Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide a novel snow cornice prevention technique capable of further reliably preventing snow falling from a roof, the occurrence of snow cornice and leaking of snowmelt, further effectively buffering and damping the static load, dynamic load and vibration of snow sliding on the surface of the roof, and greatly reducing the dynamic static load burden on the roof.SOLUTION: In a snow cornice prevention device 1, a device body net 10 is formed of one synthetic resin net which consists of a flat net part 3, a semi-cylindrical net part 4, and a scooping net part 5. The flat net part is provided with a fastening part 33 at a ridge side end 32, an end hook 35 is provided at an eaves tip side 34, the semi-cylindrical net part extends from the eaves edge end of the flat net part to have a semicircular cylinder shape, the scooping net part is connected to a middle part 36 of the flat net part at a tip end 50 to form an attitude of snow damming angle of attack α, a range from the middle part of the flat net part to the semi-cylindrical net part and the scooping net part becomes a tunnel-like loop net part, and a cylindrical skeleton 6 is installed in the tunnel-like loop net part.SELECTED DRAWING: Figure 6
【課題】屋根からの落雪や、雪庇の発生およびスガモレをより確実に防止できる上、屋根の表面上を滑り落ちる積雪の静的荷重や動的荷重および振動などをより効果的に緩衝および減衰し、屋根への動的静的荷重負担を大幅に軽減する新たな雪庇防止技術を提供する。【解決手段】装置本体ネット１０が、平網部３、半筒網部４および掬い網部５が１枚の合成樹脂製ネットからなり、平網部が、棟がわ端３２に繋着部３３が設けられ、軒先端がわ３４に端鈎３５が設けられ、半筒網部が、平網部の軒先端がわから半円筒形状に延伸され、掬い網部が、先端５０を平網部の中途部３６に結合され、雪の堰き止め迎角α姿勢とされ、平網部の中途部から半筒網部、掬い網部に至る範囲がトンネル状ループ網部分となり、トンネル状ループ網部分内に円筒型骨格６が内装されてなる雪庇防止装置１。【選択図】図６
To provide a novel snow cornice prevention technique capable of further reliably preventing snow falling from a roof, the occurrence of snow cornice and leaking of snowmelt, further effectively buffering and damping the static load, dynamic load and vibration of snow sliding on the surface of the roof, and greatly reducing the dynamic static load burden on the roof.SOLUTION: In a snow cornice prevention device 1, a device body net 10 is formed of one synthetic resin net which consists of a flat net part 3, a semi-cylindrical net part 4, and a scooping net part 5. The flat net part is provided with a fastening part 33 at a ridge side end 32, an end hook 35 is provided at an eaves tip side 34, the semi-cylindrical net part extends from the eaves edge end of the flat net part to have a semicircular cylinder shape, the scooping net part is connected to a middle part 36 of the flat net part at a tip end 50 to form an attitude of snow damming angle of attack α, a range from the middle part of the flat net part to the semi-cylindrical net part and the scooping net part becomes a tunnel-like loop net part, and a cylindrical skeleton 6 is installed in the tunnel-like loop net part.SELECTED DRAWING: Figure 6
【課題】屋根からの落雪や、雪庇の発生およびスガモレをより確実に防止できる上、屋根の表面上を滑り落ちる積雪の静的荷重や動的荷重および振動などをより効果的に緩衝および減衰し、屋根への動的静的荷重負担を大幅に軽減する新たな雪庇防止技術を提供する。【解決手段】装置本体ネット１０が、平網部３、半筒網部４および掬い網部５が１枚の合成樹脂製ネットからなり、平網部が、棟がわ端３２に繋着部３３が設けられ、軒先端がわ３４に端鈎３５が設けられ、半筒網部が、平網部の軒先端がわから半円筒形状に延伸され、掬い網部が、先端５０を平網部の中途部３６に結合され、雪の堰き止め迎角α姿勢とされ、平網部の中途部から半筒網部、掬い網部に至る範囲がトンネル状ループ網部分となり、トンネル状ループ網部分内に円筒型骨格６が内装されてなる雪庇防止装置１。【選択図】図６
SNOW CORNICE PREVENTION DEVICE
雪庇防止装置
SUZUKI TADAHIRO (Autor:in)
02.08.2021
Patent
Elektronische Ressource
Japanisch
| Europäisches Patentamt | 2020