A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a roof snow-melting apparatus that has small economical and environmental loads and can melt snow over a wide range.SOLUTION: A roof snow-melting apparatus 1 comprises an apparatus body 3, and a fixing member 4 capable of fitting the apparatus body 3 to a roof material. The apparatus body 3 has a heat radiation surface 31, a heat insulation surface 32, and a fitting surface 33 which cross one another, and has a hollow inner part 34 formed of those surfaces. The heat radiation surface 31, the heat insulation surface 32, and the fitting surface 33 each have both ends covered with a cover member 8. The cover member 8 is provided with a gas intake 81 for letting gas warmed with exhaust heat etc., flow in, and a ventilation port of a building and the gas intake 81 are linked to each other by a pipe 9. The floor snow-melting apparatus 1 is so constituted that the heat insulation surface 32 and the fitting surface 33 are substantially at right angles to each other and an angle θ that the fitting surface 33 and the heat radiation surface 31 form is smaller than a gradient of a roof 2.SELECTED DRAWING: Figure 1
【課題】経済的及び環境的負荷が少なく、広範囲の融雪が可能である屋上融雪装置を提供する。【解決手段】 屋上融雪装置１は、装置本体３と、装置本体３を屋根材に取り付け可能な固定部材４とを備える。装置本体３は、互いに交差する放熱面３１と、保温面３２と、取付面３３とを有し、これらの面によって中空内部３４を形成する。放熱面３１、保温面３２、及び取付面３３の両端は、カバー部材８で覆われる。カバー部材８には排熱等によって暖められた気体を流入するための気体流入口８１が設けられ、建物の換気口と気体流入口８１とをパイプ９で連通する。屋上融雪装置１は、保温面３２と取付面３３とが略直角であり、取付面３３と放熱面３１とのなす角度θが屋根２の勾配よりも小さくなるようにしている。【選択図】図１
To provide a roof snow-melting apparatus that has small economical and environmental loads and can melt snow over a wide range.SOLUTION: A roof snow-melting apparatus 1 comprises an apparatus body 3, and a fixing member 4 capable of fitting the apparatus body 3 to a roof material. The apparatus body 3 has a heat radiation surface 31, a heat insulation surface 32, and a fitting surface 33 which cross one another, and has a hollow inner part 34 formed of those surfaces. The heat radiation surface 31, the heat insulation surface 32, and the fitting surface 33 each have both ends covered with a cover member 8. The cover member 8 is provided with a gas intake 81 for letting gas warmed with exhaust heat etc., flow in, and a ventilation port of a building and the gas intake 81 are linked to each other by a pipe 9. The floor snow-melting apparatus 1 is so constituted that the heat insulation surface 32 and the fitting surface 33 are substantially at right angles to each other and an angle θ that the fitting surface 33 and the heat radiation surface 31 form is smaller than a gradient of a roof 2.SELECTED DRAWING: Figure 1
【課題】経済的及び環境的負荷が少なく、広範囲の融雪が可能である屋上融雪装置を提供する。【解決手段】 屋上融雪装置１は、装置本体３と、装置本体３を屋根材に取り付け可能な固定部材４とを備える。装置本体３は、互いに交差する放熱面３１と、保温面３２と、取付面３３とを有し、これらの面によって中空内部３４を形成する。放熱面３１、保温面３２、及び取付面３３の両端は、カバー部材８で覆われる。カバー部材８には排熱等によって暖められた気体を流入するための気体流入口８１が設けられ、建物の換気口と気体流入口８１とをパイプ９で連通する。屋上融雪装置１は、保温面３２と取付面３３とが略直角であり、取付面３３と放熱面３１とのなす角度θが屋根２の勾配よりも小さくなるようにしている。【選択図】図１
ROOF SNOW-MELTING APPARATUS
屋上融雪装置
SHINOZAKI YASUHIKO (author)
2020-06-04
Patent
Electronic Resource
Japanese
SNOW-MELTING ROOF STRUCTURE, ROOF SNOW-MELTING DEVICE, ROOF, AND BUILDING
| European Patent Office | 2024
SNOW MELTING ROOF STRUCTURAL BODY AND SNOW MELTING ROOF STRUCTURE
| European Patent Office | 2018
SNOW MELTING ROOF STRUCTURAL BODY AND SNOW MELTING ROOF STRUCTURE
| European Patent Office | 2019
SNOW MELTING ROOF STRUCTURE BODY AND SNOW MELTING ROOF STRUCTURE
| European Patent Office | 2019