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ASEISMATIC CEILING STRUCTURE
To provide an aseismatic ceiling structure which reduces shake in a horizontal direction of a ceiling member by a linear member, and thereby suppresses falling-off of the ceiling member and can enhance workability.SOLUTION: An aseismatic ceiling structure has a ceiling member 20 of a building 10 suspended by a suspension bolt 18 as a suspension material, and a tension wire 34 which is arranged below the ceiling member 20 along the ceiling member 20, is fixed to the ceiling member 20, and has both ends as a linear member fixed to a column 12 of the building 10.SELECTED DRAWING: Figure 1
【課題】線状部材によって天井部材の水平方向の揺れを低減することで、天井部材の落下を抑制するとともに施工性を高めることができる耐震天井構造を提供する。【解決手段】耐震天井構造は、吊り材としての吊りボルト18で吊下された建物10の天井部材20と、天井部材20に沿って天井部材20の下方に配置され、天井部材20に固定されるとともに、両端部が建物10の柱12に固定された線状部材としての張力ワイヤ34と、を有する。【選択図】図1
ASEISMATIC CEILING STRUCTURE
To provide an aseismatic ceiling structure which reduces shake in a horizontal direction of a ceiling member by a linear member, and thereby suppresses falling-off of the ceiling member and can enhance workability.SOLUTION: An aseismatic ceiling structure has a ceiling member 20 of a building 10 suspended by a suspension bolt 18 as a suspension material, and a tension wire 34 which is arranged below the ceiling member 20 along the ceiling member 20, is fixed to the ceiling member 20, and has both ends as a linear member fixed to a column 12 of the building 10.SELECTED DRAWING: Figure 1
【課題】線状部材によって天井部材の水平方向の揺れを低減することで、天井部材の落下を抑制するとともに施工性を高めることができる耐震天井構造を提供する。【解決手段】耐震天井構造は、吊り材としての吊りボルト18で吊下された建物10の天井部材20と、天井部材20に沿って天井部材20の下方に配置され、天井部材20に固定されるとともに、両端部が建物10の柱12に固定された線状部材としての張力ワイヤ34と、を有する。【選択図】図1
ASEISMATIC CEILING STRUCTURE
耐震天井構造
DOI YASUO (author) / IWAMA KAZUHIRO (author) / MOCHIZUKI EIJI (author) / ICHIKAWA HISAFUMI (author)
2020-06-18
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
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GENERAL BUILDING CONSTRUCTIONS