Universal catheter tray

• US 6,068,121 A
• Filed: 03/11/1998
• Issued: 05/30/2000
• Est. Priority Date: 03/11/1998
• Status: Expired due to Term

• Current Assignee: Boston Scientific Scimed (Boston Scientific Corporation)
• Original Assignee: Schneider Electric SE
• Inventors: McGlinch, Timothy M.
• Primary Examiner(s): Fidei, David T.
• Assistant Examiner(s): BUI, LUAN KIM
• Application Number:
  US09/038,072
• Time in Patent Office: 811 Days
• Field of Search: 206/364, 206/363, 206/438, 206/525, 206/560, 206/561, 206/564, 206/565, 206/570, 206/571
• US Class Current: 206/364
• CPC Class Codes: A61B 50/33 Trays
• CPC Class Codes: A61M 25/002 Packages specially adapted therefor combined with means for introducing catheters, e.g. dispensers, A61M25/0113; catheter kit packages for surgical articles A61B50/30

Abstract

A generally flat packaging tray for containing an elongated catheter device in an ordered coiled arrangement includes a recessed channel system formed within and including a plurality of spaced generally parallel, level, generally linear channel sections of two different depths joined by a plurality of arcuate channel sections some of which are inclined between the two depths and configured to contain catheter devices of a variety of lengths and french sizes nested therein in a coiled arrangement has an integral retention system of gently curved minor cantilever segments formed in the channel system that cooperate with inherent natural coil resisting resilience in a catheter shaft to benignly retain the catheter in the channel system.

Claims

1. A generally flat packaging tray for containing an elongated catheter device in an ordered coiled arrangement comprising:

(a) a recessed channel system formed within and including a plurality of spaced generally parallel, level, generally linear channel sections of first and second depths joined by a plurality of arcuate channel sections some of which are inclined between said first and said second depths and configured to contain a catheter device nested therein; and

(b) integral retention system comprising gently curved minor cantilevers formed in said channel system that cooperate with inherent natural coil resisting resilience in a catheter shaft to benignly retain said catheter in said channel system.

2. The packaging tray of claim 1 wherein said cantilevers are employed along a central region of the arcuate portions of said channel system.

3. The packaging tray of claim 1 wherein said recessed channel system further comprises:

(1) first and second spaced generally parallel straight generally linear channel segments extending lengthwise of the tray at a common first depth;

(2) third generally linear channel segment beyond and flanking and generally parallel to said second channel and having a second depth shallower than the depth of said second channel;

(3) a relatively level arcuate end channel joining one end of the first, second and third parallel channels at said second depth;

(4) a ramped end arcuate channel joining said first and third parallel linear channels at another end, said first ramped arcuate channel being gently inclined from said first depth to said second depth; and

(5) one or more additional ramped, arcuate channels intermediate the end arcuate channels and generally parallel to said ramped arcuate end channel.

4. The packaging tray of claim 3 wherein said cantilevers are substantially continuous along an outer edge of the first and third linear channel straight segments.

5. The packaging tray of claim 1 wherein said each channel of said recessed channel system has a crossection of sufficient size to accommodate a variety of catheter diameters.

6. The packaging tray of claim 4 wherein said each channel of said recessed channel system has a crossection of sufficient size to accommodate a variety of catheter diameters.

7. The packaging tray of claim 1 further comprising a covering lid configured to be mechanically joined to said tray.

8. The packaging tray of claim 1 wherein the tray is transparent.

9. The packaging tray of claim 8 wherein said tray is fabricated from glycerine modified polyethylene terephthalate.

10. The packaging tray of claim 1 further comprising a recess including snap-in connector receiver to accommodate a catheter valve body stem.

11. The packaging tray of claim 4 wherein said second generally linear channel segment is dedicated to separately receive only a catheter extension tube, said packaging tray further comprising a valve body recess for receiving a valve body connected to the catheter extension tube, said recess being connected by cross channel to said second generally linear channel segment at at least one location.

12. The packaging tray of claim 11 wherein said valve body recess is connected by cross channel to said first linear channel at a plurality of spaced locations to accommodate a plurality of extension tube lengths.

13. The packaging tray of claim 12 further comprising snap fit system for holding a valve body stem in said valve body recess.

14. The packaging tray of claim 1 wherein one of said generally linear channel sections is dedicated to carry only a catheter extension tube.

15. A generally flat packaging tray for containing an elongated catheter device having an extension tube and valve body in an ordered coiled arrangement comprising:

(a) a recessed channel system formed within and including a plurality of spaced generally parallel, generally linear channel sections joined by a plurality of arcuate channel sections and configured to contain a catheter device nested therein;

(b) integral retention system comprising gently curved minor cantilevers formed in said channel system that cooperate with inherent natural coil resisting resilience in a catheter shaft to benignly retain said catheter in said channel system;

(c) wherein one of said generally linear channel sections is dedicated to receive only a catheter extension tube;

(d) a valve body recess in said packaging tray for receiving a valve body connected to said catheter extension tube; and

(e) wherein said generally linear channel sections are at a plurality of depths to accommodate non-interfering crossover of said elongated catheter in relation to said extension tube.