A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide an underfloor ventilation structure capable of suppressing degradation of indoor air conditioning efficiency in a case of ventilating an underfloor spatial portion by using an air supply portion.SOLUTION: An underfloor ventilation structure 50 has an underfloor spacial portion 52, an air conditioning portion 54, and an air supply portion 56. The underfloor spacial portion 52 is formed inside of a foundation 14 of a building 10 having a room 22 provided with blowout ports 45A, 45B, 45C. The air conditioning portion 54 is disposed at a side opposite to the blowout ports 45A, 45B, 45C with respect to a center at least at one of a Y direction and a X direction of the building 10. Further the air conditioning portion 54 supplies air to the room 22 through the blowout ports 45A, 45B, 45C and conditions the air in the room 22 by sucking the air in the room 22. The air supply portion 56 is disposed at an air conditioning portion 54 side with respect to a center in an air circulation passage from the blowout ports 45A, 45B, 45C to the air conditioning portion 54, and can supply the air from the inside of the room 22 to the underfloor spatial portion 52.SELECTED DRAWING: Figure 2
【課題】給気部を用いて床下空間部の換気を行う場合に、室内の空調効率が低下するのを抑制することができる床下換気構造を得る。【解決手段】床下換気構造５０は、床下空間部５２と、空調部５４と、給気部５６とを有する。床下空間部５２は、吹出口４５Ａ、４５Ｂ、４５Ｃが形成された室２２を有する建物１０の基礎１４の内側に形成されている。空調部５４は、建物１０のＹ方向及びＸ方向の少なくとも一方における中央に対する吹出口４５Ａ、４５Ｂ、４５Ｃ側とは反対側に設けられている。また、空調部５４は、吹出口４５Ａ、４５Ｂ、４５Ｃを介して室２２内へ空気を供給し且つ室２２内の空気を吸気することで室２２内を空調する。給気部５６は、吹出口４５Ａ、４５Ｂ、４５Ｃから空調部５４までの空気の流通経路における中央よりも空調部５４側に配置され、室２２内から床下空間部５２へ給気可能とされている。【選択図】図２
To provide an underfloor ventilation structure capable of suppressing degradation of indoor air conditioning efficiency in a case of ventilating an underfloor spatial portion by using an air supply portion.SOLUTION: An underfloor ventilation structure 50 has an underfloor spacial portion 52, an air conditioning portion 54, and an air supply portion 56. The underfloor spacial portion 52 is formed inside of a foundation 14 of a building 10 having a room 22 provided with blowout ports 45A, 45B, 45C. The air conditioning portion 54 is disposed at a side opposite to the blowout ports 45A, 45B, 45C with respect to a center at least at one of a Y direction and a X direction of the building 10. Further the air conditioning portion 54 supplies air to the room 22 through the blowout ports 45A, 45B, 45C and conditions the air in the room 22 by sucking the air in the room 22. The air supply portion 56 is disposed at an air conditioning portion 54 side with respect to a center in an air circulation passage from the blowout ports 45A, 45B, 45C to the air conditioning portion 54, and can supply the air from the inside of the room 22 to the underfloor spatial portion 52.SELECTED DRAWING: Figure 2
【課題】給気部を用いて床下空間部の換気を行う場合に、室内の空調効率が低下するのを抑制することができる床下換気構造を得る。【解決手段】床下換気構造５０は、床下空間部５２と、空調部５４と、給気部５６とを有する。床下空間部５２は、吹出口４５Ａ、４５Ｂ、４５Ｃが形成された室２２を有する建物１０の基礎１４の内側に形成されている。空調部５４は、建物１０のＹ方向及びＸ方向の少なくとも一方における中央に対する吹出口４５Ａ、４５Ｂ、４５Ｃ側とは反対側に設けられている。また、空調部５４は、吹出口４５Ａ、４５Ｂ、４５Ｃを介して室２２内へ空気を供給し且つ室２２内の空気を吸気することで室２２内を空調する。給気部５６は、吹出口４５Ａ、４５Ｂ、４５Ｃから空調部５４までの空気の流通経路における中央よりも空調部５４側に配置され、室２２内から床下空間部５２へ給気可能とされている。【選択図】図２
UNDERFLOOR VENTILATION STRUCTURE
床下換気構造
KAWAGUCHI SHIORI (author)
2019-08-29
Patent
Electronic Resource
Japanese
| European Patent Office | 2024