JP4014799B2

JP4014799B2 - Slide hinge washer

Info

Publication number: JP4014799B2
Application number: JP2000378566A
Authority: JP
Inventors: 真吾高松
Original assignee: Sugatsune Kogyo Co Ltd
Current assignee: Sugatsune Kogyo Co Ltd
Priority date: 2000-12-13
Filing date: 2000-12-13
Publication date: 2007-11-28
Anticipated expiration: 2020-12-13
Also published as: JP2002180728A

Description

【０００１】
【発明の属する技術分野】
本発明は扉取付部材の開口部が通常の通り鉛直状に形成されている場合と、底板から天上板に向けて後退するように傾斜して形成され、当該扉取付部材と扉の各１側部間にスライドヒンジを跨装連枢することで、上記の扉がその自重により閉扉動して開口部を自動閉扉するようにした場合の扉開閉装置にあって、上記スライドヒンジにおけるスライドヒンジ本体を扉取付部材に対し夫々平行状または傾斜状となるよう連着するため、予め扉取付部材の適所に螺子止め手段等により取着することになるスライドヒンジ用の座金に関するものである。
【０００２】
【従来の技術】
上記のような扉開閉装置にあって、スライドヒンジ本体をビス等により連着することになる従来の座金は、扉取付部材の側板内面に固設するようにしており、かつ単に直方体状等に形成しただけのものであるため、扉に対する保持強度が弱く充分な耐久性を確保することができず、さらに扉を自重により閉扉動させる必要のある場合には、当該座金を扉取付部材の側板内面にあって水平状態に取着するのではなしに、扉側に向けて所定の上昇傾斜角度となるようにして、止め螺子等によって取着しなければならない。このため当該上昇傾斜角度が得られるための割り出し作業を行った上で、正確に螺子止めするといった作業が要求されることになり、この結果可成りの作業時間と労力を費やすこととなるだけでなく、当該作業に誤りがあった場合の是正には、単なるやり直し作業でなく、止め螺子孔の補修作業を必要とする難点がある。
【０００３】
【発明が解決しようとする課題】
本発明は上記した従来の座金に内在する欠陥に鑑み検討されたもので、先ず請求項１にあっては、スライドヒンジの座金につき、その取着箇所を扉取付部材における側板内面に選定するのではなしに、天板下面と底板上面に取着可能とすることによって、座金の扉等に基づく外力に対する取着強度を強化し、扉の耐久性を改善しようとしている。
【０００４】
次に請求項２にあっては、前記した請求項１の構成に関し、その取着板部を第１、第２取着板部により形成し、前記の連設部も一対の脚板部および連設板部とにより形成し、当該連設部の前面側に横向連着用板部を設けるよう構成することで、請求項１と同様の目的を達成すると共に、軽量に製作することをも可能として取着作業における使い勝手をよくしようとしている。
【０００５】
さらに請求項３にあっては、天板下面に取着するための座金に関し、ここでは第１取着板部と第２取着板部から第１、第２脚板部を曲設し、しかも第１、第２脚板部の下端から前面側へ突設した第１、第２連装用突板部に、横向連着用板部を形成することで、スライドヒンジ本体のコ字状内嵌凹所に当該横向連結用板部が嵌合するようにして、座金とスライドヒンジ本体との連着強度を向上させ、さらに横向連着用板部の扉取付部材における奥側にあって滑り止め面を形成し、ここに連着用螺子を螺装することで、スライドヒンジ本体との取着状態を強固なものにて請求項１の目的をより確実に達成し得るようにしている。
【０００６】
そして請求項４では、前記した底板上面に取着するための座金に関し、ここでは請求項３における座金を上下反転配置として、これを同じ要領でスライドヒンジ本体のコ字状内嵌凹所に嵌合することとなるが、請求項３における横向連着用板部とは反対側にあって、滑り止め面を施すようにし、このことで前記した請求項３と同等の作用効果を発揮可能とするのがその目的である。
【０００７】
請求項５以下にあっては、上記した請求項１ないし請求項４と同じく扉取付部材における側板内面に取着する座金の既成観念を排し、取着板部を天板下面か底板上面に取着するだけでなく、当該取着板部に連設部を介して傾斜連着用板部を形成することにより、座金を取着するだけで労せずして所定の上昇傾斜角度にて配設され得るよう構成するのである。
かくして、請求項５によるときは、座板の上昇傾斜角度については全く意を払うことなしに、スライドヒンジ本体と整合する位置となるよう天板下面や底板上面に配装取着でき、上記の傾斜連着板部に設けた連着用螺子によって、当該スライドヒンジ本体との連着を行うだけで作業を完結可能とし、かくてこの種の取着作業につき飛躍的な作業効率の向上を可能にしようとするのが、その目的である。
【０００８】
次に請求項６にあっては、前記した請求項５の構成に関し、その取着板部を第１、第２取着板部により形成し、前記の連設部も短脚、長脚板部および連設板部とにより形成し、当該連設部の前面側に傾斜連着用板部を設けるよう構成することで、請求項５と同様の目的を達成すると共に、軽量に製作することをも可能として取着作業における使い勝手をよくしようとしている。
【０００９】
次に請求項７にあっては、天板下面に取着するための斜着用の座金に関し、ここでは第１取着板部から短脚板部を、第２取着板部から長脚板部を夫々曲設し、しかも短脚、長脚板部の下端から前面側へ突設した第１、第２連装用突板部に、傾斜連着用板部を形成することで、スライドヒンジ本体のコ字状内嵌凹所に当該傾斜連結用板部が嵌合するようにして、斜着用の座金とスライドヒンジ本体との連着強度を向上させ、さらに傾斜連着用板部の扉取付材における奥側にあって滑り止め面を形成し、ここに連着用螺子を螺装することで、スライドヒンジ本体との取着状態を強固なものにて請求項５の目的をより確実に達成しようとしている。
【００１０】
さらに請求項８では、前記した底板上面に取着するための斜着用である座金に関し、ここでは請求項７における斜着用の座金を上下反転配置として、これを同じ要領でスライドヒンジ本体のコ字状内嵌凹所に嵌合することとなるが、請求項７における傾斜連着用板部とは反対側にあって、滑り止め面を施すようにし、このことで前記した請求項３と同等の作用効果を発揮可能とするのがその目的である。
【００１１】
【課題を解決するための手段】
本願請求項１では、上記の目的を達成するため扉取付部材の天板下面または底板上面に当接状態で取着される取着板部と、この取着板部に連設された連設部と、当該連設部の前面側にあって前記した天板下面または底板上面に対して、扉取付部材の扉側へ向け平行状態にて、スライドヒンジ本体が連着自在である横向連着用板部とを具備し、この横向連着用板部には連着用螺子が螺装されていることを特徴とするスライドヒンジの座金を提供しようとしている。
【００１２】
次に請求項２にあっては扉取付部材の天板下面または底板上面に当接状態で取着される第１、第２取着板部により取着板部を形成し、これら第１、第２取着板部から夫々曲設された第１、第２脚板部と、これら第１、第２脚板部の各端部に跨装された連設板部とを形成し、当該連設板部の前面側には、前記天板下面または底板上面に対して、扉取付部材の扉側へ向け平行状態にて、スライドヒンジ本体に連着自在である横向連着用板部を設けると共に、当該横向連結用板部には連着用螺子が螺装されていることを特徴とするスライドヒンジの座金を提供しようとしている。
【００１３】
さらに請求項３の場合には扉取付部材の天板下面に当接状態で取着される第１、第２取着板部には夫々第１、第２取着用孔を設け、これら第１、第２取着板部から扉取付部材の扉側と奥側にあって夫々曲設された各脚板部の下端前面側には、第１、第２連装用突板部を形成し、これら各脚板部の各下端には連設板部がを跨設することで連設部が形成され、当該連設板部と第１、第２連装用突板部の前面側には、前記天板下面に対して、扉取付部材の扉側へ向けて平行状態にて、スライドヒンジ本体のコ字状内嵌凹部に嵌合して連着自在である横向連着用板部を設けると共に、当該横向連着用板部には、扉取付部材の奥側における滑り止め面にあって螺合された固定螺子と、扉側にあって螺合された扉幅員方向調整螺子とによる連着用螺子が螺装されていることを、その内容としている。
【００１４】
そして請求項４では扉取付部材の底板上面に載接状態で取着される取着板部の第１、第２取着板部には夫々第１、第２取着用孔を設け、これら第１、第２取着板部から扉取付部材の扉側と奥側にあって夫々曲設された第１、第２脚板部の上端前面側には、第１、第２連装用突板部を形成し、これら第１、第２板部と第１、第２連装用突板部の各上端には連設板部を跨設することで連設部が形成され、当該連設板部と第１、第２連装用突板部の前面側には、前記底板上面に対して、扉取付部材の扉側へ向けて平行状態にて、スライドヒンジ本体のコ字状内嵌凹部に嵌合して連着自在である横向連着用板部を設けると共に、当該横向連着用板部には、扉取付部材の奥側における滑り止め面にあって螺合された固定螺子と、扉側にあって螺合された扉幅員方向調整螺子とによる連着用螺子が螺装されていることを、その内容としている。
【００１５】
請求項５では扉取付部材の天板下面または底板上面に当接状態で取着される取着板部と、この取着板部に連設された連設部と、当該連設部の前面側にあって前記した天板下面または底板上面に対して、扉取付部材の扉側へ向けて所定の上昇傾斜角をもって、スライドヒンジ本体が連着自在である傾斜連着用板部とを具備し、この傾斜連着用板部には連着用螺子が螺装されていることを特徴とするスライドヒンジの座金。
【００１６】
次に請求項６にあっては扉取付部材の天板下面または底板上面に当接状態で取着される第１、第２取着板部により取着板部を形成しこれら第１、第２取着板部から夫々曲設された短脚、長脚板部と、これら短脚、長脚板部の各端部に跨装された連設板部とにより連設部を形成し、当該連設板部の前面側には、前記天板下面または底板上面に対して、扉取付部材の扉側へ向け所定の上昇傾斜角をもって、スライドヒンジ本体に連着自在である傾斜連着用板部を設けると共に、当該傾斜連結用板部には連着用螺子が螺装されていることを特徴とするスライドヒンジの座金。
【００１７】
さらに請求項７の場合には扉取付部材の天板下面に当接状態で取着される取着板部の第１、第２取着板部には夫々第１、第２取着用孔を設け、これら第１、第２取着板部から扉取付部材の扉側と奥側にあって夫々曲設された短脚、長脚板部の下端前面側には、第１、第２連装用突板部を形成し、これら短脚、長脚板部と第１、第２連装用突板部の各下端には連設板部を跨設することで連設部が形成され、当該連設板部と第１、第２連装用突板部の前面側には、前記天板下面に対して、扉取付部材の扉側へ向けて所定の上昇傾斜角をもって、スライドヒンジ本体のコ字状内嵌凹部に嵌合して連着自在である傾斜連着用板部を設けると共に、当該傾斜連着用板部には、扉取付部材の奥側における滑り止め面にあって螺合された固定螺子と、扉側にあって螺合された扉幅員方向調整螺子とによる連着用螺子が螺装されていることを特徴とするスライドヒンジの座金が、その内容である。
【００１８】
そして請求項８では扉取付部材の底板上面に載接状態で取着される取着板部の第１、第２取着板部には夫々第１、第２取着用孔を設け、これら第１、第２取着板部から扉取付部材の扉側と奥側にあって夫々曲設された長脚、短脚板部の上端前面側には、第１、第２連装用突板部を形成し、これら短脚、長脚板部と第１、第２連装用突板部の各上端には連設板部を跨設することで連設部が形成され、当該連設板部と第１、第２連装用突板部の前面側には、前記底板上面に対して、扉取付部材の扉側へ向けて所定の上昇傾斜角をもって、スライドヒンジ本体のコ字状内嵌凹部に嵌合して連着自在である傾斜連着用板部を設けると共に、当該傾斜連着用板部には、扉取付部材の奥側における滑り止め面にあって螺合された固定螺子と、扉側にあって螺合された扉幅員方向調整螺子とによる連着用螺子が螺装されていることを特徴とするスライドヒンジの座金をその内容としている。
【００１９】
【発明の実施の形態】
本願に係る請求項１につき特に図１ないし図３によって以下詳記すると、各種のキャビネット等による扉取付部材Ａとしては、既知の如く天板ａと底板ｂそして左右の側板ｃ１、ｃ２および背板ｄとにより開口部ｅが開設されているが、図３に例示されている通り当該開口部ｅが底板ｂから天板ａに向けて鉛直面として形成の直立周端枠縁ｅ１によって画成されている。
そしてこの種の開口部ｅを閉成する扉ｆは、既知のスライドヒンジＢを介して扉取付部材ａに枢支されることとなり、閉扉状態では扉ｆが上記開口部ｅの周端枠縁ｅ１に当接して閉扉状態となる。
【００２０】
本発明は上記の如きスライドヒンジＢのソケットＢ１を扉ｆの裏面に嵌合取着し、ソケットＢ１に連枢のスライドヒンジ本体Ｂ２を、予め扉取付部材Ａに取着することとなる座金に関するもので、図１と図２そして図３を参照して理解される通り、扉取付部材Ａの天板下面ａ１または底板上面ｂ１に当接状態として螺子止め等の手段により取着されることになる取着板部１と、この取着部材１に連設された連設部２と、この連設部２における前面側Ｄ１に設けられた横向連着用板部３Ａと、これに螺装されて、スライドヒンジ本体Ｂ２を連着するために用いられる連着用螺子４とによって構成されている。
ここで、図１（Ａ）には天板下面ａ１に取着するための上位側用である座金が示され、図１（Ｂ）は当該座金に、スライドヒンジ本体Ｂ２を連着用螺子４により螺着した状態の斜視図であり、図２（Ａ）にあっては底板上面ｂ１に取着するための座金を示し、同図（Ｂ）には、これにスライドヒンジＢが取着された場合が開示されている。
【００２１】
さて、請求項１では前記した横向連着用板部３Ａが、連設部２を天板下面ａ１または底板上面ｂ１に対して、止め螺子とか溶着等の手段で取着した際、扉取付部材Ａの扉側Ｄ２へ向け平行状態にて、スライドヒンジ本体Ｂ２が連着自在となるよう予め設定されているのである。
従って当該発明によるときは、取着板部１を天板下面ａ１もしくは底板上面ｂ１に取着しさえすれば、横向連着用板部３が横向状態をもって配設されることとなり、この結果これに連着用螺子４によりスライドヒンジ本体Ｂ２を、労せずして水平状態となるよう当該所望の傾斜状態にて取着することが可能となる。
【００２２】
次に請求項２につき以下説示すると、ここでは請求項１における取着板部１が第１、第２取着板部１ａ、１ｂからなり、さらに連設部２が一対の第１、第２脚板部２Ａ、２Ｂそして連設板部２ｃとによって形成されている点で相違している。
すなわち図１、図２に明示されている通り、扉取付部材Ａの天板下面ａ１または底板上面ｂ１に当接して取着した一対の第１、第２取着板部１ａ、１ｂを連設している連設部２が、第１、第２取着板部１ａ、１ｂの一側端から夫々曲折されている第１、第２脚板部２Ａ、２Ｂと、これらの各端部間に跨装された連設板部２ｃとによって形成されているのである。
そして上記連設板部２ｃの前面側Ｄ１、すなわち取着作業時にあって作業者側に面する側には、前記と同じく天板下面ａ１または底板上面ｂ１に対して、扉側Ｄ２に向け平行状態にて、スライドヒンジ本体Ｂ２が連着自在な横向連着用板部３Ａが設けられ、これには連着用螺子４が備えられている。
【００２３】
従って請求項２によるときは、前記請求項１の作用効果を発揮すると共に、第１、第２取着板部１ａ、１ｂによって扉取付部材Ａに対する安定した取着が保証され、全体を軽量にして、かつ強度を確保し易くし、また第１、第２脚板部２Ａ、２Ｂの寸法を同等に形成するだけで、労せずに扉ｆを扉取付部材Ａの直立周端枠縁ｅ１に対して、当接状態で閉扉させることが可能となる。
【００２４】
さらに請求項３にあっては前記した天板下面ａ１に取着するための座金に関し、これもその基本的構成は請求項１そして請求項２の内容と同じであるが、請求項２と相違する点は以下の通りである。
先ず前記した第１、第２取着板部１ａ、１ｂに、夫々第１、第２取着用孔１ｃ、１ｄが穿設されることで螺子止めによる取着が行い易くしてあるだけでなく、同じく第１、第２取着板部１ａ、１ｂの奥側Ｄ３と、その反対の扉側Ｄ３にあって夫々曲設した第１、第２脚板部２Ａ、２Ｂの下端における前面側Ｄ１には、第１、第２連装用突板部２ｄ、２ｅを突設するのであり、上記第１、第２脚板部２Ａ、２Ｂと第１、第２連装用突板部２ｄ、２ｅとの下端には、連設板部２ｃが跨設されている。
【００２５】
そして上記の第１、第２連装用突板部２ｄ、２ｅと連設板部２ｃとの前面側Ｄ１にあって、前説した横向連着用板部３Ａを設けるのであり、これは請求項１、２と同じく水平状態に形成されている。
しかも上記の横向連着用板部３Ａは、前記した第１、第２連装用突板部２ｄ、２ｅの前面側Ｄ１に形成されていることから、スライドヒンジ本体Ｂ２におけるコ字状内嵌凹所Ｂ３に嵌合した状態にあって、連着自在となっている。
上記の連着手段としては従来より各種のものが存しているが、請求項３に開示のものは、前記した横向連着用板部３Ａに螺装されている連着用螺子４として、扉取付体Ａの奥側Ｄ３にあって、当該横向連着用板部３Ａに形成の滑り止め面３ａにおいて螺合された固定螺子４ａと、扉側Ｄ２にあって螺合するようにした扉幅員方向調整螺子４ｂとによって構成するようにしてある。
【００２６】
上記の連着用螺子４として図示されたものは、それ自体既知の通りであるが因みに説示すれば、固定螺子４ａと扉幅員方向調整調子４ｂを、スライドヒンジ本体Ｂ２のコ字状内嵌凹所Ｂ３における背板部Ｂ５に穿設した夫々固定用孔Ｂ５と調整用孔Ｂ６とに嵌入かつスライドさせることで、第１、第２細成湾入口Ｂ７、Ｂ８に係入し、当該係入状態下で固定螺子４ａ、扉幅員方向調整螺子４ｂを締着すればよい。
この際凹凸条溝等によって形成した滑り止め面３ａと押当する位置にあって、スライドヒンジ本体Ｂ２の側にも通常滑り止め面が形成されており、また扉幅員方向調整螺子４ｂには、図５（Ｂ）に明示されている通りの係嵌周溝４ｃが形成され、これに第２細成湾入口Ｂ８の形成されている段落額縁Ｂ９が係嵌するよう形成されている。従って扉幅員方向調整螺子４ｂを回動調整することによって、扉ｆをその幅員方向へ変動することで扉取付部材Ａの開口部ｅにおける周端枠縁ｅ１に対し位置合わせができるようにしてある。
【００２７】
そして請求項４の場合にあっては、図２に示す通り底板上面ｂ１に取着するための座金を示しており、ここでは上記した請求項３に比し基本的な相違点はなく、図１と図２との対比によって理解される通り、図１（Ａ）の座金を１８０度回動して逆転状態とすれば、底板上面ｂ１に取着することができるが、この際連着用螺子４としての固定螺子４ａと扉幅員方向調整螺子４ｂの横向連着用板部３Ａにおける配設位置が、逆転することとなる。
すなわち図１の場合とは逆に、第１脚板部２Ａ側にあって滑り止め面３ａや固定螺子４ａが設けられ、他の第２脚板部２Ｂ側に扉幅員方向調整螺子４ｃが螺装されることになるのである。
そして、上記構成による作用についても当然本質的には請求項３の場合と同じであることから、ここでの説示は省略されている。
【００２８】
次に請求項５につき特に図４ないし図６によって以下詳記すると、パチンコスロットマシンや各種のキャビネット等による扉取付部材Ａ１としては、前説図３と同じく天板ａと底板ｂそして左右の側板ｃ１、ｃ２および背板ｄとにより開口部ｅが開設されているが、ここでは図６に例示されている通り当該開口部ｅが底板ｂから天板ａに向けて傾斜面として形成の周端枠縁ｅ２によって画成されている。
そしてこの種の開口部ｅを閉成する扉ｆは、既知のスライドヒンジＢを介して扉取付部材ａに枢支されることとなり、閉扉状態では扉ｆが上記開口部ｅの周端枠縁ｅ２に押当するが、この際扉ｆは図３につき前説の通り、手を離すだけで自重により閉扉動可能となる。
【００２９】
本発明でもスライドヒンジＢのソケットＢ１を扉ｆの裏面に嵌合取着し、ソケットＢ１に連枢のスライドヒンジ本体Ｂ２を、予め扉取付部材Ａに取着することとなる座金に関するもので、図４と図５そして図６を参照して理解される通り、扉取付部材Ａ１の天板下面ａ１または底板上面ｂ１に当接状態として螺子止め等の手段により取着されることになる取着板部１と、この取着部材１に連設された連設部３Ｂと、この連設部２における前面側Ｄ１に設けられた傾斜連着用板部３と、これに螺装されて、スライドヒンジ本体Ｂ２を連着するために用いられる連着用螺子４とによって構成されている。
ここで、図４（Ａ）には天板下面ａ１に取着するための上位側用である座金が示され、図４（Ｂ）は当該座金に、スライドヒンジ本体Ｂ２を連着用螺子４により螺着した状態の斜視図であり、図５（Ａ）にあっては底板上面ｂ１に取着するための座金を示し、同図（Ｂ）には、これにスライドヒンジＢが取着された場合が開示されている。
【００３０】
さて、請求項５では前記した傾斜連着用板部３Ｂが、連設部２を天板下面ａ１または底板上面ｂ１に対して、止め螺子とか溶着等の手段で取着した際、扉取付部材Ａ１の扉側Ｄ２へ向けて所定の上昇傾斜角αをもって、スライドヒンジ本体Ｂ２が連着自在となるよう予め設定されているのである。
従って当該発明によるときは、取着板部１を天板下面ａ１もしくは底板上面ｂ１に取着しさえすれば、傾斜連着用板部３Ｂが所要の上昇傾斜角αをもって配設されていることとなり、この結果これに連着用螺子４によりスライドヒンジ本体Ｂ２を、労せずして当該所望の傾斜状態にて取着することが可能となる。
【００３１】
次に請求項６につき以下説示すると、ここでは請求項５における取着板部１が第１、第２取着板部１ａ、１ｂからなり、さらに連設部２が短脚板部２ａ、長脚板部２ｂそして連設板部２ｃとによって形成されている点で相違している。
すなわち図４、図５に明示されている通り、扉取付部材Ａの天板下面ａ１または底板上面ｂ１に当接して取着した一対の第１、第２取着板部１ａ、１ｂを連設している連設部２が、第１、第２取着板部１ａ、１ｂの一側端から夫々曲折されている短脚、長脚板部２ａ、２ｂと、これらの各端部間に跨装され連設板部２ｃとによって形成されているのである。
そして上記連設板部２ｃの前面側Ｄ１、すなわち取着作業時にあって作業者側に面する側には、前記と同じく天板下面ａ１または底板上面ｂ１に対し、扉側Ｄ２に向け所定の上昇傾斜角αをもって、スライドヒンジ本体Ｂ２が連着自在な傾斜連着用板部３Ｂが設けられ、これには連着用螺子４が備えられている。
【００３２】
従って請求項６によるときは、前記請求項５の作用効果を発揮すると共に、第１、第２取着板部１ａ、１ｂによって扉取付部材Ａに対する安定した取着が保証され、全体を軽量にして、かつ強度を確保し易くし、また短脚、長脚板部２ａ、２ｂの寸法とか、これらと第１、第２取着板部１ａ、１ｂとのなす第１、第２折曲角β１、β２を適宜調整することで、前説の上昇傾斜角αを所要の角度に調整することができる。
【００３３】
さらに請求項７にあっては前記した天板下面ａ１に取着するための座金に関し、これもその基本的構成は請求項５そして請求項６の内容と同じであるが、請求項６と相違する点は以下の通りである。
先ず前記した第１、第２取着板部１ａ、１ｂに、夫々第１、第２取着用孔１ｃ、１ｄが穿設されることで螺子止めによる取着が行い易くしてあるだけでなく、同じく第１、第２取着板部１ａ、１ｂの奥側Ｄ３と、その反対の扉側Ｄ３にあって夫々曲設した短脚、長脚板部２ａ、２ｂの下端における前面側Ｄ１には、第１、第２連装用突板部２ｄ、２ｅを突設するのであり、上記短脚、長脚板部２ａ、２ｂと第１、第２連装用突板部２ｄ、２ｅとの下端には、連設板部２ｃが跨設されている。
【００３４】
そして上記の第１、第２連装用突板部２ｄ、２ｅと連設板部２ｃとの前面側Ｄ１にあって、前説した傾斜連着用板部３Ｂを設けるのであり、この際請求項１、２と同じく所定の上昇傾斜角αをもって傾斜状態に保持される。
しかも上記の傾斜連着用板部３は、前記した第１、第２連装用突板部２ｄ、２ｅの先端側Ｄ１に形成されていることから、スライドヒンジ本体Ｂ２におけるコ字状内嵌凹所Ｂ３に嵌合した状態にあって、連着自在となっている。
上記の連着手段としては従来より各種のものが存しているが、請求項７に開示のものは、前記した傾斜連着用板部３Ｂに螺装されている連着用螺子４として、扉取付体Ａの奥側Ｄ３にあって、当該傾斜連着用板部３に形成した滑り止め面３ａにおいて螺合された固定螺子４ａと、扉側Ｄ２にあって螺合するようにした扉幅員方向調整螺子４ｂとによって構成するようにしてある。
なお上記の連着用螺子として図示されたものも、既に説示したように従来技術に基づく構成となっている。
【００３５】
そして請求項８の場合にあっては、図５に示す通り底板上面ｂ１に取着するための座金を示しており、ここでは上記した請求項７に比し基本的な相違点はなく、図１と図２との対比によって理解される通り、図１（Ａ）の座金を１８０度回動して逆転状態とすれば、底板上面ｂ１に取着することができるが、この際連着用螺子４としての固定螺子４ａと扉幅員方向調整螺子４ｂの傾斜連着用板部３における配設位置が、逆転することとなる。
すなわち図４の場合とは逆に、短脚板部２ａ側にあって滑り止め面３ａや固定螺子４ａが設けられ、長脚板部２ｂ側に扉幅員方向調整螺子４ｃが螺装されることになるのである。
そして、上記構成による作用についても当然本質的には請求項７の場合と同じであることから、ここでの説示は省略されている。
【００３６】
さて、ここで本発明については以上の説示によって理解されるところであるが、図示されているスライドヒンジＢにつき以下略説することにより、本発明を理解し易くするための一助としたい。
ここで図７ないし図８は何れも底板上面ｂ１に取着するための斜着用である座金を示しており、図５（Ｂ）を基準とした場合には、図７（Ａ）が下面図であり、図８（Ａ）は図７（Ａ）の平面図で、さらに図９（Ａ）は図８（Ａ）を反転倒置して示した一部を切欠の開扉状態における平面図を示すことになる。
そして上記したスライドヒンジ本体Ｂ２の第１ヒンジ枢支ｇ１とソケットＢ１の第１ソケット枢支ピンｇ２との間には、第１アームｈ１が連枢されていると共に、第２ヒンジ枢支ピンｉ１と第２ソケット枢支ピンｉ２との間にあって第２アームｈ２が連枢されており、特に図９等によって理解される通り、スライドヒンジ本体Ｂ２に上記の如く連枢されているソケットＢ１を、扉の裏面にあって嵌合すると共に、その取着片ｊを、取着孔ｋを用いて扉ｆに螺子止めし、前記の如く扉取付部材Ａに取着した座金に対して、スライドヒンジ本体Ｂ２を連着することとなる。
【００３７】
【発明の効果】
本発明は以上のようにして構成されているので、請求項１によるときは、扉取付部材の天板下面か底板上面に取着するだけで、横向連着用板部が、労せずして水平状態に設定されることになり、従って従来の座金のように、作業者が水平状態を確認しながら取着する場合に比し、その労力を軽減し得るのはもちろん、扉は底板上面と天板下面に取着された座金に連結されたスライドヒンジを介して開閉自在なるよう枢支されることから、従来の側板に取着される座金の場合に比し、重い扉に対しても充分な取着強度が得られ、その耐久性をも向上させることができる。
【００３８】
次に請求項２では、上記した請求項１による効果を発揮し得るだけでなく、その構成を第１、第２取着板部と第１、第２脚板部、そして横向連着用板部とにより適切に形成するようにしたので、軽量化と量産化を図ることができ、取着作業の行い易いものが提供可能となる。
【００３９】
また請求項３によるときは、さらに上記した第１、第２脚板部から第１、第２連装用突板部を突設し、これに横向連着用板部を設けるようにしたので、スライドヒンジ本体のコ字状内嵌凹所に上記傾斜連着用板部を嵌め込んだ状態で作業ができるようになり、作業性がさらに改善されると共に、連設強度も向上できる。さらに滑り止め面を有効に利用した連着螺子による締着となるので、この点からもスライドヒンジ本体との連着状態につき、その信頼性を高めることができる天板下面用の斜着用座金を提供することが可能となる。
そして請求項４にあっては、上記の請求項３における滑り止め面とは違った位置にあって、横向連着用板部に滑り止め面を配設するだけで、底板上面用の座金を提供でき、請求項３と同等の効果を発揮することができる。
【００４０】
次に請求項５によるときは、扉取付部材の天板下面か底板上面に取着するだけで、傾斜連着用板部が、所定の上昇傾斜角に労せずして設定されることになり、従って従来の座金のように、当該上昇傾斜角を測定しながら作業者が取着する場合に比し、格段にその労力を軽減し得ると共に、その作業時間も大幅に短縮することができる。
【００４１】
次に請求項６では、上記した請求項５による効果を発揮し得るだけでなく、その構成を第１、第２取着板部と短脚、長脚板部、そして傾斜連着用板部とにより適切に形成するようにしたので、軽量化と量産化を図ることができ、取着作業の行い易いものが提供可能となる。
【００４２】
また請求項７によるときは、さらに上記した短脚、長脚板部から第１、第２連装用突板部を突設し、これに傾斜連着用板部を設けるようにしたので、スライドヒンジ本体のコ字状内嵌凹所に上記傾斜連着用板部を嵌め込んだ状態で作業ができるようになり、作業性がさらに改善されると共に、連設強度も向上できる。さらに滑り止め面を有効に利用した連着螺子による締着となるので、この点からもスライドヒンジ本体との連着状態につき、その信頼性を高めることができる天板下面用の斜着用座金を提供することが可能となる。
そして請求項８にあっては、上記の請求項３における滑り止め面とは違った位置にあって、傾斜連着用板部に滑り止め面を配設するだけで、底板上面用の座金を提供でき、請求項７と同等の効果を発揮することができる。
【図面の簡単な説明】
【図１】（Ａ）は請求項１ないし請求項４に係るスライドヒンジの天板下面用である座金を示す斜視図で、（Ｂ）は当該座金をスライドヒンジに取着した状態を示す斜視図である。
【図２】（Ａ）は同上スライドヒンジの床板下面用である座金を示す斜視図で、（Ｂ）は当該座金をスライドヒンジに取着した状態を示す斜視図である。
【図３】（Ａ）は図１と図２に示した座金を用いてスライドヒンジを扉取付部材と扉との間に連枢した状態を示す開扉状態の斜視図で、（Ｂ）は同上閉扉状態の斜視図である。
【図４】（Ａ）は請求項５ないし請求項８に係るスライドヒンジの天板下面用である座金を示す斜視図で、（Ｂ）は当該傾斜用座金をスライドヒンジに取着した状態を示す斜視図である。
【図５】（Ａ）は本発明に係る同上スライドヒンジの床板下面用での座金を示す斜視図で、（Ｂ）は当該座金をスライドヒンジに取着した状態を示す斜視図である。
【図６】（Ａ）は図５と図６に示した座金を用いてスライドヒンジを扉取付部材と扉との間に連枢した状態を示す開扉状態の斜視図で、（Ｂ）は同上閉扉状態の斜視図である。
【図７】（Ａ）は前記した底板上面用である座金にスライドヒンジに取着した状態を示す正面図で、（Ｂ）は、その底面図である。
【図８】（Ａ）は図７（Ａ）の逆向正面図で、（Ｂ）は、その底面図である。
【図９】（Ａ）は図８（Ａ）の上下を反転した状態の一部を切欠して示した正面図で、（Ｂ）は扉取付部材に対し扉を閉じた状態を示す一部切欠の正面図である。
【符号の説明】
１取着部材
１ａ第１取着部
１ｂ第２取着部
１ｃ第１取着用孔
１ｄ第２取着用孔
２連設部
２Ａ第１脚板部
２Ｂ第２脚板部
２ａ短脚板部
２ｂ長脚板部
２ｃ連設板部
２ｄ第１連装用突板部
２ｅ第２連装用突板部
３Ａ横向連着用板部
３Ｂ傾斜連着用板部
３ａ滑り止め面
４連着用螺子
４ａ固定螺子
４ｂ扉幅員方向調整螺子
Ａ扉取付部材
Ａ１扉取付部材
ａ１天板下面
Ｂ２スライドヒンジ本体
Ｂ３コ字状内嵌凹所
ｂ１底板上面
Ｄ１前面側
Ｄ２扉側
Ｄ３奥側
α 上昇傾斜角[0001]
BACKGROUND OF THE INVENTION
In the present invention, when the opening of the door mounting member is formed vertically as usual, it is formed to be inclined so as to recede from the bottom plate toward the top plate, and each one side of the door mounting member and the door In the door opening and closing device when the door is closed by its own weight and the opening is automatically closed by straddling the slide hinge between the parts, the slide hinge body in the slide hinge Are attached to the door mounting member in advance at appropriate positions by screwing means or the like, so that the door mounting member is connected in parallel or inclined to the door mounting member.
[0002]
[Prior art]
In the door opening and closing apparatus as described above, the conventional washer that the slide hinge body is continuously attached with a screw or the like is fixed to the inner surface of the side plate of the door mounting member, and is simply in a rectangular parallelepiped shape or the like. Because it is only formed, the holding strength against the door is weak and sufficient durability cannot be secured, and if the door needs to be closed by its own weight, the washer is attached to the side plate of the door mounting member. Rather than being attached to the inner surface in a horizontal state, it must be attached by a set screw or the like so as to have a predetermined upward inclination angle toward the door side. For this reason, after performing the indexing work for obtaining the ascending inclination angle, the work of screwing correctly is required, and as a result, considerable work time and labor are consumed. In addition, there is a problem that correction in the case where there is an error in the work requires not only a redo work but also a work of repairing the set screw hole.
[0003]
[Problems to be solved by the invention]
The present invention has been studied in view of the above-described defects inherent in the conventional washer. First, in claim 1, since the mounting portion of the slide hinge washer is selected as the inner surface of the side plate of the door mounting member. Instead, it is intended to improve the durability of the door by strengthening the attachment strength against external force based on the door of the washer, etc., by making it possible to attach to the lower surface of the top plate and the upper surface of the bottom plate.
[0004]
Next, in claim 2, with respect to the configuration of claim 1, the attachment plate portion is formed by the first and second attachment plate portions, and the connecting portion is also a pair of leg plate portions and a continuous plate portion. It is possible to achieve the same object as described in claim 1 and to be manufactured lightly by forming a horizontal continuous wearing plate portion on the front side of the connecting portion. We are trying to improve usability in the installation work.
[0005]
Further, in claim 3, the washer for attaching to the lower surface of the top plate, here, the first and second leg plate portions are bent from the first attachment plate portion and the second attachment plate portion, and By forming a laterally continuous wearing plate portion on the first and second connecting projection plate portions projecting from the lower ends of the first and second leg plate portions to the front surface side, the U-shaped inner fitting recess of the slide hinge main body is formed. The horizontal connecting plate portion is fitted to improve the continuous strength between the washer and the slide hinge body, and further, a slip prevention surface is formed on the back side of the door mounting member of the horizontal continuous plate portion. By screwing the continuous wearing screw here, the object of claim 1 can be achieved more reliably with a firm attachment to the slide hinge body.
[0006]
According to a fourth aspect of the present invention, there is provided a washer for attaching to the upper surface of the bottom plate. Here, the washer according to the third aspect is arranged upside down, and this is fitted into the U-shaped inner recess of the slide hinge body in the same manner. However, the anti-slip surface is provided on the side opposite to the laterally continuous wearing plate portion in claim 3 so that the same effect as in claim 3 can be exhibited. The purpose is.
[0007]
In the fifth and subsequent aspects, the existing concept of the washer attached to the inner surface of the side plate of the door mounting member is eliminated as in the first to fourth aspects of the present invention, and the mounting plate portion is placed on the top plate bottom surface or bottom plate top surface. In addition to attaching, by forming an inclined continuous wearing plate part through the connecting part on the attaching plate part, it is arranged at a predetermined rising inclination angle without attaching labor washer. It is configured so that it can be done.
Thus, according to the fifth aspect of the present invention, it is possible to arrange and attach to the lower surface of the top plate and the upper surface of the bottom plate so as to be aligned with the slide hinge body without paying any attention to the rising inclination angle of the seat plate. The continuous attachment screw provided on the inclined connection plate makes it possible to complete the work by simply attaching it to the slide hinge body, thus dramatically improving the efficiency of this type of attachment work. The purpose is to try.
[0008]
Next, in claim 6, with respect to the configuration of claim 5, the attachment plate portion is formed by the first and second attachment plate portions, and the connecting portion is also a short leg and a long leg plate portion. In addition to achieving the same object as that of the fifth aspect of the present invention, it is also possible to produce a light weight by forming the inclined continuous wearing plate portion on the front side of the continuous portion. We are trying to improve usability in the installation work as possible.
[0009]
Next, in claim 7, regarding the washer for oblique mounting for attaching to the lower surface of the top plate, here, the short leg plate portion from the first attachment plate portion, and the long leg plate portion from the second attachment plate portion. A U-shaped slide hinge body is formed by forming an inclined continuous mounting plate portion on the first and second connecting projecting plate portions that are respectively bent and projecting from the lower end of the short leg and long leg plate portions to the front side. The inclined connecting plate part is fitted into the inner fitting recess to improve the continuous strength of the oblique washer and the slide hinge body, and further on the back side of the door mounting material of the inclined continuous plate part. Thus, an anti-slip surface is formed, and a continuous wearing screw is screwed here, so that the object of claim 5 is more reliably achieved with a firm attachment to the slide hinge body.
[0010]
Further, the present invention relates to a washer that is obliquely attached to the upper surface of the bottom plate. Here, the obliquely attached washer in claim 7 is arranged upside down, and this is the same as the U-shape of the slide hinge body. Although it will be fitted in a shape internal fitting recess, it is on the opposite side to the inclined continuous wearing plate portion in claim 7 and is provided with a non-slip surface, which is equivalent to claim 3 described above. Its purpose is to make it possible to exert its effects.
[0011]
[Means for Solving the Problems]
In claim 1 of the present application, in order to achieve the above object, a mounting plate portion that is attached in contact with the top plate bottom surface or bottom plate top surface of the door mounting member, and a continuous arrangement that is connected to the mounting plate portion. The slide hinge main body can be connected continuously in a parallel state toward the door side of the door mounting member with respect to the top surface of the top plate or the bottom plate on the front surface side of the connecting portion and the connecting portion. It is intended to provide a washer for a slide hinge, characterized in that it comprises a plate portion, and a continuous wear screw is screwed to the laterally continuous wear plate portion.
[0012]
Next, in claim 2, the attachment plate portion is formed by the first and second attachment plate portions attached in contact with the top surface or bottom plate surface of the door mounting member. Forming first and second leg plate portions bent from the second attachment plate portions, and continuous plate portions straddling the end portions of the first and second leg plate portions, respectively. On the front side of the plate part, a laterally continuous wearing plate part that can be connected to the slide hinge body in a parallel state toward the door side of the door mounting member with respect to the lower surface of the top plate or the upper surface of the bottom plate, It is intended to provide a washer for a slide hinge characterized in that a continuous wearing screw is screwed on the laterally connecting plate portion.
[0013]
Furthermore, in the case of claim 3, the first and second attachment plate portions attached in contact with the lower surface of the top plate of the door mounting member are provided with first and second attachment holes, respectively. The first and second connecting protrusions are formed on the front side of the lower end of each leg plate that is bent from the second mounting plate on the door side and the back side of the door mounting member. A connecting portion is formed by extending a connecting plate portion at each lower end of the leg plate portion, and the top plate lower surface is provided on the front side of the connecting plate portion and the first and second connecting protrusion plate portions. In contrast, in a parallel state toward the door side of the door mounting member, there is provided a laterally continuous mounting plate portion that can be connected to the U-shaped inner recessed portion of the slide hinge main body and can be attached continuously. The wearing plate portion is provided with a continuous wearing screw formed by a fixing screw screwed on the anti-slip surface on the back side of the door mounting member and a door width direction adjusting screw screwed on the door side. That it is, it has been and its contents.
[0014]
In claim 4, the first and second attachment plate portions of the attachment plate portion attached in a mounted state on the upper surface of the bottom plate of the door mounting member are provided with first and second attachment holes, respectively. 1. The first and second connecting projection plate portions are provided on the upper front surfaces of the first and second leg plate portions that are bent from the second attachment plate portion on the door side and the back side of the door mounting member, respectively. The connecting portions are formed by straddling the connecting plate portions at the upper ends of the first and second plate portions and the first and second connecting protrusion plate portions. 1. On the front surface side of the second connecting protrusion plate portion, it is fitted in the U-shaped recessed portion of the slide hinge body in a parallel state with respect to the upper surface of the bottom plate toward the door side of the door mounting member. A laterally continuous wearing plate portion that can be continuously attached is provided, and the laterally continuous wearing plate portion includes a fixing screw that is screwed on the anti-slip surface on the back side of the door mounting member, and a screw that is screwed on the door side. Combined That communication worn screw by the width direction regulating screw is screwed, and its contents.
[0015]
In Claim 5, the attachment board part attached in the state of contact | abutting to the top-plate lower surface or bottom plate upper surface of a door attachment member, the connection part connected with this attachment plate part, and the front surface of the said connection part An inclined continuous mounting plate portion on which the slide hinge body can be attached continuously with a predetermined rising inclination angle toward the door side of the door mounting member with respect to the top plate bottom surface or bottom plate top surface described above. A washer for a slide hinge, wherein the inclined continuous wear plate portion is screwed with a continuous wear screw.
[0016]
Next, in claim 6, the first and second mounting plates are attached to the top and bottom surfaces of the door mounting member in contact with each other, and the first and second mounting plates are formed. (2) A short leg and a long leg plate part respectively bent from the attachment plate part and a continuous plate part straddling each end of the short leg and the long leg plate part form a continuous part. On the front surface side of the installation plate portion, an inclined continuous wearing plate portion that can be attached to the slide hinge main body with a predetermined rising inclination angle toward the door side of the door mounting member with respect to the lower surface of the top plate or the upper surface of the bottom plate. A washer for a slide hinge, characterized in that the inclined connecting plate portion is screwed with a continuous wear screw.
[0017]
Furthermore, in the case of claim 7, the first and second attachment holes are respectively provided in the first and second attachment plate portions of the attachment plate portion that are attached in contact with the lower surface of the top plate of the door mounting member. Provided on the front side of the lower end of the short leg and the long leg plate portion, which are provided on the door side and the back side of the door mounting member from the first and second mounting plate portions, respectively, are for the first and second connecting members. A protruding plate portion is formed, and a continuous portion is formed by straddling a continuous plate portion at each lower end of the short leg, the long leg plate portion and the first and second connecting protruding plate portions. And a U-shaped inner recessed portion of the slide hinge main body on the front surface side of the first and second connecting projection plate portions with a predetermined upward inclination angle toward the door side of the door mounting member with respect to the lower surface of the top plate. An inclined continuous wearing plate portion that is fitted to and freely attachable to each other is provided, and the inclined continuous wearing plate portion is provided with a fixed screw that is screwed on a non-slip surface on the back side of the door mounting member, and a door On the side Washer slide hinge, characterized in that screwed door width direction adjusting screw and communicating worn screw by is screwed What is its contents.
[0018]
In claim 8, the first and second attachment plate portions of the attachment plate portion attached in a mounted state on the upper surface of the bottom plate of the door mounting member are provided with first and second attachment holes, respectively. 1. First and second connecting projection plates are formed on the front side of the upper end of the long leg and the short leg plate that are bent from the second mounting plate on the door side and the back side of the door mounting member. In addition, a connecting portion is formed by straddling the connecting plate portion at each upper end of the short leg, the long leg plate portion and the first and second connecting protrusion plate portions, and the connecting plate portion and the first, On the front surface side of the second connecting protrusion plate portion, a predetermined rising inclination angle toward the door side of the door mounting member with respect to the bottom plate upper surface is fitted into the U-shaped inner recessed portion of the slide hinge body. An inclined continuous wearing plate portion that can be continuously attached is provided, and the inclined continuous wearing plate portion is provided with a fixed screw that is screwed on the anti-slip surface on the back side of the door mounting member, and on the door side. Engaged the door width direction adjusting screw and communicating worn screw by is a washer its contents of the slide hinge, characterized in that it is screwed.
[0019]
DETAILED DESCRIPTION OF THE INVENTION
1 to 3 in particular, the door mounting member A for various cabinets and the like will be described in detail below as a top plate a, a bottom plate b, left and right side plates c1, c2, and a back plate. An opening e is established by d, but as shown in FIG. 3, the opening e is defined by an upright peripheral end frame edge e1 formed as a vertical surface from the bottom plate b to the top plate a. ing.
And the door f which closes this kind of opening e will be pivotally supported by the door attachment member a via the known slide hinge B, and the door f will be the edge frame edge of the said opening e in a closed state. It comes into contact with e1 and enters the closed state.
[0020]
The present invention relates to a washer that fits and attaches the socket B1 of the slide hinge B to the back surface of the door f as described above, and attaches the slide hinge body B2 linked to the socket B1 to the door mounting member A in advance. As will be understood with reference to FIGS. 1, 2 and 3, the door mounting member A is attached to the top plate bottom surface a1 or the bottom plate top surface b1 by means such as screwing as a contact state. Mounting plate portion 1, a continuous portion 2 connected to the mounting member 1, a laterally continuous mounting plate portion 3 A provided on the front side D 1 of the continuous portion 2, and screwed thereto. And the continuous wearing screw 4 used to continuously attach the slide hinge body B2.
Here, FIG. 1 (A) shows a washer for upper side for attaching to the top plate lower surface a1, and FIG. 1 (B) shows the slide hinge body B2 on the washer by the continuous wearing screw 4. FIG. 2A is a perspective view of the screwed state. FIG. 2A shows a washer for attaching to the bottom plate upper surface b1, and FIG. 2B shows a slide hinge B attached thereto. Cases have been disclosed.
[0021]
Now, in claim 1, when the laterally continuous plate portion 3A described above attaches the continuous portion 2 to the top plate lower surface a1 or the bottom plate upper surface b1 by means such as a set screw or welding, the door mounting member A The slide hinge body B2 is set in advance so as to be connected in a parallel state toward the door side D2.
Therefore, according to the present invention, as long as the attachment plate portion 1 is attached to the top plate lower surface a1 or the bottom plate upper surface b1, the horizontal continuous attachment plate portion 3 is disposed in a horizontal state. It becomes possible to attach the slide hinge main body B2 in the desired inclined state so that the slide hinge main body B2 becomes horizontal without effort by the continuous wearing screw 4.
[0022]
Next, the second aspect of the present invention will be described below. In this case, the attachment plate portion 1 of the first aspect is composed of first and second attachment plate portions 1a and 1b, and the connecting portion 2 is a pair of first and second portions. It is different in that it is formed by the leg plate portions 2A and 2B and the continuous plate portion 2c.
That is, as clearly shown in FIGS. 1 and 2, a pair of first and second attachment plate portions 1a and 1b attached in contact with the top plate lower surface a1 or the bottom plate upper surface b1 of the door mounting member A are connected in series. Between the first and second leg plate portions 2A and 2B, which are bent from one end of the first and second attachment plate portions 1a and 1b, respectively, and between these end portions. It is formed by the continuous board part 2c straddled.
Further, on the front side D1 of the above-described continuous plate portion 2c, that is, the side facing the operator side during the mounting operation, parallel to the door side D2 with respect to the top plate lower surface a1 or the bottom plate upper surface b1 as described above. In the state, a laterally continuous wearing plate portion 3A to which the slide hinge body B2 can be continuously attached is provided, and a continuous wearing screw 4 is provided on this.
[0023]
Therefore, according to the second aspect, the function and effect of the first aspect can be exhibited, and the first and second attachment plate portions 1a and 1b ensure stable attachment to the door mounting member A, thereby reducing the overall weight. In addition, it is easy to ensure the strength, and the first and second leg plate portions 2A and 2B are formed to have the same dimensions, and the door f can be moved with respect to the upright peripheral edge frame edge e1 of the door mounting member A without effort. Thus, the door can be closed in the contact state.
[0024]
Further, in claim 3, regarding the washer for attaching to the top plate lower surface a1, the basic configuration is the same as that of claims 1 and 2, but is different from claim 2. The points to do are as follows.
First, the first and second mounting plate portions 1a and 1b are not only provided with first and second mounting holes 1c and 1d, respectively, but also facilitated by screwing. Similarly, on the front side D1 at the lower end of the first and second leg plate portions 2A, 2B on the back side D3 of the first and second mounting plate portions 1a, 1b and the opposite door side D3, respectively. The first and second connecting projection plate portions 2d and 2e are projected, and at the lower ends of the first and second leg plate portions 2A and 2B and the first and second connecting projection plate portions 2d and 2e, The continuous plate portion 2c is straddled.
[0025]
Further, the above-described laterally continuous wearing plate portion 3A is provided on the front side D1 of the first and second connecting projection plate portions 2d, 2e and the connecting plate portion 2c. Is formed in a horizontal state.
In addition, the laterally continuous wearing plate portion 3A is formed on the front side D1 of the first and second connecting projection plate portions 2d and 2e, so that the U-shaped inner fitting recess B3 in the slide hinge body B2 is formed. It is in a state where it is fitted in, and can be attached continuously.
As the above-described continuous attachment means, various types have conventionally existed. However, what is disclosed in claim 3 is a door attachment screw as the continuous attachment screw 4 screwed on the laterally continuous attachment plate portion 3A. The door width direction adjustment which is on the back side D3 of the body A and is fixed on the door side D2 with the fixing screw 4a screwed on the anti-slip surface 3a formed on the laterally continuous wearing plate portion 3A. The screw 4b is used.
[0026]
What is illustrated as the above-mentioned continuous wearing screw 4 is known per se. However, if explained, the fixing screw 4a and the door width direction adjusting tone 4b are connected to the U-shaped internal recess of the slide hinge body B2. By engaging and sliding into the fixing hole B5 and the adjusting hole B6 respectively drilled in the back plate part B5 in B3, the first and second submerged bay inlets B7 and B8 are engaged, and the engaged state The fixing screw 4a and the door width direction adjusting screw 4b may be fastened below.
At this time, the anti-slip surface 3a formed by the concave and convex grooves or the like is in a position where it is pressed, and a normal anti-slip surface is also formed on the side of the slide hinge body B2, and the door width direction adjusting screw 4b includes As shown in FIG. 5 (B), the engaging circumferential groove 4c is formed, and the frame frame B9 in which the second narrow bay entrance B8 is formed is engaged with this. Therefore, by adjusting the door width direction adjusting screw 4b, the door f is moved in the width direction so that the door f can be aligned with the peripheral frame edge e1 of the opening e of the door mounting member A. .
[0027]
And in the case of Claim 4, the washer for attaching to the bottom plate upper surface b1 is shown as shown in FIG. 2, and there is no fundamental difference compared with Claim 3 mentioned above here. As understood from the comparison between FIG. 1 and FIG. 2, if the washer of FIG. 1 (A) is rotated 180 degrees to the reverse state, it can be attached to the bottom plate upper surface b1. The arrangement positions of the fixed screw 4a as 4 and the door width direction adjusting screw 4b in the laterally continuous wearing plate portion 3A are reversed.
That is, contrary to the case of FIG. 1, the anti-slip surface 3a and the fixing screw 4a are provided on the first leg plate portion 2A side, and the door width direction adjusting screw 4c is screwed on the other second leg plate portion 2B side. It will be.
Since the operation of the above configuration is also essentially the same as in the case of claim 3, the explanation here is omitted.
[0028]
Next, with reference to FIG. 4 to FIG. 6 in particular, the door mounting member A1 for a pachinko slot machine or various cabinets will be described as the top plate a, the bottom plate b, and the left and right side plates c1 as in FIG. , C2 and the back plate d have an opening e. Here, as illustrated in FIG. 6, the opening e is formed as an inclined surface from the bottom plate b toward the top plate a. It is defined by the edge e2.
And the door f which closes this kind of opening e will be pivotally supported by the door attachment member a via the known slide hinge B, and the door f will be the edge frame edge of the said opening e in a closed state. At this time, the door f can be closed by its own weight only by releasing the hand, as previously described with reference to FIG.
[0029]
In the present invention, the socket B1 of the slide hinge B is fitted and attached to the back surface of the door f, and the slide hinge body B2 connected to the socket B1 is attached to the door mounting member A in advance. As will be understood with reference to FIGS. 4, 5, and 6, the attachment to be attached to the top plate lower surface a 1 or the bottom plate upper surface b 1 of the door mounting member A 1 by means such as screwing. A plate portion 1, a continuous portion 3 B connected to the attachment member 1, an inclined continuous mounting plate portion 3 provided on the front side D 1 in the continuous portion 2, and a screwed slide It is comprised by the continuous wearing screw 4 used in order to attach hinge main body B2 continuously.
Here, FIG. 4 (A) shows a washer for the upper side for attaching to the top plate lower surface a1, and FIG. 4 (B) shows the slide hinge main body B2 on the washer by the continuous wearing screw 4. FIG. 5 (A) shows a washer for attaching to the bottom plate upper surface b1, and FIG. 5 (B) shows a slide hinge B attached thereto. Cases have been disclosed.
[0030]
In the fifth aspect of the present invention, when the above-described inclined continuous wearing plate portion 3B attaches the connecting portion 2 to the top plate lower surface a1 or the bottom plate upper surface b1 by means such as a set screw or welding, the door mounting member A1 is attached. The slide hinge body B2 is preset in such a manner that the slide hinge body B2 can be attached continuously with a predetermined upward inclination angle α toward the door side D2.
Therefore, according to the present invention, as long as the attachment plate portion 1 is attached to the top plate lower surface a1 or the bottom plate upper surface b1, the inclined continuous attachment plate portion 3B is disposed with the required rising inclination angle α. As a result, it is possible to attach the slide hinge body B2 in the desired inclined state without effort by the continuous wearing screw 4.
[0031]
Next, the sixth aspect of the present invention will be described below. In this case, the attachment plate portion 1 according to the fifth aspect comprises first and second attachment plate portions 1a and 1b, and the continuous portion 2 is a short leg plate portion 2a and a long leg plate. It is different in that it is formed by the portion 2b and the connecting plate portion 2c.
That is, as clearly shown in FIGS. 4 and 5, a pair of first and second attachment plate portions 1 a and 1 b that are attached in contact with the top plate lower surface a 1 or the bottom plate upper surface b 1 of the door mounting member A are connected. The connecting portions 2 are short legs and long leg plate portions 2a and 2b which are bent from one end of the first and second attachment plate portions 1a and 1b, respectively, and straddle between these end portions. It is mounted and formed by the continuous plate portion 2c.
And, on the front side D1 of the connecting plate part 2c, that is, the side facing the operator side during the mounting operation, a predetermined direction toward the door side D2 with respect to the top plate lower surface a1 or the bottom plate upper surface b1 as described above. An inclined continuous wearing plate portion 3B is provided with a rising inclination angle α, to which the slide hinge main body B2 can be attached continuously, and this is provided with a continuous wearing screw 4.
[0032]
Therefore, according to the sixth aspect, the function and effect of the fifth aspect are exhibited, and stable attachment to the door mounting member A is ensured by the first and second attachment plate portions 1a and 1b, thereby reducing the overall weight. In addition, it is easy to ensure the strength, and the dimensions of the short legs and the long leg plate portions 2a and 2b, and the first and second bending angles β1 formed by these and the first and second mounting plate portions 1a and 1b are used. , Β2 can be adjusted as appropriate to adjust the rising inclination angle α described above to a required angle.
[0033]
Further, the present invention relates to a washer for attaching to the above-described top plate lower surface a1. The basic structure of the washer is the same as that of claims 5 and 6, but is different from that of claim 6. The points to do are as follows.
First, the first and second mounting plate portions 1a and 1b are not only provided with first and second mounting holes 1c and 1d, respectively, but also facilitated by screwing. Similarly, on the front side D1 at the lower end of the short legs and the long leg plate portions 2a, 2b which are respectively bent on the back side D3 of the first and second mounting plate portions 1a, 1b and the opposite door side D3, The first and second connecting projection plate portions 2d and 2e are projected, and the lower ends of the short leg and long leg plate portions 2a and 2b and the first and second connecting projection plate portions 2d and 2e are connected to the lower end. A plate portion 2c is straddled.
[0034]
Further, the above-described inclined continuous mounting plate portion 3B is provided on the front side D1 of the first and second connecting projection plate portions 2d, 2e and the connecting plate portion 2c. In the same manner as described above, the tilted state is maintained at a predetermined rising tilt angle α.
Moreover, the inclined continuous wearing plate portion 3 is formed on the distal end side D1 of the first and second connecting projection plate portions 2d and 2e, so that the U-shaped inner recess B3 in the slide hinge body B2 is formed. It is in a state where it is fitted in, and can be attached continuously.
As the above-described continuous attachment means, various types have conventionally existed. However, what is disclosed in claim 7 is a door mounting screw as the continuous mounting screw 4 screwed on the inclined continuous mounting plate portion 3B. The door width direction adjustment which is on the back side D3 of the body A and is fixed to the fixed screw 4a screwed on the anti-slip surface 3a formed on the inclined continuous wearing plate portion 3 and on the door side D2. The screw 4b is used.
In addition, what was illustrated as said continuous wearing screw is also a structure based on a prior art as already demonstrated.
[0035]
In the case of claim 8, a washer for attaching to the bottom plate upper surface b1 is shown as shown in FIG. 5, and here there is no fundamental difference compared to claim 7 described above. As understood from the comparison between FIG. 1 and FIG. 2, if the washer of FIG. 1 (A) is rotated 180 degrees to the reverse state, it can be attached to the bottom plate upper surface b1. The arrangement positions of the fixed screw 4a and the door width direction adjusting screw 4b as 4 in the inclined continuous wearing plate portion 3 are reversed.
That is, contrary to the case of FIG. 4, the anti-slip surface 3a and the fixing screw 4a are provided on the short leg plate portion 2a side, and the door width direction adjusting screw 4c is screwed on the long leg plate portion 2b side. It is.
The operation of the above configuration is of course essentially the same as in the case of claim 7, so the explanation here is omitted.
[0036]
Now, the present invention will be understood from the above explanation. However, the slide hinge B shown in the figure will be briefly explained below to help understand the present invention.
Here, FIGS. 7 to 8 all show a washer that is obliquely attached to the upper surface b1 of the bottom plate. FIG. 7A is a bottom view when FIG. 5B is used as a reference. FIG. 8 (A) is a plan view of FIG. 7 (A), and FIG. 9 (A) is a plan view of the partially opened notched state of FIG. 8 (A). Will show.
The first arm h1 is connected between the first hinge pivot g1 of the slide hinge body B2 and the first socket pivot pin g2 of the socket B1, and the second hinge pivot pin i1. And the second socket pivot pin i2 and the second arm h2 is pivoted. As understood in particular by FIG. 9, etc., the socket B1 pivoted as described above to the slide hinge body B2 is The mounting piece j is screwed to the door f using the mounting hole k and is fitted to the back surface of the door. The slide hinge is attached to the washer attached to the door mounting member A as described above. The main body B2 is continuously attached.
[0037]
【The invention's effect】
Since the present invention is configured as described above, according to the first aspect, the horizontal continuous mounting plate portion can be leveled without effort by simply attaching the door mounting member to the top plate bottom surface or the bottom plate top surface. Therefore, as compared with the case where the operator attaches while checking the horizontal state like a conventional washer, the labor can be reduced. Since it is pivotally supported so that it can be opened and closed through a slide hinge connected to a washer attached to the lower surface of the plate, it is sufficient even for heavy doors compared to a conventional washer attached to a side plate. Can be obtained, and the durability can be improved.
[0038]
Next, in claim 2, not only can the effect of claim 1 described above be exhibited, but also the first and second mounting plate portions, the first and second leg plate portions, and the laterally continuous wearing plate portion. Therefore, it is possible to reduce the weight and mass production, and to provide a product that can be easily attached.
[0039]
According to the third aspect of the present invention, since the first and second connecting projecting plate portions are further provided from the first and second leg plate portions, and the laterally extending mounting plate portions are provided on the first and second connecting plate portions, the slide hinge main body is provided. The work can be performed in a state in which the inclined continuous wearing plate portion is fitted into the U-shaped internal fitting recess, and the workability is further improved and the continuous strength can be improved. Furthermore, since it is tightened by a continuous screw that effectively uses the non-slip surface, an oblique wear washer for the lower surface of the top plate that can increase the reliability of the continuous state with the slide hinge body from this point as well. It becomes possible to provide.
According to claim 4, a washer for the upper surface of the bottom plate is provided at a position different from the anti-slip surface in claim 3, just by disposing the anti-slip surface on the laterally continuous plate. Thus, an effect equivalent to that of the third aspect can be exhibited.
[0040]
Next, when according to claim 5, simply attaching to the top plate lower surface or the bottom plate upper surface of the door mounting member, the inclined continuous mounting plate portion will be set without effort to a predetermined rising inclination angle, Therefore, as compared with the case where an operator attaches while measuring the rising inclination angle as in the case of a conventional washer, the labor can be remarkably reduced, and the working time can be greatly shortened.
[0041]
Next, in claim 6, not only the effect of claim 5 described above can be exhibited, but also the structure is constituted by the first and second attachment plate portions, the short legs, the long leg plate portions, and the inclined continuous attachment plate portions. Since it is formed appropriately, it is possible to reduce the weight and mass production, and it is possible to provide one that can be easily attached.
[0042]
According to the seventh aspect of the present invention, the first and second connecting projection plates are further provided from the short legs and the long legs, and the inclined continuous mounting plate is provided. Work can be performed in a state in which the inclined continuous wearing plate portion is fitted in the U-shaped internal fitting recess, so that workability is further improved and continuous strength can be improved. Furthermore, since it is tightened by a continuous screw that effectively uses the non-slip surface, an oblique wear washer for the lower surface of the top plate that can increase the reliability of the continuous state with the slide hinge body from this point as well. It becomes possible to provide.
According to claim 8, a washer for the upper surface of the bottom plate is provided at a position different from the anti-slip surface in claim 3 above, simply by disposing the anti-slip surface on the inclined continuous wearing plate portion. Thus, an effect equivalent to that of the seventh aspect can be exhibited.
[Brief description of the drawings]
1A is a perspective view showing a washer for a lower surface of a top plate of a slide hinge according to claims 1 to 4, and FIG. 1B is a perspective view showing a state in which the washer is attached to the slide hinge. FIG.
FIG. 2A is a perspective view showing a washer for a lower surface of a floor plate of the slide hinge, and FIG. 2B is a perspective view showing a state in which the washer is attached to the slide hinge.
3A is a perspective view of a door opening state showing a state in which a slide hinge is linked between a door mounting member and a door using the washer shown in FIGS. 1 and 2, and FIG. It is a perspective view of a closed state same as the above.
4A is a perspective view showing a washer for a lower surface of a top plate of a slide hinge according to claims 5 to 8, and FIG. 4B shows a state in which the inclined washer is attached to the slide hinge. It is a perspective view shown.
5A is a perspective view showing a washer for the lower surface of the floor plate of the slide hinge according to the present invention, and FIG. 5B is a perspective view showing a state in which the washer is attached to the slide hinge.
6A is a perspective view of a door opening state in which a slide hinge is linked between a door mounting member and a door using the washer shown in FIGS. 5 and 6, and FIG. It is a perspective view of a closed state same as the above.
7A is a front view showing a state in which the washer for the upper surface of the bottom plate is attached to the slide hinge, and FIG. 7B is a bottom view thereof.
8A is a reverse front view of FIG. 7A, and FIG. 8B is a bottom view thereof.
FIG. 9A is a front view showing a part of the upside down state of FIG. 8A cut away, and FIG. 9B is a part showing the door closed with respect to the door mounting member. It is a front view of a notch.
[Explanation of symbols]
1 Mounting material
1a First attachment part
1b Second attachment part
1c 1st mounting hole
1d Second mounting hole
2 consecutive parts
2A 1st leg plate
2B Second leg plate
2a Short leg plate
2b Long leg plate
2c Continuous plate
2d First mounting veneer part
2e Second veneer projecting plate
3A Horizontal wear plate part
3B Inclined continuous plate
3a Non-slip surface
4 continuous wearing screws
4a Fixing screw
4b Door width direction adjustment screw
A Door mounting member
A1 Door mounting member
a1 Top plate bottom surface
B2 Slide hinge body
B3 U-shaped internal recess
b1 Bottom plate top surface
D1 front side
D2 Door side
D3 back side
α Ascending tilt angle

Claims

A mounting plate portion that is attached in contact with the lower surface of the top plate or the bottom plate of the door mounting member, a continuous portion that is connected to the mounting plate portion, and a front side of the continuous portion. A laterally continuous wearing plate part to which the slide hinge body can be attached in a parallel state toward the door side of the door mounting member with respect to the lower surface of the top plate or the upper surface of the bottom plate. A slide hinge washer characterized in that a continuous wearing screw is screwed onto the washer.

An attachment plate portion is formed by the first and second attachment plate portions that are attached in contact with the top or bottom surface of the door mounting member, and each of the first and second attachment plate portions is bent. Each of the first and second leg plate portions and a continuous plate portion straddling each end of each of the first and second leg plate portions form a continuous portion, The front side is provided with a horizontal continuous plate that can be connected to the slide hinge main body in a parallel state toward the door side of the door mounting member with respect to the top surface of the top plate or the top surface of the bottom plate. A washer for a slide hinge, characterized in that a continuous wearing screw is screwed on the plate part.

First and second attachment holes are provided in the first and second attachment plate portions of the attachment plate portion that are attached in contact with the lower surface of the top plate of the door attachment member, respectively. On the front side of the lower end of the first and second leg plate portions that are bent from the attachment plate portion on the door side and the back side of the door mounting member, first and second connecting projection plates are formed, A connecting portion is formed by straddling the connecting plate portion at each lower end of the first and second leg plate portions and the first and second connecting protrusion plate portions, and the connecting plate portion and the first and second connecting plate portions. Fits into the U-shaped indentation recess of the slide hinge main body in a parallel state toward the door side of the door mounting member on the front surface side of the two-plate projection plate portion with respect to the bottom surface of the top plate. A laterally extending continuous wearing plate portion is provided, and the laterally continuous attaching plate portion is screwed on the door side and a fixed screw screwed on the anti-slip surface on the back side of the door mounting member. Door width direction adjustment Washer slide hinge connecting worn screw by a child, characterized in that it is screwed.

First and second attachment holes are provided in the first and second attachment plate portions of the attachment plate portion that are attached in a mounted state on the upper surface of the bottom plate of the door mounting member, respectively. First and second connecting projecting plate portions are formed on the upper front surfaces of the first and second leg plate portions that are bent from the landing plate portion on the door side and the back side of the door mounting member, respectively. A connecting portion is formed by straddling the connecting plate portion at each upper end of the first and second leg plate portions and the first and second connecting protrusion plate portions, and the connecting plate portion and the first and second connecting plate portions. On the front side of the connecting projection plate part, it can be connected to the U-shaped fitting recess of the slide hinge body in a parallel state toward the door side of the door mounting member with respect to the top surface of the bottom plate. A laterally continuous wearing plate portion is provided, and the laterally continuous wearing plate portion includes a fixing screw that is screwed on the anti-slip surface on the back side of the door mounting member, and a door that is screwed on the door side. Width direction adjustment Washer slide hinge connecting worn screw by a child, characterized in that it is screwed.

A mounting plate portion that is attached in contact with the lower surface of the top plate or the bottom plate of the door mounting member, a continuous portion that is connected to the mounting plate portion, and a front side of the continuous portion. An inclined continuous mounting plate portion on which the slide hinge body can be attached continuously with a predetermined rising inclination angle toward the door side of the door mounting member with respect to the lower surface of the top plate or the upper surface of the bottom plate. A washer for a slide hinge, wherein a continuous wearing screw is screwed on the wearing plate portion.

An attachment plate portion is formed by the first and second attachment plate portions that are attached in contact with the top or bottom surface of the door mounting member, and each of the first and second attachment plate portions is bent. The short legs and long leg plate portions and the continuous plate portions straddled on the respective ends of the short legs and long leg plate portions form a continuous portion, and on the front side of the continuous plate portion In addition to providing an inclined continuous mounting plate portion that can be attached to the slide hinge body at a predetermined rising inclination angle toward the door side of the door mounting member with respect to the top surface or the bottom surface of the top plate, and the inclined connection plate A washer for a slide hinge, characterized in that a continuous wearing screw is screwed on the part.

First and second attachment holes are provided in the first and second attachment plate portions of the attachment plate portion that are attached in contact with the lower surface of the top plate of the door attachment member, respectively. First and second connecting protrusions are formed on the front side of the lower end of the short leg and the long leg plate that are bent from the attachment plate on the door side and the back side of the door mounting member, respectively. A connecting portion is formed by straddling the connecting plate portion at each lower end of the leg, the long leg plate portion and the first and second connecting protrusion plate portions, and the connecting plate portion and the first and second connecting portions. On the front side of the projecting plate part, the U-shaped fitting recess of the slide hinge body is continuously attached with a predetermined upward inclination angle toward the door side of the door mounting member with respect to the lower surface of the top plate. An inclined continuous wearing plate portion is provided, and the inclined continuous wearing plate portion is screwed to a fixed screw screwed on the anti-slip surface on the back side of the door mounting member and screwed on the door side. Door width Washer slide hinge connecting worn screw by the direction adjusting screw is characterized in that it is screwed.

First and second attachment holes are provided in the first and second attachment plate portions of the attachment member attached in a mounted state on the upper surface of the bottom plate of the door attachment member, respectively. A long leg that is bent from the plate portion on the door side and the back side of the door mounting member, and an upper front side of the short leg plate portion are formed with first and second projecting plate portions for connecting the short legs, A connecting portion is formed by straddling the connecting plate portion at each upper end of the long leg plate portion and the first and second connecting protrusion plate portions, and the connecting plate portion and the first and second connecting protrusion plate portions. The front surface of the bottom plate has a predetermined rising inclination angle toward the door side of the door mounting member with respect to the bottom plate top surface, and is fitted in a U-shaped indentation recess of the slide hinge body so as to be connected continuously. In addition to providing a continuous wearing plate portion, the inclined continuous wearing plate portion includes a fixed screw screwed on the anti-slip surface on the back side of the door mounting member and a door width member screwed on the door side. Washer slide hinge connecting worn screw by an adjusting screw, characterized in that it is screwed.