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A platform for research: civil engineering, architecture and urbanism
To provide a connection structure preventing bonded bricks and brick masonry auxiliary members from being separated by enduring against strong impact on an existing brick masonry construction object as a countermeasure against a seismic impact waves.SOLUTION: A brick and a brick masonry auxiliary member comprise a reinforcement structure of bonding strength as an enhancing method of bonding strength, having spaces on a bonding surface connecting the brick and the brick masonry auxiliary member, in which bond is injected and a metal plate is fitted, by filling the bond in the bond injected space of the brick and the space of the brick masonry auxiliary member to integrate a connection part after curing for having a structure with resistance strength of the bond part against impact waves.SELECTED DRAWING: Figure 1
【課題】本発明は、既存のレンガ積み施工物が耐震衝撃波対策上、強い衝撃に耐え、接着したレンガ及びレンガ積み補助部材が外れない接合構造を提供する。【解決手段】接着強度を高める方法として、レンガとレンガ積み補助部材の連結する接着面に接着剤注入及び、金属プレート板嵌め込み空間を有し、接着剤をレンガの接着剤注入空間とレンガ積み補助部材の空間に充填行い、硬化後連結部が一体化する事で衝撃波に対して接着部の抵抗強度構造を有する事を特徴とする接着接合の強化構造を有するレンガ及び、レンガ積み補助部材。【選択図】図１
To provide a connection structure preventing bonded bricks and brick masonry auxiliary members from being separated by enduring against strong impact on an existing brick masonry construction object as a countermeasure against a seismic impact waves.SOLUTION: A brick and a brick masonry auxiliary member comprise a reinforcement structure of bonding strength as an enhancing method of bonding strength, having spaces on a bonding surface connecting the brick and the brick masonry auxiliary member, in which bond is injected and a metal plate is fitted, by filling the bond in the bond injected space of the brick and the space of the brick masonry auxiliary member to integrate a connection part after curing for having a structure with resistance strength of the bond part against impact waves.SELECTED DRAWING: Figure 1
【課題】本発明は、既存のレンガ積み施工物が耐震衝撃波対策上、強い衝撃に耐え、接着したレンガ及びレンガ積み補助部材が外れない接合構造を提供する。【解決手段】接着強度を高める方法として、レンガとレンガ積み補助部材の連結する接着面に接着剤注入及び、金属プレート板嵌め込み空間を有し、接着剤をレンガの接着剤注入空間とレンガ積み補助部材の空間に充填行い、硬化後連結部が一体化する事で衝撃波に対して接着部の抵抗強度構造を有する事を特徴とする接着接合の強化構造を有するレンガ及び、レンガ積み補助部材。【選択図】図１
BRICK STRUCTURAL BODY
レンガ構造体
FUJII HIDEO (author)
2024-05-31
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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