Snaffle Bit with Non-Round Control Edge for Directional Guidance
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Solution Overview
Problem
Existing horse snaffle bits fail to provide clear and distinct guidance to the horse through the tongue while minimizing movement and pressure on other parts of the mouth, leading to potential injuries and confusion between left and right rein aids.
Innovation Solution
A horse snaffle bit design featuring non-round cross-sectional side sections with a protruding control edge that increases in inclination as the reins are tightened, providing a larger contact surface on the tongue and minimizing movement of the middle section, allowing the horse to distinguish between left and right rein aids effectively.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If the side sections have round cross-sections as in prior art, then the bit structure is simple and easy to manufacture, but the bit cannot provide clear directional guidance to the horse through the tongue
Solution Approach 1:
The side sections are designed with non-round cross-sections featuring a protruding control edge that creates asymmetric contact with the horse's tongue. This asymmetry ensures that when reins are pulled, the control edge presses against the tongue in a specific direction, allowing the horse to clearly distinguish between left and right rein aids rather than receiving ambiguous circular pressure.
2Loss of information
If the middle section moves significantly when reins are pulled, then the bit has flexibility and comfort, but the horse cannot clearly distinguish directional guidance information
Solution Approach 1:
The bit design creates different functional zones: the side sections with non-round cross-sections and control edges are designed to actively contact and guide the tongue, while the middle section is designed to remain relatively passive and stationary. This local differentiation ensures that directional information is transmitted clearly through the tongue without confusion from excessive middle section movement.
3Object-affected harmful factors
If the bit applies pressure to multiple parts of the horse's mouth, then the bit has stability and control, but it can cause injuries and discomfort
Solution Approach 1:
The invention extracts the primary control function from distributed pressure points and concentrates it onto the tongue through the control edges of the non-round side sections. By removing unnecessary pressure application to other parts of the mouth and focusing control force specifically on the tongue, the bit achieves effective communication while reducing the risk of injuries to sensitive areas.
Data Source
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AI summary
The horse snaffle bit has two side rings (20, 22) and a shackle (24), arranged therebetween, which has either two links (26, 28) and a central portion (30) or one link (26). The shackle (24) has two side portions. Each side portion (29, 31) has an end that is remote from the at least one link (26, 28) and has an annular bore (32) for receiving in each case one of the rings (20, 22) in a freely movable manner, and has the following regions in the specified order: • - a lip region (60) which immediately adjoins the annular bore and has a substantially round cross section, • - a transition region (62), • - a protruding region (64) which forms a substantially non-round cross section and a forwardly directed control edge (66) which has a length of 6 to 30% of the bit width. The transition region has a continuous, soft progression from the substantially round lip region to the non-round protruding region.