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Anti-falling suspension equipment for intelligent building hoisting
The invention relates to the field of hoisting, in particular to anti-falling suspension equipment for intelligent building hoisting. The technical problems that seawater continuously impacts a pile pipe, then the pile pipe inclines, gaps exist in a pier-shaped fence defined by the follow-up pile pipe, and construction cannot be conducted are solved. According to the technical scheme, the anti-falling suspension equipment for intelligent building hoisting comprises a plug head part, a first clamping device, a V-shaped steel wire, a power system and the like; a power system is arranged on the right of the plug head part; the power system is connected with a first clamping device; the two clamping parts of the first clamping device are jointly connected with a V-shaped steel wire. The pile pipe is limited through the first clamping device, and then the phenomenon that the pile pipe deviates from the designated position and inclines due to the fact that the pile pipe is impacted by seawater in the lowering process is prevented.
本发明涉及吊装领域,尤其涉及一种智能建筑吊装的防脱落悬吊设备。技术问题:海水会不断对桩管进行冲击,进而导致桩管出现倾斜现象,导致后续桩管围成的桥墩状的围栏存在缝隙,导致无法施工。技术方案:一种智能建筑吊装的防脱落悬吊设备,包括有塞头部、第一夹持器、V形钢丝和动力系统等;塞头部的右方设置有动力系统;动力系统连接有第一夹持器;第一夹持器的两个夹持部共同连接有V形钢丝。通过第一夹持器对桩管进行限制,进而防止桩管在下放的过程中,受海水的冲击,桩管会偏离其指定的位置,出现倾斜现象。
Anti-falling suspension equipment for intelligent building hoisting
The invention relates to the field of hoisting, in particular to anti-falling suspension equipment for intelligent building hoisting. The technical problems that seawater continuously impacts a pile pipe, then the pile pipe inclines, gaps exist in a pier-shaped fence defined by the follow-up pile pipe, and construction cannot be conducted are solved. According to the technical scheme, the anti-falling suspension equipment for intelligent building hoisting comprises a plug head part, a first clamping device, a V-shaped steel wire, a power system and the like; a power system is arranged on the right of the plug head part; the power system is connected with a first clamping device; the two clamping parts of the first clamping device are jointly connected with a V-shaped steel wire. The pile pipe is limited through the first clamping device, and then the phenomenon that the pile pipe deviates from the designated position and inclines due to the fact that the pile pipe is impacted by seawater in the lowering process is prevented.
本发明涉及吊装领域,尤其涉及一种智能建筑吊装的防脱落悬吊设备。技术问题:海水会不断对桩管进行冲击,进而导致桩管出现倾斜现象,导致后续桩管围成的桥墩状的围栏存在缝隙,导致无法施工。技术方案:一种智能建筑吊装的防脱落悬吊设备,包括有塞头部、第一夹持器、V形钢丝和动力系统等;塞头部的右方设置有动力系统;动力系统连接有第一夹持器;第一夹持器的两个夹持部共同连接有V形钢丝。通过第一夹持器对桩管进行限制,进而防止桩管在下放的过程中,受海水的冲击,桩管会偏离其指定的位置,出现倾斜现象。
Anti-falling suspension equipment for intelligent building hoisting
一种智能建筑吊装的防脱落悬吊设备
LI CHUANHONG (Autor:in) / WENG JIANYING (Autor:in)
19.09.2023
Patent
Elektronische Ressource
Chinesisch
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