Shovel point vibration type subsoiler

Abstract

The invention relates to a shovel point vibration type subsoiler which comprises a rack, a plurality of vibration subsoiler assemblies, a vibration mechanism and a hydraulic depth-limiting-press wheelassembly; according to the shovel point vibration type subsoiler, the vibration mechanism manufacturing and assembling process is simple, and the maintenance cost is low; only a shovel point is an oscillation starting component, whole shovel vibration is not needed, and compared with other vibration subsoilers, more power consumption is lowered; the oscillation starting component is bilaterally symmetric, and the influence that shovel point vibration is transmitted to the rack, and then transmitted to a tractor is lowered. For different amplitude requirements, eccentric joints with differenteccentric distances can be prefabricated so as to be matched with different soil conditions. Meanwhile, at the rear part of the rack, the operation depth is regulated easily and reliably through a hydraulic depth limiting-press wheel assembly, and heavy work of manual regulation is avoided. The whole subsoiler is simple in structure and quite convenient to manufacture, assemble and maintain.

Description

technical field [0001] The invention relates to a subsoiler in the field of agricultural machinery, in particular to a shovel tip vibrating subsoiler. Background technique [0002] The subsoiling method is a deep plowing method that uses loosening tools such as subsoiling shovels, wallless plows or chisel plows to loosen the soil without turning over the soil layer. The depth is generally about 30-50 cm. The main advantage of this farming method is that it does not disturb the soil excessively, but also can absorb a large amount of water in the deep loosening part, and can also break the bottom of the plow, and store excess water in the subsoil layer to improve the structure of the plow layer. The purpose of water storage and moisture conservation. Most of the existing subsoilers are non-vibrating subsoilers with high power consumption and poor operation effect. [0003] Application No. 201620213914.0 "A Vibrating Subsoiler", drives the eccentric wheel mechanism through a ...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the defects existing in the prior art, the shovel tip vibrating subsoiler provided by the present invention solves the problems of high power consumption of the non-vibrating subsoiler and the complex and bloated vibration mechanism of the existing vibrating subsoiler

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