Koninklijke Philips Corporation N.v.

Medimetrics Personalized Drug Delivery, Inc.

Stoco 10 Gmbh

Remus Albu

Johan Frederik Dijksman

Alok Govil

Anke Pierik

Hans Zou

Jeff Shimizu

Michel Gerardus Pardoel

Frits Tobi De Jongh

Judith Margreet Rensen

Hans Marc Bert Boeve

John Edward Dean

Ventzeslav Petrov Iordanov

Peter J M Janssen

Gene Turkenich

Claude Jean-Marie Malaurie

Yvan O J G Droinet

Michael Gerardus Pardoel

Yvan OJG Droinet

A medicament delivery device, which comprises a driving mechanism and a housing () having a reservoir (), which is at least partly filled with a substance and which is sealed at least on one side with a flexible wall (). The driving mechanism is adapted to press a piston () against the flexible wall () thereby releasing the substance from the reservoir () through an opening () in the reservoir (). This provides for a safe and reliable medicament delivery device.

Medicament delivery device, capsule and in vivo medicine delivery or diagnostic system

An ingestible electronic capsule () for introduction into the bodily lumen comprises a circuit board with at least one electronic component (). The circuit board is formed from a flex foil (), thereby reducing the number of components and improving the robustness and reliability of the ingestible electronic capsule ().

Ingestible electronic capsule and in vivo drug delivery or diagnostic system

An electroholographic display system () includes: a coherent light source (); a spatial light modulator (SLM) () that modulates a coherent collimated light beam; and a processor and driver unit () that generates hologram data and applies appropriate voltages to the pixels of the SLM to modulate the coherent collimated light beam with the hologram data and to suppress a zeroth order component of the modulated light beam at an image plane where the holographic image is reproduced. The processor and driver unit suppresses the zeroth order component of the modulated light beam by selecting the voltages to apply to the pixels of the SLM to cause a first group of pixels to provide a phase shift of 180 degrees to first portions of the collimated light beam with respect to portions of the collimated light beam modulated by a second group of pixels.

Method and system for electroholographic display with zeroth-order diffraction suppression

A method and system communicates payload data over a plurality of low voltage differential signaling (LVDS) channels (). First device () transmits the payload data and synchronization information to the second device () over N LVDS channels (), along with a word clock synchronized to the payload data. The second device generates M LVDS receive clocks from the word clock, each having a same frequency that is P times a frequency of the word clock, and each having a different phase. Each of N LVDS receivers () of the second device (): correlates the synchronization data with a reference word using each of the M LVDS receive clocks to produce a correlation value for each of the M LVDS receive clocks; selects a selected LVDS receive clock producing a greatest correlation value; and receives the payload data for the corresponding LVDS channel () using the selected LVDS receive clock.

Method and apparatus for high speed LVDS communication

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Forest Hills, NY, United States of America

Remus Albu