A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HEAT EXCHANGE SYSTEM
PROBLEM TO BE SOLVED: To efficiently utilize air in an underfloor space, to increase cooling capacity of heat medium such as air in an indoor space.SOLUTION: A heat exchange system utilizes cold and heat in an underfloor space (80) having a first section (80c) and a second section (80a) divided by bases 81, 82 of a building. The heat exchange system includes: a suction port (33) arranged in the first section (80c), and configured to suction air in the underfloor space; a blowout port (34) arranged in the second section (80a), and configured to return air suctioned from the suction port (33) to the underfloor space; and a heat exchange unit arranged on an underfloor circulation passage from the suction port (33) to the blowout port (34).SELECTED DRAWING: Figure 3
【課題】床下空間の空気を効率良く活用することで、室内空間の空気などの熱媒体の冷却能力を増大させること。【解決手段】熱交換システムは、建物の基礎８１，８２によって分割された第１区画（８０ｃ）および第２区画（８０ａ）を有する床下空間（８０）の冷熱を利用した熱交換システムであって、第１区画（８０ｃ）に配置され、床下空間の空気を吸気する吸気口（３３）と、第２区画（８０ａ）に配置され、吸気口（３３）から吸気した空気を床下空間に戻す吹出し口（３４）と、吸気口（３３）から吹出し口（３４）に至る床下循環経路上に配置された熱交換部とを備える。【選択図】図３
HEAT EXCHANGE SYSTEM
PROBLEM TO BE SOLVED: To efficiently utilize air in an underfloor space, to increase cooling capacity of heat medium such as air in an indoor space.SOLUTION: A heat exchange system utilizes cold and heat in an underfloor space (80) having a first section (80c) and a second section (80a) divided by bases 81, 82 of a building. The heat exchange system includes: a suction port (33) arranged in the first section (80c), and configured to suction air in the underfloor space; a blowout port (34) arranged in the second section (80a), and configured to return air suctioned from the suction port (33) to the underfloor space; and a heat exchange unit arranged on an underfloor circulation passage from the suction port (33) to the blowout port (34).SELECTED DRAWING: Figure 3
【課題】床下空間の空気を効率良く活用することで、室内空間の空気などの熱媒体の冷却能力を増大させること。【解決手段】熱交換システムは、建物の基礎８１，８２によって分割された第１区画（８０ｃ）および第２区画（８０ａ）を有する床下空間（８０）の冷熱を利用した熱交換システムであって、第１区画（８０ｃ）に配置され、床下空間の空気を吸気する吸気口（３３）と、第２区画（８０ａ）に配置され、吸気口（３３）から吸気した空気を床下空間に戻す吹出し口（３４）と、吸気口（３３）から吹出し口（３４）に至る床下循環経路上に配置された熱交換部とを備える。【選択図】図３
HEAT EXCHANGE SYSTEM
熱交換システム
TANAKA HIRONORI (author) / NANAOKA HIROSHI (author) / KUROKI HIROSHI (author) / OSAWA JUNJI (author) / KUMANOMIDO REI (author) / FUJIMOTO TAKUYA (author)
2018-04-05
Patent
Electronic Resource
Japanese