Marko Rocznik

8210038, Jul 3, 2012

Feb 17, 2009

12/372335

Marko Rocznik - Cupertino CA, US

Robert Bosch GmbH - Stuttgart

G01C 19/56

7350412, 7350414

A drive frequency tunable MEMS sensor in one embodiment includes a mass, a mass drive component configured to drive the mass within a plane, a plurality of non-linear springs supporting the mass a first tuner operably connected to the plurality of non-linear springs for modifying the stress condition of the plurality of non-linear springs in response to a trim voltage, and a trim circuit electrically coupled with the first tuner for providing the trim voltage.

8499639, Aug 6, 2013

Jun 21, 2010

12/819573

Marko Rocznik - Cupertino CA, US

Robert Bosch GmbH - Stuttgart

G01L 11/00

73702, 73700, 73753

In one embodiment, a pressure sensor assembly for use with an application specific integrated circuit includes a capacitive sensor, a sensor coil within a first sensor compartment and operatively connected to the capacitive sensor to form a sensor L-C tank circuit, a measuring oscillator including a measuring coil located within a second sensor compartment and spaced apart from the sensor coil and a feedback circuit configured to provide a control signal for the measuring oscillator based upon an output of the measuring oscillator, and a low frequency signal source configured to provide a low frequency signal to the measuring oscillator.

20090045966, Feb 19, 2009

Jul 18, 2008

12/218902

Marko Rocznik - Palo Alto CA, US

G08B 23/00

3405737

A clothing arrangement or device having a sensor element for detecting a left position, which includes a housing, at least one position sensor, a chip (IC) having an integrated evaluation circuit, and a current-supply and charge unit, the position sensor being a monoaxial acceleration sensor, the current-supply and charge unit including two high-capacity capacitors, a coil and a diode, and the sensor element being coupled to an external receiver unit. Furthermore, the invention relates to the use of a clothing arrangement or device to avoid the supine hypotensive syndrome in pregnant women.

20100127785, May 27, 2010

Oct 20, 2009

12/589266

Marko Rocznik - Cupertino CA, US
Dayo Oshinubi - Rutesheim, DE

H03L 5/00

331106

In a method for regulating an excited oscillation of a system to a resonance case of the system, instantaneous values of the oscillating quantity are discretely recorded using one sampling frequency, and the sampling frequency is selected to be below twice a maximum frequency of the system. In addition, the following steps are provided: ascertaining an oscillation amplitude from the instantaneous values; regulating a control amplitude on the basis of the ascertained oscillation amplitude; specifying a control frequency on the basis of the control amplitude; generating a control oscillation in consideration of the control frequency; combining the oscillation amplitude and the control oscillation to form a control signal; and exciting the system in consideration of the control signal.

20140049273, Feb 20, 2014

Aug 15, 2012

13/586632

Marko Rocznik - Cupertino CA, US

ROBERT BOSCH GMBH - Stuttgart

G01R 27/26

324679

A sensor includes a variable capacitor, a fixed capacitor, an inductor, a switch that electrically connects the variable capacitor with the inductor or the fixed capacitor with the inductor, an oscillator that generates a periodic signal, and a controller connected to the switch, the oscillator, and the inductor. The controller operates the switch, identifies a frequency of a first oscillation of the variable capacitor and the inductor based on the periodic signal from the oscillator, identifies a frequency of a second oscillation of the fixed capacitor and the inductor based on the periodic signal from the oscillator, and identifies a capacitance of the variable capacitor based on a ratio of the frequency of the first oscillation to the frequency of the second oscillation.