Two-row soil loosening, fertilization, soil cultivation and compaction all-in-one machine

Abstract

The invention discloses a two-row soil loosening, fertilizer applying, ridging and pressing all-in-one machine which is composed of a rack, a handrail, a hoeing device and a fertilizer applying, ridging and pressing device. A power machine and a transmission are installed on the upper portion of the rack, the hoeing device is installed on the lower portion of the front of the rack, the fertilizer applying, ridging and pressing device is installed behind the connecting position between the rack and the handrail, the power machine drives a ground wheel to rotate through the transmission, the ground wheel drives the hoeing device to rotate for work, the ground wheel rotates to move forward to drive the fertilizer applying, ridging and pressing device to march forward to perform hoeing and soil loosening between rows, close-to-plant even fertilizer applying, ridging on the rows and soil breaking pressing after fertilization application between rows of crops such as corn and cotton, and two-row soil loosening, fertilizer applying, ridging and pressing are completed at a time. Compared with an agricultural tool in the prior art, according to the two-row soil loosening, fertilizer applying, ridging and pressing all-in-one machine, the labor intensity is greatly relieved, and the working efficiency and the working quality are improved.

Description

technical field [0001] The invention relates to an integrated machine for loosening soil and fertilizing, in particular to a two-row integrated machine for loosening soil, fertilizing, cultivating and suppressing soil. Background technique [0002] Ridging, soil loosening, fertilization, and suppression are important cultivation management measures, which play the roles of water storage, lodging resistance, weeding and growth promotion, and fertilizer and moisture conservation, which are of great significance to crop growth. Fertilization in traditional farming mainly consists of ditching and fertilization, soil covering and compaction, and hoeing to loosen the soil. It relies on manpower and separate operations in batches. The labor intensity is high, the work efficiency is low, and the work quality is poor. Existing agricultural technology tools are mainly soil loosening and fertilizing machines. After fertilization, soil covering and suppression are not enough to run fert...

AI Technical Summary

Problems solved by technology

Fertilization in traditional farming mainly consists of ditching and fertilization, soil covering and suppression, and hoeing to loosen the soil. It relies on manpower and separate operations in batches, with high labor intensity, low work efficiency, and poor operation quality.

Existing agricultural technology tools are mainly soil loosening and fertilizing machines. After fertilization, soil covering and suppression are not enough to run fertilizer and moisture; fertilization is between crop rows, and it is impossible to apply fertilizer in an even amount close to the plant, and the fertilizer effect is limited; it can only be operated in a single row, and the work efficiency Not high; as an important cultivation measure, ridging plays the role of raising temperature and storing water, solidifying roots and preventing falling, but the existing machinery has not received enough attention

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