本发明公开了一种钢结构连廊提升装置,包括钢索,还包括悬梁,所述悬梁的两端固定连接有支撑导向控制台,该支撑导向控制台用于对钢索导向和防止钢索打滑,所述悬梁的中部连接有稳定机构,该稳定机构用于防止底部负重的钢索升降时摆动,所述悬梁的中部上下滑动连接有位于稳定机构上方的起吊架,所述钢索绕过起吊架,该起吊架用于和吊机吊索连接。本发明中,通过设置稳定机构,使得升降运动的且携带钢结构连廊的钢索不会出现摆动的问题,进而不会出现钢结构连廊提升时撞击周围部件的问题,进而适合狭窄空间的钢结构连廊的提升安装,而且通过设置支撑导向控制台和起吊架使得本提升装置还具有提升防侧倾的优点和提升后调平处理的优点。
The invention discloses a steel structure corridor lifting device which comprises a steel cable and further comprises a suspension beam, the two ends of the suspension beam are fixedly connected with supporting and guiding control consoles, the supporting and guiding control consoles are used for guiding the steel cable and preventing the steel cable from slipping, and the middle of the suspension beam is connected with a stabilizing mechanism. The stabilizing mechanism is used for preventing a steel cable with a load at the bottom from swinging during lifting, a hoisting frame located above the stabilizing mechanism is connected to the middle of the cantilever in an up-down sliding mode, the steel cable winds around the hoisting frame, and the hoisting frame is used for being connected with a crane sling. According to the steel structure corridor lifting and mounting device, by arranging the stabilizing mechanism, the steel cable which does lifting motion and carries the steel structure corridor does not swing, then the problem that the steel structure corridor collides with surrounding components during lifting is avoided, and then the steel structure corridor lifting and mounting device is suitable for lifting and mounting of the steel structure corridor in a narrow space; and through the arrangement of the supporting and guiding console and the lifting frame, the lifting device further has the advantages of being capable of preventing side inclination during lifting and leveling after lifting.
一种钢结构连廊提升装置
2024-08-09
Patent
Elektronische Ressource
Chinesisch
IPC: | B66C Krane , CRANES |