A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vibration reduction rubber block tiling construction method
The invention provides a vibration reduction rubber block tiling construction method, and belongs to the technical field of vibration reduction rubber block tiling. The vibration reduction rubber block tiling construction method comprises the steps that a three-dimensional model of vibration reduction rubber block construction is constructed; the distribution number and direction of the damping rubber blocks on the construction position are determined; leveling treatment is conducted on the construction position; a fixing layer is flatly laid on the construction position, and through holes are formed in the positions, fixed to the damping rubber blocks, of the fixing layer; the damping rubber blocks in the fixed columns and the fixed rows are fixedly connected through steel wires in advance, the formed damping rubber block fixing net is fixed to the construction position, and the position of the damping rubber block fixing net is manually and finely adjusted; fixing glue is pumped into the fixing layer; after the damping rubber blocks are completely fixed, gaps of the damping rubber blocks are filled with concrete; according to the method, the problems that the construction efficiency is low, the damping rubber blocks are easy to displace and more rework of construction is caused due to the fact that existing damping rubber block tiling construction adopts a mode of sequentially fixing single damping rubber blocks can be solved.
本发明提供了一种减振胶块平铺施工方法，属于减振胶块平铺技术领域，该减振胶块平铺施工方法为构建减震胶块施工的三维模型；确定施工位置上减震胶块的分布数量以及方向；对施工位置进行找平处理；在施工位置上平铺固定层，在固定层与每个减震胶块固定的位置处开设通孔；将固定列和固定行的减震胶块提前通过钢丝固定连接，将形成的减震胶块固定网固定在施工位置处，并通过人工对其位置进行微调；向固定层内部泵入固定胶；待减震胶块完全固定后在减震胶块的空隙处填充混凝土；该方法能够解决现有的减振胶块平铺施工是采用单块减震胶块依次固定的方式，不仅施工效率低，减震胶块还容易发生位移，造成施工的多从返工的问题。
Vibration reduction rubber block tiling construction method
The invention provides a vibration reduction rubber block tiling construction method, and belongs to the technical field of vibration reduction rubber block tiling. The vibration reduction rubber block tiling construction method comprises the steps that a three-dimensional model of vibration reduction rubber block construction is constructed; the distribution number and direction of the damping rubber blocks on the construction position are determined; leveling treatment is conducted on the construction position; a fixing layer is flatly laid on the construction position, and through holes are formed in the positions, fixed to the damping rubber blocks, of the fixing layer; the damping rubber blocks in the fixed columns and the fixed rows are fixedly connected through steel wires in advance, the formed damping rubber block fixing net is fixed to the construction position, and the position of the damping rubber block fixing net is manually and finely adjusted; fixing glue is pumped into the fixing layer; after the damping rubber blocks are completely fixed, gaps of the damping rubber blocks are filled with concrete; according to the method, the problems that the construction efficiency is low, the damping rubber blocks are easy to displace and more rework of construction is caused due to the fact that existing damping rubber block tiling construction adopts a mode of sequentially fixing single damping rubber blocks can be solved.
本发明提供了一种减振胶块平铺施工方法，属于减振胶块平铺技术领域，该减振胶块平铺施工方法为构建减震胶块施工的三维模型；确定施工位置上减震胶块的分布数量以及方向；对施工位置进行找平处理；在施工位置上平铺固定层，在固定层与每个减震胶块固定的位置处开设通孔；将固定列和固定行的减震胶块提前通过钢丝固定连接，将形成的减震胶块固定网固定在施工位置处，并通过人工对其位置进行微调；向固定层内部泵入固定胶；待减震胶块完全固定后在减震胶块的空隙处填充混凝土；该方法能够解决现有的减振胶块平铺施工是采用单块减震胶块依次固定的方式，不仅施工效率低，减震胶块还容易发生位移，造成施工的多从返工的问题。
Vibration reduction rubber block tiling construction method
一种减振胶块平铺施工方法
ZHANG JIACHENG (author) / TIAN HOUCANG (author) / ZHANG RUIYI (author) / MA MINGLEI (author) / QI LIGANG (author) / ZHANG KUO (author)
2024-05-17
Patent
Electronic Resource
Chinese
Automatic wall brick tiling device and tiling method for building construction
| European Patent Office | 2024
Wall tiling construction structure and construction method
| European Patent Office | 2020