JP3669336B2 - Opening frame - Google Patents

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Publication number
JP3669336B2
JP3669336B2 JP2002043954A JP2002043954A JP3669336B2 JP 3669336 B2 JP3669336 B2 JP 3669336B2 JP 2002043954 A JP2002043954 A JP 2002043954A JP 2002043954 A JP2002043954 A JP 2002043954A JP 3669336 B2 JP3669336 B2 JP 3669336B2
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Japan
Prior art keywords
groove
frame
room
opening
door
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JP2003239633A (en
Inventor
直紀 川角
芳弘 岡田
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Panasonic Electric Works Co Ltd
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Matsushita Electric Works Ltd
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Description

【0001】
【発明の属する技術分野】
本発明は、異なる部屋間を連通させると共に開閉自在にする引戸を備えた開口の開口縁に設けられる開口枠に関する発明である。
【0002】
【従来の技術】
従来から、図4に示すように、異なる部屋(第1の部屋Aと第2の部屋B)間を連通すると共に開閉自在にする引戸Cを備えてなる開口Dの開口縁に配設する開口枠にあっては、開口Dを閉じた引戸Cの端部が挿入される戸じゃくり溝2が開口枠を構成する縦枠1の枠内面に凹設されているものである。ところで、上記縦枠1の枠内面のうち、戸じゃくり溝2より第1の部屋A側に位置する枠内面の部位を第1内面3とすると共に、戸じゃくり溝2より第2の部屋B側に位置する枠内面の部位を第2内面4とすると、上記第1内面3の表面には第1表層材5が被着されると共に、上記第2内面4の表面には第2表層材6が被着され、そして、戸じゃくり溝2の表面には樹脂製のキャップ20が被着されており、これによって縦枠1部分の外観の向上が図られている。つまり、第1の部屋Aの景観に第1表層材5の色柄や意匠を合わせると共に、第2の部屋Bの景観に第2表層材6の色柄や意匠を合わせておくと、開口枠部分の景観には、第1表層材5や第2表層材6が第1の部屋Aや第2の部屋Bに連続すると共にキャップ20が第1の部屋Aと第2の部屋Bとを仕切るような景観が現出され、それぞれの部屋に違和感のない景観を現出できるようになっているのである。
【0003】
【発明が解決しようとする課題】
しかしながら、引戸Cが開口Dを閉じたときには、戸じゃくり溝2に挿入された引戸Cが第1の部屋A及び第2の部屋Bを仕切るものであり、このとき開口枠部分の景観は、第1の部屋A側に第1表層材5及びキャップ20が露出されると共に、第2の部屋Bに第2表層材6及びキャップ20が露出されるようになる。したがって、たとえ第1表層材5や第2表層材6を第1の部屋Aや第2の部屋Bの景観に色柄や意匠を合わせるようにしても、第1の部屋A及び第2の部屋Bの両方の部屋に露出するキャップ20によって第1の部屋Aまたは第2の部屋Bのいずれかの部屋の景観には違和感が生じてしまうものであり、これにより第1の部屋Aまたは第2の部屋Bの景観が低下してしまうといった問題があった。
【0004】
本発明は上記の点に鑑みてなされたものであり、部屋間に設けた開口を引戸で閉じたときにも、各部屋の景観を損ねないようにできる開口枠を提供することを課題とするものである。
【0005】
【課題を解決するための手段】
上記課題を解決するために本発明に係る開口枠にあっては、隣接する第1の部屋Aと第2の部屋Bとを連通する開口Dの開口縁に配設した開口枠において、上記開口を開閉自在にする引戸の端部が挿入される戸じゃくり溝2を開口枠の縦枠1の枠内面に凹設し、この戸じゃくり溝2より第1の部屋A側に位置した枠内面に第1表層材5を被着すると共に、該戸じゃくり溝2より第2の部屋B側に位置した枠内面に第2表層材6を被着し、第1表層材5を戸じゃくり溝2の一方の溝側面7に延ばすと共にこの一方の溝側面7における溝底面9に至る部位にまで連続して被着し、戸じゃくり溝2の一方の溝側面7と溝底面9とがなす第1コーナ部分Eを構成する溝底面9に凹設した取付溝10に上記第1表層材5の端部を嵌合し、第2表層材6を戸じゃくり溝2の他方の溝側面8に延ばすと共にこの他方の溝側面8を経て溝底面9の表面全体を覆うように連続して被着し、この溝底面9を覆った第2表層材6の端部の端面を第1表層材5の一方の溝側面7に沿う部分に当接したことを特徴とする。
れによると、第1の部屋Aと第2の部屋Bとの間の開口Dを引戸Cで閉じたときに、第1の部屋A側に露出される第1内面3及び該第1内面3と戸じゃくり溝2との角部分には第1表層材5が被着され、また、第2の部屋B側に露出される第2内面4及び該第2内面4と戸じゃくり溝2との角部分には第2表層材6が被着されているので、第1の部屋Aには上記第1表層材5のみを露出させると共に、第2の部屋Bには第2表層材6のみを露出させることができ、したがって、引戸Cで開口Dを閉じたときの開口枠部分の外観によって各部屋の景観を損ねないようにできる。
【0006】
また、第1表層材5及び第2表層材6の接続部分を戸じゃくり溝2のコーナ部分に合わせて位置させることができ、引戸Cが開口Dを開けたときに見える戸じゃくり溝2に収まりのよい外観を現出させることができる。
【0007】
また、第1表層材5の戸じゃくり溝2側の端部を戸じゃくり溝2の溝底面9取付溝10に嵌合させることで、縦枠1に第1表層材5を被着する際の位置決めが容易に行われるものであり、第1表層材5の縦枠1への被着作業における作業性の向上を図ることができる。
【0008】
【発明の実施の形態】
以下、本発明を添付図面に示す実施形態に基づいて説明する。
【0009】
図1乃至図2に本発明の実施の形態の例を示す。図1は開口に配置した開口枠の縦枠1の上面図であり、図2は該縦枠1の上面図、正面図、側面図を示したものである。
【0010】
本例の開口枠は上枠13と1対の縦枠1とを枠組みして形成したコ字型枠体であり、第1の部屋Aと第2の部屋Bとを連通させた開口Dの上面及び両側面の開口縁に配設されるものである。この開口枠の戸当たり部を構成する縦枠1は、その枠内面が部屋空間に露出される部分であってこの枠内面の表面には後述する表層材5,6が被着される。なお、この開口Dには折れ戸状の引戸Cが開閉自在に配設されることが想定され、この引戸Cに対応して開口枠の枠内面の第1の部屋Aと第2の部屋Bとの間の略中央部分には上下に亘る戸じゃくり溝2が凹設されている。この戸じゃくり溝2は、開口Dを閉じた引戸Cの端部が挿入される溝である。なお、この戸じゃくり溝2内には縦枠1を開口Dの側面に固定させる為のビス等の固着具を挿通させる開口縁固定用貫通孔11が上下に等間隔に複数個設けられている。ここで、戸じゃくり溝2は縦枠1の枠内面の中央部分に上下に亘って凹設されることから、枠内面はこの戸じゃくり溝2によって第1の部屋A側の部位と第2の部屋B側の部位とに区切られる。以下、便宜上、戸じゃくり溝2より第1の部屋A側に位置する枠内面の部位を第1内面3と称すると共に、上記戸じゃくり溝2より第2の部屋B側に位置する枠内面の部位を第2内面4と称する。また、上記第1内面3に連続する戸じゃくり溝2の溝側面は第1溝側面7(一方の溝側面)と称すると共に、上記第2内面4に連続する戸じゃくり溝2の溝側面は第2溝側面8(他方の溝側面)と称する。なお、図中12は上枠固定用貫通孔であり、縦枠1と上枠13とを連結させるビス等の固着具を挿通させる為の孔である。
【0011】
上述したように縦枠1の枠内面の表面には表面材5,6が被着されるが、この表面材5,6は、枠内面の第1内面3から第1溝側面7に連続して被着される第1表層材5と、枠内面の第2内面4から第2溝側面8を経ると共に戸じゃくり溝2の溝底面9の表面全体に連続して被着される第2表層材6とで構成される。なお、戸じゃくり溝2の溝底面9と第1溝側面7とがなす第1コーナ部分Eを構成する溝底面9には、第1表層材5と略同厚さ寸法の溝幅を有した取付溝10が第1コーナ部分Eの長さ方向に亘って凹設され、この取付溝10には第1表層材5の戸じゃくり溝2側の端部が嵌合される。また、第2表層材6は、戸じゃくり溝2の溝底面9を被覆する部位が第1溝側面7に沿う第1表層材5と第2溝側面8との間に挟持される。そして、上記第1表層材5及び第2表層材6は上記第1コーナ部分Eの長さ方向に亘って当接して接続される。
【0012】
なお、縦枠1はたとえば合板で形成され、また表層材(第1表層材5,第2表層材6)はたとえば表面に化粧シート等を貼着したMDFボードで形成されている。上記表層材5,6は縦枠1の枠内面の表面形状に沿わせて連続して被着するものであるが、これは、縦枠1の枠内面に形成された角部に対応させて表層材5,6の裏面に断面三角形状の切り欠き14を穿設していて、この切り欠き14に沿って表層材5,6を表裏方向に折り曲げ可能にしてあるものであり、これにより縦枠1の表面形状に沿わせて表層材5,6を被着できるようにしてある。
【0013】
上記構成の縦枠1にあって引戸Cが開口Dを閉じたときには、引戸C端部が戸じゃくり溝2内に嵌り込み、第1の部屋A側には第1内面3及び該第1内面3と第1溝側面7との角部分が露出し、第2の部屋B側には第2内面4及び該第2内面4と第2溝側面8との角部分が露出する。上述したように、本例の縦枠1では、第1内面3及び第1溝側面7には第1表層材5が連続して被着され、また、第2内面4及び第2溝側面8には第2表層材6が連続して被着されているので、第1の部屋Aには第1表層材5のみを露出させ、第2の部屋Bには第2表層材6のみを露出させることができるのである。これにより、それぞれの部屋から見た開口枠部分の外観を第1表層材5及び第2表層材6によって統一感のある良好な外観にすることができ、したがって、引戸が開口を閉じたときの開口枠部分の外観によって各部屋の景観が損なわれないようにできるのである
このとき、たとえば、第1の部屋Aが和室であって第1表層材5をこの和室である第1の部屋Aの景観に合わせたものにし、第2の部屋Bが洋室であって第2表層材6をこの洋室である第2の部屋Bの景観に合わせたものにすると、引戸Cが開口Dを閉じたときには、第1の部屋A及び第2の部屋Bの景観が開口枠部分まで連続するようになり、各部屋に意匠性の高い部屋空間を現出させることができるのである。このように、本例の縦枠1を有した開口枠にあっては、引戸Cで開口Dを閉じた状態において、開口枠部分の外観をそれぞれの部屋の景観に合わせ、それぞれの部屋の景観の向上を図ることができるのである。
【0014】
また、引戸Cが開口Dを開けたときには、縦枠1の枠内面全体が部屋空間に露出するものであるが、このときには、第1表層材5が第1内面3から第1溝側面7まで連続して被着されると共に、第2表層材6が第2内面4から第2溝側面8を経て溝底面9まで連続して被着されており、そして、第1表層材5及び第2表層材6が戸じゃくり溝2の第1コーナ部分Eに沿って接続されていることから、元来構造的に非連続性を有する部位であるコーナ部分に第1表層材5及び第2表層材6の接続部分を位置させることができ、部屋空間に露出される枠内面の外観に収まりのよい外観を現出させることができるのである。
【0015】
このように、引戸Cが開口Dを開けた場合、引戸Cが開口Dを閉じた場合のいずれの場合でも、本例の開口枠の外観には各部屋の景観を損ねない良好な外観が現出されるのである。なお、上記縦枠1は、従来技術の縦枠1に比べてキャップ20を用いていないため、部品点数を少なくでき、縦枠1における施工性または生産性の向上が図られているのである。また、上述したように戸じゃくり溝2の第1コーナ部分Eを構成する溝底面9には取付溝10が凹設されると共に、この取付溝10に第1表層材5の端部を嵌合させていることから、第1表層材5の位置決めを容易に行わせることができ、これによっても縦枠1における施工性または生産性の向上が図られているのである。
【0016】
なお、図3に示すように、開口枠の上枠13においても上述した縦枠1の構造を適用することもできる。つまり、戸じゃくり溝2の代わりに引戸Cをスライド自在にさせるレール溝15を枠内面に設けることで、それ以外の構造は縦枠1の構造と同じようにできるのである。これによっても、上述した縦枠1と同様に上枠13においても、引戸Cの開口Dへの開け閉めに関わらず開口枠部分の外観によって部屋の景観を損ねないようにできるのである。更に、図示はしないが、上枠13及び縦枠1に加えて下枠を枠組みして矩形型枠体に開口枠を形成したものにおいて、この下枠の構造を上述した縦枠1や上枠13と略同様の構造に構成することも好ましく、これによっても引戸Cの開口Dへの開け閉めに関わらず開口枠部分の外観によって部屋の景観を損ねないようにできるのである。
【0017】
【発明の効果】
上記のように本発明の請求項1記載の開口枠にあっては、隣接する第1の部屋と第2の部屋とを連通する開口の開口縁に配設した開口枠において、上記開口を開閉自在にする引戸の端部が挿入される戸じゃくり溝を開口枠の縦枠の枠内面に凹設し、この戸じゃくり溝より第1の部屋側に位置した枠内面に第1表層材を被着すると共に、該戸じゃくり溝より第2の部屋側に位置した枠内面に第2表層材を被着し、上記第1表層材及び第2表層材を戸じゃくり溝の溝側面にそれぞれ延ばして被着したので、引戸が開口を閉じたときには、第1の部屋側には上記第1表層材のみが露出すると共に、第2の部屋には第2表層材のみが露出するようにでき、したがって、引戸が開口を閉じたときの開口枠部分の外観によって各部屋の景観が損なわれないようにできるのである。更に言うと、第1表層材に第1の部屋の景観に合わせた色柄や意匠を施し、第2表層材に第2の部屋の景観に合わせた色柄や意匠を施すと、引戸が開口を閉じて部屋が仕切られたときには、第1の部屋及び第2の部屋におけるそれぞれの部屋の景観が開口枠の外観にまで連続するようになり、第1の部屋及び第2の部屋に意匠性の高い部屋空間を現出させることができるのである。
【0018】
また、第1表層材を戸じゃくり溝の一方の溝側面における溝底面に至る部位にまで連続して被着し、戸じゃくり溝の一方の溝側面と溝底面とがなす第1コーナ部分を構成する溝底面に凹設した取付溝に上記第1表層材の端部を嵌合し、第2表層材を戸じゃくり溝の他方の溝側面に延ばすと共にこの他方の溝側面を経て溝底面の表面全体を覆うように連続して被着し、この溝底面を覆った第2表層材の端部の端面を第1表層材の一方の溝側面に沿う部分に当接したので、第1表層材及び第2表層材の接続部分が戸じゃくり溝のコーナ部分に位置し、引戸が開口を開けたときに見える戸じゃくり溝に収まりのよい外観を現出させることができ、つまり引戸で開口を開放したときにも開口枠部分の外観の向上を図ることができるのであり、また、縦枠に第1表層材を被着する際の位置決めが容易に行われるものであり、第1表層材の縦枠への被着作業における作業性の向上を図ることができると共に、第2表層材の戸じゃくり溝の溝底面を被覆する部位を第1溝側面に沿う第1表層材と第2溝側面との間に挟持することができる。
【図面の簡単な説明】
【図1】本発明の実施の形態の例を示す開口への開口枠を配置した状態の縦枠部分の上面図である。
【図2】同上の開口枠の縦枠を示すものであり、(a)は正面図であり、(b)は上面図であり、(c)は側面図である。
【図3】本発明の実施の形態の他例を示す上枠の斜視図である。
【図4】従来技術を示す開口への開口枠を配置した状態の縦枠部分の上面図である。
【符号の説明】
1 縦枠
2 戸じゃくり溝
3 第1内面
4 第2内面
5 第1表層材
6 第2表層材
7 第1溝側面
8 第2溝側面
9 溝底面
10 取付溝
A 第1の部屋
B 第2の部屋
C 引戸
D 開口
E 第1コーナ部分
[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an opening frame provided at an opening edge of an opening provided with a sliding door that allows different rooms to communicate with each other and that can be opened and closed.
[0002]
[Prior art]
Conventionally, as shown in FIG. 4, an opening disposed at the opening edge of an opening D provided with a sliding door C that communicates between different rooms (first room A and second room B) and that can be opened and closed. In the frame, the door punching groove 2 into which the end of the sliding door C with the opening D closed is inserted is recessed on the inner surface of the vertical frame 1 constituting the opening frame. By the way, among the frame inner surfaces of the vertical frame 1, the portion of the frame inner surface located on the first room A side from the door scraping groove 2 is defined as the first inner surface 3, and the second chamber from the door scraping groove 2. When the portion of the inner surface of the frame located on the B side is the second inner surface 4, the first surface layer material 5 is deposited on the surface of the first inner surface 3, and the second surface layer is formed on the surface of the second inner surface 4. The material 6 is attached, and a resin cap 20 is attached to the surface of the door-skin groove 2, thereby improving the appearance of the vertical frame 1 portion. That is, when the color pattern and design of the first surface material 5 are matched to the landscape of the first room A, and the color pattern and design of the second surface material 6 are matched to the landscape of the second room B, the opening frame In the landscape of the part, the first surface material 5 and the second surface material 6 are continuous with the first room A and the second room B, and the cap 20 partitions the first room A and the second room B. Such a landscape appears, and it is possible to display a landscape without any sense of incongruity in each room.
[0003]
[Problems to be solved by the invention]
However, when the sliding door C closes the opening D, the sliding door C inserted into the door punching groove 2 separates the first room A and the second room B. At this time, the landscape of the opening frame part is The first surface material 5 and the cap 20 are exposed on the first room A side, and the second surface material 6 and the cap 20 are exposed in the second room B. Accordingly, even if the first surface material 5 and the second surface material 6 are matched with the color pattern and design to the scenery of the first room A and the second room B, the first room A and the second room. The cap 20 exposed in both of the rooms B causes a sense of incongruity in the scenery of either the first room A or the second room B, thereby causing the first room A or the second room B to be uncomfortable. There was a problem that the scenery of the room B of the house would deteriorate.
[0004]
This invention is made in view of said point, and makes it a subject to provide the opening frame which can prevent the scenery of each room from being spoiled, even when the opening provided between rooms is closed with a sliding door. Is.
[0005]
[Means for Solving the Problems]
In order to solve the above-mentioned problem, in the opening frame according to the present invention, in the opening frame disposed at the opening edge of the opening D communicating the adjacent first room A and second room B, the opening A door punching groove 2 into which the end of the sliding door that allows opening and closing is inserted is recessed in the inner surface of the vertical frame 1 of the opening frame, and the frame located on the first room A side from the door punching groove 2 The first surface layer material 5 is adhered to the inner surface, and the second surface layer material 6 is adhered to the inner surface of the frame located on the second room B side from the door punching groove 2, and the first surface layer material 5 is attached to the door. It extends to one groove side surface 7 of the cut groove 2 and continuously adheres to a portion of the one groove side surface 7 that reaches the groove bottom surface 9. The end portion of the first surface layer material 5 is fitted into the mounting groove 10 provided in the groove bottom surface 9 constituting the first corner portion E, and the second surface layer material 6 is The second surface layer material 6 that extends to the other groove side surface 8 of the jagged groove 2 and is continuously attached so as to cover the entire surface of the groove bottom surface 9 through the other groove side surface 8 and covers the groove bottom surface 9. to the end surface of the end portion and abutting on a portion along one of the groove flank 7 of the first surface layer material 5 you characterized.
According to which this, the first chamber A the opening D between the second chamber B when closed by sliding door C, first inner surface 3 and the first inner surface which is exposed to the first chamber A side The first surface layer material 5 is attached to the corner portion between the door 3 and the door scraping groove 2, and the second inner surface 4 exposed on the second room B side and the second inner surface 4 and the door scraping groove 2, the second surface layer material 6 is applied to the corner portion, so that only the first surface layer material 5 is exposed in the first room A, and the second surface layer material is exposed in the second room B. 6 can be exposed, so that the appearance of each room can be prevented from being damaged by the appearance of the opening frame portion when the opening D is closed by the sliding door C.
[0006]
Moreover , the connection part of the 1st surface layer material 5 and the 2nd surface layer material 6 can be located according to the corner part of the door scraping groove 2, and the door scraping groove 2 which can be seen when the sliding door C opens the opening D is shown. Appearance that fits well can be displayed.
[0007]
Further , the first surface layer material 5 is attached to the vertical frame 1 by fitting the end portion of the first surface layer material 5 on the door facing groove 2 side into the mounting groove 10 on the groove bottom surface 9 of the door facing groove 2. Positioning at the time of performing is easy, and the workability in the work of attaching the first surface layer material 5 to the vertical frame 1 can be improved.
[0008]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings.
[0009]
An example of an embodiment of the present invention is shown in FIGS. FIG. 1 is a top view of the vertical frame 1 of the opening frame arranged in the opening, and FIG. 2 shows a top view, a front view, and a side view of the vertical frame 1.
[0010]
The opening frame of this example is a U-shaped frame body formed by framing the upper frame 13 and a pair of vertical frames 1, and has an opening D that connects the first room A and the second room B. It is arrange | positioned at the opening edge of an upper surface and both sides | surfaces. The vertical frame 1 constituting the door stop portion of the opening frame is a portion where the inner surface of the frame is exposed to the room space, and surface layer materials 5 and 6 to be described later are attached to the surface of the inner surface of the frame. In addition, it is assumed that a folding door-like sliding door C is disposed in the opening D so as to be freely opened and closed, and the first room A and the second room B on the inner surface of the opening frame corresponding to the sliding door C. A door punching groove 2 extending up and down is provided in a substantially central portion between the two. This door scraping groove 2 is a groove into which the end of the sliding door C with the opening D closed is inserted. A plurality of opening edge fixing through holes 11 through which a fixing tool such as a screw for fixing the vertical frame 1 to the side surface of the opening D is inserted are provided at equal intervals in the door drilling groove 2. Yes. Here, since the door punching groove 2 is vertically recessed in the center portion of the inner surface of the vertical frame 1, the inner surface of the frame is connected to the first room A side portion and the first portion by the door punching groove 2. It is divided into two parts on the room B side. Hereinafter, for the sake of convenience, a portion of the inner surface of the frame located on the first room A side with respect to the door scraping groove 2 is referred to as a first inner surface 3, and the inner surface of the frame positioned on the second room B side with respect to the door scraping groove 2 Is called the second inner surface 4. Further, the groove side surface of the door facing groove 2 continuous to the first inner surface 3 is referred to as a first groove side surface 7 (one groove side surface), and the groove side surface of the door facing groove 2 continuous to the second inner surface 4. Is referred to as the second groove side surface 8 (the other groove side surface). In the figure, reference numeral 12 denotes a through hole for fixing the upper frame, which is a hole through which a fixing tool such as a screw for connecting the vertical frame 1 and the upper frame 13 is inserted.
[0011]
As described above, the surface materials 5 and 6 are attached to the surface of the inner surface of the vertical frame 1, and the surface materials 5 and 6 are continuous from the first inner surface 3 of the frame inner surface to the first groove side surface 7. The first surface layer material 5 to be deposited and the second surface 4 which is continuously deposited from the second inner surface 4 of the frame through the second groove side surface 8 to the entire surface of the groove bottom surface 9 of the door scraping groove 2. It is comprised with the surface layer material 6. FIG. It should be noted that the groove bottom surface 9 constituting the first corner portion E formed by the groove bottom surface 9 of the door scraping groove 2 and the first groove side surface 7 has a groove width of substantially the same thickness as the first surface layer material 5. The mounting groove 10 is recessed along the length direction of the first corner portion E, and the end portion of the first surface layer material 5 on the door facing groove 2 side is fitted into the mounting groove 10. Further, the second surface layer material 6 is sandwiched between the first surface layer material 5 and the second groove side surface 8 along the first groove side surface 7 at a portion covering the groove bottom surface 9 of the door scraping groove 2. And the said 1st surface layer material 5 and the 2nd surface layer material 6 contact | abut over the length direction of the said 1st corner part E, and are connected.
[0012]
The vertical frame 1 is formed of, for example, plywood, and the surface layer materials (first surface layer material 5, second surface layer material 6) are formed of, for example, an MDF board having a decorative sheet or the like attached to the surface. The surface layer materials 5 and 6 are continuously attached along the surface shape of the inner surface of the vertical frame 1, which corresponds to the corners formed on the inner surface of the vertical frame 1. A cutout 14 having a triangular cross section is formed on the back surface of the surface layer materials 5 and 6, and the surface layer materials 5 and 6 can be bent in the front and back direction along the cutout 14. The surface layers 5 and 6 can be attached along the surface shape of the frame 1.
[0013]
When the sliding door C closes the opening D in the vertical frame 1 having the above structure, the end of the sliding door C is fitted into the door punching groove 2, and the first inner surface 3 and the first chamber 1 are formed on the first room A side. The corner portion between the inner surface 3 and the first groove side surface 7 is exposed, and the second inner surface 4 and the corner portion between the second inner surface 4 and the second groove side surface 8 are exposed on the second chamber B side. As described above, in the vertical frame 1 of this example, the first surface layer material 5 is continuously applied to the first inner surface 3 and the first groove side surface 7, and the second inner surface 4 and the second groove side surface 8. Since the second surface layer material 6 is continuously applied, only the first surface layer material 5 is exposed in the first room A, and only the second surface layer material 6 is exposed in the second room B. It can be made. Thereby, the external appearance of the opening frame part seen from each room can be made into the favorable external appearance with a uniform feeling by the 1st surface layer material 5 and the 2nd surface layer material 6, Therefore, when a sliding door closed an opening At this time, for example, the first room A is a Japanese-style room, and the first surface layer material 5 is the Japanese-style room of the first room A. When the second room B is a Western-style room and the second surface material 6 is made to match the scenery of the second room B, which is the Western-style room, when the sliding door C closes the opening D The scenery of the 1st room A and the 2nd room B comes to continue to an opening frame part, and room space with high design nature can be made to appear in each room. Thus, in the case of the opening frame having the vertical frame 1 of this example, in the state where the opening D is closed by the sliding door C, the appearance of the opening frame portion is matched to the scenery of each room, and the scenery of each room. It is possible to improve this.
[0014]
In addition, when the sliding door C opens the opening D, the entire inner surface of the vertical frame 1 is exposed to the room space. At this time, the first surface layer material 5 extends from the first inner surface 3 to the first groove side surface 7. The second surface layer material 6 is continuously applied from the second inner surface 4 to the groove bottom surface 9 through the second groove side surface 8 and the first surface layer material 5 and the second surface material 5. Since the surface layer material 6 is connected along the first corner portion E of the door pocket groove 2, the first surface layer material 5 and the second surface layer are formed in the corner portion, which is a portion having discontinuity in terms of structure. The connection part of the material 6 can be located, and the external appearance which fits in the external appearance of the frame inner surface exposed to room space can be revealed.
[0015]
As described above, when the sliding door C opens the opening D or when the sliding door C closes the opening D, the appearance of the opening frame of this example has a good appearance that does not impair the scenery of each room. It is issued. In addition, since the said vertical frame 1 does not use the cap 20 compared with the vertical frame 1 of a prior art, the number of parts can be decreased and the improvement of workability or productivity in the vertical frame 1 is achieved. Further, as described above, the mounting groove 10 is formed in the groove bottom surface 9 constituting the first corner portion E of the door-staking groove 2, and the end portion of the first surface layer material 5 is fitted into the mounting groove 10. Therefore, the positioning of the first surface layer material 5 can be easily performed, and the workability or productivity in the vertical frame 1 is also improved.
[0016]
In addition, as shown in FIG. 3, the structure of the vertical frame 1 mentioned above can also be applied to the upper frame 13 of the opening frame. That is, by providing a rail groove 15 on the inner surface of the frame for allowing the sliding door C to slide in place of the door jagged groove 2, the other structure can be made the same as the structure of the vertical frame 1. Even in this manner, in the upper frame 13 as well as the vertical frame 1 described above, the appearance of the opening frame portion can be prevented from being damaged regardless of whether the sliding door C is opened or closed. Further, although not shown in the drawings, in addition to the upper frame 13 and the vertical frame 1, the lower frame is framed to form an opening frame in a rectangular frame, and the structure of the lower frame is the above-described vertical frame 1 or upper frame. It is also preferable to configure the structure substantially the same as 13, and this can also prevent the view of the room from being damaged by the appearance of the opening frame portion regardless of whether the sliding door C is opened or closed.
[0017]
【The invention's effect】
As described above, the opening frame according to claim 1 of the present invention opens and closes the opening in the opening frame disposed at the opening edge of the opening that connects the adjacent first chamber and the second chamber. A door facing groove into which the end of the sliding door to be freely inserted is recessed in the inner surface of the vertical frame of the opening frame, and the first surface layer material is formed on the inner surface of the frame located on the first room side from the door facing groove. And the second surface layer material is applied to the inner surface of the frame located on the second room side from the door-scraping groove, and the first surface material and the second surface material are attached to the side surface of the door-scraping groove. When the sliding door closes the opening, only the first surface layer material is exposed on the first room side, and only the second surface layer material is exposed on the second room. Therefore, the scenery of each room is not damaged by the appearance of the opening frame when the sliding door closes the opening. It can be in the jar. Furthermore, if the first surface layer material is given a color pattern or design that matches the landscape of the first room, and the second surface material is given a color pattern or design that matches the landscape of the second room, the sliding door opens. When the room is partitioned by closing, the scenery of each room in the first room and the second room will continue to the appearance of the opening frame, and the design characteristics of the first room and the second room High room space can be revealed.
[0018]
Further , the first surface layer material is continuously applied up to the portion reaching the bottom surface of the groove on one side surface of the door facing groove, and the first corner portion formed by the one side surface of the door facing groove and the bottom surface of the groove. The end portion of the first surface layer material is fitted into a mounting groove recessed in the bottom surface of the groove, and the second surface layer material is extended to the other groove side surface of the door scraping groove, and the groove is passed through the other groove side surface. Since it was continuously deposited so as to cover the entire surface of the bottom surface, the end surface of the end portion of the second surface layer material covering the groove bottom surface was in contact with the portion along the one groove side surface of the first surface layer material . The connection part of the 1st surface layer material and the 2nd surface layer material is located in the corner part of the door jacket groove, and it is possible to reveal a good appearance that fits in the door clearance groove that can be seen when the sliding door opens. even when opening the opening with sliding doors Ri Nodea thereby improving appearance of the opening frame part, the vertical Positioning of the first surface layer material is easily performed, and the workability in the work of attaching the first surface layer material to the vertical frame can be improved. A portion that covers the groove bottom surface of the door pricking groove can be sandwiched between the first surface layer material along the first groove side surface and the second groove side surface.
[Brief description of the drawings]
FIG. 1 is a top view of a vertical frame portion in a state where an opening frame is arranged in an opening showing an example of an embodiment of the present invention.
FIGS. 2A and 2B show a vertical frame of the opening frame, FIG. 2A is a front view, FIG. 2B is a top view, and FIG. 2C is a side view;
FIG. 3 is a perspective view of an upper frame showing another example of the embodiment of the present invention.
FIG. 4 is a top view of a vertical frame portion in a state where an opening frame to an opening showing a conventional technique is arranged.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Vertical frame 2 Door pricking groove 3 1st inner surface 4 2nd inner surface 5 1st surface layer material 6 2nd surface layer material 7 1st groove side surface 8 2nd groove side surface 9 Groove bottom surface 10 Mounting groove A 1st chamber B 2nd Room C Sliding door D Opening E First corner

Claims (1)

隣接する第1の部屋と第2の部屋とを連通する開口の開口縁に配設した開口枠において、上記開口を開閉自在にする引戸の端部が挿入される戸じゃくり溝を開口枠の縦枠の枠内面に凹設し、この戸じゃくり溝より第1の部屋側に位置した枠内面に第1表層材を被着すると共に、該戸じゃくり溝より第2の部屋側に位置した枠内面に第2表層材を被着し、第1表層材を戸じゃくり溝の一方の溝側面に延ばすと共にこの一方の溝側面における溝底面に至る部位にまで連続して被着し、戸じゃくり溝の一方の溝側面と溝底面とがなす第1コーナ部分を構成する溝底面に凹設した取付溝に上記第1表層材の端部を嵌合し、第2表層材を戸じゃくり溝の他方の溝側面に延ばすと共にこの他方の溝側面を経て溝底面の表面全体を覆うように連続して被着し、この溝底面を覆った第2表層材の端部の端面を第1表層材の一方の溝側面に沿う部分に当接したことを特徴とする開口枠。In an opening frame disposed at an opening edge of an opening that communicates between the adjacent first chamber and the second chamber, a door drilling groove into which an end of the sliding door that opens and closes the opening is inserted is formed on the opening frame. Concave on the inner surface of the frame of the vertical frame, and attach the first surface layer material to the inner surface of the frame located on the first room side from this door-scraping groove, and on the second room side from the door-scraping groove The second surface layer material is applied to the inner surface of the frame, the first surface material is extended to one groove side surface of the door-scraping groove, and continuously applied to a portion reaching the groove bottom surface on the one groove side surface, The end of the first surface layer material is fitted into a mounting groove formed in the groove bottom surface that forms the first corner portion formed by one of the groove side surface and the groove bottom surface, and the second surface layer material is attached to the door. It extends to the other groove side surface of the jagged groove and is continuously attached so as to cover the entire surface of the groove bottom surface through this other groove side surface. Opening frame, characterized in that in contact with the portion along the end face of the end portion of the second surface layer member which covers the groove bottom surface on one groove flank of the first surface layer material.
JP2002043954A 2002-02-20 2002-02-20 Opening frame Expired - Fee Related JP3669336B2 (en)

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JP3669336B2 true JP3669336B2 (en) 2005-07-06

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