A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inclined column conversion frame column joint structure
The invention provides a structure for converting an inclined column into a frame column joint, and belongs to the field of buildings. The problems that a vertical component in a frame structure cannot directly reach a foundation and is poor in shearing resistance during vertical local change are solved. The device comprises conversion assemblies and cross beams, the number of the cross beams is three, the three cross beams are sequentially arranged from top to bottom, and the two conversion assemblies are symmetrically arranged on the two sides of all the cross beams; the conversion assembly comprises a first upper-layer column, a vertical middle-layer column, a middle-layer inclined column, a lower-layer column, a second upper-layer column and a transmission assembly, the first upper-layer column, the vertical middle-layer column and the lower-layer column are sequentially connected end to end from top to bottom, and the joint of the vertical middle-layer column and the lower-layer column is connected with one end of the lower cross beam; the second upper-layer column is vertically connected between the upper cross beam and the middle cross beam, and the transfer assembly is arranged in the second upper-layer column, the vertical middle-layer column, the middle-layer inclined column and the lower-layer column and used for transferring the vertical force of the second upper-layer column to the lower-layer column. The force conversion device is mainly used for force conversion of vertical parts of frame structures.
本发明提出了一种斜柱转换框架柱节点结构，属于建筑领域。解决框架结构中竖向构件竖向局部变化时无法直通到基础且抗剪力差的问题。它包括转换组件和横梁，横梁设置有三个且由上到下依次布置，转换组件设有两个，两个转换组件对称设置在所有横梁的两侧；转换组件包括第一上层柱、竖向中层柱、中层斜柱、下层柱、第二上层柱和传递组件，第一上层柱、竖向中层柱和下层柱由上到下依次首尾相连，竖向中层柱和下层柱的连接处与靠下的横梁的一端相连，第二上层柱保持竖直的连接在靠上和中间横梁之间，传递组件设置在第二上层柱、竖向中层柱、中层斜柱和下层柱内用于将第二上层柱的竖向力转移到下层柱。它主要用于框架结构竖向件力的转换。
Inclined column conversion frame column joint structure
The invention provides a structure for converting an inclined column into a frame column joint, and belongs to the field of buildings. The problems that a vertical component in a frame structure cannot directly reach a foundation and is poor in shearing resistance during vertical local change are solved. The device comprises conversion assemblies and cross beams, the number of the cross beams is three, the three cross beams are sequentially arranged from top to bottom, and the two conversion assemblies are symmetrically arranged on the two sides of all the cross beams; the conversion assembly comprises a first upper-layer column, a vertical middle-layer column, a middle-layer inclined column, a lower-layer column, a second upper-layer column and a transmission assembly, the first upper-layer column, the vertical middle-layer column and the lower-layer column are sequentially connected end to end from top to bottom, and the joint of the vertical middle-layer column and the lower-layer column is connected with one end of the lower cross beam; the second upper-layer column is vertically connected between the upper cross beam and the middle cross beam, and the transfer assembly is arranged in the second upper-layer column, the vertical middle-layer column, the middle-layer inclined column and the lower-layer column and used for transferring the vertical force of the second upper-layer column to the lower-layer column. The force conversion device is mainly used for force conversion of vertical parts of frame structures.
本发明提出了一种斜柱转换框架柱节点结构，属于建筑领域。解决框架结构中竖向构件竖向局部变化时无法直通到基础且抗剪力差的问题。它包括转换组件和横梁，横梁设置有三个且由上到下依次布置，转换组件设有两个，两个转换组件对称设置在所有横梁的两侧；转换组件包括第一上层柱、竖向中层柱、中层斜柱、下层柱、第二上层柱和传递组件，第一上层柱、竖向中层柱和下层柱由上到下依次首尾相连，竖向中层柱和下层柱的连接处与靠下的横梁的一端相连，第二上层柱保持竖直的连接在靠上和中间横梁之间，传递组件设置在第二上层柱、竖向中层柱、中层斜柱和下层柱内用于将第二上层柱的竖向力转移到下层柱。它主要用于框架结构竖向件力的转换。
Inclined column conversion frame column joint structure
一种斜柱转换框架柱节点结构
REN MANNI (author) / XING YUETING (author) / WANG CONGFEI (author) / WANG HONGXING (author) / ZHANG XIAODONG (author) / JIA JUN (author)
2023-05-05
Patent
Electronic Resource
Chinese
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