Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel structure wall beam column connecting joint mechanism
The invention provides a steel structure wall beam column connecting joint mechanism. The steel structure wall beam column connecting joint mechanism structurally comprises a connecting hole, a top cover, a main body, a penetrating and inserting pipe and a positioning end, wherein the connecting hole is embedded in the top cover, the main body and the top cover are integrated, the penetrating and inserting pipe is embedded in the outer side of the main body, and the positioning end is installed below the penetrating and inserting pipe. According to the steel structure wall beam column connecting joint mechanism, under the mutual cooperation of a center block and a contact shaft which are additionally arranged in a penetrating and inserting channel in the penetrating and inserting pipe, after key steel is inserted into the center block, the contact shaft extends out through the telescopic performance of a movable rod to be attached to the side edge of the steel, and an extrusion layer can tightly press the side edge of the steel under the driving of a rotating wheel, so that the rotating wheel can effectively improve the movement performance and the dismounting and mounting effect through a lifting ring and a connecting groove in the rotating wheel; and meanwhile, the clamping condition generated in the movement process is prevented, the key steel can be effectively positioned in the center block, the positioning condition of the steel is improved through the contact shaft, and the circle center deviation phenomenon generated by subsequent welding is prevented.
本发明提供一种钢结构墙梁柱连接节点机构，其结构包括连接孔、顶盖、主体、穿插管、定位端，连接孔嵌入于顶盖之中，主体与顶盖为一体，穿插管镶嵌于主体的外侧，定位端安装于穿插管的下方，本发明由穿插管内部的穿插通道所新增的中心块与接触轴的相互配合下，在关键钢材插入到中心块后，接触轴通过活动杆的伸缩性能进行伸出与钢材侧边相互贴合并且根据转轮的带动下能使挤压层紧紧压住钢材侧边，致使转轮通过自身内部的提升环与连接槽能有效的提升自身的活动性能以及拆装效果同时防止活动中产生的卡死情况，以至于能有效的将关键钢材进行定位在中心块之中并且通过接触轴来增加钢材的定位情况防止后续焊接产生的圆心偏移现象。
Steel structure wall beam column connecting joint mechanism
The invention provides a steel structure wall beam column connecting joint mechanism. The steel structure wall beam column connecting joint mechanism structurally comprises a connecting hole, a top cover, a main body, a penetrating and inserting pipe and a positioning end, wherein the connecting hole is embedded in the top cover, the main body and the top cover are integrated, the penetrating and inserting pipe is embedded in the outer side of the main body, and the positioning end is installed below the penetrating and inserting pipe. According to the steel structure wall beam column connecting joint mechanism, under the mutual cooperation of a center block and a contact shaft which are additionally arranged in a penetrating and inserting channel in the penetrating and inserting pipe, after key steel is inserted into the center block, the contact shaft extends out through the telescopic performance of a movable rod to be attached to the side edge of the steel, and an extrusion layer can tightly press the side edge of the steel under the driving of a rotating wheel, so that the rotating wheel can effectively improve the movement performance and the dismounting and mounting effect through a lifting ring and a connecting groove in the rotating wheel; and meanwhile, the clamping condition generated in the movement process is prevented, the key steel can be effectively positioned in the center block, the positioning condition of the steel is improved through the contact shaft, and the circle center deviation phenomenon generated by subsequent welding is prevented.
本发明提供一种钢结构墙梁柱连接节点机构，其结构包括连接孔、顶盖、主体、穿插管、定位端，连接孔嵌入于顶盖之中，主体与顶盖为一体，穿插管镶嵌于主体的外侧，定位端安装于穿插管的下方，本发明由穿插管内部的穿插通道所新增的中心块与接触轴的相互配合下，在关键钢材插入到中心块后，接触轴通过活动杆的伸缩性能进行伸出与钢材侧边相互贴合并且根据转轮的带动下能使挤压层紧紧压住钢材侧边，致使转轮通过自身内部的提升环与连接槽能有效的提升自身的活动性能以及拆装效果同时防止活动中产生的卡死情况，以至于能有效的将关键钢材进行定位在中心块之中并且通过接触轴来增加钢材的定位情况防止后续焊接产生的圆心偏移现象。
Steel structure wall beam column connecting joint mechanism
一种钢结构墙梁柱连接节点机构
LIU LIANBO (Autor:in)
19.11.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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