A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bamboo frame wall interlayer connecting structure
The invention provides a raw bamboo frame wall interlayer connecting structure. The raw bamboo frame wall interlayer connecting structure comprises C-shaped steel, opposite-pull screws and bamboo sections. C-shaped steel is mounted between the U-shaped steel bottom guide beam at the lower edge of the upper-layer raw bamboo wall body and the U-shaped steel top guide beam at the upper edge of the lower-layer raw bamboo wall body. And a plurality of supporting rods are arranged outside the C-shaped steel web. The raw bamboo rod pieces of the upper-layer raw bamboo wall body and the lower-layer raw bamboo wall body are provided with hoop assemblies, and the upper ends of the supporting rods are fixed to the hoop assemblies of the upper-layer raw bamboo wall body and the lower-layer raw bamboo wall body. A plurality of bamboo sections are arranged in the C-shaped steel, a split screw penetrates through the U-shaped steel bottom guide beam, the C-shaped steel, the bamboo sections and the U-shaped steel top guide beam, and nuts are screwed into the two ends of the split screw. The connection structure adopts a connection mode that the bamboo sections are matched with the profile steel, and has the advantages of being convenient to install, rich in raw material, low in cost, environmentally friendly and the like under the condition that the lateral bearing capacity, rigidity and stability of the connection position are guaranteed.
本发明提供一种原竹框架墙体层间连接结构，包括C型钢、对拉螺杆和竹段。上层原竹墙体下边缘的U型钢底导梁和下层原竹墙体上边缘的U型钢顶导梁之间安装C型钢。C型钢腹板外侧有若干撑杆。上层原竹墙体和下层原竹墙体的原竹杆件均安装有套箍组件，撑杆上端固定在上下层原竹墙体的套箍组件上。C型钢内有若干竹段，对拉螺杆穿过U型钢底导梁、C型钢、竹段和U型钢顶导梁，对拉螺杆两端旋入螺母。所述连接结构采用竹段和型钢相配合的连接形式，在保证了连接处侧向承载力、刚度和稳定性的情况下，还具有安装便捷、原料丰富、成本低廉、绿色环保等优点。
Bamboo frame wall interlayer connecting structure
The invention provides a raw bamboo frame wall interlayer connecting structure. The raw bamboo frame wall interlayer connecting structure comprises C-shaped steel, opposite-pull screws and bamboo sections. C-shaped steel is mounted between the U-shaped steel bottom guide beam at the lower edge of the upper-layer raw bamboo wall body and the U-shaped steel top guide beam at the upper edge of the lower-layer raw bamboo wall body. And a plurality of supporting rods are arranged outside the C-shaped steel web. The raw bamboo rod pieces of the upper-layer raw bamboo wall body and the lower-layer raw bamboo wall body are provided with hoop assemblies, and the upper ends of the supporting rods are fixed to the hoop assemblies of the upper-layer raw bamboo wall body and the lower-layer raw bamboo wall body. A plurality of bamboo sections are arranged in the C-shaped steel, a split screw penetrates through the U-shaped steel bottom guide beam, the C-shaped steel, the bamboo sections and the U-shaped steel top guide beam, and nuts are screwed into the two ends of the split screw. The connection structure adopts a connection mode that the bamboo sections are matched with the profile steel, and has the advantages of being convenient to install, rich in raw material, low in cost, environmentally friendly and the like under the condition that the lateral bearing capacity, rigidity and stability of the connection position are guaranteed.
本发明提供一种原竹框架墙体层间连接结构，包括C型钢、对拉螺杆和竹段。上层原竹墙体下边缘的U型钢底导梁和下层原竹墙体上边缘的U型钢顶导梁之间安装C型钢。C型钢腹板外侧有若干撑杆。上层原竹墙体和下层原竹墙体的原竹杆件均安装有套箍组件，撑杆上端固定在上下层原竹墙体的套箍组件上。C型钢内有若干竹段，对拉螺杆穿过U型钢底导梁、C型钢、竹段和U型钢顶导梁，对拉螺杆两端旋入螺母。所述连接结构采用竹段和型钢相配合的连接形式，在保证了连接处侧向承载力、刚度和稳定性的情况下，还具有安装便捷、原料丰富、成本低廉、绿色环保等优点。
Bamboo frame wall interlayer connecting structure
一种原竹框架墙体层间连接结构
HE ZIQI (author) / ZHONG ZIQIN (author) / ZHOU XUHONG (author) / ZHOU HUAFENG (author)
2022-03-01
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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