Beet strip tilling and deep fertilization all-in-one machine

Abstract

The invention provides a beet strip tilling and deep fertilization all-in-one machine. The machine is characterized in that a plurality of fertilization boxes are mounted above a front rack, a plurality of deep scarification and fertilization plough columns are mounted below the front rack, fertilizer discharging driving and depth limiting wheels are mounted at two sides of the front part of the front rack respectively, a plurality of fertilizer discharging boxes are mounted at the lower part of each fertilization box, and a fertilizer discharging pipe is connected to the lower part of each fertilizer discharging box. The fertilizer discharging pipes are connected with fertilization pipes, deep scarification shovels are installed at the lowermost portions of the deep scarification and fertilization plough columns, a transmission box is installed on a rear rack, a rotary tillage shaft is installed at the lower rear portion of the rear rack, a plurality of rotary blades are evenly distributed on the rotary tillage shaft in the circumferential direction, a soil retaining protective cover is installed at the position, below the rear rack, of the the upper portion of the rotary tillageshaft, and a press wheel is installed at the rear end of the rear rack. Plowing, harrowing, land leveling and deep fertilization in beet planting are integrated in one machine, previous crop straw canbe reserved as much as possible, the windproof effect is achieved, it is guaranteed that beet seedlings are not affected by wind disasters, sustainable development and planting of cultivated land areachieved, and good economic benefits are achieved.

Description

technical field [0001] The invention relates to an integrated machine for plowing deep plowing and fertilizing beet strips, which belongs to the technical field of beet planting machinery, and is used in the plowing and land preparation link of beet planting, and can deeply apply fertilizer for the next year into the soil. Background technique [0002] At present, sugar beet planting adopts complex operations such as plowing, harrowing, leveling, large-scale fertilization, sowing wind-proof barley, and killing wind-proof barley, which wastes a lot of manpower, material and financial resources, and due to frequent cultivation of land, it leads to soil erosion in cultivated land. Seriously, every spring, due to the lack of residual coverage on the surface of cultivated land, disasters such as sand and dust will occur in windy weather, and the soil's water retention capacity will be seriously reduced. [0003] Due to the need for large-scale plowing and land preparation, large-...

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Problems solved by technology

[0002] At present, sugar beet planting adopts complex operations such as plowing, harrowing, leveling, large-scale fertilization, sowing wind-proof barley, and killing wind-proof barley, which wastes a lot of manpower, material and financial resources, and due to frequent cultivation of land, it leads to soil erosion in cultivated land. Seriously, every spring, due to the lack of residual coverage on the surface of cultivated land, disasters such as sand and dust will occur in windy weather, and the soil's water retention and capacity will be seriously reduced

[0003] Due to the need for large-scale plowing, large-scale fertilization, and sowing of windproof barley in the sugar beet planting process, it not only increases the consumption of manpower, material and financial resources, but also greatly damages the soil and water conservation of the cultivated land, and the fertilizer utilization rate is not high.

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