Contact Surface Shape/Structure TRIZ Cases
- HVDC Relay Step-Surface Insulation Against Arc Spatter
Staggered step surfaces in an HVDC relay block arc spatter from clearance gaps, raising creepage distance and insulation resistance.
- Switch Contact Assembly With Flexible Conductor Against Vibration Arcing
A flexible conductive link keeps current flowing when switch contacts separate under vibration, preventing arcs and circuit damage.
- Mobile Contact Blade Geometry for Arc-Resistant Switching
Non-rectangular blade cross sections raise rigidity without added connectors, preserving contact pressure and limiting arc risk under high current.
- Battery Switching Contacts With Interlock Against Short Circuits
A connection restriction unit blocks conflicting series and parallel contact states to prevent short circuits from deformation or misalignment.
- Nested Switch Contacts for Stable High-Current Engagement
Complementary protrusions and depressions stabilize switch contacts during high current surges, reducing noise, vibration, and surface wear.
- Dual-Projection Push Switch Structure for Wear-Resistant Overtravel
A soft and hard projection pair enables overtravel and tactile feedback while reducing projection wear in a pressing switch unit.