A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
STRUCTURAL MEMBER AND METHOD OF MANUFACTURING STRUCTURAL MEMBER
To provide a structural member that can bear a high load and is high in degree of freedom of design, and a method of manufacturing the structural member.SOLUTION: A structural member 1 has: a concrete part 2 (stack body) which has a stack of a plurality of layers 22 formed of a concrete material 21 (hydraulic mixture); and reinforcing bars 3 (reinforcing wires) installed in interlayer parts 23 between adjacent layers 22, 22 along a stacking direction. A method of manufacturing the structural member has: a hydraulic mixture discharge process of discharging the concrete material 21 from an additional manufacturing device to stack the layers 22 of the concrete material 21; and a reinforcing wire installing process of installing the reinforcing bars 3 on the layers 22 of the concrete material 21. In the hydraulic mixture discharge process, the reinforcing bars 3 installed in the reinforcing wire installing process are covered with the newly stacked layers 22 of the concrete material 21.SELECTED DRAWING: Figure 2
【課題】高耐力にできるとともにデザインの自由度が高い構造部材および構造部材の製造方法を提供する。【解決手段】構造部材１は、コンクリート材料２１（水硬性混合物）を材料とする複数の層２２が積層されたコンクリート部２（積層体）と、積層方向に沿って隣接した層２２，２２の層間２３に設置された鉄筋３（補強線材）と、を有する。構造部材の製造方法は、付加製造装置からコンクリート材料２１を吐出してコンクリート材料２１の層２２を積層する水硬性混合物吐出工程と、コンクリート材料２１の層２２の上に鉄筋３を設置する補強線材設置工程と、を有し、水硬性混合物吐出工程では、補強線材設置工程で設置された鉄筋３を新たに積層するコンクリート材料２１の層２２で覆う。【選択図】図２
STRUCTURAL MEMBER AND METHOD OF MANUFACTURING STRUCTURAL MEMBER
To provide a structural member that can bear a high load and is high in degree of freedom of design, and a method of manufacturing the structural member.SOLUTION: A structural member 1 has: a concrete part 2 (stack body) which has a stack of a plurality of layers 22 formed of a concrete material 21 (hydraulic mixture); and reinforcing bars 3 (reinforcing wires) installed in interlayer parts 23 between adjacent layers 22, 22 along a stacking direction. A method of manufacturing the structural member has: a hydraulic mixture discharge process of discharging the concrete material 21 from an additional manufacturing device to stack the layers 22 of the concrete material 21; and a reinforcing wire installing process of installing the reinforcing bars 3 on the layers 22 of the concrete material 21. In the hydraulic mixture discharge process, the reinforcing bars 3 installed in the reinforcing wire installing process are covered with the newly stacked layers 22 of the concrete material 21.SELECTED DRAWING: Figure 2
【課題】高耐力にできるとともにデザインの自由度が高い構造部材および構造部材の製造方法を提供する。【解決手段】構造部材１は、コンクリート材料２１（水硬性混合物）を材料とする複数の層２２が積層されたコンクリート部２（積層体）と、積層方向に沿って隣接した層２２，２２の層間２３に設置された鉄筋３（補強線材）と、を有する。構造部材の製造方法は、付加製造装置からコンクリート材料２１を吐出してコンクリート材料２１の層２２を積層する水硬性混合物吐出工程と、コンクリート材料２１の層２２の上に鉄筋３を設置する補強線材設置工程と、を有し、水硬性混合物吐出工程では、補強線材設置工程で設置された鉄筋３を新たに積層するコンクリート材料２１の層２２で覆う。【選択図】図２
STRUCTURAL MEMBER AND METHOD OF MANUFACTURING STRUCTURAL MEMBER
構造部材および構造部材の製造方法
TANAKA HATSUTARO (author) / OGURA DAIKI (author) / KIKUCHI TATSU (author) / YAMAMOTO SHINYA (author) / KANNO MITSUTOSHI (author) / NAKAJIMA TADAHIRO (author) / HARADA KEIGO (author) / TANAKA AYAKA (author) / KUME KENICHI (author)
2023-09-13
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2024
STRUCTURAL MEMBER AND STRUCTURAL MEMBER MANUFACTURING METHOD
| European Patent Office | 2024
MANUFACTURING METHOD OF STRUCTURAL MEMBER, STRUCTURAL MEMBER AND BUILDING
| European Patent Office | 2023
JOINT STRUCTURE, JOINT MEMBER, STRUCTURAL MEMBER, AND METHOD FOR MANUFACTURING STRUCTURAL MEMBER
| European Patent Office | 2021
Structural member, manufacturing method of structural member and electronic equipment
| European Patent Office | 2021