A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CEILING EARTHQUAKE-PROOFING MEMBER AND CEILING SYSTEM
PROBLEM TO BE SOLVED: To obtain a ceiling earthquake-proofing member enabling a ceiling to be earthquake-proofing.SOLUTION: A roof 300 is mainly formed of a folding plate 310, which is suspended from, for example, an elevated bridge through a hanging bolt and a substrate material 314. A ceiling earthquake-proofing member 200 mainly has a first suspending member 210, a fixing member 220 and a second suspending member 230. The first suspending member 210 mainly has a first sheath pipe 211, a base plate 212 that is a plate-like member, a rib 213, and two reinforcement materials 241. The second suspending member 230 is mainly formed of the second sheath pipe 231. The fixing member 220 mainly has a lower plate 221, two vertical plates 222, a penetration bolt 223, a lower fixing member 224 and a fixing hardware 225.SELECTED DRAWING: Figure 1
【課題】天井を耐震化することが可能な天井耐震化部材を得る。【解決手段】屋根３００は、折板３１０から主に構成され、例えば高架橋から吊りボルト及び下地材３１４を介して吊り下げられる。天井耐震化部材２００は、第１の吊下部材２１０と、固定部材２２０と、第２の吊下部材２３０とを主に備える。第１の吊下部材２１０は、第１のさや管２１１と、板状部材であるベースプレート２１２と、リブ２１３と、２つの補強材２４１とを主に備える。第２の吊下部材２３０は第２のさや管２３１から主に構成される。固定部材２２０は、下プレート２２１と、２枚の縦プレート２２２と、貫通ボルト２２３と、下部固定部材２２４と、取り付け金物２２５とを主に備える。【選択図】図１
CEILING EARTHQUAKE-PROOFING MEMBER AND CEILING SYSTEM
PROBLEM TO BE SOLVED: To obtain a ceiling earthquake-proofing member enabling a ceiling to be earthquake-proofing.SOLUTION: A roof 300 is mainly formed of a folding plate 310, which is suspended from, for example, an elevated bridge through a hanging bolt and a substrate material 314. A ceiling earthquake-proofing member 200 mainly has a first suspending member 210, a fixing member 220 and a second suspending member 230. The first suspending member 210 mainly has a first sheath pipe 211, a base plate 212 that is a plate-like member, a rib 213, and two reinforcement materials 241. The second suspending member 230 is mainly formed of the second sheath pipe 231. The fixing member 220 mainly has a lower plate 221, two vertical plates 222, a penetration bolt 223, a lower fixing member 224 and a fixing hardware 225.SELECTED DRAWING: Figure 1
【課題】天井を耐震化することが可能な天井耐震化部材を得る。【解決手段】屋根３００は、折板３１０から主に構成され、例えば高架橋から吊りボルト及び下地材３１４を介して吊り下げられる。天井耐震化部材２００は、第１の吊下部材２１０と、固定部材２２０と、第２の吊下部材２３０とを主に備える。第１の吊下部材２１０は、第１のさや管２１１と、板状部材であるベースプレート２１２と、リブ２１３と、２つの補強材２４１とを主に備える。第２の吊下部材２３０は第２のさや管２３１から主に構成される。固定部材２２０は、下プレート２２１と、２枚の縦プレート２２２と、貫通ボルト２２３と、下部固定部材２２４と、取り付け金物２２５とを主に備える。【選択図】図１
CEILING EARTHQUAKE-PROOFING MEMBER AND CEILING SYSTEM
天井耐震化部材及び天井システム
ISHIMARU DAISUKE (author) / SHIGA RYUSUKE (author) / FUKUDA MAMORU (author) / HARAGUCHI KEI (author) / NAKAHAMA RYO (author) / ISHIWATARI YASUHIRO (author) / OGATA MASAHIRO (author) / ITOYAMA YASUMICHI (author) / KANESHIMA DAISUKE (author)
2017-10-26
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
SUSPENDED CEILING STRUCTURE AND METHOD FOR EARTHQUAKE-PROOFING SUSPENDED CEILING STRUCTURE
| European Patent Office | 2016