Securing/Insulating Coupling Contact Members TRIZ Cases
- Dual-Point Connector Contact for Low Insertion Force
A movable dual-point contact on a resilient arm lowers insertion and removal force while keeping stable terminal contact under tolerance shift.
- High-Density Patch Panel Bezel With Integrated Grounding
A two-row multiport bezel uses a central bonding strip to ground jack modules while improving patch panel cable organization and assembly.
- Board Connector Contact Layout for Even Insertion Force
Alternating signal and power contacts with symmetric layout balance insertion and extraction forces for more stable board-to-board connection.
- Crimp Terminal Body Notch Structure for Crack-Free Connector Mating
A stress relief notch at the crimp wing corner prevents terminal cracks and preserves insertion gap size for stable connector mating.
- Insulated HV Connector Sleeve for Compact Finger-Safe Busbar Mating
An insulative sleeve and form-fit connector layout prevent finger contact, reduce sleeve damage, and shorten EV busbar connections.
- Electrical Plug Pin Layout for Gigabit Data and Stable Power
A segmented pin arrangement separates power, signal, and data contacts to support gigabit transmission with stable voltage and ampacity.
- Connection Terminal Width Transition for High-Speed Signal Integrity
Gradually changing terminal width between the main body and soldering leg reduces impedance mismatch and protects signal integrity in high-speed connectors.
- Rolled Plug Contact Arms for Compact High-Current Connectors
Rolled spring contact arms and relief cuts shorten connector length while preserving contact force, current capacity, and reliable mating.
- Connector Lock Arm Structure for Moving Plate Position Control
A resilient lock arm uses locking and stopping projections to simplify moving plate position control while enabling smooth connector movement.
- Rolled-Side Plug Contact for Compact High-Current Connectors
Rolled sides and relief cuts let a compact plug contact keep spring arm length, contact elasticity, and reliable high-current transmission.
- Electrical Connector Cover Retention for Stable Terminal Protection
Abutting members and limiting blocks keep the cover from detaching, maintaining stable protection of signal terminals during use.
- Connector Retainer Front Wall for Locking Lance Protection
A rotating retainer adds a front wall to protect the locking lance and stop terminal escape without a separate front member.
- Electrical Connector Assembly With Insulated Noise Shielding
An insulating member with an outer metal layer shields connector-port noise while blocking lint contact that can trigger short circuits.
- Conductive Holding Mechanism for Vibration-Stable Mounting Contacts
An elastic conductive member is compressed between mounting contacts to keep electrical conduction stable under vibration while allowing attachment and detachment.
- Self-Coupled Wire Connector With Bend Spring Sheet Clamping
A bend spring sheet and conductor sheet create self-coupling wire clamping without riveting or welding, cutting connector cost and stress.
- Lock Arm Connector Structure for Protected Unlock Operation
A covered lock arm operating portion blocks finger interference during connection while preserving tactile feedback and secure terminal retention.
- Watertight Connector Seal Structure for Accurate Wire Positioning
Grooved seal parts and a rigid holder simplify connector assembly while preventing seal shift, deformation, and liquid leakage.
- Memory Slot Pin Layout for DDR Crosstalk Isolation
Alternating bending-pin directions in adjacent terminal groups increase spacing, reduce DDR slot crosstalk, and improve signal integrity.
- Annular Packing Structure for Low-Friction Connector Sealing
A depressed annular packing shape lowers fitting friction while preserving multi-point support and seal integrity in connector assemblies.