Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
WHOLE-BUILDING AIR CONDITIONING SYSTEM
To provide a whole-building air conditioning system that offers both air conditioning and ventilation functions, may be applied easily to a building designed by a conventional design method, is highly workable, offers high air conditioning efficiency, enhances body feeling of a resident, reduces air conditioning energy and mitigates burdens on an air conditioning unit.SOLUTION: A whole-building air conditioning system 100 includes: air conditioning units 10, 20 installed on lower ceilings 11c, 12c of common use areas 11, 12 of a building H1; a ventilation device 30 installed in an underfloor space 13; an air outlet 14 for supplying conditioned air from the air conditioning units 10, 20 to a room R11, etc.; and an exhaust port 15 provided on floor surfaces F1, F11 on a first floor for discharging air in a building H through the underfloor space 13. The ventilation device 30 has functions to discharge air inside the underfloor space 13 taken in through a duct 16 to outside of the building H1 through a duct 17, and to supply air outside of the building H1 taken in through a duct 18 to the air conditioning units 10, 20 through air supply ducts 19a, 19b.SELECTED DRAWING: Figure 1
【課題】空調・換気機能を兼備し、従来の設計方法に基づく建物への採用が容易であり、施工性が良好で、空調効率が高く、居住者の体感性が向上し、空調エネルギを削減することができ、空調機への負担を軽減することができる、全館空調システムを提供する。【解決手段】全館空調システム１００は、建物Ｈ１の共用部分１１，１２の下部天井１１ｃ，１２ｃに配置された空調機１０，２０と、床下空間１３に配置された換気装置３０と、空調機１０，２０からの空調空気を部屋Ｒ１１などへ供給するための吹出口１４と、床下空間１３を経て建物Ｈ内の空気を排出するため１階の床面Ｆ１，Ｆ１１に設けられた排気口１５とを備えている。換気装置３０は、ダクト１６で吸い込んだ床下空間１３内の空気をダクト１７を経て建物Ｈ１外へ排出し、ダクト１８で吸い込んだ建物Ｈ１外の空気を給気ダクト１９ａ，１９ｂを経て空調機１０，２０へ送給する機能と、を有している。【選択図】図１
WHOLE-BUILDING AIR CONDITIONING SYSTEM
To provide a whole-building air conditioning system that offers both air conditioning and ventilation functions, may be applied easily to a building designed by a conventional design method, is highly workable, offers high air conditioning efficiency, enhances body feeling of a resident, reduces air conditioning energy and mitigates burdens on an air conditioning unit.SOLUTION: A whole-building air conditioning system 100 includes: air conditioning units 10, 20 installed on lower ceilings 11c, 12c of common use areas 11, 12 of a building H1; a ventilation device 30 installed in an underfloor space 13; an air outlet 14 for supplying conditioned air from the air conditioning units 10, 20 to a room R11, etc.; and an exhaust port 15 provided on floor surfaces F1, F11 on a first floor for discharging air in a building H through the underfloor space 13. The ventilation device 30 has functions to discharge air inside the underfloor space 13 taken in through a duct 16 to outside of the building H1 through a duct 17, and to supply air outside of the building H1 taken in through a duct 18 to the air conditioning units 10, 20 through air supply ducts 19a, 19b.SELECTED DRAWING: Figure 1
【課題】空調・換気機能を兼備し、従来の設計方法に基づく建物への採用が容易であり、施工性が良好で、空調効率が高く、居住者の体感性が向上し、空調エネルギを削減することができ、空調機への負担を軽減することができる、全館空調システムを提供する。【解決手段】全館空調システム１００は、建物Ｈ１の共用部分１１，１２の下部天井１１ｃ，１２ｃに配置された空調機１０，２０と、床下空間１３に配置された換気装置３０と、空調機１０，２０からの空調空気を部屋Ｒ１１などへ供給するための吹出口１４と、床下空間１３を経て建物Ｈ内の空気を排出するため１階の床面Ｆ１，Ｆ１１に設けられた排気口１５とを備えている。換気装置３０は、ダクト１６で吸い込んだ床下空間１３内の空気をダクト１７を経て建物Ｈ１外へ排出し、ダクト１８で吸い込んだ建物Ｈ１外の空気を給気ダクト１９ａ，１９ｂを経て空調機１０，２０へ送給する機能と、を有している。【選択図】図１
WHOLE-BUILDING AIR CONDITIONING SYSTEM
全館空調システム
ARAKI SHINSUKE (Autor:in) / MIYATA MASAAKI (Autor:in)
25.04.2019
Patent
Elektronische Ressource
Japanisch