Harness TRIZ Cases

A thermoplastic halter coupling uses a predetermined breaking point to release the lead rope under excess tensile force and prevent animal injury.

A bridged nose-piece attachment spreads lead-rope pressure across the horse's nose to improve control while reducing nasal bone discomfort.

A central recess and padding distribute pressure away from sensitive nasal structures while maintaining precise bit control.

A trigger arrangement dispenses reward fluid and emits sound simultaneously to provide immediate feedback during mounted training sessions.

Segmenting rein force via a sliding pivot assembly resolves the trade-off between effective head correction and rider hand comfort.

Friction between a thermoplastic gel rosette and the central element prevents movement, ensuring reliable lip protection.

Embedded metal cables in a training halter deliver direct pressure to sensitive horse head areas, resolving diffuse strap force limitations.

A hybrid horse halter combines flat nylon webbing straps with rope components for precise control.

A horse bridle incorporates a quick-release fastener with linearly displaceable locking components to attach and detach the bit.

Segmented curved headstall removes pressure on cervical nerves and throat areas while maintaining bit control via adjusted spatial positioning.

Articulated relief joints in this horse bridle bit pivot up to 30 degrees to resolve uneven pressure distribution on varying facial contours.

A horse training headpiece uses retro-occipital support to generate muscular reflexes that promote neck descent.

Segmented headpiece with articulated joints distributes tension forces across multiple points, maintaining communication clarity while improving horse comfort.

Non-round cross-sectional side sections with protruding control edges focus pressure on the tongue, resolving ambiguity between left and right rein aids.

Replacing high-copper alloys with a manganese-zinc system lowers copper solubility and corrosion rates, preventing allergic reactions in horses.

A horse bit shackle with a linear or concave cross-sectional profile increases contact surface area across the tongue and lip tissues.

An inclined mouthpiece center portion prevents curb bit trapping between bridoon and tongue while distributing rein tension force over a larger surface area.

A pivoting shank attachment redirects rein tension to apply pressure on a horse's nose band via mechanical leverage.

Mechanical vibration relaxes oral muscles, reducing training time and agitation while improving rider control signals.

A continuous loop training aid guides horses to adopt an optimum outline through self-centering contact tension.

A horse halter uses a permanently formed continuous headstall strap to prevent breakage caused by numerous fittings, ensuring safety.

A copper alloy horse bit mouthpiece rapidly equilibrates temperature in the equine mouth.

A lunging girth uses a transverse back support with a central recess to distribute pressure across the horse's torso.

A livestock halter uses a detachable headstall to eliminate ear stress while asymmetric buckles allow single-side adjustment without moving around the animal.

Saddle-attached safety reins prevent head lowering and bit snatching without compromising the bridle's appearance or requiring complex attachment steps.

A horse bridle bit relief joint allows independent shank movement to reduce jaw contact pressure.

Overmolding elastomeric side rings onto a plastic central element eliminates lip pinching while reducing component count.