Portable Roller Groover Assembly for Soil Furrow Formation
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Solution Overview
Problem
Current agricultural implements lack efficient and portable solutions for soil grooving operations, which are essential for planting, irrigation, and drainage, as existing technologies are not effectively adaptable for forming precise furrows across large areas.
Innovation Solution
A portable roller groover assembly is designed for coupling to a towing vehicle, featuring an assembly frame with a grooving hitch interface and a groover with spaced-apart disks, allowing for efficient furrow formation by extending the groover disks into the soil during operation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If existing agricultural implements are used for soil grooving, then soil grooving capability is provided, but portability and adaptability to towing vehicles are compromised
Solution Approach 1:
The assembly is divided into separate functional modules: a portable frame structure, a detachable groover component with multiple disks, and a hitch interface. This segmentation allows the groover to be easily coupled and decoupled from different towing vehicles while maintaining precise furrow formation capability through the structured arrangement of spaced-apart groover disks.
2Ease of operation
If portable roller groover assembly is designed for towing vehicle coupling, then portability and ease of deployment are improved, but structural stability during operation may be compromised
Solution Approach 1:
The hitch interface is designed to allow dynamic adjustment and secure coupling to various towing vehicles, enabling easy deployment while maintaining operational stability. The frame structure incorporates adjustable elements that can be configured for different operating conditions, providing both ease of setup and structural stability during the grooving operation.
3Productivity
If multiple spaced-apart groover disks are used, then multiple furrows can be formed efficiently, but manufacturing complexity and cost increase
Solution Approach 1:
The groover assembly uses multiple independent disks spaced apart along the frame, each capable of forming a furrow. This segmented approach allows for efficient multiple furrow formation while simplifying manufacturing, as each disk can be produced separately using standard disk fabrication processes, and the spacing between disks is determined by simple frame geometry rather than complex integrated structures.
Data Source
AI summary
Portable roller groover assemblies suitable for coupling to a towing vehicle to implement a soil grooving operation may include an assembly frame. The assembly frame may have a frame front, a frame rear, a first frame end and a second frame end, the assembly frame disposed within a frame plane. A grooving hitch interface may be carried by the assembly frame at the frame front. The grooving hitch interface may be configured to facilitate coupling of the towing vehicle to the assembly frame for the grooving operation. A groover may be carried by the assembly frame. The groover may have a plurality of spaced-apart groover disks disposed at least partially beyond the frame plane of the assembly frame. Methods of fabricating a groover for a portable roller groover assembly, groovers for a portable roller groover assembly and methods of forming furrows in soil in a soil grooving operation are also disclosed.