Abstract: A light bar system for mounting to a vehicle includes a housing defining a cavity, a light generator system within the housing cavity, and a cover over the cavity, including a lens and a bezel. The housing defines first and second ends, and a mounting arrangement secures the housing to the vehicle. The mounting arrangement may be in the form of a pair of mounting bars that extend between the vehicle and the first and second ends of the housing; a pair of brackets the connect between the vehicle and the first and second ends of the housing; or a pair of fasteners that extend through passages in the housing for engagement with the vehicle.

Abstract: A carrying case for a portable electronic device includes an inner compartment having a front panel and a side panel extending peripherally around the front panel to define a hollow interior. A pivotal flap extending across width of the front panel is formed as an upper part of the front panel connected thereto through a living hinge. A plurality of spaced resilient dimples extends into the interior of the inner compartment from at least the front panel. The living hinge comprises an internal crease in a front panel material. The internal crease extends inwardly in to the material toward an exterior of the inner compartment from the front panel.

Abstract: A carrying case for a portable electronic device includes an outer case having a front wall, a rear wall, and a side wall extending between and peripherally around the front and rear walls; and an inner compartment located within the outer case. The inner compartment is suspended in a cantilever-type fashion from one of the walls of the outer case and includes a front panel and a side panel extending peripherally around the front panel to define a hollow interior into which the portable electronic device can be received. The side panel is spaced from the side wall to define a deceleration zone into which a portion of the inner compartment can travel when the carrying case is subjected to deceleration forces, such as may be caused by bumping or dropping the carrying case.

Abstract: A brake assembly particularly suitable for use with an articulating bed comprises a contact member that is adapted to be situated between the bed and a supporting surface. A resilient member is situated to act upon the contact member to cause the contact member to engage the supporting surface to resist movement of the bed relative to the supporting surface without significantly raising the bed up off the supporting surface.