Abstract: An article holder for a wheelbarrow includes at least one holding member and at least one strap member. Each of the at least one holding member includes a body member, an attaching member, a plurality of hollow compartments and a support member. The body member may be removably attached to a sidewall of the container of the wheelbarrow via the attaching member. The plurality of hollow compartments is disposed on the body member for receiving articles therein. The support member is disposed on the body member for supporting to the body member on the container. Further, each of the at least one strap member includes a first end portion and a second end portion. The first end portion is capable of being attached to a holding member of the at least one holding member. The second end portion is capable of securing the holding member to the wheelbarrow.

Abstract: An accessory holding device for a wheelbarrow includes a body member and a strap member. The body member has a flat surface with a periphery. The body member includes a plurality of compartments configured on the flat surface for receiving accessories. Further, the strap member is disposed on a portion of the periphery of the flat surface. The strap member includes a hook and loop fastener disposed on each of a first end portion and a second end portion of the strap member. The first end portion and the second end portion of the strap member extend outwardly from the periphery. Furthermore, the hook and loop fastener disposed on each of the first end portion and the second end portion is capable of removably mounting the body member to a pair of handles extending in a spaced apart relation with each other from the wheelbarrow.

Abstract: Disclosed is a cover for reducing light and heat received on an interior surface of a vehicle. The cover includes a plurality of reflecting elements and a plurality of light absorbing elements. Each reflecting element of the plurality of reflecting elements is inclined at a predefined inclination with respect to the interior surface. The predefined inclination enables the each reflecting element to reflect the light and the heat received on the interior surface. The plurality of light absorbing elements is coupled with the plurality of reflecting elements to form a saw-tooth arrangement. The plurality of light absorbing elements is capable of absorbing the light. Reflection of the light and the heat by the plurality of reflecting elements and absorption of the light by the plurality of light absorbing elements reduce the light and the heat received on the interior surface.