Citrus fertilizer applying gun

Abstract

The invention relates to a citrus fertilizer applying gun. The citrus fertilizer applying gun comprises a support rod, wherein a transverse plate and a gun head are sequentially arranged at the lowerend of the support rod; a step-shaped inclined anti-blockage cavity is arranged in the gun head; an anti-blockage head is correspondingly arranged in the step-shaped inclined anti-blockage cavity, andcomprises a plug, a limiting ring and a connecting column; the part, at the middle section part of the step-shaped inclined anti-blockage cavity, of the connecting column is sleeved with a spring; the tail end of the connecting column is connected with a rope; the anti-blockage head slides in the step-shaped inclined anti-blockage cavity by lifting the rope; the front end of the step-shaped inclined anti-blockage cavity is communicated with a feeding groove; the feeding groove is separately connected with a first charge groove and a second charge groove through a mixing groove; and the firstcharge groove and the second charge groove are communicated with a material box. The citrus fertilizer applying gun provided by the invention has the beneficial effects that by arranging an anti-blockage structure, blockage can be avoided in a fertilizer applying process.

Description

technical field [0001] The invention relates to fruit tree fertilization equipment, in particular to a citrus fertilization gun. Background technique [0002] Traditional fruit tree fertilization has the following disadvantages: [0003] 1. Using a shovel to dig ditches is labor-intensive, and the labor force of the elderly is insufficient, and it will lead to shallow ditches, which cannot reach the depth of fertilization required by the fruit trees themselves. Due to too shallow fertilization, the roots of fruit trees grow toward fertilizer, causing the roots to generally float up. Due to large changes in shallow soil moisture and temperature, it is not conducive to root growth, affecting crop maturity and nutrient absorption, resulting in poor fruit taste, reduced yield, and increased disease; [0004] 2. Digging ditches or digging holes for fertilization is just to open a ditch next to the fruit trees, which usually causes the growth of the fruit trees to be biased, resu...

AI Technical Summary

Problems solved by technology

[0003] 1. Using a shovel to dig ditches is labor-intensive, and the labor force of the elderly is insufficient, and it will lead to shallow ditches, which cannot reach the depth of fertilization required by the fruit trees themselves. Due to too shallow fertilization, the roots of fruit trees grow toward fertilizer, causing the roots to generally float up. Due to large changes in shallow soil moisture and temperature, it is not conducive to root growth, affecting crop maturity and nutrient absorption, resulting in poor fruit taste, reduced yield, and increased disease;

[0004] 2. Digging ditches or digging holes for fertilization is just to open a ditch next to the fruit trees, which usually causes the growth of the fruit trees to be biased, resulting in uneven distribution of fruits and affecting the number of fruits;

[0005] 3. Due to the shallow fertilization, the fertilizer is easily washed out by rainwater and leached, resulting in waste;

[0006] 4. The traditional fertilization mode will cause the root system to break, which will affect the absorption of nutrients by the fruit trees, especially in spring fertilization and strong fruit fertilizer. After the root system is broken, the wound will be difficult to heal, and the root juice will flow out, the nutrition will be lost, and it will cause the erosion of bacteria;

[0007] 5. Due to the shallow root system, it is not easy to maintain water and soil. After years of cultivation, the soil fertility will be lost. Once the planting is abandoned, it will cause water and soil erosion in severe cases

But obviously, because the gun head needs to be inserted into the soil, the simple fertilization gun head with holes can easily lead to clogging, which is not conducive to fertilization

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