A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To perform purification with a small amount of power consumption even in a case where air volume increases, and reduce time and labor for maintenance without deteriorating cooling/heating capacity, regarding air purification upon performing whole building air conditioning with high comfort degree.SOLUTION: Air environment adjustment systems S1 to S3 that circulate air to adjust an air environment of a house, comprise an intake port 1 that takes in air, a system body 2 that adjusts air Ar taken in from the intake port 1, and an outlet 3 that sends out air Ac adjusted by the system body into the house. The system body 2 comprises an air purification unit 10 and an air conditioning unit 20. The air purification unit distributes the taken air Ar to a first purification means 11 and a second purification means 12 that has a lower pressure loss of air due to purification than the first purification means, to adjusts the cleanliness. The air conditioning unit 20 adjusts either or both of the temperature and humidity of the taken air Ar.SELECTED DRAWING: Figure 1
【課題】快適度の高い全館空調を行う際の空気清浄に関し、風量が増加する場合でも低い消費電力で清浄化を行い、かつ、冷暖房能力が低下せず、メンテナンスの手間を少なくする。【解決手段】空気循環させて住居の空気環境を調整する空気環境調整システムＳ１〜Ｓ３であって、空気を取り込む取込口１と、この取込口１から取り込んだ空気Ａｒを調整するシステム本体２と、システム本体で調整された空気Ａｃを住居内に送り出す送出口３とを備え、システム本体２は、空気清浄部１０と空調部２０とを備え、空気清浄部は、取り込んだ空気Ａｒを第１清浄手段１１とその第１清浄手段よりも清浄化に伴う空気の圧力損失が低い第２清浄手段１２に分配してその清浄度を調整し、空調部２０は、取り込んだ空気Ａｒの温度及び湿度のいずれか又は両方を調整する、空気環境調整システムＳ１〜Ｓ３。【選択図】図１
To perform purification with a small amount of power consumption even in a case where air volume increases, and reduce time and labor for maintenance without deteriorating cooling/heating capacity, regarding air purification upon performing whole building air conditioning with high comfort degree.SOLUTION: Air environment adjustment systems S1 to S3 that circulate air to adjust an air environment of a house, comprise an intake port 1 that takes in air, a system body 2 that adjusts air Ar taken in from the intake port 1, and an outlet 3 that sends out air Ac adjusted by the system body into the house. The system body 2 comprises an air purification unit 10 and an air conditioning unit 20. The air purification unit distributes the taken air Ar to a first purification means 11 and a second purification means 12 that has a lower pressure loss of air due to purification than the first purification means, to adjusts the cleanliness. The air conditioning unit 20 adjusts either or both of the temperature and humidity of the taken air Ar.SELECTED DRAWING: Figure 1
【課題】快適度の高い全館空調を行う際の空気清浄に関し、風量が増加する場合でも低い消費電力で清浄化を行い、かつ、冷暖房能力が低下せず、メンテナンスの手間を少なくする。【解決手段】空気循環させて住居の空気環境を調整する空気環境調整システムＳ１〜Ｓ３であって、空気を取り込む取込口１と、この取込口１から取り込んだ空気Ａｒを調整するシステム本体２と、システム本体で調整された空気Ａｃを住居内に送り出す送出口３とを備え、システム本体２は、空気清浄部１０と空調部２０とを備え、空気清浄部は、取り込んだ空気Ａｒを第１清浄手段１１とその第１清浄手段よりも清浄化に伴う空気の圧力損失が低い第２清浄手段１２に分配してその清浄度を調整し、空調部２０は、取り込んだ空気Ａｒの温度及び湿度のいずれか又は両方を調整する、空気環境調整システムＳ１〜Ｓ３。【選択図】図１
AIR ENVIRONMENT ADJUSTMENT SYSTEM
空気環境調整システム
URATA KOSAKU (author)
2020-12-03
Patent
Electronic Resource
Japanese
IPC:
F24F
Klimatisierung
,
AIR-CONDITIONING
/
B03C
Magnetische oder elektrostatische Trennung fester Stoffe von festen Stoffen oder flüssigen oder gasförmigen Medien
,
MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS