Patents by Inventor Carlos Roberto SAMARTÍN PULIÁN

Carlos Roberto SAMARTÍN PULIÁN 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).

  • High-conductance thermal connector
    Patent number: 11521910
    Abstract: A high conductance thermal link (1) includes a thermal conductive strap (2) having pyrolytic graphite layers arranged in stacks (5) and polyimide film (6) at least partially covering each stack (5). Adhesive material is between the pyrolytic graphite layers. The thermal conductive strap (2) has two opposite ends (4) and two end fittings (3, 3?) that house the corresponding ends (4) of the thermal conductive strap (2). An adhesive material is in the ends (4) of the thermal conductive strap (2) between the pyrolytic graphite layers and between the stacks (5) of pyrolytic graphite layers. At least one of the ends (4) of the thermal conductive strap (2) has a geometry including protrusions (7) separated by intermediate gaps (8).
    Type: Grant
    Filed: December 29, 2017
    Date of Patent: December 6, 2022
    Assignee: AIRBUS DEFENCE AND SPACE SA
    Inventors: Felipe Cáceres Del Viso, Marc Perellón Marsá, María José Aparicio Ordobás, Carlos Roberto Samartín Pulián
  • HIGH-CONDUCTANCE THERMAL CONNECTOR
    Publication number: 20200328134
    Abstract: A high conductance thermal link (1) includes a thermal conductive strap (2) having pyrolytic graphite layers arranged in stacks (5) and polyimide film (6) at least partially covering each stack (5). Adhesive material is between the pyrolytic graphite layers. The thermal conductive strap (2) has two opposite ends (4) and two end fittings (3, 3?) that house the corresponding ends (4) of the thermal conductive strap (2). An adhesive material is in the ends (4) of the thermal conductive strap (2) between the pyrolytic graphite layers and between the stacks (5) of pyrolytic graphite layers. At least one of the ends (4) of the thermal conductive strap (2) has a geometry including protrusions (7) separated by intermediate gaps (8).
    Type: Application
    Filed: December 29, 2017
    Publication date: October 15, 2020
    Inventors: Felipe CÁCERES DEL VISO, Marc PERELLÓN MARSÁ, María José APARICIO ORDOBÁS, Carlos Roberto SAMARTÍN PULIÁN