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HEAT INSULATION DEVICE AND HEAT INSULATION SYSTEM
PROBLEM TO BE SOLVED: To provide a heat insulation system which minimizes deterioration of heat insulation performance of a heat insulation material due to dew condensation water from a building and radiation heat and the like by sunlight and the like.SOLUTION: A heat insulation system installed on a roof floor of a concrete building 110 includes: a heat insulation device 100 comprising a heat insulation material 10, a circulation passage formation part 20 and a suction part 30; and an outside air intake device 40. The circulation passage formation part 20 forms a circulation passage 21 of air which goes around an outer periphery of the heat insulation material 10 at a heat insulation material lower surface 11 which is an installation surface of the heat insulation material 10, a heat insulation material upper surface 12 which is the opposite surface and a heat insulation material side surface 13 respectively. The suction part 30 sucks air in the circulation passage 21 and exhausts it to the outside. The outside air intake device 40 takes the outside air in the circulation passage 21. By a suction air flow generated by the suction, moisture around the heat insulation material 10 is discharged, and also, the high temperature heat insulation material is cooled.SELECTED DRAWING: Figure 1
【課題】建物内からの結露水や、太陽光等による輻射熱等に起因する断熱材の断熱性能の低下を最小限にする断熱システムを提供する。【解決手段】コンクリート建物110の屋上に設置された断熱システムは、断熱材10と、循環通路形成部20と、吸気部30とで構成された断熱装置100と、外気取り入れ装置40とを備える。循環通路形成部20は、断熱材10の設置面である断熱材下面11と、その反対面の断熱材上面12と、断熱材側面13のそれぞれに、断熱材10の外周を一周する空気の循環通路21を形成する。吸気部30は、循環通路21内における空気を吸気して外部へ排出するものである。外気取り入れ装置40は、循環通路21内に外気を取り入れるものである。この吸気より発生する吸気流により断熱材10の周囲の水分が排出され、また、高温の断熱材が冷却される。【選択図】図1
HEAT INSULATION DEVICE AND HEAT INSULATION SYSTEM
PROBLEM TO BE SOLVED: To provide a heat insulation system which minimizes deterioration of heat insulation performance of a heat insulation material due to dew condensation water from a building and radiation heat and the like by sunlight and the like.SOLUTION: A heat insulation system installed on a roof floor of a concrete building 110 includes: a heat insulation device 100 comprising a heat insulation material 10, a circulation passage formation part 20 and a suction part 30; and an outside air intake device 40. The circulation passage formation part 20 forms a circulation passage 21 of air which goes around an outer periphery of the heat insulation material 10 at a heat insulation material lower surface 11 which is an installation surface of the heat insulation material 10, a heat insulation material upper surface 12 which is the opposite surface and a heat insulation material side surface 13 respectively. The suction part 30 sucks air in the circulation passage 21 and exhausts it to the outside. The outside air intake device 40 takes the outside air in the circulation passage 21. By a suction air flow generated by the suction, moisture around the heat insulation material 10 is discharged, and also, the high temperature heat insulation material is cooled.SELECTED DRAWING: Figure 1
【課題】建物内からの結露水や、太陽光等による輻射熱等に起因する断熱材の断熱性能の低下を最小限にする断熱システムを提供する。【解決手段】コンクリート建物110の屋上に設置された断熱システムは、断熱材10と、循環通路形成部20と、吸気部30とで構成された断熱装置100と、外気取り入れ装置40とを備える。循環通路形成部20は、断熱材10の設置面である断熱材下面11と、その反対面の断熱材上面12と、断熱材側面13のそれぞれに、断熱材10の外周を一周する空気の循環通路21を形成する。吸気部30は、循環通路21内における空気を吸気して外部へ排出するものである。外気取り入れ装置40は、循環通路21内に外気を取り入れるものである。この吸気より発生する吸気流により断熱材10の周囲の水分が排出され、また、高温の断熱材が冷却される。【選択図】図1
HEAT INSULATION DEVICE AND HEAT INSULATION SYSTEM
断熱装置、及び断熱システム
KINOSHITA TSUNEO (author)
2016-08-18
Patent
Electronic Resource
Japanese
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