Flexible and labor-saving plough for agriculture

Abstract

The invention relates to a plough capable of achieving adjustment so as to adapt to a special area in the technical field of agricultural machinery equipment. The plough comprises a rack, wherein thefront end and rear end of the rack are each provided with two sets of wheels which are distributed evenly on the left and right, one end of the axle of a guide wheel is connected with a rack with a telescopic height, and a drive wheel is connected with the rack through a wheel drive clamping belt; the angle and the movement speed of the rack can be adjusted through the wheel drive clamping belt, the plough has the characteristics that: a power and transmission control box is arranged in the middle of the rack, the output shaft of the power and transmission control box faces the front, and thefront end of the output shaft of the power and transmission control box is connected with a screw-in cutter; a gripping rod is arranged at the rear end of the rack, and the power and transmission control box is composed of a power motor, a power link shaft, a power regulation output end axle, a labor-saving regulation roller set shaft and a labor-saving regulation roller set shaft combination. Theplough has a wide application range in the fields of limited space agricultural plowing operation and plowing safety.

Description

Technical field [0001] The invention relates to the technical field of agricultural machinery and equipment, in particular to a plow that can be adjusted and adapted to special areas. Background technique [0002] At present, agricultural mechanization in the field of uneven plowing is mainly realized through miniaturization and portability, and certain achievements have been made. According to relevant statistics, in recent years, the comprehensive mechanization level of crop cultivation and harvesting across the country has reached 59%, of which more than 80% have been reached in plain areas such as Shandong, Xinjiang, Heilongjiang, and Tianjin. Among the 12 provinces with typical uneven operation areas in the south, Zhejiang and Jiangxi have reached more than 50%, 6 provinces have less than 40%, and Guizhou has less than 20%. Although there is a big gap between the development of agricultural mechanization in uneven work areas and plain areas and northern areas, it is also sh...

AI Technical Summary

Problems solved by technology

This result shows that although there are many unresolved practical difficulties in the realization of agricultural mechanization in hills and muddy swamps, the development of agricultural mechanization is still advancing with difficulty and considerable achievements have been made.

At present, agricultural mechanization in hilly muddy swamps is mainly due to the fact that the current agricultural machinery is not well adapted to hilly muddy swamp operations, and the infrastructure in hilly muddy swamp areas is not perfect enough, etc.

For example, the current agricultural machinery is not light and flexible enough, not strong enough, and has poor rigidity, etc.

Existing plows use horizontal assembly of cutters and wheel-type excavation, so the width of the machine body is limited to a minimum, and there is no adjustment and adaptation mechanism. The speed and depth of the plow cannot be adjusted according to the topography and different types of areas, so it is labor-saving Performance and flexibility are limited to a certain extent. In addition, in mountainous and hilly areas, due to the inertial movement of the machine or operational errors, there are serious safety hazards that may cause the operator to reverse and reverse the rolling operation. Moreover, the existing plows are miniaturized and flexible. , adaptability, etc. are affected by

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