Abstract: Electrical connector assemblies are disclosed. An electrical connector assembly comprises a first shell comprising an externally threaded portion, a second shell comprising an outer surface, a coupling nut, and an annular insert secured within the coupling nut and positioned around the second shell. A first shell and a second shell include mating alignment features. An outer surface of a second shell comprises an unthreaded portion, which comprises a plurality of recesses arranged around an annular track. A coupling nut comprises an internally threaded portion, which is configured to threadably engage an externally threaded portion of a first shell. An annular insert is comprised of a plastic material, and comprises an inner surface comprising a plurality of deflectable spring-loaded teeth that extending radially inward. A spring-loaded tooth is positioned around an unthreaded portion of a second shell and can be rotatably aligned with recesses defined therein.

Abstract: Electrical connector assemblies are disclosed. An electrical connector assembly comprises a first shell comprising an externally threaded portion, a second shell comprising an outer surface, a coupling nut, and an annular insert secured within the coupling nut and positioned around the second shell. A first shell and a second shell include mating alignment features. An outer surface of a second shell comprises an unthreaded portion, which comprises a plurality of recesses arranged around an annular track. A coupling nut comprises an internally threaded portion, which is configured to threadably engage an externally threaded portion of a first shell. An annular insert is comprised of a plastic material, and comprises an inner surface comprising a plurality of deflectable spring-loaded teeth that extending radially inward. A spring-loaded tooth is positioned around an unthreaded portion of a second shell and can be rotatably aligned with recesses defined therein.

Abstract: An improved release system for heat transferable laminates wherein a transferable substrate which contains a design layer is transferred from a carrier web onto an article such as a plastic bottle or container upon application of heat and pressure. The carrier web includes a nonwax polyethylene layer.The improved release system includes a polyethylene layer portion of the carrier web in contact with and adhered to a nonwax transfer layer portion of the transferable substrate. The transferable substrate including the ink design layer transfers to the article upon application of heat to the carrier while the article contacts the laminate. The transferred substrate with design layers on the article is clear and exhibits improved scuff and abrasion resistance.