Koninklijke Philips Corporation N.v.

Walter Julius Weichsler

Christian Mikula

Brian Johanski

Lewis McFadyen

Rene Leonardus Jacobus Marie Ubachs

Mario Arnold Lutschounig

Rene Gasser

Marco Barink

Guido Antonius Theodorus Adriaensen

Kevin Arnold Miller

Kayleigh Williams

Jasper C Volmer

Regan Starkey Foster

Ethan Albright

Wolter F Benning

Dave Ahlman

Scott E Hall

David Robert Storch

Sungsoo Lee

An induction charging system () includes: (i) an induction charging station () having: an emitting primary induction coil (); a receiving secondary induction coil (); and a primary dock () for a primary chargeable device; (ii) a primary chargeable device () configured to reversibly engage the primary dock and comprising a receiving induction coil (); and (iii) a secondary device in communication with the secondary induction coil and configured to receive energy from the secondary induction coil, wherein the secondary induction coil is configured to receive excess energy from the primary induction coil without interfering with the receiving induction coil.

Portable device docking station charge mechanism

A method of operating a flashlamp in a skin treatment system comprises the steps of charging capacitor, discharging the capacitor through a flashlamp, and interrupting the discharge of the capacitor through the flashlamp at a predetermined time based on at least one condition caused by the discharge of the capacitor through the flashlamp.

Skin treatment system

A method of operating a flashlamp () in a skin treatment system () comprises the steps of establishing a conductive path between the flashlamp () and a charged capacitor () causing a free discharge within the flashlamp, and interrupting said conductive path so as to cut off the current through the lamp when the current density drops below a predetermined current density threshold level (Ix) or when the energy applied to the skin reaches a certain maximum (E).

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Eindhoven, Netherlands

Walter Julius Weichsler