| 摘要 |
The present invention is to provide a wireless-charging base comprising a first casing, a second casing pivotally connected with the first casing, and a wireless-charging module installed in the first casing; wherein the first casing is configured to rotate against the second casing for allowing the base to be in a flat or an inclined supporting mode; in the flat supporting mode, bottom surfaces of the casings form a first surface for being placed on a plane, and top surfaces of the casings form a second surface for supporting an electronic device thereon; in the inclined supporting mode, the top surface of the first casing and the bottom surface of the second casing form an inclination angle for supporting the device; and a first coil in the module converts electric energy into electromagnetic fields and then transmits the electromagnetic fields to a second coil in the device through near-field induction. |
| 主权项 |
1. A wireless-charging base for charging in flat or inclined position, comprising:
a first casing; a second casing, pivotally connected at an angle with the first casing so that the first casing is configured to rotate against the second casing for allowing the wireless-charging base to be in a flat supporting mode or an inclined supporting mode, alternatively, wherein in the flat supporting mode, a bottom surface of the first casing and a bottom surface of the second casing collectively form a first surface to be placed on a planar object, and a top surface of the first casing and a top surface of the second casing collectively form a second surface for supporting an electronic device thereon, and wherein in the inclined supporting mode, the top surface of the first casing and the bottom surface of the second casing form an inclination angle smaller than 90°, so that the top surface of the first casing is leaned against by and supports the electronic device when the bottom surface of the second casing is placed on the planar object; and a wireless-charging module, installed in the first casing and converting electric energy into electromagnetic fields by a first coil installed therein, wherein the electromagnetic fields are transmitted to a second coil installed in the electronic device through near-field induction, so that the electronic device converts the electromagnetic fields into electric energy. |
