A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building heat preservation layer manufacturing and construction method
The invention relates to a fabricated building heat preservation layer manufacturing and construction method. The fabricated building heat preservation layer manufacturing and construction method adopts the following equipment. The equipment comprises a base, a lifting device, an equipment outer shell, a rotary driving device, a driving ring device, an inner shell driving device and a filling and compacting device. According to the fabricated building heat preservation layer manufacturing and construction method, through staggered starting cooperation of first hydraulic rods and a filling structure, after a reinforcing net at the position is filled with an appropriate amount of heat preservation materials, a filling head is retracted through internal driving of the filling structure, so that a compacting head abuts against a column body; and then the first hydraulic rods are started, the inner shell driving device integrally moves towards the center, thus fan ring driven teeth are engaged with a lower tooth ring, rotation of the inner shell driving device is achieved under the driving effect of the rotary driving device, and as a result, the filling materials are evenly spread and compacted through rotation of the compacting head, the working efficiency is greatly improved, and the construction safety is improved.
本发明涉及一种装配式建筑保温层制作施工方法，该装配式建筑保温层制作施工方法采用如下设备，该设备包括底座、升降装置、设备外壳、旋转驱动装置、驱动环装置、内壳驱动装置和填充压实装置，本发明能够通过第一液压杆和填充结构的交错启动配合，当在完成对该位置的加强网中填充适量的保温材料后利用填充结构的内部驱动来将填充头收回而使得压实头抵触到柱体，然后再启动第一液压杆，使得内壳驱动装置整体向中心移动，从而让扇环从动齿与下齿环齿合，在旋转驱动装置的驱动作用下实现内壳驱动装置的旋转，这样便实现利用压实头旋转来均摊压实填充材料，大大提高工作效率，提高施工安全性。
Fabricated building heat preservation layer manufacturing and construction method
The invention relates to a fabricated building heat preservation layer manufacturing and construction method. The fabricated building heat preservation layer manufacturing and construction method adopts the following equipment. The equipment comprises a base, a lifting device, an equipment outer shell, a rotary driving device, a driving ring device, an inner shell driving device and a filling and compacting device. According to the fabricated building heat preservation layer manufacturing and construction method, through staggered starting cooperation of first hydraulic rods and a filling structure, after a reinforcing net at the position is filled with an appropriate amount of heat preservation materials, a filling head is retracted through internal driving of the filling structure, so that a compacting head abuts against a column body; and then the first hydraulic rods are started, the inner shell driving device integrally moves towards the center, thus fan ring driven teeth are engaged with a lower tooth ring, rotation of the inner shell driving device is achieved under the driving effect of the rotary driving device, and as a result, the filling materials are evenly spread and compacted through rotation of the compacting head, the working efficiency is greatly improved, and the construction safety is improved.
本发明涉及一种装配式建筑保温层制作施工方法，该装配式建筑保温层制作施工方法采用如下设备，该设备包括底座、升降装置、设备外壳、旋转驱动装置、驱动环装置、内壳驱动装置和填充压实装置，本发明能够通过第一液压杆和填充结构的交错启动配合，当在完成对该位置的加强网中填充适量的保温材料后利用填充结构的内部驱动来将填充头收回而使得压实头抵触到柱体，然后再启动第一液压杆，使得内壳驱动装置整体向中心移动，从而让扇环从动齿与下齿环齿合，在旋转驱动装置的驱动作用下实现内壳驱动装置的旋转，这样便实现利用压实头旋转来均摊压实填充材料，大大提高工作效率，提高施工安全性。
Fabricated building heat preservation layer manufacturing and construction method
一种装配式建筑保温层制作施工方法
ZHANG WANLONG (author) / WANG WENBIN (author)
2021-04-09
Patent
Electronic Resource
Chinese
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