An integrated device for camphor tree planting

Abstract

The invention discloses an integrated equipment for camphor tree planting, which comprises a car body, which is driven and moved by crawlers, one side of the car body is provided with a digging device, and the other side of the car body is provided with a backfill device, and the car body is excavated. The pit device includes a lifting pipe, the inside of the lifting pipe is rotatably connected with a drill pipe, the lower end of the drilling pipe is connected with a drill bit for drilling soil, and the backfill device includes a seedling release pipe for putting camphor saplings into the pit. After the rod shrinks to the inside of the worm screw, the excavating parts are stretched outwards, so that the mouth of the hole drilled is small and the internal space is large. It is mostly unexcavated soil, which can better lock water and fertilizer. The expansion of the inner space of the pit is conducive to the extension of the root system of the camphor saplings and the survival of the saplings.

Description

technical field [0001] The invention relates to the technical field of planting machinery, in particular to an integrated device for planting camphor trees. Background technique [0002] There are many problems in planting camphor tree saplings: [0003] 1. Most of the existing excavated pits are V-shaped pits or U-shaped pits. The disadvantage of V-shaped pits and U-shaped pits is that the soil above the roots of camphor saplings is all soft backfill soil, and the soil is not easy to be soft. Locking the water will easily cause the loss of water and fertilizer, and when the saplings are inserted, the above two pits need to be manually backfilled after the saplings are straightened, which takes up manpower; [0004] 2. There are too many impurities in the existing backfill soil. Coarse soil and fine soil are mixed together for backfill, which will easily make the roots of camphor saplings hang in the air, which is not conducive to rooting, thereby reducing the survival rate...

AI Technical Summary

Problems solved by technology

[0003] 1. Most of the existing excavated pits are V-shaped pits or U-shaped pits. The disadvantage of V-shaped pits and U-shaped pits is that the soil above the roots of camphor saplings is all soft backfill soil, and the soil is not easy to be soft. Locking the water will easily cause the loss of water and fertilizer, and when the saplings are inserted, the above two pits need to be manually backfilled after the saplings are straightened, which takes up manpower;

[0004] 2. There are too many impurities in the existing backfill soil. Coarse soil and fine soil are mixed together for backfill, which will easily make the roots of camphor saplings hang in the air, which is not conducive to rooting, thereby reducing the survival rate of saplings;

[0005] 3. At present, when fertilizing, the fertilizer is generally thrown directly into the pit, and then the fertilizer is too concentrated, resulting in unbalanced fertilizer and affecting the growth of saplings;

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