A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INTERIOR STRUCTURE AND INTERIOR CONSTRUCTION METHOD
To provide an interior structure and interior construction method that can suppress condensation in concealed areas between indoor and outdoor spaces with a simple configuration.SOLUTION: An interior structure (10) is for controlling condensation in a concealed area (22) between the indoor space (21) and the outdoor space. The interior structure (10) comprises: an interior material (2) whose surface faces the interior space (21); a heat insulating material (3) overlapped on the back side of the interior material (2); a base material (4) located on a heat insulation material (3); and a metal screw (5) penetrating the interior material (2); heat insulation material (3), and base material (4). The insulation material (3) has a moisture permeability resistance of 0.0069 [(m2*s*Pa)/ng] or higher.SELECTED DRAWING: Figure 3
【課題】簡易な構成で、屋内空間と屋外空間の間の隠蔽部の結露を抑制することが可能な内装構造および内装工法を提供すること。【解決手段】内装構造（１０）は、屋内空間（２１）と屋外空間の間の隠蔽部（２２）の結露を抑制するためのものである。内装構造（１０）は、表面が屋内空間（２１）に面する内装材（２）と、内装材（２）の裏面側に重ね合わされる断熱材（３）と、断熱材（３）上に位置する下地材（４）と、内装材（２）、断熱材（３）、および下地材（４）を貫通する金属製ビス（５）とを備える。断熱材（３）は、透湿抵抗が０．００６９［（ｍ２・ｓ・Ｐａ）／ｎｇ］以上である。【選択図】図３
INTERIOR STRUCTURE AND INTERIOR CONSTRUCTION METHOD
To provide an interior structure and interior construction method that can suppress condensation in concealed areas between indoor and outdoor spaces with a simple configuration.SOLUTION: An interior structure (10) is for controlling condensation in a concealed area (22) between the indoor space (21) and the outdoor space. The interior structure (10) comprises: an interior material (2) whose surface faces the interior space (21); a heat insulating material (3) overlapped on the back side of the interior material (2); a base material (4) located on a heat insulation material (3); and a metal screw (5) penetrating the interior material (2); heat insulation material (3), and base material (4). The insulation material (3) has a moisture permeability resistance of 0.0069 [(m2*s*Pa)/ng] or higher.SELECTED DRAWING: Figure 3
【課題】簡易な構成で、屋内空間と屋外空間の間の隠蔽部の結露を抑制することが可能な内装構造および内装工法を提供すること。【解決手段】内装構造（１０）は、屋内空間（２１）と屋外空間の間の隠蔽部（２２）の結露を抑制するためのものである。内装構造（１０）は、表面が屋内空間（２１）に面する内装材（２）と、内装材（２）の裏面側に重ね合わされる断熱材（３）と、断熱材（３）上に位置する下地材（４）と、内装材（２）、断熱材（３）、および下地材（４）を貫通する金属製ビス（５）とを備える。断熱材（３）は、透湿抵抗が０．００６９［（ｍ２・ｓ・Ｐａ）／ｎｇ］以上である。【選択図】図３
INTERIOR STRUCTURE AND INTERIOR CONSTRUCTION METHOD
内装構造および内装工法
KUROKI HIROSHI (author) / KUDO RYUICHI (author) / HONMA MIZUKI (author) / SHITAMACHI KOJI (author) / NAKAGAKI KOHEI (author)
2023-04-03
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
INTERIOR WALL DEVICE, INTERIOR WALL STRUCTURE, AND INTERIOR WALL CONSTRUCTION METHOD
| European Patent Office | 2021
British Library Online Contents | 2019