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A platform for research: civil engineering, architecture and urbanism
OBLIQUE BEAM JOINT METAL AND BEAM JOINT STRUCTURE
To provide an oblique beam joint metal which is suitable for obliquely joining beams using a conventional beam receiving metal in combination, and a beam joint structure using the oblique beam joint metal.SOLUTION: An oblique beam joint metal 5 includes a beam splice part 51, an extension part 52 projecting from its intermediate proper place, and a beam receiving metal mounting part 53 which is bent in a direction forming a predetermined plane angle from its tip edge and extends. The beam splice part 51 of the oblique beam joint metal 5 is spliced to a side face of a beam 2 of a winning side, and is coupled to the side face of the beam 2 by through bolts 45 and 46 penetrating through the beam 2 in a beam width direction, the end of an oblique beam 6 is formed with slits 61 and is mounted with a beam receiving metal 1, and a contact part 12 of the beam receiving metal 1 is overlapped on the beam receiving metal mounting part 53 of the oblique beam joint metal 5 and the parts are coupled to each other by bolts and nuts.SELECTED DRAWING: Figure 3
【課題】従来の梁受け金物を併用しつつ、梁同士を斜めに接合するのに好適な斜め梁接合金物と、その斜め梁接合金物を利用した梁の接合構造を提供する。【解決手段】斜め梁接合金物５は、梁添接部５１と、その中間適所から突出する持出し部５２と、その先端縁から所定の平面角をなす向きに屈折して延びる梁受け金物取付部５３と、を具備する。斜め梁接合金物５の梁添接部５１が勝ち側の梁２の側面に添接され、該梁２を梁幅方向に貫通する通しボルト４５、４６によって該梁２の側面に締結されるとともに、斜め梁６の端部にはスリット６１を形成して梁受け金物１が取り付けられ、斜め梁接合金物５の梁受け金物取付部５３に梁受け金物１の当接部１２が重ねられて互いにボルト・ナット締結される。【選択図】図３
OBLIQUE BEAM JOINT METAL AND BEAM JOINT STRUCTURE
To provide an oblique beam joint metal which is suitable for obliquely joining beams using a conventional beam receiving metal in combination, and a beam joint structure using the oblique beam joint metal.SOLUTION: An oblique beam joint metal 5 includes a beam splice part 51, an extension part 52 projecting from its intermediate proper place, and a beam receiving metal mounting part 53 which is bent in a direction forming a predetermined plane angle from its tip edge and extends. The beam splice part 51 of the oblique beam joint metal 5 is spliced to a side face of a beam 2 of a winning side, and is coupled to the side face of the beam 2 by through bolts 45 and 46 penetrating through the beam 2 in a beam width direction, the end of an oblique beam 6 is formed with slits 61 and is mounted with a beam receiving metal 1, and a contact part 12 of the beam receiving metal 1 is overlapped on the beam receiving metal mounting part 53 of the oblique beam joint metal 5 and the parts are coupled to each other by bolts and nuts.SELECTED DRAWING: Figure 3
【課題】従来の梁受け金物を併用しつつ、梁同士を斜めに接合するのに好適な斜め梁接合金物と、その斜め梁接合金物を利用した梁の接合構造を提供する。【解決手段】斜め梁接合金物５は、梁添接部５１と、その中間適所から突出する持出し部５２と、その先端縁から所定の平面角をなす向きに屈折して延びる梁受け金物取付部５３と、を具備する。斜め梁接合金物５の梁添接部５１が勝ち側の梁２の側面に添接され、該梁２を梁幅方向に貫通する通しボルト４５、４６によって該梁２の側面に締結されるとともに、斜め梁６の端部にはスリット６１を形成して梁受け金物１が取り付けられ、斜め梁接合金物５の梁受け金物取付部５３に梁受け金物１の当接部１２が重ねられて互いにボルト・ナット締結される。【選択図】図３
OBLIQUE BEAM JOINT METAL AND BEAM JOINT STRUCTURE
斜め梁接合金物および梁の接合構造
SATO RYOSUKE (author) / FUKUMOTO DAIKI (author) / HITOHARI TAKESHI (author) / TAKAHASHI YASUAKI (author) / HASHIMOTO DAI (author) / TAKEUCHI SATORU (author) / ISHIKAWA TATSUYA (author)
2022-02-10
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Oblique crossing concrete beam-column joint structure and construction method thereof
| European Patent Office | 2024