The invention discloses a hoisting mechanism for a fabricated building component. The hoisting mechanism comprises a plurality of hoisting ropes, the lower ends of the multiple hoisting ropes are fixedly connected with a hoisting tool, the hoisted building component is suspended and hoisted below the hoisting tool through three suspension ropes which are distributed in a circumferential array, thehoisting tool can control the lengths of the three suspension ropes, and therefore, the posture and the height of the hoisted building component are finely adjusted; and the three suspension ropes are respectively the first suspension rope, the second suspension rope and the third suspension rope. According to the hoisting mechanism, the posture can be further finely adjusted while the height ofthe hoisted building component can be finely adjusted.
本发明公开了一种用于装配式建筑构件的吊装机构,包括若干吊装绳,若干吊装绳的下端固定连接有吊具,所述吊具的下方通过三根呈圆周阵列分布的悬挂绳悬挂吊装有被吊装的建筑构件,所述吊具能分别控制三根悬挂绳的长度,从而实现微调被吊装的建筑构件的姿态和高度;三根悬挂绳分别为第一悬挂绳、第二悬挂绳和第三悬挂绳;本发明能对所吊装的建筑构件进行高度微调的同时还能对姿态进行微调。
Hoisting mechanism for fabricated building component and working method of hoisting mechanism
用于装配式建筑构件的吊装机构与工作方法
2020-12-11
Patent
Electronic Resource
Chinese
IPC: | B66C Krane , CRANES |
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