Patents by Inventor Christina Spengler

Christina Spengler 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).

  • Breathing apparatus
    Patent number: 11340182
    Abstract: A breathing apparatus includes a tube having a proximal end connected to a breathing mask and a distal end connected to a splitter. A first branch has a proximal end connected to the splitter and an open distal end. A first sensor is arranged within the first branch and operatively connected to a processing module. A first flow control valve is arranged in the first branch and operatively connected to the processing module. A second branch has a proximal end connected to the splitter and a distal end connected to an inflatable reservoir. A second sensor is arranged within the second branch and operatively connected to a processing module. A second flow control valve arranged in the second branch and operatively connected to the processing module. The breathing apparatus can adjust a pneumatic resistance according to a programmed training protocol and counteract hyperventilation by recirculating exhaled air.
    Type: Grant
    Filed: November 23, 2020
    Date of Patent: May 24, 2022
    Assignee: Idiag AG
    Inventors: Christina Spengler, Corina Schaer, Diego Stutzer, Damien Maurer, Adrian Sallaz, Dieter Helmut Dill, Matthias Maurberger, Alexander Scholz
  • Breathing Apparatus
    Publication number: 20210072173
    Abstract: A breathing apparatus includes a tube having a proximal end connected to a breathing mask and a distal end connected to a splitter. A first branch has a proximal end connected to the splitter and an open distal end. A first sensor is arranged within the first branch and operatively connected to a processing module. A first flow control valve is arranged in the first branch and operatively connected to the processing module. A second branch has a proximal end connected to the splitter and a distal end connected to an inflatable reservoir. A second sensor is arranged within the second branch and operatively connected to a processing module. A second flow control valve arranged in the second branch and operatively connected to the processing module. The breathing apparatus can adjust a pneumatic resistance according to a programmed training protocol and counteract hyperventilation by recirculating exhaled air.
    Type: Application
    Filed: November 23, 2020
    Publication date: March 11, 2021
    Applicant: Idiag AG
    Inventors: Christina Spengler, Corina Schaer, Diego Stutzer, Damien Maurer, Adrian Sallaz, Dieter Helmut Dill, Matthias Maurberger, Alexander Scholz