JP2007231679A - Inner wall panel and its mounting structure - Google Patents

Inner wall panel and its mounting structure Download PDF

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JP2007231679A
JP2007231679A JP2006056965A JP2006056965A JP2007231679A JP 2007231679 A JP2007231679 A JP 2007231679A JP 2006056965 A JP2006056965 A JP 2006056965A JP 2006056965 A JP2006056965 A JP 2006056965A JP 2007231679 A JP2007231679 A JP 2007231679A
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wall panel
wall
wall panels
frame
vertical
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JP4933800B2 (en
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Katsunori Onishi
克則 大西
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Sekisui Chemical Co Ltd
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Sekisui Chemical Co Ltd
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Abstract

<P>PROBLEM TO BE SOLVED: To enhance the accuracy of the mounting position of an inner wall panel without requiring a stud for mounting the inner wall panel. <P>SOLUTION: This inner wall panel 10 is formed by securing a wall surface material 11 to a framework 10A having a vertical frame 20. The vertical frame 20 has a connection part 24 connected and integrated to the vertical frame 20 of the other inner wall panel 10 adjacent to that inner wall panel. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

本発明は内壁パネルとその取付構造に関する。   The present invention relates to an inner wall panel and its mounting structure.

従来の内壁パネルは、特許文献１に記載の如く、縦枠を有する枠組に壁面材を固定して構成され、縦枠を間柱に取付けている。即ち、建物床と天井の間で内壁パネルが取付けられる位置に予め間柱を立設し、相隣る一方の内壁パネルの縦枠を間柱の左半部に取付け、相隣る他方の内壁パネルの縦枠を間柱の右半部に取付けるものである。
特開2001-152578 As described in Patent Document 1, a conventional inner wall panel is configured by fixing wall materials to a frame having a vertical frame, and the vertical frame is attached to a stud. That is, a stud is erected in advance at a position where the inner wall panel is attached between the building floor and the ceiling, the vertical frame of one adjacent inner wall panel is attached to the left half of the adjacent pillar, and the other inner wall panel A vertical frame is attached to the right half of the stud.
JP2001-152578

従来技術には以下の問題点がある。
(1)内壁パネルの取付けのために、床と天井の間に予め間柱を立設する必要がある。 The prior art has the following problems.
(1) In order to install the inner wall panel, it is necessary to set up a stud in advance between the floor and the ceiling.

(2)複数の内壁パネルを一列に取付けるとき、各内壁パネルの取付位置精度が間柱の建付精度の影響を受け、全内壁パネルを一直線上に揃えることに困難がある。   (2) When mounting multiple inner wall panels in a row, the mounting position accuracy of each inner wall panel is affected by the mounting accuracy of the studs, making it difficult to align all the inner wall panels in a straight line.

本発明の課題は、内壁パネルの取付けのための間柱を必要とすることなく、内壁パネルの取付位置精度を向上することある。   The subject of this invention is improving the attachment position precision of an inner wall panel, without requiring the stud for the attachment of an inner wall panel.

請求項１の発明は、縦枠を有する枠組に壁面材を固定した内壁パネルにおいて、縦枠が相隣る他の内壁パネルの縦枠と連結一体化される連結部を備えるようにしたものである。   In the first aspect of the present invention, in the inner wall panel in which the wall material is fixed to the frame having the vertical frame, the vertical frame is provided with a connecting portion that is connected and integrated with the vertical frame of another adjacent inner wall panel. is there.

請求項２の発明は、請求項１の発明において更に、前記縦枠が相隣る他の内壁パネルの縦枠と相接する側面に、縦方向に沿う突条部と、突条部の内方側でへこみ状をなす連結部を備えるようにしたものである。   According to a second aspect of the present invention, in the first aspect of the present invention, a ridge portion extending along the vertical direction on the side surface where the vertical frame is adjacent to the vertical frame of another inner wall panel, A connecting portion having a dent shape on the side is provided.

請求項３の発明は、請求項２の発明において更に、前記縦枠が突条部の長手方向に連続するシール装填凹部を備えるようにしたものである。   According to a third aspect of the present invention, in the second aspect of the present invention, the vertical frame further includes a seal loading concave portion that is continuous in the longitudinal direction of the protruding portion.

請求項４の発明は、請求項１に記載の内壁パネルの取付構造であって、相隣る内壁パネルを床と天井の間に立てた状態で、両内壁パネルの縦枠の連結部を互いに連結一体化する内壁パネルである。   According to a fourth aspect of the present invention, there is provided the inner wall panel mounting structure according to the first aspect, wherein the adjacent inner wall panels are erected between the floor and the ceiling, and the connecting portions of the vertical frames of the inner wall panels are mutually connected. It is the inner wall panel which connects and integrates.

請求項５の発明は、請求項４の発明において更に、前記相隣る内壁パネルの目地に挿入した連結操作具を用いて両内壁パネルの縦枠の連結部を互いに一体化するようにしたものである。   According to a fifth aspect of the present invention, in the fourth aspect of the present invention, the connecting portions of the vertical frames of the two inner wall panels are integrated with each other using the connecting operation tool inserted into the joints of the adjacent inner wall panels. It is.

請求項６の発明は、請求項５の発明において更に、前記連結操作具のねじ軸に螺着した連結金具を両内壁パネルの縦枠それぞれの側面に備えたへこみ状の連結部のそれぞれに係止し、連結操作具の頭部と連結金具の間に両内壁パネルの縦枠の突条部を挟持するようにしたものである。   According to a sixth aspect of the present invention, in addition to the fifth aspect of the present invention, the coupling fitting screwed to the screw shaft of the coupling operation tool is provided for each of the concave coupling portions provided on the side surfaces of the vertical frames of both inner wall panels. The protrusions of the vertical frames of both inner wall panels are sandwiched between the head of the connection operation tool and the connection fitting.

請求項７の発明は、請求項６の発明において更に、前記連結操作具のねじ軸とこれに螺着した連結金具の厚みを、両内壁パネルの縦枠がなす間隙より小さくするようにしたものである。   According to a seventh aspect of the present invention, in the sixth aspect of the present invention, the thickness of the screw shaft of the connecting operation tool and the connecting metal fitting screwed to the screw shaft is made smaller than the gap formed by the vertical frames of both inner wall panels. It is.

請求項８の発明は、請求項４〜７のいずれかの発明において更に、前記両内壁パネルの縦枠の間隙に気密シールを装填するようにしたものである。   According to an eighth aspect of the present invention, in the invention according to any one of the fourth to seventh aspects, an airtight seal is loaded in a gap between the vertical frames of the inner wall panels.

（請求項１、４）
(a)内壁パネルの縦枠に、相隣る他の内壁パネルの縦枠と連結一体化される連結部を設け、相隣る内壁パネルを床と天井の間に立てた状態で、両内壁パネルの縦枠の連結部を互いに連結一体化する。これにより、床と天井の間に間柱を立設することなく、相隣る内壁パネルの２本の縦枠を互いに直に連結一体化できる。 (Claims 1 and 4)
(a) In the vertical frame of the inner wall panel, a connecting portion that is connected and integrated with the vertical frame of other adjacent inner wall panels is provided, and both inner walls are placed with the adjacent inner wall panels standing between the floor and the ceiling. The connecting portions of the vertical frame of the panel are connected and integrated with each other. Thus, the two vertical frames of the adjacent inner wall panels can be directly connected and integrated with each other without providing a stud between the floor and the ceiling.

(b)複数の内壁パネルを一列に取付けるとき、各内壁パネルの縦枠を互いに直に連結一体化することにより、間柱の建付精度に影響されることなく、各内壁パネルの取付位置精度を簡易に向上し、全内壁パネルを一直線上に揃えることができる。   (b) When installing multiple inner wall panels in a row, the vertical frame of each inner wall panel is directly connected and integrated with each other, so that the mounting position accuracy of each inner wall panel can be improved without being affected by the mounting accuracy of the studs. It can be improved easily and all the inner wall panels can be aligned.

（請求項５）
(c)相隣る内壁パネルのねじに挿入した連結操作具を用いて両内壁パネルの縦枠の連結部を互いに一体化することにより、両内壁パネルの縦枠の連結部をそれらの内壁パネルの外方からそれらのねじを通して連結操作できる。 (Claim 5)
(c) The connecting portions of the vertical frames of both inner wall panels are integrated with each other using the connecting operation tools inserted into the screws of the adjacent inner wall panels, so that the connecting portions of the vertical frames of both inner wall panels are connected to their inner wall panels. It can be connected through the screws from the outside.

（請求項２、６）
(d)内壁パネルの縦枠が相隣る他の内壁パネルの縦枠と相接する側面に、縦方向に沿う突条部と、突条部の内方側でへこみ状をなす連結部を備え、上述(c)の連結操作具のねじ軸に螺着した連結金具を両内壁パネルの縦枠それぞれの側面に備えたへこみ状の連結部のそれぞれに係止し、連結操作具の頭部と連結金具の間に両内壁パネルの縦枠の突条部を挟持することにより、両内壁パネルの縦枠の連結部をそれらの内壁パネルの外方からそれらのねじを通して強固に連結一体化できる。 (Claims 2 and 6)
(d) On the side surface where the vertical frame of the inner wall panel is adjacent to the adjacent vertical frame of the other inner wall panel, there are a protruding portion along the vertical direction and a connecting portion having a dent shape on the inner side of the protruding portion. The coupling fitting screwed to the screw shaft of the coupling operation tool of (c) above is locked to each of the dent-like coupling parts provided on the side surfaces of the vertical frames of both inner wall panels, and the head of the coupling operation tool By sandwiching the protrusions of the vertical frames of both inner wall panels between the connecting metal fittings, the connecting parts of the vertical frames of both inner wall panels can be firmly connected and integrated through the screws from the outside of the inner wall panels. .

（請求項７）
(e)連結操作具のねじ軸とこれに螺着した連結金具の厚みを、両内壁パネルの縦枠がなす間隙より小さくすることにより、連結操作具と連結金具を両内壁パネルの外方からそれらの間隙に通して両内壁パネルの縦枠の連結部を連結操作できる。 (Claim 7)
(e) By making the thickness of the screw shaft of the connection operation tool and the connection fitting screwed to this smaller than the gap formed by the vertical frames of both inner wall panels, the connection operation tool and the connection fitting can be removed from the outside of both inner wall panels. The connecting portions of the vertical frames of both inner wall panels can be connected through the gap.

（請求項３、８）
(f)内壁パネルの縦枠が突条部の長手方向に連続するシール装填凹部を備え、両内壁パネルの縦枠の間隙に気密シールを装填することにより、両内壁パネルの縦枠の間の気密性を向上できる。 (Claims 3 and 8)
(f) The vertical frame of the inner wall panel is provided with a seal loading recess that is continuous in the longitudinal direction of the ridge, and an airtight seal is loaded in the gap between the vertical frames of both inner wall panels, thereby Airtightness can be improved.

図１は内壁パネルの取付構造を示す正面図、図２は図１のII−II線に沿う矢視図、図３は下枠の取付構造を示す断面図、図４は上枠の取付構造を示す断面図、図５は縦枠の連結構造を示す断面図、図６は図５のVI−VI線に沿う矢視図、図７は縦枠を示す端面図、図８は下枠を示す端面図、図９は上枠を示す端面図、図１０は通しレールを示す端面図、図１１は通しアングルを示す端面図、図１２は連結金具を示し、（Ａ）は平面図、（Ｂ）は側面図、図１３は内壁パネルの取付工程を示す側面図、図１４は内壁パネルの取付工程の前半を示す要部拡大図、図１５は内壁パネルの取付工程の後半を示す要部拡大図である。   1 is a front view showing an inner wall panel mounting structure, FIG. 2 is a view taken along the line II-II in FIG. 1, FIG. 3 is a cross-sectional view showing a lower frame mounting structure, and FIG. 4 is an upper frame mounting structure. FIG. 5 is a cross-sectional view showing the connecting structure of the vertical frame, FIG. 6 is an arrow view along the VI-VI line of FIG. 5, FIG. 7 is an end view showing the vertical frame, and FIG. FIG. 9 is an end view showing the upper frame, FIG. 10 is an end view showing the through-rail, FIG. 11 is an end view showing the through-angle, FIG. 12 is a connection fitting, (A) is a plan view, B) is a side view, FIG. 13 is a side view showing the inner wall panel mounting process, FIG. 14 is an enlarged view of the main part showing the first half of the inner wall panel mounting process, and FIG. 15 is the main part showing the second half of the inner wall panel mounting process. It is an enlarged view.

図１、図２の内壁パネル１０は、２本の縦枠２０、２０と各１本の下枠３０、上枠４０を有し、両縦枠２０の下端部間に下枠３０を架け渡すように接合するとともに、両縦枠２０の上端部間に上枠４０を架け渡すように接合して構成される枠組１０Ａに壁面材１１を固定したものである。   The inner wall panel 10 of FIGS. 1 and 2 has two vertical frames 20, 20 and one lower frame 30 and an upper frame 40, and the lower frame 30 is bridged between the lower ends of both vertical frames 20. In addition, the wall surface material 11 is fixed to a frame assembly 10 </ b> A configured to be joined so that the upper frame 40 is bridged between the upper end portions of both the vertical frames 20.

内壁パネル１０は、枠組１０Ａの両側と片側のいずれに壁面材１１を取付けるものでも良い。枠組１０Ａの両側に壁面材１１が取付けられたものは、建物の間仕切りパネルとして用いられる。枠組１０Ａの片側に壁面材１１が取付けられたものは、建物の外壁の背面に取付けられ、或いは建物の戸境壁や防火壁等に取付けられて用いられる。   The inner wall panel 10 may be one in which the wall surface material 11 is attached to either one side or both sides of the frame 10A. A structure in which the wall surface material 11 is attached to both sides of the frame 10A is used as a partition panel for a building. The frame member 11 attached to one side of the frame 10A is attached to the back of the outer wall of the building, or attached to the doorway wall or fire wall of the building.

内壁パネル１０の縦枠２０は、図５、図７に示す如く、鋼板等の曲げ成形体であり、平板からなるウエブ２１の両側に箱状に膨出させた箱形フランジ２２を備えた横断面を有する。内壁パネル１０は、縦枠２０の下端部に下枠３０を取付け、縦枠２０の上端部に上枠４０を取付け、縦枠２０のフランジ２２の室内側に位置する平坦な外面に添設された下枠３０の取付板３１上に壁面材１１の下端部をビス１２によりビス止めされ（図３）、縦枠２０のフランジ２２の室内側に位置する平坦な外面に添設された上枠４０の取付板４１上に壁面材１１の上端部をビス１２によりビス止めされる（図４）。   As shown in FIGS. 5 and 7, the vertical frame 20 of the inner wall panel 10 is a bent molded body such as a steel plate, and has a transverse cross section provided with box-shaped flanges 22 bulged in a box shape on both sides of a flat web 21. Has a surface. The inner wall panel 10 has a lower frame 30 attached to the lower end portion of the vertical frame 20, an upper frame 40 attached to the upper end portion of the vertical frame 20, and attached to a flat outer surface located on the indoor side of the flange 22 of the vertical frame 20. Further, the lower end of the wall surface material 11 is screwed onto the mounting plate 31 of the lower frame 30 by screws 12 (FIG. 3), and the upper frame is attached to the flat outer surface located on the indoor side of the flange 22 of the vertical frame 20. The upper end portion of the wall surface material 11 is screwed to the mounting plate 41 of 40 with screws 12 (FIG. 4).

内壁パネル１０の下枠３０は、床５０側の下係止部材たる長尺通しレール５１に係止できる下つなぎ部３２を有する。床５０は、床根太５０Ａに床板５０Ｂをビス５２によりビス止めするとき、床板５０Ｂ上の内壁パネル１０の取付位置に連続状に配置される通しレール５１を床板５０Ｂ、床根太５０Ａに併せビス止めする（図３）。通しレール５１は、図１０に示す如く、Ｕ字状横断面を有し、Ｕ字の底部をビス５２により床板５０Ｂに固定され、Ｕ字の両側部に下枠３０の下つなぎ部３２を係止可能にする。   The lower frame 30 of the inner wall panel 10 has a lower connecting portion 32 that can be locked to a long through rail 51 that is a lower locking member on the floor 50 side. When the floor 50 is fixed to the floor joist 50A with the screws 52, the floor 50 is screwed together with the through rail 51 arranged continuously at the mounting position of the inner wall panel 10 on the floor board 50B. (FIG. 3). As shown in FIG. 10, the through-rail 51 has a U-shaped cross section, the bottom of the U-shape is fixed to the floor board 50B with screws 52, and the lower joint portions 32 of the lower frame 30 are engaged with both sides of the U-shape. It can be stopped.

下枠３０は、図８に示す如く、鋼板等のＵ字状曲げ成形体であり、縦枠２０の下端部の両側フランジ２２の外面を挟むように両側フランジ２２の外面に嵌着される両側取付板３１と、両側取付板３１の下端部をつなぐ下つなぎ部３２を備えた横断面を有する。下つなぎ部３２は、通しレール５１に上から嵌合されて係止できる連続状係止凹部３２Ａを中央に備える。下つなぎ部３２は、係止凹部３２Ａを縦枠２０のウエブ２１の下端面に当てるように設けられ、係止凹部３２Ａの両側凸部３２Ｂ、３２Ｂを床板５０Ｂに着座可能にされる。   As shown in FIG. 8, the lower frame 30 is a U-shaped bent molded body such as a steel plate, and both sides that are fitted to the outer surfaces of the side flanges 22 so as to sandwich the outer surfaces of the side flanges 22 at the lower end of the vertical frame 20. The mounting plate 31 has a cross section provided with a lower connecting portion 32 that connects the lower end portions of the both side mounting plates 31. The lower connecting portion 32 includes a continuous locking recess 32A that can be fitted and locked to the through rail 51 from above. The lower connecting portion 32 is provided so that the locking concave portion 32A is brought into contact with the lower end surface of the web 21 of the vertical frame 20, and both side convex portions 32B and 32B of the locking concave portion 32A can be seated on the floor plate 50B.

内壁パネル１０の上枠４０は、天井６０側の上係止部材たる通しアングル６１に係止できる頭つなぎ部４２を有する。天井６０は、天井野縁６０Ａに天井板６０Ｂをビス６２によりビス止めするとき、天井板６０Ｂ下の内壁パネル１０の取付位置に連続状に配置される通しアングル６１を天井板６０Ｂ、天井野縁６０Ａに併せビス止めする（図４）。通しアングル６１は、図１１に示す如く、Ｌ字状横断面を有し、Ｌ字の底部をビス６２により天井板６０Ｂに固定され、Ｌの立下り状受け材６１Ａに縦枠２０の上端側の壁面材１１が設けられない側の側面を当て、Ｌ字の底部に溶接等により付帯させた板状ばね鋼等からなるばね材６１Ｂの先端部に上枠４０の頭つなぎ部４２を係止可能にする。   The upper frame 40 of the inner wall panel 10 has a head connecting portion 42 that can be locked to a through angle 61 that is an upper locking member on the ceiling 60 side. When the ceiling plate 60B is screwed to the ceiling edge 60A with screws 62, the ceiling 60 has a through-angle 61 arranged continuously at the mounting position of the inner wall panel 10 below the ceiling plate 60B. Screw together with 60A (FIG. 4). As shown in FIG. 11, the through-angle 61 has an L-shaped cross section, the L-shaped bottom portion is fixed to the ceiling plate 60B by screws 62, and the L-falling receiving material 61A is attached to the upper end side of the vertical frame 20. The head connecting portion 42 of the upper frame 40 is locked to the tip of a spring material 61B made of plate-like spring steel or the like attached to the L-shaped bottom by welding or the like. enable.

上枠４０は、図９に示す如く、鋼板等のＬ字状曲げ成形体であり、縦枠２０の上端部の室内側フランジ２２の外面に添設される取付板４１と、取付板４１の上端部に直交して延出する頭つなぎ部４２を備えた横断面を有し、頭つなぎ部４２の先端部を斜め上前方に折り曲げた係止爪部４２Ａとする。頭つなぎ部４２は、内壁パネル１０が縦枠２０の上端側の側面を通しアングル６１の受け材６１Ａに当てる据付過程で、係止爪部４２Ａによりばね材６１Ｂを押し上げて該ばね材６１Ｂを乗り越え、弾発的に直ちに復元する該ばね材６１Ｂの先端部に該係止爪部４２Ａを係止させる。このとき、内壁パネル１０の縦枠２０は、縦枠２０の上端側の側面に当たる通しアングル６１の受け材６１Ａと、縦枠２０の上端部に固定の上枠４０の頭つなぎ部４２の係止爪部４２Ａに係止するばね材６１Ｂに挟持される。縦枠２０の上端の、受け材６１Ａと係止爪部４２Ａに挟まれる間隙には発泡材等の気密シール４３が充填される。   As shown in FIG. 9, the upper frame 40 is an L-shaped bent body such as a steel plate, and includes an attachment plate 41 attached to the outer surface of the indoor flange 22 at the upper end of the vertical frame 20, and the attachment plate 41. A locking claw portion 42A having a cross section provided with a head joint portion 42 extending orthogonally to the upper end portion and having the tip portion of the head joint portion 42 bent obliquely upward and forward. In the installation process where the inner wall panel 10 passes through the side surface on the upper end side of the vertical frame 20 and contacts the receiving member 61A of the angle 61, the head connecting portion 42 pushes up the spring material 61B by the locking claw portion 42A and gets over the spring material 61B. Then, the locking claw portion 42A is locked to the distal end portion of the spring material 61B that is immediately and elastically restored. At this time, the vertical frame 20 of the inner wall panel 10 is engaged with the receiving member 61 </ b> A of the through angle 61 that hits the side surface on the upper end side of the vertical frame 20 and the head joint portion 42 of the upper frame 40 fixed to the upper end portion of the vertical frame 20. It is clamped by a spring material 61B that is locked to the claw portion 42A. An airtight seal 43 such as a foam material is filled in a gap between the receiving member 61A and the locking claw portion 42A at the upper end of the vertical frame 20.

以下、床５０と天井６０の間に内壁パネル１０を立てて取付ける構造を取付手順に従って説明する（図１３〜図１５）。
(1)内壁パネル１０を床５０、天井６０に対して斜めに立てた状態で、内壁パネル１０の下枠３０の下つなぎ部３２が備える係止凹部３２Ａを床５０側の通しレール５１に係止する（図３、図１３（Ａ））。このとき、下枠３０の下つなぎ部３２と通しレール５１との間に気密シールを装填しても良い。 Hereinafter, a structure in which the inner wall panel 10 is erected and attached between the floor 50 and the ceiling 60 will be described in accordance with an attachment procedure (FIGS. 13 to 15).
(1) With the inner wall panel 10 standing at an angle with respect to the floor 50 and the ceiling 60, the engaging recess 32A provided in the lower joint portion 32 of the lower frame 30 of the inner wall panel 10 is engaged with the through rail 51 on the floor 50 side. It stops (FIG. 3, FIG. 13 (A)). At this time, an airtight seal may be loaded between the lower joint portion 32 of the lower frame 30 and the through rail 51.

(2)下枠３０の下つなぎ部３２を床５０側の通しレール５１に係止した状態で、内壁パネル１０を上述(1)の斜め状態から起立させて行き、上枠４０の頭つなぎ部４２の係止爪部４２Ａにより天井６０側の通しアングル６１のばね材６１Ｂを押し上げて行く（図１３（Ｂ）〜（Ｄ）、図１４（Ａ）、（Ｂ）、図１５（Ａ））。   (2) With the lower joint portion 32 of the lower frame 30 locked to the through rail 51 on the floor 50 side, the inner wall panel 10 is raised from the oblique state of (1) above, and the head joint portion of the upper frame 40 The spring member 61B of the through angle 61 on the ceiling 60 side is pushed up by the engaging claw portion 42A of 42 (FIGS. 13B to 14D, FIGS. 14A, 14B, and 15A). .

(3)上枠４０の頭つなぎ部４２の係止爪部４２Ａにより通しアングル６１のばね材６１Ｂを乗り越え、縦枠２０の上端側の側面を通しアングル６１の受け材６１Ａに当て、同時に弾発的に復元するばね材６１Ｂの先端部に係止爪部４２Ａの背面を係止させる（図４、図１３（Ｅ）、図１５（Ｂ））。縦枠２０の上端であって、頭つなぎ部４２の係止爪部４２Ａの下方には気密シール４３が充填されており、通しアングル６１の受け材６１Ａと係止爪部４２Ａに挟まれる間隙に気密シール４３が充填される（図４）。   (3) Pass over the spring material 61B of the through-angle 61 by the engaging claw portion 42A of the head joint portion 42 of the upper frame 40, hit the side of the upper end side of the vertical frame 20 to the receiving material 61A of the angle 61, and The back surface of the locking claw portion 42A is locked to the distal end portion of the spring material 61B to be restored (FIG. 4, FIG. 13 (E), FIG. 15 (B)). An airtight seal 43 is filled at the upper end of the vertical frame 20 and below the locking claw portion 42A of the head joint portion 42, and in a gap between the receiving member 61A of the through angle 61 and the locking claw portion 42A. The hermetic seal 43 is filled (FIG. 4).

従って、本実施例によれば以下の作用効果を奏する。
(a)内壁パネル１０の下枠３０に、下つなぎ部３２を設け、上枠４０に頭つなぎ部４２を設け、下枠３０の下つなぎ部３２を床５０側の下係止部材５１に係止した状態で、上枠４０の頭つなぎ部４２を天井６０側の上係止部材６１に係止することにより、内壁パネル１０を床５０と天井６０の間に簡易に取付けでき、取付作業性を向上できる。 Therefore, according to the present embodiment, the following operational effects can be obtained.
(a) A lower connecting portion 32 is provided on the lower frame 30 of the inner wall panel 10, a head connecting portion 42 is provided on the upper frame 40, and the lower connecting portion 32 of the lower frame 30 is engaged with the lower locking member 51 on the floor 50 side. In the stopped state, the inner wall panel 10 can be easily mounted between the floor 50 and the ceiling 60 by locking the head joint portion 42 of the upper frame 40 to the upper locking member 61 on the ceiling 60 side. Can be improved.

(b)複数の内壁パネル１０を一列に取付けるとき、各内壁パネル１０の下枠３０と上枠４０を床５０側に予め設けてある下係止部材５１と天井６０側に予め設けてある上係止部材６１に取付けることで、各内壁パネル１０の取付位置精度を簡易に向上でき、全内壁パネル１０を容易に一直線上に揃えることができる。   (b) When a plurality of inner wall panels 10 are mounted in a row, the lower frame 30 and the upper frame 40 of each inner wall panel 10 are provided in advance on the lower locking member 51 provided on the floor 50 side and on the ceiling 60 side in advance. By attaching to the locking member 61, the mounting position accuracy of each inner wall panel 10 can be easily improved, and all the inner wall panels 10 can be easily aligned on a straight line.

(c)下枠３０の下つなぎ部３２が備える係止凹部３２Ａを床５０側の通しレール５１からなる下係止部材５１に係止することにより、上述(a)、(b)の取付作業性と取付位置精度の向上の確実を図ることができる。全内壁パネル１０に対し単一の通しレール５１を適用することにより、全内壁パネル１０の上述(b)の一列配置精度を一層向上できる。   (c) The above-described mounting operations (a) and (b) are performed by locking the locking recess 32A provided in the lower joint portion 32 of the lower frame 30 to the lower locking member 51 including the through rail 51 on the floor 50 side. And improvement in mounting position accuracy can be ensured. By applying the single through rail 51 to all the inner wall panels 10, it is possible to further improve the above-described (b) single row arrangement accuracy of all the inner wall panels 10.

(d)上枠４０の頭つなぎ部４２が備える係止爪部４２Ａを天井６０側の通しアングル６１からなる上係止部材６１に係止することにより、前述(a)、(b)の取付作業性と取付位置精度の向上の確実を図ることができる。全内壁パネル１０に対し単一の通しアングル６１を適用することにより、全内壁パネル１０の前述(b)の一列配置精度を一層向上できる。   (d) The above-described attachments (a) and (b) are performed by engaging the engaging claw portion 42A provided in the head joint portion 42 of the upper frame 40 with the upper engaging member 61 including the through angle 61 on the ceiling 60 side. The improvement of workability and mounting position accuracy can be ensured. By applying the single through angle 61 to all the inner wall panels 10, it is possible to further improve the above-described (b) single row arrangement accuracy of all the inner wall panels 10.

(e)上枠４０の上端側の側面を天井６０側の通しアングル６１の受け材６１Ａに当て、上枠４０の頭つなぎ部４２の係止爪部４２Ａを天井６０側の通しアングル６１に付帯させたばね材６１Ｂに弾発的に係止することにより、天井６０に対する上枠４０の取付けの簡易確実を図ることができる。   (e) The side surface of the upper frame 40 on the upper end side is applied to the receiving member 61A of the through angle 61 on the ceiling 60 side, and the locking claw portion 42A of the head joint portion 42 of the upper frame 40 is attached to the through angle 61 on the ceiling 60 side. By elastically locking to the spring material 61 </ b> B that has been made, it is possible to easily and reliably attach the upper frame 40 to the ceiling 60.

(f)下枠３０の下つなぎ部３２と床５０側の下係止部材５１との間に気密シールを装填することにより、下枠３０と床５０との間の気密性を向上できる。上枠４０の頭つなぎ部４２と天井６０側の上係止部材６１との間に気密シール４３を装填することにより、上枠４０と天井６０との間の気密性を向上できる。   (f) By installing an airtight seal between the lower joint portion 32 of the lower frame 30 and the lower locking member 51 on the floor 50 side, the airtightness between the lower frame 30 and the floor 50 can be improved. By mounting the airtight seal 43 between the head joint portion 42 of the upper frame 40 and the upper locking member 61 on the ceiling 60 side, the airtightness between the upper frame 40 and the ceiling 60 can be improved.

内壁パネル１０の縦枠２０は、図５に示す如く、内壁パネル１０が床５０と天井６０の間に前述の如くに立てられて取付けられた状態で、相隣る他の内壁パネル１０の縦枠２０と相接する側面に、縦方向に連続をなして沿う突条部２３と、突条部２３の内方側でへこみ状をなす連結部２４を備える。相隣る両内壁パネル１０の縦枠２０同士は、それらの連結部２４を用いて連結一体化される。縦枠２０は、フランジ２２の膨出部により突条部２３を形成し、両側のフランジ２２に挟まれる谷により連結部２４を形成する。   As shown in FIG. 5, the vertical frame 20 of the inner wall panel 10 is a vertical frame of other adjacent inner wall panels 10 in a state where the inner wall panel 10 is erected between the floor 50 and the ceiling 60 as described above. On the side surface that is in contact with the frame 20, there are provided a ridge portion 23 that is continuous in the vertical direction, and a connecting portion 24 that is recessed on the inner side of the ridge portion 23. The vertical frames 20 of the adjacent inner wall panels 10 are connected and integrated using the connecting portions 24. The vertical frame 20 forms a ridge 23 by the bulging part of the flange 22, and forms a connecting part 24 by a valley sandwiched between the flanges 22 on both sides.

以下、両内壁パネル１０の縦枠２０を連結一体化する構造を取付手順に従って説明する。
(1)図５に示す連結操作具７０とこれに螺着した連結金具８０を用いる。連結操作具７０は、頭付きねじ軸７１からなる。連結金具８０は、蝶型ナット８１からなる。連結操作具７０と連結金具８０の厚みは、両内壁パネル１０の縦枠２０がなす間隙（相接する縦枠２０のフランジ２２（突条部２３）が相対する間隙）より小さくしてある。 Hereinafter, a structure for connecting and integrating the vertical frames 20 of the both inner wall panels 10 will be described in accordance with an attachment procedure.
(1) A connection operation tool 70 shown in FIG. 5 and a connection metal fitting 80 screwed thereto are used. The connection operation tool 70 includes a headed screw shaft 71. The connection fitting 80 includes a butterfly nut 81. The thicknesses of the connection operation tool 70 and the connection fitting 80 are smaller than the gap formed by the vertical frames 20 of the inner wall panels 10 (the gap where the flanges 22 (protruding portions 23) of the adjacent vertical frames 20 face each other).

(2)両内壁パネル１０の目地（相隣る壁面材１１の目地１３）〜両内壁パネル１０の縦枠２０の間隙に連結操作具７０及び連結金具８０を挿入する。連結金具８０は、蝶型ナット８１の羽根板８１Ａを鉛直に立てた状態で両内壁パネル１０の縦枠２０がなす間隙を通過せしめられた後、直角に回転されて該羽根板８１Ａを両内壁パネル１０の縦枠２０のへこみ状連結部２４の輪郭内に合致せしめられる。   (2) The connecting operation tool 70 and the connecting fitting 80 are inserted into the gap between the joints of the inner wall panels 10 (joints 13 of the wall materials 11 adjacent to each other) to the vertical frame 20 of the inner wall panels 10. The connecting metal fitting 80 is passed through a gap formed by the vertical frames 20 of both inner wall panels 10 with the wing plate 81A of the butterfly nut 81 standing vertically, and then rotated at a right angle so that the wing plate 81A is attached to both inner walls. It is made to fit in the outline of the dent-like connection part 24 of the vertical frame 20 of the panel 10.

(3)両内壁パネル１０の目地内で、連結操作具７０を回転操作し、ねじ軸７１の頭部７１Ａを縦枠２０のフランジ２２（突条部２３）の外面に当て、蝶型ナット８１の羽根板８１Ａの両翼上端部を縦枠２０のへこみ状連結部２４の輪郭に当てる。羽根板８１Ａの巾は、両内壁パネル１０の縦枠２０のへこみ状連結部２４がなす巾（両縦枠２０のウエブ２１がなす間隔）より大きく、羽根板８１Ａの両翼側部は両縦枠２０のウエブ２１に衝合して回り止めされる（図６）。羽根板８１Ａの両翼上端部は両翼外方に向けて上り勾配をなすＶ字状をなし、両縦枠２０のへこみ状連結部２４を形成するフランジ２２（突条部２３）の内面はウエブ２１側に向けて羽根板８１Ａの両翼上端部のＶ字状に概ね沿う勾配（羽根板８１Ａの両翼上端部の勾配より僅かに緩勾配）を備えているから、連結操作具７０の回転操作により、連結金具８０が両縦枠２０のへこみ状連結部２４に食い込み、両内壁パネル１０を互いに引き寄せつつ、連結操作具７０の頭部７１Ａと連結金具８０の羽根板８１Ａの間に両縦枠２０の突条部２３（フランジ２２）を挟持し、両縦枠２０を連結一体化する。   (3) Within the joints of both the inner wall panels 10, the connecting operation tool 70 is rotated, the head 71 A of the screw shaft 71 is applied to the outer surface of the flange 22 (projected portion 23) of the vertical frame 20, and the wing nut 81 The upper end portions of both blades of the blade plate 81 </ b> A are brought into contact with the contour of the dent-like connecting portion 24 of the vertical frame 20. The width of the slat 81A is larger than the width formed by the dent-like connecting portions 24 of the vertical frames 20 of both inner wall panels 10 (interval formed by the webs 21 of both vertical frames 20), and both wing side portions of the slat 81A are both vertical frames. The web 21 is abutted against the web 21 and stopped (FIG. 6). The upper end portions of both blades of the blade 81A have a V-shape that is inclined upward toward the outer sides of the blades, and the inner surface of the flange 22 (projecting portion 23) that forms the dent-shaped connecting portion 24 of both vertical frames 20 is the web 21. Since it has a gradient (slightly gentler than the gradient of the upper end portions of both blades of the blade plate 81A) substantially along the V shape of both blade upper ends of the blade plate 81A toward the side, The connecting fitting 80 bites into the dent-like connecting portions 24 of the two vertical frames 20 and pulls the two inner wall panels 10 together, while the two vertical frames 20 are between the head 71A of the connecting operation tool 70 and the blades 81A of the connecting fitting 80. The protrusion 23 (flange 22) is sandwiched, and both the vertical frames 20 are connected and integrated.

(4)両内壁パネル１０の縦枠２０は、それらの突条部２３（フランジ２２）が互いに相対する面の長手方向に連続するシール装填凹部２５を備える（図７）。両縦枠２０のシール装填凹部２５に発泡材等の気密シール２６を装填しておくことにより、両内壁パネル１０の縦枠２０の間隙をシールできる（図５）。   (4) The vertical frames 20 of the inner wall panels 10 include seal loading recesses 25 in which the protrusions 23 (flange 22) are continuous in the longitudinal direction of the surfaces facing each other (FIG. 7). The gap between the vertical frames 20 of both inner wall panels 10 can be sealed by loading an airtight seal 26 such as a foam material in the seal loading recesses 25 of both the vertical frames 20 (FIG. 5).

従って、本実施例によれば以下の作用効果を奏する。
(a)内壁パネル１０の縦枠２０に、相隣る他の内壁パネル１０の縦枠２０と連結一体化される連結部２４を設け、相隣る内壁パネル１０を床５０と天井６０の間に立てた状態で、両内壁パネル１０の縦枠２０の連結部２４を互いに連結一体化する。これにより、床５０と天井６０の間に間柱を立設することなく、相隣る内壁パネル１０の２本の縦枠２０を互いに直に連結一体化できる。 Therefore, according to the present embodiment, the following operational effects can be obtained.
(a) A connecting portion 24 that is connected and integrated with the vertical frame 20 of another adjacent inner wall panel 10 is provided in the vertical frame 20 of the inner wall panel 10, and the adjacent inner wall panel 10 is placed between the floor 50 and the ceiling 60. The connecting portions 24 of the vertical frames 20 of the inner wall panels 10 are connected and integrated with each other. Accordingly, the two vertical frames 20 of the adjacent inner wall panels 10 can be directly connected and integrated with each other without providing a stud between the floor 50 and the ceiling 60.

(b)複数の内壁パネル１０を一列に取付けるとき、各内壁パネル１０の縦枠２０を互いに直に連結一体化することにより、間柱の建付精度に影響されることなく、各内壁パネル１０の取付位置精度を簡易に向上し、全内壁パネル１０を一直線上に揃えることができる。   (b) When a plurality of inner wall panels 10 are mounted in a row, the vertical frames 20 of the inner wall panels 10 are directly connected and integrated with each other, so that the inner wall panels 10 are not affected by the mounting accuracy of the studs. The mounting position accuracy can be improved easily, and all the inner wall panels 10 can be aligned.

(c)相隣る内壁パネル１０のねじ１３に挿入した連結操作具７０を用いて両内壁パネル１０の縦枠２０の連結部２４を互いに一体化することにより、両内壁パネル１０の縦枠２０の連結部２４をそれらの内壁パネル１０の外方からそれらのねじ１３を通して連結操作できる。   (c) The connecting portions 24 of the vertical frames 20 of the inner wall panels 10 are integrated with each other by using the connecting operation tool 70 inserted into the screws 13 of the adjacent inner wall panels 10, whereby the vertical frames 20 of the inner wall panels 10 are integrated. The connecting portions 24 can be connected through the screws 13 from the outside of the inner wall panels 10.

(d)内壁パネル１０の縦枠２０が相隣る他の内壁パネル１０の縦枠２０と相接する側面に、縦方向に沿う突条部２３と、突条部２３の内方側でへこみ状をなす連結部２４を備え、上述(c)の連結操作具７０のねじ軸７１に螺着した連結金具８０を両内壁パネル１０の縦枠２０それぞれの側面に備えたへこみ状の連結部２４のそれぞれに係止し、連結操作具７０の頭部７１Ａと連結金具８０の間に両内壁パネル１０の縦枠２０の突条部２３を挟持することにより、両内壁パネル１０の縦枠２０の連結部２４をそれらの内壁パネル１０の外方からそれらのねじ１３を通して強固に連結一体化できる。   (d) On the side surface where the vertical frame 20 of the inner wall panel 10 is adjacent to the vertical frame 20 of another adjacent inner wall panel 10, a ridge 23 along the vertical direction and a dent on the inner side of the ridge 23. The dent-like connection part 24 provided with a connection fitting 80 screwed to the screw shaft 71 of the connection operation tool 70 described above (c) on each side surface of the vertical frames 20 of both inner wall panels 10. The projections 23 of the vertical frames 20 of the inner wall panels 10 are sandwiched between the head 71A of the connection operation tool 70 and the connection metal fitting 80, so that the vertical frames 20 of the inner wall panels 10 can be The connecting portions 24 can be firmly connected and integrated from the outside of the inner wall panels 10 through the screws 13.

(e)連結操作具７０のねじ軸７１とこれに螺着した連結金具８０の厚みを、両内壁パネル１０の縦枠２０がなす間隙より小さくすることにより、連結操作具７０と連結金具８０を両内壁パネル１０の外方からそれらの間隙に通して両内壁パネル１０の縦枠２０の連結部２４を連結操作できる。   (e) By making the thickness of the screw shaft 71 of the connection operation tool 70 and the connection fitting 80 screwed to the screw shaft 71 smaller than the gap formed by the vertical frames 20 of both inner wall panels 10, the connection operation tool 70 and the connection fitting 80 are connected. The connecting portion 24 of the vertical frame 20 of both the inner wall panels 10 can be connected through the gap between the inner wall panels 10 from the outside.

(f)内壁パネル１０の縦枠２０が突条部２３の長手方向に連続するシール装填凹部２５を備え、両内壁パネル１０の縦枠２０の間隙に気密シール２６を装填することにより、両内壁パネル１０の縦枠２０の間の気密性を向上できる。   (f) The vertical frame 20 of the inner wall panel 10 is provided with a seal loading recess 25 that is continuous in the longitudinal direction of the ridge 23, and an airtight seal 26 is loaded into the gap between the vertical frames 20 of both inner wall panels 10, thereby The airtightness between the vertical frames 20 of the panel 10 can be improved.

以上、本発明の実施例を図面により詳述したが、本発明の具体的な構成はこの実施例に限られるものではなく、本発明の要旨を逸脱しない範囲の設計の変更等があっても本発明に含まれる。   The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration of the present invention is not limited to this embodiment, and even if there is a design change or the like without departing from the gist of the present invention. It is included in the present invention.

図１は内壁パネルの取付構造を示す正面図である。FIG. 1 is a front view showing an inner wall panel mounting structure. 図２は図１のII−II線に沿う矢視図である。FIG. 2 is an arrow view taken along line II-II in FIG. 図３は下枠の取付構造を示す断面図である。FIG. 3 is a cross-sectional view showing the mounting structure of the lower frame. 図４は上枠の取付構造を示す断面図である。FIG. 4 is a cross-sectional view showing the mounting structure of the upper frame. 図５は縦枠の連結構造を示す断面図である。FIG. 5 is a cross-sectional view showing a connecting structure of vertical frames. 図６は図５のVI−VI線に沿う矢視図である。FIG. 6 is a view taken along the line VI-VI in FIG. 図７は縦枠を示す端面図である。FIG. 7 is an end view showing a vertical frame. 図８は下枠を示す端面図である。FIG. 8 is an end view showing the lower frame. 図９は上枠を示す端面図である。FIG. 9 is an end view showing the upper frame. 図１０は通しレールを示す端面図である。FIG. 10 is an end view showing the through rail. 図１１は通しアングルを示す端面図である。FIG. 11 is an end view showing the through angle. 図１２は連結金具を示し、（Ａ）は平面図、（Ｂ）は側面図である。FIG. 12 shows a coupling metal fitting, (A) is a plan view, and (B) is a side view. 図１３は内壁パネルの取付工程を示す側面図である。FIG. 13 is a side view showing the process of attaching the inner wall panel. 図１４は内壁パネルの取付工程の前半を示す要部拡大図である。FIG. 14 is an enlarged view of a main part showing the first half of the inner wall panel mounting step. 図１５は内壁パネルの取付工程の後半を示す要部拡大図である。FIG. 15 is an enlarged view of a main part showing the second half of the inner wall panel mounting step.

符号の説明Explanation of symbols

１０ 内壁パネル
１０Ａ 枠組
１１ 壁面材
１３ ねじ
２０ 縦枠
２３ 突条部
２４ 連結部
２５ シール装填凹部
２６ 気密シール
５０ 床
６０ 天井
７０ 連結操作具
７１ ねじ軸
７１Ａ 頭部
８０ 連結金具 DESCRIPTION OF SYMBOLS 10 Inner wall panel 10A Frame 11 Wall material 13 Screw 20 Vertical frame 23 Projection part 24 Connection part 25 Seal loading recessed part 26 Airtight seal 50 Floor 60 Ceiling 70 Connection operation tool 71 Screw shaft 71A Head part 80 Connection metal fitting

Claims (8)

縦枠を有する枠組に壁面材を固定した内壁パネルにおいて、
縦枠が相隣る他の内壁パネルの縦枠と連結一体化される連結部を備えることを特徴とする内壁パネル。 In the inner wall panel where the wall material is fixed to the frame having a vertical frame
An inner wall panel comprising a connecting portion that is connected and integrated with a vertical frame of another inner wall panel adjacent to each other. 前記縦枠が相隣る他の内壁パネルの縦枠と相接する側面に、縦方向に沿う突条部と、突条部の内方側でへこみ状をなす連結部を備える請求項１に記載の内壁パネル。   The side surface which adjoins the vertical frame of the other inner wall panel with which the said vertical frame adjoins is equipped with the protrusion part in alignment with a vertical direction, and the connection part which makes a dent shape in the inner side of a protrusion part. Inner wall panel as described. 前記縦枠が突条部の長手方向に連続するシール装填凹部を備える請求項２に記載の内壁パネル。   The inner wall panel according to claim 2, wherein the vertical frame includes a seal loading concave portion that is continuous in a longitudinal direction of the ridge portion. 請求項１に記載の内壁パネルの取付構造であって、
相隣る内壁パネルを床と天井の間に立てた状態で、両内壁パネルの縦枠の連結部を互いに連結一体化する内壁パネルの取付構造。 The inner wall panel mounting structure according to claim 1,
An inner wall panel mounting structure in which the connecting portions of the vertical frames of both inner wall panels are connected and integrated with each other with the adjacent inner wall panels standing between the floor and the ceiling. 前記相隣る内壁パネルの目地に挿入した連結操作具を用いて両内壁パネルの縦枠の連結部を互いに一体化する請求項４に記載の内壁パネルの取付構造。   The attachment structure of the inner wall panel of Claim 4 which integrates the connection part of the vertical frame of both inner wall panels mutually using the connection operation tool inserted into the joint of the said adjacent inner wall panel. 前記連結操作具のねじ軸に螺着した連結金具を両内壁パネルの縦枠それぞれの側面に備えたへこみ状の連結部のそれぞれに係止し、連結操作具の頭部と連結金具の間に両内壁パネルの縦枠の突条部を挟持する請求項５に記載の内壁パネルの取付構造。   The connection fitting screwed to the screw shaft of the connection operation tool is locked to each of the concave connection portions provided on the side surfaces of the vertical frames of both inner wall panels, and between the head of the connection operation tool and the connection fitting. The inner wall panel mounting structure according to claim 5, wherein the protrusions of the vertical frames of both inner wall panels are clamped. 前記連結操作具のねじ軸とこれに螺着した連結金具の厚みを、両内壁パネルの縦枠がなす間隙より小さくする請求項６に記載の内壁パネル取付構造。   The inner wall panel mounting structure according to claim 6, wherein a thickness of the screw shaft of the connection operation tool and a connection fitting screwed to the screw shaft is made smaller than a gap formed by the vertical frames of both inner wall panels. 前記両内壁パネルの縦枠の間隙に気密シールを装填する請求項４〜７のいずれかに記載の内壁パネルの取付構造。   The mounting structure of the inner wall panel according to any one of claims 4 to 7, wherein an airtight seal is loaded in a gap between the vertical frames of the inner wall panels.
JP2006056965A 2006-03-02 2006-03-02 Inner wall panel and its mounting structure Expired - Fee Related JP4933800B2 (en)

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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS62124102A (en) * 1985-11-25 1987-06-05 Nippon Oil & Fats Co Ltd Production of polymer or copolymer containing unsaturated group
JPH1037379A (en) * 1996-07-19 1998-02-10 Oyo Kikaku:Kk Frame material for connection and panel with frame

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS62124102A (en) * 1985-11-25 1987-06-05 Nippon Oil & Fats Co Ltd Production of polymer or copolymer containing unsaturated group
JPH1037379A (en) * 1996-07-19 1998-02-10 Oyo Kikaku:Kk Frame material for connection and panel with frame

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