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A platform for research: civil engineering, architecture and urbanism
Heavy supporting frame
The invention discloses a heavy supporting frame which is characterized by comprising a square structure supporting unit formed by four triangular frame components which are arranged on the same horizontal plane and are buckled and encircled in a ring-by-ring mode. The multiple supporting units are stacked layer by layer to form the supporting frame. The tripod component comprises a main limb, an inclined lacing, a lock hole opening, a lock catch end, a sleeve end and a socket end. The main limb comprises a vertical support and a horizontal support; the inclined lacing is fixedly connected with the free ends of the vertical support and the horizontal support; the lock holes and the lock catch ends are located at the two ends of the horizontal support respectively, at least one lock hole is fixedly connected to the vertical support, and the lock catch ends corresponding to the lock holes are fixedly connected to the horizontal support; the sleeve end and the socket end are arranged at the two ends of the vertical support respectively. According to the method, the economical efficiency, the safety, the high precision and the high efficiency of heavy supporting frame construction can be comprehensively met.
本发明公开了一种重型支撑架，其特征在于，包括四个在同一水平面的三角架构件环环相扣围拢而成组成的四方结构支撑单元；多个所述支撑单元层层堆叠构成所述支撑架；所述三角架构件包括主肢、斜缀、锁孔口、锁扣端、套筒端和承插端；所述主肢包括直立撑和水平撑；所述斜缀与所述直立撑和水平撑的自由端固定连接；所述锁孔口和锁扣端分别位于所述水平撑的两端，至少一个所述锁孔口固定连接于所述直立撑，与所述锁孔口对应的锁扣端固定连接于所述水平撑；所述套筒端和承插端分别设于所述直立撑的两端。本发明能全面满足重型支撑架施工的经济性、安全性、高精度和高效性。
Heavy supporting frame
The invention discloses a heavy supporting frame which is characterized by comprising a square structure supporting unit formed by four triangular frame components which are arranged on the same horizontal plane and are buckled and encircled in a ring-by-ring mode. The multiple supporting units are stacked layer by layer to form the supporting frame. The tripod component comprises a main limb, an inclined lacing, a lock hole opening, a lock catch end, a sleeve end and a socket end. The main limb comprises a vertical support and a horizontal support; the inclined lacing is fixedly connected with the free ends of the vertical support and the horizontal support; the lock holes and the lock catch ends are located at the two ends of the horizontal support respectively, at least one lock hole is fixedly connected to the vertical support, and the lock catch ends corresponding to the lock holes are fixedly connected to the horizontal support; the sleeve end and the socket end are arranged at the two ends of the vertical support respectively. According to the method, the economical efficiency, the safety, the high precision and the high efficiency of heavy supporting frame construction can be comprehensively met.
本发明公开了一种重型支撑架，其特征在于，包括四个在同一水平面的三角架构件环环相扣围拢而成组成的四方结构支撑单元；多个所述支撑单元层层堆叠构成所述支撑架；所述三角架构件包括主肢、斜缀、锁孔口、锁扣端、套筒端和承插端；所述主肢包括直立撑和水平撑；所述斜缀与所述直立撑和水平撑的自由端固定连接；所述锁孔口和锁扣端分别位于所述水平撑的两端，至少一个所述锁孔口固定连接于所述直立撑，与所述锁孔口对应的锁扣端固定连接于所述水平撑；所述套筒端和承插端分别设于所述直立撑的两端。本发明能全面满足重型支撑架施工的经济性、安全性、高精度和高效性。
Heavy supporting frame
一种重型支撑架
WANG SHENGJING (author) / LI YUANHUA (author) / HUANG LIANG (author) / YANG ZHENGYUAN (author)
2022-12-23
Patent
Electronic Resource
Chinese
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