A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
UNDERFLOOR AIR CONDITIONING STRUCTURE
PROBLEM TO BE SOLVED: To provide an underfloor air conditioning structure capable of freely determining a layout of a duct as an air-conditioning air circulation passage regardless of arrangement of supporting legs for a floor material, having a high degree of freedom in determining a size of the duct, and having excellent workability, with respect to the underfloor air conditioning structure for conditioning the indoor air by supplying the conditioned air to an underfloor space.SOLUTION: An underfloor air conditioning structure has a plurality of first supporting legs 8 vertically disposed on a foundation portion and provided with floor material mounting portions 30 on upper end portions, a floor material 4 mounted on the floor material mounting portions 30 of the first supporting legs 8, and a first duct 6 disposed at a lower side of the floor material, composed of right and left side plate materials 14 and an upper plate material 16, and forming an air-conditioning air circulation passage for performing the underfloor air-conditioning. In a case when an arrangement position of the first duct is overlapped to a part of the first supporting legs, the part of the first supporting legs is disposed inside of the first duct, and an upper plate material of the first duct, and the floor material disposed on an upper portion thereof are simultaneously mounted and supported on the floor material mounting portion of the part of the first supporting legs.SELECTED DRAWING: Figure 1
【課題】 床下空間に空調空気を供給して室内の空調を行う床下空調構造に関し、床材の支持脚の配置に関係なく、空調空気の流通路としてのダクトのレイアウトを自由に設定でき、またダクトの大きさも自由に決められて自由度が高く、また施工性にも優れた床下空調構造を提供することを課題とする。【解決手段】 基礎部に立設され、上端部に床材載置部３０が設けられた複数の第一の支持脚８と、第一の支持脚８の床材載置部３０に載置される床材４と、床材の下側に配置され、左右の側板材１４及び上板材１６からなり、床下空調を行うための空調空気の流通路を形成する第一のダクト６と、を有し、第一のダクトの配置位置が一部の第一の支持脚と重なる場合には、当該一部の第一の支持脚を第一のダクトの内部に配置し、当該一部の第一の支持脚の床材載置部に、第一のダクトの上板材及びこの上部に配置される床材を同時に載置し支持させる構成である。【選択図】 図１
UNDERFLOOR AIR CONDITIONING STRUCTURE
PROBLEM TO BE SOLVED: To provide an underfloor air conditioning structure capable of freely determining a layout of a duct as an air-conditioning air circulation passage regardless of arrangement of supporting legs for a floor material, having a high degree of freedom in determining a size of the duct, and having excellent workability, with respect to the underfloor air conditioning structure for conditioning the indoor air by supplying the conditioned air to an underfloor space.SOLUTION: An underfloor air conditioning structure has a plurality of first supporting legs 8 vertically disposed on a foundation portion and provided with floor material mounting portions 30 on upper end portions, a floor material 4 mounted on the floor material mounting portions 30 of the first supporting legs 8, and a first duct 6 disposed at a lower side of the floor material, composed of right and left side plate materials 14 and an upper plate material 16, and forming an air-conditioning air circulation passage for performing the underfloor air-conditioning. In a case when an arrangement position of the first duct is overlapped to a part of the first supporting legs, the part of the first supporting legs is disposed inside of the first duct, and an upper plate material of the first duct, and the floor material disposed on an upper portion thereof are simultaneously mounted and supported on the floor material mounting portion of the part of the first supporting legs.SELECTED DRAWING: Figure 1
【課題】 床下空間に空調空気を供給して室内の空調を行う床下空調構造に関し、床材の支持脚の配置に関係なく、空調空気の流通路としてのダクトのレイアウトを自由に設定でき、またダクトの大きさも自由に決められて自由度が高く、また施工性にも優れた床下空調構造を提供することを課題とする。【解決手段】 基礎部に立設され、上端部に床材載置部３０が設けられた複数の第一の支持脚８と、第一の支持脚８の床材載置部３０に載置される床材４と、床材の下側に配置され、左右の側板材１４及び上板材１６からなり、床下空調を行うための空調空気の流通路を形成する第一のダクト６と、を有し、第一のダクトの配置位置が一部の第一の支持脚と重なる場合には、当該一部の第一の支持脚を第一のダクトの内部に配置し、当該一部の第一の支持脚の床材載置部に、第一のダクトの上板材及びこの上部に配置される床材を同時に載置し支持させる構成である。【選択図】 図１
UNDERFLOOR AIR CONDITIONING STRUCTURE
床下空調構造
NAKAHARA TAKAHIRO (author) / KOYAMA SATONORI (author) / MAKI TAKESHI (author) / YANAGIHARA KOHEI (author)
2018-10-11
Patent
Electronic Resource
Japanese
UNDERFLOOR REINFORCEMENT METHOD AND UNDERFLOOR REINFORCEMENT STRUCTURE
| European Patent Office | 2023