Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
WHOLE BUILDING AIR-CONDITIONING SYSTEM
To solve problems in a conventional air heating/cooling device that it is difficult to keep inside air of an attic space and an underfloor space at proper temperatures, and air conditioning efficiency of an air conditioner disposed there is hardly improved.SOLUTION: A whole building air conditioning system has a top and down convection system 14 including: a duct 23 for communicating an underfloor space 12 and an attic space 13; and a normally/reversely rotating fan 24 for properly mutually sending the inside air of the underfloor space 12 and the inside air of the attic space 13 through the duct 23. The top and down convection system 14 circulates the inside air including air-conditioning air from air conditioners 16, 17 in a building through an underfloor louver 20 and a ceiling louver 21. According to the air conditioning system, air conditioning efficiency of the air conditioners can be improved, and comfort of dwellers can be improved. Further the inside air of bad smell in the underfloor space 12 hardly flows into a living room 18, so that discomfort feeling of the dwellers can be prevented.SELECTED DRAWING: Figure 1
【課題】従来の冷暖房装置では、小屋裏空間や床下空間の内気を適温に維持し難く、そこに配設された空調機の空調効率が向上され難いという問題があった。【解決手段】本発明の全館空調システムは、床下空間１２と小屋裏空間１３とを連通させるダクト２３と、ダクト２３を介して床下空間１２の内気と小屋裏空間１３の内気とを適宜相互に送風する正逆転ファン２４と、が備えられた天地対流システム１４を有する。そして、天地対流システム１４では、空調機１６，１７からの空調風を含む内気が、床下ガラリ２０や天井ガラリ２１を介して建物内を循環する。この空調システムにより、空調機の空調効率を向上させると共に、住人の快適性を向上させることができる。また、床下空間１２の嫌な臭いの内気が、居室１８内に流れ込み難くなり、住人への不快感が防止される。【選択図】図１
WHOLE BUILDING AIR-CONDITIONING SYSTEM
To solve problems in a conventional air heating/cooling device that it is difficult to keep inside air of an attic space and an underfloor space at proper temperatures, and air conditioning efficiency of an air conditioner disposed there is hardly improved.SOLUTION: A whole building air conditioning system has a top and down convection system 14 including: a duct 23 for communicating an underfloor space 12 and an attic space 13; and a normally/reversely rotating fan 24 for properly mutually sending the inside air of the underfloor space 12 and the inside air of the attic space 13 through the duct 23. The top and down convection system 14 circulates the inside air including air-conditioning air from air conditioners 16, 17 in a building through an underfloor louver 20 and a ceiling louver 21. According to the air conditioning system, air conditioning efficiency of the air conditioners can be improved, and comfort of dwellers can be improved. Further the inside air of bad smell in the underfloor space 12 hardly flows into a living room 18, so that discomfort feeling of the dwellers can be prevented.SELECTED DRAWING: Figure 1
【課題】従来の冷暖房装置では、小屋裏空間や床下空間の内気を適温に維持し難く、そこに配設された空調機の空調効率が向上され難いという問題があった。【解決手段】本発明の全館空調システムは、床下空間１２と小屋裏空間１３とを連通させるダクト２３と、ダクト２３を介して床下空間１２の内気と小屋裏空間１３の内気とを適宜相互に送風する正逆転ファン２４と、が備えられた天地対流システム１４を有する。そして、天地対流システム１４では、空調機１６，１７からの空調風を含む内気が、床下ガラリ２０や天井ガラリ２１を介して建物内を循環する。この空調システムにより、空調機の空調効率を向上させると共に、住人の快適性を向上させることができる。また、床下空間１２の嫌な臭いの内気が、居室１８内に流れ込み難くなり、住人への不快感が防止される。【選択図】図１
WHOLE BUILDING AIR-CONDITIONING SYSTEM
全館空調システム
KOIKE HIROAKI (Autor:in)
11.11.2021
Patent
Elektronische Ressource
Japanisch