Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
H-shaped steel beam end hinged connection node
The invention provides an H-shaped steel beam end hinged connection node, which belongs to the field of fabricated buildings and comprises a bearing structure, a double-clamping-plate assembly and an H-shaped steel beam. Wherein the double-clamping-plate assembly comprises double clamping plates and high-strength bolts, the double clamping plates are installed on the bearing structure, a clamping space is formed between the double clamping plates, and a supporting part is formed below the clamping space; at least one clamping plate is laterally pulled to slightly deform, and the clamping space is compressed; one end of the H-shaped steel beam at least extends from the web to form an extension section, the web is inserted into the clamping space from top to bottom, the bottom of the web is supported by the supporting part, the double clamping plates and the web of the extension section are connected through high-strength bolt via holes to form hinge joint, and the high-strength bolts tension the clamping plates to be laterally pulled to slightly deform and then abut against the web. The double clamping plates form double friction shearing faces abutting against the web.
本发明提供一种H型钢梁端铰接连接节点，属于装配式建筑领域，包括承载结构、双夹板组件和H型钢梁；其中，双夹板组件包括双夹板和高强螺栓，双夹板安装于承载结构，双夹板之间形成有夹持空间，夹持空间下方形成有支托部；至少其中一夹板侧向受拉微量变形，压缩夹持空间；H型钢梁的一端至少以腹板延伸形成延伸段，腹板由上往下插设于夹持空间，腹板底部并被支托部承托，双夹板与延伸段的腹板通过高强螺栓过孔连接形成铰接，高强螺栓拉紧夹板侧向受拉微量变形后抵紧于腹板，双夹板形成抵紧腹板的双摩擦剪切面。
H-shaped steel beam end hinged connection node
The invention provides an H-shaped steel beam end hinged connection node, which belongs to the field of fabricated buildings and comprises a bearing structure, a double-clamping-plate assembly and an H-shaped steel beam. Wherein the double-clamping-plate assembly comprises double clamping plates and high-strength bolts, the double clamping plates are installed on the bearing structure, a clamping space is formed between the double clamping plates, and a supporting part is formed below the clamping space; at least one clamping plate is laterally pulled to slightly deform, and the clamping space is compressed; one end of the H-shaped steel beam at least extends from the web to form an extension section, the web is inserted into the clamping space from top to bottom, the bottom of the web is supported by the supporting part, the double clamping plates and the web of the extension section are connected through high-strength bolt via holes to form hinge joint, and the high-strength bolts tension the clamping plates to be laterally pulled to slightly deform and then abut against the web. The double clamping plates form double friction shearing faces abutting against the web.
本发明提供一种H型钢梁端铰接连接节点，属于装配式建筑领域，包括承载结构、双夹板组件和H型钢梁；其中，双夹板组件包括双夹板和高强螺栓，双夹板安装于承载结构，双夹板之间形成有夹持空间，夹持空间下方形成有支托部；至少其中一夹板侧向受拉微量变形，压缩夹持空间；H型钢梁的一端至少以腹板延伸形成延伸段，腹板由上往下插设于夹持空间，腹板底部并被支托部承托，双夹板与延伸段的腹板通过高强螺栓过孔连接形成铰接，高强螺栓拉紧夹板侧向受拉微量变形后抵紧于腹板，双夹板形成抵紧腹板的双摩擦剪切面。
H-shaped steel beam end hinged connection node
一种H型钢梁端铰接连接节点
PENG LI (Autor:in) / SHI WENBIN (Autor:in)
25.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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