A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HUMIDITY CONDITIONING SYSTEM
To provide a humidity conditioning system for improving comfortableness of a dwelling.SOLUTION: A humidity conditioning system 1 is for conditioning humidity of a dwelling 2 having heat-insulated foundation 3, an underfloor space 4 partitioned by the foundation 3, and an above-floor space 5 provided on the underfloor space 4. The humidity conditioning system 1 includes a first air supply port 18 capable of supplying outer air Ao to the underfloor space 4, a second air supply port 19 provided at a position different from the first air inlet port 18 and capable of supplying outer air Ao to the underfloor space 4, a supply device 20 for supplying air Au of the underfloor space 4 to the above-floor space 5, a first humidity acquiring device 21 for acquiring first absolute humidity of the outer air Ao supplied from the first air supply port 18, a second humidity acquiring device 22 for acquiring second absolute humidity of the outer air Ao supplied from the second air supply port 19, and a control device 23 supplying outer air Ao from any one of the first air supply port 18 and the second air supply port 19 to the underfloor space 4, on the basis of a relation of the first absolute humidity to the second absolute humidity.SELECTED DRAWING: Figure 1
【課題】 住宅の快適性を向上させることが可能な調湿システムを提供する。【解決手段】 断熱された基礎３と、基礎３で区画された床下空間４と、床下空間４の上に設けられた床上空間５とを具えた住宅２を調湿するための調湿システム１である。この調湿システム１は、床下空間４に外気Ａｏを供給可能な第１給気口１８と、第１給気口１８とは異なる位置に設けられ、かつ、床下空間４に外気Ａｏを供給可能な第２給気口１９と、床下空間４の空気Ａｕを、床上空間５に供給するための供給装置２０と、第１給気口１８から供給される外気Ａｏの第１絶対湿度を取得するための第１湿度取得装置２１と、第２給気口１９から供給される外気Ａｏの第２絶対湿度を取得するための第２湿度取得装置２２と、第１絶対湿度と第２絶対湿度との関係に基づいて、第１給気口１８及び第２給気口１９のいずれか一方から、床下空間４に外気Ａｏを供給する制御装置２３とを含む。【選択図】図１
HUMIDITY CONDITIONING SYSTEM
To provide a humidity conditioning system for improving comfortableness of a dwelling.SOLUTION: A humidity conditioning system 1 is for conditioning humidity of a dwelling 2 having heat-insulated foundation 3, an underfloor space 4 partitioned by the foundation 3, and an above-floor space 5 provided on the underfloor space 4. The humidity conditioning system 1 includes a first air supply port 18 capable of supplying outer air Ao to the underfloor space 4, a second air supply port 19 provided at a position different from the first air inlet port 18 and capable of supplying outer air Ao to the underfloor space 4, a supply device 20 for supplying air Au of the underfloor space 4 to the above-floor space 5, a first humidity acquiring device 21 for acquiring first absolute humidity of the outer air Ao supplied from the first air supply port 18, a second humidity acquiring device 22 for acquiring second absolute humidity of the outer air Ao supplied from the second air supply port 19, and a control device 23 supplying outer air Ao from any one of the first air supply port 18 and the second air supply port 19 to the underfloor space 4, on the basis of a relation of the first absolute humidity to the second absolute humidity.SELECTED DRAWING: Figure 1
【課題】 住宅の快適性を向上させることが可能な調湿システムを提供する。【解決手段】 断熱された基礎３と、基礎３で区画された床下空間４と、床下空間４の上に設けられた床上空間５とを具えた住宅２を調湿するための調湿システム１である。この調湿システム１は、床下空間４に外気Ａｏを供給可能な第１給気口１８と、第１給気口１８とは異なる位置に設けられ、かつ、床下空間４に外気Ａｏを供給可能な第２給気口１９と、床下空間４の空気Ａｕを、床上空間５に供給するための供給装置２０と、第１給気口１８から供給される外気Ａｏの第１絶対湿度を取得するための第１湿度取得装置２１と、第２給気口１９から供給される外気Ａｏの第２絶対湿度を取得するための第２湿度取得装置２２と、第１絶対湿度と第２絶対湿度との関係に基づいて、第１給気口１８及び第２給気口１９のいずれか一方から、床下空間４に外気Ａｏを供給する制御装置２３とを含む。【選択図】図１
HUMIDITY CONDITIONING SYSTEM
調湿システム
SATO HIROSHI (author) / YAMASHITA DAIKI (author)
2022-12-13
Patent
Electronic Resource
Japanese