Weeding device for sophora davidii planting

Abstract

The invention discloses a weeding device for sophora davidii planting. The weeding device structurally comprises an anti-splashing cover groove, a transmission case cover, an annular root shoveling and turning frame base, a shaft driving disc, an antenna mast, a shaft driving motor and moving wheels. According to the weeding device for sophora davidii planting, the transmission case cover is matched with the annular root shoveling and turning frame base, in the garden trimming process, after roots of the sophora davidii are scanned and positioned by the transmission case cover and an annular rail detection groove, peripheral annular shoveled and dug soil forms one weed root destroying effect through a turning plate shovel frame, so that residual weed toots can be effectively fed back to the roots of the sophora davidii to form a nutrient supply operation after the residual weed toots are rotted; weed blades move through a cutter head pushing and pressing frame, and cut roots are subjected to weed root removal when being turned and shoveled, so that attachment of the weed roots to the roots of the sophora davidii for parasitism is avoided, and development and efficient cultivation of the sophora davidii are improved; and the soil turning efficiency is improved, and the roots of the flowers are breathable, so that the root rotting phenomena are effectively avoided, and the efficient weeding and maintenance integrated effect of the sophora davidii is improved.

Description

technical field [0001] The invention relates to a weeding device for planting Nitraria japonica, which belongs to the field of gardens. Background technique [0002] Nitraria is a flower bud plant with white petals superimposed with sharp thorns. Planting Nitraria requires regular weeding to avoid inhibiting growth, improve the efficiency of garden weeding and sanitation, and regular maintenance of equipment can promote the development of Nitraria. As a result, the shortcomings to be optimized in the current technology are: [0003] When the flowers and leaves of Nitraria japonica bloom outward, the nutrient supply of the rhizomes is easy to disperse in the soil to provide space for the development of weeds, so that the leaves of the weeds grow too long to cover the flowers of Nitraria japonica, resulting in the flower surface of the white thorn flower. Without effective exposure, the weed rhizomes interfere with the development of Nitraria in the later stage and separate t...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a weeding device for planting Nitraria japonica to solve the problem that when the leaves of Nitraria japonica bloom outward, the nutrient supply of the rhizome is easily scattered in the soil to supply weeds. space, so that the weed leaves grow too long to cover the Nitraria flower, causing the flower surface of the Nitraria flower to not be effectively exposed, causing the weed rhizome to interfere with the development of the Nitraria flower and separate the nutrients of the Nitraria flower rhizome, Let the soil fertilizer too much to supply and develop the weeds, and the weeded roots remain, so that after the weed leaves are cut, the weed roots are still wrapped around the bottom of the white thorn flower, which is harmful to the rhizome and flower buds of the white thorn flower Problems inhibiting developmental phenomena

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