Shaser, Inc.

Citrix Systems, Inc.

Voice Signal Technologies, Inc.

Elias Behrakis

Daniel Lawrence Roth

Doug Ely

Marc A Bloomfield

Jordan Cohen

Jeff Muir

Anatoly Panasyuk

A dermatologic treatment device having a source of electromagnetic radiation beneficial to a dermatologic treatment, and a contact element facilitating conveyance of at least some of the electromagnetic radiation emitted by the source to a skin surface. The contact element includes a hydrophilic portion that facilitates movement of the contact element to the skin surface.

Facilitating the manipulation of light-based dermatologic treatment devices

A dermatologic treatment device having a first light source emitting a first pulse of optical radiation beneficial to a dermatologic treatment, and a second light source emitting a second pulse of optical radiation and being optically coupled to the first light source. The second pulse enhances the brightness of at least part of the optical radiation in the first pulse upon impinging on the first light source. The dermatologic treatment device further includes a timing circuit adapted to energize the first and second light sources to at least partially overlap emission of the first and second pulses.

Enhancing the brightness of multiple light sources in dermatologic treatment devices

A dermatologic treatment device having a light source emitting optical radiation having a plurality of wavelengths. The optical radiation including light exhibiting at least a first set of wavelengths and a second set of wavelengths, in which the first set of wavelengths is preferred for a dermatologic treatment. The dermatologic treatment device further including a wavelength converter for converting at least some of the second set of wavelengths of the optical radiation to the first set of wavelengths. A contact element is also included for conveying at least some of the converted optical radiation to a skin surface to facilitate the dermatologic treatment.

Enhancing the emission spectrum of light-based dermatologic treatment devices

Facilitating a dermatologic treatment by providing a light source emitting optical radiation and having a plurality of wavelengths, reflecting some of the emitted optical radiation back to the light source to enhance the brightness of the optical radiation, and applying at least some of the enhanced optical radiation to a skin surface to facilitate a dermatologic treatment.

Enhancing the brightness of optical radiation used in light-based dermatologic treatment systems

The invention is a method of improving the performance of a speech recognizer. The method generally involves: providing a lexicon for the speech recognizer; monitoring a user's interaction with a network; accessing a plurality of words associated with the monitored interaction; and including the plurality of words in the lexicon.

Methods and apparatus for automatically extending the voice vocabulary of mobile communications devices

A dermatologic treatment device having a light source emitting optical radiation beneficial to at least one dermatologic treatment, a brightness enhancer enhancing the brightness of at least some of the emitted optical radiation, and a replacement cartridge containing the light source and brightness enhancer. The cartridge facilitating replacement of the light source and brightness enhancer by a user of the device between dermatologic treatments.

Replacement cartridges for light-based dermatologic treatment devices

The invention enables the display of application-output data within application-output windows embedded in a web browser window. The application-output windows can be dynamically moved, resized and otherwise manipulated within the web browser window even when the application program providing the source of the application-output data is non-web enabled (e.g., legacy applications). The invention receives window attribute information associated with the application-output windows via a first virtual channel and displays application-output data received via a second virtual channel within the application-output windows, which are formed and/or modified using the window attribute information.

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Dracut, MA, United States of America

Elias Behrakis