Sentences with phrase «charging induction coil»

Not exact matches

Electric coils buried just below the street surface will transmit energy through the air into the vehicles passing over, a technique called induction charging.

Owners will also have the option to charge their cars wirelessly if plans for an induction coil set in the garage floor pan out.

According to TechNode, there are electromagnetic induction coils that will be able to charge electric cars as they drive, and sensors that collect data that can be used for traffic management.

This charger comes with Qi - certified transmitting coils and this induction charger provides wirelessly a consistent charge to your phone whenever it is placed on the sleek charging dish.

Wireless chargers (also known as «inductive charging») typically use an induction coil to create an alternating electromagnetic field from within a charging base station, and a second induction coil in the portable device takes power from the electromagnetic field and converts it back into electric current to charge the battery.

One of the primary complaints consumers have regarding wireless charging is that thick cases separate the induction coil in the device too far away from the power coil in the base unit and the device fails to charge.

Thanks to several induction coils in the charging pad, the device doesn't have to be locked into an exact position.

Qi chargers typically use an induction coil to create an alternating electromagnetic field from within a charging base station.

Thanks to no less than seven induction coils in the wireless charging pad, the device doesn't have to be locked into an exact position.

Fed up with trying to match the ever - growing variety of phone designs with custom - fit cases, accessory providers have trimmed the fat and simply wrapped an induction coil in a plastic protective case, stuck on some glue, and added a USB charging port.

But that sticky ring serves a distinct and important purpose: keeping the Nexus 4 in place over the induction coil so that charge can be imparted.

For example, the patent states, «one electronic device that is charged by an induction method and another electronic device that is charged by a resonance method are placed on a charging apparatus that adopts two induction coils and a single resonance coil.»

The patent indicates that the charger would be able to handle charging with both induction and resonance coils at the same time if gadgets requiring both are placed on the charger.