A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VENTILATION PORT TERMINAL MEMBER AND BUILDING
To provide a ventilation port terminal member etc. which enables improvement of damping effect against vibration propagated to a hood part when droplets fall and collide with a droplet receiving plate and achieves excellent effect of reducing sound caused by droplets when the droplets fall and collide with a surface of the droplet receiving plate.SOLUTION: A ventilation port terminal member according to the invention is attached to a ventilation hole formed on an outer wall of a building and includes: a hood part 3 protruding to the outer side of the building farther than an outer wall surface of the building; an elastic support body 4 connected to a top plate part 6 of the hood part 3; and a droplet receiving plate 5 which is connected to the elastic support body 4 and provided so as to be located above the top plate part 6 of the hood part 3. Rigidity of the top plate part 6 of the hood part 3 is higher than rigidity of a plate part, which excludes the top plate part 6, of the hood part 3.SELECTED DRAWING: Figure 4
【課題】水滴受板への水滴落下衝突時においてフード部に伝搬してきた振動に対するダンピング効果を向上できて、水滴受板の表面に対する水滴落下衝突時における水滴落下衝突音の低減効果に優れた換気口端末部材等を提供する。【解決手段】本発明に係る換気口端末部材は、建物の外壁に形成された換気孔に取付けられる換気口端末部材であって、建物の外壁面より建物の外側に突出するフード部３と、フード部３の天板部６に連結された弾性支持体４と、弾性支持体４に連結されてフード部３の天板６部の上方に位置するように設けられた水滴受板５とを備え、フード部３の天板部６の剛性が、フード部３の天板部６以外の板部の剛性よりも大きいことを特徴とする。【選択図】図４
VENTILATION PORT TERMINAL MEMBER AND BUILDING
To provide a ventilation port terminal member etc. which enables improvement of damping effect against vibration propagated to a hood part when droplets fall and collide with a droplet receiving plate and achieves excellent effect of reducing sound caused by droplets when the droplets fall and collide with a surface of the droplet receiving plate.SOLUTION: A ventilation port terminal member according to the invention is attached to a ventilation hole formed on an outer wall of a building and includes: a hood part 3 protruding to the outer side of the building farther than an outer wall surface of the building; an elastic support body 4 connected to a top plate part 6 of the hood part 3; and a droplet receiving plate 5 which is connected to the elastic support body 4 and provided so as to be located above the top plate part 6 of the hood part 3. Rigidity of the top plate part 6 of the hood part 3 is higher than rigidity of a plate part, which excludes the top plate part 6, of the hood part 3.SELECTED DRAWING: Figure 4
【課題】水滴受板への水滴落下衝突時においてフード部に伝搬してきた振動に対するダンピング効果を向上できて、水滴受板の表面に対する水滴落下衝突時における水滴落下衝突音の低減効果に優れた換気口端末部材等を提供する。【解決手段】本発明に係る換気口端末部材は、建物の外壁に形成された換気孔に取付けられる換気口端末部材であって、建物の外壁面より建物の外側に突出するフード部３と、フード部３の天板部６に連結された弾性支持体４と、弾性支持体４に連結されてフード部３の天板６部の上方に位置するように設けられた水滴受板５とを備え、フード部３の天板部６の剛性が、フード部３の天板部６以外の板部の剛性よりも大きいことを特徴とする。【選択図】図４
VENTILATION PORT TERMINAL MEMBER AND BUILDING
換気口端末部材、及び、建物
KUROKI TAKU (author) / OWAKI MASANAO (author) / MIZUNO NORIHITO (author) / TANAKA YUSUKE (author)
2022-06-23
Patent
Electronic Resource
Japanese