Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
PROBLEM TO BE SOLVED: To provide a ceiling frame suspension structure for suspending a ceiling frame through suspension bolts, capable of improving earthquake-resistance strength of the entire ceiling backing including the suspension bolts as much as possible.MEANS FOR SOLVING THE PROBLEM: There is provided a ceiling frame suspension structure for suspending a ceiling frame from a structure of a building through suspension bolts, in which suspension strength of the ceiling frame is improved by: reinforcing the outer periphery of each suspension bolt with a metal cylinder body; meanwhile, by utilizing the suspension bolt extending in a predetermined length upward from the upper end of the metal cylinder body, coupling and integrating a suspension bolt fitting metal bracket in a coaxial structure to the upper end part of each metal cylinder body; and suspending the ceiling frame from the structure of the building by the suspension bolts through the suspension bolt fitting metal brackets respectively coupled and integrated coaxially to the metal cylinder bolts.SELECTED DRAWING: Figure 3
【課題】吊りボルトを介して天井枠を吊り下げる天井枠吊り下げ構造に関し、吊りボルトを含めた天井下地全体の耐震強度を可及的に向上させる。【課題解決手段】吊りボルトを介して建物の構造体に天井枠を吊り下げる天井枠吊り下げ構造であって、吊りボルトの外周を金属製の筒体で補強するとともに、該金属製の筒体の上端部分に、該金属製の筒体の上端部分から所定の長さ上方に延びる吊りボルトを利用して吊りボルト取り付け金具を同軸構造に連結一体化し、該吊りボルトにより上記金属製の筒体と同軸構造に連結一体化された吊りボルト取り付け金具を介して建物の構造体に天井枠を吊り下げることにより、天井枠の吊り下げ強度を向上させた。【選択図】 図３
PROBLEM TO BE SOLVED: To provide a ceiling frame suspension structure for suspending a ceiling frame through suspension bolts, capable of improving earthquake-resistance strength of the entire ceiling backing including the suspension bolts as much as possible.MEANS FOR SOLVING THE PROBLEM: There is provided a ceiling frame suspension structure for suspending a ceiling frame from a structure of a building through suspension bolts, in which suspension strength of the ceiling frame is improved by: reinforcing the outer periphery of each suspension bolt with a metal cylinder body; meanwhile, by utilizing the suspension bolt extending in a predetermined length upward from the upper end of the metal cylinder body, coupling and integrating a suspension bolt fitting metal bracket in a coaxial structure to the upper end part of each metal cylinder body; and suspending the ceiling frame from the structure of the building by the suspension bolts through the suspension bolt fitting metal brackets respectively coupled and integrated coaxially to the metal cylinder bolts.SELECTED DRAWING: Figure 3
【課題】吊りボルトを介して天井枠を吊り下げる天井枠吊り下げ構造に関し、吊りボルトを含めた天井下地全体の耐震強度を可及的に向上させる。【課題解決手段】吊りボルトを介して建物の構造体に天井枠を吊り下げる天井枠吊り下げ構造であって、吊りボルトの外周を金属製の筒体で補強するとともに、該金属製の筒体の上端部分に、該金属製の筒体の上端部分から所定の長さ上方に延びる吊りボルトを利用して吊りボルト取り付け金具を同軸構造に連結一体化し、該吊りボルトにより上記金属製の筒体と同軸構造に連結一体化された吊りボルト取り付け金具を介して建物の構造体に天井枠を吊り下げることにより、天井枠の吊り下げ強度を向上させた。【選択図】 図３
CEILING FRAME SUSPENSION STRUCTURE
天井枠吊り下げ構造
SATO KIMIAKI (Autor:in)
23.09.2016
Patent
Elektronische Ressource
Japanisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
SUSPENSION CEILING STRUCTURE AND CONSTRUCTION METHOD OF SUSPENSION CEILING STRUCTURE
| Europäisches Patentamt | 2017