Cleaving Blade Implement for Equine Arena Footing
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Solution Overview
Problem
Existing soil preparation tools for equine arenas often create ridges and fail to adequately loosen and flocculate the soil, leading to uneven surfaces and inadequate cushioning, requiring multiple passes and potentially injuring the animals.
Innovation Solution
A soil working implement with a cleaving blade and comb design that shaves, lifts, and compresses the soil to create a smooth, solid base with a flocculated cushion, capable of achieving optimal footing in a single pass by towing behind a vehicle.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If prior soil loosening apparatus with scarifying members are used, then the soil can be loosened, but deep rooted ridges are left in the underlying base creating an uneven surface
Solution Approach 1:
The patent inverts the traditional top-down soil working approach by using a bottom-up method. The cleaving blade is positioned to work from the base layer upward, slicing and lifting soil from the bottom while the comb finishes the surface from above. This inversion prevents deep ridge formation in the base while still achieving thorough soil loosening and flocculation.
Solution Approach 2:
The soil working process is segmented into distinct functional zones: the cleaving blade handles base preparation and initial soil lifting from below, while the comb performs final surface finishing from above. This segmentation allows each component to optimize its function without creating harmful ridges, with the blade creating a smooth base and the comb producing a flocculated cushion surface.
2Manufacturing precision
If multiple passes with different tools are used to achieve optimal footing, then the desired result can be accomplished, but significant amounts of time are consumed
Solution Approach 1:
The patent merges multiple soil working functions into a single integrated implement. The cleaving blade and comb are combined on one frame, allowing simultaneous base preparation, soil loosening, and surface finishing in a single pass. This eliminates the need for multiple separate passes with different tools, dramatically improving productivity while maintaining optimal footing quality.
Solution Approach 2:
The implement performs multiple functions universally: the cleaving blade slices and lifts soil, aerates the base, and creates initial cushioning, while the comb flocculates the surface and produces the final smooth footing. This multi-functionality in a single device replaces what previously required several specialized tools and passes, achieving both high footing quality and fast preparation speed.
3Ease of operation
If top-down soil working methods are used, then the soil surface can be worked, but the depth of soil worked cannot be determined and preferred grade depths are violated
Solution Approach 1:
The patent inverts the working direction from top-down to bottom-up. The cleaving blade is positioned to slice and lift soil from the base layer upward, providing visual and tactile feedback that clearly indicates when the desired depth is reached. This inversion makes depth control intuitive and precise, eliminating the uncertainty inherent in top-down methods where the working depth is difficult to determine.
4Stability of the object's composition
If prior implements with loosening teeth are used, then the arena floor can be softened, but potentially injurious ridges are left in the footing material
Solution Approach 1:
By working from the bottom up, the cleaving blade softens and loosens the soil base without creating surface ridges. The soil is lifted and aerated from below, creating a smooth, cushioned base that transitions into a flocculated surface layer. This eliminates the harmful ridges that traditional top-down loosening teeth create, removing the injury risk to horses' hooves and tendons.
Solution Approach 2:
The comb acts as an intermediary between the cleaving blade's base preparation and the final footing surface. It receives the loosened soil from the blade and flocculates it into a smooth, ridge-free cushion that is safe for equine use. This intermediary action transforms the loosened soil into a harmful-free surface while maintaining the beneficial softness.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The implement effectively produces a smooth, solid, and compressed base with a flocculated cushion on top, reducing the risk of injury and improving equine performance by eliminating ridges and ensuring firm footing with a single pass, thus saving time and labor.
Implementation Method 1
a front shaving edge for shaving the top surface of the base
Implementation Method 2
a rear compressing edge for compressing the top surface of the base
Implementation Method 3
The present invention provides an implement for slicing, lifting and aerating the footing of a dirt arena
Implementation Method 4
A rear comb may also be adjustably attached to the rear portion of the frame for flocculating the ground to produce a smooth cushioning footing on top of the base
Data Source
AI summary
An implement is disclosed for smoothing grounds that include at least a compact base having a top surface and a lesser compact footing on top of the base. The implement includes a frame having a front portion, a central portion, a rear portion, and a width. Wheels are mounted for rotation directly to the frame, and tools are carried by the frame for engagement with the ground. The tools include a specially shaped cleaving blade connected to the rear portion of the frame by a tool support, which securely connects the cleaving blade at predetermined heights. The blade has a front shaving edge and a rear compressing edge. The blade extends straight across the width of the frame so as to maximize the drag displaced on the frame during use of the blade. Arrangement of the wheels directly on the frame provides optimal stabilization of the frame during operation of the blade.