Two Pole Connections TRIZ Cases
- Compact Power Connector Reverse Crimping for Short-Profile Assembly
Reverse crimping in a cable holder cuts connector length, while an over-molded flange keeps tensile strength and a flush finish.
- Fully Shielded High-Frequency Connector for EMI Leakage Control
Insert-molded shielding stiffener and shell integration closes mating gaps to curb EMI leakage and signal interference in compact connectors.
- Coaxial Connector Crimp Housing for Simpler Cable Assembly
A slotted crimp housing secures the center conductor in one integrated step, cutting coaxial connector assembly complexity and cost.
- Integrated Dialysis Plug for Concurrent Grounding Integrity
A combined dialysis plug maintains separate power and hydraulics grounds in one connection to prevent leakage-current hazards and setup errors.
- Wireless Power Outlet Module for Individual Load Monitoring
Integrated current sensing, proximity detection, and relay control let each outlet be monitored and switched remotely without home rewiring.
- Retractable Pin Power Adapter With Synchronized Safety Covers
A synchronized cover and pin mechanism lets a thinner power adapter retract prongs for electrical clearance, safety, and portability.
- PDU Outlet Connector Layout for High-Density Rack Power
Jacket-free outlet connectors on recessed surfaces or PCBs raise PDU outlet density while preserving standard cord compatibility.
- Nanoparticle Transmission Line for Low-Loss High-Frequency Signals
Nanoparticle polycrystal transmission lines cut AC resistance in specific bands, reducing skin-effect loss and improving signal reliability.
- Electric Connector Assembly With Elastic Clamping for Stable Wiring
Elastic arms and aligned mounting cavities simplify wire insertion while maintaining tight conductor contact and stable detachable connections.
- Lighting Fixture Receptacle Assembly With One-Step Locking Connection
A connector block with a resilient release lock enables one-step fixture mounting and secure electrical engagement with built-in safety protection.
- Power Plug Parallel Protection Circuit for Overheat Power Continuity
A parallel thermal breaker and protective resistor let an overheated plug keep powering low-current alarms after the main path disconnects.
- Stepped Flange Connector Module for Stable EMC Grounding
A stepped outer-conductor flange stabilizes ground contact despite connector misalignment, helping noise escape to external ground and improving EMC.
- Outlet Cover Assembly With Retractable Cords for Built-In Charging
Retractable cords and integrated chargers built into an outlet cover keep charging always available without separate cables to manage.
- Ground Terminal Contact Spring Geometry for Load Distribution
A widened contact spring apex spreads bending loads in ground terminals, reducing stress concentration and stabilizing EMC and electrical contact.
- Integrated Metal Connector Casing for Ground Accuracy and Strength
An integral metal casing combines the ground terminal and fitting part to improve connector strength, shape accuracy, and assembly efficiency.
- Medical Instrument Connector Plug With Spring-Latched Limb Assembly
Spring elements in the insulating body clamp instrument limbs, simplify assembly, and compensate for limb manufacturing tolerances.
- Hinged Patch Connector Assembly for Stable Sensor Lead Contact
A hinged clamp and tab lock the medical patch to lead wires, reducing motion-driven disconnection and preserving reliable skin sensing.
- Plug Connector Contact Geometry for Low-Resistance High-Current Mating
A convex, resilient contact element creates a gentle insertion slope and secure pin contact for high current transfer with low resistance.
- Adiabatic Coaxial Cable Coupling for RF Thermal Isolation
A low-conductivity planar line and coaxial-to-planar transitions cut stray heat paths while preserving RF transmission for lower measurement uncertainty.
- Coaxial Connector Shell Alignment to Prevent Contact Buckling
Tapered guide holes and a short accommodation portion correct plug tilt and shaft misalignment before contact engagement, reducing insertion force.