Hydraulic deep and rotary cultivation powdery ridge machine

Abstract

The invention discloses a hydraulic deep and rotary cultivation powdery ridge machine which comprises a traveling gear, a cab, an engine, a powdery ridge machine and a framework. The cab and the engine are arranged on the framework, the traveling gear is mounted on the lower portion of the framework and is driven by the engine, a cutting disc which is driven by a hydraulic motor is arranged on the front lower portion of the framework, and the powdery ridge machine is connected to the rear of the framework by hinge seats and hydraulic cylinder supports. The hydraulic deep and rotary cultivation powdery ridge machine has the advantages that the hydraulic deep and rotary cultivation powdery ridge machine can travel stably, is simple and practical, is high in soil smashing efficiency and favorable for growth of roots of crops, deep soil loosening, surface soil loosening and soil lump smashing functions are integrated, deep soil drilling effects can be realized, and the oxygen contents of deep positions of soil and the yield of the crops can be increased.

Description

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AI Technical Summary

Benefits of technology

This patented technology combines two technical features - an improved method for removing stubbles from fields during winter months due to snowy conditions while also improving nutritional value within certain areas (such as rice farms). By adding tiny brushing tools like twin screw bits onto the drilling tool itself, these tools help break up large clods on top of them before they become rootless when plantings start growing downward through holes formed underground. Additionally, this design allows for multiple functions such as cultivation, seedling raising, etc., making it ideal for use both indoor garden production and outdoor field operations.

Problems solved by technology

This patented technical problem addressed by this patents relates to how efficiently produce green vegetables without leaving behind stubbles during traditional harvest processes like turning over rice fields. Current machines have limitations due to their limited ability to effectively remove stubble residue while also promoting growth under specific conditions.

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