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A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To efficiently collect and efficiently transmit solar heat to roof sheet metal by heat conduction by air.SOLUTION: A roof snow melting device 100 is applied to a folded-plate roof having a structure suitable for forming a space of extending in the inclined direction under roof sheet metal. A snow stopper 104 includes a flat long plate, and is fixed to the upper surface outside of a projection part of a folded-plate by an installing metal fitting 104A so that the inclined direction of the folded-plate roof is orthogonal to the longitudinal direction of the plate. A heat transfer space 111 is formed by using the projection part of the folded-plate. The heat transfer space 111 is a space which extends in the inclined direction and in which a heat insulation material 106 is arranged on a bottom surface, and both end parts of the heat transfer space 111 are blocked by a partition member (a solar heat collection plate 102A and a partition heat insulation surface door 105). The heat transfer space 111 transmits solar heat collected by a projection part side surface of the folded-plate on the lower side of the snow stopper 104 to the roof sheet metal on the upper side of the snow stopper 104 by the air. The solar heat transmitted to the roof sheet metal on the upper side of the snow stopper 104, melts accumulated snow 108 on the upper side of the snow stopper 104.SELECTED DRAWING: Figure 2
【課題】太陽熱を効率よく収集して空気による熱伝導により屋根板金に効率よく伝える。【解決手段】屋根融雪装置１００は、屋根板金の下に傾斜方向に延びる空間を形成するのに適した構造を有する折板屋根に適用される。雪止め１０４は、平らな長い平板を含み、折板屋根の傾斜方向と平板の長手方向とが垂直になるように、取付け金具１０４Ａによって折板の凸部の上面外側に固定される。熱伝達空間１１１は、折板の凸部を用いて形成される。熱伝達空間１１１は、底面に断熱材１０６が配置され、かつ、傾斜方向における両端部が仕切り部材（太陽熱収熱板１０２Ａと仕切り断熱面戸１０５）で塞がれた傾斜方向に延びる空間である。熱伝達空間１１１は、雪止め１０４の下側の折板の凸部側面で収集される太陽熱を空気により雪止め１０４の上側の屋根板金に伝達する。雪止め１０４の上側の屋根板金に伝達される太陽熱は、雪止め１０４の上側の積雪１０８を融かす。【選択図】図２
PROBLEM TO BE SOLVED: To efficiently collect and efficiently transmit solar heat to roof sheet metal by heat conduction by air.SOLUTION: A roof snow melting device 100 is applied to a folded-plate roof having a structure suitable for forming a space of extending in the inclined direction under roof sheet metal. A snow stopper 104 includes a flat long plate, and is fixed to the upper surface outside of a projection part of a folded-plate by an installing metal fitting 104A so that the inclined direction of the folded-plate roof is orthogonal to the longitudinal direction of the plate. A heat transfer space 111 is formed by using the projection part of the folded-plate. The heat transfer space 111 is a space which extends in the inclined direction and in which a heat insulation material 106 is arranged on a bottom surface, and both end parts of the heat transfer space 111 are blocked by a partition member (a solar heat collection plate 102A and a partition heat insulation surface door 105). The heat transfer space 111 transmits solar heat collected by a projection part side surface of the folded-plate on the lower side of the snow stopper 104 to the roof sheet metal on the upper side of the snow stopper 104 by the air. The solar heat transmitted to the roof sheet metal on the upper side of the snow stopper 104, melts accumulated snow 108 on the upper side of the snow stopper 104.SELECTED DRAWING: Figure 2
【課題】太陽熱を効率よく収集して空気による熱伝導により屋根板金に効率よく伝える。【解決手段】屋根融雪装置１００は、屋根板金の下に傾斜方向に延びる空間を形成するのに適した構造を有する折板屋根に適用される。雪止め１０４は、平らな長い平板を含み、折板屋根の傾斜方向と平板の長手方向とが垂直になるように、取付け金具１０４Ａによって折板の凸部の上面外側に固定される。熱伝達空間１１１は、折板の凸部を用いて形成される。熱伝達空間１１１は、底面に断熱材１０６が配置され、かつ、傾斜方向における両端部が仕切り部材（太陽熱収熱板１０２Ａと仕切り断熱面戸１０５）で塞がれた傾斜方向に延びる空間である。熱伝達空間１１１は、雪止め１０４の下側の折板の凸部側面で収集される太陽熱を空気により雪止め１０４の上側の屋根板金に伝達する。雪止め１０４の上側の屋根板金に伝達される太陽熱は、雪止め１０４の上側の積雪１０８を融かす。【選択図】図２
ROOF SNOW MELTING DEVICE
屋根融雪装置
NANAO HIDEO (author)
2017-02-02
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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