A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a coping structure provided with a through coping base member allowing cut-off and ventilation performance to be added to a coping of a building.SOLUTION: A coping structure 2 covering top parts of parallel walls is composed of a coping 10, a pair of through coping base members, and a through coping base connecting member 30 connecting the pair of through coping base members 40. Each of the through coping base members is composed of a horizontal part 11 and a suspended part 12, and extends long along each of the walls. Each of the horizontal part has no ventilation hole and has a first erected piece 42 projected over a length of its longitudinal direction. Thereby, limiting portions communicating an inside of the coping with an outer part makes water hard to intrude into the inside of the coping without filling resin seal agent in a gap between the horizontal part and the suspended part of the through coping base member and the walls. As being blocked with the first erected piece, water is prevented from intruding into an inner side of a room even in a case rain water intrudes into an upper side of the horizontal part of the coping.SELECTED DRAWING: Figure 2
【課題】建物の笠木に高い止水性と通気性を備えさせることもできる通し笠木下地部材を有する笠木構造を提供する。【解決手段】並んだ壁の頂部を塞ぐ笠木構造２を、笠木１０と、一対の通し笠木下地部材と、一対の通し笠木下地部材４０を繋ぐ笠木下地連結部材３０とから構成した。各々の通し笠木下地部材が、水平部１１と垂下部１２とからなり、各々の壁に沿って長く延びると共に、各々の水平部が、通気孔を有さないと共に、長手方向全長に亘って突出された第１立設片４２を有するようにした。これにより、笠木の内部と外部とが通じる部分を限定させ、通し笠木下地部材の水平部と垂下部と、壁とがなす隙間に樹脂シール剤を注入しなくても、笠木内部に水が浸入しにくい。笠木の水平部の上に雨水が浸入された場合であっても、第１立設片により堰き止められ、屋内側に浸入されることはない。【選択図】図２
To provide a coping structure provided with a through coping base member allowing cut-off and ventilation performance to be added to a coping of a building.SOLUTION: A coping structure 2 covering top parts of parallel walls is composed of a coping 10, a pair of through coping base members, and a through coping base connecting member 30 connecting the pair of through coping base members 40. Each of the through coping base members is composed of a horizontal part 11 and a suspended part 12, and extends long along each of the walls. Each of the horizontal part has no ventilation hole and has a first erected piece 42 projected over a length of its longitudinal direction. Thereby, limiting portions communicating an inside of the coping with an outer part makes water hard to intrude into the inside of the coping without filling resin seal agent in a gap between the horizontal part and the suspended part of the through coping base member and the walls. As being blocked with the first erected piece, water is prevented from intruding into an inner side of a room even in a case rain water intrudes into an upper side of the horizontal part of the coping.SELECTED DRAWING: Figure 2
【課題】建物の笠木に高い止水性と通気性を備えさせることもできる通し笠木下地部材を有する笠木構造を提供する。【解決手段】並んだ壁の頂部を塞ぐ笠木構造２を、笠木１０と、一対の通し笠木下地部材と、一対の通し笠木下地部材４０を繋ぐ笠木下地連結部材３０とから構成した。各々の通し笠木下地部材が、水平部１１と垂下部１２とからなり、各々の壁に沿って長く延びると共に、各々の水平部が、通気孔を有さないと共に、長手方向全長に亘って突出された第１立設片４２を有するようにした。これにより、笠木の内部と外部とが通じる部分を限定させ、通し笠木下地部材の水平部と垂下部と、壁とがなす隙間に樹脂シール剤を注入しなくても、笠木内部に水が浸入しにくい。笠木の水平部の上に雨水が浸入された場合であっても、第１立設片により堰き止められ、屋内側に浸入されることはない。【選択図】図２
COPING STRUCTURE
笠木構造
SHIBATA HISATO (author)
2020-04-09
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen