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A platform for research: civil engineering, architecture and urbanism
EARTHQUAKE REINFORCEMENT HARDWARE, AND EARTHQUAKE REINFORCEMENT STRUCTURE
To provide an earthquake reinforcement hardware that allows the integration of a column and a horizontal member to be easily and precisely carried out without removing existing diagonal braces.SOLUTION: A shaft body 3 is provided to connect an attachment part 2 for a column side and an attachment part 2' for a horizontal member side. The attachment part 2 for the column side comprises a base plate 2a of which one surface is an attachment surface 2b and a bearing part 2c, being assembled to one end 3a of the shaft body 3 through the bearing part 2c rotatably on a horizontal shaft 4. The attachment part 2' for the horizontal member side comprises the base plate 2a of which one surface is the attachment surface 2b and the bearing part 2c, being assembled to the other end 3a of the shaft body 3 through the bearing part 2c rotatably on the horizontal shaft 4. The shaft body 3 is configured to connect a shaft part 3c for the column side assembled to the attachment part 2 for the column side and a shaft part 3g for the horizontal member side assembled to the attachment part 2' for a horizontal member side with nut bodies 3K screwed on each of the shaft parts 3c, 3g between both shaft parts 3c, 3g.SELECTED DRAWING: Figure 4
【課題】既設の筋交い金物を取り外すことなく、柱と横架材とを、容易且つ適切に、一体化できるようにする。【解決手段】柱側取付部２と横架材側取付部２’とをつなぐ軸体３を備える。柱側取付部２は、一面を取付面２ｂとした基板２ａと、軸受け部２ｃとを有し、軸受け部２ｃをもって軸体３の一端部３ａに水平軸４をもって回動可能に組み合わされている。横架材側取付部２’は、一面を取付面２ｂとした基板２ａと、軸受け部２ｃとを有し、軸受け部２ｃをもって軸体３の他端部３ｂに水平軸４をもって回動可能に組み合わされている。軸体３を、柱側取付部２に組み合わされる柱側軸部３ｃと横架材側取付部２’に組み合わされる横架材側軸部３ｇとを、両軸部３ｃ、３ｇ間にあって両軸部３ｃ、３ｇにそれぞれネジ付けられるナット体３ｋによって連結させてなる。【選択図】図４
EARTHQUAKE REINFORCEMENT HARDWARE, AND EARTHQUAKE REINFORCEMENT STRUCTURE
To provide an earthquake reinforcement hardware that allows the integration of a column and a horizontal member to be easily and precisely carried out without removing existing diagonal braces.SOLUTION: A shaft body 3 is provided to connect an attachment part 2 for a column side and an attachment part 2' for a horizontal member side. The attachment part 2 for the column side comprises a base plate 2a of which one surface is an attachment surface 2b and a bearing part 2c, being assembled to one end 3a of the shaft body 3 through the bearing part 2c rotatably on a horizontal shaft 4. The attachment part 2' for the horizontal member side comprises the base plate 2a of which one surface is the attachment surface 2b and the bearing part 2c, being assembled to the other end 3a of the shaft body 3 through the bearing part 2c rotatably on the horizontal shaft 4. The shaft body 3 is configured to connect a shaft part 3c for the column side assembled to the attachment part 2 for the column side and a shaft part 3g for the horizontal member side assembled to the attachment part 2' for a horizontal member side with nut bodies 3K screwed on each of the shaft parts 3c, 3g between both shaft parts 3c, 3g.SELECTED DRAWING: Figure 4
【課題】既設の筋交い金物を取り外すことなく、柱と横架材とを、容易且つ適切に、一体化できるようにする。【解決手段】柱側取付部２と横架材側取付部２’とをつなぐ軸体３を備える。柱側取付部２は、一面を取付面２ｂとした基板２ａと、軸受け部２ｃとを有し、軸受け部２ｃをもって軸体３の一端部３ａに水平軸４をもって回動可能に組み合わされている。横架材側取付部２’は、一面を取付面２ｂとした基板２ａと、軸受け部２ｃとを有し、軸受け部２ｃをもって軸体３の他端部３ｂに水平軸４をもって回動可能に組み合わされている。軸体３を、柱側取付部２に組み合わされる柱側軸部３ｃと横架材側取付部２’に組み合わされる横架材側軸部３ｇとを、両軸部３ｃ、３ｇ間にあって両軸部３ｃ、３ｇにそれぞれネジ付けられるナット体３ｋによって連結させてなる。【選択図】図４
EARTHQUAKE REINFORCEMENT HARDWARE, AND EARTHQUAKE REINFORCEMENT STRUCTURE
耐震補強金物、及び、耐震補強構造
KISHI YUMIKO (author) / SUZUKI HIROTA (author) / ADACHI RYOJI (author) / MATSUMOTO TAKASHI (author)
2021-10-11
Patent
Electronic Resource
Japanese
| European Patent Office | 2020
| European Patent Office | 2023