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A platform for research: civil engineering, architecture and urbanism
REINFORCEMENT STRUCTURE OF PARTING VERGE MEMBER AND REINFORCEMENT CONSTRUCTION METHOD OF PARTING VERGE MEMBER
To provide a reinforcement structure of parting verge members and a construction method thereof which can prevent verge deformation due to snow weight, and are excellent in workability and economical efficiency.SOLUTION: A parting verge member reinforcement structure A is a structure that reinforces a parting verge member 3 installed in a verge 1b of a sloped roof 1 and includes: a parting verge member 3 provided with a verge covering portion 31 that covers the verge 1b; roof tiles 2 located under the verge covering portion 31 and extending toward an eaves; a solid heat insulating material 4 installed between the roof tiles 2 and roof base materials 14 and extending toward the eaves; and a verge reinforcement member 5 which is installed between the verge covering portion 31 and the roof tiles 2 by cutting a longitudinal edge 41 of the heat insulating material 4 and forming the edge 41 by turning it upside down so that the slop faces the opposite direction. The heat insulating material 4 is placed on the roof base materials 14 along the roof slope, and an upper surface 4a abuts on a lower surface 21a of the roof tiles 2 and the verge reinforcement member 5 is placed on an upper surface 21b of the roof tiles 2.SELECTED DRAWING: Figure 4
【課題】 積雪荷重によるケラバの変形を防ぐことができ、且つ、施工性及び経済性に優れたケラバ見切り材の補強構造及びその施工方法を提供する。【解決手段】ケラバ見切り材の補強構造Ａは、勾配屋根１のケラバ１ｂに設置されるケラバ見切り材３を補強する構造であって、ケラバ１ｂを被覆するケラバ被覆部３１を備えたケラバ見切り材３と、ケラバ被覆部３１の下に位置し、軒方向に延びる屋根瓦２と、屋根瓦２と屋根下地材１４との間に設置され、軒方向に延びる固形の断熱材４と、断熱材４の長手方向の縁端部４１を切断するとともに、当該縁端部４１を勾配が逆を向くように上下反転させて形成し、ケラバ被覆部３１と屋根瓦２との間に設置されるケラバ補強材５と、を具備し、断熱材４は、屋根勾配に沿って屋根下地材１４の上に載置されるとともに、上面４ａが屋根瓦２の下面２１ａに当接し、ケラバ補強材５は、屋根瓦２の上面２１ｂに載置される。【選択図】図４
REINFORCEMENT STRUCTURE OF PARTING VERGE MEMBER AND REINFORCEMENT CONSTRUCTION METHOD OF PARTING VERGE MEMBER
To provide a reinforcement structure of parting verge members and a construction method thereof which can prevent verge deformation due to snow weight, and are excellent in workability and economical efficiency.SOLUTION: A parting verge member reinforcement structure A is a structure that reinforces a parting verge member 3 installed in a verge 1b of a sloped roof 1 and includes: a parting verge member 3 provided with a verge covering portion 31 that covers the verge 1b; roof tiles 2 located under the verge covering portion 31 and extending toward an eaves; a solid heat insulating material 4 installed between the roof tiles 2 and roof base materials 14 and extending toward the eaves; and a verge reinforcement member 5 which is installed between the verge covering portion 31 and the roof tiles 2 by cutting a longitudinal edge 41 of the heat insulating material 4 and forming the edge 41 by turning it upside down so that the slop faces the opposite direction. The heat insulating material 4 is placed on the roof base materials 14 along the roof slope, and an upper surface 4a abuts on a lower surface 21a of the roof tiles 2 and the verge reinforcement member 5 is placed on an upper surface 21b of the roof tiles 2.SELECTED DRAWING: Figure 4
【課題】 積雪荷重によるケラバの変形を防ぐことができ、且つ、施工性及び経済性に優れたケラバ見切り材の補強構造及びその施工方法を提供する。【解決手段】ケラバ見切り材の補強構造Ａは、勾配屋根１のケラバ１ｂに設置されるケラバ見切り材３を補強する構造であって、ケラバ１ｂを被覆するケラバ被覆部３１を備えたケラバ見切り材３と、ケラバ被覆部３１の下に位置し、軒方向に延びる屋根瓦２と、屋根瓦２と屋根下地材１４との間に設置され、軒方向に延びる固形の断熱材４と、断熱材４の長手方向の縁端部４１を切断するとともに、当該縁端部４１を勾配が逆を向くように上下反転させて形成し、ケラバ被覆部３１と屋根瓦２との間に設置されるケラバ補強材５と、を具備し、断熱材４は、屋根勾配に沿って屋根下地材１４の上に載置されるとともに、上面４ａが屋根瓦２の下面２１ａに当接し、ケラバ補強材５は、屋根瓦２の上面２１ｂに載置される。【選択図】図４
REINFORCEMENT STRUCTURE OF PARTING VERGE MEMBER AND REINFORCEMENT CONSTRUCTION METHOD OF PARTING VERGE MEMBER
ケラバ見切り材の補強構造、ケラバ見切り材の補強施工方法
NAKAMATSU YASUJI (author) / TERANISHI SHINTARO (author)
2022-01-25
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen