A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a building floor structure capable of reducing the vibration of a building floor without changing an existing component such as changing the vibration property of a floor plate.SOLUTION: As shown in Fig.1 (B), adjacent two floor plates 3 with their long sides facing each other are arranged in each substantially square floor structure plane constituted by a plurality of first floor beams 1 and a plurality of second floor beams 2 orthogonal to the first floor beams 1, in two floor plates 3 in each floor structure plane, the short side of the floor plate 3 is positioned on the first floor beam 1 or the second floor beam 2, and its short side is fixed to the first floor beam 1 or the second floor beam 2 by a fixing tool 4 passed through a through hole 3a formed in a thickness direction of the floor plate 3, and between the adjacent floor structure surfaces, the short sides of the adjacent two floor plates 3 on one side face the long sides of the adjacent two floor plates 3 on the other side.SELECTED DRAWING: Figure 1
【課題】床板の振動性状を変えるといった既存の構成要素に対する変更を要しないで、建物床の振動を低減できる建物床構造を提供する。【解決手段】図１（Ｂ）に示すように、複数の第１の床梁１とこれら第１の床梁１に直交する複数の第２の床梁２とにより構成される略正方形の各床構面内に、長辺側を互いに対向させて隣り合う２枚の床板３が配置されており、各床構面内の２枚の床板３は、第１の床梁１または第２の床梁２上に当該床板３の短辺側を位置させ、当該床板３の厚み方向に形成された貫通孔３ａに通された固定具４により、当該短辺側が第１の床梁１または第２の床梁２に固定されており、隣り合う上記床構面間で、一方の上記隣り合う２枚の床板３における短辺側に対して、他方の上記隣り合う２枚の床板３における長辺側が対向する。【選択図】図１
To provide a building floor structure capable of reducing the vibration of a building floor without changing an existing component such as changing the vibration property of a floor plate.SOLUTION: As shown in Fig.1 (B), adjacent two floor plates 3 with their long sides facing each other are arranged in each substantially square floor structure plane constituted by a plurality of first floor beams 1 and a plurality of second floor beams 2 orthogonal to the first floor beams 1, in two floor plates 3 in each floor structure plane, the short side of the floor plate 3 is positioned on the first floor beam 1 or the second floor beam 2, and its short side is fixed to the first floor beam 1 or the second floor beam 2 by a fixing tool 4 passed through a through hole 3a formed in a thickness direction of the floor plate 3, and between the adjacent floor structure surfaces, the short sides of the adjacent two floor plates 3 on one side face the long sides of the adjacent two floor plates 3 on the other side.SELECTED DRAWING: Figure 1
【課題】床板の振動性状を変えるといった既存の構成要素に対する変更を要しないで、建物床の振動を低減できる建物床構造を提供する。【解決手段】図１（Ｂ）に示すように、複数の第１の床梁１とこれら第１の床梁１に直交する複数の第２の床梁２とにより構成される略正方形の各床構面内に、長辺側を互いに対向させて隣り合う２枚の床板３が配置されており、各床構面内の２枚の床板３は、第１の床梁１または第２の床梁２上に当該床板３の短辺側を位置させ、当該床板３の厚み方向に形成された貫通孔３ａに通された固定具４により、当該短辺側が第１の床梁１または第２の床梁２に固定されており、隣り合う上記床構面間で、一方の上記隣り合う２枚の床板３における短辺側に対して、他方の上記隣り合う２枚の床板３における長辺側が対向する。【選択図】図１
BUILDING FLOOR STRUCTURE
建物床構造
KITAKURA YUKA (author)
2024-08-23
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS