Patents by Inventor Jahi Gist
Jahi Gist 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).
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Publication number: 20240108369Abstract: Snares for retrieval of medical devices from the body of an animal, medical assemblies, kits, and methods of retrieving a medical device from the body of an animal are described. An example snare comprises an outer sheath defining an outer sheath lumen; an elongate member disposed in the outer sheath lumen and having a longitudinal axis and at least one elongate member lumen; a capture member disposed and axially movable within the at least one elongate member lumen, the capture member defining a capture loop having a throat region and a portion extending along a plane that is perpendicular to the longitudinal axis of the elongate member; and a threader member disposed and axially movable within the at least one elongate member lumen, the threader member defining a threader loop. A handle includes a rotatable control member for deflecting a distal end of the outer sheath.Type: ApplicationFiled: October 3, 2023Publication date: April 4, 2024Applicant: Cook Medical Technologies LLCInventors: Jahi Gist, Zach Ingram, Riley Rapert, Lillian Rhodes, Timothy Robert Smith
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Patent number: 11452800Abstract: A mechanical fluid pressure modification valve, or “MFLP-valve”, is set forth. The MFLP-valve can be actuated upon movement of a movable pressure system member of a medical pressure system reaching a selected position. Additionally, the MFLP-valve can be actuated based on a pressure condition of the system. When the MFLP-valve unseals, a pressure differential between a pressure chamber and a volume outside of the chamber can be relieved. Disengagement of the movable pressure system member from the MFLP-valve can enable the MFLP-valve to re-seal. The MFLP-valve may include a flag that indicates the position of the movable pressure system member. The MFLP-valve may be provided in a diaphragm-type pressure source.Type: GrantFiled: October 30, 2019Date of Patent: September 27, 2022Assignee: MEDELA HOLDING AGInventors: Jahi Gist, David Y. Cho, Mario Rigert
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Publication number: 20220054138Abstract: Devices and methods are provided for trans-esophageal aortic flow control. The device comprises a controller, an esophageal tube extending from the controller, an anchor device at a distal end of the esophageal tube and configured to anchor the distal end of the device inside a patient's stomach, and an actuator positioned proximally to the anchoring device by a sufficient distance so that the actuator will be proximal to the intersection of the patient's esophagus with their diaphragm when the anchoring device is positioned inside of the patient's stomach. In this position, the anchoring device is aligned with the location at which the patient's esophagus and aorta cross that is above (or proximal to) the intersection with the patient's diaphragm, with the patient's aorta then positioned between the spine and the esophagus.Type: ApplicationFiled: September 2, 2021Publication date: February 24, 2022Inventors: Joseph Rabin, Zhongjun Wu, Philip Haarstad, David Heisserer, Steve Roller, Jesse Haworth, Kelly Jensen, Andy Black, Andy Leopold, Jahi Gist
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Publication number: 20200061264Abstract: A mechanical fluid pressure modification valve, or “MFLP-valve”, is set forth. The MFLP-valve can be actuated upon movement of a movable pressure system member of a medical pressure system reaching a selected position. Additionally, the MFLP-valve can be actuated based on a pressure condition of the system. When the MFLP-valve unseals, a pressure differential between a pressure chamber and a volume outside of the chamber can be relieved. Disengagement of the movable pressure system member from the MFLP-valve can enable the MFLP-valve to re-seal. The MFLP-valve may include a flag that indicates the position of the movable pressure system member. The MFLP-valve may be provided in a diaphragm-type pressure source.Type: ApplicationFiled: October 30, 2019Publication date: February 27, 2020Inventors: Jahi Gist, David Y. Cho, Mario Rigert
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Patent number: 10493189Abstract: A mechanical fluid pressure modification valve, or “MFLP-valve”, is set forth. The MFLP-valve can be actuated upon movement of a movable pressure system member of a medical pressure system reaching a selected position. Additionally, the MFLP-valve can be actuated based on a pressure condition of the system. When the MFLP-valve unseals, a pressure differential between a pressure chamber and a volume outside of the chamber can be relieved. Disengagement of the movable pressure system member from the MFLP-valve can enable the MFLP-valve to re-seal. The MFLP-valve may include a flag that indicates the position of the movable pressure system member. The MFLP-valve may be provided in a diaphragm-type pressure source.Type: GrantFiled: August 12, 2016Date of Patent: December 3, 2019Assignee: MEDELA HOLDING AGInventors: Jahi Gist, David Cho, Mario Rigert
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Patent number: 10207032Abstract: Exemplary systems for small volume collection for a breastpump system are provided. The systems allow breast milk to flow directly from the breastshield to the collection container without leaving the control volume. A valve is present outside of the milk flow path that does not contact breast milk prior to the milk reaching a collection vessel.Type: GrantFiled: March 14, 2014Date of Patent: February 19, 2019Assignee: Medela Holding AGInventors: Ryan Bauer, Jahi Gist, Brian H. Silver, David Cho, Ron Sallade, Kathryn Holshouser
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Publication number: 20190026267Abstract: An interactive pumping system constructed in accordance with the principles herein includes a pump system having components constructed to sending and receiving and/or store data tags, input curve overlays captured by the system, alter music parameters for music played during the session based on system data to include volume, type of music, or other feature, receive visual information such as facial recognition data from the pump user, process and update the system based on any data or data interaction received during the session, and register impact data regarding the impact of changes made during the session, as well as components for correlating the data or data interaction sets gathered during the session to register the impact of changes made during the session and to alter and or customize the pump and or pumping environment based on the impact data in real time during the session to improve the user experience or session efficiency.Type: ApplicationFiled: July 10, 2018Publication date: January 24, 2019Inventor: Jahi Gist
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Publication number: 20170043073Abstract: A mechanical fluid pressure modification valve, or “MFLP-valve”, is set forth. The MFLP-valve can be actuated upon movement of a movable pressure system member of a medical pressure system reaching a selected position. Additionally, the MFLP-valve can be actuated based on a pressure condition of the system. When the MFLP-valve unseals, a pressure differential between a pressure chamber and a volume outside of the chamber can be relieved. Disengagement of the movable pressure system member from the MFLP-valve can enable the MFLP-valve to re-seal. The MFLP-valve may include a flag that indicates the position of the movable pressure system member. The MFLP-valve may be provided in a diaphragm-type pressure source.Type: ApplicationFiled: August 12, 2016Publication date: February 16, 2017Inventors: Jahi Gist, David Cho, Mario Rigert
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Publication number: 20140276629Abstract: Exemplary systems for small volume collection for a breastpump system are provided. The systems allow breast milk to flow directly from the breastshield to the collection container without leaving the control volume. A valve is present outside of the milk flow path that does not contact breast milk prior to the milk reaching a collection vessel.Type: ApplicationFiled: March 14, 2014Publication date: September 18, 2014Applicant: Medela Holding AGInventors: Ryan Bauer, Jahi Gist, Brian H. Silver, David Cho, Ron Sallade, Kathryn Holshouser