IP LICENSING FRAMEWORK
Patented mechanical architectures designed to prevent loosening, preload loss, and system degradation in environments where failure is unacceptable.
Ireland Design Company licenses patented mechanical technologies to qualified manufacturing partners. We do not manufacture or sell products.
The architectures are applicable across industrial, energy, medical, and transportation systems where vibration, cyclic load, or environmental exposure drive failure risk.
Failure modes addressed
Across vibration, cyclic loading, and long service intervals, conventional secondary retention add-ons can back out silently, compromise preload, or trade lifecycle risk for serviceability. Geometry-driven retention embeds resistance directly into the fastener interface—reducing loosening risk without chemicals or disposable hardware, while preserving intentional disengagement and maintenance access.
Why this matters
Designed for adoption realities, not marketing claims.
Design-level retention
Retention behavior integrated into geometry to mitigate reliance on installation-dependent variables.
Serviceability preserved
Helps mitigate unintentional loosening while preserving intentional disengagement when required.
Commercial readiness
Engagements prioritize manufacturability, integration constraints, and adoption friction.
Engagement follows a single, deliberate path. Fit is assessed early; diligence follows when appropriate, typically under NDA.
Issued patents
Public summaries are intentionally high level.
INERTRA™ Retention — Medical, Orthopedic & High‑lifecycle risk Retention
Geometry‑driven retention architecture applicable to precision and high‑lifecycle risk assemblies where micro‑motion, vibration, and cyclic loading can degrade preload over time.
INERTRA™ Retention — High‑Vibration Industrial Fastener Architecture
Mechanically self‑retaining fastener geometry intended to mitigate vibration back‑out under cyclic load while preserving serviceability in industrial, transportation, and energy environments.
INERTRA™ Flow — Vehicle Mist Suppression
Passive aerodynamic geometry that is intended to mitigate wheel-generated spray/mist and addresses roadway visibility in wet operating conditions.
Engagement
One path. No competing calls to action.
Initial discussions are high-level and focused on fit. Detailed materials—including drawings, claim interpretation, and integration considerations—are reviewed during diligence with qualified partners, typically under mutual confidentiality.