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 wiring lead-in structure with a simple configuration capable of preventing water leakage from immersing into a building for a long period.SOLUTION: A wiring lead-in structure comprises: a roof hole part (20) into which a connection line (10) wired on a roof part (2) of a building (1) is inserted; and a wiring storage member (3) disposed on a rear surface side of the roof part (2). The wiring storage member (3) includes a drain guide surface (32) and a wire lead-in opening (36). The drain guide surface (32) continues to the roof hole part (20), extends from the roof hole part (20) toward an upstream side of the roof part (2), receives the water immersed from the roof hole part (20), and drains the immersed water outside from the roof hole part (20) by gravity. The wire lead-in opening (36) is disposed at a position on an upstream end side of the drain guide surface (32) in oder to lead in the connection line (10) inserted into the roof hole part (20) to the inside of the building (1) along the drain guide surface (32).SELECTED DRAWING: Figure 1
【課題】簡易な構成で、長期間にわたり建物内部への漏水を防止することのできる配線引き込み構造を提供すること。【解決手段】配線引き込み構造は、建物（１）の屋根部（２）上に配された接続線（１０）が挿通される屋根穴部（２０）と、屋根部（２）の裏面側に配置される配線収容部材（３）とを備える。配線収容部材（３）は、排水案内面（３２）と線引込開口（３６）とを含む。排水案内面（３２）は、屋根穴部（２０）に連なって当該屋根穴部（２０）から屋根部（２）の上流方向に延在し、屋根穴部（２０）から浸入する水を受けるとともに、浸入した水を当該屋根穴部（２０）から外部に自然排水させる。線引込開口（３６）は、屋根穴部（２０）に挿通された接続線（１０）を、排水案内面（３２）に沿って建物（１）の内部に引き込むために、排水案内面（３２）の上流端部側の位置に設けられる。【選択図】図１
PROBLEM TO BE SOLVED: To provide a wiring lead-in structure with a simple configuration capable of preventing water leakage from immersing into a building for a long period.SOLUTION: A wiring lead-in structure comprises: a roof hole part (20) into which a connection line (10) wired on a roof part (2) of a building (1) is inserted; and a wiring storage member (3) disposed on a rear surface side of the roof part (2). The wiring storage member (3) includes a drain guide surface (32) and a wire lead-in opening (36). The drain guide surface (32) continues to the roof hole part (20), extends from the roof hole part (20) toward an upstream side of the roof part (2), receives the water immersed from the roof hole part (20), and drains the immersed water outside from the roof hole part (20) by gravity. The wire lead-in opening (36) is disposed at a position on an upstream end side of the drain guide surface (32) in oder to lead in the connection line (10) inserted into the roof hole part (20) to the inside of the building (1) along the drain guide surface (32).SELECTED DRAWING: Figure 1
【課題】簡易な構成で、長期間にわたり建物内部への漏水を防止することのできる配線引き込み構造を提供すること。【解決手段】配線引き込み構造は、建物（１）の屋根部（２）上に配された接続線（１０）が挿通される屋根穴部（２０）と、屋根部（２）の裏面側に配置される配線収容部材（３）とを備える。配線収容部材（３）は、排水案内面（３２）と線引込開口（３６）とを含む。排水案内面（３２）は、屋根穴部（２０）に連なって当該屋根穴部（２０）から屋根部（２）の上流方向に延在し、屋根穴部（２０）から浸入する水を受けるとともに、浸入した水を当該屋根穴部（２０）から外部に自然排水させる。線引込開口（３６）は、屋根穴部（２０）に挿通された接続線（１０）を、排水案内面（３２）に沿って建物（１）の内部に引き込むために、排水案内面（３２）の上流端部側の位置に設けられる。【選択図】図１
WIRING LEAD-IN STRUCTURE
配線引き込み構造
YASUE TOSHIHIKO (author)
2016-05-23
Patent
Electronic Resource
Japanese
How do electrical wiring faults lead to structure ignitions? [FM01]
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