Patents by Inventor Antonio Panariello

Antonio Panariello has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).

  • Dielectric resonator having a mounting flange attached at the bottom end of the resonator for thermal dissipation
    Patent number: 8598970
    Abstract: A resonator cavity for supporting a plurality of resonant modes and filtering electromagnetic energy includes a cavity and a resonator element with a mounting flange. The cavity is defined by a top end wall, a bottom end wall and a sidewall and has a longitudinal axis along its length is defined. The resonator element is positioned within the cavity along the longitudinal axis and includes a mounting flange. The resonator element is only in physical contact with the cavity through the mounting flange at a mounting location and where at least one resonant mode of the electromagnetic energy exhibits a local minimum. The dimensions of the cavity and the resonator element are selected so that the associated electromagnetic energy is defined by an electromagnetic field pattern that substantially repeats itself at least twice along the length of the resonator.
    Type: Grant
    Filed: September 1, 2011
    Date of Patent: December 3, 2013
    Assignee: Com Dev International Ltd.
    Inventors: Antonio Panariello, Ming Yu, Mihai Vladimirescu, William A. Fitzpatrick
  • DIELECTRIC RESONATOR AND FILTER WITH LOW PERMITTIVITY MATERIAL
    Publication number: 20110309900
    Abstract: A resonator cavity for supporting a plurality of resonant modes and filtering electromagnetic energy includes a cavity and a resonator element with a mounting flange. The cavity is defined by a top end wall, a bottom end wall and a sidewall and has a longitudinal axis along its length is defined. The resonator element is positioned within the cavity along the longitudinal axis and includes a mounting flange. The resonator element is only in physical contact with the cavity through the mounting flange at a mounting location and where at least one resonant mode of the electromagnetic energy exhibits a local minimum. The dimensions of the cavity and the resonator element are selected so that the associated electromagnetic energy is defined by an electromagnetic field pattern that substantially repeats itself at least twice along the length of the resonator.
    Type: Application
    Filed: September 1, 2011
    Publication date: December 22, 2011
    Applicant: COM DEV International Ltd.
    Inventors: Antonio Panariello, Ming Yu, Mihai Vladimirescu, William A. Fitzpatrick
  • Dielectric resonator and filter with low permittivity material
    Patent number: 8031036
    Abstract: A resonator cavity for supporting a plurality of resonant modes and filtering electromagnetic energy includes a cavity and a resonator element with a mounting flange. The cavity is defined by a top end wall, a bottom end wall and a sidewall and has a longitudinal axis along its length is defined. The resonator element is positioned within the cavity along the longitudinal axis and includes a mounting flange. The resonator element is only in physical contact with the cavity through the mounting flange at a mounting location and where at least one resonant mode of the electromagnetic energy exhibits a local minima. The dimensions of the cavity and the resonator element are selected so that the associated electromagnetic energy is defined by an electromagnetic field pattern that substantially repeats itself at least twice along the length of the resonator.
    Type: Grant
    Filed: October 15, 2008
    Date of Patent: October 4, 2011
    Assignee: COM DEV International Ltd.
    Inventors: Antonio Panariello, Ming Yu, Mihai Vladimirescu, William A. Fitzpatrick
  • DIELECTRIC RESONATOR AND FILTER WITH LOW PERMITTIVITY MATERIAL
    Publication number: 20100090785
    Abstract: A resonator cavity for supporting a plurality of resonant modes and filtering electromagnetic energy includes a cavity and a resonator element with a mounting flange. The cavity is defined by a top end wall, a bottom end wall and a sidewall and has a longitudinal axis along its length is defined. The resonator element is positioned within the cavity along the longitudinal axis and includes a mounting flange. The resonator element is only in physical contact with the cavity through the mounting flange at a mounting location and where at least one resonant mode of the electromagnetic energy exhibits a local minima. The dimensions of the cavity and the resonator element are selected so that the associated electromagnetic energy is defined by an electromagnetic field pattern that substantially repeats itself at least twice along the length of the resonator.
    Type: Application
    Filed: October 15, 2008
    Publication date: April 15, 2010
    Inventors: Antonio Panariello, Ming Yu, Mihai Vladimirescu, William A. Fitzpatrick