Radial compression hemostasis band with Doppler confirming vascular patency

• US 9,463,026 B2
• Filed: 11/21/2013
• Issued: 10/11/2016
• Est. Priority Date: 11/21/2012
• Status: Active Grant

• Current Assignee: Medical Ingenuities,LLC
• Original Assignee: Medical Ingenuities,LLC
• Inventors: Corrigan, Richard F. Jr.
• Primary Examiner(s): Tyson, Melanie
• Assistant Examiner(s): HERBERMANN, ERICH G.
• Application Number:
  US14/086,778
• Publication Number:
  US 20140142615A1
• Time in Patent Office: 1,055 Days
• Field of Search: 606201-204, 602/53, 602/75, 602/78, 602/79, 600/490, 601/23, 601/40, 601148-151, 233/8, 233/9, 217/0, 2 16- 21, 216/0, 216/2
• US Class Current: 1/1
• CPC Class Codes: A61B 17/1325 with means for applying local pressure pressure pads A61F5/30
• CPC Class Codes: A61B 2017/00106 ultrasonic

Abstract

A hemostatic compression system facilitates patent hemostasis of an arterial access site on the arm of a wearer. The system includes a radial compression band and a Doppler probe. The radial compression band includes an elongated arm band sized to receive the arm. The compression band also includes a pressure surface coupled to the arm band and facing radially inward for compressive engagement with the access site. The Doppler probe is coupled to the arm band adjacent the pressure surface and is configured to sense blood flow through the artery. Hemostatic compression applied by the radial compression band is variable in response to the sensed blood flow so as to ensure patency of the artery during hemostasis of the site.

Claims

1. A radial compression band configured to provide hemostatic compression to an arterial access site on the arm of a wearer, said radial compression band comprising:

an elongated arm band presenting an arm opening sized to receive the arm;

said arm band presenting proximal and distal margins, with the arm opening being defined between the margins,

an opening-adjustment component operable to adjust the size of the arm opening; and

an arterial pressure pad projecting radially inward relative to the arm band for engagement with the access site, with adjustment of the arm opening size by the component serving to vary the pressure applied by the pad against the access site,

said arm band presenting a window located between the proximal and distal margins so as to expose the underlying portion of the arm,

said pressure pad located radially inboard of the window and extending across at least part of the window so as to visibly facilitate engagement of the pressure pad with the access site.

2. The radial compression band as claimed in claim 1,

said arm band having an adjustable length so that the arm opening size is adjustably defined by the arm band and further adjustable by the opening-adjustment component.

3. The radial compression band as claimed in claim 2,

said arm band including at least one adjustment strap that permits selective adjustment of the length of the arm band.

4. The radial compression band as claimed in claim 3,

said arm band being continuous so as to fully encircle the arm opening.

5. The radial compression band as claimed in claim 1,

said opening-adjustment component and the pressure pad being generally diametrically opposed from one another.

6. The radial compression band as claimed in claim 1,

said arm band including an elongated frame extending lengthwise along the band,

said pressure pad being shiftable along the length of the frame.

7. The radial compression band as claimed in claim 6,

said arm band including a slider connected to the frame for sliding movement along the length thereof,

said pressure pad being fixed to the slider.

8. The radial compression band as claimed in claim 6,

said opening-adjustment component and the pressure pad being generally diametrically opposed from one another.

9. The radial compression band as claimed in claim 6,

said frame presenting the window located between the proximal and distal margins.

10. The radial compression band as claimed in claim 6,

said frame presenting opposite frame ends,

said arm band including a flexible strap interconnecting the frame ends,

said frame being at least substantially rigid relative to the strap.

11. The radial compression band as claimed in claim 1,

said opening-adjustment component including an expandable bladder positioned in generally diametric opposition to the pressure pad.

12. The radial compression band as claimed in claim 11,

said arm band including an elongated frame extending lengthwise along the band to present opposite frame ends,

said pressure pad being shiftable along the length of the frame,

said arm band including a flexible strap interconnecting the frame ends,

said expandable bladder being coupled to the flexible strap.

13. The radial compression band as claimed in claim 1, further comprising:

a pressure-applying body that includes the pressure pad, with at least part of the body being transparent to permit viewing of the access site when the body is positioned over the access site.

14. The radial compression band as claimed in claim 13,

said arm band including an elongated frame and the pressure-applying body,

said frame extending lengthwise along the band and presenting the window,

said body including a slider connected to the frame for sliding movement along the length thereof, with the slider being transparent,

said pressure pad being fixed to the slider.

15. A hemostatic compression system for facilitating patent hemostasis of an arterial access site on the arm of a wearer, said hemostatic compression system comprising:

a radial compression band configured to provide variable hemostatic compression to the arterial access site, said radial compression band including

an elongated arm band presenting an arm opening sized to receive the arm, and

an arterial pressure surface coupled to the arm band to face radially inward for compressive engagement with the access site,

said arm band presenting proximal and distal margins, with the arm opening being defined between the margins,

said arm band presenting a window located between the proximal and distal margins so as to expose the underlying portion of the arm,

said pressure surface located radially inboard of the window and extending across at least part of the window so as to visibly facilitate engagement of the pressure surface with the access site; and

a Doppler probe coupled to the arm band so as to be located adjacent the pressure surface,

said Doppler probe being configured to sense blood flow through the artery, with hemostatic compression applied by the radial compression band being variable in response to the sensed blood flow so as to ensure patency of the artery during hemostasis of the site.

16. The hemostatic compression system as claimed in claim 15,

said arm band having an adjustable length so that the arm opening size is adjustably defined by the arm band, with adjustment of the arm opening size serving to vary the pressure applied by the pressure surface.

17. The hemostatic compression system as claimed in claim 16,

said arm band including at least one adjustment strap that permits selective adjustment of the length of the arm band.

18. The hemostatic compression system as claimed in claim 17,

said arm band being continuous so as to fully encircle the arm opening.

19. The hemostatic compression system as claimed in claim 15,

said radial compression band including an opening-adjustment component operable to further adjust the size of the opening.

20. The hemostatic compression system as claimed in claim 15,

said radial compression band including an opening-adjustment component operable to adjust the size of the opening,

said opening-adjustment component and the pressure surface being generally diametrically opposed from one another.

21. The hemostatic compression system as claimed in claim 15,

said arm band including an elongated frame extending lengthwise along the band,

said pressure surface being shiftable along the length of the frame.

22. The hemostatic compression system as claimed in claim 21,

said arm band including a slider connected to the frame for sliding movement along the length thereof,

said pressure surface being fixed to the slider.

23. The hemostatic compression system as claimed in claim 22,

said Doppler probe being fixed to the slider.

24. The hemostatic compression system as claimed in claim 21,

said radial compression band including an opening-adjustment component operable to adjust the size of the opening,

said opening-adjustment component and the pressure surface being generally diametrically opposed from one another.

25. The hemostatic compression system as claimed in claim 21,

said frame presenting the window located between the proximal and distal margins.

26. The hemostatic compression system as claimed in claim 25,

said Doppler probe projecting through the window.

27. The hemostatic compression system as claimed in claim 21,

said frame presenting opposite frame ends,

said arm band including a flexible strap interconnecting the frame ends,

said frame being at least substantially rigid relative to the strap.

28. The hemostatic compression system as claimed in claim 15,

said radial compression band including an opening-adjustment component operable to adjust the size of the opening,

said opening-adjustment component including an expandable bladder positioned in generally diametric opposition to the pressure surface.

29. The hemostatic compression system as claimed in claim 28,

said arm band including an elongated frame extending lengthwise along the band to present opposite frame ends,

said pressure surface being shiftable along the length of the frame,

said arm band including a flexible strap interconnecting the frame ends,

said expandable bladder being coupled to the flexible strap.

30. The hemostatic compression system as claimed in claim 15,

said radial compression band including a pressure pad projecting radially inward relative to the arm band,

said pressure pad defining the pressure surface.