A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PERIMETER SPACE VENTILATION STRUCTURE
To provide a perimeter space ventilation structure capable of maintaining comfort of an indoor space in a manner that reliably ventilates a whole of a perimeter space with a constantly ideal air flow.SOLUTION: A perimeter space ventilation structure comprises: a ventilation space separation body 1 which separates an indoor space 7 from a perimeter space 6; and an exhaust section 8 which takes in and exhausts air in the perimeter space 6. The ventilation space separation body 1 is adapted to enable ventilation between the indoor space 7 and the perimeter space 6 to be performed by switching ventilation states between an upper ventilation state and a lower ventilation state. The exhaust section 8 is adapted to enable air intake from the perimeter space 6 to be performed by switching air intake states between an upper air intake state and a lower air intake state. The perimeter space ventilation structure is adapted to enable ventilation modes to be switched between a first mode where the ventilation space separation body 1 is in the upper ventilation state and the exhaust section 8 is in the lower air intake state and a second mode where the ventilation space separation body 1 is in the lower ventilation state and the exhaust section 8 is in the upper air intake state.SELECTED DRAWING: Figure 2
【課題】ペリメータ空間内全体を常に理想的な空気の流れで確実に換気して、室内空間の快適性を維持することが可能なペリメータ空間の換気構造の提供。【解決手段】室内空間７とペリメータ空間６を区画する通気用区画体１と、ペリメータ空間６内を吸気して排出する排気部８を備えたペリメータ空間の換気構造で、通気用区画体１が、室内空間７とペリメータ空間６との通気を上方通気状態と下方通気状態とに切り替え自在に、排気部８が、ペリメータ空間６からの吸気を上方吸気状態と下方吸気状態とに切り替え自在に構成され、通気用区画体１が上方通気状態で排気部８が下方吸気状態の第１モードと、通気用区画体１が下方通気状態で排気部８が上方吸気状態の第２モードとに切り替え自在に構成される。【選択図】図２
PERIMETER SPACE VENTILATION STRUCTURE
To provide a perimeter space ventilation structure capable of maintaining comfort of an indoor space in a manner that reliably ventilates a whole of a perimeter space with a constantly ideal air flow.SOLUTION: A perimeter space ventilation structure comprises: a ventilation space separation body 1 which separates an indoor space 7 from a perimeter space 6; and an exhaust section 8 which takes in and exhausts air in the perimeter space 6. The ventilation space separation body 1 is adapted to enable ventilation between the indoor space 7 and the perimeter space 6 to be performed by switching ventilation states between an upper ventilation state and a lower ventilation state. The exhaust section 8 is adapted to enable air intake from the perimeter space 6 to be performed by switching air intake states between an upper air intake state and a lower air intake state. The perimeter space ventilation structure is adapted to enable ventilation modes to be switched between a first mode where the ventilation space separation body 1 is in the upper ventilation state and the exhaust section 8 is in the lower air intake state and a second mode where the ventilation space separation body 1 is in the lower ventilation state and the exhaust section 8 is in the upper air intake state.SELECTED DRAWING: Figure 2
【課題】ペリメータ空間内全体を常に理想的な空気の流れで確実に換気して、室内空間の快適性を維持することが可能なペリメータ空間の換気構造の提供。【解決手段】室内空間７とペリメータ空間６を区画する通気用区画体１と、ペリメータ空間６内を吸気して排出する排気部８を備えたペリメータ空間の換気構造で、通気用区画体１が、室内空間７とペリメータ空間６との通気を上方通気状態と下方通気状態とに切り替え自在に、排気部８が、ペリメータ空間６からの吸気を上方吸気状態と下方吸気状態とに切り替え自在に構成され、通気用区画体１が上方通気状態で排気部８が下方吸気状態の第１モードと、通気用区画体１が下方通気状態で排気部８が上方吸気状態の第２モードとに切り替え自在に構成される。【選択図】図２
PERIMETER SPACE VENTILATION STRUCTURE
ペリメータ空間の換気構造
SUZUKI NOBUHITO (author) / YAMAZAKI SHIYOUGO (author) / TANAKA MIKITO (author) / NISHIKAWA KEITA (author)
2020-09-17
Patent
Electronic Resource
Japanese
| British Library Online Contents | 2004