Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Assembly type steel structure house main frame structure
The invention provides an assembly type steel structure house main frame structure which comprises stand columns, a ring beam connected between the stand columns in a lap joint mode and a beam support supported below the ring beam, each stand column is formed by vertically connecting at least two stand column units, each stand column unit comprises a column body, a beam support frame and a ring beam frame, and concave cavity plates are arranged on the inner side of the top and the inner side of the bottom of each column body; vertical rod penetrating holes are formed in the concave cavity plates, and the vertical column units and the vertical column units adjacent to each other are connected through screws penetrating through the vertical rod penetrating holes. The beam bracket is welded to the top of the column body, and the beam support is connected with the beam bracket through a screw. The ring beam frame is welded to the bottom of the column body, and the ring beam is connected with the ring beam frame through screws. According to the structure, the concave cavity plate is arranged in the column body of the stand column, the vertical rod penetrating holes are formed in the concave cavity plate, vertical connection can be achieved only through a plurality of vertical screws, the number of used bolts can be greatly reduced, and connection operation is simplified. In addition, holes do not need to be formed in the node positions of the stand columns, stress concentration is reduced, and the overall strength is guaranteed.
本申请提供了一种装配式钢构房主框架结构，包括立柱、搭接于立柱之间的圈梁以及承托于圈梁下方的梁托，立柱由至少两个立柱单元竖向连接而成，每个立柱单元包括柱身、梁托架和圈梁架，柱身的顶部内侧和底部内侧均设置有凹腔板，凹腔板上开设有垂直穿杆孔，上、下相邻的立柱单元之间通过穿过垂直穿杆孔的螺杆连接；梁托架焊接于柱身的顶部，梁托通过螺杆与梁托架连接；圈梁架焊接于柱身的底部，圈梁通过螺杆与圈梁架连接。本结构通过在立柱的柱身内设置凹腔板，并在凹腔板上开设垂直穿杆孔，只需数根垂直螺杆便可实现竖向连接，能够大幅减少螺栓使用数量，简化连接操作。此外，由于无需在立柱的节点位置开孔，减少了应力集中，保证了整体强度。
Assembly type steel structure house main frame structure
The invention provides an assembly type steel structure house main frame structure which comprises stand columns, a ring beam connected between the stand columns in a lap joint mode and a beam support supported below the ring beam, each stand column is formed by vertically connecting at least two stand column units, each stand column unit comprises a column body, a beam support frame and a ring beam frame, and concave cavity plates are arranged on the inner side of the top and the inner side of the bottom of each column body; vertical rod penetrating holes are formed in the concave cavity plates, and the vertical column units and the vertical column units adjacent to each other are connected through screws penetrating through the vertical rod penetrating holes. The beam bracket is welded to the top of the column body, and the beam support is connected with the beam bracket through a screw. The ring beam frame is welded to the bottom of the column body, and the ring beam is connected with the ring beam frame through screws. According to the structure, the concave cavity plate is arranged in the column body of the stand column, the vertical rod penetrating holes are formed in the concave cavity plate, vertical connection can be achieved only through a plurality of vertical screws, the number of used bolts can be greatly reduced, and connection operation is simplified. In addition, holes do not need to be formed in the node positions of the stand columns, stress concentration is reduced, and the overall strength is guaranteed.
本申请提供了一种装配式钢构房主框架结构，包括立柱、搭接于立柱之间的圈梁以及承托于圈梁下方的梁托，立柱由至少两个立柱单元竖向连接而成，每个立柱单元包括柱身、梁托架和圈梁架，柱身的顶部内侧和底部内侧均设置有凹腔板，凹腔板上开设有垂直穿杆孔，上、下相邻的立柱单元之间通过穿过垂直穿杆孔的螺杆连接；梁托架焊接于柱身的顶部，梁托通过螺杆与梁托架连接；圈梁架焊接于柱身的底部，圈梁通过螺杆与圈梁架连接。本结构通过在立柱的柱身内设置凹腔板，并在凹腔板上开设垂直穿杆孔，只需数根垂直螺杆便可实现竖向连接，能够大幅减少螺栓使用数量，简化连接操作。此外，由于无需在立柱的节点位置开孔，减少了应力集中，保证了整体强度。
Assembly type steel structure house main frame structure
一种装配式钢构房主框架结构
MAO JINSHENG (Autor:in) / YIN BOYUE (Autor:in) / ZHANG CHUNLIN (Autor:in) / FANG CHENG (Autor:in)
09.02.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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