Abstract: The disclosed invention relates to a bag rack for the multi-purpose of holding and dispensing disposable plastic bags as well as holding open reusable bags in a variety of configurations and positions. The multi-purpose bag comprises first and second bag support arm assemblies each of which comprises a pair of resiliently arms of different lengths and degree of flexibility for frictionally engaging reusable bag handles.

Abstract: A footing for distributing loads over a mounting surface from a ballasted mounting system supporting a solar panel, the footing comprising a body composed of a closed-cell plastics based foam material capable of experiencing body deformation in the presence of rigid objects pressed against the body and one or more further features of: at least one slot located in an exterior face allowing the flow of water between a first side and a second side of the body and/or a cladding layer affixed to a first exterior face of the body to provide a stacked layer arrangement for the body with the affixed cladding layer, such that a thickness of the cladding layer is less than a thickness of the body and a coefficient of friction for material of the cladding layer is greater than a coefficient of friction for the closed-cell plastics based foam material, the thickness of the cladding layer providing for said body deformation when the rigid foreign object is pressed against the cladding layer.

Abstract: The disclosed invention relates to a bag rack for the multi-purpose of holding and dispensing disposable plastic bags as well as holding open reusable bags in a variety of configurations and positions. The multi-purpose bag comprises first and second bag support arm assemblies each of which comprises a pair of resiliently arms of different lengths and degree of flexibility for frictionally engaging reusable bag handles.

Abstract: A ballasted mounting system for positioning a solar panel on a mounting surface. The system comprises a support structure and a cover assembly fastened to the support structure. The support structure has a plurality of support members for retaining the solar panel over the mounting surface at an inclined angle to the mounting surface, and as a proximal end positioned adjacent to the mounting surface and the solar panel attachable to a distal end of the support structure. The cover assembly comprises sheet material fastened to the support structure and having a first cover panel positioned between the support structure and the mounting surface and a second cover panel positioned between the proximal end and the distal end, such that the cover assembly cooperates with the solar panel when installed to form an interior.