Deep ploughing and fertilizer application integrated device for agriculture and application method thereof

Abstract

The invention discloses a deep ploughing and fertilizer application integrated device for agriculture and an application method thereof. The deep ploughing and fertilizer application integrated devicefor agriculture includes front wheels, a chassis and tiled plates, wherein the chassis is arranged at the upper sides of the front wheels, and the tiled plates are arranged at the sides, close to thefront wheels, of the chassis. The deep ploughing and fertilizer application integrated device for agriculture has the advantages that by arranging a fertilizer box, a second transmission rod, a second rotation shaft, a discharging pipe, a second transmission box, a discharging plate and a discharging shaft, soil turning and fertilizer application can be conducted at the same time, work steps of aturn-over machine can be reduced, and the working efficiency is improved; by arranging a fixing frame, a mounting rod, plough blades and a depth adjusting wheel, deep soil can be turned over and loosened by the device, and the situation is avoided that deep soil and stones damage rotary tillage blades; by arranging a laser sensor and an alarming lamp, a fertilizer discharging process is monitored, and therefore after fertilizer is discharged, staff can learn in time.

Description

technical field [0001] The invention relates to the field of deep plowing and fertilizing devices, in particular to an integrated device for deep plowing and fertilizing for agriculture and a use method thereof. Background technique [0002] When the land is plowed, a corresponding rotary tiller is required to rotate the land, so that the soil can be plowed to ensure the quality of seed planting. When the existing agricultural tillers are in use, most of the soil is plowed first, and then the soil is fertilized, which increases the working steps of the tiller and reduces the work efficiency. At the same time, the existing tiller is performing When plowing, the shallow soil is plowed by the rotary tiller, so that the deep soil cannot be loosened, and the compacted soil stones in the deep are easy to damage the rotary tiller. Moreover, the existing tiller During fertilization, the fertilizer feeding process cannot be monitored, so that the staff cannot know after the fertiliz...

AI Technical Summary

Problems solved by technology

When the existing agricultural tillers are in use, most of the soil is plowed first, and then the soil is fertilized, which increases the working steps of the tiller and reduces the work efficiency. At the same time, the existing tiller is performing When plowing, the shallow soil is plowed by the rotary tiller, so that the deep soil cannot be loosened, and the compacted soil stones in the deep are easy to damage the rotary tiller. Moreover, the existing tiller During fertilization, the fertilizer feeding process cannot be monitored, so that the staff cannot know after the fertilizer feeding is completed. Therefore, there is an urgent need for an integrated device for deep plowing and fertilization for agriculture to solve the existing problems.

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