An equally spaced puncture type anti-clogging fertilization cart

Abstract

The present invention relates to the field of fertilization, in particular, the present invention provides an equidistant puncture type anti-clogging fertilization trolley, including a fertilization wheel, on which a puncture head is movably interspersed, and the puncture head is slidably connected to the fertilization wheel through an elastic component , a fixed column is installed on the fertilization wheel in conjunction with the puncture head, and a liquid guide cavity is opened inside the fixed column; a cylinder telescopic rod is fixed on the support rod in conjunction with the puncture head; a soil-moving component is fixed on both sides of the puncture head , the convex plate is fixed on the soil pulling component; and the inner side of the soil pulling component is provided with an interspersed post, and the interspersed post is provided with a liquid outlet hole. Furthermore, when the fertilization wheel is rolling, after the piercing head rotates to the ground, the telescopic rod of the cylinder presses the piercing head to pierce downwards into the soil. During the process of piercing the bottom of the cone, the convex plate is limited, and the soil pulling assembly is driven to both sides. Digging the soil to prevent the soil from clogging the liquid outlet holes. The liquid outlet holes distributed in an array can inject fertilizer water to different depths, and the diffusion area is large.

Description

technical field [0001] The invention relates to the field of fertilization, in particular to an equidistant puncture type anti-clogging fertilization trolley. Background technique [0002] When fertilizing vegetables with concave ditches, the small ones are dug and buried manually with a hoe; while the large ones are spread through ditches, and the fertilization method is to put the fertilizer directly. When the soil has a certain humidity, the fertilizer sprinkled in can be absorbed by the vegetables through the melting of the humidity in the soil. When the soil is dry, people can do it by watering, but both of them promote the fertilizer to dissolve slowly; [0003] At the same time, whether it is manually digging pits and burying with hoes or spreading through ditches, there are problems such as small fertilization coverage area and fixed fertilization depth. [0004] Therefore, in order to overcome the above problems, the present invention provides an equidistant punctu...

AI Technical Summary

Problems solved by technology

[0002] When fertilizing vegetables with concave ditches, the small ones are dug and buried manually with a hoe; while the large ones are spread through ditches, and the fertilization method is to put the fertilizer directly. When the soil has a certain humidity, the fertilizer sprinkled in can be absorbed by the vegetables through the melting of the humidity in the soil. When the soil is dry, people can do it by watering, but both of them promote the fertilizer to dissolve slowly;

[0003] At the same time, whether it is manually digging pits and burying with hoes or spreading through ditches, there are problems such as small fertilization coverage area and fixed fertilization depth.

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