A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SEISMIC ISOLATION STRUCTURE AND SEISMIC ISOLATION WOODEN BUILDING
To provide a seismic isolation structure in which a frame is made of a wooden frame using wood as an aggregate, the connection with a seismic isolation device is firmly tightened, and the required floor rigidity is secured by seismic isolation structure calculations.SOLUTION: The seismic isolation structure includes a foundation constructed on the ground, a plurality of seismic isolation devices 16, a plurality of seismic isolation plates 19, and a wooden timber frame 21 for supporting a wooden building. The wooden timber frame 21 has a plurality of grid frames of a predetermined size formed by dividing a plurality of inner frame members into grids at predetermined intervals vertically and horizontally in an outer peripheral frame, and is composed of a plate receiving frame 26 which is fitted and fixed to a lattice frame corresponding to each seismic isolation device among a plurality of lattice frames. The wooden timber frame has the seismic isolation plate 19 interposed between each seismic isolation device 16 and itself. In each seismic isolation plate 19, one surface of the front and back surfaces is connected to each seismic isolation device 16, and the other surface is connected to the peripheral frame side of each inner frame and the plate receiving frame 26.SELECTED DRAWING: Figure 2
【課題】架台は木材を骨材にした木骨架台で構成し、免震装置との結合を堅固に緊締し、免震構造計算で要求される床面剛性を確保した免震構造。【解決手段】地盤上に構築された基礎と、複数個の免震装置１６と、複数枚の免震プレート１９と、木造建築物を支える木造りの木骨架台２１と、を備え、木骨架台２１は、外周枠内に複数本の内枠材を縦横に所定間隔をあけて格子状に区分して形成した所定大きさの複数個の格子枠を有し、複数個の格子枠のうち、各免震装置に対応する格子枠にそれぞれ嵌挿・固定されたプレート受木骨２６と、で構成されて、当該木骨架台は各免震装置１６との間にそれぞれ免震プレート１９を介在させて、各免震プレート１９は、表裏面の一方の面が各免震装置１６に、他方の面が各内枠の周枠辺及びプレート受木骨２６に結合されている。【選択図】図２
SEISMIC ISOLATION STRUCTURE AND SEISMIC ISOLATION WOODEN BUILDING
To provide a seismic isolation structure in which a frame is made of a wooden frame using wood as an aggregate, the connection with a seismic isolation device is firmly tightened, and the required floor rigidity is secured by seismic isolation structure calculations.SOLUTION: The seismic isolation structure includes a foundation constructed on the ground, a plurality of seismic isolation devices 16, a plurality of seismic isolation plates 19, and a wooden timber frame 21 for supporting a wooden building. The wooden timber frame 21 has a plurality of grid frames of a predetermined size formed by dividing a plurality of inner frame members into grids at predetermined intervals vertically and horizontally in an outer peripheral frame, and is composed of a plate receiving frame 26 which is fitted and fixed to a lattice frame corresponding to each seismic isolation device among a plurality of lattice frames. The wooden timber frame has the seismic isolation plate 19 interposed between each seismic isolation device 16 and itself. In each seismic isolation plate 19, one surface of the front and back surfaces is connected to each seismic isolation device 16, and the other surface is connected to the peripheral frame side of each inner frame and the plate receiving frame 26.SELECTED DRAWING: Figure 2
【課題】架台は木材を骨材にした木骨架台で構成し、免震装置との結合を堅固に緊締し、免震構造計算で要求される床面剛性を確保した免震構造。【解決手段】地盤上に構築された基礎と、複数個の免震装置１６と、複数枚の免震プレート１９と、木造建築物を支える木造りの木骨架台２１と、を備え、木骨架台２１は、外周枠内に複数本の内枠材を縦横に所定間隔をあけて格子状に区分して形成した所定大きさの複数個の格子枠を有し、複数個の格子枠のうち、各免震装置に対応する格子枠にそれぞれ嵌挿・固定されたプレート受木骨２６と、で構成されて、当該木骨架台は各免震装置１６との間にそれぞれ免震プレート１９を介在させて、各免震プレート１９は、表裏面の一方の面が各免震装置１６に、他方の面が各内枠の周枠辺及びプレート受木骨２６に結合されている。【選択図】図２
SEISMIC ISOLATION STRUCTURE AND SEISMIC ISOLATION WOODEN BUILDING
免震構造及び免震木造建築物
OGAMI MASAO (author)
2020-01-30
Patent
Electronic Resource
Japanese
WOODEN SKELETON STRUCTURE AND SEISMIC ISOLATION STRUCTURE FOR WOODEN SKELETON STRUCTURE
| European Patent Office | 2018
| European Patent Office | 2023
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