Abstract: The subject invention relates to an assembly and method for attaching a stud to a lamp housing that decreases the overall size of the automotive lamp assembly. The apparatus has a collar molded over a stud. The collar attaches the stud to the lamp housing by being shear welded to the lamp housing. The stud is prevented from rotating about its longitudinal axis, so that it can serve to mount the lamp housing to an automobile.

Abstract: A sealing bulb boot for use in a vehicular lighting assembly comprising a boot with a lip running along its outer perimeter and a hole at its approximate center. The hole in the boot is generally circular in configuration with at least one notch which allows a conventional tabbed locking mechanism of a light source, which requires an approximate quarter turn to lock the light source to the reflector, to pass therethrough. The outer lip of the sealing bulb boot presses around a portion of the housing of the lighting assembly. A seal is also created around the inner portion of the sealing bulb boot upon the insertion of the light source through the hole at the center of the boot and the turning of the light source to engage the light source's locking mechanism.

Abstract: A sealing bulb boot for use in a vehicular lighting assembly comprising a boot with a lip running along its outer perimeter and a hole at its approximate center. The hole in the boot is generally circular in configuration with at least one notch which allows a conventional tabbed locking mechanism of a light source, which requires an approximate quarter turn to lock the light source to the reflector, to pass therethrough. The outer lip of the sealing bulb boot presses around a portion of the housing of the lighting assembly. A seal is also created around the inner portion of the sealing bulb boot upon the insertion of the light source through the hole at the center of the boot and the turning of the light source to engage the light source's locking mechanism.

Abstract: An electrodeless gas discharge lamp includes a light-transmissive envelope having opposite ends and a midsection about which an induction coil is disposed. The envelope and coil are mounted transversely on a base with the ends of the envelope exposed such that light emitted from the envelope is transmitted through both ends of the envelope substantially unobstructed by either the base or coil to generate a high total light output of the assembly.