A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ROOF MATERIAL FOR DRAINING RAINWATER FROM STRUCTURE, AND ASSEMBLED ROOF FOR DRAINING RAINWATER
PROBLEM TO BE SOLVED: To provide a roof material that ensures both high hoisting workability and stability against wind after installation, the roof material being installed detachably on a roof of a building or other structure and preventing rainwater infiltration into the structure.SOLUTION: A roof material 1 comprises a frame material 2 and a bottom material 3, the frame material being formed to have a hollow cross-section and a closed annular form, from a material enabling injection of a gas and a liquid and maintaining the injected state, and the bottom material being formed from a material capable of maintaining a liquid storage state and being integrated on the bottom surface side of the annular frame material 2. An inlet 2a is formed on the frame material 2 for injecting either the gas or the liquid. Outlets 3a, 7 are formed for drainage when suitable, either on the bottom material 3 or the frame material 2.SELECTED DRAWING: Figure 1
【課題】建物等、構造物の屋根上に着脱自在に設置され、構造物内に雨水が浸入することを防止するために使用される屋根材の吊り上げ作業性と設置後の風に対する安定性を同時に確保する。【解決手段】気体と液体の注入が可能で、それぞれの注入状態を維持可能な素材から中空断面形状に形成され、環状に閉じた形に周回する枠材２と、液体の貯留状態を維持可能な素材から形成され、周回する枠材２の底面側に一体化した底材３から屋根材１を構成し、枠材２に気体と液体のいずれかを注入するための注入口２ａを形成する。場合により底材３、もしくは枠材２に排水のための排水口３ａ、７を形成する。【選択図】図１
ROOF MATERIAL FOR DRAINING RAINWATER FROM STRUCTURE, AND ASSEMBLED ROOF FOR DRAINING RAINWATER
PROBLEM TO BE SOLVED: To provide a roof material that ensures both high hoisting workability and stability against wind after installation, the roof material being installed detachably on a roof of a building or other structure and preventing rainwater infiltration into the structure.SOLUTION: A roof material 1 comprises a frame material 2 and a bottom material 3, the frame material being formed to have a hollow cross-section and a closed annular form, from a material enabling injection of a gas and a liquid and maintaining the injected state, and the bottom material being formed from a material capable of maintaining a liquid storage state and being integrated on the bottom surface side of the annular frame material 2. An inlet 2a is formed on the frame material 2 for injecting either the gas or the liquid. Outlets 3a, 7 are formed for drainage when suitable, either on the bottom material 3 or the frame material 2.SELECTED DRAWING: Figure 1
【課題】建物等、構造物の屋根上に着脱自在に設置され、構造物内に雨水が浸入することを防止するために使用される屋根材の吊り上げ作業性と設置後の風に対する安定性を同時に確保する。【解決手段】気体と液体の注入が可能で、それぞれの注入状態を維持可能な素材から中空断面形状に形成され、環状に閉じた形に周回する枠材２と、液体の貯留状態を維持可能な素材から形成され、周回する枠材２の底面側に一体化した底材３から屋根材１を構成し、枠材２に気体と液体のいずれかを注入するための注入口２ａを形成する。場合により底材３、もしくは枠材２に排水のための排水口３ａ、７を形成する。【選択図】図１
ROOF MATERIAL FOR DRAINING RAINWATER FROM STRUCTURE, AND ASSEMBLED ROOF FOR DRAINING RAINWATER
構造物の雨水排出用屋根材及び雨水排出用組立屋根
MATSUO IPPEI (author) / UMIHIRA TAKAO (author) / WAKUSAWA KAZUAKI (author)
2017-11-24
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen