Abstract: A vehicle-mounted carrier for transporting equipment, such as bicycles, includes a hitch receiver engagement portion having a hitch engagement member engageable with the hitch receiver, and an equipment support portion pivotably interconnected with the hitch receiver portion. The equipment support portion includes a mast defining upper and lower ends, an extension member that is movable between lowered and raised positions, a drive arrangement for selectively moving the extension member between the lowered and raised positions, and an equipment support arrangement carried by the extension member. The equipment support arrangement is movable via the drive arrangement between lowered and raised positions upon movement of the extension member between the lowered and raised positions.

Abstract: A hitch-mounted carrier system is provided. The system includes a single support member that can engage with a hitch receiver of a vehicle, and a carrier component that can carry at least one item. The single support member includes a hitch mounting section having a mounting bar that can be received within a passage defined by the hitch receiver of the vehicle, and a beam pivotably mounted to the hitch mounting section, where the beam includes at least one mounting area. The single support member further includes a handle secured to the rear end of beam, where the handle can be grasped for moving the beam between multiple positions, and a bumper connected to the beam that maintains the rear end of beam above a ground surface when the beam is tilted. The carrier component is attached to the beam at the at least one mounting area.

Abstract: A light for a bicycle having a head tube is provided. The light includes a body having an opening extending therethrough, the opening sized to receive the head tube, the body further having a recessed area extending about the perimeter of the body. A light emitting device is at least partially disposed within the recessed area. A power source is at least partially disposed within the recessed area and operably coupled to the light emitting device. A cover member is coupled to the body about the recessed area, the cover member being made from a flexible material.

Abstract: A light for a bicycle having a head tube is provided. The light includes a body having an opening extending therethrough, the opening sized to receive the head tube, the body further having a recessed area extending about the perimeter of the body. A light emitting device is at least partially disposed within the recessed area. A power source is at least partially disposed within the recessed area and operably coupled to the light emitting device. A cover member is coupled to the body about the recessed area, the cover member being made from a flexible material.

Abstract: A container for storing an article includes a base, a top, at least one upright, and an elastically deformable member. The top has an opening sized to permit an article to pass through the opening. The at least one upright extends between the base and the top. The elastically deformable member is shift able between a substantially undeformed position and a deformed position. The base, the top, the upright, and the elastically deformable member cooperate to form a storage cavity sized to store the article. The elastically deformable member and at least one of the uprights cooperate to form a gap sized to prevent passage of the article through the gap when the elastically deformable member is in the substantially undeformed position, and the size of the gap is expandable in response to deflection of the elastically deformable member to the deformed position to permit the article to pass through the gap.

Abstract: A wheel barrow storage rack has an elongate vertically oriented body with a top end mounted near to a wall. A wheel barrow support is carried at a bottom end of the body. An adjustable bracket assembly is vertically positionally adjustable along the body. A wheel barrow catch is pivotally carried by the adjustable bracket assembly.

Abstract: A container for storing an article includes a base, a top, at least one upright, and an elastically deformable member. The top has an opening sized to permit an article to pass through the opening. The at least one upright extends between the base and the top. The elastically deformable member is shiftable between a substantially undeformed position and a deformed position. The base, the top, the upright, and the elastically deformable member cooperate to form a storage cavity sized to store the article. The elastically deformable member and at least one of the uprights cooperate to form a gap sized to prevent passage of the article through the gap when the elastically deformable member is in the substantially undeformed position, and the size of the gap is expandable in response to deflection of the elastically deformable member to the deformed position to permit the article to pass through the gap.

Abstract: A wheel barrow storage rack has an elongate vertically oriented body with a top end mounted near to a wall. A wheel barrow support is carried at a bottom end of the body. An adjustable bracket assembly is vertically positionally adjustable along the body. A wheel barrow catch is pivotally carried by the adjustable bracket assembly.