Csem Centre Suisse D'electronique Et De Microtechnique Sa

Schaffner Emv Ag

Csem Centre Suisse D'electronique Et De Microtechnique Sa&#x2014;recherche Et D&#xe9;veloppement

Roland Gentsch

Rolf Vetter

Philippe Renevey

Yves Depeursinge

Andrew Cecil Tucker

Szymon Pasko

Jens Krauss

Tianyi Zhang

Abiezer Tejeda

Depeursinge Yves

Renevey Philippe

An active decoupling device for stabilizing the impedance on an electric line in a determined band of frequency. The decoupling device of the invention is inductively coupled to the power line and comprises a transformer with a primary winding connectable to the power line, and a secondary winding closed on a burden network. In an application, the invention, is used to decouple a smart meter from variations of the load impedance.

Electronic decoupling impedance

Portable pulse rate detecting device for contact with human body tissue, including a light-emitting source for emitting radiant energy directed at through human body tissue; at least first and second light detectors for detecting intensity of radiant energy after propagation through human body tissue and for providing first and second input signals as a function of such propagation, a detecting device for providing a motion reference signal, and processing means for removing motion-related contributions from the first and second input signals and subtracting a calculated model based on the motion reference signal from each of the first and second input signals, wherein the processing means is also for removing measurement noise and residual non-modeled contributions from the first and second enhanced signals using a noise reduction algorithm.

Method and device for pulse rate detection

Growing community of inventors

Hauterive, Switzerland

Roland Gentsch