A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide a deaeration structure capable of improving deaeration performance as compared with conventional one.SOLUTION: A deaeration structure 1 includes a roof substrate 3 installed on a roof top 2 of a building structure, a deaeration passage forming member 4 provided on the roof substrate 3, a first deaeration passage 11 provided between the roof substrate 3 and the deaeration passage forming member 4 and allowing a fluid between the roof substrate 3 and the deaeration passage forming member 4 to flow in a lateral direction, a first deaeration device 8 disposed in an upper side of a planar surface portion 3d of the roof substrate 3 and communicated with the first deaeration passage 11 so as to discharge the fluid to the atmosphere, and a second deaeration device 9 provided on a rising portion 3e formed to rise upward from the planar surface portion 3d and communicated with the first deaeration passage 11 so as to discharge the fluid to the atmosphere.SELECTED DRAWING: Figure 2
【課題】従来よりも脱気性能を向上可能な脱気構造を提供すること。【解決手段】脱気構造１は、建築構造物の屋上２に設置された屋根下地３と、屋根下地３の上に積層された脱気通路形成部材４と、屋根下地３と脱気通路形成部材４との間に設けられ、屋根下地３と脱気通路形成部材４との間の流体を横方向に流通させる第１脱気通路１１と、屋根下地３の平面部３ｄの上方に設けられて第１脱気通路１１に連通して流体を大気に放出する第１脱気装置８と、平面部３ｄから上方に立ち上がるように形成された立上部３ｅに設けられて第１脱気通路１１に連通して流体を大気に放出する第２脱気装置９と、を備えている。【選択図】図２
PROBLEM TO BE SOLVED: To provide a deaeration structure capable of improving deaeration performance as compared with conventional one.SOLUTION: A deaeration structure 1 includes a roof substrate 3 installed on a roof top 2 of a building structure, a deaeration passage forming member 4 provided on the roof substrate 3, a first deaeration passage 11 provided between the roof substrate 3 and the deaeration passage forming member 4 and allowing a fluid between the roof substrate 3 and the deaeration passage forming member 4 to flow in a lateral direction, a first deaeration device 8 disposed in an upper side of a planar surface portion 3d of the roof substrate 3 and communicated with the first deaeration passage 11 so as to discharge the fluid to the atmosphere, and a second deaeration device 9 provided on a rising portion 3e formed to rise upward from the planar surface portion 3d and communicated with the first deaeration passage 11 so as to discharge the fluid to the atmosphere.SELECTED DRAWING: Figure 2
【課題】従来よりも脱気性能を向上可能な脱気構造を提供すること。【解決手段】脱気構造１は、建築構造物の屋上２に設置された屋根下地３と、屋根下地３の上に積層された脱気通路形成部材４と、屋根下地３と脱気通路形成部材４との間に設けられ、屋根下地３と脱気通路形成部材４との間の流体を横方向に流通させる第１脱気通路１１と、屋根下地３の平面部３ｄの上方に設けられて第１脱気通路１１に連通して流体を大気に放出する第１脱気装置８と、平面部３ｄから上方に立ち上がるように形成された立上部３ｅに設けられて第１脱気通路１１に連通して流体を大気に放出する第２脱気装置９と、を備えている。【選択図】図２
DEAERATION STRUCTURE
脱気構造
MORI SHOTA (author)
2018-01-25
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
WATERPROOF SHEET, WATERPROOF STRUCTURE, AND DEAERATION METHOD FOR WATERPROOF STRUCTURE
| European Patent Office | 2016