Soil turning machine applicable to farmland soil

Abstract

The invention discloses a soil turning machine applicable to farmland soil. Through the arrangement of a cutting mechanism, a fifth air cylinder is arranged in front of the cutting mechanism; when stalks exist in the land, the cutting mechanism can be driven to forwards move through the fifth air cylinder; then, according to the height of the stalks, the height of a cutter arranged at the bottom end of a third air cylinder is the highest; the height of a cutter arranged at the bottom end of a first air cylinder is the lowest; the three rows of cutters can cut the stalks into three sections from high positions to low positions; the stalks further fall into the land; a soil turning mechanism and a soil loosening mechanism can conveniently cut the stalks so that the cut stalks can be used asfertilizer; next, the soil turning mechanism is installed; an angle sensor is arranged on a plowshare in the soil turning mechanism, so that a driver can regulate the inclination angle of the plowshare according to the detection of the angle sensor; the soil turning depth is conveniently controlled; next, the soil loosening mechanism is installed, so that the turned soil can be crushed through thesoil loosening mechanism after the soil turning by the plowshare; the soil in the farmland can become loose; plants can be conveniently planted in the land.

Description

technical field [0001] The invention relates to a tiller, in particular to a tiller suitable for farmland soil. Background technique [0002] Plants often need a relatively loose soil environment when they are planted, so as to ensure air circulation and a porous environment, so that the plants can grow rapidly and increase their yield. However, the existing soil loosening device has a complex structure, low loosening efficiency, cumbersome operation, poor loosening effect, and cannot well meet the demand. In addition, the existing loosening device only has the function of loosening the soil, and if there are rod-shaped plants planted in the field, when loosening the soil, the straw of the plant needs to be cut off first, and the straw is crushed and used as a fertilizer for the field. At present, most of the farmers cut the stalks manually, which has a large workload and low efficiency. Therefore, a device that can directly cut the stalks when loosening the soil is needed,...

AI Technical Summary

Problems solved by technology

However, the existing soil loosening device has a complex structure, low loosening efficiency, cumbersome operation, poor loosening effect, and cannot meet the needs well

In addition, the existing loosening device only has the function of loosening the soil, and if there are rod-shaped plants planted in the field, when loosening the soil, the straw of the plant needs to be cut off first, and the straw is crushed and used as a fertilizer for the field. At present, most of the farmers cut the straw manually, which has a large workload and low efficiency. Therefore, a device that can directly cut the straw when loosening the soil is needed, which is convenient for farmers to use

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