A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modularized steel framework connecting structure
The invention relates to a modularized steel framework connecting structure. The modularized steel framework connecting structure is formed in a splicing position between module units and comprises space connecting pieces. The module units are spliced through the space connecting pieces; each module unit participating in splicing comprises a vertical framework column and two horizontal framework beams; the end parts of the two framework beams are fixedly connected with the tail end of the flange of one framework column, and the end part of the framework column and the tail ends of the flanges at the other two sides of the framework column are connecting surfaces; each space connecting piece comprises connecting webs and connecting parts with the number corresponding to that of the module units; the connecting parts are fixedly connected through the connecting webs to form the space connecting piece; each connecting part comprises a horizontal connecting plate and a vertical connecting plate; the end part of the vertical connecting plate is fixedly connected with the horizontal connecting plate, the connecting surface positioned at the end part of the framework column is fixedly connected with the horizontal connecting plate; and the connecting surface positioned at the tail end of the flange of the framework column is fixedly connected with the vertical connecting plate. The modularized steel framework connecting structure provided by the invention is high in modularization degree, is easy to assemble, and belongs to the technical field of structural engineering.
本发明涉及一种模块化钢框架连接结构，形成于模块单元之间的拼接处，包括空间连接件；模块单元通过空间连接件拼接；每个参与拼接的模块单元包括一根竖向的框架柱、两根水平的框架梁，两根框架梁的端部均与一根框架柱的翼缘末端固定连接，框架柱的端部和框架柱的另外两侧翼缘末端均为连接面；空间连接件包括连接腹板、与模块单元的数量相对应的连接部，连接部之间通过连接腹板固定连接以形成空间连接件；连接部包括水平连接板、竖向连接板；竖向连接板的端部与水平连接板固定连接，位于框架柱端部的连接面与水平连接板固定连接，位于框架柱翼缘末端的连接面与竖向连接板固定连接。本发明模块化程度高、易于拼装，属于结构工程技术领域。
Modularized steel framework connecting structure
The invention relates to a modularized steel framework connecting structure. The modularized steel framework connecting structure is formed in a splicing position between module units and comprises space connecting pieces. The module units are spliced through the space connecting pieces; each module unit participating in splicing comprises a vertical framework column and two horizontal framework beams; the end parts of the two framework beams are fixedly connected with the tail end of the flange of one framework column, and the end part of the framework column and the tail ends of the flanges at the other two sides of the framework column are connecting surfaces; each space connecting piece comprises connecting webs and connecting parts with the number corresponding to that of the module units; the connecting parts are fixedly connected through the connecting webs to form the space connecting piece; each connecting part comprises a horizontal connecting plate and a vertical connecting plate; the end part of the vertical connecting plate is fixedly connected with the horizontal connecting plate, the connecting surface positioned at the end part of the framework column is fixedly connected with the horizontal connecting plate; and the connecting surface positioned at the tail end of the flange of the framework column is fixedly connected with the vertical connecting plate. The modularized steel framework connecting structure provided by the invention is high in modularization degree, is easy to assemble, and belongs to the technical field of structural engineering.
本发明涉及一种模块化钢框架连接结构，形成于模块单元之间的拼接处，包括空间连接件；模块单元通过空间连接件拼接；每个参与拼接的模块单元包括一根竖向的框架柱、两根水平的框架梁，两根框架梁的端部均与一根框架柱的翼缘末端固定连接，框架柱的端部和框架柱的另外两侧翼缘末端均为连接面；空间连接件包括连接腹板、与模块单元的数量相对应的连接部，连接部之间通过连接腹板固定连接以形成空间连接件；连接部包括水平连接板、竖向连接板；竖向连接板的端部与水平连接板固定连接，位于框架柱端部的连接面与水平连接板固定连接，位于框架柱翼缘末端的连接面与竖向连接板固定连接。本发明模块化程度高、易于拼装，属于结构工程技术领域。
Modularized steel framework connecting structure
一种模块化钢框架连接结构
TAN PING (author) / QIN JIAJUN (author) / SHANG JIYING (author) / ZHAO XIAOFENG (author) / MI PENG (author) / YANG KUI (author) / LI YIMING (author)
2021-08-13
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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