Abstract: A junction box and ballast circuitry assembly including a ballast housing for attachment to the junction box. The junction box is provided with two opposed open ends, one of the ends being in alignment with a side of the ballast housing and the opposed open end being adaptable for electrical communication with a lighting fixture. The junction box is provided with brackets on opposed sides for alignment with outwardly extending tabs on opposite sides of the ballast assembly to receive a fastening bolt through the tab and an opening in the aligned bracket.

Abstract: A stepstool (20) configured for mounting on a tire (22) includes a support frame configured to rest against an outer surface (40) of the tire (22). An outside lower platform (34) and an outside upper platform (36) are attached to the support frame. A first retaining bar (114) is configured to rest against an inner surface (42) of the tire (22), and first linking members (104 and 106) link the first retaining bar (114) to the support frame. The stepstool (20) further includes an inside platform (38) configured to releasably couple to the first retaining bar (114) and reside proximate the inner surface (42) of the tire (22). A second retaining bar (132) is configured to rest against the outer surface (40) of the tire, and second linking members (128 and 130) link the second retaining bar (132) to the inside platform (38). The first and second linking members are directed over an upper circumferential surface (122) of the tire (22) to hold the stepstool (22) securely on the tire (22).

Abstract: A stepstool (20) configured for mounting on a vehicular tire (22) includes a support frame configured to rest against an outer surface (38) of the tire (22). The support frame includes a first upright support (24), a second upright support (26), and a third support (28) coupled to each of the first and second upright supports (24, 26). A platform (30) is attached to the support frame. A retaining bar (36) is configured to rest against an inner surface (40) of the tire (22). Chains (32 and 34) link the retaining bar (36) to each of the first and second upright supports (24, 26). The chains (32 and 34) are directed over an upper circumferential surface (83) of the tire and wrap around the upper circumferential surface (83) to hold the platform (30) securely on the tire (22).