A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FITTING FOR VIBRATION-PROOF ASEISMATIC CEILING
PROBLEM TO BE SOLVED: To provide a fitting for a vibration-proof aseismatic ceiling capable of improving an earthquake resistance without impairing a vibration-proof property in spite of simple structure.SOLUTION: A ceiling backing material and a brace 8 are connected on a vibration-proof aseismatic ceiling. A fitting for a vibration-proof aseismatic ceiling comprises: a bracket 20 in a substantially C-shape opening downward, which is fixed on the ceiling backing material; a pair of brace bearers 30, 30, which sandwich and fix a bottom edge 8a of the brace 8; a fixing plate 40, which connects and fixes the pair of brace bearers 30, 30; a vibration-proof rubber 50, which has a body part 51 and an engaging part 52 that engages to an open hole of the bracket 20; and a connection member 60, which penetrates and connects the vibration-proof rubber 50, the bracket 20, and the fixing plate 40. A hanging material 2 is disposed in a space 11 formed between the pair of brace bearers 30, 30 and the connection member 60 is disposed on the fixing plate 40 immediately under the space 11.SELECTED DRAWING: Figure 4
【課題】 簡素な構造でありながら防振性を損なうことなく耐震性を向上させる防振耐震天井用接続金具を提供すること。【解決手段】 防振耐震天井において、天井下地材とブレース８とを接続する。下部が開口する略コの字形状を呈し天井下地材に固定されるブラケット２０と、ブレース８の下端８ａを挟持して固定する一対のブレース受材３０，３０と、一対のブレース受材３０，３０を連結固定する固定板４０と、本体部５１とブラケット２０の貫通孔に係合する係合部５２とを有する防振ゴム５０と、防振ゴム５０、ブラケット２０及び固定板４０を貫通しこれら部材を接続する接続部材６０を備える。吊材２を一対のブレース受材３０，３０の間に形成される空間１１に位置させると共に空間１１の直下の固定板４０に接続部材６０を配置する。【選択図】 図４
FITTING FOR VIBRATION-PROOF ASEISMATIC CEILING
PROBLEM TO BE SOLVED: To provide a fitting for a vibration-proof aseismatic ceiling capable of improving an earthquake resistance without impairing a vibration-proof property in spite of simple structure.SOLUTION: A ceiling backing material and a brace 8 are connected on a vibration-proof aseismatic ceiling. A fitting for a vibration-proof aseismatic ceiling comprises: a bracket 20 in a substantially C-shape opening downward, which is fixed on the ceiling backing material; a pair of brace bearers 30, 30, which sandwich and fix a bottom edge 8a of the brace 8; a fixing plate 40, which connects and fixes the pair of brace bearers 30, 30; a vibration-proof rubber 50, which has a body part 51 and an engaging part 52 that engages to an open hole of the bracket 20; and a connection member 60, which penetrates and connects the vibration-proof rubber 50, the bracket 20, and the fixing plate 40. A hanging material 2 is disposed in a space 11 formed between the pair of brace bearers 30, 30 and the connection member 60 is disposed on the fixing plate 40 immediately under the space 11.SELECTED DRAWING: Figure 4
【課題】 簡素な構造でありながら防振性を損なうことなく耐震性を向上させる防振耐震天井用接続金具を提供すること。【解決手段】 防振耐震天井において、天井下地材とブレース８とを接続する。下部が開口する略コの字形状を呈し天井下地材に固定されるブラケット２０と、ブレース８の下端８ａを挟持して固定する一対のブレース受材３０，３０と、一対のブレース受材３０，３０を連結固定する固定板４０と、本体部５１とブラケット２０の貫通孔に係合する係合部５２とを有する防振ゴム５０と、防振ゴム５０、ブラケット２０及び固定板４０を貫通しこれら部材を接続する接続部材６０を備える。吊材２を一対のブレース受材３０，３０の間に形成される空間１１に位置させると共に空間１１の直下の固定板４０に接続部材６０を配置する。【選択図】 図４
FITTING FOR VIBRATION-PROOF ASEISMATIC CEILING
防振耐震天井用接続金具
KUMAMOTO TATSUMI (author) / TAKAOKA MASASHI (author) / TAKANO KOZO (author) / KAWAYOSHI TAKESHI (author) / FUJII TOSHIHIRO (author) / NAGANO TAKESHI (author) / MASUDA HIROYUKI (author) / KITAHAMA TORU (author) / YOSHIDA YUKIMASA (author)
2016-07-28
Patent
Electronic Resource
Japanese