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Steel column and bone conversion rigid connection structure
The invention provides a steel column bone conversion rigid connection structure, and relates to the field of steel column bone connection. The upper ends and the lower ends of the steel column skeletons are connected with fast-assembly connecting pieces correspondingly, and the fast-assembly connecting pieces are connected with the two steel column skeletons. Steel column blocks A are installed in the upper end and the lower end of the steel column bone correspondingly and connected with the fast-assembly connecting pieces. After a steel column block A is inserted into an inner connecting hole A and an outer connecting hole A which are in a communicated state, a movable limiting piece is influenced by the thrust of a spring to move and reset, so that the movable limiting piece is in contact with the two ends of the steel column block A, the steel column block A fixes the insertion part of a quick-assembly connecting piece and a steel column skeleton, the stress firmness between the quick-assembly connecting piece and the steel column skeleton is guaranteed, and the service life of the quick-assembly connecting piece and the steel column skeleton is prolonged. And the connection between the quick-assembly connecting piece and the steel column skeleton is simpler and more convenient and time-saving. The problems that according to an existing steel column bone conversion rigid connection structure, a traditional bolt mode is generally adopted for connection, a worker needs to use an electric wrench to tighten and fix bolts one by one, and consumed time is long are solved.
本发明提供一种钢柱骨转换刚性连接结构,涉及钢柱骨连接领域,包括钢柱骨;所述钢柱骨上下两端分别连接有快装连接件,且快装连接件与两个钢柱骨相连;所述钢柱骨上下两端内分别安装有钢柱块A,且钢柱块A与快装连接件相连。本发明当钢柱块A插接于连通状态的内连孔A和外连孔A内后,活动限位件受弹簧推力影响移动复位,使活动限位件与钢柱块A两端相接触,钢柱块A对快装连接件与钢柱骨插接部位进行固定,保障快装连接件与钢柱骨之间受力的牢固性,使快装连接件与钢柱骨连接更加简便节省时间。解决了现有钢柱骨转换刚性连接结构,普遍采用传统螺栓方式进行连接,需要工作人员使用电动扳手逐一将螺栓拧紧固定,所需耗时较长的问题。
Steel column and bone conversion rigid connection structure
The invention provides a steel column bone conversion rigid connection structure, and relates to the field of steel column bone connection. The upper ends and the lower ends of the steel column skeletons are connected with fast-assembly connecting pieces correspondingly, and the fast-assembly connecting pieces are connected with the two steel column skeletons. Steel column blocks A are installed in the upper end and the lower end of the steel column bone correspondingly and connected with the fast-assembly connecting pieces. After a steel column block A is inserted into an inner connecting hole A and an outer connecting hole A which are in a communicated state, a movable limiting piece is influenced by the thrust of a spring to move and reset, so that the movable limiting piece is in contact with the two ends of the steel column block A, the steel column block A fixes the insertion part of a quick-assembly connecting piece and a steel column skeleton, the stress firmness between the quick-assembly connecting piece and the steel column skeleton is guaranteed, and the service life of the quick-assembly connecting piece and the steel column skeleton is prolonged. And the connection between the quick-assembly connecting piece and the steel column skeleton is simpler and more convenient and time-saving. The problems that according to an existing steel column bone conversion rigid connection structure, a traditional bolt mode is generally adopted for connection, a worker needs to use an electric wrench to tighten and fix bolts one by one, and consumed time is long are solved.
本发明提供一种钢柱骨转换刚性连接结构,涉及钢柱骨连接领域,包括钢柱骨;所述钢柱骨上下两端分别连接有快装连接件,且快装连接件与两个钢柱骨相连;所述钢柱骨上下两端内分别安装有钢柱块A,且钢柱块A与快装连接件相连。本发明当钢柱块A插接于连通状态的内连孔A和外连孔A内后,活动限位件受弹簧推力影响移动复位,使活动限位件与钢柱块A两端相接触,钢柱块A对快装连接件与钢柱骨插接部位进行固定,保障快装连接件与钢柱骨之间受力的牢固性,使快装连接件与钢柱骨连接更加简便节省时间。解决了现有钢柱骨转换刚性连接结构,普遍采用传统螺栓方式进行连接,需要工作人员使用电动扳手逐一将螺栓拧紧固定,所需耗时较长的问题。
Steel column and bone conversion rigid connection structure
一种钢柱骨转换刚性连接结构
GAN RONGFEI (Autor:in) / LI YAN (Autor:in) / ZHANG WANYIN (Autor:in) / YU LIDONG (Autor:in) / CAI HONGYU (Autor:in) / LIU YUNFENG (Autor:in)
24.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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