A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To improve earthquake proof strength of a ceiling frame hanging part as much as possible for the ceiling frame hanging structure for hanging the ceiling frame via a ceiling frame hanging member.MEANS FOR SOLVING THE PROBLEM: In a ceiling frame hanging structure for hanging a ceiling frame via a ceiling frame hanging member from a horizontal member that is provided at a ceiling substrate side to which the ceiling frame is mounted for hanging the ceiling frame correspondingly to a ceiling structure of the building, earthquake proof strength is improved by configuring the ceiling substrate side horizontal member and the ceiling frame hanging member, of a shaped steel or steel pipe in a predetermined cross section shape and a predetermined diameter size, coupling an upper end of the ceiling frame hanging member via a predetermined metal fitting in a vertical state crossing with the ceiling substrate side horizontal member and coupling a lower end of the ceiling frame hanging member in a state crossing with the ceiling frame.SELECTED DRAWING: Figure 14
【課題】天井枠吊り下げ材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、同天井枠吊り下げ部の耐震強度を可及的に向上させる。【課題解決手段】天井枠が取り付けられる天井下地側に当該建物の天井構造に対応した天井枠吊り下げのための水平材が設けられていて、該水平材に対して天井枠吊り下げ材を介して天井枠が吊り下げられる天井枠吊り下げ構造であって、上記天井下地側水平材および上記天井枠吊り下げ材を、それぞれ所定の断面形状、所定の外径寸法の形鋼又は鋼管により構成し、所定の取り付け金具を介して上記天井枠吊り下げ材の上端を上記天井下地側水平材に交叉する鉛直状態で連結するとともに、上記天井枠吊り下げ材の下端を上記天井枠に交叉状態で連結することにより耐震強度を向上させた。【選択図】 図１４
To improve earthquake proof strength of a ceiling frame hanging part as much as possible for the ceiling frame hanging structure for hanging the ceiling frame via a ceiling frame hanging member.MEANS FOR SOLVING THE PROBLEM: In a ceiling frame hanging structure for hanging a ceiling frame via a ceiling frame hanging member from a horizontal member that is provided at a ceiling substrate side to which the ceiling frame is mounted for hanging the ceiling frame correspondingly to a ceiling structure of the building, earthquake proof strength is improved by configuring the ceiling substrate side horizontal member and the ceiling frame hanging member, of a shaped steel or steel pipe in a predetermined cross section shape and a predetermined diameter size, coupling an upper end of the ceiling frame hanging member via a predetermined metal fitting in a vertical state crossing with the ceiling substrate side horizontal member and coupling a lower end of the ceiling frame hanging member in a state crossing with the ceiling frame.SELECTED DRAWING: Figure 14
【課題】天井枠吊り下げ材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、同天井枠吊り下げ部の耐震強度を可及的に向上させる。【課題解決手段】天井枠が取り付けられる天井下地側に当該建物の天井構造に対応した天井枠吊り下げのための水平材が設けられていて、該水平材に対して天井枠吊り下げ材を介して天井枠が吊り下げられる天井枠吊り下げ構造であって、上記天井下地側水平材および上記天井枠吊り下げ材を、それぞれ所定の断面形状、所定の外径寸法の形鋼又は鋼管により構成し、所定の取り付け金具を介して上記天井枠吊り下げ材の上端を上記天井下地側水平材に交叉する鉛直状態で連結するとともに、上記天井枠吊り下げ材の下端を上記天井枠に交叉状態で連結することにより耐震強度を向上させた。【選択図】 図１４
CEILING FRAME HANGING STRUCTURE
天井枠吊り下げ構造
SATO KIMIAKI (author)
2020-01-16
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2018
Ceiling hanging method and ceiling hanging system for project steel structure
| European Patent Office | 2015