Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Efficient roof truss turnover system
The invention relates to the technical field of building construction, and particularly relates to an efficient roof truss turnover system. The efficient roof truss turnover system comprises a turnover underframe used for clamping a roof truss, a right supporting frame used for supporting the right side of the turnover underframe and a left supporting frame used for supporting the left side of theturnover underframe, and the right supporting frame and the left supporting frame are right-angle supporting frames; the turnover underframe is composed of a net-shaped frame and one or more connecting devices; the connecting devices are welded and fixed to the right side face of the net-shaped frame and used for clamping the roof truss; one right-angle face of the right supporting frame is detachably connected with the connecting device to form a closed body and then clamps the roof truss, and the other right-angle face of the right supporting frame is flush with the bottom face of the net-shaped frame; after the roof truss is turned over, one right-angle face of the left supporting frame is detachably connected to the left side face of the net-shaped frame, and the other right-angle face of the left supporting frame is flush with the bottom face of the net-shaped frame. The efficient roof truss turnover system is reliable in connection, convenient to use and convenient to transfer,reduces the roof truss turnover risk during construction, saves the site, and achieves the purposes of shortening the construction period and improving the mechanical utilization rate through overallturnover.
本发明涉及建筑施工技术领域，具体涉及一种屋架高效翻身体系，包括用于装夹屋架的翻身底架、用于支撑翻身底架右侧的右支撑架、用于支撑翻身底架左侧的左支撑架，右支撑架与左支撑架都为直角支撑架；所述翻身底架由网字架与一个或多个连接装置组成；连接装置焊接固定在网字架右侧面上并用于装夹屋架；右支撑架的一个直角面与连接装置可拆卸连接形成闭合体后装夹屋架，另一个直角面与网字架底面齐平；待屋架翻身完成后，左支撑架的一个直角面可拆卸连接在网字架左侧面上，另一个直角面与网字架底面齐平。本发明连接可靠，使用便捷，方便周转，降低了施工时屋架翻身风险，节约场地，通过整体翻身达到了节省工期、提高机械利用率的目的。
Efficient roof truss turnover system
The invention relates to the technical field of building construction, and particularly relates to an efficient roof truss turnover system. The efficient roof truss turnover system comprises a turnover underframe used for clamping a roof truss, a right supporting frame used for supporting the right side of the turnover underframe and a left supporting frame used for supporting the left side of theturnover underframe, and the right supporting frame and the left supporting frame are right-angle supporting frames; the turnover underframe is composed of a net-shaped frame and one or more connecting devices; the connecting devices are welded and fixed to the right side face of the net-shaped frame and used for clamping the roof truss; one right-angle face of the right supporting frame is detachably connected with the connecting device to form a closed body and then clamps the roof truss, and the other right-angle face of the right supporting frame is flush with the bottom face of the net-shaped frame; after the roof truss is turned over, one right-angle face of the left supporting frame is detachably connected to the left side face of the net-shaped frame, and the other right-angle face of the left supporting frame is flush with the bottom face of the net-shaped frame. The efficient roof truss turnover system is reliable in connection, convenient to use and convenient to transfer,reduces the roof truss turnover risk during construction, saves the site, and achieves the purposes of shortening the construction period and improving the mechanical utilization rate through overallturnover.
本发明涉及建筑施工技术领域，具体涉及一种屋架高效翻身体系，包括用于装夹屋架的翻身底架、用于支撑翻身底架右侧的右支撑架、用于支撑翻身底架左侧的左支撑架，右支撑架与左支撑架都为直角支撑架；所述翻身底架由网字架与一个或多个连接装置组成；连接装置焊接固定在网字架右侧面上并用于装夹屋架；右支撑架的一个直角面与连接装置可拆卸连接形成闭合体后装夹屋架，另一个直角面与网字架底面齐平；待屋架翻身完成后，左支撑架的一个直角面可拆卸连接在网字架左侧面上，另一个直角面与网字架底面齐平。本发明连接可靠，使用便捷，方便周转，降低了施工时屋架翻身风险，节约场地，通过整体翻身达到了节省工期、提高机械利用率的目的。
Efficient roof truss turnover system
一种屋架高效翻身体系
LIU LIAN (Autor:in) / ZHONG WEI (Autor:in) / SU GUANGHONG (Autor:in) / WANG YUJIAO (Autor:in) / ZHANG LIMIN (Autor:in)
09.10.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste