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Vincent R Ferrara: Impact energy management method and system. Xenith, Cesari and McKenna, August 17, 2010: US07774866 (53 worldwide citation)

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Vincent Ferrara: Impact energy management method and system. Xenith, Bingham McCutchen, September 10, 2013: US08528119 (11 worldwide citation)

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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FERRARA VINCENT R: PROCEDE ET SYSTEME DE GESTION DENERGIE DIMPACT, IMPACT ENERGY MANAGEMENT METHOD AND SYSTEM. XENITH, XENITH, SMART & BIGGAR, June 13, 2017: CA2663728 (8 worldwide citation)

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Ferrara Vincent R: Impact energy management method and system. Xenith, Ferrara Vincent R, MCKENNA John F, September 4, 2008: WO/2008/105840 (8 worldwide citation)

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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FERRARA VINCENT R: Impact energy management method and system, Aufprallenergieverwaltungsverfahren und -system, Procédé et système de gestion dénergie dimpact. XENITH, February 22, 2012: EP2420694-A2

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Vincent R Ferrara: Impact energy management method and system. Cesari And Mckenna, August 16, 2007: US20070190292-A1

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Vincent R Ferrara: Impact energy management method and system. March 3, 2011: US20110047685-A1

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Ferrara Vincent R: Impact energy management method and system. Xenith, Ke Anhua, Li Jialin, January 13, 2010: CN200780044303

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...


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Vincent R Ferrara: Impact energy management method and system. October 25, 2012: US20120266366-A1

An impact-absorbing protective structure comprises one or more compressible cells. Each cell is in the form of a thin-walled plastic enclosure defining an inner, fluid-filled chamber with at least one small orifice through which fluid resistively flows. Each cell includes an initially resistive mech ...