１と、この突っ張り部材５１を被覆するカバー部材５２と、天井１３に密着する天板５３を備えている。突っ張り部材５１は、最上層の間仕切ユニット１の上板２０５の連結孔２０６に挿入される第１突っ張り部材５１１と天板５３に固定される第２突っ張り部材５１２とを有している。第１突っ張り部材５１１は全体的に略々円筒形を呈し、上板２０５の連結孔２０６の小径の円筒に嵌合する大きさに形成されている。その一方端側は、端部の外周に雄ねじ部５１１１を有し端面にねじ頭５１１３（ここでは十字の切れ込み）が形成されている。雄ねじ部５１１１には、外周が連結孔２０６の大径の円筒に嵌合するリング状の位置決め部材５１１５が螺合している。（この位置決め部材５１１５は、位置決め部材４０７と兼用しても良い）また、第１突っ張り部材５１１の外周のねじ頭５１１３側に近い位置には鍔部５１１４が設けられ、第１突っ張り部材５１１のねじ頭５１１３が連結孔２０６に適合する長さでとどまるようにしている。すなわち、第１突っ張り部材５１１は、上下には動けず回転のみが可能な状態となる。また他方端側（ねじ頭５１１３の反対側）の内部には、雌ねじ部５１１２が形成されている。なお、鍔部５１１４と上板２０５との間には、必要に応じてワッシャ５１１６が挟み込まれている。
【００５９】
一方、第２突っ張り部材５１２は、天板５３の下方にねじ止めされる鍔部５１２１と、後述する天板５３の取付孔５３１に嵌合する嵌合部５１２２とが２段形状に形成され、鍔部５１２１の嵌合部５１２２の反対側に、雄ねじ部５１２３が立設されている。この雄ねじ部５１２３は第１突っ張り部材５１１の雌ねじ部５１１２と螺合する。
【００６０】
天板５３は、間仕切ユニット１の上板２０５より僅かに小さい外形を有する長方形の板状の部材で、間仕切ユニット１の上板２０５の連結孔２０６と合致する位置に、単一の径の円筒からなる取付孔５３１が（実施の形態（１）では４隅と中央の計５箇所に）設けられている。この取付孔５３１に第２突っ張り部材５１２がねじ止めされる。そして、第１突っ張り部材５１１の雌ねじ部５１１２と第２突っ張り部材５１２の雄ねじ部５１２３との螺合の度合いを調節することにより、天板５３を天井１３に押し付け、突っ張り力により間仕切壁１０の傾倒を防止する。なお、天板５３には、必要に応じて天井１３にその他の適切な手段（ねじ等）で固定するための孔部も設けても良い。
【００６１】
カバー部材５２は、弾性を有する長方形の板状の部材である。その側面５２１は、丸みを有した形状に形成されており、美観を向上させている。このカバー部材５２には、間仕切ユニット１の上板２０５の連結孔２０６と合致する位置に、単一の円筒形状を有する挿通孔５２１が（実施の形態（１）では４隅と中央の計５箇所に）設けられている。この挿通孔５２２に突っ張り部材５１が挿通される。このカバー部材５２は、最上層の間仕切ユニット１と天板５３との隙間にあわせて枚数が決められ、天板５３と上板２０５との間に挟み込まれる。実際には、間仕切ユニット１と天板５３との隙間より僅かに高く（厚く）なるようカバー部材５２の枚数が決められる。そして、弾性に従って簡単に押圧することで高さ（厚み）を低くし、天井１３との隙間に挟み込まれる。挟まれた後は弾性により元の高さ（厚み）に戻ろうとし天井１３に密着する。このようにカバー部材５２で突っ張り部材５１を覆うことで、美観が向上されるとともに、天井１３との間を密閉するため防音性も向上される。室内空間１４に完全な個室を形成する際に活用できる。
【００６２】
次に、基部材２の内部に取り付けるホルダ部材６について図８，図９を用いて説明する。間仕切ユニット１は連続させて薄壁状の外観を得るために、基部材２の収納空間２０１は奥行き方向に短く形成されている。そのため、例えばファイル６０１等を収納しようとする際に、ファイル６０１の大きさによっては、一般的な本棚のように背表紙６０１１を手前にして並べることができない場合も生じてしまう。その場合には、表紙６０１２が手前になるように並べることで、収納することができるが、ファイル６０１が扉部材３を開放する際に転落することが心配される。そのため、ファイル６０１等の収納物の転落を防止するためのホルダ部材６を収納空間２０１に設けることが望ましい。
【００６３】
実施の形態（１）では、ホルダ部材６として、扉部材３に近い位置で収納空間２０１を水平に横切る棒状部材６０２と、この棒状部材６０２を保持し側板２０４に固定される保持部材６０３とが備えられている。保持部材６０３と棒状部材６０２は、全体としてコの字状を呈しているが、保持部材６０３は側板２０４から前下がりに傾斜して取り付けられ、伸縮可能な構造を有している。そのため、扉部材３が開放されると、保持部材６０３が手前側に伸張し、それにともない保持されている棒状部材６０２も手前側に傾斜しながら下がってくる。そのため、収納空間２０１で棒状部材６０２に当たって収納されていたファイル６０１は、棒状部材６０２の動きにあわせて手前側に傾倒する。扉部材３が閉塞されるときは、扉部材３が棒状部材６０２を押圧し、それにより保持部材６０３が収縮することでファイル６０１が元の収納状態に戻る。このように構成することで、奥行きの短い収納空間２０１に収納したファイル６０１の転落を防止するとともに、扉部材３を開放した際に、ファイル６０１が手前に出てくるため、取り出しやすさが向上される。なお、上述のホルダ部材６の構成は一例であり、これに限定されるものではなく、伸縮させる構造等を省略し単に棒状部材６０２を側板２０４に固定するだけでもよい。また、収納物によっては、もちろんホルダ部材６を取り付けなくてもよい。
【００６４】
次に、間仕切壁１０の壁面１０１の端面に、壁面１０１に交差する面を形成するよう付設される支持部材７について図１０〜図１２を用いて説明する。
【００６５】
間仕切壁１０は、天井１３近くまで形成された場合には、隙間調節部５により傾倒を防止することができるが、もっと低く形成された場合の傾倒を防止するために支持部材７が付設される。実施の形態（１）では、支持部材７として外観の異なる３つの種類を例示している。
【００６６】
まず図１０に示す支持部材７は、全体に薄い板状のパネル部材７０１で形成され、その下端には高さ調節用のアジャスター７０２が設けられている。この板状部材７の間仕切壁１０側には、側板の連結孔２０７に合致する位置に図４に示す凹状部材２０８３（凸状部材２０８４でもよい）が配置されている。これを用いて、基部材２の側板２０４と連結固定することができる。なお、このパネル部材７０１の表面素材には、扉部材３や板状部材３０１と同じものを選択すると、より一層統一感が向上され、すっきりとした印象を与えることができる。また、このパネル部材７０１の一部あるいは全部を透明あるいは半透明素材としてもよい。
【００６７】
図１１には、支持部材７の変形例を示している。この支持部材７には、パネル部材７０１に装飾空間７０３と表示機能７０４が備えられている。また下方にはアジャスター７０２も備えられている。装飾空間７０３として、ここでは植木鉢等を設置できる空間を付設している。この装飾空間７０３にはこの他に絵画やオブジェ等を配置してもよく、また装飾空間７０３の形状も図中のものに限定されない。表示機能７０４としてパネル部材７０１の上部に、間仕切壁１０により形成した場所（室）名などを記載した案内板を設けているが、表示の内容また表示の形態は図中に限定されるものではない。この支持部材７では、単に傾倒を防止するだけでなく、装飾空間７０３により周囲に潤いを与えたり、また表示機能７０４により有用な情報を表示することができ、間仕切壁１０を多機能化することができる。
【００６８】
図１２には、支持部材７のさらに変形例を示している。この支持部材７は、内部に配線空間７０５１を有するパイプ状部材７０５の組み合わせにより構成されている。また、パイプ状部材７０５の下方にはアジャスター７０２が備えられている。また、パイプ状部材７０５は、接続部材７０５２により、間仕切壁１０の積層数に合わせて継ぎ足しが自在に形成されている。パイプ状部材７０５の上端にはキャップ部材７０５４が被せられている。また、側板の連結孔２０７に合致する位置に図４に示す凹状部材２０８３（凸状部材２０８４でもよい）と同機能を有し、パイプ状部材７０５に連結される連結部材７０５３が配置されている。これを用いて、基部材２の側板２０４と連結固定することができる。間仕切壁１０の周囲に机を配置したり、あるいは上板２０５の上に板状の部材をおいて机として使用したりすると、コンピュータや電話等のための配線が必要となる場合がある。パイプ状部材７０５の配線空間７０５１に必要な配線７０６を通して上下の引き回しを行い、キャップ部材７０５４を外して取り出すことで、配線７０６の見苦しさを隠すことができ美観が向上される。またパイプ状部材７０１の組み合わせにより外観状も洗練した感じを与え、インテリアのアクセントとして美観が向上される。なお、このパイプ状部材７０５を用いた組み合わせ方は、図中の形態に限定されない。
【００６９】
なお、図１０〜図１１では、間仕切ユニット１を４段に積層した間仕切壁１０に合わせた高さの支持部材７を示しているが、これらの支持部材７も積層自在に構成し、間仕切壁１０にあわせて高さを自由に変えられるようにしてもよい。
【００７０】
上述した支持部材７は間仕切壁１０の傾倒を防止することを主な目的としているが、それ以外にも間仕切壁１０の美観を向上させる等の他の機能も付加することができる。しかし、この支持部材７は、間仕切壁１０をその他の家具（机等）や壁等に接触させて支え、傾倒する心配がない場合等には、必ずしも取り付ける必要はない。
【００７１】
次に、図１３〜図１５に間仕切ユニット１の外観の変形例を説明する。図１３は、間仕切ユニット１の扉部材３に透明板３０６をはめ込んだ例を示している。透明板３０６をはめ込むことにより、デザイン性を向上させ、また内部の収納空間２０１に収納させるものによっては、全体としての美観がさらに向上する。なお透明板３０６は透明、半透明、着色ガラス等適宜選択される。また素材は、ガラスだけでなくアクリル板等でもよい。
【００７２】
図１４は、間仕切ユニット１の扉部材３の表面素材を、流線形を有する形状に形成し、デザイン性を向上させている。このような流線形で扉部材３を形成することで、防音性を高めることもできる。またこの素材を、クッション性を有する素材で形成してもよい。
【００７３】
図１５は、扉部材３に替えて引き出し部材８を基部材２の内部に挿入するよう構成している。この引き出し部材８の前面８０１の表面素材も扉部材３と同じ素材を選択し、統一感を出すことが好ましい。また、この引き出し部材８０１も開閉可能であることを隠蔽した外観とすることが、全体として薄壁状の印象を与えやすい。
【００７４】
次に、上述した間仕切ユニット１を用いて間仕切壁１０を形成し、室内空間１４をレイアウトする例を図１６を用いて説明する。
【００７５】
室内空間１４に設けられた間仕切壁１０１は、縦に２段と横に２つ、計４つの間仕切ユニット１を連続させて低い間仕切が形成されている。間仕切ユニット１どうしは、それぞれの連結孔２０６、２０７と連結部材２０８を用いて連結固定されている。また、最下層の間仕切ユニット１の下には巾木部４が配置され床に固定される。最下層の間仕切ユニット１を開けて調節部材４０６のねじ頭４０６５を回転させることで高さ調整することができる。また、ここでは、積層された間仕切ユニット１で、開閉のため扉部材３どうしの上下に僅かな隙間（横目地）を見せ、横に並んだ扉部材３どうしの間にはほとんど隙間（縦目地）が見えないデザインを採用し、横方向には扉部材３が連続した印象を与えている。このような間仕切壁１０１を設けることにより例えば室内空間１４を通路状に区画して、圧迫感なく間仕切ることができる。また、必要な側に扉部材３を取り付け、収納として利用することもできる。
【００７６】
間仕切壁１０２は、多数の間仕切ユニット１を全体としてＬ字状に配列している。このように設けることで、間仕切壁１０２の傾倒を防止できる。また、低く区画された空間として圧迫感なく間仕切りすることができる。
【００７７】
間仕切壁１０３は、装飾空間７０３と表示機能７０４を有する支持部材７を付設した例を示している。このように支持部材７を付設することで間仕切壁１０３の傾倒を防止するだけでなく、室内空間１４に装飾による潤いを与えたり、案内を表示したりできる。
【００７８】
間仕切壁１０４は、パネル部材７０１からなる支持部材７を付設した例を示している。この支持部材７では、間仕切壁１０４の傾倒を防止するだけでなく、簡易的に囲まれた空間を作り出すことだでき、机等を併設し打合せコーナを作る事もできる。
【００７９】
間仕切壁１０５は、床１２から天井１３まで完全な間仕切として設置されている。この間仕切壁１０５では、天井までの高さに合わせて、間仕切ユニット１の数が選ばれ、さらに生じる隙間はカバー部材５２の枚数で調整される。図中では、間仕切ユニット１が６段重ねられ、その上にカバー部材５２が２枚積層されている（天板５３は省略している）。隙間調整部５では、最上層の間仕切ユニット１の中から、第１突っ張り部材５１１のねじ頭５１１３を回転させることで、突っ張りの度合いを調節できる。このように天井１３まで完全に間仕切することで、室内空間１４に独立した個室を作り出すことができ、防音性にも優れている。また、この間仕切壁１０５にあわせて、図示するようなドア部材１５を組み合わせたり、ゲート状の部材を組み合わせたりしてもよい。さらに間仕切壁１０５の一部を抜いて、利便性のために例えば受付カウンター１０５１のような連通する空間を作りだしたり、下部や上部の一部を抜いて換気孔１０５２のように利用したりしてもよい。
【００８０】
また、間仕切壁１０に、扉部材３や板状部材３０１を全く取り付けない基部材２を組み合わせてもよい。
【００８１】
上述した間仕切壁１０（１０１〜１０５）は、目的に応じてその大きさ、形状を任意に形成することができる。一旦レイアウトした後に、高さを高くしたい、あるいは横に長くしたい場合には、増加分の間仕切ユニット１を購入するだけで容易に全体の形状を変更できる。また、レイアウト変更で余った間仕切ユニット１は、他の場所で組み替えて再使用もできる。そのため従来使用していた間仕切ユニット１を廃棄する必要が無いため環境にも優しく、経費の無駄を抑えることができる。また、間仕切ユニット１どうしの連結は、連結孔２０６、２０７の連結部材２０８を外して簡単に組み直すことができ、作業が容易である。また、扉部材３が交換可能なので、異なる表面素材に替えることで、全体の雰囲気も簡単に替えることができる。また同一の基部材２を使用しながら、板状部材３０１と扉部材３とを交換したり、扉部材３の開閉の方向も変えたりでき、用途変更も容易である。
【００８２】
【発明の効果】
以上、詳述してきたように、本発明の間仕切ユニットは上下左右に連続可能で、薄壁状の間仕切の一部となるよう形成されている。そのため、これを用いて形成された間仕切壁を室内空間に利用すると、適度な収納力を有しながら、薄壁状のスッキリとした外観が得られ、設置空間内に間仕切壁以外の有効利用できる空間を大きく確保できる。
【００８３】
また、２面ある開口のいずれか一面に扉部材を他面に板状部材を取り付けて片方から開閉するタイプしたり、両面に扉部材を取り付けて双方から開閉するタイプとしたりすることができる。このとき、扉部材と板状部材の取り付けを交換して後から開閉する側を変えたり、扉部材と板状部材を交換せずに基部材自体の設置方向を変えたりすることもできる。
【００８４】
さらに、扉部材を上下方向に開閉する機構にして間仕切壁を形成した際に、高さに応じて開閉の向きを変えることで、収納物の取り出し易さを向上させることができる。このとき、扉部材を基部材に取り付け後に基部材の天地を変えて設置することで、開閉の向きを容易に変更できる。
【００８５】
そして、扉部材が開閉できることが隠蔽されているため、内部に収納空間を有していることが見た目ではわかりにくく構成されている。そのため収納家具のように見た目の圧迫感を与えることもなく、さらに美観を向上させることができる。
【００８６】
その上、薄壁状でありながら、高さ・幅ともに増減可能であるため、生活の変化や配置替え等に対して無駄なく簡単に対応することができる。従って結果として長く使用され、エコ商品として環境にも寄与することができる。
更に、連結孔及び連結部材による基部材の連結作業が、間仕切ユニットを並べたり積層した後に作業できるため、例えば多数の間仕切ユニットを連結した後に、そのうちの１つを取り外して交換したり、組替えたりが容易にできる。
【００８７】
さらに加えて、扉部材に替えて引き出し部材を基部材の内部に挿入することができる。
【図面の簡単な説明】
【図１】 実施の形態（１）の間仕切ユニット及び間仕切壁の外観斜視図である。
【図２】 図１のＡ−Ａ線で切断した開放時の横断面図である。
【図３】 図１のＢ−Ｂ線で切断した開放時の縦断面図である。
【図４】 連結部分の断面図である。
【図５】 巾木部を説明する正面側から見た断面図である。
【図６】 巾木部の要部を説明する側面側から見た拡大断面図である。
【図７】 天井付近の説明図及び要部の断面図である。
【図８】 ホルダ部材を取り付けた正面図である。
【図９】 ホルダ部材を取り付けた横断面図である。
【図１０】 支持部材を取り付けた状態の外観図である。
【図１１】 支持部材を取り付けた状態の外観図である。
【図１２】 支持部材を取り付けた状態の外観図である。
【図１３】 扉部材の他例を示す外観図である。
【図１４】 扉部材の他例を示す外観図である。
【図１５】 扉部材の他例を示す外観図である。
【図１６】 間仕切ユニットを用いた間仕切壁のレイアウト例を示す簡略斜視図である。
【符号の説明】
１ 間仕切ユニット
１０ 間仕切壁
１１ 壁面
１２ 床
１３ 天井
１４ 室内空間
２ 基部材
２０１ 収納空間
２０２ 開口
２０３ 底板
２０４ 側板
２０５ 上板
２０６、２０７ 連結孔
２０８ 連結部材
３ 扉部材
３０１ 板状部材
３０２ ヒンジ部材
３０３ ステー部材
３０４ 係止部材
３０５ 係止受部
３０６ 透明板
４ 巾木部
４０１ 第１巾木部材
４０２ 第２巾木部材
４０３、４０４ 取付孔
４０５ 設置部材
４０６ 調節部材
４０７ 位置決め部材
４０８ ワッシャ
４０９ 雄ねじ部材
５ 隙間調整部
５１ 突っ張り部材
５１１ 第１突っ張り部材
５１２ 第２突っ張り部材
５２ カバー部材
５２１ 側面
５２２ 挿通孔
５３ 天板
５３１ 取付孔
６ ホルダ部材
６０１ ファイル
６０２ 棒状部材
６０３ 保持部材
７ 支持部材
７０１ パネル部材
７０２ アジャスター
７０３ 装飾空間
７０４ 表示機能
７０５ パイプ状部材
８ 引き出し部材[0001]
BACKGROUND OF THE INVENTION
  The present invention belongs to a technical field related to a partition unit for partitioning a space and a partition wall formed by the partition unit.
[0002]
[Prior art]
  2. Description of the Related Art Conventionally, a technique for partitioning a large indoor space using movable walls and furniture and easily creating a small space later is known. As such a partition, a relatively thin panel-like member is used to partition the space by making it look like a wall or a partition, or a relatively thick box-like member is used as storage furniture. A type of partitioning is known.
[0003]
  A relatively thin panel-like member type is often used in an office or the like, and for example, a personal work space and a customer service corner are easily formed. Since such a panel-like member is thin in the depth direction, it is simply connected in the lateral direction to form a wall surface.
[0004]
  A relatively thick box-shaped member type is often used for both storage and partitioning in homes and offices. When used in an office, it is used to store documents, files, or goods. At home, it is used to divide the child room into two as the child grows up, or to partition the living room and the kitchen. In either case, it is shaped like furniture. For this reason, there has been proposed one that is relatively thick in the depth direction and is used not only side by side but also stacked. In consideration of convenience of storage and ease of combination, these doors are not provided or are designed so that they can be recognized as furniture.
[0005]
[Problems to be solved by the invention]
  However, a relatively thin panel-like member type has a wall-like appearance because it is thin, but conventionally has only a thickness that can accommodate a wiring level. Further, since the thickness is small, it was not possible to easily stack in the height direction. Therefore, when it is desired to change the height of the partition due to a layout change or the like, a panel-like member having a different height has to be newly purchased.
[0006]
  On the other hand, the relatively thick box-shaped member type has a storage capacity, but partitioning with these increases the installation area in the space and reduces the space that can be used effectively other than storage. There was a problem.
[0007]
  In addition, when the items inside the furniture are exposed or clearly recognized as furniture, the office tends to give a cluttered impression and impair the beauty. .
[0008]
  In consideration of such problems, the present invention can freely change the size of the height, width, etc. while having a thin-walled appearance, has an appropriate storage capacity, and is also aesthetically pleasing. An object is to provide an excellent partition unit and a partition wall using the partition unit.
[0009]
[Means for Solving the Problems]
  In order to solve the above problems, the partition unit of the present invention employs the following means.
[0010]
  The partition unit according to claim 1 is a frame-like shape having a storage space and two openings facing in the depth direction inside, and a base member that can be continuous vertically and horizontally, and can be opened and closed to the opening. A part of a thin-walled partition provided with a concealing door member, and provided with connecting holes facing the top plate and bottom plate of the base member, and both side plates, the connecting hole Is provided at a position that matches when the installation direction of the unit is reversed up, down, left, and right, and two base cylinders with a large diameter on the inside and a small diameter on the outside are vertically stacked concentrically. A male screw member that fits the shape of the connection hole of the upper plate is inserted into the upper plate of the base member among the connection holes, and the connection hole of the bottom plate of the base member Has been fitted with a female thread inside to match the shape of the connecting hole in the bottom plate When the screw member is inserted, a concave member having a cylindrical concave portion is inserted into the coupling hole of one side plate of the base member and conforms to the shape of the coupling hole of the side plate, and the coupling hole of the other side plate Is characterized in that a convex member having a convex portion that fits the shape of the connecting hole of the side plate and fits with the concave member is provided at the tip.
[0011]
  With this means, it is possible to form an arbitrary height or width by continuously stacking them or arranging them side by side. In order to obtain a thin-walled appearance, the base member has a relatively thin depth direction length, but is provided with a storage space that can be taken in and out as much as possible, and has an appropriate storage capacity. . If the door member is clearly a door, it is recognized as furniture and it is difficult to give an impression as a wall surface. Therefore, even if it has a door member, it is formed in the appearance concealed that it can be opened and closed so as not to give the impression that it is a door. That is, the door member is not provided with a handle, or is hidden so that it cannot be seen from the outside even if there is a handle, or the hinge member is provided so that it cannot be seen from the outside. It looks like
[0012]
  In addition, when the partition units are stacked one above the other, the connection holes match the position of one top plate and the other bottom plate, and when the two partition units are arranged, the connection holes match the positions of the side plates. To do.
  By inserting the female screw member into the upper plate and the male screw member into the bottom plate, the male plate and the female screw are screwed together so that the upper plate and the bottom plate are connected and fixed.
  Furthermore, since the connection work of the base member by the connection hole and the connection member described above can be performed after arranging or stacking the partition units, for example, after connecting a number of partition units, one of them can be removed and replaced, Can be easily rearranged.
[0013]
  furtherWhen the door member is attached to one side of the opening, it can be opened and closed from one side, and when it is attached to the two sides, it can be opened and closed from both sides. When attaching to one surface, a door member is attached to the surface according to convenience.And the direction of opening and closing can be easily changed by changing the installation direction of the base member itself.
[0014]
  The partition unit according to claim 2 is provided with a base member that has a frame-like shape having a storage space and two openings facing in the depth direction inside, and can be continued in the vertical and horizontal directions. A member, or a door member concealing that it can be opened and closed, is partly attached to a partition having a thin wall shape, and is mounted on the upper and bottom plates of the base member and both side plates. The connecting hole is provided at a position that matches when the installation direction of the unit is reversed up, down, left and right, and the inner side of the base member has a large diameter and the outer side has a small diameter. It has a structure in which cylinders of two diameters are vertically stacked concentrically, and the upper plate of the base member has a male screw member that matches the shape of the connection hole of the upper plate. The base plate is inserted into the connecting hole of the base plate. A female screw member that fits the shape of the connection hole and is internally threaded is inserted, and the connection hole of one side plate of the base member conforms to the shape of the connection hole of the side plate and is cylindrical inside. A concave member having a concave portion is inserted, and a convex member having a convex portion that fits the shape of the coupling hole of the side plate and fits into the concave member is inserted into the coupling hole of the other side plate. It is characterized by that.
[0015]
In this means, the door member and the plate-like member can be exchanged. Therefore, even after the door member and the plate-like member are once attached, the side that can be opened and closed by changing as needed is changed, or both sides are door members. It can be changed so that it can be opened and closed from both sides.Moreover, it can replace with a door member and a drawer member can be inserted in the inside of a base member.
[0016]
  A partition unit according to a third aspect has a mechanism in which the door member according to the first or second aspect opens and closes in a vertical direction, and is characterized in that both upward and downward for opening and closing are used.
  In this structure, when installing in a low position, it opens upward, and when installing in a high position, it opens downward, and the ease of taking out according to height is provided. In addition, since the door member is used both upward and downward, the door member can be installed by changing the top and bottom of the base member to which the door member is attached, or by changing the mounting position of the door member relative to the base member. The top and bottom are easily changed.
[0017]
  The partition unit according to a fourth aspect is characterized in that a holder member for preventing the fall of stored items is provided inside the base member according to any one of the first to third aspects.
  In this configuration, the base member is formed with a short length in the depth direction so as to be a thin wall. For this reason, a storage space sufficient for stably installing the stored items cannot be obtained, and there is a concern about the falling of the stored items. Therefore, a holder member is provided to prevent the stored items from falling.
[0018]
  The partition wall according to claim 5 is formed by continuously forming an arbitrary number of partition units according to any one of claims 1 to 4 in the vertical and horizontal directions, and a base member of each partition unit. Is formed with a single reference dimension and without any distinction between upper, lower, left and right.
  In this configuration, a wall surface having an arbitrary size is formed as a partition by changing the number of partition units that are continuously arranged in the height direction or the lateral direction, and a wall-like appearance can be obtained while having an appropriate storage capacity.
[0019]
  The partition wall described in claim 6 is characterized in that a support member that forms a surface intersecting the wall surface is attached to an end surface in a lateral direction of the wall surface described in claim 5.
  In this configuration, although the wall surface formed by the partition unit is relatively thin, there is a concern about tilting, but by attaching a support member to the end surface, tilting is prevented and safety is provided.
[0020]
  The partition wall described in claim 7 is characterized in that the support member described in claim 6 is provided with a decorative space.
  In this configuration, decoration such as a flower pot, a vase, a painting, or an object can be applied to the decoration space while the support member practically prevents the partition wall from tilting. Therefore, without emphasizing that the support member supports the partition wall, the aesthetics of the wall surface is improved and a relaxing atmosphere is created.
[0021]
  The partition wall described in claim 8 is characterized in that the support member described in claim 6 or 7 is provided with a display function.
  In this configuration, the support member can practically prevent the partition wall from being tilted, and can display the room name and other guidance of the space partitioned by the wall surface by the display function.
[0022]
  The partition wall described in claim 9 is characterized in that the support member described in any of claims 6 to 8 is constituted by a pipe-shaped member having a wiring space inside.
  In this configuration, the beauty of the support member is improved by hiding unsightly wiring or the like in the pipe-like member while practically preventing the partition wall from tilting. Moreover, freshness is added to a design by using a pipe-shaped member.
[0023]
  The partition wall according to claim 10 is a tension member whose length can be adjusted between the upper end of the wall surface according to any one of claims 6 to 9 and the ceiling surface, and a cover that covers the tension member. A member is provided.
  In this configuration, the wall surface formed by stacking the partition units is fixed to the ceiling surface by the tension member, thereby preventing the wall surface stacked highly from being inclined. Further, by covering the tension member with the cover member, the exposure of the tension member is prevented and the aesthetic appearance is improved.
[0024]
  The partition wall according to claim 11 is characterized in that the cover member according to claim 10 is elastic and has a predetermined thickness, and the number of the cover members stacked is changed according to the distance from the wall surface to the ceiling. It is said.
  In this configuration, since the height to the ceiling varies depending on the space, the number of inserted cover members formed with a predetermined thickness is changed, and the cover member is elastically deformed in the height (thickness) direction. Even if the height from the upper end of the wall surface to the ceiling changes, the strut member can be covered. Further, the cover member is also provided with an adhesion force to the shape of the ceiling due to elasticity.
[0025]
  The partition wall according to claim 12 is provided with a baseboard part whose height can be adjusted at the lower end of the wall surface according to any one of claims 6 to 11, and the height of the baseboard part is the lowest layer of the wall surface. It is made by the adjustment member exposed inside the partition unit.
  In this configuration, the height of the partition wall can be finely adjusted by adjusting the height of the baseboard. In addition, since the baseboard portion can be adjusted from the inside of the partition unit and the adjustment member is exposed, the adjustment workability is improved.
[0026]
In the partition wall according to claim 13, the baseboard portion according to claim 12 is screwed into the adjusting member and two baseboard members each having a substantially plate shape and arranged to face each other vertically. The adjusting member is rotatably held by the upper baseboard member, and the degree of screwing with the installation member fixed to the lower baseboard member is changed to change the two baseboard members. It is characterized by adjusting the height by changing the interval.
  In this configuration, the height of the baseboard can be easily adjusted simply by changing the degree of screwing between the adjustment member and the installation member.
[0041]
DETAILED DESCRIPTION OF THE INVENTION
  Hereinafter, the present invention will be described with reference to the drawings. In Embodiment (1), the partition unit of the present invention and the partition wall formed by the partition unit will be described. 1 is an external perspective view of the partition unit and partition wall of the embodiment (1), FIG. 2 is a cross-sectional view when the door member is cut along the line AA in FIG. 1, and FIG. FIG. 4 is a cross-sectional view of the connecting portion, FIG. 5 is a cross-sectional view seen from the front side explaining the baseboard part, and FIG. 6 is a main part of the baseboard part. FIG. 7 is an explanatory view of the vicinity of the ceiling and a sectional view of the main part, FIG. 8 is a front view with the holder member attached, and FIG. 9 is a transverse sectional view with the holder member attached. 10 to 12 are external views with the support member attached, FIGS. 13 to 14 are external views showing other examples of the door member, and FIG. 15 is a simplified perspective view showing an example layout of the partition wall using the partition unit. It is.
[0042]
  The partition unit 1 according to the present invention conceals that a frame-like shape having a storage space 201 inside and an opening 202 in the depth direction is continuous in the vertical and horizontal directions, and is attached to the opening 202 and can be opened and closed. The door member 3 is provided, and constitutes a part of a thin-walled partition.
[0043]
  And the partition wall 10 is comprised so that the wall surface 11 may be formed by making arbitrary number of this partition unit 1 continue up and down, right and left.
[0044]
  The base member 2 has two openings facing each other in the depth direction, and has an opening 202, and is formed in a frame shape whose length in the depth direction is considerably shorter than the length in the width direction. In the embodiment (1), it is formed in a shallow cylindrical rectangular parallelepiped. However, if it can be stacked and provided side by side in the vertical and horizontal directions, even if it is formed with a curved surface, the plan view or the side view is a trapezoid or a parallelogram. Or other shapes. The length of the base member in the depth direction is set to a dimension that gives a thin-walled appearance and impression when the partition wall 10 is formed. In the embodiment (1), the base member 2 is formed with a single reference dimension, and is formed without distinction between the upper, lower, left, and right. As a result, the manufacturing cost can be reduced. However, a plurality of dimensions may be prepared as necessary and used in combination. Either the openable / closable door member 3 or the plate-like member 301 that seals the opening 202 may be attached to the two surfaces of the opening 202 of the base member 2. That is, if the door member 3 is attached to any one of the two openings 202 and the plate-like member 301 is attached to the other face, the opening and closing type is provided from one side, and if the door member 3 is attached to both sides, the opening and closing type is provided from both sides. If it is not necessary to open and close, the plate-like member 301 may be attached to both sides so that it cannot be opened and closed. And in Embodiment (1), the member which can be replaced | exchanged even after once attaching is used for attachment of the door member 3 and the plate-shaped member 301, and it can be attached and removed now as needed. Therefore, the attachment of the door member 3 and the plate-like member 301 is exchanged, and the side to be opened and closed later is changed (of course, the installation direction of the base member 2 itself is changed without exchanging the door member 3 and the plate-like member 301. The side that opens and closes may be changed.) The type that opens and closes from one side can be changed to the type that opens and closes from both sides, and vice versa. Further, when it is desired to change the design of the door member 3 later, it can be easily implemented by replacing only the door member 3. In addition, when it is not necessary to attach and remove the door member 3 and the plate-like member 301 after the attachment once, a member that cannot be replaced may be used. For example, a type that opens and closes from one side in which the plate-shaped member 301 is fixed to one surface of the opening 202 in advance, and a type that opens and closes from both sides with the door member 3 attached to both sides are prepared, and either type is selected according to the purpose. It is also possible to select and use.
[0045]
  The door member 3 has an appearance that conceals that it can be opened and closed, and in the embodiment (1), the door member 3 is formed in a size that covers the entire surface of the opening 202 with one sheet. Here, when the partition unit 1 is viewed from the front, it is covered with the door member 3 so that the base member 2 is not seen as much as possible, and only the horizontal joint which is the gap between the door members 3 arranged vertically is shown. The design which makes the vertical joint which is the clearance gap between the door members 3 arrange | positioned in invisible cannot be seen. This is because, when the partition wall 10 is formed, a sharp impression is given to the joint, and a unity feeling is created as a whole, and a thin wall-like appearance is generated. For this reason, the door member 3 is not provided with a handle for opening and closing or concealing the handle and the hinge member so that they cannot be recognized from the outside. Of course, a design that emphasizes vertical joints may be adopted. Further, depending on the design, the entire surface of the opening 202 may be covered with a plurality of door members 3, or a part of the opening 202 may be used as the door member 3 and the others may be sealed. As the surface material of the door member 3, a plate material (wood grain or the like), a metal material, a plastic material, a cloth tension, a leather tension, or the like is applied. Furthermore, it may be used as a commercial by printing on a cloth or the like. Moreover, a deodorant may be included in the surface material of the door member 3 to exert a deodorizing effect, or a photocatalyst may be included to exhibit an air cleaning effect by reaction with a fluorescent lamp or the like. As the surface material of the plate member 301, the same material as that of the door member 3 is prepared, and according to the needs of the user, a material in which the door member 3 and the plate member 301 look the same in appearance is selected or distinguished. For this purpose, it is configured so that different materials can be selected.
[0046]
  The door member 3 has a mechanism that opens and closes in the vertical direction. And the direction of opening and closing up and down can be arbitrarily selected. That is, after attaching the door member 3 to the base member 2, the direction of opening and closing can be easily changed by changing the top and bottom of the base member 2. Of course, the door member 3 may be attached to the upper plate 205 side or the bottom plate 203 side of the base member 2 with the opening / closing direction determined from the beginning. Thus, by making the door member 3 open and close in the vertical direction, when the partition wall 10 is formed, changing the opening and closing direction according to the height improves the ease of taking out the stored items. be able to. As shown in FIG. 1, in the partition unit 1 installed at a low position, the door member 3 is attached so as to open and close from the top to the bottom, and is opened upward. Further, in the partition unit 1 installed at a high position, the door member 3 is attached for opening and closing from the bottom upward, and is opened downward. This improves convenience and workability for the user. Depending on the preference, the door member 3 may be attached by a mechanism that opens and closes in the left-right direction.
[0047]
  2 and 3 show an example in which the door member 3 is attached to one opening 202 and the plate-like member 301 is attached to the other opening 202. The door member 3 is connected to the base member 2 so as to be openable and closable by a hinge member 302 attached to the storage space 201 side of the end portion 2031 on the opening 202 side of the bottom plate 203 of the base member 2. Thereby, the hinge member 302 is not visually recognized from the outside. As described above, since the door member 3 covers and covers substantially the entire surface of the base member 1, when the stacked partition units 1 are viewed from the front, only a small gap is provided between the door members 3. Absent. Therefore, when opening and closing an arbitrary door member 3, there is a concern that the lower end of the door member 3 comes into contact with the upper end of the door member 3 below. Therefore, it is desirable to select a type in which the hinge member 302 has a mechanism that prevents the door member 3 from being lowered when opened, and the door member 3 and the bottom plate of the base member 2 are flat when opened. .
[0048]
  Further, the door member 3 is connected by a stay member 303 attached to one side plate 204 of the base member 2, and is supported at an angle when opened to maintain the door member 3 horizontally. The stay member 303 may be omitted as necessary. In addition, a locking member 304 is attached to the door member 3 to maintain a closed state with the base member 2 on a side parallel to the side on which the hinge member 302 is attached. The locking member 304 engages with a locking receiving portion 305 attached to an end portion 2051 on the opening 202 side of the upper plate 205 of the base member 2. The mechanism between the locking member 304 and the locking receiving portion 305 is appropriately selected, such as a magnet type or a detachable type with unevenness. Thus, since the door member 3 is opened and closed by the locking member 304 and the locking receiving portion 305 provided inside the base member 2, it is not recognized to the outside that the door member 3 is opened or closed.
[0049]
  Next, the connection between the partition units 1 will be described with reference to FIG. Although the base member 2 can be arbitrarily continued vertically and horizontally, it has a structure that can be connected and fixed, not just arranged in consideration of safety. This connection is configured such that the connection member 208 can be easily inserted into a plurality of connection holes 206 and 207 provided in the bottom plate 203, the side plate 204, and the upper plate 205. Each of the connection holes 206 and 207 has a structure in which two diameter cylinders are vertically stacked concentrically, and both have a large diameter cylinder inside the base member 2 and a small diameter cylinder outside. In the embodiment (1), the diameter of the connecting hole 206 provided in the upper plate 205 and the bottom plate 203 is slightly larger than the diameter of the connecting hole 207 provided in the side plate 204. The connection holes 206 are provided in a total of five locations in the vicinity of the four corners and the center of each of the upper plate 205 and the bottom plate 203. The connecting holes 207 are provided at two positions with a gap in the vertical center line of the bottom plate 204. The positions of the connection holes 206 and 207 are not limited to these.
[0050]
  When the two partition units 1 are stacked one above the other, the position of the connecting hole 206 is matched between the one upper plate 205 and the other bottom plate 203. (Because the base member 1 is made without distinction between the top and bottom, if the top and bottom of the installation are switched, the names of the top plate 205 and the bottom plate 203 only change.) And the shape of the connection hole 206 as the connection member 208 Is inserted into the upper plate 205, and a female screw member 2082 that conforms to the shape of the connecting hole 206 and is internally threaded is inserted into the bottom plate 203. By tightening the screw head 20821 (in this case, cross notch) of the female screw member 2082 with a screwdriver, the male screw member 2081 and the female screw member 2082 are screwed together, and the upper plate 205 and the bottom plate 203 are connected and fixed.
[0051]
  On the other hand, when the two partition units 1 are arranged, the position of the connecting hole 207 matches between the side plates 204. Then, as the connecting member 208, a concave member 2083 that conforms to the shape of the connecting hole 207 and has a cylindrical concave portion therein is inserted into the one side plate 204, and conforms to the shape of the connecting hole 207 and fits with the concave member 2083. A convex member 2084 provided with a convex portion at the tip is inserted into the other side plate 207. Then, the adjacent side plates 204 are connected and fixed by fitting the concave member 2083 and the convex member 2084 together. The concave member 2083 and the convex member 2084 are covered with a cover member 2085 to improve the aesthetic appearance from the storage space 201 side. Further, the convex member 2084 is covered with a tubular member 2086 to prevent rattling in the communication hole 206.
[0052]
  Since the connecting operation of the base member 2 by the connecting holes 206 and 207 and the connecting member 208 described above can be performed after the partition units 1 are arranged or stacked, for example, after connecting a number of the partition units 1, one of them is removed. Can be easily exchanged or rearranged. Moreover, since the partition unit 1 is connected vertically and horizontally, even if a part of the enclosed partition unit 1 is removed to create a space, for example, a reception counter space or a ventilation space, The partition unit 1 is maintained without collapsing. Note that a cover of the same color as that of the base member 2 is hung on the communication holes 206 and 207 of the partition unit 1 installed in a discontinuous position (the uppermost layer or the end in the horizontal direction) so that it cannot be discriminated. Further, it is desirable that a cushioning material (rubber, urethane, etc.) such as a thin mat that does not hinder the connection is sandwiched between the base members 2 that are connected vertically and horizontally. This cushioning material can prevent gaps, gaps, and rattling, and can promote close connection.
[0053]
  Next, the baseboard part 4 installed below the partition unit 1 in the lowermost layer of the partition wall 10 will be described with reference to FIGS. 5 and 6. In addition to the function of improving the overall appearance of the partition wall 10, the baseboard part 4 has a function of adjusting the height of the partition wall 10 and a function of fixing to the floor surface. The baseboard portion 4 includes a first baseboard member 401 and a second baseboard member 402 each having a substantially rectangular plate shape. The first baseboard member 401 is formed of a rectangular substrate 4011 having side edges 4012 that are substantially vertically downward as edges on four sides thereof, and the second baseboard member 402 is formed of a rectangular substrate 4021 and is perpendicular to edges on four sides thereof. An upward side surface 4022 is formed. Here, it is formed by bending from a single metal plate. The first baseboard member 401 is formed slightly larger than the second baseboard member 402 so that the first baseboard member 401 covers the outside of the second baseboard member 402 in a lid shape. In these first baseboard members 401, mounting holes 403 made of a single-diameter cylinder are formed at positions matching the connecting holes 206 of the bottom plate 203 of the base member 2 (in the embodiment (1), the four corners and the center). (5 locations in total). The second baseboard member 402 is provided with four attachment holes 404 at positions corresponding to the four corner attachment holes 403 of the first baseboard member 401. Moreover, although the hole for fixing is suitably provided in the 2nd baseboard member 402 in case it fixes to the floor surface to install with an appropriate means, it is not shown in figure.
[0054]
  An installation member 405 is fixed to the mounting hole 404 of the second skirting member 402 by a fixing portion 4051 by welding, adhesion or the like. The installation member 405 has a shape in which a male screw portion 4052 is erected on a disk-shaped base 4051. The pedestal 4051 has a larger diameter than the mounting hole 404 and is located on the lower outer side thereof, and therefore supports the partition wall 10 as a foot. The male screw portion 4052 is erected toward the first baseboard member 401 side. On the other hand, an adjustment member 406 is inserted into the mounting hole 403 of the first baseboard member 401. One end side of the adjustment member 406 is formed with a cylindrical portion 4061 having a male screw portion 4064 on the outer periphery in the vicinity of the end portion and fitted to the inner periphery of a small diameter cylinder of the connecting hole 206 of the bottom plate 203, and a screw head on the end surface. 4065 (here a cross notch) is formed. A flange portion 4062 is formed on the outer periphery of the cylindrical portion 4061, and a taper having a smaller diameter from the flange portion 4062 toward the other end side is formed. Further, an internal thread portion 4063 that is screwed into the external thread portion 4052 is formed inside the adjustment member 406. A ring-shaped positioning member 407 is screwed onto the outer periphery of one end of the cylindrical portion 4061 of the adjustment member 406. The positioning member 407 has a female thread portion 4071 formed on the inner peripheral side, and has an outer periphery that fits into a large-diameter cylinder of the connecting hole 206. The adjustment member 406 is attached so that the collar portion 4062 is positioned below the first baseboard member 401 and the cylindrical portion 4061 is positioned in the connection hole 206. The positioning member 407 is screwed to one end of the cylindrical portion 4061. Thereby, the adjustment member 406 is positioned so that the first baseboard member 401 is held by the bottom plate 203 and the screw head 4065 of the adjustment member 406 is exposed from the connection hole 206 at any time during height adjustment. That is, the adjustment member 406 is in a state in which it can only rotate without moving up and down. A washer 408 is inserted between the flange 4062 of the adjustment member 406 and the first baseboard member 401 as necessary.
[0055]
  Note that the positioning member 407 described above is inserted into the central connection hole 206 of the first baseboard member 402 from the bottom plate 203 side, and a male screw member 409 screwed into the positioning member 407 is provided from the first baseboard member 402 side. Has been inserted. The central connection hole 206 may also be provided with a mechanism for adjusting the height of the above-described baseboard portion 4, but it is not provided because it is sufficient to adjust the four corners.
[0056]
  In the baseboard part 4 configured as described above, the height of the baseboard part 4, that is, the second baseboard is changed by changing the degree of screwing of the external thread part 4052 of the installation member 405 and the internal thread part 4063 of the adjustment member 406. The degree of overlap between the member 402 and the first baseboard member 401 can be adjusted. The male screw portion 4052 of the installation member 405 and the female screw portion 4063 of the adjusting member 406 are screwed together by rotating the screw head 4065 of the adjusting member 406 with a screwdriver. Since it is exposed inside 1, it is not necessary to search for a member for adjustment at the time of adjustment, and the convenience of work becomes extremely high. Further, this adjustment operation can be executed anytime even after the partition units 1 are stacked.
[0057]
  Next, the gap adjusting unit 5 used when the partition wall 10 is brought into contact with the ceiling 13 will be described with reference to FIG. Since the height of the ceiling 13 varies depending on the indoor space 14, a partition that is completely in contact with the ceiling 13 is formed only by stacking the partition units 1 having predetermined dimensions and adjusting the height of the baseboard 4. It is difficult. For this reason, a gap adjusting unit 5 is provided for easily adhering to the ceiling 13 according to the size of the gap near the ceiling 13. In addition, since the partition wall 10 may be tilted when it is stacked close to the ceiling 13, the gap adjusting unit 5 also has a function of preventing tilting.
[0058]
  The gap adjusting unit 5 includes a tension member 51 whose length is adjustable to fix the uppermost partition unit 1 to the ceiling 13, a cover member 52 that covers the tension member 51, and a top plate that is in close contact with the ceiling 13. 53. The tension member 51 has a first tension member 511 inserted into the connection hole 206 of the upper plate 205 of the uppermost partition unit 1 and a second tension member 512 fixed to the top plate 53. The first tension member 511 has a substantially cylindrical shape as a whole, and is formed to fit into a small diameter cylinder of the connection hole 206 of the upper plate 205. One end side has a male screw portion 5111 on the outer periphery of the end portion, and a screw head 5113 (here, a cross cut) is formed on the end surface. A ring-shaped positioning member 5115 whose outer periphery is fitted into a large-diameter cylinder of the connection hole 206 is screwed into the male screw portion 5111. (This positioning member 5115 may also be used as the positioning member 407.) Also, a flange portion 5114 is provided at a position near the screw head 5113 side on the outer periphery of the first tension member 511, and the screw of the first tension member 511 is provided. The head 5113 stays in a length that fits the connecting hole 206. In other words, the first tension member 511 is in a state where it can only rotate without moving up and down. Further, a female screw portion 5112 is formed inside the other end side (the opposite side of the screw head 5113). A washer 5116 is sandwiched between the flange portion 5114 and the upper plate 205 as necessary.
[0059]
  On the other hand, the second tension member 512 is formed in a two-stage shape with a flange portion 5121 screwed to the lower side of the top plate 53 and a fitting portion 5122 that fits into a mounting hole 531 of the top plate 53 described later. A male screw portion 5123 is provided upright on the opposite side of the fitting portion 5122 of the flange portion 5121. The male screw portion 5123 is screwed with the female screw portion 5112 of the first tension member 511.
[0060]
  The top plate 53 is a rectangular plate-like member having an outer shape slightly smaller than the upper plate 205 of the partition unit 1, and has a single diameter cylinder at a position that matches the connecting hole 206 of the upper plate 205 of the partition unit 1. The mounting holes 531 are formed (in the embodiment (1), at a total of five locations at the four corners and the center). The second tension member 512 is screwed into the attachment hole 531. The top plate 53 is pressed against the ceiling 13 by adjusting the degree of screwing between the female thread portion 5112 of the first tension member 511 and the male thread portion 5123 of the second tension member 512, and the partition wall 10 is tilted by the tension force. To prevent. The top plate 53 may also be provided with holes for fixing to the ceiling 13 with other appropriate means (screws or the like) as necessary.
[0061]
  The cover member 52 is a rectangular plate-like member having elasticity. The side surface 521 is formed in a rounded shape and improves the aesthetic appearance. In the cover member 52, there are insertion holes 521 having a single cylindrical shape at positions matching the connection holes 206 of the upper plate 205 of the partition unit 1 (in the embodiment (1), a total of 5 at the four corners and at the center). In place). The tension member 51 is inserted through the insertion hole 522. The number of cover members 52 is determined according to the gap between the uppermost partition unit 1 and the top plate 53, and is sandwiched between the top plate 53 and the upper plate 205. Actually, the number of cover members 52 is determined to be slightly higher (thicker) than the gap between the partition unit 1 and the top plate 53. Then, the height (thickness) is reduced by simply pressing according to elasticity, and is sandwiched in the gap with the ceiling 13. After being pinched, it tries to return to its original height (thickness) due to elasticity and is in close contact with the ceiling 13. By covering the tension member 51 with the cover member 52 in this way, the aesthetic appearance is improved and the soundproofing property is also improved since the space between the ceiling 13 is sealed. This can be utilized when forming a complete private room in the indoor space 14.
[0062]
  Next, the holder member 6 attached to the inside of the base member 2 will be described with reference to FIGS. The storage space 201 of the base member 2 is formed short in the depth direction so that the partition unit 1 is continuous and obtains a thin wall-like appearance. For this reason, for example, when trying to store the file 601 or the like, depending on the size of the file 601, it may not be possible to arrange the spine cover 6011 in front, like a general bookshelf. In that case, it can be stored by arranging the cover 6012 so that it is in front, but there is a concern that the file 601 falls when the door member 3 is opened. Therefore, it is desirable to provide the storage space 201 with a holder member 6 for preventing the storage items such as the file 601 from falling.
[0063]
  In the embodiment (1), as the holder member 6, a rod-shaped member 602 that horizontally crosses the storage space 201 at a position close to the door member 3, and a holding member 603 that holds the rod-shaped member 602 and is fixed to the side plate 204. Is provided. The holding member 603 and the rod-like member 602 have a U-shape as a whole, but the holding member 603 is attached to the side plate 204 so as to be inclined forward and has a stretchable structure. Therefore, when the door member 3 is opened, the holding member 603 extends toward the near side, and the rod-like member 602 that is held along with it is lowered while tilting toward the near side. For this reason, the file 601 stored in contact with the rod-shaped member 602 in the storage space 201 is tilted to the near side in accordance with the movement of the rod-shaped member 602. When the door member 3 is closed, the door member 3 presses the rod-like member 602, and the holding member 603 contracts thereby, so that the file 601 returns to the original storage state. By configuring in this way, the file 601 stored in the storage space 201 with a short depth is prevented from falling, and when the door member 3 is opened, the file 601 comes out to the front, so that the ease of taking out is improved. Is done. The configuration of the holder member 6 described above is merely an example, and the present invention is not limited to this, and the rod-like member 602 may be simply fixed to the side plate 204 without a structure for expanding and contracting. Of course, the holder member 6 may not be attached depending on the stored items.
[0064]
  Next, the supporting member 7 attached so as to form a surface intersecting the wall surface 101 on the end surface of the wall surface 101 of the partition wall 10 will be described with reference to FIGS.
[0065]
  When the partition wall 10 is formed close to the ceiling 13, it can be prevented from tilting by the gap adjusting portion 5, but a support member 7 is attached to prevent tilting when the partition wall 10 is formed lower. . In the embodiment (1), the support member 7 is exemplified by three types having different appearances.
[0066]
  First, the supporting member 7 shown in FIG. 10 is formed of a thin plate-like panel member 701 as a whole, and a height adjuster 702 is provided at the lower end thereof. On the partition wall 10 side of the plate-like member 7, a concave member 2083 (may be a convex member 2084) shown in FIG. 4 is disposed at a position matching the connecting hole 207 of the side plate. Using this, it can be connected and fixed to the side plate 204 of the base member 2. In addition, if the same material as the door member 3 or the plate-like member 301 is selected as the surface material of the panel member 701, the sense of unity is further improved, and a clean impression can be given. Further, part or all of the panel member 701 may be made of a transparent or translucent material.
[0067]
  FIG. 11 shows a modification of the support member 7. The support member 7 is provided with a decorative space 703 and a display function 704 in the panel member 701. An adjuster 702 is also provided below. As the decoration space 703, a space where a flower pot or the like can be installed is attached here. In addition to this, a painting, an object, or the like may be arranged in the decoration space 703, and the shape of the decoration space 703 is not limited to that shown in the drawing. As the display function 704, a guide plate that describes the name of the place (room) formed by the partition wall 10 is provided on the upper part of the panel member 701. However, the display contents and the display form are not limited to those shown in the figure. Absent. The support member 7 not only prevents tilting but also moisturizes the surroundings by the decoration space 703 and can display useful information by the display function 704, thereby making the partition wall 10 multifunctional. Can do.
[0068]
  FIG. 12 shows a further modification of the support member 7. This support member 7 is configured by a combination of pipe-like members 705 having wiring spaces 7051 inside. An adjuster 702 is provided below the pipe-like member 705. Further, the pipe-shaped member 705 is formed by a connecting member 7052 so that it can be freely added according to the number of stacked partition walls 10. A cap member 7054 is put on the upper end of the pipe-shaped member 705. Further, a connecting member 7053 that has the same function as the concave member 2083 (may be the convex member 2084) shown in FIG. 4 and is connected to the pipe-like member 705 is disposed at a position that matches the connecting hole 207 of the side plate. . Using this, it can be connected and fixed to the side plate 204 of the base member 2. When a desk is arranged around the partition wall 10 or a plate-like member is placed on the upper plate 205 and used as a desk, wiring for a computer, a telephone, or the like may be required. By drawing up and down through the necessary wiring 706 in the wiring space 7051 of the pipe-shaped member 705 and removing and removing the cap member 7054, the unsightly appearance of the wiring 706 can be hidden and the aesthetics are improved. Moreover, the combination of the pipe-like members 701 gives a refined appearance to the appearance, and the aesthetic appearance is improved as an interior accent. In addition, the combination method using this pipe-shaped member 705 is not limited to the form in a figure.
[0069]
  10 to 11 show the support members 7 having a height corresponding to the partition wall 10 in which the partition units 1 are stacked in four stages. However, these support members 7 are also configured to be stacked so that the partition walls can be stacked. The height may be freely changed according to 10.
[0070]
  The support member 7 described above is mainly intended to prevent the partition wall 10 from tilting, but other functions such as improving the aesthetic appearance of the partition wall 10 can also be added. However, the support member 7 does not necessarily need to be attached when the partition wall 10 is supported in contact with other furniture (such as a desk) or a wall and there is no fear of tilting.
[0071]
  Next, a modification of the appearance of the partition unit 1 will be described with reference to FIGS. FIG. 13 shows an example in which a transparent plate 306 is fitted into the door member 3 of the partition unit 1. By fitting the transparent plate 306, the design is improved, and depending on what is stored in the internal storage space 201, the overall aesthetics are further improved. The transparent plate 306 is appropriately selected from transparent, translucent, colored glass, and the like. The material may be not only glass but also an acrylic plate.
[0072]
  In FIG. 14, the surface material of the door member 3 of the partition unit 1 is formed in a streamlined shape to improve the design. By forming the door member 3 with such a streamline, the soundproofing property can be enhanced. Moreover, you may form this material with the material which has cushioning properties.
[0073]
  FIG. 15 is configured to insert the drawer member 8 into the base member 2 in place of the door member 3. The surface material of the front surface 801 of the drawer member 8 is preferably selected from the same material as that of the door member 3 to give a sense of unity. Moreover, it is easy to give a thin-walled impression as a whole by concealing that the drawer member 801 can be opened and closed.
[0074]
  Next, an example in which the partition wall 10 is formed using the partition unit 1 described above and the indoor space 14 is laid out will be described with reference to FIG.
[0075]
  The partition wall 101 provided in the indoor space 14 has a low partition formed by continuously connecting a total of four partition units 1, two vertically and two horizontally. The partition units 1 are connected and fixed using the connecting holes 206 and 207 and the connecting member 208. A baseboard 4 is disposed below the lowermost partition unit 1 and fixed to the floor. The height can be adjusted by opening the lowermost partition unit 1 and rotating the screw head 4065 of the adjusting member 406. Further, here, the stacked partition units 1 show a slight gap (horizontal joint) above and below the door members 3 for opening and closing, and almost no gap (vertical joint) between the door members 3 arranged side by side. ) Is adopted and the door member 3 is given a continuous impression in the lateral direction. By providing such a partition wall 101, for example, the indoor space 14 can be partitioned in a passage shape and partitioned without feeling of pressure. Moreover, the door member 3 can be attached to a necessary side and used as storage.
[0076]
  The partition wall 102 has a large number of partition units 1 arranged in an L shape as a whole. By providing in this way, tilting of the partition wall 102 can be prevented. Moreover, it can partition without a feeling of oppression as the space divided low.
[0077]
  The partition wall 103 shows an example in which a support member 7 having a decorative space 703 and a display function 704 is provided. By attaching the support member 7 in this manner, not only can the partition wall 103 be prevented from being tilted, but the interior space 14 can be moisturized by decoration and guidance can be displayed.
[0078]
  The partition wall 104 shows an example in which a support member 7 including a panel member 701 is attached. The support member 7 can not only prevent the partition wall 104 from tilting, but can also create a simply enclosed space, and can also make a meeting corner with a desk or the like.
[0079]
  The partition wall 105 is installed as a complete partition from the floor 12 to the ceiling 13. In this partition wall 105, the number of partition units 1 is selected in accordance with the height to the ceiling, and the generated gap is adjusted by the number of cover members 52. In the drawing, the partition units 1 are stacked in six stages, and two cover members 52 are stacked thereon (the top plate 53 is omitted). In the gap adjusting unit 5, the degree of tension can be adjusted by rotating the screw head 5113 of the first tension member 511 from the partition unit 1 in the uppermost layer. Thus, by completely partitioning up to the ceiling 13, an independent room can be created in the indoor space 14, and soundproofing is also excellent. Further, in accordance with the partition wall 105, a door member 15 as illustrated may be combined, or a gate-shaped member may be combined. Furthermore, a part of the partition wall 105 is removed to create a communication space such as a reception counter 1051 for convenience, or a part of the lower part or the upper part is removed and used as a ventilation hole 1052. Also good.
[0080]
  Moreover, you may combine the base member 2 which does not attach the door member 3 or the plate-shaped member 301 to the partition wall 10 at all.
[0081]
  The partition wall 10 (101 to 105) described above can be arbitrarily formed in size and shape according to the purpose. If it is desired to increase the height or lengthen the side after layout once, the entire shape can be easily changed by simply purchasing the increased partition unit 1. In addition, the partition unit 1 remaining due to the layout change can be reused by being rearranged in another place. Therefore, since it is not necessary to discard the partition unit 1 used conventionally, it is environmentally friendly, and waste of expenses can be suppressed. Further, the connection between the partition units 1 can be easily reassembled by removing the connection member 208 of the connection holes 206 and 207, and the operation is easy. Moreover, since the door member 3 is replaceable, the entire atmosphere can be easily changed by changing to a different surface material. Moreover, while using the same base member 2, the plate-shaped member 301 and the door member 3 can be replaced | exchanged, the opening / closing direction of the door member 3 can be changed, and a use change is also easy.
[0082]
【The invention's effect】
  As described above in detail, the partition unit of the present invention can be continued vertically and horizontally and is formed to be a part of a thin wall partition. Therefore, when the partition wall formed using this is used in an indoor space, a thin wall-like clean appearance can be obtained while having an appropriate storage capacity, and it can be effectively used in the installation space other than the partition wall. A large space can be secured.
[0083]
  Further, a door member can be attached to one of the two openings and a plate-like member can be attached to the other face to open and close from one side, or a door member can be attached to both sides to open and close from both sides. At this time, the door member and the plate-like member can be exchanged and the side to be opened and closed later can be changed, or the installation direction of the base member itself can be changed without exchanging the door member and the plate-like member.
[0084]
  Furthermore, when the partition wall is formed by using a mechanism that opens and closes the door member in the vertical direction, the ease of taking out the stored items can be improved by changing the opening and closing direction according to the height. At this time, the direction of opening and closing can be easily changed by installing the door member on the base member after changing the top and bottom of the base member.
[0085]
  AndSince it is concealed that the door member can be opened and closed, it is difficult to understand visually that it has a storage space inside. Therefore, the aesthetic appearance can be further improved without giving an appearance of pressure like storage furniture.
[0086]
MoreoverThe height and width can be increased / decreased even though they are thin-walled, making it easy to respond to changes in life and rearrangement without waste.Ru. Therefore, as a result, it can be used for a long time and can contribute to the environment as an eco-product.
Furthermore, since the connection work of the base member by the connection hole and the connection member can be performed after arranging or stacking the partition units, for example, after connecting a number of partition units, one of them can be removed and replaced, Can be easily done.
[0087]
  In addition, a drawer member can be inserted into the base member instead of the door member.
[Brief description of the drawings]
FIG. 1 is an external perspective view of a partition unit and a partition wall according to an embodiment (1).
2 is a transverse cross-sectional view at the time of opening, cut along line AA in FIG. 1. FIG.
FIG. 3 is a longitudinal sectional view at the time of opening, cut along line BB in FIG. 1;
FIG. 4 is a cross-sectional view of a connecting portion.
FIG. 5 is a cross-sectional view seen from the front side for explaining the baseboard part.
FIG. 6 is an enlarged cross-sectional view seen from the side surface for explaining the main part of the baseboard part.
FIG. 7 is an explanatory view of the vicinity of the ceiling and a cross-sectional view of the main part.
FIG. 8 is a front view with a holder member attached.
FIG. 9 is a cross-sectional view with a holder member attached.
FIG. 10 is an external view of a state in which a support member is attached.
FIG. 11 is an external view of a state in which a support member is attached.
FIG. 12 is an external view of a state in which a support member is attached.
FIG. 13 is an external view showing another example of a door member.
FIG. 14 is an external view showing another example of a door member.
FIG. 15 is an external view showing another example of a door member.
FIG. 16 is a simplified perspective view showing a layout example of a partition wall using a partition unit.
[Explanation of symbols]
1 Partition unit
10 partition wall
11 Wall surface
12 floors
13 Ceiling
14 indoor space
2 base members
201 Storage space
202 opening
203 Bottom plate
204 Side plate
205 Upper plate
206, 207 Connecting hole
208 connecting member
3 Door members
301 Plate member
302 Hinge member
303 Stay member
304 Locking member
305 Lock receiving part
306 Transparent plate
4 Baseboard
401 First baseboard member
402 Second baseboard member
403, 404 mounting hole
405 Installation member
406 Adjustment member
407 Positioning member
408 Washer
409 Male thread member
5 Clearance adjustment section
51 Strut members
511 First tension member
512 Second tension member
52 Cover member
521 side
522 insertion hole
53 Top plate
531 Mounting hole
6 Holder member
601 files
602 Bar-shaped member
603 Holding member
7 Support members
701 Panel member
702 Adjuster
703 decoration space
704 Display function
705 Pipe-shaped member
8 drawer members

Claims (13)

内部に収納空間と奥行き方向に対向する二面の開口とを有した枠状で上下左右に連続可能な基部材と、前記開口に開閉可能であることを隠蔽している扉部材とを備えた、薄壁状の間仕切の一部を構成する間仕切ユニットにおいて、
前記基部材の上板と底板、及び両側板に連結孔を対向して備え、前記連結孔は、前記ユニットの設置方向を上下左右に反転させたときに合致する位置に設けられているとともに、基部材の内側が大径、外側が小径の２つの径の円筒を同心円状に縦に重ねた構造を有していること、
前記連結孔のうち基部材の上板のものには、当該上板の連結孔の形状に適合する雄ねじ部材が挿入されるとともに、基部材の底板の連結孔には、底板の連結孔の形状に適合しかつ内部に雌ねじ加工が施された雌ねじ部材が挿入されること、
基部材の一方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ内部に円筒の凹部を有する凹状部材が挿入され、他方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ凹状部材と嵌合する凸部を先端に設けた凸状部材が挿入されることを特徴とする間仕切ユニット。A base member that has a storage space and two openings facing in the depth direction inside and that is continuous in the vertical and horizontal directions, and a door member that conceals opening and closing of the opening. in partition unit constituting a part of the thin-walled partition,
Top and bottom plate of the base member, and provided to face the coupling hole in the side plates, the connecting hole, as well is provided at a position that matches the time obtained by reversing the installation direction of the unit vertically and horizontally, The base member has a structure in which two cylinders having a large diameter on the inside and a small diameter on the outside are vertically stacked concentrically,
A male screw member that matches the shape of the connection hole of the upper plate is inserted into the upper plate of the base member among the connection holes, and the shape of the connection hole of the bottom plate is inserted into the connection hole of the bottom plate of the base member. A female screw member that conforms to the above and is internally threaded is inserted,
A concave member that fits the shape of the coupling hole of the side plate and has a cylindrical recess therein is inserted into the coupling hole of one side plate of the base member, and the coupling hole of the side plate is inserted into the coupling hole of the other side plate. A partition unit in which a convex member having a convex portion fitted to the concave member and fitted at the tip is inserted . 内部に収納空間と奥行き方向に対向する二面の開口とを有した枠状で上下左右に連続可能な基部材を備え、前記開口に板状部材、引き出し部材、あるいは開閉可能であることを隠蔽している扉部材が交換可能に取り付けられた、薄壁状の間仕切の一部を構成する間仕切ユニットにおいて、
前記基部材の上板と底板、及び両側板に連結孔を対向して備え、前記連結孔は、前記ユニットの設置方向を上下左右に反転させたときに合致する位置に設けられているとともに、基部材の内側が大径、外側が小径の２つの径の円筒を同心円状に縦に重ねた構造を有していること、
前記連結孔のうち基部材の上板のものには、当該上板の連結孔の形状に適合する雄ねじ部材が挿入されるとともに、基部材の底板の連結孔には、底板の連結孔の形状に適合しかつ内部に雌ねじ加工が施された雌ねじ部材が挿入されること、
基部材の一方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ内部に円筒の凹部を有する凹状部材が挿入され、他方の側板の連結孔には、当該側板の連結孔の形状に適合しかつ凹状部材と嵌合する凸部を先端に設けた凸状部材が挿入されることを特徴とする間仕切ユニット。It has a frame-like shape with a storage space and two openings facing in the depth direction inside, and a base member that can be continuous vertically and horizontally. to which the door member is mounted interchangeably in partition unit constituting a part of the thin-walled partition,
Top and bottom plate of the base member, and provided to face the coupling hole in the side plates, the connecting hole, as well is provided at a position that matches the time obtained by reversing the installation direction of the unit vertically and horizontally, The base member has a structure in which two cylinders having a large diameter on the inside and a small diameter on the outside are vertically stacked concentrically,
A male screw member that matches the shape of the connection hole of the upper plate is inserted into the upper plate of the base member among the connection holes, and the shape of the connection hole of the bottom plate is inserted into the connection hole of the bottom plate of the base member. A female screw member that conforms to the above and is internally threaded is inserted,
A concave member that fits the shape of the coupling hole of the side plate and has a cylindrical recess therein is inserted into the coupling hole of one side plate of the base member, and the coupling hole of the side plate is inserted into the coupling hole of the other side plate. A partition unit in which a convex member having a convex portion fitted to the concave member and fitted at the tip is inserted . 請求項１又は２に記載の間仕切ユニットにおいて、扉部材は上下方向に開閉する機構を有し、開閉の上向き用と下向き用が兼用されることを特徴とする間仕切ユニット。The partition unit according to claim 1 or 2, wherein the door member has a mechanism for opening and closing in a vertical direction , and the door member is used for both upward and downward opening and closing . 請求項１〜３のいずれかに記載の間仕切ユニットにおいて、基部材の内部には、収納物の転落を防止するホルダ部材が備えられていることを特徴とする間仕切ユニット。The partition unit according to any one of claims 1 to 3, wherein a holder member is provided inside the base member to prevent a fall of stored items . 請求項１〜４のいずれかに記載の間仕切ユニットを上下左右方向に任意の個数連続させて壁面を形成してなる間仕切壁において、
各間仕切ユニットの基部材が単一の基準寸法で、かつ、上下左右の区別なく形成されていることを特徴とする間仕切壁。 In the partition wall which forms a wall surface by making arbitrary number of partition units in any one of Claims 1-4 continue in the up-and-down and right-and-left direction,
A partition wall characterized in that the base member of each partition unit has a single reference dimension and is formed without distinction between up, down, left, and right . 請求項５に記載の間仕切壁において、壁面の横方向の端面に、前記壁面に交差する面を形成する支持部材が付設されていることを特徴とする間仕切壁。 6. The partition wall according to claim 5, wherein a support member for forming a surface intersecting the wall surface is attached to an end surface in a lateral direction of the wall surface . 請求項６に記載の間仕切壁において、支持部材には、装飾空間が備えられることを特徴とする間仕切壁。The partition wall according to claim 6, wherein the support member is provided with a decorative space . 請求項６又は７に記載の間仕切壁において、支持部材には表示機能が備えられていることを特徴とする間仕切壁。The partition wall according to claim 6 or 7, wherein the support member is provided with a display function . 請求項６〜８のいずれかに記載の間仕切壁において、支持部材は、内部に配線空間を有するパイプ状部材により構成されていることを特徴とする間仕切壁。The partition wall according to any one of claims 6 to 8, wherein the support member is constituted by a pipe-shaped member having a wiring space inside . 請求項６〜９のいずれかに記載の間仕切壁において、前記壁面の上端には天井面との間に、長さ調節が可能な突っ張り部材と、前記突っ張り部材を被覆するカバー部材とが設けられていることを特徴とする間仕切壁。The partition wall according to any one of claims 6 to 9, wherein a tension member capable of adjusting a length and a cover member covering the tension member are provided at an upper end of the wall surface between the ceiling surface and the ceiling surface. partition wall, characterized in that is. 請求項１０に記載の間仕切壁において、カバー部材は、弾性を有するとともに所定の厚みに形成され、壁面から天井までの距離に応じてカバー部材の積層枚数を変えることを特徴とする間仕切壁。11. The partition wall according to claim 10, wherein the cover member is elastic and has a predetermined thickness, and the number of the cover members stacked is changed according to the distance from the wall surface to the ceiling . 請求項６〜１１のいずれかに記載の間仕切壁において、壁面の下端には高さ調節可能な巾木部が設けられ、巾木部の高さは、壁面の最下層の間仕切ユニットの内側に表出した調整部材によりなされることを特徴とする間仕切壁。The partition wall according to any one of claims 6 to 11, wherein a base plate having a height adjustable portion is provided at a lower end of the wall surface, and the height of the base plate portion is provided inside the partition unit at the lowest layer of the wall surface. A partition wall characterized by being formed by an exposed adjustment member . 請求項１２に記載の間仕切壁において、巾木部は、それぞれ略々板状を呈し上下に対向して配置された２枚の巾木部材と、調整部材と螺合する設置部材とを備え、調整部材は上方の巾木部材に回転自在に保持され、下方の巾木部材に固定された設置部材との螺合の度合いを変えることで、２枚の巾木部材の間隔を変え高さ調節することを特徴とする間仕切壁。The partition wall according to claim 12, wherein the baseboard part includes two baseboard members each having a substantially plate shape and arranged vertically opposite to each other, and an installation member screwed to the adjustment member, The adjustment member is rotatably held by the upper base plate member, and the height adjustment is made by changing the interval between the two base plate members by changing the degree of screwing with the installation member fixed to the lower base plate member. A partition wall characterized by.
JP2001331636A 2001-10-29 2001-10-29 Partition unit and partition wall Expired - Fee Related JP4028210B2 (en)

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