A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
COLUMN BEAM JOINT STRUCTURE AND COLUMN BEAM JOINT METHOD
To provide a column beam joint structure that has high strength and rigidity of connection.SOLUTION: In the column beam joint structure where a column and a beam are jointed to each other, the column includes a woody plate 10 inside the column, a pair of woody plates 11 outside the column that sandwich the woody plate inside the column from both sides, and a pair of woody plates 12 far outside the column that sandwich each of both the woody plate inside the column and the woody plates outside the column respectively; and the beam includes a woody plate 20 inside the beam and a pair of woody plates 21 outside the beam that sandwich the woody plate inside the beam from both sides; the woody plate inside the beam is divided to a woody plate 200 inside a left beam and a woody plate 201 inside a right beam by the woody plate inside the column, and the woody plates outside the column are divided to woody plates outside an upper column and woody plates outside a lower column by the woody plates outside the beam, and the column and the beam are thus jointed to each other.SELECTED DRAWING: Figure 3
【課題】仕口の強度・剛性が高い柱梁接合構造を提供する。【解決手段】柱と梁とが接合されている柱梁接合構造であって、柱は、柱内側木質板材１０と、柱内側木質板材を両面から挟む一対の柱外側木質板材１１と、各々の柱外側木質板材を柱内側木質板材と共に各々挟む一対の柱最外側木質板材１２と、を有し、梁は、梁内側木質板材２０と、梁内側木質板材を両面から挟む一対の梁外側木質板材２１と、を有し、梁内側木質板材は、柱内側木質板材により左梁内側木質板材２００と右梁内側木質板材２０１とに分断されており、柱外側木質板材は、梁外側木質板材により上柱外側木質板材と下柱外側木質板材とに分断されて柱と梁とが接合されている。【選択図】図３
COLUMN BEAM JOINT STRUCTURE AND COLUMN BEAM JOINT METHOD
To provide a column beam joint structure that has high strength and rigidity of connection.SOLUTION: In the column beam joint structure where a column and a beam are jointed to each other, the column includes a woody plate 10 inside the column, a pair of woody plates 11 outside the column that sandwich the woody plate inside the column from both sides, and a pair of woody plates 12 far outside the column that sandwich each of both the woody plate inside the column and the woody plates outside the column respectively; and the beam includes a woody plate 20 inside the beam and a pair of woody plates 21 outside the beam that sandwich the woody plate inside the beam from both sides; the woody plate inside the beam is divided to a woody plate 200 inside a left beam and a woody plate 201 inside a right beam by the woody plate inside the column, and the woody plates outside the column are divided to woody plates outside an upper column and woody plates outside a lower column by the woody plates outside the beam, and the column and the beam are thus jointed to each other.SELECTED DRAWING: Figure 3
【課題】仕口の強度・剛性が高い柱梁接合構造を提供する。【解決手段】柱と梁とが接合されている柱梁接合構造であって、柱は、柱内側木質板材１０と、柱内側木質板材を両面から挟む一対の柱外側木質板材１１と、各々の柱外側木質板材を柱内側木質板材と共に各々挟む一対の柱最外側木質板材１２と、を有し、梁は、梁内側木質板材２０と、梁内側木質板材を両面から挟む一対の梁外側木質板材２１と、を有し、梁内側木質板材は、柱内側木質板材により左梁内側木質板材２００と右梁内側木質板材２０１とに分断されており、柱外側木質板材は、梁外側木質板材により上柱外側木質板材と下柱外側木質板材とに分断されて柱と梁とが接合されている。【選択図】図３
COLUMN BEAM JOINT STRUCTURE AND COLUMN BEAM JOINT METHOD
柱梁接合構造及び柱梁接合方法
TSUJI YASUHIKO (author)
2020-05-28
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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