Patents by Inventor Espen Rinde Brauti

Espen Rinde Brauti 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).

  • Subsea actuator and method of actuating a subsea actuator
    Patent number: 11384617
    Abstract: The following invention relates to a subsea actuator (16?; 16?) for actuating a subsea rotating component (81; 181); comprising: a first biasing element (82; 182); a motor (85; 185); a holding element (83; 100, 183) configured to receive an input force; a rotatable stem (80?, 80?, 250, 84; 80; 200) operatively connectable to the component; a force transmitting arrangement (84, 80?, 80?; 83, 84; 183?, 195, 201; 84, 99, 86, 101, 83) connectable to the first biasing clement (82; 182) and the holding element (83; 100, 183); a first connection which in a first mode is configured to lock the stem (80?, 80?, 250, 84; 80; 200) in a rotatable engagement with the motor (85; 185) and in a second mode is configured to unlock the stem (80?, 80?, 250, 84; 80; 200) from the rotatable engagement with the motor (85; 185) and allow the stem (80?, 80?, 250, 84; 80; 200) to be influenced by the first biasing element (82; 182); wherein the first biasing element (82; 182) and the stem (80?, 80?, 250, 84; 80; 200) are releasably co
    Type: Grant
    Filed: December 12, 2018
    Date of Patent: July 12, 2022
    Assignee: FMC Kongsberg Subsea AS
    Inventors: Simen Landa, Heyn Halfdan Magnus, Stig Fredrik Mathisen, Espen Rinde Brauti
  • Subsea Actuator and Method of Actuating a Subsea Actuator
    Publication number: 20200347690
    Abstract: The following invention relates to a subsea actuator (16?; 16?) for actuating a subsea rotating component (81; 181); comprising: a first biasing element (82; 182); a motor (85; 185); a holding element (83; 100, 183) configured to receive an input force; a rotatable stem (80?, 80?, 250, 84; 80; 200) operatively connectable to the component; a force transmitting arrangement (84, 80?, 80?; 83, 84; 183?, 195, 201; 84, 99, 86, 101, 83) connectable to the first biasing clement (82; 182) and the holding element (83; 100, 183); a first connection which in a first mode is configured to lock the stem (80?, 80?, 250, 84; 80; 200) in a rotatable engagement with the motor (85; 185) and in a second mode is configured to unlock the stem (80?, 80?, 250, 84; 80; 200) from the rotatable engagement with the motor (85; 185) and allow the stem (80?, 80?, 250, 84; 80; 200) to be influenced by the first biasing element (82; 182); wherein the first biasing element (82; 182) and the stem (80?, 80?, 250, 84; 80; 200) are releasably co
    Type: Application
    Filed: December 12, 2018
    Publication date: November 5, 2020
    Inventors: Simen Landa, Heyn Halfdan Magnus, Stig Fredrik Mathisen, Espen Rinde Brauti