Abstract: Apparatus, systems and methods for a waterproof wireless device charging system that includes a magnetic wireless charging body having an upwardly extending back portion with an angled receiving surface for receiving a magnetic device in need of wireless charging. A magnetic wireless energy transmitter is retained within the back portion of the charging body. A lower portion of the charging body resides in an opening in a mounting surface, which may be exposed to harsh movements, conditions, or elements deleterious to effective wireless charging. A gasket resides between the charging body and the mounting surface and provides for a waterproof installation. When charging, the device in need of charging resides on the angled receiving surface and is secured thereto via magnets in the transmitter at the device backside, and optionally, a tension lever pressing against the device front side to provide additional holding power within the charging body.

Abstract: Apparatus, systems and methods for a waterproof wireless device charging system that includes a wireless charging body having an upwardly extending back portion with an angled receiving surface for receiving a wireless device in need of charging. A wireless energy transmitter is retained within the back portion of the charging body. A lower portion of the charging body resides in a cupholder opening in a mounting surface, which may be exposed to harsh movements, conditions, or elements deleterious to effective wireless charging. A gasket resides between the charging body and the mounting surface and provides for a waterproof installation. When charging, the device in need of charging resides on the angled receiving surface and is secured thereto.

Abstract: A system for wirelessly powering an electrical device in a wet or outdoor environment from a wireless transmitter sealed to a mounting surface. The electrical device is in a portable housing removable from the surface, and includes a wireless receiver adjustably disposed in the housing to change the position of and to fix the receiver in a desired position within the housing. The receiver and housing are adapted to be positioned adjacent the transmitter. The position of the receiver within the housing may be adjusted to create a desired spacing distance between the receiver and the transmitter and the receiver locked within the housing to fix the position of the receiver within the housing at the desired spacing distance with the transmitter. This then permits wireless transfer of electrical energy via an electromagnetic field from the transmitter to the receiver to provide power to the electrical device.