Abstract: A slope adapting mounting arrangement includes a mounting coupler and a mounting bracket. The mounting coupler is configured to attach to a fixture and includes opposed first and second projections. The mounting bracket includes a mounting base defining a mounting plane, and first and second side walls extending from the mounting base and laterally spaced to receive the mounting coupler therebetween. The first and second side walls include first and second recesses for pivotable bearing engagement with the corresponding first and second projections of the mounting coupler. The pivotable bearing engagement between the first and second protrusions and the first and second recesses permits positioning the mounting coupler at any angle within a pivot range of the mounting coupler with respect to a mount axis substantially perpendicular to the mounting plane. The pivotable bearing engagement also prevents the mounting coupler from axially rotating with respect to the mounting bracket.

Abstract: A mountable retainer for a handheld device includes a receiver plate and a user operable release latch. The receiver plate is structured to be mounted to a wall surface and includes an inner perimeter wall sized to axially receive the handheld device. The release latch is at least partially disposed on the inner perimeter wall and includes a device retaining member extending laterally inward of the inner perimeter wall for engagement with an outer portion of the handheld device, wherein the release latch is laterally movable from a device engaging position to a device releasing position for removal of the handheld device from the receiver plate.