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A platform for research: civil engineering, architecture and urbanism
Multifunctional three-dimensional warp knitting grid for geotechnical construction
The multifunctional three-dimensional warp-knitted grid comprises transverse strips, longitudinal strips and pressing rings, the longitudinal strips are installed on the inner sides of the transverse strips, the pressing rings are located at the tops of the transverse strips, limiting strips are fixedly installed on the inner sides of the transverse strips, and grid reinforcing cross-shaped parts are fixedly installed at the tops and the bottoms of the transverse strips. And a limiting insertion hole A is formed in the transverse strip. By inserting the inserting cylinders into the limiting inserting holes A and the limiting inserting holes B, the positions of the transverse strips and the longitudinal strips which are combined together are fixed, the crossed connecting positions of the transverse strips and the longitudinal strips are reinforced, in addition, when the pressing rings are pressed downwards, the bottom ends of the inserting cylinders can be inserted into the ground surface, and therefore the ground surface can be protected; in addition, water permeating into the surfaces of the transverse strips and the longitudinal strips through the ground can permeate downwards through the downward permeating cotton in the pressing rings and the inserting barrels, the water permeating effect is improved, the downward permeating water is prevented from staying in the space where the three-dimensional warp-knitted grating is laid, and the quality of civil engineering is guaranteed.
本发明公开了一种土工施工用多功能三维经编格栅，包括横向条、纵向条和压环，纵向条安装在横向条的内侧，压环位于横向条的顶部，横向条的内侧固定安装有限位条，横向条的顶部和底部均固定安装有网格加固十字，横向条的内部开设有限位插孔A。通过将插筒插接在限位插孔A和限位插孔B的内部，对组合在一起的横向条和纵向条的位置进行固定，并且对横向条和纵向条的交叉连接处进行加固，另外在将压环向下压时，插筒的底端可以插接在地表内部，从而提升三维经编格栅的铺设稳固性，另外通过地面渗入在横向条和纵向条表面的水可通过压环和插筒内部的下渗棉向下渗，提升渗水效果，防止下渗的水停留在铺设三维经编格栅的空间内，保证土建工程的质量。
Multifunctional three-dimensional warp knitting grid for geotechnical construction
The multifunctional three-dimensional warp-knitted grid comprises transverse strips, longitudinal strips and pressing rings, the longitudinal strips are installed on the inner sides of the transverse strips, the pressing rings are located at the tops of the transverse strips, limiting strips are fixedly installed on the inner sides of the transverse strips, and grid reinforcing cross-shaped parts are fixedly installed at the tops and the bottoms of the transverse strips. And a limiting insertion hole A is formed in the transverse strip. By inserting the inserting cylinders into the limiting inserting holes A and the limiting inserting holes B, the positions of the transverse strips and the longitudinal strips which are combined together are fixed, the crossed connecting positions of the transverse strips and the longitudinal strips are reinforced, in addition, when the pressing rings are pressed downwards, the bottom ends of the inserting cylinders can be inserted into the ground surface, and therefore the ground surface can be protected; in addition, water permeating into the surfaces of the transverse strips and the longitudinal strips through the ground can permeate downwards through the downward permeating cotton in the pressing rings and the inserting barrels, the water permeating effect is improved, the downward permeating water is prevented from staying in the space where the three-dimensional warp-knitted grating is laid, and the quality of civil engineering is guaranteed.
本发明公开了一种土工施工用多功能三维经编格栅，包括横向条、纵向条和压环，纵向条安装在横向条的内侧，压环位于横向条的顶部，横向条的内侧固定安装有限位条，横向条的顶部和底部均固定安装有网格加固十字，横向条的内部开设有限位插孔A。通过将插筒插接在限位插孔A和限位插孔B的内部，对组合在一起的横向条和纵向条的位置进行固定，并且对横向条和纵向条的交叉连接处进行加固，另外在将压环向下压时，插筒的底端可以插接在地表内部，从而提升三维经编格栅的铺设稳固性，另外通过地面渗入在横向条和纵向条表面的水可通过压环和插筒内部的下渗棉向下渗，提升渗水效果，防止下渗的水停留在铺设三维经编格栅的空间内，保证土建工程的质量。
Multifunctional three-dimensional warp knitting grid for geotechnical construction
一种土工施工用多功能三维经编格栅
LIANG XUNMEI (author) / LU SHIDE (author) / WANG JIFA (author) / ZHAO CHUNFENG (author) / CHEN SHUANG (author) / YU HUA (author) / WANG JINGHONG (author) / DONG FEI (author) / HAN BINGQIANG (author)
2023-04-04
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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