A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
IN-BUILDING ROOF SURFACE DEW CONDENSATION PREVENTION METHOD
PROBLEM TO BE SOLVED: To provide an in-building roof surface dew condensation prevention method capable of surely preventing occurrence of dew condensation of a roof surface in a dew condensation prohibition area where a facility of strictly prohibiting wetting is disposed, at low cost.SOLUTION: An in-building roof surface dew condensation prevention method prevents dew condensation of a roof surface 3 in a dew condensation prohibition area 20, in a building 1 where a steam generation source 11 is arranged. An air blower facility 30 is installed between a steam generation area 10 where the steam generation source 11 is installed and the dew condensation prohibition area 20; and by the air blower facility 30, a first air flow 41 fluidizing along the roof surface 3 toward the dew condensation prohibition area 20 is formed, and a second air flow 42 fluidizing toward the side of the steam generation area 10 is formed.SELECTED DRAWING: Figure 1
【課題】水濡れ厳禁の設備等が配設された結露禁止エリアにおける屋根面の結露の発生を確実にかつ低コストで防止することができる建屋内屋根面結露防止方法を提供する。【解決手段】水蒸気発生源１１が配設された建屋１内において、結露禁止エリア２０における屋根面３の結露を防止する建屋内屋根面結露防止方法であって、水蒸気発生源１１が設置された水蒸気発生エリア１０と結露禁止エリア２０との間に送風設備３０を設置し、この送風設備３０によって、結露禁止エリア２０に向けて屋根面３に沿って流動する第１の気流４１を形成するとともに、水蒸気発生エリア１０側に向けて流動する第２の気流４２を形成することを特徴とする。【選択図】図１
IN-BUILDING ROOF SURFACE DEW CONDENSATION PREVENTION METHOD
PROBLEM TO BE SOLVED: To provide an in-building roof surface dew condensation prevention method capable of surely preventing occurrence of dew condensation of a roof surface in a dew condensation prohibition area where a facility of strictly prohibiting wetting is disposed, at low cost.SOLUTION: An in-building roof surface dew condensation prevention method prevents dew condensation of a roof surface 3 in a dew condensation prohibition area 20, in a building 1 where a steam generation source 11 is arranged. An air blower facility 30 is installed between a steam generation area 10 where the steam generation source 11 is installed and the dew condensation prohibition area 20; and by the air blower facility 30, a first air flow 41 fluidizing along the roof surface 3 toward the dew condensation prohibition area 20 is formed, and a second air flow 42 fluidizing toward the side of the steam generation area 10 is formed.SELECTED DRAWING: Figure 1
【課題】水濡れ厳禁の設備等が配設された結露禁止エリアにおける屋根面の結露の発生を確実にかつ低コストで防止することができる建屋内屋根面結露防止方法を提供する。【解決手段】水蒸気発生源１１が配設された建屋１内において、結露禁止エリア２０における屋根面３の結露を防止する建屋内屋根面結露防止方法であって、水蒸気発生源１１が設置された水蒸気発生エリア１０と結露禁止エリア２０との間に送風設備３０を設置し、この送風設備３０によって、結露禁止エリア２０に向けて屋根面３に沿って流動する第１の気流４１を形成するとともに、水蒸気発生エリア１０側に向けて流動する第２の気流４２を形成することを特徴とする。【選択図】図１
IN-BUILDING ROOF SURFACE DEW CONDENSATION PREVENTION METHOD
建屋内屋根面結露防止方法
MATSUISHI NAGAYUKI (author)
2016-05-09
Patent
Electronic Resource
Japanese
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