JP2525946Y2 - Building panel - Google Patents
Building panelInfo
- Publication number
- JP2525946Y2 JP2525946Y2 JP1993066032U JP6603293U JP2525946Y2 JP 2525946 Y2 JP2525946 Y2 JP 2525946Y2 JP 1993066032 U JP1993066032 U JP 1993066032U JP 6603293 U JP6603293 U JP 6603293U JP 2525946 Y2 JP2525946 Y2 JP 2525946Y2
- Authority
- JP
- Japan
- Prior art keywords
- rigid
- frame
- stone
- attached
- tile
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Load-Bearing And Curtain Walls (AREA)
- Panels For Use In Building Construction (AREA)
- Building Environments (AREA)
Description
【０００１】[0001]
【産業上の利用分野】本考案は、建築物の建築に使用さ
れる建築用パネルに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a building panel used for building a building.
【０００２】[0002]
【従来技術と問題点】木質枠体に木質横棧及び（又は）
木質縦棧を具備し、木質枠体の一方の縦枠杆外側に柱体
を取付け、木質枠体の一側面に繊維断熱材（たとえば、
グラスウールからなる断熱材）を取付け、木質枠体の他
側面に一方の面板を、繊維断熱材の表面に他方の面板を
夫々取付けた壁パネルが知られている。（たとえば、実
開昭５７−５４５３０号公報、実開昭５８−１７９３２
１号公報、実開昭６３−１６３３１１号公報）。2. Description of the Related Art A wooden frame and / or a wooden frame
The wooden frame is provided with a pillar attached to the outside of one vertical frame rod of the wooden frame, and a fiber heat insulating material (for example,
A wall panel is known in which a heat insulating material made of glass wool is attached, and one face plate is attached to the other side surface of the wooden frame, and the other face plate is attached to the surface of the fiber heat insulating material. (For example, Japanese Utility Model Laid-Open No. 57-54530, Japanese Utility Model Laid-Open No. 58-17932)
No. 1, JP-A-63-16331).
【０００３】金属枠体の一側面に繊維断熱材（たとえ
ば、グラスウールからなる断熱材）を取付け、金属枠体
の他側面に一方の面板を、繊維断熱材の表面に他方の面
板を夫々取付けた壁パネルも知られている。A fiber heat insulating material (for example, a heat insulating material made of glass wool) is attached to one side of a metal frame, and one face plate is attached to the other side of the metal frame and the other face plate is attached to the surface of the fiber heat insulator. Wall panels are also known.
【０００４】２件の従来技術とも繊維断熱材を取付ける
構成のため、枠体の隅々まで隙間なく緊密に繊維断熱材
を充填することが、なかなか難しく、高気密、高断熱の
壁パネルの提供に苦労している。一方、石材タイルは、
建築物躯体の壁面に外装材として取付けられているだけ
で、建築用パネルに使用されているものは見当らない。[0004] In both of the prior arts, since the fiber heat insulating material is attached, it is difficult to fill the fiber heat insulating material tightly to the corners of the frame without any gap, and to provide a highly airtight and high heat insulating wall panel. Is struggling. On the other hand, stone tiles
It is only attached to the wall of the building frame as an exterior material, and there is no material used for building panels.
【０００５】本考案は、叙上の事情に着目してなしたも
ので、縦棧及び（又は）横棧が備えられていなくても、
パネル製造現場発泡性の発泡断熱材を注入すれば、縦棧
及び（又は）横棧に邪魔されることなく、内部空間の隅
々まで充填されて発泡し、その充填発泡した断熱材が構
造材、石材タイル、面材を強固に接合一体化して、縦棧
及び（又は）横棧の役目を発揮する堅牢なパネルが構成
され、かつその接合一体化によって高気密、高断熱とい
うすぐれた性能を発揮するパネルが得られるようにする
こと、並びに上述の如く石材タイルが強固に取付けられ
た新規なパネルを提供すること等を目的とする。[0005] The present invention has been made in view of the above-mentioned circumstances, and even if a longitudinal ridge and / or a horizontal ridge are not provided,
By injecting foaming foam insulation at the panel manufacturing site, the foam is filled and foamed into every corner of the internal space without being disturbed by the longitudinal and / or transverse sheaves. , Stone tiles and face materials are firmly joined and integrated to form a robust panel that acts as a longitudinal ridge and / or a horizontal tie. It is an object of the present invention to provide a panel that can be used, and to provide a new panel to which a stone tile is firmly attached as described above.
【０００６】[0006]
【問題点解決のための手段】叙上の目的を達成するため
に本考案がなした手段は、石材タイルの裏側に断面ほぼ
コ字形の係合部を突設し、一列に並べられた複数枚の石
材タイルの前記係合部に剛性取付杆を貫通係合し、石材
タイルを剛性枠体の一側面に表出配列した状態で剛性取
付杆の両端部を剛性枠体の対向面に取付け固定し、かつ
剛性枠体の他側面に面材を取付け、剛性枠体、石材タイ
ル及び面材で形成された内部空間に発泡断熱材を注入し
てなるということである。[Means for Solving the Problems] In order to achieve the above object, the present invention is based on a method in which a plurality of engaging portions each having a substantially U-shaped cross section are protruded from the back side of a stone tile. A rigid mounting rod is penetrated and engaged with the engaging portion of the stone tiles, and both ends of the rigid mounting rod are mounted on opposing surfaces of the rigid frame in a state where the stone tiles are exposed and arranged on one side of the rigid frame. That is, a face material is fixed and attached to the other side surface of the rigid frame, and a foamed heat insulating material is injected into an inner space formed by the rigid frame, the stone tile, and the face material.
【０００７】[0007]
【作用】構造材、縦棧及び（又は）横棧が設けられてい
なくても、剛性枠体によって強固に構成される。剛性枠
体、石材タイル、面材などで形成された内部空間に注入
された発泡断熱材は、縦棧及び横棧が無いことにより、
上記内部空間の隅々まで流動し、その内部空間全体に均
一に充填されて発泡する。上記内部空間内の発泡断熱材
は、石材タイルの取付部及び剛性取付杆などを発泡断熱
材自体に接合一体化せしめる。Even if no structural member, longitudinal member and / or transverse member are provided, the rigid member is firmly formed by the rigid frame. The foam insulation injected into the internal space formed by the rigid frame, stone tile, face material, etc.
It flows to every corner of the internal space, uniformly fills the entire internal space, and foams. The foamed heat insulating material in the above-mentioned internal space joins and integrates the mounting portion of the stone tile, the rigid mounting rod, and the like with the foamed heat insulating material itself.
【０００８】[0008]
【実施例】構造材Ａの一例を図１〜図３について説明す
る。構造材Ａは、剛性枠体１のみ或いは該枠体と剛性ブ
レース５と中空の剛性柱１−１の長手方向一端部寄り部
位に架設した剛性横架材６とで構成される。DESCRIPTION OF THE PREFERRED EMBODIMENTS An example of a structural material A will be described with reference to FIGS. The structural material A is composed of only the rigid frame 1 or the frame, a rigid brace 5, and a rigid horizontal member 6 provided at a position near one end in the longitudinal direction of the hollow rigid column 1-1.
【０００９】剛性枠体１は、金属（たとえば鉄）、木
材、コンクリート、その他の剛性を有する堅牢な材質で
構成された中空の剛性柱１−１と、同様に堅牢な材質で
構成された断面Ｃ字形の剛性継ぎ材１−２とを接合して
正面角形の枠体に構成する。剛性枠体１の剛性柱１−１
及び剛性継ぎ材１−２の接合手段は、それらの材質によ
って決定するが、たとえば、両部材の材質が金属なら
ば、溶接（図示）、又は補強金物（平鈑、断面Ｌ字形
等）を使用したボルト止め、両方とも木材ならば、断面
Ｌ字形の補強金物を使用してボルト止め、釘打ちするな
どの手段を採用し、両方の材質がコンクリートならば、
剛性柱１−１及び剛性継ぎ材１−２を継目のない一体構
造に構成する。The rigid frame 1 has a hollow rigid column 1-1 made of a rigid material having rigidity such as metal (for example, iron), wood, concrete, or the like, and a cross section similarly made of a rigid material. A C-shaped rigid joint member 1-2 is joined to form a front rectangular frame. Rigid column 1-1 of rigid frame 1
The joining means of the rigid joint material 1-2 is determined by their materials. For example, if the material of both members is metal, welding (illustration) or reinforcing metal (flat plate, L-shaped cross section, etc.) is used. Bolts, if both are wood, use means such as bolting and nailing using reinforcing metal with an L-shaped cross section. If both materials are concrete,
The rigid column 1-1 and the rigid joint material 1-2 are formed into a seamless integrated structure.
【００１０】石材タイル２は、各種の寸法、大きさ、形
状のものがあり、各タイルごとに裏側に取付部２−１を
構成する。石材タイル２の取付部２−１は、タイル自体
の裏面に突設固定された断面ほぼコ字形の係合部２ａ
と、その係合部に貫通係合して剛性枠体１（図示例は剛
性柱１−１）に固定される長い剛性取付杆２ｂとで構成
する。石材タイル２は、一列に並べられた各タイルの係
合部２ａに剛性取付杆２ｂを貫通係合して複数枚を横一
列（図示）、又は縦一列（不図示）に並列せしめ、その
後剛性取付杆２ｂの両端部を剛性枠体１（図示例は剛性
柱１−１）の対向面に取付け固定することによって取付
部２−１を構造材Ａに取付け、複数枚の石材タイル２を
構造材Ａの一側面に表出配列固定する。 The stone tiles 2 have various dimensions, sizes and shapes, and each tile forms a mounting portion 2-1 on the back side. The mounting portion 2-1 of the stone tile 2 is formed with an engaging portion 2a having a substantially U-shaped cross section which is protruded and fixed to the back surface of the tile itself.
And a long rigid mounting rod 2b that penetrates into the engaging portion and is fixed to the rigid frame 1 ( the rigid column 1-1 in the illustrated example ) . The stone tiles 2 have a plurality of tiles arranged side by side in a row (illustration) or in a vertical row (not shown) by penetrating and engaging a rigid mounting rod 2b with the engagement portions 2a of the tiles arranged in a row, and then rigid. By attaching and fixing both ends of the mounting rod 2b to the opposing surfaces of the rigid frame 1 (the rigid column 1-1 in the illustrated example ) , the mounting portion 2-1 is mounted on the structural material A, and the plurality of stone tiles 2 are mounted .
The exposed arrangement is fixed to one side of the structural material A.
【００１１】ところで、石材タイル２の取付部２−１を
構成する係合部２ａは、剛性を有する材質（たとえば、
鉄、その他の金属）で断面ほぼコ字形に構成し、その両
端部に形成した取付端部を石材タイル２の裏面に弾性系
接着剤（たとえば、エポキシ樹脂系接着剤）で接着する
ことによって、該タイルの裏面に突設固定する。The engaging portion 2a forming the mounting portion 2-1 of the stone tile 2 is made of a rigid material (for example,
Iron or other metal) is formed into a substantially U-shaped cross section, and the mounting ends formed at both ends thereof are bonded to the back surface of the stone tile 2 with an elastic adhesive (for example, an epoxy resin adhesive). Protrude and fixed to the back of the tile.
【００１２】また、石材タイル２の取付部２−１を構成
する長い剛性取付杆２ｂは、剛性を有する材質（たとえ
ば、鉄、その他の金属又は木材）で帯板状、断面Ｃ字
形、断面Ｌ字形などの形鋼に構成し、又は棒鋼、ピアノ
線などを使用し、複数枚の石材タイル２の係合部２ａに
貫通係合した後、両端部を剛性枠体１（図示例は剛性柱
１−１）の対向面に取付け固定するようにする。The long rigid mounting rod 2b constituting the mounting portion 2-1 of the stone tile 2 is made of a material having rigidity (for example, iron, other metal or wood), and has a strip shape, a C-shaped cross section, and a L cross section. After being engaged with the engaging portions 2a of the plurality of stone tiles 2 by using a steel bar or a piano wire or the like, a rigid frame 1 (in the illustrated example, a rigid column) 1-1 ) Attach and fix to the opposing surface.
【００１３】剛性枠体１（図示例は剛性柱１−１）と剛
性取付杆２ｂとの取付け固定手段は、両者の材質によっ
て決定するが、たとえば、両部材の材質が金属ならば、
溶接（図示）、又は補強金物（平鈑、断面Ｌ字形等）を
使用したボルト止め、両部材が木材ならば、断面Ｌ字形
の補強金物を使用したボルト止め、どちらか一方が金属
で他方が木材であるならば、断面Ｌ字形の補強金物を使
用したボルト止め、或いは剛性取付杆２ｂの両端部を同
一方向へ直角に折曲げた形状に構成して、剛性枠体１の
材質にかかわりなく、剛性取付杆２ｂの折曲端部をボル
ト止めするなどの手段が考えられる。 上述の石材タイ
ル取付け手段により、石材タイル２を構造材Ａの一側面
に縦横方向各複数枚ずつ取付ける。The means for fixing the rigid frame 1 (the rigid column 1-1 in the illustrated example ) and the rigid mounting rod 2b is determined by the material of both members. For example, if the material of both members is metal,
Welding (shown) or bolting using reinforcing hardware (flat plate, L-shaped cross section, etc.), if both members are wood, bolting using reinforcing metal with L-shaped cross section, one of which is metal and the other is metal If it is made of wood, it may be bolted using reinforcing hardware having an L-shaped cross section, or may be formed by bending both ends of the rigid mounting rod 2b at right angles in the same direction, regardless of the material of the rigid frame 1. Means such as bolting the bent end of the rigid mounting rod 2b are conceivable. The plurality of stone tiles 2 are attached to one side of the structural material A in the vertical and horizontal directions by the above-described stone tile attaching means.
【００１４】面材３は、金属板、木板、無機質板、その
他の板材から建築主の希望等を考慮して選定する。構造
材Ａに対する面材３の取付け手段は、それらの材質によ
って決定するが、たとえば、それらが金属製ならば、溶
接又はボルト止めもしくは弾性系接着剤（たとえば、エ
ポキシ樹脂系接着剤）による接着などから選択すること
が考えられ、両方が木製ならば、ボルト止め、釘打ち又
は前記接着剤による接着などが考えられる。両方の材質
が異なる場合は、釘打ち、ボルト止め、接着などのなか
から適宜に選択するようにする。The face material 3 is selected from a metal plate, a wooden plate, an inorganic plate, and other plate materials in consideration of the desire of the builder. The means for attaching the face material 3 to the structural material A is determined by their material. For example, if they are made of metal, they are welded or bolted or bonded with an elastic adhesive (for example, epoxy resin adhesive). And if both are wooden, bolting, nailing or gluing with the adhesive may be considered. If the two materials are different, they are appropriately selected from nailing, bolting, bonding and the like.
【００１５】発泡断熱材４は、構造材Ａに石材タイル
２、面材３を取付けたものをプレス機にセットし、石材
タイル２、面材３をプレス機で押えながら、構造材Ａの
剛性枠体１に開穿した注入孔（不図示）から内部空間に
注入して発泡せしめ、発泡が終了したら、硬化するまで
加圧養生し、加圧養生終了後プレス機から取出す。な
お、発泡断熱材４を注入しながら、構造材Ａの剛性枠体
１に開穿された不図示の脱気孔から脱気を行う。The foamed heat insulating material 4 is a material in which the stone tile 2 and the face material 3 are attached to the structural material A, which is set in a press machine, and the stiffness of the structure material A while pressing the stone tile 2 and the face material 3 by the press machine. The foam is injected into an internal space through an injection hole (not shown) formed in the frame 1 and foamed. When the foaming is completed, the material is pressurized and cured until it is hardened, and is taken out from the press after the pressurized curing. In addition, while pouring the foamed heat insulating material 4, degassing is performed from a not-shown degassing hole formed in the rigid frame 1 of the structural material A.
【００１６】発泡断熱材４は、剛性枠体１の中空剛性柱
１−１及び剛性継ぎ材１−２、剛性横架材６等の内部に
も注入充填して発泡せしめ、断熱性の向上に寄与せしめ
る。発泡断熱材４は、構造材Ａに縦棧、横棧などが構成
されていないことにより、剛性枠体１、石材タイル２、
面材３で形成された内部空間に注入されると、その内部
空間の隅々まで流動し、空間全体に均一に充填されて発
泡し、構造材Ａ、石材タイル２、面材３などと剥離の心
配少なく強固に接合一体化し、同時に石材タイル２、面
材３と構造材Ａとの接合強化にも寄与して一体化せしめ
る。発泡断熱材４としては、パネル製造現場で注入発泡
せしめる２液混合発泡性の発泡ウレタン、或いは発泡コ
ンクリート、その他の注入充填可能な断熱材を使用す
る。The foamed heat insulating material 4 is injected and filled into the hollow rigid column 1-1 and the rigid joint material 1-2 of the rigid frame body 1, the rigid horizontal member 6, and the like, and foamed to improve the heat insulating property. Make a contribution. The foam insulation 4 has a rigid frame 1, a stone tile 2,
When injected into the internal space formed by the face material 3, it flows to every corner of the internal space, uniformly fills the entire space and foams, and peels off from the structural material A, the stone tile 2, the face material 3, and the like. It is also possible to join together firmly with little concern for the joint, and at the same time, to contribute to strengthening the joining between the stone tile 2 and the face material 3 and the structural material A. As the foamed heat insulating material 4, a two-component mixed foamable urethane foam, which is injected and foamed at the panel manufacturing site, foamed concrete, or other heat insulating material that can be injected and filled is used.
【００１７】剛性ブレース５は、剛性柱１−１及び剛性
継ぎ材１−２と、剛性柱１−１及び剛性横架材６との対
向する接合隅部間にわたって架設するが、その架設手段
は、上記の接合隅部に内向突設したブラケット５−１の
両面に帯状金属板５−２の両端部を固定して正面Ｘ形に
架設する。ブラケット５−１に対する帯状金属板５−２
の固定手段は、溶接（図示）又はボルト止めといった手
段を採用する。剛性ブレース５の他の設けかたを説明す
ると、剛性柱１−１の中間部（長手方向の真中部位）、
剛性継ぎ材１−２の中間部（長手方向の真中部位）、剛
性横架材６の中間部（長手方向真中部位）にブラケット
を内向突設し（不図示）、それらのブラケットに不図示
の帯状金属板を正面菱形となるように取付け固定して構
成することができる。剛性ブレース５の材質は、剛性枠
体１の材質と同様に堅牢な材質とする。The rigid brace 5 is erected between the opposed joint corners of the rigid column 1-1 and the rigid joint member 1-2 and the rigid column 1-1 and the rigid lateral member 6, and the erection means is Then, both ends of the strip-shaped metal plate 5-2 are fixed to both surfaces of the bracket 5-1 protruding inward at the above-mentioned joint corner, and are installed in a front X-shape. Band-shaped metal plate 5-2 for bracket 5-1
Means such as welding (shown) or bolting. Explaining another way of providing the rigid brace 5, an intermediate portion (a middle portion in the longitudinal direction) of the rigid column 1-1,
Brackets are protruded inward (not shown) at the middle part (the middle part in the longitudinal direction) of the rigid joint material 1-2 and the middle part (the middle part in the longitudinal direction) of the rigid transverse member 6, and the brackets are not shown. A belt-shaped metal plate can be attached and fixed so as to form a front diamond shape. The material of the rigid brace 5 is a robust material similar to the material of the rigid frame 1.
【００１８】構造材Ａは、縦棧や横棧が構成されていな
くても、上述のように剛性枠体１、剛性ブレース５など
で歪形、ガタつきの心配なく、建築用パネルの構造材に
求められる十分な強度を有する強固な構造に構成され
る。次に構造材Ａの他例を図４について説明するが、第
一例と重複する説明を省略し、異る構造を説明する。構
造材Ａの他例が第一例と異る構造は、剛性横架材６が無
く、剛性柱１−１及び剛性継ぎ材１−２の対向する接合
隅部間にわたって剛性ブレース５を構成したことであ
る。The structural material A can be used as a structural material of a building panel without any warping or distortion due to the rigid frame 1 and the rigid braces 5 as described above, even if no longitudinal or horizontal members are formed. It has a strong structure that has the required strength. Next, another example of the structural material A will be described with reference to FIG. 4, but the description overlapping with the first example will be omitted, and a different structure will be described. The structure in which the other example of the structural material A is different from the first example has no rigid transverse member 6, and the rigid brace 5 is formed between the opposed joint corners of the rigid column 1-1 and the rigid joint material 1-2. That is.
【００１９】ところで、第一例における剛性横架材６
は、一方の金属帯板５−２で引っ張った力を他方の金属
帯板５−２に伝達するために設けるが、他例に示す如く
必ずしも設けなくてもよい。また、第一例を表わす図
１、図３における符号７は、建築工事に際して本考案パ
ネルを土台、梁類、桁など所要の建築部材に取付けるた
めの窓孔であると共に、土台に取付けた際に基礎コンク
リートが移動するための窓孔である。The rigid horizontal member 6 in the first example
Is provided to transmit the force pulled by one metal strip 5-2 to the other metal strip 5-2, but is not necessarily provided as shown in other examples. Reference numerals 7 in FIGS. 1 and 3 showing the first example are window holes for attaching the panel of the present invention to required building members such as bases, beams, and girders at the time of building work, and when the panels are mounted on the base. This is a window hole for moving the foundation concrete.
【００２０】[0020]
【考案の効果】本考案は叙上のように構成したから、次
の効果を発揮する。構造材の内部空間に注入された発泡
断熱材は、縦棧及び（又は）横棧が無いことにより、該
内部空間の隅々まで流動し、空間全体に均一に充填され
て発泡する。従って、発泡断熱材は、構造材、石材タイ
ル、面材などと剥離の心配少く強固に接合一体化して、
周知の縦棧や横棧の役目を発揮して堅牢なパネルを構成
し、かつ構造材と石材タイル、面材との接合強化にも寄
与して一体化せしめ、高気密、高断熱というすぐれた性
能を奏するパネルが得られる。そして、構造材の内部空
間に注入された発泡断熱材は、石材タイルの取付部、そ
こを貫通係合している剛性取付杆などを発泡断熱材自体
に接合一体化せしめるから、パネル取扱い中に石材タイ
ルが脱落する心配が減少し、安心して取扱うことができ
る。従って、安全で取扱いに至便な新規のパネルを提供
しえる。[Effects of the Invention] The present invention has the following effects because it is configured as described above. The foam insulation material injected into the internal space of the structural material flows to every corner of the internal space due to the absence of longitudinal and / or transverse members, and is uniformly filled and foamed in the entire space. Therefore, the foam insulation material is firmly bonded and integrated with the structural material, stone tile, face material, etc.
It has the role of well-known vertical and horizontal stays to form a robust panel, and also contributes to strengthening the bonding between structural materials and stone tiles and surface materials, and is integrated, providing excellent airtightness and high heat insulation. A panel with good performance is obtained. The foam insulation injected into the internal space of the structural material, the mounting portion of the stone tiles, its
Since the rigid mounting rods and the like which are penetratingly engaged therewith are integrated with the foamed heat insulating material itself, there is less fear of the stone tiles falling off during the handling of the panel, and the handling can be performed with ease. Therefore, a new panel that is safe and easy to handle can be provided.
【図１】 本考案パネルの一例を示す一部切欠正面図。FIG. 1 is a partially cutaway front view showing an example of the present invention panel.
【図２】 図１の（２）−（２）線に沿える断面図。FIG. 2 is a sectional view taken along the line (2)-(2) of FIG. 1;
【図３】 図１の（３）−（３）線に沿える断面図。FIG. 3 is a sectional view taken along lines (3)-(3) of FIG. 1;
【図４】 本考案パネルの他例を示す一部切欠正面図。FIG. 4 is a partially cutaway front view showing another example of the panel of the present invention.
Ａ 構造材 １ 剛性枠体 ２ 石材タイル ３ 面材 ４ 発泡断熱材 A structural material 1 rigid frame 2 stone tile 3 face material 4 foam insulation
Claims (1)
合部を突設し、一列に並べられた複数枚の石材タイルの
前記係合部に剛性取付杆を貫通係合し、石材タイルを剛
性枠体の一側面に表出配列した状態で剛性取付杆の両端
部を剛性枠体の対向面に取付け固定し、かつ剛性枠体の
他側面に面材を取付け、剛性枠体、石材タイル及び面材
で形成された内部空間に発泡断熱材を注入してなる建築
用パネル。1. A substantially U-shaped cross section on the back side of a stone tile.
The joints are protruded, and several stone tiles arranged in a row
A rigid mounting rod penetrates and engages the engaging portion to rigidly fix the stone tile.
Both ends of the rigid mounting rod in a state where they are exposed and arranged on one side of the sex frame
Part is attached and fixed to the opposing surface of the rigid frame, and a face material is attached to the other side of the rigid frame, and a foam insulating material is provided in the inner space formed by the rigid frame, the stone tile and the face material. Architectural panels made by injection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1993066032U JP2525946Y2 (en) | 1993-12-10 | 1993-12-10 | Building panel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1993066032U JP2525946Y2 (en) | 1993-12-10 | 1993-12-10 | Building panel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0735622U JPH0735622U (en) | 1995-07-04 |
| JP2525946Y2 true JP2525946Y2 (en) | 1997-02-12 |
Family
ID=13304159
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1993066032U Expired - Fee Related JP2525946Y2 (en) | 1993-12-10 | 1993-12-10 | Building panel |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2525946Y2 (en) |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05321396A (en) * | 1991-09-12 | 1993-12-07 | Tategu Sogo Shosha Futaba:Kk | Panel for structure |
-
1993
- 1993-12-10 JP JP1993066032U patent/JP2525946Y2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0735622U (en) | 1995-07-04 |
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