A kind of ecological pole laying equipment and implementation method for green mine management

Abstract

The invention discloses an ecological rod body laying equipment and implementation method for green mine management. Six reinforcement nails are evenly arranged around, and each reinforcement nail is provided with a barb on the outside. The cooperation of the barb and the reinforcement nail makes the reinforcement assembly It can be stably interlaced with the ecological pole and fixed together, not easy to fall, ensuring the stability of the overall fixation of the ecological pole, and there are many staggered points, the ecological pole will not easily fall off from the long screw, making the ecological pole and the rock wall adhere for a long time It is long enough to allow enough time for the vegetation to grow. There are four fixing nails, which are arranged in a cross shape when viewed from above. It is convenient to further strengthen and fix the other loose parts of the iron wire, and the iron wire corresponding to this point is fixed, and the stable component is more stable, not easy to break, easy to operate, long in service life, and the ecological net is fixed for a long time, and it is easy to replace if it is partially damaged.

Description

technical field [0001] The invention relates to the technical field of green mine management, in particular to an ecological rod laying equipment and implementation method for green mine management. Background technique [0002] Green mine construction is a complex system engineering. It represents the overall level of mining development and utilization in a region and the potential for sustainable development, as well as the ability to maintain the balance of the ecological environment. It focuses on scientific, orderly, and rational development and utilization of mine resources, and restores them to the greatest extent or transforms and innovates the inevitable pollution, mine geological disasters, and ecological damage imbalances. [0003] The traditional domestic high and steep slope treatment technologies mainly include cement frame beams, bolt grouting support, and planting trough floating plate technology. Vegetation concrete technology, etc., but engineering techno...

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Problems solved by technology

Beneficial effect is: can provide strong guarantee for height more than 100 meters, the mine vegetation restoration of slope > 80C, (the included angle of concrete borehole and mine slope is less than the included angle of the upper plane of ecological rod body and mine slope ) realizes the fixed floating of the spraying matrix, and creates a premise guarantee for plant sowing growth: and the construction operation is simple, the selected materials are easy to obtain, and the construction cost is greatly saved compared with other methods, but it uses a single metal anchor rod, which is different from the ecological environment. The staggered area of ​​the poles is too small, the fixing effect is poor, and the plant-based ecological poles are easy to fall off from the ecological poles after being corroded, resulting in a large area of ​​gaps, which makes the vegetation take root unstable. When the laid ecological net is fixed with iron wire, the iron wire is easy Pulling off under force makes the ecological network loose, resulting in local vacancies or low-quality accumulation, and the roots of local vegetation are easy to fall off, resulting in the death of vegetation

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