Radial compression hemostasis band with Doppler confirming vascular patency

• US 10,470,778 B2
• Filed: 06/08/2016
• Issued: 11/12/2019
• Est. Priority Date: 06/08/2015
• Status: Active Grant

• Current Assignee: Medical Ingenuities,LLC
• Original Assignee: Medical Ingenuities,LLC
• Inventors: Corrigan, Jr., Richard F.
• Primary Examiner(s): Bui, Vy Q
• Application Number:
  US15/177,221
• Publication Number:
  US 20160354090A1
• Time in Patent Office: 1,252 Days
• Field of Search: 606201, 606203
• CPC Class Codes: A61B 17/1325 with means for applying local pressure pressure pads A61F5/30
• CPC Class Codes: A61B 17/135 inflatable for measuring blood pressure A61B5/022; inflatable pressure pads A61F5/34
• CPC Class Codes: A61B 2017/00902 transparent or translucent
• CPC Class Codes: A61B 8/06 Measuring blood flow measuring volume flow in general G01F, e.g. G01F1/66, G01F1/72; measuring speed of fluids in general G01P5/00
• CPC Class Codes: A61B 8/4227 characterised by straps, belts, cuffs or braces
• CPC Class Codes: A61B 8/4455 Features of the external shape of the probe, e.g. ergonomic aspects
• CPC Class Codes: A61B 8/488 involving Doppler signals

Abstract

A radial compression band is configured to provide hemostatic compression to an arterial access site on the arm of a wearer. The radial compression band includes an elongated arm band that presents an arm opening sized to receive the arm. The arm band presents proximal and distal margins, with the arm opening being defined between the margins.

Claims

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

an elongated arm band presenting an inner surface, an outer surface, and an arm opening defined at least partly by the inner surface and sized to receive the arm,

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

an arterial pressure surface facing radially inward relative to the arm band for compressive engagement with the access site; and

a Doppler probe coupled to the arm band and spaced from the pressure surface to sense blood flow through the artery and thereby facilitate arterial patency during hemostasis of the access site, with spacing between the pressure surface and Doppler probe providing an open area configured to overlie the access site,

said arm band presenting an access opening located between the pressure surface and the Doppler probe,

said access opening extending continuously through the arm band from the outer surface to intersect the inner surface at a location aligned with the open area between the pressure surface and the Doppler probe, with the access opening being configured to receive the arterial sheath and permit the arterial sheath to pass directly through the arm band to the access site when the radial compression band is donned.

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

said access opening presenting a generally circular shape.

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

said arm band being partly sectioned to include circumferentially extending, proximal and distal arm band sections, with the access opening being located between the arm band sections.

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

said arm band presenting a circumferential slot defined between the band sections, said slot defining the access opening.

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

said slot extending along at least half of the circumferential length of the arm band, such that the arm band sections are joined along a circumferential minority of the arm band.

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

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

said pressure surface being positioned at least in part radially inward of the window,

said access opening being located between the window and the Doppler probe.

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

an expandable bladder presenting the pressure surface.

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

said bladder including a bladder wall and a hemostasis pad that projects radially inwardly from the bladder wall to present the pressure surface.

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

said hemostasis pad comprising a deformable gel-filled body.

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

said bladder spanning the window, with the bladder being supported by the arm band on opposite sides of the window.

11. The radial compression band as claimed in claim 7, further comprising:

a second expandable bladder coupled to the arm band to extend radially inwardly relative to the arm band,

said second bladder being configured to support the Doppler probe for adjustably compressible engagement with the arm when the radial compression band is donned.

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

said arm band being partly sectioned to include circumferentially extending proximal and distal arm band sections,

each of said bladders being coupled to a corresponding one of the band sections.

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

said arm band including a window section that defines the window,

said window section comprising an at least substantially transparent material layer.

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

said access opening being spaced at least substantially equidistant between the pressure surface and the Doppler probe.

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

said arm opening extending axially between the proximal and distal margins, said pressure surface and Doppler probe being spaced axially on the arm band, said access opening being located axially between the pressure surface and the Doppler probe.

16. The radial compression band as claimed in claim 15,

said pressure surface, Doppler probe, and access opening being aligned circumferentially along the arm band.

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

said arm band having a bistable construction to assume a coiled configuration or an uncoiled configuration.

18. The radial compression band as claimed in claim 17,

said arm band including a flexible spring band presenting a curved shape when the arm band is in the coiled configuration and a tensioned, relatively straight shape when the arm band is in the uncoiled configuration.

19. The radial compression band as claimed in claim 17,

said arm band presenting opposite ends that are adjustably interconnectable when the arm band is in the coiled configuration.

20. The radial compression band as claimed in claim 19,

said ends of the arm band overlapping one another when the arm band is in the coiled configuration,

said arm band including complemental strips of hook-and-loop fastener material adjacent the ends to provide adjustable interconnection thereof when the arm band is in the coiled configuration.

21. A radial compression band configured to provide hemostatic compression to an arterial access site on the arm of a wearer after an arterial sheath is removed from the access site, said radial compression band comprising:

an elongated arm band presenting an inner surface, an outer surface, and an arm opening defined at least partly by the inner surface and sized to receive the arm,

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

an arterial pressure surface facing radially inward relative to the arm band for compressive engagement with the access site; and

a Doppler probe coupled to the arm band and spaced from the pressure surface to sense blood flow through the artery and thereby facilitate arterial patency during hemostasis of the access site, with spacing between the pressure surface and Doppler probe providing an open area configured to overlie the access site,

said arm band presenting an access opening located between the pressure surface and the Doppler probe,

said access opening extending continuously through the arm band from the outer surface to intersect the inner surface at a location aligned with the open area between the pressure surface and the Doppler probe, with the access opening being configured to receive the arterial sheath and permit the arterial sheath to pass directly through the arm band to the access site when the radial compression band is donned,

said pressure surface, Doppler probe, and access opening being aligned circumferentially along the arm band.

22. The radial compression band as claimed in claim 21,

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

said pressure surface being positioned at least in part radially inward of the window,

said access opening being located between the window and the Doppler probe.

23. The radial compression band as claimed in claim 22, further comprising:

an expandable bladder presenting the pressure surface.

24. The radial compression band as claimed in claim 21,

said arm band being partly sectioned to include circumferentially extending proximal and distal arm band sections.

25. The radial compression band as claimed in claim 24,

said arm band presenting a circumferential slot defined between the sections along at least half of the circumferential length of the arm band, such that the arm band sections are joined along a circumferential minority of the arm band.

26. The radial compression band as claimed in claim 25,

said slot defining the access opening.

27. A radial compression band configured to provide hemostatic compression to an arterial access site on the arm of a wearer after an arterial sheath is removed from the access site, 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 arterial pressure surface facing radially inward relative to the arm band for compressive engagement with the access site;

a Doppler probe coupled to the arm band and spaced from the pressure surface to sense blood flow through the artery and thereby facilitate arterial patency during hemostasis of the access site,

said arm band presenting an access opening located between the pressure surface and the Doppler probe, with the access opening being configured to receive the arterial sheath when the radial compression band is donned,

said pressure surface, Doppler probe, and access opening being aligned circumferentially along the arm band,

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

said pressure surface being positioned at least in part radially inward of the window,

said access opening being located between the window and the Doppler probe, further comprising; and

an expandable bladder presenting the pressure surface,

said bladder being positioned at least in part radially inward of the window and extending across at least part of the window,

said bladder being at least substantially transparent so as to facilitate viewing of the access site.