JP6779549B2 - Installation method and wall structure - Google Patents
Installation method and wall structure Download PDFInfo
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- JP6779549B2 JP6779549B2 JP2020040070A JP2020040070A JP6779549B2 JP 6779549 B2 JP6779549 B2 JP 6779549B2 JP 2020040070 A JP2020040070 A JP 2020040070A JP 2020040070 A JP2020040070 A JP 2020040070A JP 6779549 B2 JP6779549 B2 JP 6779549B2
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- tile
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本発明は、建築物および工作物の壁その他の面に大板タイルを施工する場合に、剥離による落下防止を目的とした大板タイルの裏面形状とそれを利用した新しい取付け施工方法に関するものである。 The present invention relates to a back surface shape of a large plate tile for the purpose of preventing falling due to peeling when a large plate tile is applied to a wall or other surface of a building or a workpiece, and a new installation method using the back surface shape of the large plate tile. is there.
一般的に小口タイルは、モルタル系又は樹脂系の接着剤で全面圧着貼り工法を標準としているが、大板タイルは仕上がりの不陸精度を求められる為に同様の接着剤で部分接着による工法を採用している。 Generally, for small-sized tiles, the standard method is to use a mortar-based or resin-based adhesive to crimp the entire surface, but for large-sized tiles, the same adhesive is used to partially bond the tiles. It is adopted.
経年劣化や地震などの影響により、接着剤が剥離してタイルが落下する事故が近年増加している為、タイルの荷重を受ける金具を併用する工法や、タイルの裏面を加工して金具を組み込む工法等が考えられているが、その工法の複雑さや部品および加工費によるコスト増加等の理由により普及しづらい状況である。 Since the number of accidents in which the adhesive peels off and the tile falls due to the effects of aging and earthquakes has increased in recent years, the method of using metal fittings that receive the load of the tile and the metal fittings are incorporated by processing the back surface of the tile. Construction methods are being considered, but it is difficult to spread due to the complexity of the construction methods and the increase in costs due to parts and processing costs.
本発明は、大板タイルの汎用性、表現性はそのままに、落下防止することを目的とする。 An object of the present invention is to prevent a large plate tile from falling while maintaining its versatility and expressiveness .
本発明の取付け施工方法は、吊り下げる金属線と前記金属線をアンカー固定するための金属プレートとを有する落下防止金具と、タイル本体である板部と前記板部の裏面において周囲に平坦部分を残して規則的に配置された複数の凸部とを製造過程において一体成型した大板タイルとを使用する。さらに、本発明の取付け施工方法は、前記金属線を引っ掛けるために、前記凸部の根元を前記裏面の向きに溝加工して溝部を形成する工程と、前記凸部を前記落下防止金具の前記金属線の環に通し、前記凸部の根元の前記溝部に前記金属線を引っ掛ける工程と、施工先の下地面に前記大板タイルの前記凸部を接着すると共に、前記落下防止金具の前記金属プレートを前記下地面にアンカー固定する工程とを備え、前記アンカー固定された前記金属プレートは、前記大板タイルから鉛直上方にはみ出して、鉛直上方に隣接して取付け施工される大板タイルの前記平坦部分と前記下地面との間隙に位置することを特徴とする。 The mounting method of the present invention includes a fall prevention metal fitting having a hanging metal wire and a metal plate for anchoring the metal wire , and a flat portion around the plate portion of the tile body and the back surface of the plate portion. leaving to use a large sheet tiles integrally molded in the manufacturing process and a plurality of convex portions are regularly arranged. Further, the mounting method of the present invention includes a step of forming a groove by grooving the base of the convex portion in the direction of the back surface in order to hook the metal wire, and the convex portion of the fall prevention metal fitting . through the ring of metal wire, the step of hooking the metal wire to the groove of the base of the protrusion, thereby bonding the protrusions of the large sheet tiles underlying surface construction destination, the metal of the fall prevention fitting and a step of anchoring the plate to the lower ground, said anchor fixed the metal plate, said protruding vertically upward from the large plate tile, the large plate tile that is attached construction adjacent vertically upward It is characterized in that it is located in the gap between the flat portion and the base surface .
本発明は、大板タイルの製造過程において裏面に凸部を設け、その凸部の根元を溝加工することで、落下防止金具を取付け可能にした。 In the present invention , a fall prevention metal fitting can be attached by providing a convex portion on the back surface in the manufacturing process of a large plate tile and grooving the base of the convex portion.
以下、本発明の実施例について、図１から図５にもとづいて説明する。
本発明の工法は、コンクリート面、金属面、木面等の下地面に対して施工される。
Hereinafter, examples of the present invention will be described with reference to FIGS. 1 to 5.
The construction method of the present invention is applied to a ground surface such as a concrete surface, a metal surface, or a wooden surface.
図１は、本発明タイル実施例の正側面図であって、大板タイルの裏面に複数の規則的に配置された凸部が一体成型で製造されるものである。 FIG. 1 is a front side view of an embodiment of the tile of the present invention, in which a plurality of regularly arranged convex portions are integrally molded on the back surface of the large plate tile.
図２は、施工現場において金物を引っ掛けるために、タイル裏面に一体成型された凸部に工具を使って溝加工する。 In FIG. 2, a tool is used to groove a convex portion integrally molded on the back surface of a tile in order to hook a metal fitting at a construction site.
図３は、溝加工した１または複数の凸部に、タイルを吊り下げる金具を引っ掛ける方法をあらわした図である。 FIG. 3 is a diagram showing a method of hooking a metal fitting for suspending a tile on one or a plurality of grooved convex portions.
図４は、金具を取り付け施工された状態を表すタイルの接着面と側面の図である。 FIG. 4 is a view of the adhesive surface and side surface of the tile showing the state in which the metal fittings are attached and constructed.
図５は、取り付け施工された金具の側面の拡大図である。 FIG. 5 is an enlarged view of the side surface of the attached metal fitting.
１ 大板タイル
２ タイル裏面に一体成型された凸部
３ 凸部に加工された溝
４ タイルを吊り下げる金属線
５ 金属線を下地面にアンカー固定するための金属プレート
６ アンカーボルト
７ タイル貼り付け用の弾性接着剤
８ 凸部に溝加工するグラインダー等工具
1
Claims (2)
タイル本体である板部と、前記板部の裏面において周囲に平坦部分を残して規則的に配置された複数の凸部とを製造過程において一体成型した大板タイルと、
を使用する取付け施工方法であって、
前記金属線を引っ掛けるために、前記凸部の根元を前記裏面の向きに溝加工して溝部を形成する工程と、
前記凸部を前記落下防止金具の前記金属線の環に通し、前記凸部の根元の前記溝部に前記金属線を引っ掛ける工程と、
施工先の下地面に前記大板タイルの前記凸部を接着すると共に、前記落下防止金具の前記金属プレートを前記下地面にアンカー固定する工程とを備え、
前記アンカー固定された前記金属プレートは、前記大板タイルから鉛直上方にはみ出して、鉛直上方に取付け施工される前記大板タイルの前記平坦部分と前記下地面との間隙に位置する
ことを特徴とする取付け施工方法。 A fall prevention metal fitting having a metal wire for suspending a tile and a metal plate for anchoring the metal wire .
A large plate tile in which a plate portion, which is a tile body, and a plurality of convex portions regularly arranged on the back surface of the plate portion, leaving a flat portion around the plate portion, are integrally molded in the manufacturing process .
It is a mounting construction method that uses
A step of forming a groove by grooving the base of the convex portion in the direction of the back surface in order to hook the metal wire.
A step of passing the convex portion through the ring of the metal wire of the fall prevention metal fitting and hooking the metal wire in the groove portion at the base of the convex portion.
A step of adhering the convex portion of the large plate tile to the lower ground of the construction site and anchoring the metal plate of the fall prevention metal fitting to the base surface is provided.
The metal plate fixed to the anchor is characterized in that it protrudes vertically upward from the large plate tile and is located in a gap between the flat portion of the large plate tile to be installed and installed vertically above and the base surface. Installation method to be installed.
タイル本体である板部と、前記板部の裏面において周囲に平坦部分を残して規則的に配置された複数の凸部とを製造過程において一体成型した大板タイルとを備え、
前記金属線を引っ掛けるために、前記凸部の根元を前記裏面の向きに溝加工して溝部を形成した構造と、
前記凸部を前記落下防止金具の前記金属線の環に通し、前記凸部の根元の前記溝部に前記金属線を引っ掛けた構造と、
施工先の下地面に前記大板タイルの前記凸部を接着した構造と、
前記落下防止金具の前記金属プレートを前記下地面にアンカー固定した構造と、
前記アンカー固定された前記金属プレートは、前記大板タイルから鉛直上方にはみ出して、鉛直上方に取付け施工される前記大板タイルの前記平坦部分と前記下地面との間隙に位置した構造と
を備えたことを特徴とする壁面構造体。 A fall prevention metal fitting having a metal wire for suspending a tile and a metal plate for anchoring the metal wire .
A large plate tile in which a plate portion which is a tile main body and a plurality of convex portions regularly arranged on the back surface of the plate portion while leaving a flat portion around the plate portion are integrally molded in a manufacturing process is provided.
A structure in which the root of the convex portion is grooved in the direction of the back surface to form a groove in order to hook the metal wire.
A structure in which the convex portion is passed through a ring of the metal wire of the fall prevention metal fitting , and the metal wire is hooked on the groove portion at the base of the convex portion.
A structure in which the convex portion of the large plate tile is bonded to the lower ground of the construction site,
A structure in which the metal plate of the fall prevention metal fitting is anchored to the base surface and
The anchor-fixed metal plate has a structure that protrudes vertically upward from the large plate tile and is located in a gap between the flat portion of the large plate tile and the base surface to be installed and installed vertically above. A wall structure characterized by the fact that.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2020040070A JP6779549B2 (en) | 2020-03-09 | 2020-03-09 | Installation method and wall structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2020040070A JP6779549B2 (en) | 2020-03-09 | 2020-03-09 | Installation method and wall structure |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2017158326A Division JP2019035292A (en) | 2017-08-21 | 2017-08-21 | Rear surface shape of large plate tile, and suspending method |
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| JP2020079560A JP2020079560A (en) | 2020-05-28 |
| JP6779549B2 true JP6779549B2 (en) | 2020-11-04 |
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| JP2020079560A (en) | 2020-05-28 |
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