JP2011149203A

JP2011149203A - Support hardware for wall material

Info

Publication number: JP2011149203A
Application number: JP2010011529A
Authority: JP
Inventors: Yutaka Ichikawa; 豊市川
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-22
Filing date: 2010-01-22
Publication date: 2011-08-04

Abstract

PROBLEM TO BE SOLVED: To provide support hardware for a wall material capable of reducing cost greatly because of dispensing with mounting of a ruler plate made of an angle bar and supporting and fixing the wall material on a beam member of a building skeleton by using reduced number of members easily. SOLUTION: This support hardware for the wall material supporting and fixing the upper and lower wall materials P1, P2 on the beam member Q across a clearance S for horizontal joint is composed of first support hardware 11 and second support hardware 21. The first support hardware 11 includes a mounting face part 12 for the lower side wall material having a bolt insertion hole 13 for adjusting height fixed in an upper part of the lower side wall material P1 and a loading face part 16 of the upper side wall material for loading the upper side wall material P2. The second support hardware 21 includes a beam member fixing face part 22 fixed on the beam member Q and a mounting face part 23 for the upper side wall material connecting and supporting the first support hardware 11 to adjust height of the first support hardware 11 freely and fixing the upper side wall material P2. This support hardware can adjust the clearance S for horizontal joint and height of support of the upper side wall material P2 by virtue of vertical movement of the first support hardware 11 itself along the bolt insertion hole 13 for adjusting height for the lower side wall material P1. COPYRIGHT: (C)2011,JPO&INPIT

Description

本発明は、建築物における軽量気泡コンクリート（ＡＬＣ）による外壁・間仕切り壁等の壁材を梁材に支持固定するための壁材用支持金物に関する。 The present invention relates to a support material for wall material for supporting and fixing wall materials such as outer walls and partition walls made of lightweight cellular concrete (ALC) in a building to a beam material.

近年、高温高圧多湿養生を意味するオートクレーブ状態で製造された軽量気泡コンクリート（ＡＬＣ）が、主に中低層建築物の外壁や床板、超高層マンションの廊下・バルコニー側の外壁、鉄骨造の倉庫や工場の外壁のパネル部品として使用されている。また、このようなＡＬＣパネルは、無機質材料を原料にしていることから法定不燃材料として認定され、加えてパネル内部に気泡を有しコンクリートに比べて約１／４程度の重量しかなく、軽量であることから他の建築材料と併用して高層建築物の間仕切り壁や防火区画等でも広く使用されている。このようなＡＬＣパネルを鉄骨造建造物の外壁として用いる場合には、従来からＨ型鋼による梁材に対し当該ＡＬＣパネルを金属製の支持金具を介して接合することで支持されている。 In recent years, lightweight cellular concrete (ALC) manufactured in an autoclave state, which means high-temperature, high-pressure and high-humidity curing, is mainly used for the outer walls and floorboards of medium- and low-rise buildings, the outer walls of corridors and balconies of super-high-rise apartments, It is used as a panel part of the factory outer wall. In addition, such an ALC panel is certified as a legally incombustible material because it uses an inorganic material as a raw material. In addition, the ALC panel has air bubbles inside the panel and has a weight of about 1/4 compared with concrete, and is lightweight. For this reason, it is also widely used in partition walls and fire prevention compartments of high-rise buildings in combination with other building materials. When such an ALC panel is used as an outer wall of a steel structure building, it is conventionally supported by joining the ALC panel to a beam material made of H-shaped steel via a metal support fitting.

そのための支持金具としては、例えば特許文献１に開示されているようなスラブおよびＡＬＣアングルの処理構造なるものが存在する。これはＨ型鋼製の梁材に固定するアングル材と、このアングル材上に起立状となるよう取付けるスラブコンクリート止め兼定規プレートとから成り、アングル材は、一方リブ上で他方リブ寄りの位置に他方リブと対向する突条を長さ方向に沿って設け、一方リブに梁材へ溶接固定するための孔を設けて形成されている。そしてスラブコンクリート止め兼定規プレートを、他方リブと突条の間に嵌合して起立状に配置し、枠状に配置された梁材の上面スラブ形成部分にはデッキプレートが張設され、定規プレートで囲んだ空間に配筋とコンクリートの打設とを行なってスラブを形成している。すなわち、定規プレートは、係止片を突条と他方リブの上端に差込むことによって、アングル材上で垂直状の取付けとなり、その上端がスラブの上面の仕上り高さになる。そして、アングル材における他方リブの外面にＡＬＣの外壁材が重ねて配置され、外壁材は他方リブに係合させる係止金具とボルトとによってアングル材に固定化されている。 As a support metal fitting for that purpose, there is a slab and an ALC angle processing structure as disclosed in Patent Document 1, for example. This consists of an angle member fixed to a beam made of H-shaped steel and a slab concrete stopper / ruler plate that is mounted on the angle member so as to stand upright. The angle member is located on one rib and near the other rib. The ribs are formed along the length direction of the ribs opposite to the other ribs, and holes are formed in the ribs for welding and fixing to the beam members. The slab concrete stopper / ruler plate is fitted up between the ribs and the other ribs and arranged upright, and a deck plate is stretched on the upper surface slab forming portion of the beam material arranged in the frame shape. Slabs are formed by placing reinforcements and placing concrete in the space surrounded by plates. That is, the ruler plate is attached vertically on the angle member by inserting the locking piece into the upper end of the protrusion and the other rib, and the upper end of the ruler plate becomes the finished height of the upper surface of the slab. And the outer wall material of ALC is arrange | positioned on the outer surface of the other rib in an angle material, and the outer wall material is being fixed to the angle material by the latching metal fitting and bolt which engage with the other rib.

また、特許文献２に開示されているように、外壁パネルをカーテンウオール式に支持する外壁パネルの支持構造なるものが存在する。これはスラブまたは梁材の上端部にＬ字状のパネル支持部材をボルトによって止着する一方、外壁パネルの下端部に逆Ｌ字状の下部支承部材、上端部に上部支承部材をそれぞれ埋設し、下部支承部材の屈曲部の内側に形成された湾曲部分を、前記パネル支持部材の垂直部上端に相対摺動自在に係合させ、さらに垂直部に一定の間隔を保持して対向する規制部材を当該垂直部にボルトによって緊結している。そして、垂直部と規制部材との間に前記上部支承部材の先端の垂下部を位置させることによって、当該垂直部とパネル支持部材の垂直部と規制部材との間に所定のクリアランスを形成した状態で、上部支承部材を規制部材に係合させている。 Also, as disclosed in Patent Document 2, there is an outer wall panel support structure that supports the outer wall panel in a curtain wall type. In this, an L-shaped panel support member is fixed to the upper end of the slab or beam with bolts, while an inverted L-shaped lower support member is embedded in the lower end of the outer wall panel, and an upper support member is embedded in the upper end. And a regulating member that engages a curved portion formed on the inner side of the bent portion of the lower support member with the upper end of the vertical portion of the panel support member so as to be slidable relative to the vertical portion and holds the vertical portion at a predetermined interval. Are fastened to the vertical part by bolts. Then, a predetermined clearance is formed between the vertical portion and the vertical portion of the panel support member and the regulating member by positioning the hanging portion at the tip of the upper support member between the vertical portion and the regulating member. Thus, the upper support member is engaged with the restricting member.

また、特許文献３に開示されているように、コンクリート系の壁パネルの取付構造なるものが存在する。これは構造躯体の梁材に溶接したアングル材に壁パネル取付部材を取付け、壁パネル取付部材は、壁パネルに対し面内方向に揺動可能にして取付けられた取付金具に連結されて成る。 Further, as disclosed in Patent Document 3, there is a concrete wall panel mounting structure. This is formed by attaching a wall panel attachment member to an angle member welded to a beam of a structural frame, and the wall panel attachment member is connected to an attachment fitting attached to the wall panel so as to be swingable in an in-plane direction.

また、特許文献４に開示されているように、家屋構造体の外向き面に壁パネルを取付ける壁パネルの取付構造なるものが存在する。これは、梁材にＬ字枠状の支持金物の水平面側下面を溶接し、当該支持金具の垂直面側外面を、下側の壁パネルに埋設したアンカーボルトによって固定している。そして、上側の壁パネルに埋設したアンカーボルトによって固定された横長矩形状の当板金物を、支持金具の垂直面側内面に形成された高さ調整可能な調整金具によって支持させている。 Further, as disclosed in Patent Document 4, there is a wall panel mounting structure for attaching a wall panel to an outwardly facing surface of a house structure. In this method, the lower surface on the horizontal surface side of the L-shaped frame-shaped support metal is welded to the beam material, and the outer surface on the vertical surface side of the support fitting is fixed by anchor bolts embedded in the lower wall panel. A horizontally long rectangular metal plate fixed by anchor bolts embedded in the upper wall panel is supported by a height-adjustable adjustment fitting formed on the vertical surface side inner surface of the support fitting.

実用新案登録第２５１８１１７号公報Utility Model Registration No. 2518117 特開昭６０−１０２４５２号公報JP 60-102452 A 特開昭６３−６７３５２号公報JP-A-63-67352 特開平２−１３６４５１号公報JP-A-2-136451

しかしながら、上記した従来の支持・取付構造等において、特許文献１の場合には、定規プレートで囲んだ空間に配筋とコンクリートの打設とを行なってスラブを形成するため、梁材に固定したアングル材に対する定規プレートの取付作業が非常に面倒でかなりの時間を費やし、且つ定規プレートを使用した分だけコストが嵩むものとなっていた。しかも、アングル材における他方リブの外面にＡＬＣの外壁材が重ねて配置され、外壁材は他方リブに係合させる係止金具とボルトとによってアングル材に固定化されているので、上下外壁材相互間の目地の幅員調整は困難であった。 However, in the above-described conventional support / mounting structure and the like, in the case of Patent Document 1, in order to form a slab by placing reinforcement and placing concrete in a space surrounded by a ruler plate, it is fixed to a beam member. The work of attaching the ruler plate to the angle member is very troublesome and takes a considerable amount of time, and the cost increases as much as the ruler plate is used. In addition, since the outer wall material of ALC is arranged on the outer surface of the other rib of the angle member, and the outer wall member is fixed to the angle member by a locking metal fitting and a bolt engaged with the other rib, the upper and lower outer wall members are mutually fixed. It was difficult to adjust the width of the joints.

また、特許文献２の場合には、外壁パネルの下端部に逆Ｌ字状の下部支承部材、上端部に上部支承部材をそれぞれ埋設し、下部支承部材の屈曲部の内側に形成された湾曲部分を、前記パネル支持部材の垂直部上端に相対摺動自在に係合させ、さらに垂直部に一定の間隔を保持して対向する規制部材を当該垂直部にボルトによって緊結しているので、支持構造自体の取付作業が非常に面倒でかなりの時間を費やし、且つ上部支承部材、下部支承部材、規制部材それぞれを使用した分だけコストが嵩むものとなっていた。しかも、パネル支持部材の垂直部と規制部材との間に所定のクリアランスを形成した状態で、上部支承部材を規制部材に係合させているだけなので、上下外壁パネル相互間の目地の幅員調整が困難であった。 In the case of Patent Document 2, an inverted L-shaped lower support member is embedded in the lower end portion of the outer wall panel, and an upper support member is embedded in the upper end portion, and a curved portion formed inside the bent portion of the lower support member. Is engaged with the upper end of the vertical portion of the panel support member so as to be slidable relative to each other, and a regulating member facing the vertical portion while maintaining a certain interval is fastened to the vertical portion by a bolt. The mounting work itself is very troublesome and takes a considerable amount of time, and the cost is increased by using the upper bearing member, the lower bearing member, and the regulating member. Moreover, since the upper support member is merely engaged with the restriction member with a predetermined clearance formed between the vertical portion of the panel support member and the restriction member, the width of the joint between the upper and lower outer wall panels can be adjusted. It was difficult.

また、特許文献３の場合には、構造躯体の梁材に溶接したアングル材に取付られている壁パネル取付部材は、壁パネルに対し面内方向に揺動可能にして取付けられた取付金具に連結されているので、壁パネル内への取付金具の取付作業が非常に面倒でかなりの時間を費やし、且つこのような複雑な取付金具を使用した分だけコストが嵩むものとなっていた。しかも、このような取付金具の使用によりパネル相互の目地部のズレを小さくし、シーリング材に加わる変形度合いを極力小さくすることができるが、上下外壁パネル相互間の目地の幅員調整を可能にしたものではない。 In addition, in the case of Patent Document 3, the wall panel mounting member attached to the angle member welded to the beam of the structural frame is attached to a mounting bracket that is swingable in the in-plane direction with respect to the wall panel. Since they are connected, the mounting work of the mounting bracket in the wall panel is very troublesome and takes a considerable amount of time, and the cost is increased by using such a complicated mounting bracket. Moreover, the use of such mounting brackets can reduce the misalignment between the joints of the panels and reduce the degree of deformation applied to the sealing material as much as possible, but enables the adjustment of the joint width between the upper and lower outer wall panels. It is not a thing.

また、特許文献４の場合には、下側の壁パネルに取付けた支持金具の垂直面側内面に形成されている高さ調整可能な調整金具によって、上側の壁パネルに取付けた当板金物を支持させていることによって上下外壁パネル相互間の目地の幅員調整を可能にしているが、調整金具自体は、ネジのねじ込み進退移動によってその高さ位置を調整するため、当板金物を支持したままでのねじ込み調整が非常に困難である。しかも、このようなネジ式による複雑な調整金具を使用した分だけコストが嵩むものとなっていた。 Further, in the case of Patent Document 4, the metal plate attached to the upper wall panel is adjusted by the height-adjustable adjustment fitting formed on the inner surface of the vertical surface of the support fitting attached to the lower wall panel. The width of the joint between the upper and lower outer wall panels can be adjusted by supporting it, but the adjustment bracket itself adjusts its height position by screwing forward and backward movement, so that the metal plate remains supported It is very difficult to adjust the screw. In addition, the cost is increased by the use of such a screw-type complicated adjustment fitting.

そこで、本発明は叙上のような従来存した諸事情に鑑み創出されたもので、従来必要とされていたアングル材製の定規プレートを取り付けずに済むことでコストを大きく節減でき、しかも外壁・間仕切り壁等の壁材を、当該壁材相互間の目地の幅員調整を可能にしながら、少ない部材によって容易に建築物躯体の梁材に支持固定させることができる壁材用支持金物を提供することを目的とする。 Therefore, the present invention was created in view of the existing circumstances as described above, and it is possible to greatly reduce costs by eliminating the need for a ruler plate made of an angle material, which has been required in the past. Provided a support material for a wall material that can easily support and fix a wall material such as a partition wall to a beam material of a building frame with a small number of members, while allowing the width of the joint between the wall materials to be adjusted. For the purpose.

上述した課題を解決するために、本発明にあっては、外壁・間仕切り壁等の上下壁材Ｐ１，Ｐ２同士を横目地部となる隙間Ｓを隔てて梁材Ｑに支持固定する壁材用支持金物であって、該壁材用支持金物は、下側壁材Ｐ１上部に任意の高さ調整位置で固定するよう高さ調整用ボルト挿通孔１３が穿設されている下側壁材取付面部１２を有すると共に上側壁材Ｐ２を載置可能とした第１支持金具１１と、梁材Ｑに固定されて第１支持金具１１を高さ調整自在にして当該第１支持金具１１を連結支持し、上側壁材Ｐ２を固定する第２支持金具２１とを備えたものである。
第１支持金具１１は、下側壁材Ｐ１の上端部に取付けられ、高さ調整自在にして梁材Ｑに位置決めさせる高さ調整用ボルト挿通孔１３を有する下側壁材取付面部１２と、第２支持金具２１を組み合わせるよう下側壁材取付面部１２の上方に突出する連結用起立片１４と、上側壁材Ｐ２の下端部が載せられる上側壁材載置面部１６とを備えているものとできる。
第２支持金具２１は、梁材Ｑに固定される梁材固定面部２２と、前記第１支持金具１１の連結用起立片１４が高さ調整自在にして組み合わされて挿通される挿通開口部２５が開口形成されていると共に上側壁材Ｐ２の下端部を支持固定させるボルト挿通溝２４を有する上側壁材取付面部２３とを備えているものとできる。
第１支持金具１１と第２支持金具２１とは、第１支持金具１１の連結用起立片１４と第２支持金具２１の挿通開口部２５とが互いに挿通され、連結用起立片１４の外側面に上側壁材取付面部２３の内側面を当接させて連結固定して組合せられるものとできる。
連結用起立片１４は、第１支持金具１１の下側壁材取付面部１２内側面に当接固着されていて、第１支持金具１１と第２支持金具２１との組合せ時では下側壁材取付面部１２と上側壁材取付面部２３とが上下方向で面一となるようにするものとできる。 In order to solve the above-described problems, in the present invention, the upper and lower wall materials P1, P2 such as outer walls and partition walls are supported and fixed to the beam material Q with a gap S serving as a horizontal joint. The lower wall member mounting surface portion 12 is a support metal member, and is provided with a height adjusting bolt insertion hole 13 so as to be fixed to the upper portion of the lower wall material P1 at an arbitrary height adjusting position. And the first support fitting 11 which is fixed to the beam member Q and the height of the first support fitting 11 is adjustable, and the first support fitting 11 is connected and supported. A second support fitting 21 for fixing the upper wall material P2 is provided.
The first support fitting 11 is attached to the upper end portion of the lower side wall member P1, and has a lower side wall member attachment surface portion 12 having a height adjusting bolt insertion hole 13 to be positioned on the beam member Q so that the height can be adjusted. It can be provided with the connection standing piece 14 which protrudes above the lower side wall material mounting surface part 12 so that the support metal fitting 21 may be combined, and the upper side wall material mounting surface part 16 on which the lower end part of the upper side wall material P2 is mounted.
The second support fitting 21 has an insertion opening 25 through which the beam material fixing surface portion 22 fixed to the beam material Q and the connecting upright piece 14 of the first support fitting 11 are combined in a freely adjustable height. And an upper wall material attachment surface portion 23 having a bolt insertion groove 24 for supporting and fixing the lower end portion of the upper wall material P2.
The first support fitting 11 and the second support fitting 21 are formed such that the connection standing piece 14 of the first support fitting 11 and the insertion opening 25 of the second support fitting 21 are inserted into each other. The inner wall surface of the upper side wall member mounting surface portion 23 can be brought into contact with each other to be coupled and fixed together.
The connecting standing piece 14 is abutted and fixed to the inner side surface of the lower wall member mounting surface portion 12 of the first support fitting 11, and the lower wall member mounting surface portion is combined with the first support fitting 11 and the second support fitting 21. 12 and the upper side wall material mounting surface portion 23 can be flush with each other in the vertical direction.

以上のように構成された本発明に係る壁材用支持金物にあって、下側壁材取付面部１２の高さ調整用ボルト挿通孔１３は、下側壁材Ｐ１の上端部側面に任意の高さ位置にスライド調整して第１支持金具１１を支持固定させる。
このとき、下側壁材取付面部１２の高さ調整用ボルト挿通孔１３に沿う第１支持金具１１自体の下側壁材Ｐ１に対する上下動でもって、横目地部となる上下壁材Ｐ１，Ｐ２同士の隙間Ｓの大きさを任意の幅員に調整させる。
第２支持金具２１の梁材固定面部２２は、梁材Ｑ上面に載置されて例えば溶接等で第２支持金具２１を梁材Ｑに固定させる。第２支持金具２１の梁材Ｑへの固定後あるいは第２支持金具２１の梁材Ｑへの固定と共に、第２支持金具２１の挿通開口部２５に第１支持金具１１の連結用起立片１４が組合せられるよう挿通され、上側壁材取付面部２３内側面に連結用起立片１４外側面を当接させ、連結用起立片１４、上側壁材取付面部２３相互の例えば溶接等による固定は、第１支持金具１１を第２支持金具２１に連結固定させ、こうして第１支持金具１１は第２支持金具２１を介して梁材Ｑに支持固定される。
第１支持金具１１の下側壁材取付面部１２への連結固定に際し、第１支持金具１１の下側壁材Ｐ１に対する上下方向のスライド高さ調整で下側壁材Ｐ１上端面に対する第１支持金具１１の上側壁材載置面部１６の間隔を変更させることで、下側壁材Ｐ１と上側壁材Ｐ２との目地幅高さに対応させ、これを設定させる。
第２支持金具２１における上側壁材取付面部２３のボルト挿通溝２４は、第１支持金具１１の上側壁材載置面部１６上に上側壁材Ｐ２の下端部が載せられた際にボルト２７によって当該上側壁材Ｐ２の下端部側面を第２支持金具２１に支持固定させる。
第１支持金具１１と第２支持金具２１との組合せ固定時で下側壁材取付面部１２と上側壁材取付面部２３とが上下方向で面一となることで、第１支持金具１１で固定する下側壁材Ｐ１と、第２支持金具２１で固定する上側壁材Ｐ２とのそれぞれの外側面を面一状とさせ、体裁を良好にする。 In the wall support metal hardware according to the present invention configured as described above, the height adjustment bolt insertion hole 13 of the lower wall material mounting surface portion 12 has an arbitrary height on the side surface of the upper wall of the lower wall material P1. The first support fitting 11 is supported and fixed by sliding adjustment to the position.
At this time, the upper and lower wall materials P1 and P2 that are the horizontal joint portions of the first support fitting 11 itself along the height adjustment bolt insertion hole 13 of the lower wall material mounting surface portion 12 with respect to the lower wall material P1 are moved vertically. The size of the gap S is adjusted to an arbitrary width.
The beam material fixing surface portion 22 of the second support fitting 21 is placed on the upper surface of the beam material Q, and fixes the second support fitting 21 to the beam material Q by welding or the like, for example. After the second support bracket 21 is fixed to the beam member Q or the second support bracket 21 is fixed to the beam member Q, the connecting upright piece 14 of the first support bracket 11 is inserted into the insertion opening 25 of the second support bracket 21. The outer side surface of the connecting upright piece 14 is brought into contact with the inner side surface of the upper wall material attaching surface portion 23, and the connecting upright piece 14 and the upper side wall material attaching surface portion 23 are fixed together, for example, by welding. The first support fitting 11 is connected and fixed to the second support fitting 21, and thus the first support fitting 11 is supported and fixed to the beam material Q via the second support fitting 21.
When connecting and fixing the first support bracket 11 to the lower wall member mounting surface 12, the vertical height of the first support bracket 11 relative to the lower wall member P 1 of the first support bracket 11 is adjusted to adjust the slide height in the vertical direction. By changing the interval between the upper side wall material placement surface portions 16, the height of the joint wall width between the lower side wall material P1 and the upper side wall material P2 is set.
The bolt insertion groove 24 of the upper wall material mounting surface portion 23 in the second support bracket 21 is formed by the bolt 27 when the lower end portion of the upper wall material P2 is placed on the upper wall material placement surface portion 16 of the first support bracket 11. The lower side surface of the upper side wall material P2 is supported and fixed to the second support fitting 21.
When the combination of the first support fitting 11 and the second support fitting 21 is fixed, the lower side wall material mounting surface portion 12 and the upper side wall material mounting surface portion 23 are flush with each other in the vertical direction, so that the first support bracket 11 is fixed. The outer side surfaces of the lower side wall material P1 and the upper side wall material P2 fixed by the second support fitting 21 are made flush to improve the appearance.

本発明によれば、外壁・間仕切り壁等の上下の壁材Ｐ１，Ｐ２相互を、従来必要とされていたアングル材製の定規プレートを梁材Ｑに取り付けることなく、第１支持金具１１、第２支持金具２１によって梁材Ｑに直接に支持固定でき、しかも当該壁材Ｐ１，Ｐ２相互間の目地の幅員調整を可能にしながら、少ない部材によって容易に建築物躯体の梁材Ｑに支持固定させることができ、コストを大きく節減できる。 According to the present invention, the upper and lower wall members P1 and P2 such as the outer wall and the partition wall are attached to the beam member Q without attaching the ruler plate made of an angle material, which has been conventionally required, to the first support fitting 11, 2 The support bracket 21 can be directly supported and fixed to the beam material Q, and the width of the joint between the wall materials P1 and P2 can be adjusted while being easily supported and fixed to the beam material Q of the building frame by a small number of members. This can greatly reduce costs.

すなわち、これは本発明が、下側壁材Ｐ１上部に任意の高さ調整位置で固定する高さ調整用ボルト挿通孔１３が穿設されている下側壁材取付面部１２を有すると共に上側壁材Ｐ２を載置可能とした第１支持金具１１と、梁材Ｑに固定されて第１支持金具１１を高さ調整自在にして当該第１支持金具１１を連結支持し、上側壁材Ｐ２を固定する第２支持金具２１とを備えたからであり、これら第１支持金具１１と第２支持金具２１との２つの部材によって直接、容易に建築物躯体の梁材Ｑに下側壁材Ｐ１，上側壁材Ｐ２を支持固定させることができ、しかも従来のようなアングル材製の定規プレートを取り付けずに済む。 That is, the present invention has a lower wall material mounting surface portion 12 in which a height adjusting bolt insertion hole 13 that is fixed to an upper portion of the lower wall material P1 at an arbitrary height adjusting position is formed, and an upper wall material P2. And the first support bracket 11 fixed to the beam member Q, the height of the first support bracket 11 is adjustable, and the first support bracket 11 is connected and supported, and the upper side wall member P2 is fixed. This is because the second support fitting 21 is provided, and the lower wall material P1 and the upper wall material can be easily and directly attached to the beam material Q of the building frame by the two members of the first support fitting 11 and the second support fitting 21. P2 can be supported and fixed, and there is no need to attach a ruler plate made of an angle material as in the prior art.

第１支持金具１１は、下側壁材Ｐ１の上端部に取付けられ、高さ調整自在にして梁材Ｑに位置決めさせる高さ調整用ボルト挿通孔１３を有する下側壁材取付面部１２と、第２支持金具２１を組み合わせるよう下側壁材取付面部１２の上方に突出する連結用起立片１４と、上側壁材Ｐ２の下端部が載せられる上側壁材載置面部１６とを備えているので、下側壁材Ｐ１の上端部側面を支持固定する高さ調整用ボルト挿通孔１３に沿う第１支持金具１１自体の当該下側壁材Ｐ１に対する上下動で、上下壁材Ｐ１，Ｐ２相互間の横目地部形成用の隙間Ｓの大きさが容易に決められ、隙間Ｓの大きさを任意の幅員に確実に調整できるのである。 The first support fitting 11 is attached to the upper end portion of the lower side wall member P1, and has a lower side wall member attachment surface portion 12 having a height adjusting bolt insertion hole 13 to be positioned on the beam member Q so that the height can be adjusted. Since it has the connection standing piece 14 which protrudes above the lower side wall material attachment surface part 12 so that the support metal fitting 21 may be combined, and the upper side wall material mounting surface part 16 on which the lower end part of the upper side wall material P2 is mounted, the lower side wall A horizontal joint portion is formed between the upper and lower wall materials P1 and P2 by the vertical movement of the first support fitting 11 itself along the height adjusting bolt insertion hole 13 that supports and fixes the upper end side surface of the material P1 with respect to the lower wall material P1. Therefore, the size of the gap S can be easily determined, and the size of the gap S can be reliably adjusted to an arbitrary width.

また、第１支持金具１１には、該第１支持金具１１に組合せられる第２支持金具２１の上側壁材取付面部２３が、挿通開口部２５によって第１支持金具１１の連結用起立片１４における外側に位置されて連結用起立片１４の外側面に上側壁材取付面部２３の内側面が当接し、そして相互に例えば溶接等で固定されるから、第２支持金具２１が梁材Ｑに固定されていることと相俟ち、下側壁材Ｐ１を固定している第１支持金具１１を第２支持金具２１によって強固に支持固定できる。しかも、第１支持金具１１の上側壁材載置面部１６に上側壁材Ｐ２の下端部が載せられることで、梁材Ｑの所定の高さ位置に上下両壁材Ｐ１，Ｐ２が取り付けられるため、上下壁材Ｐ１，Ｐ２相互間の目地の高さ幅員調整も容易に行える。 Further, the first support fitting 11 has an upper wall material mounting surface portion 23 of the second support fitting 21 combined with the first support fitting 11 in the connecting standing piece 14 of the first support fitting 11 by the insertion opening 25. The second support fitting 21 is fixed to the beam member Q because the inner surface of the upper side wall member mounting surface portion 23 abuts on the outer surface of the connecting upright piece 14 and is fixed to each other by, for example, welding or the like. Accordingly, the first support fitting 11 fixing the lower wall material P1 can be firmly supported and fixed by the second support fitting 21. In addition, since the lower end portion of the upper wall material P2 is placed on the upper wall material placement surface portion 16 of the first support fitting 11, the upper and lower wall materials P1, P2 are attached at a predetermined height position of the beam material Q. The height width of the joint between the upper and lower wall materials P1, P2 can be easily adjusted.

第２支持金具２１は、梁材Ｑに固定される梁材固定面部２２と、前記第１支持金具１１の連結用起立片１４が高さ調整自在にして組み合わされて挿通される挿通開口部２５とが開口形成されていると共に上側壁材Ｐ２の下端部を支持固定させるボルト挿通溝２４を有する上側壁材取付面部２３とを備えているので、梁材Ｑ面に固定した第２支持金具２１によって第１支持金具１１を連結支持でき、従来のアングル材製の定規プレートを使用せずに下側壁材Ｐ１は第１支持金具１１を介して、また第１支持金具１１で位置決めされた上側壁材Ｐ２を直接に固定支持できる。 The second support fitting 21 has an insertion opening 25 through which the beam material fixing surface portion 22 fixed to the beam material Q and the connecting upright piece 14 of the first support fitting 11 are combined in a freely adjustable height. And the upper side wall member mounting surface part 23 having the bolt insertion groove 24 for supporting and fixing the lower end part of the upper side wall member P2, and the second support fitting 21 fixed to the beam member Q surface. The first support fitting 11 can be connected and supported by the above, and the lower side wall material P1 is positioned via the first support fitting 11 and the first support fitting 11 without using a conventional angle-made ruler plate. The material P2 can be directly fixed and supported.

また、挿通開口部２５に挿通させるようにした第１支持金具１１の連結用起立片１４の外側に第２支持金具２１の上側壁材取付面部２３を位置させるように第１支持金具１１に第２支持金具２１自体を組合せるとき、連結用起立片１４の外側面と上側壁材取付面部２３の内側面との上下方向に沿う当接幅員、すなわち第１支持金具１１の下側壁材Ｐ１に対する上下高さの取付調整によって、下側壁材Ｐ１，上側壁材Ｐ２相互間の目地幅高さの隙間Ｓの大きさを設定調整して溶接等で固定することができる。 Further, the first support fitting 11 has the first support fitting 11 positioned so that the upper wall member mounting surface portion 23 of the second support fitting 21 is positioned outside the connecting upright piece 14 of the first support fitting 11 inserted through the insertion opening 25. 2 When the support bracket 21 itself is combined, the contact width along the vertical direction between the outer side surface of the connecting standing piece 14 and the inner side surface of the upper side wall member mounting surface portion 23, that is, the lower side wall member P 1 of the first support bracket 11. By adjusting the vertical height, the size of the gap S of the joint width height between the lower wall material P1 and the upper wall material P2 can be set and adjusted and fixed by welding or the like.

尚、上記の課題を解決するための手段、発明の効果の項それぞれにおいて付記した符号は、図面中に記載した構成各部を示す部分との参照を容易にするために付したもので、図面中の符号によって示された構造・形状に本発明が限定されるものではない。 Note that the reference numerals added in the means for solving the above-described problems and the effects of the invention are given for easy reference to the parts showing the components shown in the drawings. The present invention is not limited to the structure / shape indicated by the reference numeral.

本発明を実施するための一形態における支持金物の取付状態を示す分解斜視図である。It is a disassembled perspective view which shows the attachment state of the support metal object in one form for implementing this invention. 同じく取付時の縦断面図である。It is the longitudinal cross-sectional view at the time of attachment similarly. 同じく正面図である。It is also a front view. （ａ）乃至（ｆ）は、施工手順を示す説明図である。(A) thru | or (f) is explanatory drawing which shows a construction procedure. 最上段にある壁材の上端部側面を梁材に取付ける状態の斜視図である。It is a perspective view of the state which attaches the upper end part side surface of the wall material in the uppermost stage to a beam material.

以下、図面を参照して本発明の実施の一形態を詳細に説明すると、図において示される符号１は、軽量気泡コンクリート（ＡＬＣ）による外壁・間仕切り壁等の、建築物躯体においての上下方向に沿う複数の壁材Ｐ１，Ｐ２，…，Ｐｎ同士を、シーリング材もしくはモルタル等の目地材充填用の横目地部となる隙間Ｓを隔てて、例えばＨ型鋼等による梁材Ｑ等に支持固定することで、軽量気泡コンクリート（ＡＬＣ）を梁材Ｑに取り付けるための支持金物構成体である。 Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. Reference numeral 1 shown in the figure denotes a vertical direction in a building frame such as an outer wall or a partition wall made of lightweight cellular concrete (ALC). A plurality of wall materials P1, P2,..., Pn along are supported and fixed to a beam material Q made of H-shaped steel, for example, with a gap S serving as a horizontal joint portion for filling a joint material such as a sealing material or mortar. By this, it is a support metal structure for attaching lightweight cellular concrete (ALC) to the beam material Q.

支持金物構成体１は、図１乃至図３に示すように、下側壁材Ｐ１の上部に任意の高さ調整位置で固定するよう高さ調整用ボルト挿通孔１３が穿設されている下側壁材取付面部１２を有すると共に上側壁材Ｐ２を載置可能とした第１支持金具１１と、梁材Ｑに溶接等で固定されて第１支持金具１１を高さ調整自在にして当該第１支持金具１１を溶接等で連結支持し、また上側壁材Ｐ２を固定する第２支持金具２１との２部材によって構成されている。 As shown in FIGS. 1 to 3, the support hardware structure 1 is a lower wall in which a height adjustment bolt insertion hole 13 is formed so as to be fixed to an upper portion of the lower wall material P 1 at an arbitrary height adjustment position. A first support bracket 11 having a material mounting surface portion 12 and capable of placing the upper side wall material P2; and a first support bracket 11 which is fixed to the beam member Q by welding or the like and the height of the first support bracket 11 is adjustable. The metal fitting 11 is connected and supported by welding or the like, and is constituted by two members including a second support metal fitting 21 that fixes the upper side wall material P2.

第１支持金具１１は、例えば鋼製帯板材を略逆Ｌ字状に折曲形成して成り、垂直部分である下側壁材取付面部１２の略中央には、下側壁材Ｐ１にねじ止めさせるボルト１８を挿通させるよう、縦方向に長円形状となった高さ調整用ボルト挿通孔１３を穿設してあり、また水平部分である上側壁材載置面部１６にはＬ字屈曲部中央から水平面に沿って、横目地部に充填されるシーリング材もしくはモルタル等の不図示の目地材を上側壁材Ｐ２下面側に通すための略縦長矩形状の目地材充填部１５が穿設されている。また、上側壁材載置面部１６は梁材Ｑ位置において、建築構造物に対して外方に向けられ、その上には上側壁材Ｐ２の下端部下面が載せられるものとなっている。 The first support fitting 11 is formed, for example, by bending a steel strip material into a substantially inverted L shape, and is screwed to the lower side wall material P1 at the approximate center of the lower side wall material mounting surface portion 12 which is a vertical portion. A height adjusting bolt insertion hole 13 having an oval shape in the vertical direction is formed so as to allow the bolt 18 to pass therethrough, and the center portion of the L-shaped bent portion is formed in the upper wall material placement surface portion 16 which is a horizontal portion. A substantially vertically long rectangular joint material filling portion 15 is drilled along the horizontal plane for passing a joint material (not shown) such as a sealing material or mortar filled in the horizontal joint portion to the lower surface side of the upper side wall material P2. Yes. Further, the upper wall material placement surface portion 16 is directed outward with respect to the building structure at the position of the beam material Q, and the lower surface of the lower end portion of the upper wall material P2 is placed thereon.

下側壁材取付面部１２の梁材Ｑに対向する面には、逆Ｌ字屈曲部中央から当該下側壁材取付面部１２の上方に突出するように矩形板状の連結用起立片１４の一端が溶接等によって固着されており、該連結用起立片１４は後述する第２支持金具２１における上側壁材取付面部２３の挿通開口部２５を通じて当該上側壁材取付面部２３の内側面側（建築構造物における内方側の面を内側面といい、同様に外方側の面を外側面といい、本明細書において同様に使用する）に潜り込むようにして組み合わされるようになっている。このとき、下側壁材取付面部１２は、上側壁材取付面部２３と同一垂直面となり、下側壁材Ｐ１と上側壁材Ｐ２とが上下で面一となって揃うように第２支持金具２１の厚みを考慮して形成してある（図２参照）。 One end of the rectangular plate-like connecting upright piece 14 protrudes from the center of the inverted L-shaped bent portion to the upper side of the lower side wall material mounting surface portion 12 on the surface facing the beam material Q of the lower side wall material mounting surface portion 12. The connecting upright piece 14 is fixed by welding or the like, and the inner side of the upper side wall member mounting surface part 23 (building structure) through the insertion opening 25 of the upper side wall member mounting surface part 23 of the second support fitting 21 described later. The inner side surface is referred to as the inner side surface, and the outer side surface is also referred to as the outer side surface, which is used in the present specification in the same manner. At this time, the lower side wall member mounting surface portion 12 is the same vertical plane as the upper side wall member mounting surface portion 23, and the second side wall member P1 and the upper side wall member P2 are aligned with each other so that the lower side wall member P1 and the upper side wall member P2 are flush with each other. It is formed in consideration of the thickness (see FIG. 2).

第２支持金具２１は、第１支持金具１１の横幅員よりも若干幅広となった鋼製帯板材を略Ｌ字状に折曲形成して成り、水平部分である梁材固定面部２２は梁材Ｑの上面に当接されて溶接等で固着され、垂直部分である上側壁材取付面部２３は梁材Ｑの外方に所定の幅員で突出するよう、下側壁材Ｐ１上端面と所定の間隔を隔てて位置され、第１支持金具１１の連結用起立片１４と固定されると共に上側壁材Ｐ２を支持するようになっている。そのため、上側壁材取付面部２３のＬ字屈曲部中央から垂直面に沿って略横長矩形状の挿通開口部２５が穿設されていて、該挿通開口部２５に前記第１支持金具１１の連結用起立片１４が挿通されるようにして上側壁材取付面部２３の内側面と連結用起立片１４の外側面とが当接し、その間で高さ調整自在となって組み合わせられ、所定の高さ位置で溶接固定されるものとしてある。また、上側壁材取付面部２３の上端部は略山形に形成され、該山形中央には上側壁材Ｐ２にねじ止めさせるボルト２７を挿通させる矩形切欠状のボルト挿通溝２４が凹設されている。尚、梁材固定面部２２の下面は梁材Ｑの上部フランジＱ１の長手方向に沿った縁部に溶接等によって固着されるものとなっている。 The second support bracket 21 is formed by bending a steel strip that is slightly wider than the width of the first support bracket 11 into a substantially L shape, and a beam material fixing surface portion 22 that is a horizontal portion is a beam. The upper wall material mounting surface portion 23 which is in contact with the upper surface of the material Q and is fixed by welding or the like and protrudes to the outside of the beam material Q with a predetermined width so as to protrude from the beam material Q to a predetermined width. It is located at a distance, is fixed to the connecting upright piece 14 of the first support fitting 11, and supports the upper side wall material P2. Therefore, a substantially horizontally long insertion opening 25 is formed along the vertical surface from the center of the L-shaped bent portion of the upper side wall member mounting surface 23, and the first support fitting 11 is connected to the insertion opening 25. The inner side surface of the upper side wall member mounting surface portion 23 and the outer side surface of the connecting upright piece 14 are brought into contact with each other so that the upright piece 14 is inserted, and the height can be adjusted between them, and the predetermined height is set. It is supposed to be fixed by welding at the position. Moreover, the upper end part of the upper wall material attachment surface part 23 is formed in a substantially chevron shape, and a rectangular notch-shaped bolt insertion groove 24 for inserting a bolt 27 screwed to the upper wall material P2 is recessed in the center of the chevron. . In addition, the lower surface of the beam material fixing surface portion 22 is fixed to an edge portion along the longitudinal direction of the upper flange Q1 of the beam material Q by welding or the like.

尚、第１支持金具１１の使用に際しては、下側壁材取付面部１２の高さ調整用ボルト挿通孔１３を、下側壁材Ｐ１の上端部側面に埋設配置されているアンカー１７の位置に合致させ、高さ調整用ボルト挿通孔１３にボルト１８を挿入してアンカー１７にねじ込むことで第１支持金具１１は下側壁材Ｐ１に取り付けられる。そして、下側壁材Ｐ１自体は梁材Ｑの上部フランジＱ１に立て掛けるようにして位置決めされるものとしてある。 When the first support fitting 11 is used, the height adjusting bolt insertion hole 13 of the lower side wall member mounting surface part 12 is made to coincide with the position of the anchor 17 embedded in the upper end side surface of the lower side wall material P1. The first support fitting 11 is attached to the lower side wall member P1 by inserting the bolt 18 into the height adjusting bolt insertion hole 13 and screwing it into the anchor 17. The lower side wall material P1 itself is positioned so as to lean against the upper flange Q1 of the beam material Q.

このような下側壁材Ｐ１への取り付けに際し、下側壁材取付面部１２の高さ調整用ボルト挿通孔１３に沿う第１支持金具１１自体の下側壁材Ｐ１に対する上下動でもって、横目地部となる上下壁材Ｐ１，Ｐ２同士の隙間Ｓの大きさに対応して任意の高さ幅員に調整可能としてある。 At the time of attachment to the lower wall material P1, the horizontal joint portion and the first support fitting 11 itself are moved up and down along the height adjustment bolt insertion hole 13 of the lower wall material attachment surface portion 12 and In accordance with the size of the gap S between the upper and lower wall materials P1, P2, the height can be adjusted to an arbitrary width.

また、梁材Ｑに対して立て掛けられるように位置決めされる下側壁材Ｐ１において、下側壁材Ｐ１あるいは上側壁材Ｐ２の支持固定位置に対応して梁材Ｑの上部フランジＱ１面に予め溶接等にて固定されている第２支持金具２１に第１支持金具１１を連結固定するか、あるいは第２支持金具２１の上部フランジＱ１面への溶接固定と共に第１支持金具１１、第２支持金具２１相互が連結固定される。このとき、第１支持金具１１の連結用起立片１４は、第２支持金具２１の上側壁材取付面部２３の挿通開口部２５下方側から挿通開口部２５が連結用起立片１４に挿通されるよう位置合わせし、上側壁材取付面部２３の内側面側に連結用起立片１４が潜り込むようにして係合させ、所定の高さ位置で当該連結用起立片１４を上側壁材取付面部２３における挿通開口部２５の上縁に溶接等で固定させるものとしてある。上側壁材取付面部２３の内側面と連結用起立片１４の外側面との当接組合せに際し、その当接長さ間隔は、下側壁材Ｐ１と上側壁材Ｐ２との上下間の目地幅高さに対応し、下側壁材Ｐ１に対する第１支持金具１１のねじ止め位置の高さ調整用ボルト挿通孔１３に沿う方向のスライド調整で位置決めされる。このように、梁材Ｑの上部フランジＱ１に、第２支持金具２１の梁材固定面部２２の下面が溶接等で固着されていることと相俟ち、第２支持金具２１に連結固定される第１支持金具１１が下側壁材Ｐ１の上部を支持し、また上側壁材Ｐ２の下部を位置決めしている。 Further, in the lower side wall material P1 positioned so as to stand against the beam material Q, welding or the like is performed in advance on the surface of the upper flange Q1 of the beam material Q corresponding to the support and fixing position of the lower side wall material P1 or the upper side wall material P2. The first support bracket 11 is connected to and fixed to the second support bracket 21 fixed by the above, or the first support bracket 11 and the second support bracket 21 are welded and fixed to the upper flange Q1 surface of the second support bracket 21. The two are connected and fixed. At this time, the connecting upright piece 14 of the first support fitting 11 is inserted into the connecting upright piece 14 from the lower side of the insertion opening 25 of the upper wall material mounting surface 23 of the second support fitting 21. The connecting upright pieces 14 are engaged with the inner side surface side of the upper wall material mounting surface portion 23 so as to sink into the upper side wall material mounting surface portion 23, and the connecting upright pieces 14 are connected to the upper wall material mounting surface portion 23 at a predetermined height position. It is intended to be fixed to the upper edge of the insertion opening 25 by welding or the like. When the inner side surface of the upper side wall member mounting surface portion 23 is brought into contact with the outer side surface of the connecting upright piece 14, the contact length interval is the height of the joint width between the lower side wall member P1 and the upper side wall member P2. Corresponding to the height, the positioning is performed by slide adjustment in the direction along the height adjusting bolt insertion hole 13 at the screwing position of the first support fitting 11 with respect to the lower side wall material P1. In this way, the lower surface of the beam material fixing surface portion 22 of the second support bracket 21 is fixed to the upper flange Q1 of the beam material Q by welding or the like, and is connected and fixed to the second support bracket 21. The first support fitting 11 supports the upper part of the lower wall material P1, and positions the lower part of the upper wall material P2.

そして、上側壁材載置面部１６上に上側壁材Ｐ２の下端部下面が載せられた状態にしてから、上部フランジＱ１から上方に起立した状態にある上側壁材取付面部２３のボルト挿通溝２４の所定位置に、上側壁材Ｐ２の下端部側面に埋設配置されているアンカー２６の位置を合致させ、ボルト挿通溝２４にボルト２７を挿入してアンカー２６にねじ込むことで、梁材Ｑに対し上側壁材Ｐ２が所定の高さで固定されるものとしてある。 And after making the state which the lower end part lower surface part of the upper side wall material P2 was mounted on the upper side wall material mounting surface part 16, the bolt insertion groove 24 of the upper side wall material attachment surface part 23 in the state which stood upwards from the upper flange Q1. The position of the anchor 26 embedded and arranged on the side surface of the lower end portion of the upper side wall member P2 is matched with the predetermined position, and the bolt 27 is inserted into the bolt insertion groove 24 and screwed into the anchor 26. The upper wall material P2 is fixed at a predetermined height.

このようにして、所定の建築物躯体における高さの沿直方向で所定間隔毎に配置されている梁材Ｑ相互間で、下段側から上段側に、下側壁材Ｐ１の上部に取付けた第１支持金具１１を梁材Ｑに固定する第２支持金具２１に連結固定しながら順次に各壁材Ｐ１，Ｐ２，…，Ｐｎを貼設施工するのである。 In this way, between the beam members Q arranged at predetermined intervals in the vertical direction of the height of the predetermined building frame, the lower wall side P1 is attached to the upper side of the lower side wall material P1. The wall materials P1, P2,..., Pn are sequentially pasted while being connected and fixed to the second support metal fixture 21 that fixes the first support metal fixture 11 to the beam material Q.

また、最上段に位置する壁材Ｐｎの上端部は、図５に示すように、Ｈ型鋼による梁材Ｑの上部フランジＱ１に対して、Ｌ字片状の支持部材３１により固定される。すなわち、支持部材３１は、鋼製帯板材を略Ｌ字状に折曲形成して成り、折曲部分である水平片部、垂直片部それぞれの各片部の中央には、壁材Ｐｎの上端部に埋設配置されているアンカー３２にねじ込むボルト３３で緊結するための支持部材側ボルト挿入孔３４が穿設されている。また、屈曲部の内側は、左右一対のリブ状となった補強部３５が形成されている。 Moreover, the upper end part of the wall material Pn located in the uppermost stage is fixed to the upper flange Q1 of the beam material Q made of H-shaped steel by an L-shaped support member 31 as shown in FIG. That is, the support member 31 is formed by bending a steel strip material into a substantially L shape, and at the center of each of the horizontal piece portion and the vertical piece portion which are bent portions, the wall material Pn is formed. A support member-side bolt insertion hole 34 is formed to be fastened with a bolt 33 screwed into an anchor 32 embedded in the upper end portion. In addition, a reinforcing portion 35 having a pair of left and right ribs is formed inside the bent portion.

次に、以上のように構成された形態についての組立、使用の一例について説明すると、図４（ａ）に示すように、先ず、第１支持金具１１の下側壁材取付面部１２の高さ調整用ボルト挿通孔１３を下側壁材Ｐ１上端部側面のアンカー１７の位置に合致させ、高さ調整用ボルト挿通孔１３にボルト１８を挿入してアンカー１７にねじ込むことで第１支持金具１１を下側壁材Ｐ１に支持固定させておく。このとき、下側壁材Ｐ１の上端部側面を支持固定する下側壁材取付面部１２の高さ調整用ボルト挿通孔１３に沿う第１支持金具１１自体の下側壁材Ｐ１に対する上下動により、横目地部形成用の隙間Ｓの大きさおよび上側壁材Ｐ２の支持高さが調整設定される。尚、図４（ｂ）に示すように、第１支持金具１１の上側壁材載置面部１６は下側壁材Ｐ１の上端部上面に対向するように配置される。 Next, an example of assembly and use of the configuration configured as described above will be described. As shown in FIG. 4A, first, the height adjustment of the lower wall member mounting surface portion 12 of the first support fitting 11 is performed. The first support fitting 11 is lowered by matching the bolt insertion hole 13 with the position of the anchor 17 on the side of the upper end portion of the lower wall material P1, inserting the bolt 18 into the height adjustment bolt insertion hole 13 and screwing it into the anchor 17. It is supported and fixed to the side wall material P1. At this time, due to the vertical movement with respect to the lower wall material P1 of the first support fitting 11 itself along the height adjustment bolt insertion hole 13 of the lower wall material attachment surface portion 12 that supports and fixes the upper side surface of the lower wall material P1, the horizontal joint is obtained. The size of the gap S for forming the portion and the support height of the upper side wall material P2 are adjusted and set. In addition, as shown in FIG.4 (b), the upper wall material mounting surface part 16 of the 1st support metal fitting 11 is arrange | positioned so as to oppose the upper end part upper surface of the lower wall material P1.

そして、図４（ｃ）に示すように、下側壁材Ｐ１を梁材Ｑの上部フランジＱ１に立て掛けるようにして位置決めする。この場合の位置決めは、下側壁材Ｐ１の上端部が例えば梁材Ｑの上部フランジＱ１から例えば約１ｃｍ程度で上方に浮かせた状態となるように位置決めされる。また、この位置決め時には、下側壁材取付面部１２の高さ調整用ボルト挿通孔１３に沿う第１支持金具１１自体の下側壁材Ｐ１に対する上下動でもって、横目地部となる上下壁材Ｐ１，Ｐ２同士の隙間Ｓの大きさを任意の幅員に調整する。 Then, as shown in FIG. 4C, the lower wall material P1 is positioned so as to lean against the upper flange Q1 of the beam material Q. In this case, the positioning is performed such that the upper end portion of the lower wall material P1 is lifted upward from, for example, about 1 cm from the upper flange Q1 of the beam material Q. Further, at the time of positioning, the upper and lower wall materials P1, which become the horizontal joint portions by the vertical movement with respect to the lower wall material P1 of the first support fitting 11 itself along the height adjustment bolt insertion hole 13 of the lower wall material mounting surface portion 12. The size of the gap S between P2 is adjusted to an arbitrary width.

次いで、図４（ｄ）に示すように、第１支持金具１１の連結用起立片１４に、第２支持金具２１の上側壁材取付面部２３を挿通開口部２５を通して組み合わせておく。 Next, as shown in FIG. 4 (d), the upper side wall member mounting surface portion 23 of the second support fitting 21 is combined with the connecting standing piece 14 of the first support fitting 11 through the insertion opening 25.

図４（ｅ）に示すように、連結用起立片１４の外側面と上側壁材取付面部２３の内側面とを部分的にでも当接させ、挿通開口部２５の縁部によって第１支持金具１１と第２支持金具２１とを溶接等で連結固定する。この連結固定と共に、梁材Ｑの上部フランジＱ１に、第２支持金具２１の梁材固定面部２２下面を溶接等で固定する。 As shown in FIG. 4 (e), the outer side surface of the connecting upright piece 14 and the inner side surface of the upper side wall member mounting surface portion 23 are brought into partial contact with each other, and the first support fitting is formed by the edge of the insertion opening 25. 11 and the second support fitting 21 are connected and fixed by welding or the like. Along with this connection and fixation, the lower surface of the beam material fixing surface portion 22 of the second support fitting 21 is fixed to the upper flange Q1 of the beam material Q by welding or the like.

然る後、図４（ｆ）に示すように、第１支持金具１１の上側壁材載置面部１６上に上側壁材Ｐ２の下端部下面を載せ、上側壁材取付面部２３のボルト挿通溝２４の所定位置に、上側壁材Ｐ２の下端部側面に埋設配置されているアンカー２６に、ボルト挿通溝２４を挿通させてボルト２７をねじ込むことで、第２支持金具２１を介して上側壁材Ｐ２を梁材Ｑの上部フランジＱ１に固定する。 Thereafter, as shown in FIG. 4 (f), the lower end lower surface of the upper wall material P 2 is placed on the upper wall material mounting surface portion 16 of the first support fitting 11, and the bolt insertion groove of the upper wall material mounting surface portion 23 is placed. By inserting the bolt insertion groove 24 into the anchor 26 embedded in the lower end side surface of the upper side wall material P2 at a predetermined position 24 and screwing the bolt 27, the upper side wall material is inserted via the second support fitting 21. P2 is fixed to the upper flange Q1 of the beam member Q.

また、図５に示すように、最上段に位置する壁材Ｐｎの上端部は、Ｈ型鋼による梁材Ｑの上部フランジＱ１に対して、Ｌ字片状の支持部材３１により固定される。そして、上下壁材Ｐ１，Ｐ２相互間の各横目地部には、シーリング材もしくはモルタル等の不図示の目地材が充填される。 Moreover, as shown in FIG. 5, the upper end part of the wall material Pn located in the uppermost stage is fixed to the upper flange Q1 of the beam material Q made of H-shaped steel by an L-shaped piece-like support member 31. Each horizontal joint between the upper and lower wall materials P1, P2 is filled with a joint material (not shown) such as a sealing material or mortar.

Ｐ１…下側壁材Ｐ２…上側壁材
Ｐｎ…最上段に位置する壁材Ｑ…梁材
Ｑ１…上部フランジＳ…隙間
１…支持金物構成体
１１…第１支持金具１２…下側壁材取付面部
１３…高さ調整用ボルト挿通孔１４…連結用起立片
１５…目地材充填部１６…上側壁材載置面部
１７…アンカー１８…ボルト
２１…第２支持金具２２…梁材固定面部
２３…上側壁材取付面部２４…ボルト挿通溝
２５…挿通開口部２６…アンカー
２７…ボルト
３１…支持部材３２…アンカー
３３…ボルト３４…支持部材側ボルト挿入孔
３５…補強部 P1 ... Lower side wall material P2 ... Upper side wall material Pn ... Wall material located in the uppermost stage Q ... Beam material Q1 ... Upper flange S ... Gap 1 ... Supporting hardware component 11 ... First support bracket 12 ... Lower side wall material mounting surface portion 13 ... Bolt insertion hole for height adjustment 14 ... Standing piece for connection 15 ... Joint material filling part 16 ... Upper side wall material mounting surface part 17 ... Anchor 18 ... Bolt 21 ... Second support bracket 22 ... Beam material fixing surface part 23 ... Upper side wall Material mounting surface portion 24 ... bolt insertion groove 25 ... insertion opening 26 ... anchor 27 ... bolt 31 ... support member 32 ... anchor 33 ... bolt 34 ... support member side bolt insertion hole 35 ... reinforcing portion

Claims

外壁・間仕切り壁等の上下壁材同士を横目地部となる隙間を隔てて梁材に支持固定する壁材用支持金物であって、該壁材用支持金物は、下側壁材上部に任意の高さ調整位置で固定するよう高さ調整用ボルト挿通孔が穿設されている下側壁材取付面部を有すると共に上側壁材を載置可能とした第１支持金具と、梁材に固定されて第１支持金具を高さ調整自在にして当該第１支持金具を連結支持し、上側壁材を固定する第２支持金具とを備えたことを特徴とした壁材用支持金物。 It is a support material for wall material that supports and fixes the upper and lower wall materials such as outer walls and partition walls to the beam material with a gap serving as a horizontal joint, and the support material for wall material is arbitrarily attached to the upper part of the lower wall material. A first support fitting having a lower side wall member mounting surface portion in which a height adjustment bolt insertion hole is drilled so as to be fixed at a height adjustment position and capable of placing an upper side wall material; and fixed to a beam member A wall support metal fitting, comprising: a first support metal fitting, and a second support metal fitting for connecting and supporting the first support metal fitting and fixing the upper side wall material.

第１支持金具は、下側壁材の上端部に取付けられ、高さ調整自在にして梁材に位置決めさせる高さ調整用ボルト挿通孔を有する下側壁材取付面部と、第２支持金具を組み合わせるよう下側壁材取付面部の上方に突出する連結用起立片と、上側壁材の下端部が載せられる上側壁材載置面部とを備えている請求項１記載の壁材用支持金物。 The first support fitting is attached to the upper end portion of the lower sidewall material, and the lower support material fitting surface portion having a height adjustment bolt insertion hole that is positioned on the beam material so that the height can be adjusted is combined with the second support fitting. 2. The wall support metal fitting according to claim 1, further comprising a connecting standing piece protruding above the lower wall material mounting surface portion and an upper wall material placing surface portion on which a lower end portion of the upper wall material is placed.

第２支持金具は、梁材に固定される梁材固定面部と、前記第１支持金具の連結用起立片が高さ調整自在にして組み合わされて挿通される挿通開口部が開口形成されていると共に上側壁材の下端部を支持固定させるボルト挿通溝を有する上側壁材取付面部とを備えている請求項１または２記載の壁材用支持金物。 The second support fitting is formed with a beam material fixing surface portion fixed to the beam material and an insertion opening portion through which the connecting upright piece of the first support fitting is freely adjusted in height and inserted. The wall support metal fitting according to claim 1, further comprising: an upper wall material mounting surface portion having a bolt insertion groove for supporting and fixing a lower end portion of the upper wall material.

第１支持金具と第２支持金具とは、第１支持金具の連結用起立片と第２支持金具の挿通開口部とが互いに挿通され、連結用起立片の外側面に上側壁材取付面部の内側面を当接させて連結固定して組合せられる請求項３記載の壁材用支持金物。 The first support bracket and the second support bracket are configured such that the connecting standing piece of the first support fitting and the insertion opening of the second support fitting are inserted into each other, and the upper side wall member mounting surface portion is formed on the outer surface of the connecting standing piece. The wall support metal fitting according to claim 3, wherein the inner wall is brought into contact with and fixed to be combined.

連結用起立片は、第１支持金具の下側壁材取付面部内側面に当接固着されていて、第１支持金具と第２支持金具との組合せ時では下側壁材取付面部と上側壁材取付面部とが上下方向で面一となる請求項４記載の壁材用支持金物。 The connecting standing piece is in contact with and fixed to the inner surface of the lower wall member mounting surface portion of the first support bracket. When the first support bracket and the second support bracket are combined, the lower wall member mounting surface portion and the upper wall member mounting portion are attached. The wall support metal fitting according to claim 4, wherein the surface portion is flush with the vertical direction.