Aaron D Hopkinson, 36Orem, UT

2022040, Dec 22, 2022

Jun 13, 2022

17/806653

- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US

A61B 17/00
A61B 17/135

A hemostasis device configured to apply a compressive force to a puncture site of a patient's vessel, such as an artery of the foot, is disclosed. The hemostasis device may include a compression member having a plurality of tabs and an inflatable bladder. A plurality of bands may be used to position and maintain the compression member over the puncture site until hemostasis is achieved are releasably coupled to the plurality of tabs. A first band can wrap around the ankle, a second band can wrap around the foot, and a third band can extend between two toes or around a toe. The hemostasis device may also comprise an inflation port in fluid communication with the inflatable bladder.

2022037, Nov 24, 2022

Mar 29, 2022

17/657067

Ferdinand Kiemeneij - South Jordan UT, US
- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US

A61B 17/135
A61B 17/132
A61M 39/06

A hemostasis device configured to apply a compressive force to a puncture site of a patient's vessel, such as an artery of the hand, wrist, or foot, is disclosed. The hemostasis device may comprise a plurality of bands used to position and maintain a compression member over the puncture site. The hemostasis device may also comprise an inflation port in fluid communication with an inflatable bladder.

2023009, Mar 30, 2023

Sep 21, 2022

17/934132

- South Jordan UT, US
Jonathan Cheney - West Jordan UT, US
Scott Brown - Riverton UT, US
Luca Salmaso - Ango, CH
Aaron Hopkinson - Herriman UT, US

G01K 1/08

A molded sensor assembly for measuring parameters in a given circumstance. The molded sensor assembly includes a housing with one or more apertures that extends from an upper surface to a lower surface of the housing. A lower surface of the housing is coupled to an upper surface of a printed circuit board member. A sensor is disposed within the housing, the sensor comprising wires that are coupled to the printed circuit board member. Each wire extends through an aperture of the housing.

2021007, Mar 18, 2021

Sep 17, 2020

17/024448

- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US

A61B 17/88
A61B 17/16

Devices used to treat tissue, including treatment of vertebral bone fractures, are disclosed. The devices may be configured to displace bone tissue using an expandable member, such as a balloon. The devices may further include a handle having a rotatable grip configured to apply a tension force to a plurality of pull wires to articulate a distal portion of the devices.

2020038, Dec 10, 2020

Jun 8, 2020

16/895595

- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US

A61M 39/10
A61M 39/20
A61M 5/178

Fluid delivery adapters and devices used to provide hemostasis at a vascular access site are described. In some instances, the hemostasis devices include a fluid delivery adapter system configured to deliver fluid from a fluid delivery device to the hemostasis device. In some instances, the fluid delivery adapter system includes a male adapter, a cap, and a valved adapter.

2019027, Sep 12, 2019

Mar 6, 2019

16/294020

- South Jordan UT, US
Tyler David Rees - Draper UT, US
Aaron Hopkinson - Herriman UT, US
Ahmed A. Hassan - Almere, NL

A61B 17/135

Vascular compression devices with an inflatable chamber are disclosed. The inflatable chamber of the vascular compression devices can be inflated and then deflated with a liquid with ultrasound properties similar to biological tissues. Ultrasound waves may be applied to the vascular compression device and may propagate through the vascular compression device and into the biological tissue of the patient to produce an ultrasound image to determine the patency of the vessel.

2019014, May 16, 2019

Nov 9, 2018

16/186014

- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US

A61B 17/12
A61M 25/10

Devices used to deflate an inflatable hemostasis device are disclosed. The devices may be configured to deflate the inflatable hemostasis device in staged increments over a period of time. The devices may include a barrel member and a plunger member comprising an insert configured to couple with a retention ring of the barrel to restrict a retraction distance of the plunger member.

2016025, Sep 8, 2016

Mar 2, 2016

15/058536

- South Jordan UT, US
Aaron Hopkinson - Herriman UT, US
Barton P. Gill - South Jordan UT, US
Chad Sievers Carson - Riverton UT, US

A61B 10/04
A61B 1/267

Biological sample collection devices are disclosed that resist disorientation and tipping to remain in an upright orientation. A biological sample collection device can be a lid that couples to a sample collection jar to enable coupling to a scope device and a suction source. A biological sample collection device can include a suction port to couple to the suction source and a scope port to couple to the scope device. The scope port can include an angled connection member that angles in line and away from the suction port. The biological sample collection device can also include a suction hose clip and/or a light pipe clip to secure the biological sample collection device relative to the suction hose and/or a light pipe. A biological sample collection device can also couple to a traditional sample collection jar and include a suction hose clip and/or a light pipe clip.