发明名称 Wireless Charging System
摘要 A wireless charging system provides a protective case that protects a communication device, while simultaneously enabling the communication device to wirelessly receive charging from an inductive charging platform. The inductive charging platform receives power that induces an electromagnetic field to create and transmit power to the battery of the communication device inside the case. The case includes a pair of sidewalls and an inner surface that at least partially encapsulate the communication device. The case includes an inductive portion, a power supply portion, and a power transmission portion. An inductive charging platform wirelessly transmits power to the inductive portion to either charge or operate the communication device. The power transmission portion transmits power from the inductive portion to the battery of the communication device when the battery is at least partially depleted. The inductive charging platform comprises at least one ground portion for support and insulation.
申请公布号 US2016156217(A1) 申请公布日期 2016.06.02
申请号 US201514954711 申请日期 2015.11.30
申请人 Pitts Devon 发明人 Pitts Devon
分类号 H02J7/02;H02J7/00 主分类号 H02J7/02
代理机构 代理人
主权项 1. A wireless charging system for helping to protect and charge a communication device, said system comprising: a case, said case comprising a pair of sidewalls, an inner surface, an outer surface, and at least one aperture, said case being configured to enable at least partial encapsulation of a communication device; an inductive charging platform, said inductive charging platform being configured to receive power, said inductive charging platform further being configured to generate an electromagnetic field from said power, said electromagnetic field being operable to induce inductive charging; an inductive portion, said inductive portion being disposed to join with said case, said inductive portion being configured to enable at least partial engagement with said inductive charging platform, whereby said electromagnetic field is operable to enable at least partial transmission of said power from said inductive charging platform to said inductive portion; a power supply portion, said power supply portion being disposed to operatively join with said inductive portion, said power supply portion being configured to receive said power from said inductive portion, said power supply portion further being configured to enable at least partial transmission of said power to a battery of said communication device; a renewable energy source, said renewable energy source being configured to generate renewable power, said renewable energy further being configured to transmit at least a portion of said renewable power to said power supply portion; and a power transmission portion, said power transmission portion being disposed to operatively join with said power supply portion, said power transmission portion being configured to receive power from said power supply portion, said power transmission portion further being disposed to operatively join with said battery of said communication device, said power transmission portion further being configured to enable transmission of said power and said renewable power to said battery of said communication device, when said battery is at least partially depleted.
地址 Lithonia GA US