Soil ploughing device for agriculture

Abstract

The invention discloses a soil ploughing device for agriculture. The device comprises a cross beam, supporting legs and supporting frames; two ends of the cross beam are vertically connected with thesupporting legs; the lower end of each support leg is connected with one supporting frame; and the inner cavity of each supporting frame is provided with a roller. The soil ploughing device for agriculture has a simple structure; a first motor is controlled to drive a second flywheel to rotate; the second flywheel drives a first flywheel to rotate through a belt; and the first flywheel drives oneroller through a long shaft, so that the device provided by the invention walks on a ground. Due to the existence of uneven soil, plow plates contact the ground and move up and down to poke soil, andunder the action of the first motor, a land is plowed and the soil is ploughed; for hard soil, a second motor drives a turntable and rotary blades to rotate, a land is subjected to rotary ploughing ina crushing mode; and through the movement of the related structures with a cooperative relation, the soil is more thoroughly ploughed, and a convenient high-quality land is provided for planting crops.

Description

Technical field [0001] The invention relates to the technical field related to agriculture, in particular to a soil plowing device for agriculture. Background technique [0002] When the soil is cultivated, it is often affected by the squeeze of the plough and the precipitation with the water during the precipitation, which will seriously affect the air permeability and water permeability of the soil. Therefore, it will be difficult for plant roots to pierce, which will affect the yield of crops. Therefore, soil plowing is basically done before planting to increase the air under the soil. However, the plowing device on the market is very incomplete after plowing, and there will be lumps, which requires a second rake, otherwise it will affect the uniformity of seeding and the growth of plants. This requires two operations and direct Although the rotary tillage is more uniform, the rotary tillage is generally shallow. For this reason, we designed a soil tillage device for agricult...

AI Technical Summary

Problems solved by technology

However, after the tillage devices on the market are turned, the ground is very incomplete, and there will be hard lumps, which require a second rake, or it will affect the uniformity of sowing and the growth of plants, so that two operations are required, and there is also a direct Although the rotary tillage is more uniform, but the rotary tillage is generally relatively shallow. Therefore, we design an agricultural soil tillage device

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