Abstract: Certain exemplary embodiments can provide a system, machine, device, and/or manufacture that is configured to operably manage a flow of storm water that enters a drainage system of a roof and comprises one or more of a retention layer configured to retain storm water, a friction layer configured to delay a peak flow of the storm water into the drainage system, and a detention layer.

Abstract: Certain exemplary embodiments can provide a system, machine, device, and/or manufacture that is configured to operably manage a flow of storm water that enters a drainage system of a roof and comprises one or more of a retention layer configured to retain storm water, a friction layer configured to delay a peak flow of the storm water into the drainage system, and a detention layer.

Abstract: Certain exemplary embodiments can provide a system, machine, device, and/or manufacture that is configured to operably manage a flow of storm water that enters a drainage system of a roof and comprises one or more of a retention layer configured to retain storm water, a friction layer configured to delay a peak flow of the storm water into the drainage system, and a detention layer.

Abstract: Certain exemplary embodiments can provide a system comprising a plurality of trays, at least one retention layer configured to absorb at least a portion of water that falls upon the plurality of trays, and/or a drainage layer configured to allow the water to drain out of the at least one retention layer.

Abstract: Certain exemplary embodiments can provide a system, device, method, and/or composition of matter configured and/or adapted to manage water received upon a raised pedestal paver system, the raised pedestal paver system comprising an array of elongate pedestals, the raised pedestal paver system further comprising substantially planar array of pavers, each pedestal from the array of elongate pedestals configured to partially vertically support at least two substantially adjacent pavers from the array of pavers.

Abstract: A detachable container lifting device includes a handle with first and second longitudinal members extending from the handle. Each longitudinal member has an end section. A first aperture engaging structure is positioned on the end section of the first longitudinal member while a second aperture engaging structure is positioned on the end section of the second longitudinal member. A first stabilizing extension is positioned along the first longitudinal member between the handle and the first aperture engaging structure. A second stabilizing extension is positioned along the longitudinal member between the handle and the second aperture engaging structure. The stabilizing extensions and the longitudinal members enclose an edge region of a container adjacent to a main opening of the container while the aperture engaging structures pass through apertures adjacent to a region of the container spaced from the main opening.

Abstract: A detachable container lifting device includes a handle with first and second longitudinal members extending from the handle. Each longitudinal member has an end section. A first aperture engaging structure is positioned on the end section of the first longitudinal member while a second aperture engaging structure is positioned on the end section of the second longitudinal member. A first stabilizing extension is positioned along the first longitudinal member between said handle and the first aperture engaging structure. A second stabilizing extension is positioned along the longitudinal member between the handle and the second aperture engaging structure. The stabilizing extensions and the longitudinal members enclose an edge region of a container adjacent to a main opening of the container while the aperture engaging structures pass through apertures adjacent to a region of the container spaced from the main opening.