Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
WEIGHT DUE TO THE INTERLAYER IMPACT OF NOISE-PROOF INTERLAYER FLOORING
The present invention relates to an interlayer flooring material for preventing floor noise due to shocks by a heavy body. The purpose of the present invention is to prevent floor noise due to the shocks by the heavy body efficiently by using the interlayer flooring material including a surface soundproofing material firstly absorbing the shock by the heavy body, an intermediate soundproofing material absorbing and distributing the shock delivered from the surface soundproofing material, and a bottom soundproofing material absorbing and distributing the remaining shock of the intermediate soundproofing material. To achieve the same, the present invention, in the flooring material for soundproofing installed in the upper part of a concrete slab which is an interlayer floor of a multi-unit dwelling composed of multiple floors such as a villa, a multiplex house, an apartment, and an officetel to prevent floor noise and to absorb the shock from the upper part, includes the surface soundproofing material made of a PVC or a sliced veneer to firstly absorb and distribute the shocks by the heavy body while forming a surface layer; the intermediate soundproofing material formed in the lower side of the surface soundproofing material, made of a vibration-preventing rubber material, and having cubic air layers for distributing noise uniformly formed and absorbing and distributing the noise and shocks delivered from the surface soundproofing material; and the bottom soundproofing material made of a vibration-preventing rubber material, formed in the lower side of the intermediate soundproofing material, and having nose distributing holes uniformly penetrating through the bottom soundproofing material in a longitudinal or transverse direction to absorb and distribute the remaining noise of the intermediate soundproofing material.
WEIGHT DUE TO THE INTERLAYER IMPACT OF NOISE-PROOF INTERLAYER FLOORING
The present invention relates to an interlayer flooring material for preventing floor noise due to shocks by a heavy body. The purpose of the present invention is to prevent floor noise due to the shocks by the heavy body efficiently by using the interlayer flooring material including a surface soundproofing material firstly absorbing the shock by the heavy body, an intermediate soundproofing material absorbing and distributing the shock delivered from the surface soundproofing material, and a bottom soundproofing material absorbing and distributing the remaining shock of the intermediate soundproofing material. To achieve the same, the present invention, in the flooring material for soundproofing installed in the upper part of a concrete slab which is an interlayer floor of a multi-unit dwelling composed of multiple floors such as a villa, a multiplex house, an apartment, and an officetel to prevent floor noise and to absorb the shock from the upper part, includes the surface soundproofing material made of a PVC or a sliced veneer to firstly absorb and distribute the shocks by the heavy body while forming a surface layer; the intermediate soundproofing material formed in the lower side of the surface soundproofing material, made of a vibration-preventing rubber material, and having cubic air layers for distributing noise uniformly formed and absorbing and distributing the noise and shocks delivered from the surface soundproofing material; and the bottom soundproofing material made of a vibration-preventing rubber material, formed in the lower side of the intermediate soundproofing material, and having nose distributing holes uniformly penetrating through the bottom soundproofing material in a longitudinal or transverse direction to absorb and distribute the remaining noise of the intermediate soundproofing material.
WEIGHT DUE TO THE INTERLAYER IMPACT OF NOISE-PROOF INTERLAYER FLOORING
LEE KI SUN (Autor:in)
02.09.2015
Patent
Elektronische Ressource
Koreanisch
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