Mine greening survival rate improving nutrient soil mixing device

Abstract

The invention provides a mine greening survival rate improving nutrient soil mixing device, which comprises a roller, a hopper and a support, the other side of the roller is provided with a clamping cover, the outer side of the roller is welded with a sliding sleeve, the support is provided with a motor I through a bolt, one side of the motor I is provided with a gear I, a second gear is welded to the outer edge side of the roller, a second motor is installed on the inner side of the clamping cover through bolts, and a main shaft is installed on one side of the second motor. According to the mine greening survival rate improving nutrient soil mixing device, roots of plants can be fixed to prevent the plants from being blown down by wind when the plants are planted, after watering, more gaps can be reserved in nutrient soil, the breathability of the nutrient soil is improved, oxygen supply to the roots of the plants is guaranteed, the compacted nutrient soil can be scattered through the rake teeth, and the yield of the plants is improved. the cutting efficiency of the nutrient soil is improved, the nutrient soil is prevented from being adhered in the sleeve, the mixing operation of the nutrient soil is guaranteed, energy consumption and equipment investment are reduced, and the device is suitable for uniform mixing use of the nutrient soil.

Description

technical field [0001] The invention relates to the technical field of nutrient soil mixing devices, in particular to a nutrient soil mixing device for improving the survival rate of mine greening. Background technique [0002] In order to improve the environment of the mine, since the soil of the mined mine is relatively poor, it is necessary to plant green plants after laying nutrient soil in the mine, which requires a large amount of nutrient soil. In order to ensure the preparation of nutrient soil, it is necessary to use nutrient soil Mixing device, the existing nutrient soil mixing device basically has the advantages of long continuous working time, fast mixing speed, large mixing volume, firm equipment structure, long service life, etc., and can meet the requirements for uniform mixing and processing of nutrient soil. For the existing nutrient soil mixing device, on the one hand, the nutrient soil tends to be in a fluffy state after the mixing process is completed. Wh...

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Problems solved by technology

[0002] In order to improve the environment of the mine, since the soil of the mined mine is relatively poor, it is necessary to plant green plants after laying nutrient soil in the mine, which requires a large amount of nutrient soil. In order to ensure the preparation of nutrient soil, it is necessary to use nutrient soil Mixing device, the existing nutrient soil mixing device basically has the advantages of long continuous working time, fast mixing speed, large mixing volume, firm equipment structure, long service life, etc., and can meet the requirements for uniform mixing and processing of nutrient soil. For the existing nutrient soil mixing device, on the one hand, the nutrient soil tends to be in a fluffy state after the mixing process is completed. When cultivating plants, it is easy to cause the roots of the plants to be not firmly fixed, causing the planted plants to be easily damaged. After the wind blows down and waters again, it is easy to cause poor air permeability of the nutrient soil, which is not conducive to ensuring the oxygen supply demand of the roots of the plants. On the other hand, in order to prevent a large amount of dust from polluting the environment during mixing processing, the nutrient soil contains a small amount of water , and then when the nutrient soil is compacted, it is easy to completely press the nutrient soil into a ball, which is not conducive to chopping the nutrient soil, and it is easy to produce a large amount of flaky nutrient soil, which is not conducive to ensuring the use of the nutrient soil. On the one hand, when the nutrient soil is mixed and processed and compacted, it is easy to adhere the nutrient soil to the inner wall of the drum, which is not conducive to removing the nutrient soil from the drum

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