1
Jacek F Gieras, Jae Hyuk Oh, Mihai Huzmezan, Hashad S Sane: Electromechanical energy harvesting system. Chubb International Holdings, Kinney & Lange P A, October 4, 2011: US08030807 (10 worldwide citation)

An ambient energy harvesting system, and method of use thereof, includes a magnetic flux-generating assembly (28), a coil (30) positioned adjacent to the magnetic flux-generating assembly (28), and a cantilevered arm (24). Vibration of the cantilevered arm (24) enables relative movement between the ...


2
Jacek F Gieras, Jae Hyuk Oh, Mihai Huzmezan, Harshad S Sane: Electromechanical energy harvesting system. Chubb International Holdings, MH2 Technology Law Group, July 17, 2012: US08222775 (2 worldwide citation)

A method of electromechanical energy harvesting includes sensing electrical current generated by relative movement of a coil and a magnetic flux source produced by movement of a cantilevered beam in response to ambient vibration energy, determining a vibration characteristic of the ambient vibration ...


3
Gieras Jacek F, Oh Jae Hyuk, Huzmezan Mihai, Sane Harshad S: Electromechanical energy harvesting system. Chubb International Holdings, Gieras Jacek F, Oh Jae Hyuk, Huzmezan Mihai, Sane Harshad S, FAIRBAIRN David R, June 21, 2007: WO/2007/070022 (1 worldwide citation)

An ambient energy harvesting system, and method of use thereof, includes a magnetic flux-generating assembly (28), a coil (30) positioned adjacent to the magnetic flux-generating assembly (28), and a cantilevered arm (24). Vibration of the cantilevered arm (24) enables relative movement between the ...


4
Jacek F Gieras, Jae Hyuk Oh, Mihai Huzmezan, Harshad S Sane: Electromechanical Energy Harvesting System. Chubb International Holdings, Kinney & Lange Pa, March 26, 2009: US20090079200-A1

An ambient energy harvesting system, and method of use thereof, includes a magnetic flux-generating assembly (28), a coil (30) positioned adjacent to the magnetic flux-generating assembly (28), and a cantilevered arm (24). Vibration of the cantilevered arm (24) enables relative movement between the ...


5
Jacek F Gieras, Jae Hyuk Oh, Mihai Huzmezan, Harshad S Sane: Electromechanical energy harvesting system. Chubb International Holdings, December 22, 2011: US20110309618-A1

A method of electromechanical energy harvesting includes sensing electrical current generated by relative movement of a coil and a magnetic flux source produced by movement of a cantilevered beam in response to ambient vibration energy, determining a vibration characteristic of the ambient vibration ...