High-strength reinforced geotechnical mold bag with accelerated solidification function

Abstract

The invention discloses a high-strength reinforced geotechnical mold bag with an accelerated solidification function, and relates to the technical field of geotechnical mold bags. The high-strength reinforced geotechnical mold bag comprises a mold bag main body, a leveling assembly and a hoisting assembly, wherein a rib belt is sewn on the surface of the mold bag main body, side frame plates are fixed on the two sides of the outer part of the mold bag main body, positioning ground nails are fixed below the side frame plates, the leveling assembly is arranged above the mold bag main body, the leveling assembly comprises a leveling roller, micro motors, a rolling gear and a limiting gear groove, and the micro motors are fixed on the two sides of the leveling roller. According to the high-strength reinforced geotechnical mold bag with the accelerated solidification function, the mold bag main body can be rolled and leveled through the leveling assembly, and accelerated solidification of the mold bag main body is promoted; and reasonable hoisting of the mold bag main body can be realized by utilizing the hoisting assembly, the mode and method that a traditional mold bag can only be filled on a slope surface or a flat ground are changed, and the mold bag can be hoisted and laid to a corresponding protection position before initial setting of cement mortar after filling, so that the application scene is wider.

Description

technical field [0001] The invention relates to the technical field of geotechnical mold bags, in particular to a high-strength reinforced geotechnical mold bag with the function of accelerating solidification. Background technique [0002] The geotechnical bag is a continuous (or separate) bag-like product made of a double-layer polymerized chemical fiber synthetic material. Lay it on the slope that needs to be protected. When filling the geotechnical mold bag, according to the capacity of each unit, determine the optimal amount of concrete or cement mortar poured in, and then pour it in, and reach the ideal filling height. After filling Use geotechnical belts or ropes to tie up the pouring entrance, and then form a plate-shaped structure with a certain strength after the concrete or cement mortar is filtered and consolidated, which is used for slope protection. [0003] The existing geotechnical bag is prone to uneven filling during filling, which leads to poor quality of...

AI Technical Summary

Problems solved by technology

[0003] The existing geotechnical bag is prone to uneven filling during filling, which leads to poor quality of the geotechnical bag, and the solidification speed is slow, and it does not have the function of flat structure and accelerated solidification. Therefore, we propose a method with accelerated solidification Functional high-strength reinforced geotechnical bag

Images