A spring-biased slider secures dielectric waveguides in a smaller, non-rotating RF interconnect that improves mating flexibility and footprint.
Embedded conductive elements let a smart hose carry fluid, power, and signals, reducing wire harness complexity and improving communication reliability.
A sheet-metal prevention section presses the USB-C receptacle to stop substrate peeling under cable load and improve connection durability.
A rear-end bent actuating element shortens plug socket housing length while preserving reliable locking and smooth manual release.
Clamping jaws beside the screw opening hold the clamping screw during transport, preventing loosening without adhesive or thread deformation.
Pre-arranged flat wire sheets enable simultaneous connector joining, improving alignment, reliability, and assembly automation.
A split shielding plate moves its connecting part outside the contact rows to simplify connector assembly and reduce material bulk.
A preloaded cap-seal interface sets breakaway torque so RF connectors reach the axial stop without over-installation or angle errors.
A rotating cam clamp replaces slow screw terminations, cutting installation effort while maintaining firm wire contact and locking.
A modular power block and common vehicle harness separate USB charging from data to cut heat, ESD risk, cable cost, and EMC retesting.
Dual contact substrates fit symmetrical slot spaces to enable slim reversible USB connection without added connector size or complexity.
Resilient tabs on a safety sleeve lock mating connectors and maintain IP54 to IP65 sealing against dust and water ingress.
A selection slider and separate locking element let one plug standard deploy at a time, preventing accidental activation in compact travel adapters.
Spring-finger bullet contacts maintain high-current connection under misalignment while reducing inductance in tight interconnect spaces.