Patents
Verifiable expertise: 10 patents in test interface design
Publicly searchable. Independently verifiable. Every one a real problem solved at the design level — and the foundation of how we work today.
Interactive mechanism — the centerpiece
The self-locking lever-cam burn-in lid (EP3023801A1)
Drag to rotate. Click the annotations. This is what patent-level mechanism design looks like.
Full-width Sketchfab embed: self-locking lever-cam lid (EP3023801A1) — lever · rotation elements · cam-track slope 'force ramp' · flat region 'self-locking' · pressure elements 'uniform 700N across the strip' · catch arm
Asset to be produced — see Visual Asset Plan
Second interactive
The CSP contact-force mechanism (DE102017004267)
Roller hard-stop, floating base, controlled per-pin force. Two interactives on one page — a portfolio you can handle, which no competitor offers.
Interactive embed: CSP contact-force mechanism (DE102017004267) — roller hard-stop, floating base, controlled per-pin force
Asset to be produced — see Visual Asset Plan
The portfolio
Ten patents, grouped by domain
Each links to the public record on Google Patents. Assignee: Yamaichi Electronics Deutschland — patents from the founder's manufacturer career, publicly disclosed; co-inventors attributed per record.
Contacting & sockets
Test devices & environment
Docking & connection
Connector test
What this means for you
Invention-level, not catalog-level
A patent is a problem solved at a depth the patent office recognized as novel. When your socket or interface is designed here, it's designed by someone who has demonstrably engineered these exact mechanisms — force control, self-locking retention, environmental contacting — at the level of original invention.