A vibrating subsoiler

Abstract

The invention discloses a vibrating subsoiler, which comprises a subsoiling platform, a coaxial reverse transmission mechanism, a vibrating and swinging transmission mechanism and a subsoiling shovel with a soil breaker; On the platform, and connected with the power source of the tractor in front, two of the vibration and swing transmission mechanisms are installed on the subsoiling platform, and the two vibration and swing transmission mechanisms are respectively arranged on the coaxial reverse transmission mechanism. The two sides are respectively connected with two output shafts on both sides of the coaxial reverse transmission mechanism, and a subsoiler shovel with a soil breaker is installed at the bottom of each vibration and swing transmission mechanism. The invention can effectively reduce the resistance in the subsoiling process of the subsoiling shovel, overcome the problems of coaxial and coaxial axial force superposition and unidirectional vibration resonance in the existing subsoiling shovel, and solve the problem of the soil breaker of the subsoiling shovel for different depths The adaptability of the plow bottom layer is relatively poor, and it cannot be well adapted to the problem of deep loosening of different soil properties.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery and equipment for soil deep loosening, in particular to a vibration subsoiler. Background technique [0002] At present, the dry land in my country basically uses rotary tillage. Long-term rotary tillage makes the soil form a hard and airtight plow bottom below the tillage layer. The subsoiler is a kind of tillage machine used in conjunction with a high-horsepower tractor. It is mainly used for the mechanized finishing of inter-row or all-round deep soil cultivation. The use of subsoilers for subsoiling operations can break the bottom of the soil plow, break the original three-phase balance of solid, liquid, and gas in the soil, and enhance the soil's ability to store water, conserve moisture, and resist drought and drainage. Deepen the cultivated layer and improve the quality of cultivated land. The biggest obstacle to subsoiling operations is subsoiling resistance and tractor p...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a vibratory subsoiler that can effectively reduce the resistance during the subsoiling process of the subsoiler, and overcome the coaxial and axial force superposition and single vibration and resonance problem, and solve the problem that the soil breaker of the subsoiling shovel has poor adaptability to plow substrata of different depths, and cannot adapt well to subsoiling of different soils

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