JP3967242B2

JP3967242B2 - Panel coupling device

Info

Publication number: JP3967242B2
Application number: JP2002280135A
Authority: JP
Inventors: 甲菊田
Original assignee: 株式会社くろがね工作所
Priority date: 2002-09-26
Filing date: 2002-09-26
Publication date: 2007-08-29
Anticipated expiration: 2022-09-26
Also published as: JP2004116107A

Description

【０００１】
【発明の属する技術分野】
本発明は、オフィス等の室内空間を自在に仕切る間仕切りを構成するためのパネルの連結装置に関するものである。
【０００２】
【従来の技術】
従来の間仕切りを構成するためのパネルの連結装置は、下向きのダブテールと上向きのダブテールを上下左右に対称形に一体成形してなる連結ブロックと、下向きのダブテールを上方から収納するあり溝と、上向きのタブテールを下方から収納するあり溝を各側面下部に有するパネルと、下向きのダブテールを上方から収納するあり溝を下部に有する支柱よりなり、パネル同士の下部、パネルと支柱の下部を連結ブロックを介して連結し、上部を連結金具で連結したものであった（例えば、特許文献１参照。）。
【０００３】
上記構成によると、連結されるパネル（支柱）の端面に連結ブロックの上向きのダブテールが突出し、この上向きのダブテールを連結するパネルのあり溝に下方から収納するようにして、順次パネルを連結するものである。
したがって、複数枚のパネルが相互に連結された状態から、通路を構成する等の理由によって、間の一枚のパネルだけ取り外す（以後、中抜きと云う。）必要が生じたとき、パネルの両側端面側で連結ブロックはそれぞれ上下反対方向に収納されているので、間の一枚を持ち上げると連結された他方のパネルも持ち上がることとなり中抜きができなかった。
したがって、連結された状態から間の一枚を取り外す時は、連結された最後の端部側のパネルから順次取り外し、目的のパネルを取り外した後、取り外したパネルを新たに連結し直さなければならなかった。
【０００４】
これを解決する手段として、パネルの側縁部側同士に係り合って連結機構で連結し、連結機構とパネルの係わり合いを解除した際、パネルが厚み方向に沿って移動することを妨げない位置に連結機構が退避するものが提案されている(例えば特許文献２参照。)が、構成部材が多く、連結作業も煩雑で、高価になる欠点があった。
【０００５】
【特許文献１】
特許第２８３２５７７号公報
【特許文献２】
特開２００１−３５５２９９号公報
【０００６】
【本発明が解決しようとする課題】
本発明は、上記問題点を解決する事を課題とし、簡単な構成で、安価に製作でき、中抜きが可能なだけでなく、パネル同士の連結部分に新たな部材を加えることなく別のパネルを連結して、Ｔ字形あるいは十字形に連結構成できる（以後、中組み連結と云う。）パネルの連結装置を提供することを課題とする。
【０００７】
【課題を解決するための手段】
そこで、上記課題を解決する為、本発明の第１の手段として構成したところは、パネルの左右側端面の上下方向に形成された端面側が小さく奥部側が大きな嵌合溝に嵌合する形状の第１嵌合部と、第１嵌合部と対称形の第２嵌合部が一体に形成された所定高さの連結部材を有し、一方のパネルの嵌合溝下端部に第１嵌合部を嵌合し、他方のパネルの嵌合溝の下端部に第２嵌合部を嵌合してパネル同士の下端部を連結すると共に、嵌合溝の下端面を閉塞あるいは開口自在で、嵌合溝の下端面を閉塞した状態で連結部材の下端部を支持する受け部材を、パネルの左右端部の下端部に設けたものである。
【０００８】
次に本発明が第２の手段として構成したところは、パネルの左右側端面の上下方向に形成された端面側が小さく奥部側が大きな嵌合溝に嵌合する形状の第１嵌合部と、第１嵌合部と対称形の第２嵌合部が一体に形成された所定高さの連結部材を有し、前記嵌合溝と同形の支柱嵌合溝下端部に第２嵌合部を嵌合した状態で支柱に対して連結部材を着脱自在となし、パネルの嵌合溝の下端部に第１嵌合部を嵌合して支柱の下端部とパネルの下端部を連結すると共に、嵌合溝の下端面を閉塞あるいは開口自在で、、嵌合溝の下端面を閉塞した状態で連結部材の下端部を支持する受け部材をパネルの左右端部の下端部に設けたものである。
【０００９】
次に本発明が第３の手段として構成したところは、パネルの左右側端面の上下方向に形成された端面側が小さく奥部側が大きな嵌合溝と、パネルの左右端部側表裏面の角部に上下方向に渡って形成された、嵌合溝の表裏側の半分の形状を横向きとした表裏凹溝を有するパネルと、嵌合溝に嵌合する形状の第１嵌合部と、第１嵌合部と対称形の第２嵌合部が一体に形成された所定高さの連結部材を有し、一方のパネルの嵌合溝に第１嵌合部を嵌合し、他方のパネルの嵌合溝に第２嵌合部を嵌合してパネル同士を連結した状態で、パネル同士の連結部分の表裏側に、互いの表裏凹溝によってパネル側端面と同形の表裏嵌合溝が形成され、この表裏嵌合溝に新たな連結部材の第１嵌合部を嵌合し、新たなパネルの嵌合溝に第２嵌合部を嵌合してパネル同士を平面視Ｔ字形あるいは十字形に連結可能としたものである。
【００１０】
次に本発明が第４の手段として構成したところは、パネルの左右側端面の上下方向に形成された端面側が小さく奥部側が大きな嵌合溝と、パネルの左右端部側表裏面の角部に上下方向に渡って形成された、嵌合溝の表裏側の半分の形状を横向きとした表裏凹溝を有するパネルと、嵌合溝の下端部に嵌合する形状の第１嵌合部と、第１嵌合部と対称形の第２嵌合部が一体に形成された所定高さの連結部材を有し、一方のパネルの嵌合溝の下端部に第１嵌合部を嵌合し、他方のパネルの嵌合溝の下端部に第２嵌合部を嵌合してパネル同士の下端部を連結した状態で、パネル同士の連結部分の表裏側に、互いの表裏凹溝によってパネル側端面と同形の表裏嵌合溝が形成され、この表裏嵌合溝の下端部に連結部材の第１嵌合部を嵌合し、新たなパネルの嵌合溝の下端部に第２嵌合部を嵌合してパネル同士を平面視Ｔ字形あるいは十字形に連結すると共に、嵌合溝の下端面を閉塞あるいは開口自在で、、嵌合溝の下端面を閉塞した状態で連結部材の下端部を支持する受け部材をパネルの左右端部の下端部に設けたものである。
【００１１】
【実施例】
以下実施例を図面に基づいて説明する。
図１において、符号１００は、複数枚のパネル１・・・を連結して構成された間仕切りを示している。
間仕切り１００は、複数枚のパネル１・・・と、パネル１同士の下部を連結する連結部材２（図１０に示す。）・・・と、パネル１同士の上部を直線的に連結する直線連結金具３（図８に示す。）と、直線的に連結されたパネル同士１、１の連結部分に別のパネル１の上部をＴ字形、あるいは十字形、あるいは、他方のパネル１（支柱５）より高さの低いパネル１の上部を連結するための段違い連結金具４（図９に示す。）と、支柱５を介してパネル１同士の上部を直線的、Ｔ字形、
十字形、Ｌ字形、あるいは、パネル１の上部と支柱５とのみ連結するための、支柱用直線連結金具６（図２６に示す。）、支柱用Ｔ字形連結金具７（図２７に示す。）
、支柱用十字形連結金具８（図２８に示す。）、支柱用Ｌ字形連結金具９（図２９に示す。）、支柱用端部連結金具９０（図３０に示す。）より構成されている。
【００１２】
パネル１は、図２から図７に示すように、アルミの押し出し成形により形成された、上枠１１、下枠１２、左右の縦枠１３、１３と、上枠１１と左右縦枠１３、１３を連結するアルミ材より形成された左右の上コーナー金具１４と、下枠１２と左右縦枠１３、１３を連結するアルミ材より形成され左右の下コーナー金具１５にて構成されるパネル枠１０と、ベニア板等の表面に布地を貼り付けた表面板１０１、１０１を、パネル枠１０およびパネル枠１０の内部に設けたペーパーハニカム材の表裏面に圧着して構成されている。
【００１３】
上枠１１は、上縁部１１１と、上縁部１１１に前後端部に下方に突出して形成された下向き係止縁１１２、１１２と、上縁部１１１の前後端部の所定寸法内側から表裏面方向に突出し下向き係止縁１１２、１１２と所定間隔を有して形成された上支持突部１１３、１１３と、上支持突部１１３、１１３の内側で下方に突出して形成された表面板上支持突部１１４より内部が空洞とされ、係止縁１１２、１１２と上支持突部１１３、１１３間に左右方向に渡る上係止溝１１０、１１０が形成され、空洞の左右端部を左右の上コーナー金具１４が圧入嵌合する上圧入嵌合孔１１６としている。
【００１４】
下枠１２は、下縁部１２１と、下縁部１２１に前後端部に上方に突出して形成された上向き係止縁１２２、１２２と、下縁部１２１の前後端部の所定寸法内側から表裏面方向に突出し上向き係止縁１２２、１２２と所定間隔を有して形成された下支持突部１２３、１２３と、下支持突部１２３、１２３の内側で上方に突出して形成された表面板下支持突部１２４より内部が空洞とされ、上向き係止縁１２２、１２２と下支持突部１２３、１２３間に左右方向に渡る下係止溝１２０、１２０が形成され、空洞の左右端部を左右の下コーナー金具１５が圧入嵌合する下圧入嵌合孔１２６とした上枠１１と上下対称形に形成されている。
そして、下縁部１２１の所定位置にキャスター３００、アジャスター２００の取付け孔１２７が形成されている。
【００１５】
左右の縦枠１３、１３は左右に対称形に形成されているので、一方側についてのみ説明する。
縦枠１３は、側端面の上下方向に端面側が小さく奥部側が大きく形成された横向き台形状の嵌合溝１３１と、側端部表裏側の角部に上下方向に渡って形成された、嵌合溝１３１の表裏側の半分の形状を横向きとした表裏凹溝１３２、１３２を有する基部１３０と、基部１３０の奥部側に形成された表面板側部支持突部１３３と、表面板側部支持突部１３３の内部に形成された上コーナー金具１４の取付け孔１３４を有する補強リブ１３５より構成され、補強リブ１３５と基部１３０と表面板側部支持突部１３３にて囲まれた下端部を空洞となし、空洞の上下端部を上コーナ金具１４および下コーナー金具１５が圧入嵌合する上下圧入嵌入孔１３６、１３７としている。
【００１６】
上コーナー金具１４は、側端面に嵌合溝１３１、表裏凹溝１３２、１３２と同形の上嵌合切り欠き部１４１、上表裏凹部１４２、１４２を有する上コーナー基板１４３と、上コーナー基板１４３の下面より下方に突出し、前記縦枠１３の上圧入嵌入孔１３６に圧入嵌合する上圧入嵌合突部１４４と、上コーナー基板１４３の奥部側端部から奥部に突出し、前記上枠１１の上圧入嵌合孔１１６に圧入嵌合する上圧入嵌合突部１４５と、上コーナー基板１４３の上面より上方に突出する上コーナーキャップ１４７の上支持突条１４６、１４６より構成され、上コーナー基板１４３には、縦枠１３の補強リブ１３５の取付け孔１３４に対応して、貫通孔１４０が形成されている。
そして、パネル１が間仕切り１００の端部に位置する場合にのみ上コーナー金具１４に上コーナーキャップ１４７が取付けられる。
すなわち、上コーナーキャップ１４７は、縦枠１３の補強リブ１３５の取付け孔１３４および上コーナー金具１４の貫通孔１４０に対応して、取付け孔１４８が形成され、上支持突条１４６、１４６に外嵌し、嵌合溝１３１と、表裏凹溝１３２、１３２の上端面を隠蔽する。
【００１７】
下コーナー金具１５は、側端面に嵌合溝１３１、表裏凹溝１３２、１３２と同形の下嵌合切り欠き部１５１、下表裏凹部１５２、１５２を有する下コーナー基板１５３と、下コーナー基板１５３の上面より上方に突出し、前記縦枠１３の下圧入嵌入孔１３７に圧入嵌合する下圧入嵌合突部１５４と、下コーナー基板１５３の奥部側端部から奥部に突出し、前記下枠１２の下圧入嵌合孔１２６に圧入嵌合する下圧入嵌合突部１５４と、下コーナー基板１５３の下面より下方に突出する下支持突条１５６、１５６より構成されている。
【００１８】
そして、下コーナー基板１５３には、縦枠１３の補強リブ１３５の取付け孔１３４に対応して貫通孔１５０が形成され、下圧入嵌合突部１５５の下面にはアジャスター２００およびキャスター３００の取付け用ナット１５８を保持するナット保持孔１５９が形成され、下圧入嵌合突部１５５の下面端部に、後記する受け部材２０の位置決め凹部１６が段階的形成され、下支持突条１５６、１５６の表裏側にはスライド用凹溝１５７、１５７が形成され、受け部材２０を端面側と奥部側方向にスライド自在に支持している。
【００１９】
受け部材２０(図５にしめす。)は、下コーナー金具１５の下面を隠蔽する底壁２０１と、表裏側内面に前記スライド凹溝１５７、１５７にスライド自在に嵌合するスライド突条２０２、２０２を有し、前記した支持突条１５６、１５６の外側に位置し、底壁２０１の表裏側端部から上方に突出する支持壁２０３、２０３と、支持壁２０３、２０３と底壁２０１の端面側に一体に上方に突出する前壁２０４より構成され、底壁２０１の奥部側端部上面には位置決め凹部１６に対応して位置決め突部２０５が形成され、底壁２０１のほぼ中央部と前壁２０４の表裏方向中央部に連続して上方に突出する膨出部２０６を設け、膨出部２０６には下コーナー基板１５３の貫通孔１５０の対応する位置で、スライド方向に長孔となした貫通孔２０７を形成し、貫通孔２０７の端部側端面を後進ストッパー部２０８とし、奥部側端面を前進ストッパー部２０９としている。
【００２０】
すなわち、受け部材２０は、端面側に最もスライドした状態で、位置決め突部２０５が位置決め凹部１６の最端部１６１に当接した状態で、前壁２０１、支持壁２０３、２０３および膨出部２０６の端面側端部で、縦枠１３の嵌合溝１３１、表裏凹溝１３２、１３２、下嵌合切り欠き部１５１、下表裏凹部１５２、１５２の下端面を閉塞する。
そして、受け部材２０を奥部側スライドさせると位置決め突部２０５は、位置決め凹部１６の中間部１６２を通過した後、最奥部１６３に合致し、最も奥部側にスライドした状態で縦枠１３の嵌合溝１３１、表裏凹溝１３２、１３２、下嵌合切り欠き部１５１、下表裏凹部１５２、１５２の下端面を開口する。
尚、実施例では、受け部材２０はスライド自在に構成されているが、回動自在として、嵌合溝１３１下端面を開口、閉塞するようにしてもよく、その構成を限定するものではない。
【００２１】
上枠１１、下枠１２、左右の縦枠１３、１３、左右の上コーナー金具１４、１４、左右の下コーナー金具１５、１５は上記の如く構成されており、次のようにして組み立てられパネル１を構成する。
まず、上下コーナー金具１４、１５の上下圧入嵌合突部１４４、１５４を縦枠１３、１３の上下端部に形成された上下圧入嵌入孔１３６、１３７に密嵌する。そして、下コーナー金具１５は、受け部材２０の貫通孔２０７、下コーナー金具１５の貫通孔１５０をネジ軸が挿通して、縦枠１３の補強リブ１３５の取付け孔１３４に螺合し、頭部５０１が貫通孔２０７内に突出する連結ネジ５００にて、縦枠１３と強固に連結する。
【００２２】
次に、縦枠１３に取り付けられた上コーナー金具１４の上圧入突部１４５を上枠１１の上圧入嵌合孔１１６に密嵌し、さらに、縦枠１３に取り付けられた下コーナー金具１５の下圧入嵌合突部１５４を、ナット保持孔１５９に取付け用ナット１５８を保持せしめた状態で、下枠１２の下圧入嵌合孔１２６に密嵌する。
次に、他方の縦枠１３に取り付けられた上下コーナー金具１４、１５の上下圧入嵌合突部１４４、１５４を、一方の縦枠１３と連結された上下枠１１、１２の反対側の上下圧入嵌合孔１１６、１２６に密嵌し、パネル枠１０を構成する。
次に、パネル枠１０内にペーパーハニカム材を配置し、ベニア板等の表面に布地を貼り付けた表面板１０１、１０１を、パネル枠１０の表裏側からパネル枠１０、ペーパーハニカム材と圧着させてパネル１を完成させる。
【００２３】
一方、連結部材２（図１０に示す。）は、嵌合溝１３１に嵌合する第１嵌合部２１と、第１嵌合部２１と対称形の第２嵌合部２２を上端部を先細り状となし、アルミ材より一体に所定高さに成形された横断面鼓形に形成されている。
そして、上下方向の所定位置には後記する支柱５に取り付けるための取付け孔２３、２３が形成されている。
【００２４】
直線連結金具３（図８に示す。）は、直線的に併設されたパネル１、１の上コーナー金具１４、１４の上支持突条１４６、１４６、に外嵌し、上コーナー基板１４３、１４３上に位置する下向きコ字形の外被部３１と、外被部３１の中央部下面より下方に突出し、直線的に併設されたパネル１、１の縦枠１３、１３の嵌合溝１３１、１３１および上嵌合切り欠き部１４１、１４１に嵌合する、前記連結部材２と同形の連結脚体３２と、直線的に併設されたパネル１、１の縦枠１３、１３の取付け孔１３４に一致する連結孔３３、３４を有する連結用筒部３５、３６より構成されている。
【００２５】
段違い連結金具４（図９に示す。）は、パネル１の上コーナー金具１４の上支持突条１４６に外嵌し、上コーナー基板１４３上に位置する下向きコ字形の外被部４１と、外被部４１の端部側下面より下方に突出し、直線的に併設されたパネル１、１の縦枠１３、１３の表裏凹溝１３２、１３２によって形成される表裏嵌合溝４００、あるいは他方のパネル１の端部の嵌合溝１３１と、自身の嵌合溝１３１に嵌合する、前記連結部材２と同形の連結脚体４２と、自身のパネル１の縦枠１３の取付け孔１３４に対応する連結孔４３を有する連結用筒部４５より構成されている。
【００２６】
パネル１、連結部材２、直線連結金具３、段違い連結金具４は上記の如く構成され、次のようにして、パネル同士１、１、が連結される。
まず、上コーナーキャップ１４７が取り付けられていない一方のパネル1の受け部材２０を奥部側にスライドさせて（位置決め突条２０５が位置決め凹部１６の最奥部１６３に合致し、後進ストッパー部２０８が連結ネジ５００の頭部５０１に当接した状態）、縦枠１３の嵌合溝１３１、表裏凹溝１３２、１３２、下嵌合切り欠き部１５１、下表裏凹部１５２、１５２の下端面を開口させ、この開口の下方から、連結部材２の第１嵌合部２１を嵌合溝１３１に嵌合させて、第１嵌合部２１の下端部が嵌合溝１３１内に収納された状態で、受け部材２０を端面側にスライドさせて（位置決め突条２０５が位置決め凹部１６の最端部１６１に合致し、前進ストッパー部２０９が連結ネジ５００の頭部５０１に当接した状態）、開口嵌合溝１３１等の下端を閉塞させる。
【００２７】
すなわち、連結部材２が下方に抜け出るのを阻止した状態で、第２嵌合部２２が、パネル１の端面下端部の外方に突出して取付けられた状態とする。
次に、受け部材２０を奥部側にスライドさせた状態の他方のパネル１の嵌合溝１３１の下端を、前記連結部材２の第２嵌合部２２に上方から嵌合させてパネル同士１、１の下端部を連結する。
この時、連結するパネル１は、アジャスター２００、キャスター３００が床面に当接するので、不測に下方に移動する事がなく、連結部位材２は所定位置で嵌合溝１３１、１３１を介してパネル１、１同士を連結する。
【００２８】
パネル１、１の下端部は上記の如く連結されるか、あるいは、上コーナーキャップ１４７が取り付けられていない一方のパネル1の受け部材２０を端面側にスライドさせて（位置決め突条２０５が位置決め凹部１６の最端部１６１に合致し、前進ストッパー部２０９が連結ネジ５００の頭部５０１に当接した状態）、縦枠１３の嵌合溝１３１、表裏凹溝１３２、１３２、下嵌合切り欠き部１５１、下表裏凹部１５２、１５２の下端を閉塞させた状態で、連結部材２の第１嵌合部２１を嵌合溝１３１の上方から嵌合させ、さらに下端まで移動させて、連結部材２が下方に抜け出るのを阻止した状態で、パネル１の端面下端部の外方に第２嵌合部２２が突出した状態にとりつける。
【００２９】
次に、受け部材２０を奥部側にスライドさせて（位置決め突条２０５が位置決め凹部１６の最奥部１６３に合致し、後進ストッパー部２０８が連結ネジ５００の頭部５０１に当接した状態）、縦枠１３の嵌合溝１３１、表裏凹溝１３２、１３２、下嵌合切り欠き部１５１、下表裏凹部１５２、１５２の下面を開口させた他方のパネル１の嵌合溝１３１の下端を、前記連結部材２の第２嵌合部２２に上方から嵌合させてパネル同士１、１の下端部を連結する。
【００３０】
次に、突き合わされた状態のパネル１、１の端部の嵌合溝１３１、１３１の上方より、直線連結金具３の連結脚体３２を嵌合して嵌合溝１３１、１３１を連結脚体３２を介して連結し、さらに、連結孔３３、３４とそれぞれのパネル１、１の縦枠１３、１３の取付け孔１３４、１３４を介して連結ネジ６００、６００にてパネル１、１と直線連結金具３を連結する。
このようにして、パネル１・・・は順次直線的に連結される。
【００３１】
上記の如く直線的に連結されたパネル１、１の連結部分に同高さのパネル１、あるいは、低い高さのパネルを中組み連結する場合は、直線的に連結された連結部の直線連結金具３を取り外した状態で、下端の受け部材２０を端面側に位置せしめた状態で、突き合わされた２つの表裏凹溝１３２・・・にて形成される嵌合溝１３１と同形の表裏嵌合溝４００、４００の一方（十字形に連結する場合は両方）の、上端から連結部材２の第１嵌合部２１を嵌合させて、下端部まで移動させて受け部材２０、２０に当接させ、第２嵌合部２２を連結部分の外方に突出した状態とする。
そして、この突出した第２嵌合部２２に、縦枠１３の嵌合溝１３１の下面を開口させたパネル１の嵌合溝１３１の下端を上方から嵌合させて、直線的に連結されたパネル同士１、１の下端部に他のパネル１をＴ字形、あるいは十字形に連結する。
【００３２】
次に、連結されるパネル１が同高さの場合は、表裏嵌合溝４００、４００等の一方（十字形に連結する場合は両方）と、Ｔ字形に連結されたパネル１の嵌合溝１３１の上部に、段違い連結金具４の連結脚体４２を嵌合した状態で、連結孔４３と自身のパネル１の縦枠１３の取付け孔１３４を介して連結ネジ６００にてパネル１と連結し、さらに、取り外された直線連結金具３を連結ネジ６００、６００にて直線状態のパネル１、１と連結する。
【００３３】
一方、連結されるパネル１の高さが低い場合は、表裏嵌合溝４００、４００の一方（十字形に連結する場合は両方）の上部に段違い連結金具４の連結脚体４２の半分を嵌合した状態で下方に移動させて、Ｔ字形に連結されたパネル１の嵌合溝１３１等の上部に、連結脚体４２の他の半分を嵌合して、連結脚体４２を介して、嵌合溝１３１と表裏嵌合溝４００、４００（Ｔ字形連結の場合はいずれか一方）を連結した状態で、連結孔４３と自身のパネル１の縦枠１３の取付け孔１３４を介して連結ネジ６００にてパネル１と連結する。
次に、表裏嵌合溝４００に嵌合する連結脚体４２の上方に、表裏嵌合溝４００内に位置して、上がり止め部材４２１と合成樹脂製のカバー体４２３を取付け、さらに、取り外された直線連結金具３を連結ネジ６００、６００にて直線状態のパネル１、１と連結する。
【００３４】
すなわち、上がり止め部材４２１によって、高さの低いパネル１が連結された状態で持ち上げられると、連結脚体４２の上面は、上がり止め部材４２１の下端に当接し、上がり止め部材４２１の上端が直線連結金具３の外被部３１に当接しているので、連結された高さの低いパネル１だけが持ち上がる事はなく、連結されたパネル１・・・全体が持ち上がり、連結状態での運搬等が支障なく行える。
【００３５】
一方、相互に連結されたパネル1・・・から所望のパネル１・・を中抜きする場合、中抜きするパネル１が連結されている直線連結金具３、あるいは、段違い連結金具４、カバー体４２３、上がり止め部材４２１を取り外し、中抜きするパネル１の受け部材２０を奥部側にスライドさせて、嵌合溝１３１等の下端面を開口した状態で、中抜きするパネル１を持ち上げ、連結部材２の第１嵌合部２１、あるいは第２嵌合部２２を、嵌合溝１３１、１３１の下端面より抜き出した後、パネル１を表あるいは裏側に移動して取り外す。
そして、連結部材２を嵌合溝１３１の上端より取り外した後、上コーナーキャップ１４７を連結ネジ６００にて残されたパネルの端部上端に取り付ける。
【００３６】
さらに、端部のパネル１にＬ型に他のパネル１を連結する場合等に必要とされる支柱５（図３１に示す。）は、支柱用直線連結金具６、支柱用Ｔ字形連結金具７、支柱用十字形連結金具８、支柱用Ｌ字形連結金具９、支柱用端部連結金具９０の取付け孔５１を有する補強リブ５２が内部に形成され、空洞の上下端部を上下圧入孔５３、５３となした四角柱状で、四角柱状の４側端面の上下方向に渡って、嵌合溝１３１と同形の支柱嵌合溝５４・・・が形成されている。
【００３７】
支柱用直線連結金具６（図２６に示す。）は、パネル１、１の上コーナー金具１４、１４の上支持突条１４６、１４６、に外嵌し、上コーナー基板１４３、１４３上に位置する下向きコ字形の外装部６１と、外装部６１、６１の中央部に連設された柱外装部６２と、柱外装部６２の下面に突出し、前記支柱５の上圧入孔５３に嵌入する嵌入突条６３・・・と、外装部６１、６１と柱外装部６２間の下面に下方に突出し、縦枠１３、１３の嵌合溝１３１、１３１および上嵌合切り欠き部１４１、１４１および支柱５の支柱嵌合溝５４、５４に嵌合する連結部材２と同形の連結脚部６４、６４と、縦枠１３、１３の取付け孔１３４に一致する連結孔６５、６６を有する連結用筒部６７、６８と、支柱５の取付け孔５１に対応する連結孔６９より構成されている。
【００３８】
支柱用Ｔ字形連結金具７（図２７に示す。）は、Ｔ字形に配設された３枚のパネル１、１、１の上コーナー金具１４、１４、１４の上支持突条１４６、１４６、１４６に外嵌し、上コーナー基板１４３、１４３、１４３上に位置する下向きコ字形で平面視Ｔ字形の外装部７１と、外装部７１の交差部に位置する柱外装部７２と、柱外装部７２の下面に突出し、前記支柱５の上圧入孔５３に嵌入する嵌入突条７３・・・と、柱外装部７２の外側下面に下方に突出し、縦枠１３、１３、１３の嵌合溝１３１、１３１および上嵌合切り欠き部１４１、１４１、１４１および支柱５の支柱嵌合溝５４、５４、５４に嵌合する連結部材２と同形の連結脚部７４、７４、７４と、縦枠１３、１３、１３の取付け孔１３４・・・に一致する連結孔７５・・・を有する連結用筒部７７・・・と、柱外装部７２の中央に形成された支柱５の取付け孔５１に対応する連結孔７９より構成されている。
【００３９】
支柱用十字形連結金具８（図２８に示す。）は、十字形に配設された４枚のパネル１・・・の上コーナー金具１４・・・の上支持突条１４６・・・に外嵌し、上コーナー基板１４３・・・上に位置する下向きコ字形で平面視十字形の外装部８１と、外装部８１の交差部に位置する柱外装部８２と、柱外装部８２の下面に突出し、前記支柱５の上嵌入部５３に嵌入する嵌入突条８３・・・と、柱外装部８２の外側下面に下方に突出し、縦枠１３・・・の嵌合溝１３１・・・および上嵌合切り欠き部１４１・・・および支柱５の支柱嵌合溝５４・・・に嵌合する連結部材２と同形の連結脚部８４・・・と、縦枠１３・・・の取付け孔１３４・・・に一致する連結孔８５・・・を有する連結用筒部８７・・・と、柱外装部８２の中央に形成された支柱５の取付け孔５１に対応する連結孔８９より構成されている。
【００４０】
支柱用Ｌ字形連結金具９（図２９に示す。)は、Ｌ字形に配設された２枚のパネル１、１の上コーナー金具１４、１４の上支持突条１４６、１４６、に外嵌し、上コーナー基板１４３、１４３上に位置する下向きコ字形で平面視Ｌ字形の外装部９１と、外装部９１のコーナー部に連設された柱外装部９２と、柱外装部９２の下面に突出し、前記支柱５の上嵌入部５３に嵌入する嵌入突条９３・・・と、柱外装部９２の外側下面に下方に突出し、縦枠１３、１３の嵌合溝１３１、１３１および上嵌合切り欠き部１４１、１４１および支柱５の支柱嵌合溝５４、５４に嵌合する連結部材２と同形の連結脚部９４、９４と、縦枠１３、１３の取付け孔１３４に一致する連結孔９５、９６を有する連結用筒部９７、９８と、柱外装部９２の中央に形成された支柱５の取付け孔５１に対応する連結孔９９より構成されている。
【００４１】
支柱用端部連結金具９０は、の上コーナー金具１４の上支持突条１４６に外嵌し、上コーナー基板１４３上に位置する下向きコ字形の外装部９０１と、外装部９０１の支柱５側の端部に位置する柱外装部９０２と、柱外装部９０２の下面に突出し、前記支柱５の上嵌入部５３に嵌入する嵌入突条９０３と、外装部９０１と柱外装部９０２間の下面に下方に突出し、縦枠１３の嵌合溝１３１および上嵌合切り欠き部１４１および支柱５の支柱嵌合溝５４に嵌合する連結部材２と同形の連結脚部９０４と、縦枠１３の取付け孔１３４に一致する連結孔９０５を有する連結用筒部９０７と、柱外装部９０２の中央に形成された支柱５の取付け孔５１に対応する連結孔９０９より構成されている。
【００４２】
支柱５、支柱用直線金具６および、支柱用Ｔ字形連結金具７、支柱用十字形連結金具８、支柱用Ｌ字形連結金具９、支柱用端部連結金具９０は、上記の如く構成されており、次のようにしてパネル１・・・と支柱５は連結される。
パネル１の嵌合溝１３１の下端部に嵌合した連結部材２の第２嵌合部２２の上方より、支柱５の支柱嵌合溝５４を嵌合してパネル１と支柱５の下端部を連結する。
次に、支柱５に連結されるパネル１の方向に対応する支柱嵌合溝５４・・・の下端部に、第１嵌合部２１を嵌合し、第２嵌合部２２を支柱５の外方に突出した状態で、連結ネジ（図示せず。）にて上下動しないよう連結部材２を取付ける。そして、この連結部材２の第２嵌合部２２に、パネル１の嵌合溝１３１を嵌合した後、支柱５を上方に引き上げてパネル１の受け部材２０を端面側にスライドさせ、連結部材２の下端部を支持する。
この状態で、連結部材２が連結ネジによって支柱５に連結され、この連結部材２は受け部材２０に支持されているので、支柱５はパネル１に対して、下方に移動することがない。、
【００４３】
支柱５とパネル１は上記の如く連結されるか、あるいは、支柱５にすでに取付けられた連結部材２の第２嵌合部２２に、受け部材２０を奥部側にスライドさせたパネル１の嵌合溝１３１の下端を嵌合した後、受け部材２０を端面側にスライドさせて、支柱５とパネル１の下端部を連結させた状態で、パネル１の連結方向に対応する支柱５の支柱嵌合溝５４の下端部を、すでに連結されたパネル１の嵌合溝１３１の下端部に嵌合した連結部材２の第２嵌合部５２の上方より嵌合し、支柱５を介してパネル１、１の下端部を連結する。
【００４４】
支柱５を介してパネル１、１の下端部を上記の如く連結した後、さらに、支柱５に対し異なった方向にパネル１を連結させて、パネルをＴ字形、十字形に連結する場合は、支柱５の他の支柱嵌合溝５４の下端部に連結部座材２を連結ネジを介して取付けた後、この連結部材２に上記と同様にして、他のパネル１の下端部を連結する。
【００４５】
次に、支柱５とパネル１の上端部に、支柱５を介してパネル１・・・同士の連結角度に対応する支柱用連結金具を選択する。（実施例ではＴ字形に連結されているので、支柱用Ｔ字形連結金具７を選択する。）
そして、図３１、図３２に示すように、支柱用Ｔ字形連結金具７の嵌入突条７３・・・、連結脚部７４、７４、７４を、支柱５の上嵌入部５３と、縦枠１３、１３、１３の嵌合溝１３１、１３１および上嵌合切り欠き部１４１、１４１、１４１および支柱５の支柱嵌合溝５４、５４、５４に嵌合し、さらに、縦枠１３、１３、１３の取付け孔１３４・・・と連結孔７５・・・を、支柱５の取付け孔５１と連結孔７９を一致させ、連結ネジ６００・・・にて、支柱用Ｔ字形連結金具７とパネル１、１、１、支柱５の上部を強固に連結する。
【００４６】
又、十字形に連結する場合、直線状に連結する場合、Ｌ字形に連結する場合は、支柱用十字形連結金具８、支柱用直線連結金具６、支柱用Ｌ字形連結金具９が選択され、上記同様、嵌入突条８３、６３、９３および、連結脚部８４・・・、６４・・、９４・・・を、支柱５の上嵌入部５３と、縦枠１３・・・の嵌合溝１３１・・・、上嵌合切り欠き部１４１・・・および支柱５の支柱嵌合溝５４・・・
、に嵌合し、さらに、縦枠１３・・・の取付け孔１３４・・・と連結孔８５、６５、９５を、支柱５の取付け孔５１と連結孔８９、６９、９９を一致させ、連結ネジ６００・・・にて強固に連結する。
【００４７】
一方、端部の支柱５に対してパネル１を連結しない場合は、支柱用端部連結金具９０を選択し、嵌入突条９０３と連結脚部９０４を、支柱５の上嵌入部５３と縦枠１３の嵌合溝１３１および上嵌合切り欠き部１４１および支柱５の支柱嵌合溝５４に嵌合し、縦枠１３の取付け孔１３４と連結孔９０５を、支柱５の取付け孔５１と連結孔９０９を一致させ、連結ネジ６００・・・にて強固に連結する。
【００４８】
【発明の効果】
請求項１に記載の発明によると、嵌合溝下端部を開口した状態では、嵌合溝に嵌合した連結部材とパネルの嵌合溝は互いに上下方向に規制されないので、連結部材は下方に抜け出すか、あるいは、一方のパネルを持ち上げると、嵌合溝の下端から連結部材が抜け出して、他のパネルとの連結状態が解除されるので、中抜きが可能となる。
すなわち、請求項１に記載の発明は、嵌合溝の下端を開口、閉塞自在とする受け部材を設けるだけの簡単な構成で、組み立て、中抜きが容易となり、部材点数も少なく安価に製作できるものである。
【００４９】
請求項２に記載の発明によると、前記効果に加え、支柱を介することにより、パネルをＬ字形、Ｔ字形、十字形にも連結可能である。
請求項３に記載の発明によると、パネルと連結部材以外に他の部材を必要とすることなく、直線的に連結されたパネルの連結部分に、他のパネルを追加して、Ｔ字形、十字形に連結が可能である。すなわち、中組み連結が可能である。
【００５０】
請求項４に記載の発明によると、簡単な構成で、中組み連結が可能なだけでなく、中抜きも可能であり、安価に製作できる。
【図面の簡単な説明】
【図１】間仕切りの斜視図
【図２】上コーナー金具の斜視図
【図３】下コーナー金具の斜視図
【図４】受け部材を奥部側にスライドさせた状態の下コーナー金具の斜視図
【図５】下コーナー金具の分解斜視図
【図６】パネル枠の上角部の分解斜視図
【図７】パネル枠の下角部の分解斜視図
【図８】直線連結金具の斜視図
【図９】段違い連結金具の斜視図
【図１０】連結部材の斜視図
【図１１】パネル同士が直線的に連結される場合の上部分解斜視図
【図１２】パネル同士が直線的に連結される場合の下部分解斜視図
【図１３】パネル同士が直線的に連結された状態の上部の要部断面図
【図１４】図１３のＡ−Ａ線断面図
【図１５】パネル同士が直線的に連結された状態の下部の要部断面図
【図１６】図１５のＢ−Ｂ線断面図
【図１７】図１５のＣ部拡大図
【図１８】受け部材を奥部側にスライドさせた状態の要部断面図
【図１９】図１７のＤ−Ｄ線断面図
【図２０】パネル同士がＴ字形に連結される場合の上部分解斜視図
【図２１】パネル同士がＴ字形に連結される場合の下部分解斜視図
【図２２】パネル同士がＴ字形に連結された状態の上部の要部断面図
【図２３】パネル同士がＴ字形に連結された状態の下部の要部断面図
【図２４】パネル同士が高さ違いで連結された状態の上部の要部断面図
【図２５】図２４のＥ−Ｅ線断面図
【図２６】支柱用直線連結金具の斜視図
【図２７】支柱用Ｔ字形連結金具の斜視図
【図２８】支柱用十字形連結金具の斜視図
【図２９】支柱用Ｌ字形連結金具の斜視図
【図３０】支柱用端部連結金具の斜視図
【図３１】支柱を介してパネルがＴ字形に連結された状態の上部の要部断面図
【図３２】支柱を介してパネルがＴ字形に連結された状態の下部の要部断面図
【符号の説明】
１パネル
１３１嵌合溝
１３２、１３２表裏凹溝
２連結部材
２０受け部材
２１第１嵌合部
２２第２嵌合部
４００、４００表裏嵌合溝
５支柱
５４支柱嵌合溝[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a panel connecting device for constituting a partition for freely partitioning an indoor space such as an office.
[0002]
[Prior art]
The panel connecting device for forming a conventional partition is composed of a connecting block formed by symmetrically forming a downward dovetail and an upward dovetail symmetrically in the vertical and horizontal directions, a dovetail for storing the downward dovetail from above, and an upward The panel has a dovetail at the bottom of each side and a column with a dovetail at the bottom. The upper part was connected with the connection metal fitting (for example, refer patent document 1).
[0003]
According to the above configuration, the upward dovetail of the connecting block protrudes from the end face of the panel (post) to be connected, and the panels are sequentially connected so that the upward dovetail is accommodated from below in the dovetail groove of the panel. It is.
Therefore, when it is necessary to remove only one panel (hereinafter referred to as hollowing out) from the state in which a plurality of panels are connected to each other for reasons such as forming a passage, both sides of the panel Since the connecting blocks are housed in the opposite directions on the end face side, lifting the one in between would raise the other connected panel and could not be hollowed out.
Therefore, when removing one piece from the connected state, it is necessary to remove it sequentially from the last connected end panel, remove the target panel, and then reconnect the removed panel. There wasn't.
[0004]
As a means to solve this, a position that does not prevent the panel from moving along the thickness direction when the side edge portions of the panel are engaged with each other and connected by a connecting mechanism and the connection between the connecting mechanism and the panel is released. However, there has been a problem that the connecting mechanism is retracted (see, for example, Patent Document 2).
[0005]
[Patent Document 1]
Japanese Patent No. 2832577
[Patent Document 2]
JP 2001-355299 A
[0006]
[Problems to be solved by the present invention]
The present invention has an object to solve the above-mentioned problems, and can be manufactured at a low cost with a simple structure, and can be hollowed out, and another panel can be added without adding a new member to the connecting portion between the panels. It is an object of the present invention to provide a panel connecting device that can be connected in a T shape or a cross shape (hereinafter referred to as a middle assembly connection).
[0007]
[Means for Solving the Problems]
Therefore, in order to solve the above problems, the first means of the present invention is configured such that the end face side formed in the vertical direction of the left and right end faces of the panel is small and the back side is fitted into a large fitting groove. A first fitting portion; a first fitting portion and a second fitting portion symmetrical to the first fitting portion; and a connecting member having a predetermined height formed integrally with the first fitting portion. The fitting portion is fitted, the second fitting portion is fitted to the lower end portion of the fitting groove of the other panel to connect the lower end portions of the panels, and the lower end surface of the fitting groove can be closed or opened freely. The receiving member that supports the lower end portion of the connecting member in a state where the lower end surface of the fitting groove is closed is provided at the lower end portion of the left and right end portions of the panel.
[0008]
Next, when the present invention is configured as a second means, the first fitting portion having a shape in which the end surface side formed in the vertical direction of the left and right side end surfaces of the panel is small and the back side is fitted in a large fitting groove; A first fitting portion and a symmetric second fitting portion are integrally formed with a connecting member having a predetermined height, and the second fitting portion is provided at the lower end portion of the column fitting groove having the same shape as the fitting groove. The connecting member can be freely attached to and detached from the column in the fitted state, the first fitting portion is fitted to the lower end portion of the fitting groove of the panel to connect the lower end portion of the column and the lower end portion of the panel, The lower end surface of the fitting groove can be closed or opened, and a receiving member that supports the lower end portion of the connecting member in a state where the lower end surface of the fitting groove is closed is provided at the lower end portion of the left and right end portions of the panel. .
[0009]
Next, when the present invention is configured as a third means, the end face side formed in the vertical direction of the left and right side end faces of the panel is small and the back side is large, and the corners on the front and back sides of the left and right end parts of the panel A panel having a front and back concave groove formed in the vertical direction and having a half shape on the front and back sides of the fitting groove in the horizontal direction, a first fitting portion having a shape fitting into the fitting groove, and a first A fitting member and a symmetric second fitting portion are integrally formed with a connecting member having a predetermined height, the first fitting portion is fitted into the fitting groove of one panel, and the other panel In the state where the second fitting part is fitted to the fitting groove and the panels are connected to each other, a front and back fitting groove having the same shape as the end face of the panel side is formed on the front and back sides of the connecting part of the panels by the front and back concave grooves. The first fitting portion of the new connecting member is fitted into the front and back fitting grooves, and the second fitting portion is fitted into the fitting groove of the new panel. Is obtained by the connectable to the plan view T-shaped or cross to each other.
[0010]
Next, when the present invention is configured as a fourth means, the end face side formed in the vertical direction of the left and right side end faces of the panel is small and the back side is large, and the corners on the front and back sides of the left and right end parts of the panel A panel having a front and back concave groove formed in the vertical direction and having a half shape on the front and back sides of the fitting groove in the horizontal direction, and a first fitting portion having a shape fitted to the lower end portion of the fitting groove, The first fitting portion and the symmetrical second fitting portion have a predetermined height connecting member integrally formed, and the first fitting portion is fitted to the lower end portion of the fitting groove of one panel. Then, in a state where the second fitting portion is fitted to the lower end portion of the fitting groove of the other panel and the lower end portions of the panels are connected to each other, the front and back sides of the connecting portion between the panels are formed by the front and back concave grooves. A front and back fitting groove having the same shape as the panel side end surface is formed, and the first fitting portion of the connecting member is fitted to the lower end portion of the front and back fitting groove, and a new panel is formed. The second fitting portion is fitted to the lower end portion of the fitting groove to connect the panels in a T shape or a cross shape in plan view, and the lower end surface of the fitting groove can be closed or freely opened. A receiving member that supports the lower end portion of the connecting member in a state where the lower end surface is closed is provided at the lower end portion of the left and right end portions of the panel.
[0011]
【Example】
Embodiments will be described below with reference to the drawings.
In FIG. 1, the code | symbol 100 has shown the partition comprised by connecting several panel 1 ....
The partition 100 includes a plurality of panels 1..., A connecting member 2 (shown in FIG. 10) that connects the lower portions of the panels 1, and a linear connection that linearly connects the upper portions of the panels 1. A bracket 3 (shown in FIG. 8) is connected to a linearly connected panel 1, 1, and the upper part of another panel 1 is T-shaped, cross-shaped, or the other panel 1 (post 5). A stepped connection fitting 4 (shown in FIG. 9) for connecting the upper portions of the lower panel 1 and the upper portion of the panels 1 through the support 5 are linear, T-shaped,
A straight connecting bracket 6 for a column (shown in FIG. 26) and a T-shaped connecting bracket 7 for a column (shown in FIG. 27) for connecting the upper part of the panel 1 and the column 5 only.
, The support cross member 8 (shown in FIG. 28), the support L-shaped connector fitting 9 (shown in FIG. 29), and the support end connector fitting 90 (shown in FIG. 30). .
[0012]
As shown in FIGS. 2 to 7, the panel 1 includes an upper frame 11, a lower frame 12, left and right vertical frames 13 and 13, and an upper frame 11 and left and right vertical frames 13 and 13 formed by extrusion molding of aluminum. Left and right upper corner metal fittings 14 formed from an aluminum material for connecting the lower frame 12 and left and right vertical frames 13 and 13, and a panel frame 10 composed of left and right lower corner metal fittings 15. The surface plates 101 and 101 having a cloth bonded to the surface of a veneer plate or the like are pressed against the panel frame 10 and the front and back surfaces of the paper honeycomb material provided inside the panel frame 10.
[0013]
The upper frame 11 is formed from the upper edge portion 111, the downward locking edges 112 and 112 formed on the upper edge portion 111 so as to protrude downward at the front and rear end portions, and the predetermined dimension inside the front and rear end portions of the upper edge portion 111. Upper support protrusions 113, 113 that protrude in the rear surface direction and have a predetermined distance from the downward locking edges 112, 112, and on the surface plate that protrudes downward inside the upper support protrusions 113, 113 The inside of the support protrusion 114 is hollow, and upper locking grooves 110, 110 extending in the left-right direction are formed between the locking edges 112, 112 and the upper support protrusions 113, 113. An upper press fitting hole 116 into which the upper corner fitting 14 is press fitted is formed.
[0014]
The lower frame 12 is formed from the lower edge portion 121, the upward locking edges 122 and 122 formed on the lower edge portion 121 so as to protrude upward at the front and rear end portions, and the predetermined dimension inside the front and rear end portions of the lower edge portion 121. Lower support projections 123, 123 projecting in the rear surface direction and having a predetermined distance from the upward locking edges 122, 122, and the lower surface plate formed projecting upward inside the lower support projections 123, 123 The inside of the support protrusion 124 is hollow, and lower locking grooves 120, 120 extending in the left-right direction are formed between the upward locking edges 122, 122 and the lower support protrusions 123, 123. The lower corner fitting 15 is formed in a vertically symmetrical manner with the upper frame 11 as a lower press fitting hole 126 into which the press fitting is performed.
A caster 300 and an attachment hole 127 for the adjuster 200 are formed at predetermined positions on the lower edge 121.
[0015]
Since the left and right vertical frames 13 and 13 are symmetrically formed on the left and right, only one side will be described.
The vertical frame 13 is a fitting with a laterally trapezoidal fitting groove 131 having a small end surface side and a large back side in the vertical direction of the side end surface, and a corner portion on the front and back sides of the side end portion extending in the vertical direction. A base portion 130 having front and back concave grooves 132, 132 in which the shape of the half of the front and back sides of the joint groove 131 is laterally oriented, a surface plate side portion support protrusion 133 formed on the back side of the base portion 130, and a surface plate side portion The lower end surrounded by the reinforcing rib 135, the base portion 130, and the surface plate side portion supporting protrusion 133 is composed of a reinforcing rib 135 having an attachment hole 134 for the upper corner metal fitting 14 formed inside the supporting protrusion 133. The upper and lower end portions of the cavity are formed as upper and lower press-fit fitting holes 136 and 137 into which the upper corner fitting 14 and the lower corner fitting 15 are press-fitted.
[0016]
The upper corner metal fitting 14 includes an upper corner substrate 143 having an upper fitting notch portion 141 and upper and lower concave portions 142 and 142 having the same shape as the fitting groove 131 and the front and back concave grooves 132 and 132 on the side end surfaces, and the upper corner substrate 143. An upper press-fit fitting protrusion 144 that protrudes downward from the lower surface and press-fits into the upper press-fit fitting hole 136 of the vertical frame 13, and protrudes from the back side end of the upper corner substrate 143 to the back, and the upper frame 11 The upper press-fitting fitting protrusion 145 press-fitting into the upper press-fitting fitting hole 116, and the upper support cap 146, 146 protruding upward from the upper surface of the upper corner substrate 143, and the upper corner A through hole 140 is formed in the substrate 143 corresponding to the attachment hole 134 of the reinforcing rib 135 of the vertical frame 13.
The upper corner cap 147 is attached to the upper corner fitting 14 only when the panel 1 is positioned at the end of the partition 100.
That is, the upper corner cap 147 is formed with an attachment hole 148 corresponding to the attachment hole 134 of the reinforcing rib 135 of the vertical frame 13 and the through hole 140 of the upper corner fitting 14, and is fitted on the upper support protrusions 146 and 146. Then, the upper end surfaces of the fitting groove 131 and the front and back concave grooves 132 and 132 are concealed.
[0017]
The lower corner metal fitting 15 includes a lower corner substrate 153 having a lower fitting notch portion 151 and lower front and back concave portions 152 and 152 having the same shape as the fitting groove 131 and the front and back concave grooves 132 and 132 on the side end surface, and the lower corner substrate 153. A lower press-fit fitting protrusion 154 that protrudes upward from the upper surface and press-fits into the lower press-fit fitting hole 137 of the vertical frame 13, and protrudes from the back side end of the lower corner substrate 153 to the back, and the lower frame 12 The lower press-fitting fitting projection 154 is press-fitted into the lower press-fitting fitting hole 126, and the lower support protrusions 156 and 156 are projected downward from the lower surface of the lower corner substrate 153.
[0018]
A through hole 150 is formed in the lower corner substrate 153 corresponding to the mounting hole 134 of the reinforcing rib 135 of the vertical frame 13, and the adjuster 200 and the caster 300 are attached to the lower surface of the lower press fitting fitting protrusion 155. A nut holding hole 159 for holding the nut 158 is formed, and a positioning recess 16 of the receiving member 20 to be described later is formed in a stepped manner on the lower surface end of the lower press-fitting fitting protrusion 155, and the lower support protrusions 156, 156 are displayed. On the back side, slide concave grooves 157 and 157 are formed, and the receiving member 20 is supported so as to be slidable in the end face side and back side directions.
[0019]
The receiving member 20 (shown in FIG. 5) includes a bottom wall 201 that conceals the lower surface of the lower corner fitting 15, and slide protrusions 202 and 202 that are slidably fitted into the slide grooves 157 and 157 on the front and back inner surfaces. The support walls 203 and 203 are located outside the above-described support protrusions 156 and 156 and protrude upward from the front and back side end portions of the bottom wall 201, and the end surfaces of the support walls 203 and 203 and the bottom wall 201. A positioning projection 205 is formed on the upper surface of the rear side end of the bottom wall 201 corresponding to the positioning recess 16 so as to be substantially at the center and the front of the bottom wall 201. A bulging portion 206 that continuously protrudes upward is provided at the center in the front and back direction of the wall 204, and the bulging portion 206 has a long hole in the sliding direction at a position corresponding to the through hole 150 of the lower corner substrate 153. Through hole 207 shaped And, the end-side end face of the through hole 207 and the reverse stopper portion 208, and the rear side end face and the advancement stopper portion 209.
[0020]
That is, the receiving member 20 is slid most toward the end face side, and the positioning projection 205 is in contact with the outermost end 161 of the positioning recess 16, and the front wall 201, the support walls 203, 203, and the bulging portion 206. The lower end surface of the fitting groove 131 of the vertical frame 13, the front and back concave grooves 132 and 132, the lower fitting notch 151, and the lower front and rear concave portions 152 and 152 is closed at the end face side end of the vertical frame 13.
Then, when the receiving member 20 is slid back, the positioning projection 205 passes through the intermediate portion 162 of the positioning recess 16 and then matches the innermost portion 163 and slides to the innermost side in the vertical frame 13. The lower end surface of the fitting groove 131, the front and back concave grooves 132 and 132, the lower fitting notch 151, and the lower front and rear concave portions 152 and 152 are opened.
In the embodiment, the receiving member 20 is configured to be slidable, but the lower end surface of the fitting groove 131 may be opened and closed so as to be rotatable, and the configuration is not limited.
[0021]
The upper frame 11, the lower frame 12, the left and right vertical frames 13 and 13, the left and right upper corner metal fittings 14 and 14, and the left and right lower corner metal fittings 15 and 15 are configured as described above, and are assembled as follows. 1 is constructed.
First, the upper and lower press-fit fitting protrusions 144 and 154 of the upper and lower corner metal fittings 14 and 15 are closely fitted into the upper and lower press-fit fitting holes 136 and 137 formed at the upper and lower ends of the vertical frames 13 and 13. Then, the lower corner fitting 15 is inserted into the through hole 207 of the receiving member 20 and the through hole 150 of the lower corner fitting 15 through the screw shaft, and is screwed into the attachment hole 134 of the reinforcing rib 135 of the vertical frame 13. The connecting screw 500 that projects into the through hole 207 is firmly connected to the vertical frame 13.
[0022]
Next, the upper press fitting protrusion 145 of the upper corner fitting 14 attached to the vertical frame 13 is closely fitted in the upper press fitting fitting hole 116 of the upper frame 11, and the lower corner fitting 15 attached to the vertical frame 13 is further fitted. The lower press-fit fitting protrusion 154 is tightly fitted into the lower press-fit fitting hole 126 of the lower frame 12 in a state where the mounting nut 158 is held in the nut holding hole 159.
Next, the vertical press-fitting fitting projections 144 and 154 of the upper and lower corner metal fittings 14 and 15 attached to the other vertical frame 13 are inserted into the vertical press on the opposite side of the upper and lower frames 11 and 12 connected to the one vertical frame 13. The panel frame 10 is configured by tightly fitting into the fitting holes 116 and 126.
Next, a paper honeycomb material is arranged in the panel frame 10, and the surface plates 101, 101 having a cloth bonded to the surface of a veneer plate or the like are pressed against the panel frame 10 and the paper honeycomb material from the front and back sides of the panel frame 10. Panel 1 is completed.
[0023]
On the other hand, the connecting member 2 (shown in FIG. 10) has a first fitting portion 21 fitted in the fitting groove 131 and a second fitting portion 22 symmetrical to the first fitting portion 21 at the upper end. It has a tapered shape, and is formed into a cross-sectional drum shape that is integrally molded to a predetermined height from an aluminum material.
And the attachment holes 23 and 23 for attaching to the support | pillar 5 mentioned later are formed in the predetermined position of an up-down direction.
[0024]
The straight connection fitting 3 (shown in FIG. 8) is externally fitted to the upper support protrusions 146 and 146 of the upper corner fittings 14 and 14 of the panels 1 and 1 arranged linearly, and the upper corner substrates 143 and 143 are fitted. A downward U-shaped outer cover portion 31 positioned above, and fitting grooves 131 and 131 of the vertical frames 13 and 13 of the panels 1 and 1 projecting downward from the lower surface of the central portion of the outer cover portion 31 and arranged linearly. And the fitting leg 32 having the same shape as the connecting member 2 and fitted to the upper fitting notches 141 and 141, and the mounting holes 134 of the vertical frames 13 and 13 of the panels 1 and 1 arranged linearly. It is comprised from the connection cylinder parts 35 and 36 which have the connection holes 33 and 34 to do.
[0025]
The stepped connection fitting 4 (shown in FIG. 9) is fitted on the upper support protrusion 146 of the upper corner fitting 14 of the panel 1, and has a downward U-shaped covering portion 41 positioned on the upper corner substrate 143, The front and back fitting grooves 400 formed by the front and back concave grooves 132 and 132 of the vertical frames 13 and 13 of the panels 1 and 1 that protrude downward from the lower surface of the end portion side of the covered portion 41 and are linearly provided, or the other panel. 1 corresponding to the fitting groove 131 at the end, the connecting leg 42 having the same shape as the connecting member 2 to be fitted in the fitting groove 131, and the mounting hole 134 of the vertical frame 13 of the panel 1. It is composed of a connecting cylinder portion 45 having a connecting hole 43.
[0026]
The panel 1, the connection member 2, the straight connection fitting 3, and the step connection fitting 4 are configured as described above, and the panels 1, 1 are connected as follows.
First, the receiving member 20 of one panel 1 to which the upper corner cap 147 is not attached is slid to the rear side (the positioning protrusion 205 is aligned with the innermost part 163 of the positioning concave portion 16, and the reverse stopper 208 is A state in which the connecting screw 500 is in contact with the head 501), the fitting groove 131 of the vertical frame 13, the front and back concave grooves 132 and 132, the lower fitting notch 151, and the lower front and rear concave portions 152 and 152 are opened. From below the opening, the first fitting portion 21 of the connecting member 2 is fitted into the fitting groove 131, and the lower end portion of the first fitting portion 21 is housed in the fitting groove 131. The receiving member 20 is slid to the end surface side (the positioning protrusion 205 is aligned with the outermost end portion 161 of the positioning recess 16 and the forward stopper portion 209 is in contact with the head portion 501 of the connecting screw 500), and the opening fitting Groove 131 etc. Occlude the lower end.
[0027]
That is, it is assumed that the second fitting portion 22 protrudes outward from the lower end portion of the end face of the panel 1 while preventing the connecting member 2 from coming out downward.
Next, the lower end of the fitting groove 131 of the other panel 1 in a state in which the receiving member 20 is slid to the back side is fitted into the second fitting portion 22 of the connecting member 2 from above, so that the panels 1 The lower end of 1 is connected.
At this time, since the adjuster 200 and the caster 300 are in contact with the floor surface, the connecting panel 1 does not move down unexpectedly, and the connecting part material 2 is placed through the fitting grooves 131 and 131 at a predetermined position. 1, 1 is connected.
[0028]
The lower ends of the panels 1 and 1 are connected as described above, or the receiving member 20 of one panel 1 to which the upper corner cap 147 is not attached is slid to the end surface side (the positioning protrusion 205 is positioned in the positioning recess). 16, the forward stopper portion 209 is in contact with the head portion 501 of the connecting screw 500), the fitting groove 131 of the vertical frame 13, the front and back concave grooves 132, 132, the lower fitting notch The first fitting portion 21 of the connecting member 2 is fitted from above the fitting groove 131 with the lower ends of the portion 151 and the lower front and back concave portions 152 and 152 closed, and further moved to the lower end to connect the connecting member 2. The second fitting portion 22 is attached in a state in which the second fitting portion 22 protrudes outward from the lower end portion of the end face of the panel 1 in a state where it is prevented from coming out downward.
[0029]
Next, the receiving member 20 is slid to the inner side (the positioning protrusion 205 is aligned with the innermost portion 163 of the positioning recess 16 and the reverse stopper 208 is in contact with the head 501 of the connecting screw 500). The lower end of the fitting groove 131 of the other panel 1 with the lower surface of the fitting groove 131 of the vertical frame 13, the front and back concave grooves 132 and 132, the lower fitting notch 151, and the lower front and back concave parts 152 and 152 opened, The lower end portions of the panels 1 and 1 are connected to each other by fitting the second fitting portion 22 of the connecting member 2 from above.
[0030]
Next, from above the fitting grooves 131 and 131 at the ends of the panels 1 and 1 in the butted state, the coupling legs 32 of the linear coupling fitting 3 are fitted to fit the fitting grooves 131 and 131 into the coupling legs. 32, and further, through the connection holes 33 and 34 and the mounting holes 134 and 134 of the vertical frames 13 and 13 of the respective panels 1 and 1, respectively, through the connection screws 600 and 600, and linearly connected to the panels 1 and 1. The metal fitting 3 is connected.
In this way, the panels 1 are sequentially connected linearly.
[0031]
When the panel 1 having the same height or the low-height panel is connected to the connecting portion of the panels 1 and 1 connected linearly as described above, the linear connection of the connecting parts connected linearly is used. With the metal fitting 3 removed, the front and back fittings of the same shape as the fitting groove 131 formed by the two front and back concave grooves 132 that are butted together with the receiving member 20 at the lower end positioned on the end face side The first fitting portion 21 of the connecting member 2 is fitted from the upper end of one of the grooves 400 and 400 (both when coupled in a cross shape) and is moved to the lower end portion to contact the receiving members 20 and 20. The second fitting portion 22 is projected outward from the connection portion.
And the lower end of the fitting groove 131 of the panel 1 in which the lower surface of the fitting groove 131 of the vertical frame 13 is opened is fitted to the protruding second fitting portion 22 from above and linearly connected. The other panels 1 are connected to the lower ends of the panels 1 and 1 in a T shape or a cross shape.
[0032]
Next, when the panels 1 to be connected have the same height, one of the front and back fitting grooves 400 and 400 (both in the case of connecting in a cross shape) and the fitting groove of the panel 1 connected in a T shape. In the state where the connection leg 42 of the stepped connection fitting 4 is fitted to the upper part of 131, the connection screw 600 is connected to the panel 1 through the connection hole 43 and the attachment hole 134 of the vertical frame 13 of the panel 1 itself. Further, the removed straight connection fitting 3 is connected to the straight panels 1 and 1 with connection screws 600 and 600.
[0033]
On the other hand, when the height of the panel 1 to be connected is low, half of the connecting leg 42 of the stepped connecting metal fitting 4 is fitted on the upper part of one of the front and back fitting grooves 400, 400 (both when connecting in a cross shape). The other half of the connecting leg 42 is fitted to the upper part of the fitting groove 131 or the like of the panel 1 connected in a T-shape by moving downward in the combined state, In a state where the fitting groove 131 and the front and back fitting grooves 400 and 400 (one in the case of T-shaped connection) are connected, the connecting screw 43 is connected via the mounting hole 134 of the vertical frame 13 of the panel 1 itself. At 600, the panel 1 is connected.
Next, the upper stopper member 421 and the synthetic resin cover body 423 are attached to the upper side of the connecting leg body 42 to be fitted in the front and back fitting groove 400, and further removed. The straight connection fitting 3 is connected to the panels 1 and 1 in a straight state by connection screws 600 and 600.
[0034]
That is, when the panel 1 having a low height is lifted by the rise preventing member 421, the upper surface of the connecting leg 42 abuts on the lower end of the rise preventing member 421, and the upper end of the rise preventing member 421 is a straight line. Since it is in contact with the outer cover 31 of the connection fitting 3, only the connected low panel 1 is not lifted up, the connected panel 1 is lifted up and transported in a connected state. It can be done without any trouble.
[0035]
On the other hand, when a desired panel 1... Is hollowed out from the mutually connected panels 1..., The straight connection fitting 3 to which the hollowing panel 1 is connected, or the step connection fitting 4 and the cover body 423. Then, the stopper member 421 is removed, the receiving member 20 of the panel 1 to be hollowed is slid to the back side, the panel 1 to be hollowed is lifted with the lower end surface of the fitting groove 131 and the like opened, and the connecting member After the second first fitting portion 21 or the second fitting portion 22 is extracted from the lower end surfaces of the fitting grooves 131 and 131, the panel 1 is moved to the front or back side and removed.
Then, after removing the connecting member 2 from the upper end of the fitting groove 131, the upper corner cap 147 is attached to the upper end of the end of the panel left by the connecting screw 600.
[0036]
Further, the supporting column 5 (shown in FIG. 31) required when connecting another panel 1 to the end panel 1 in an L shape, etc. includes a supporting column straight connection fitting 6 and a supporting column T-shaped connection fitting 7. Reinforcing ribs 52 having mounting holes 51 for supporting cross-shaped connecting bracket 8, supporting column L-shaped connecting bracket 9, and supporting column end connecting bracket 90 are formed inside, and the upper and lower ends of the cavity are formed into upper and lower press-fit holes 53. In the quadrangular prism shape formed as 53, strut fitting grooves 54... Having the same shape as the fitting groove 131 are formed in the vertical direction of the four side end surfaces of the square pillar shape.
[0037]
The straight connecting bracket 6 for support (shown in FIG. 26) is externally fitted to the upper support protrusions 146 and 146 of the upper corner brackets 14 and 14 of the panels 1 and 1, and is positioned on the upper corner substrates 143 and 143. A downward U-shaped exterior part 61, a column exterior part 62 connected to the central part of the exterior parts 61, 61, and a fitting protrusion that projects from the lower surface of the column exterior part 62 and fits into the upper press-fitting hole 53 of the column 5 Ridge 63... Projecting downward on the lower surface between the exterior parts 61, 61 and the column exterior part 62, the fitting grooves 131, 131 of the vertical frames 13, 13, the upper fitting notches 141, 141, and the column 5 The connecting cylinder portion 67 having connecting legs 64 and 64 having the same shape as the connecting member 2 to be fitted in the column fitting grooves 54 and 54 and connecting holes 65 and 66 corresponding to the mounting holes 134 of the vertical frames 13 and 13. 68 and a connecting hole 69 corresponding to the mounting hole 51 of the column 5. It is.
[0038]
The T-shaped connecting bracket 7 for a support (shown in FIG. 27) includes upper support protrusions 146, 146, three upper corner brackets 14, 14, 14 of the three panels 1, 1, 1, 14 arranged in a T shape. 146, a downwardly U-shaped and T-shaped exterior portion 71 located on the upper corner substrate 143, 143, 143, a column exterior portion 72 located at the intersection of the exterior portion 71, and a column exterior portion 72 is projected onto the lower press surface of the column 5 and fitted into the upper press-fitting hole 53 of the support column 5, and is projected downward on the outer lower surface of the column exterior portion 72, and the fitting groove 131 of the vertical frames 13, 13, 13. , 131 and upper fitting notches 141, 141, 141, and connecting leg portions 74, 74, 74 having the same shape as the connecting member 2 fitted in the column fitting grooves 54, 54, 54 of the column 5, and the vertical frame 13 , 13, 13 connecting holes 75 corresponding to the mounting holes 134. A connecting cylindrical portion 77 ... having, are formed of a connection hole 79 corresponding to the mounting hole 51 of the support 5 formed in the center of Hashiragaiso portion 72.
[0039]
The cross-shaped connecting bracket 8 for the support (shown in FIG. 28) is attached to the four support panels 1... The upper corner bracket 14. Fitted on the upper corner substrate 143... In the downward U-shaped cross-sectional shape in plan view, the column exterior portion 82 located at the intersection of the exterior portion 81, and the lower surface of the column exterior portion 82. The protruding protrusions 83... That protrude into the upper insertion portion 53 of the column 5 and the outer lower surface of the column exterior portion 82 protrude downward, and the fitting grooves 131. The connecting leg portion 84 has the same shape as the connecting member 2 to be fitted into the fitting notch 141... And the column fitting groove 54 of the column 5, and the mounting hole 134 of the vertical frame 13. , And a support cylinder formed at the center of the column exterior portion 82. 5 of the mounting hole 51 are formed of a connecting hole 89 that corresponds.
[0040]
The support L-shaped connecting bracket 9 (shown in FIG. 29) is fitted on the upper support protrusions 146, 146 of the two corners 1, 1 and the upper corner brackets 14, 14 arranged in an L-shape. The upper corner substrates 143 and 143 are located on the upper corner substrates 143 and 143 in a downwardly U-shaped and L-shaped exterior portion 91, a column exterior portion 92 connected to the corner portion of the exterior portion 91, and a lower surface of the column exterior portion 92. , Fitting ridges 93... That fit into the upper fitting portion 53 of the support column 5, and projecting downward on the outer lower surface of the column exterior portion 92, and the fitting grooves 131, 131 of the vertical frames 13, 13 and the upper fitting cut. Connecting legs 95, 94 having the same shape as the connecting member 2 to be fitted in the notch portions 141, 141 and the column fitting grooves 54, 54 of the column 5, and a coupling hole 95, which coincides with the mounting holes 134 of the vertical frames 13, 13, 96 is formed at the center of the connecting cylinder portions 97 and 98 having the 96 and the column exterior portion 92. The connecting hole 99 corresponding to the mounting hole 51 of the column 5 is formed.
[0041]
The column end connection fitting 90 is fitted on the upper support protrusion 146 of the upper corner fitting 14, and a downward U-shaped exterior portion 901 located on the upper corner substrate 143, and the exterior portion 901 on the support 5 side. A column exterior part 902 located at the end, an insertion protrusion 903 that projects into the lower surface of the column exterior part 902, and that fits into the upper insertion part 53 of the column 5, and a lower surface between the exterior part 901 and the column exterior part 902 And a connecting leg portion 904 having the same shape as the connecting member 2 that fits into the fitting groove 131 and the upper fitting notch portion 141 of the vertical frame 13 and the column fitting groove 54 of the column 5, and a mounting hole for the vertical frame 13. The connecting cylinder portion 907 has a connecting hole 905 that coincides with 134, and the connecting hole 909 corresponding to the mounting hole 51 of the column 5 formed in the center of the column exterior portion 902.
[0042]
The support column 5, the support column straight bracket 6, the support column T-shaped connection bracket 7, the support column cross-shaped connection bracket 8, the support column L-shaped connection bracket 9, and the support column end connection bracket 90 are configured as described above. The panel 1... And the column 5 are connected as follows.
From the upper side of the second fitting portion 22 of the connecting member 2 fitted to the lower end portion of the fitting groove 131 of the panel 1, the column fitting groove 54 of the column 5 is fitted to connect the lower end portion of the panel 1 and the column 5. Link.
Next, the first fitting portion 21 is fitted to the lower end portion of the column fitting groove 54 corresponding to the direction of the panel 1 connected to the column 5, and the second fitting portion 22 is attached to the column 5. The connecting member 2 is attached so as not to move up and down with a connecting screw (not shown) in a state of protruding outward. And after fitting the fitting groove 131 of the panel 1 to the 2nd fitting part 22 of this connection member 2, the support | pillar 5 is pulled up upwards, the receiving member 20 of the panel 1 is slid to an end surface side, and a connection member The lower end of 2 is supported.
In this state, the connecting member 2 is connected to the column 5 by the connecting screw, and the connecting member 2 is supported by the receiving member 20, so that the column 5 does not move downward with respect to the panel 1. ,
[0043]
The column 5 and the panel 1 are connected as described above, or the panel 1 fitted with the receiving member 20 slid to the back side in the second fitting portion 22 of the connecting member 2 already attached to the column 5. After fitting the lower end of the joint groove 131, the receiving member 20 is slid to the end face side, and the column 5 is fitted to the column 5 corresponding to the connection direction of the panel 1 in a state where the column 5 and the lower end of the panel 1 are coupled. The lower end portion of the joint groove 54 is fitted from above the second fitting portion 52 of the connecting member 2 fitted to the lower end portion of the fitting groove 131 of the already connected panel 1, and the panel 1 is interposed via the column 5. The lower end of 1 is connected.
[0044]
After connecting the lower ends of the panels 1 and 1 through the support column 5 as described above, and further connecting the panel 1 in a different direction with respect to the support column 5 to connect the panel in a T-shape or cross shape, After attaching the connecting portion seating material 2 to the lower end portion of the other supporting column fitting groove 54 of the supporting column 5 via a connecting screw, the lower end portion of the other panel 1 is connected to the connecting member 2 in the same manner as described above. .
[0045]
Next, the support | pillar connection metal fitting corresponding to the connection angle of panels 1 ... is selected through the support | pillar 5 to the upper end part of the support | pillar 5 and the panel 1. FIG. (In the embodiment, since it is connected in a T-shape, the T-shaped connecting bracket 7 for the column is selected.)
Then, as shown in FIGS. 31 and 32, the insertion protrusion 73 of the T-shaped connecting bracket 7 for the support, the connecting legs 74, 74, 74 are connected to the upper insertion part 53 of the support 5 and the vertical frame 13. , 13, 13 and the upper fitting notches 141, 141, 141 and the column fitting grooves 54, 54, 54 of the column 5 and the vertical frames 13, 13, 13 The mounting holes 134... And the connecting holes 75... Are aligned with the mounting holes 51 and 79 of the support column 5, and the connection screws 600. 1, 1, and the upper part of the support | pillar 5 are connected firmly.
[0046]
Further, when connecting in a cross shape, connecting in a straight line, or connecting in an L shape, a cross-shaped connecting bracket 8 for a column, a straight connecting bracket 6 for a column, and an L-shaped connecting bracket 9 for a column are selected. In the same manner as described above, the fitting protrusions 83, 63, 93 and the connecting leg portions 84,..., 94,. 131..., Upper fitting notch 141... And column fitting groove 54 of column 5.
, And the mounting holes 134... Of the vertical frame 13... And the connecting holes 85, 65 and 95, and the mounting holes 51 and connecting holes 89, 69 and 99 of the column 5 are matched. It is firmly connected with screws 600.
[0047]
On the other hand, when the panel 1 is not connected to the support column 5 at the end, the support end connection fitting 90 is selected, the insertion protrusion 903 and the connection leg 904 are connected to the upper insertion portion 53 of the support column 5 and the vertical frame. 13 is fitted into the fitting groove 131, the upper fitting notch 141, and the column fitting groove 54 of the column 5, the mounting hole 134 and the coupling hole 905 of the vertical frame 13, and the mounting hole 51 and the coupling hole of the column 5. 909 are matched and firmly connected by connecting screws 600.
[0048]
【The invention's effect】
According to the first aspect of the present invention, in the state where the lower end portion of the fitting groove is opened, the connecting member fitted into the fitting groove and the fitting groove of the panel are not restricted in the vertical direction, so that the connecting member is positioned downward. When the panel is pulled out or when one panel is lifted, the connecting member is pulled out from the lower end of the fitting groove, and the connected state with the other panel is released, so that the hollow can be removed.
In other words, the invention described in claim 1 can be manufactured at low cost with a simple structure in which the lower end of the fitting groove is simply provided with a receiving member that can be opened and closed, and can be easily assembled and hollowed out. Is.
[0049]
According to invention of Claim 2, in addition to the said effect, a panel can be connected also in L shape, T shape, and a cross shape via a support | pillar.
According to the third aspect of the present invention, there is no need for any other members in addition to the panel and the connecting member, and other panels are added to the connecting portions of the panels that are linearly connected to each other. Can be connected in a letter shape. That is, intermediate combination connection is possible.
[0050]
According to the fourth aspect of the present invention, not only can the middle assembly be connected with a simple configuration, but also hollowing is possible, and it can be manufactured at low cost.
[Brief description of the drawings]
FIG. 1 is a perspective view of a partition.
[Fig. 2] Perspective view of upper corner bracket
[Figure 3] Perspective view of lower corner bracket
FIG. 4 is a perspective view of the lower corner bracket with the receiving member slid to the back side.
FIG. 5 is an exploded perspective view of the lower corner bracket.
FIG. 6 is an exploded perspective view of the upper corner of the panel frame.
FIG. 7 is an exploded perspective view of the lower corner portion of the panel frame.
FIG. 8 is a perspective view of a straight connecting bracket.
FIG. 9 is a perspective view of a stepped connection fitting.
FIG. 10 is a perspective view of a connecting member.
FIG. 11 is an exploded top perspective view when the panels are linearly connected to each other.
FIG. 12 is an exploded perspective view of the lower part when the panels are linearly connected to each other.
FIG. 13 is a cross-sectional view of the main part of the upper part in a state where the panels are linearly connected to each other.
14 is a cross-sectional view taken along line AA in FIG.
FIG. 15 is a cross-sectional view of the main part of the lower part in a state where the panels are linearly connected to each other.
16 is a sectional view taken along line BB in FIG.
17 is an enlarged view of part C in FIG.
FIG. 18 is a cross-sectional view of the main part in a state where the receiving member is slid to the back side.
FIG. 19 is a sectional view taken along line DD in FIG.
FIG. 20 is an exploded top perspective view when the panels are connected in a T-shape.
FIG. 21 is a lower exploded perspective view when the panels are connected to each other in a T-shape.
FIG. 22 is a cross-sectional view of the main part of the upper part in a state where the panels are connected in a T-shape.
FIG. 23 is a cross-sectional view of the main part of the lower part in a state where the panels are connected in a T-shape.
FIG. 24 is a cross-sectional view of the main part of the upper part in a state where the panels are connected at different heights.
25 is a sectional view taken along line EE in FIG. 24.
FIG. 26 is a perspective view of a straight connecting bracket for a column.
FIG. 27 is a perspective view of a T-shaped connecting bracket for a column.
FIG. 28 is a perspective view of a cross-shaped connecting bracket for a column.
FIG. 29 is a perspective view of an L-shaped connecting bracket for a column.
FIG. 30 is a perspective view of an end connecting bracket for a column.
FIG. 31 is a cross-sectional view of the main part of the upper part in a state where the panel is connected in a T shape via a column.
FIG. 32 is a cross-sectional view of the main part of the lower part in a state where the panel is connected in a T shape via a support column.
[Explanation of symbols]
1 panel
131 Mating groove
132, 132 Front and back concave grooves
2 connecting members
20 receiving member
21 1st fitting part
22 Second fitting part
400, 400 Front and back mating grooves
5 props
54 Prop fitting groove

Claims

A first fitting portion having a shape in which the end surface side formed in the vertical direction of the left and right side end surfaces of the panel is small and the back side is fitted into a large fitting groove, and a second fitting portion symmetrical to the first fitting portion are provided. A connecting member having a predetermined height formed integrally, the first fitting portion is fitted to the lower end portion of the fitting groove of one panel, and the second fitting portion is fitted to the lower end portion of the fitting groove of the other panel. A receiving member that connects the lower end portions of the panels by fitting the portions together, closes or opens the lower end surface of the fitting groove, and supports the lower end portion of the connecting member while closing the lower end surface of the fitting groove Is provided at the lower end of the left and right ends of the panel.

A first fitting portion having a shape in which the end surface side formed in the vertical direction of the left and right side end surfaces of the panel is small and the back side is fitted into a large fitting groove, and a second fitting portion symmetrical to the first fitting portion are provided. A connecting member having a predetermined height formed integrally, and the connecting member can be attached to and detached from the column in a state where the second fitting portion is fitted to the lower end portion of the column fitting groove having the same shape as the fitting groove. None, the first fitting part is fitted to the lower end of the panel fitting groove to connect the lower end of the column and the lower end of the panel, and the lower end surface of the fitting groove can be closed or freely opened. A panel connecting device, wherein a receiving member that supports the lower end of the connecting member in a state in which the lower end surface of the groove is closed is provided at the lower end of the left and right ends of the panel.

Table of fitting grooves formed in the vertical direction at the corners on the front and back surfaces of the left and right end sides of the panel, and the fitting grooves that are formed in the vertical direction of the left and right side end faces of the panel and the rear side is large. A panel having front and back concave grooves with the half shape on the back side facing sideways, a first fitting portion shaped to fit into the fitting groove, and a second fitting portion symmetrical to the first fitting portion are integrated. A panel having a formed connecting member having a predetermined height, the first fitting portion fitted in the fitting groove of one panel, and the second fitting portion fitted in the fitting groove of the other panel. In a state where the panels are connected to each other, front and back fitting grooves having the same shape as the panel side end surfaces are formed on the front and back sides of the connecting portions of the panels by the front and back concave grooves, and a first new connecting member is formed in the front and back fitting grooves. The fitting part can be fitted, and the second fitting part can be fitted into the fitting groove of the new panel so that the panels can be connected to each other in a T shape or a cross shape in plan view. I would like the panel coupling device, characterized in that the.

Table of fitting grooves formed in the vertical direction at the corners on the front and back surfaces of the left and right end sides of the panel, and the fitting grooves that are formed in the vertical direction of the left and right side end faces of the panel and the rear side is large. A panel having front and back concave grooves with the half shape on the back side facing sideways, a first fitting portion shaped to be fitted to the lower end portion of the fitting groove, and a second fitting portion symmetrical to the first fitting portion Has a connecting member of a predetermined height integrally formed, the first fitting portion is fitted to the lower end portion of the fitting groove of one panel, and the second fitting portion is fitted to the lower end portion of the fitting groove of the other panel. In the state where the fitting portions are fitted and the lower end portions of the panels are connected, front and back fitting grooves having the same shape as the panel side end surfaces are formed on the front and back sides of the connecting portions of the panels by the front and back concave grooves. The first fitting portion of the connecting member is fitted to the lower end portion of the front and back fitting grooves, and the second fitting portion is fitted to the lower end portion of the fitting groove of the new panel. Are connected in a T shape or a cross shape in plan view, and the lower end surface of the fitting groove is closed or openable, and the receiving member that supports the lower end portion of the connecting member in the state where the lower end surface of the fitting groove is closed is attached to the panel. A panel connecting device, which is provided at the lower end of the left and right ends.