Fertilizer scattering machine suitable for various terrains

Abstract

The invention provides a fertilizer scattering machine suitable for various terrains. The fertilizer scattering machine comprises a chassis, wherein a handle is arranged at one end of the chassis, and bottom wheels are fixed under the chassis; a main machine is arranged on the chassis at the side close to the handle, a fan is fixed at the other side, and the main machine and the fan are connected through a triangular belt; a fertilizer box is arranged at the top end of the fan, a fertilizer delivery pipe is arranged below the fertilizer box, the lower end of the fertilizer delivery pipe is communicated with the fan, two reverse wheels, namely a reverse wheel I and a reverse wheel II, are arranged at the communicated part of the fertilizer delivery pipe and the fan; a fertilizer discharge pipe is arranged at the lower end of the connected part of the fan and the fertilizer delivery pipe; the fertilizer scattering machine further comprises a slideway which is positioned between the main machine and the chassis. The fertilizer scattering machine provided by the invention is concise and light and convenient in structure and suitable for various terrains. When the fertilizer scattering machine enters a field, the soil is not compacted, and the looseness and breathability of soil is not damaged; the condition that crops are damaged is greatly reduced.

Description

technical field [0001] The invention relates to a fertilizer raising machine, in particular to a fertilizer raising machine applicable to various terrains. Background technique [0002] China has a vast land, and every farming season requires a lot of labor. Fertilization is a necessary step in farming and plays an important role in increasing crop production and income. The traditional method of fertilization is manual operation, that is, farmers carry buckets and baskets containing chemical fertilizers into the field to fertilize. The production efficiency of manual operation is extremely low, and it is not suitable for modern agriculture with the development of science and technology. It has gradually disappeared. Application on uneven land and remote areas; in recent years, with the development of productivity driven by science and technology, fertilization has begun to be mechanized, and production efficiency has been greatly improved. However, mechanical operations ar...

AI Technical Summary

Problems solved by technology

The traditional method of fertilization is manual operation, that is, farmers carry buckets and baskets containing chemical fertilizers into the field to fertilize. The production efficiency of manual operation is extremely low, and it is not suitable for modern agriculture with the development of science and technology. It has gradually disappeared. Application on uneven land and remote areas; in recent years, with the development of productivity driven by science and technology, fertilization has begun to be mechanized, and production efficiency has been greatly improved. However, mechanical operations are only suitable for areas with relatively flat terrain, and in areas with uneven terrain However, the land has great limitations, especially in the vast mountainous areas, further slowing down the pace of poverty alleviation in mountainous areas

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