Abstract: A rack system including a rail assembly, a leg assembly and a vehicle assembly is disclosed. The rail assembly includes load support rails secured to a roof of a vehicle. The load support rails receive legs therein. The legs extend towards a ground surface. The legs include a telescopic portion which extends until the vehicle roof is elevated off of the vehicle. The legs are defined by a top leg portion and a bottom leg portion that are interconnected with a hinge. Once the legs are extended enough to elevate the roof from the vehicle, the vehicle can be operated while the rack system is left self-standing and self-supported.

Abstract: An insulated container including a container assembly and a gel assembly. The container includes a first sleeve, second sleeve, and outer sidewall. The container includes a cavity to receive a beverage therein. The second sleeve extends about the outer circumference of the first sleeve. A spacing is defined between the first sleeve and the second sleeve. A gel layer of the gel assembly is received within the spacing. The gel layer, when the container is cooled, is cooled and provides cold energy to the beverage held within the container. Between the second sleeve and the outer sidewall exists a vacuum spacing. The vacuum spacing provides vacuum insulation to ensure that heat does not reach the first sleeve through direct contact when being cooled by the gel layer. Allowing the beverage to be cooled for extended periods of time within the insulated container.

Abstract: The present invention is a helmet-mounted radio assembly with extended controls. In the helmet-mounted radio assembly, a radio device is removably mounted on a helmet. The radio device includes extensions connected to the microchips for controlling various functions thereof. The extensions extend outside of a body of the radio device, and control dials are provided at distal end of the extensions. Thus, a user can have extended controls ergonomically located within easy reach thereof for controlling the regular functions, like volume control, changing channel frequency, or switching on/off the radio device. The helmet-mounted radio assembly utilizes reliable mounting arrangement, such as use of band and clips, screws or other suitable mounting member for removably mounting the radio device to the helmet.