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A platform for research: civil engineering, architecture and urbanism
BEARING PLATE BEARING DEVICE, ARITHMETIC UNIT, BEARING PLATE BEARING DEVICE MOUNTING METHOD, AND RIGID PLATE REPLACEMENT METHOD
To enable measuring of a load applied to a bearing plate bearing device from a structure.SOLUTION: A bearing plate bearing device 1 arranged between a superstructure 100 and a substructure 110 of a structure, comprises: a rigid plate 24 provided between an upper shoe 21 attached to the superstructure 100 and a lower shoe 28 attached to the substructure 110; and a strain sensor 3 attached to a side surface of the rigid plate 24. The side surface of the rigid plate 24 is a surface formed in the hierarchical direction of the upper shoe 21, the rigid plate 24, and the lower shoe 28.SELECTED DRAWING: Figure 2
【課題】構造物から支承板支承装置に負荷された荷重を計測することができる。【解決手段】構造物の上部構造１００と下部構造１１０との間に配置される支承板支承装置１であって、上部構造１００に取り付けられる上沓２１と、下部構造１１０に取り付けられる下沓２８と、の間に設けられた剛体プレート２４と、剛体プレート２４の側面に貼付されたひずみセンサ３と、を備えている。剛体プレート２４の側面は、上沓２１、剛体プレート２４、および下沓２８の階層方向に形成された面である。【選択図】図２
BEARING PLATE BEARING DEVICE, ARITHMETIC UNIT, BEARING PLATE BEARING DEVICE MOUNTING METHOD, AND RIGID PLATE REPLACEMENT METHOD
To enable measuring of a load applied to a bearing plate bearing device from a structure.SOLUTION: A bearing plate bearing device 1 arranged between a superstructure 100 and a substructure 110 of a structure, comprises: a rigid plate 24 provided between an upper shoe 21 attached to the superstructure 100 and a lower shoe 28 attached to the substructure 110; and a strain sensor 3 attached to a side surface of the rigid plate 24. The side surface of the rigid plate 24 is a surface formed in the hierarchical direction of the upper shoe 21, the rigid plate 24, and the lower shoe 28.SELECTED DRAWING: Figure 2
【課題】構造物から支承板支承装置に負荷された荷重を計測することができる。【解決手段】構造物の上部構造１００と下部構造１１０との間に配置される支承板支承装置１であって、上部構造１００に取り付けられる上沓２１と、下部構造１１０に取り付けられる下沓２８と、の間に設けられた剛体プレート２４と、剛体プレート２４の側面に貼付されたひずみセンサ３と、を備えている。剛体プレート２４の側面は、上沓２１、剛体プレート２４、および下沓２８の階層方向に形成された面である。【選択図】図２
BEARING PLATE BEARING DEVICE, ARITHMETIC UNIT, BEARING PLATE BEARING DEVICE MOUNTING METHOD, AND RIGID PLATE REPLACEMENT METHOD
支承板支承装置、演算装置、支承板支承装置取付方法および剛体プレート交換方法
KURAJI KENTARO (author) / MATSUBARA TAKURO (author) / KUBOTA NARUSHI (author) / KASAI SATOSHI (author) / NAKANO KOTA (author) / TAKASE KAZUO (author) / ISHIYAMA MASAYUKI (author) / HIRAI YOSHINORI (author) / YAMAZAKI NOBUHIRO (author) / ASAKURA YASUNOBU (author)
2020-05-28
Patent
Electronic Resource
Japanese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2020
Anchor bearing plate mounting device and anchor bearing plate quick mounting and positioning method
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