A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a mounting system in which a high-density layer material is provided between a base surface and a flexible mounting material on the base surface side of a low-density layer material to achieve both "suppression of settling" and "improvement of the initial feel".SOLUTION: A base surface S is covered with a flexible mounting material 3 stretched between a plurality of frame materials 2. In a cushion layer material 4 between the base surface S and the flexible mounting material 3, a high-density layer material 6 is located closer to the base surface S than a low-density layer material 5. Further, the density of the high-density layer material 6 may be 50 kg/cm3 or more. The cushion layer material 4 may contain glass fibers. A plurality of substantially strip-shaped high-density layer materials 6 may be arranged in parallel with their short sides substantially along the bending direction of the base surface S. A plurality of high-density layer materials having a substantially trapezoidal cross section may be arranged so that the adjacent lower bottom sides are substantially in contact with each other while the lower bottom sides are located on the flexible mounting material 3 side.SELECTED DRAWING: Figure 1
【課題】下地面と可撓性表装材の間で低密度層材より下地面側に高密度層材を備えて、「ヘタリ抑制」と「最初の感触の向上」等を両立させる表層システムを提供する。【解決手段】複数の枠材２間で張設された可撓性表装材３で下地面Ｓを覆う。下地面Ｓと可撓性表装材３の間のクッション層材４は、低密度層材５より、高密度層材６が下地面Ｓ側に位置する。又、高密度層材６の密度が５０ｋｇ／ｃｍ３以上であったり、クッション層材４はガラス繊維を含んだり、複数の略短冊状の高密度層材６は短手方向が下地面Ｓの湾曲方向に略沿いながら並列して配置されたり、複数の断面略台形状の高密度層材は下底側が可撓性表装材３側に位置しながら、隣り合う下底側同士が略接するように配置されていても良い。【選択図】図１
To provide a mounting system in which a high-density layer material is provided between a base surface and a flexible mounting material on the base surface side of a low-density layer material to achieve both "suppression of settling" and "improvement of the initial feel".SOLUTION: A base surface S is covered with a flexible mounting material 3 stretched between a plurality of frame materials 2. In a cushion layer material 4 between the base surface S and the flexible mounting material 3, a high-density layer material 6 is located closer to the base surface S than a low-density layer material 5. Further, the density of the high-density layer material 6 may be 50 kg/cm3 or more. The cushion layer material 4 may contain glass fibers. A plurality of substantially strip-shaped high-density layer materials 6 may be arranged in parallel with their short sides substantially along the bending direction of the base surface S. A plurality of high-density layer materials having a substantially trapezoidal cross section may be arranged so that the adjacent lower bottom sides are substantially in contact with each other while the lower bottom sides are located on the flexible mounting material 3 side.SELECTED DRAWING: Figure 1
【課題】下地面と可撓性表装材の間で低密度層材より下地面側に高密度層材を備えて、「ヘタリ抑制」と「最初の感触の向上」等を両立させる表層システムを提供する。【解決手段】複数の枠材２間で張設された可撓性表装材３で下地面Ｓを覆う。下地面Ｓと可撓性表装材３の間のクッション層材４は、低密度層材５より、高密度層材６が下地面Ｓ側に位置する。又、高密度層材６の密度が５０ｋｇ／ｃｍ３以上であったり、クッション層材４はガラス繊維を含んだり、複数の略短冊状の高密度層材６は短手方向が下地面Ｓの湾曲方向に略沿いながら並列して配置されたり、複数の断面略台形状の高密度層材は下底側が可撓性表装材３側に位置しながら、隣り合う下底側同士が略接するように配置されていても良い。【選択図】図１
MOUNTING SYSTEM
表装システム
YOSHITOME MITSUHISA (author)
2021-09-27
Patent
Electronic Resource
Japanese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden