A crop fertilizing machine suitable for farming on the hillside

Abstract

A crop fertilizing machine suitable for farming on the hillside is disclosed. The machine includes a fixed plate. The lower surface of the fixed plate is fixedly connected to four supporting plates. Front surfaces of the four supporting plates are connected to a first bearing respectively, the left two first bearings sleeve a left first rotating shaft, and two ends of the first rotating shaft arefixedly connected to opposite surfaces of two shock absorbing wheels respectively. Through cooperation of a first belt, teeth, the shock absorbing wheels, detaching teeth, second driven wheels, a first driven wheel, a drive wheel, a second belt and a motor in the machine, a gripping force is formed on the ground by utilizing the detaching teeth of the shock absorbing wheels to achieve movement ofthe machine on the hillside, thus facilitating fertilization for crops on the hillside; and the ground is rubbed through the teeth and the second belt to form a caterpillar band to move on the hillside, thus increasing friction with the hillside and improving stability of a fertilizing mechanism in a hillside fertilization process.

Description

Technical field [0001] The invention relates to the technical field of fertilizer applicators, in particular to a crop fertilizer applicator suitable for hillside cultivation. Background technique [0002] The traditional fertilization method consumes physical strength and time-consuming, and the utilization rate of chemical fertilizer is not high, which easily causes soil compaction and other phenomena. After years of improvement, the fertilizer applicator has the characteristics of small size, light weight, and easy operation. Using the fertilizer applicator to fertilize can reduce the labor intensity of farmers, improve the utilization rate of chemical fertilizers, and reduce environmental pollution, so as to save fertilizer, labor, time and money. effect. [0003] At present, the commonly used fertilizer applicators generally work on large-area planted fields. The large supporting traction machinery makes them incapable of working on mountains, slopes and small plots, and they...

AI Technical Summary

Problems solved by technology

[0003] At present, the commonly used fertilizer applicators generally operate on large-scale planted fields, and the supporting traction machinery is relatively large, which makes it incapable of working on mountainous, sloped and small fields, and often has different depths when turning the soil, making it difficult to The upturned soil is completely covered with chemical fertilizers, especially for land containing crushed straw, the effect is not ideal. The agricultural fertilization machinery and equipment used on sloping land vibrate greatly during operation. When fertilizing uneven fields, often Because of the strong vibration, the fertilizer is scattered, the machine is damaged by the shock, and the growth rate of the plant is slowed down, which brings unnecessary losses to people in agriculture.

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