Tape guiding reel
View Patent ↗A take-up or supply reel for aligning and stacking storage tape. The tape reel may include a hub, where tape wraps around the hub and two flanges. The flanges are spaced apart on the hub, where surfaces of the flanges face each other at a distance such that the tape may pass therebetween. At least one of the opposing surfaces includes a guiding portion where a separation distance between the opposing surfaces of the flanges corresponding to the guiding portion decreases as tape is wound to the hub. The guiding portion guides the tape as it passes therebetween to stack more uniformly on the hub.
1. A reel for spooling tape thereon, comprising:
a hub, wherein tape wraps around the hub; and
two flange members axially spaced apart on the hub and extending radially from the hub, the flanges including opposing surfaces such that the tape may pass between the opposing surfaces and wrap around the hub, wherein
at least one of the opposing surfaces includes a guiding portion wherein a separation distance between the opposing surfaces of the flanges corresponding to the guiding portion decreases in a circumferential direction as the tape is wound on the hub,
the guiding portion is spatially fixed with respect to at least one of the flanges,
a minimum separation region between the opposing surfaces of the flanges corresponding to the guiding portion, the minimum separation region is less than the width of the tape without tension applied to the tape, and
the guiding portion is operable to guide the tape as it passes between the opposing surfaces.
2. The reel of claim 1 , wherein the opposing surfaces of the flanges include a plurality of guiding portions on the opposing surfaces.
3. The reel of claim 2 , wherein the guiding portions are circumferentially spaced apart on the opposing surfaces uniformly.
4. The reel of claim 2 , wherein at least two of the guiding portions are positioned adjacent each other to form an undulating surface.
5. The reel of claim 1 , wherein the guiding portion is integral with the flange.
6. The reel of claim 1 , wherein the minimum separation between the surfaces of the flanges corresponding to the guiding portion is between 0.480 and 0.503 inches.
7. The reel of claim 1 , wherein the minimum separation between the surfaces of the flanges corresponding to the guiding portion is between 0.500 and 0.505 inches.
8. The reel of claim 1 , wherein the flanges are not tapered such that the distance between the opposing surfaces remains constant with distance from the hub.
9. A tape drive including a take-up reel for receiving tape, the tape drive comprising:
a read/write head wherein tape streams past the read/write head to the take-up reel, the take-up reel including,
a hub, wherein tape wraps around the hub; and
two flange members axially spaced apart on the hub and extending radially from the hub, the flanges including opposing surfaces spaced apart such that the tape may pass between the opposing surfaces and wrap around the hub, wherein
at least one of the opposing surfaces includes a guiding portion where a separation distance between the opposing surfaces of the flanges decreases in a circumferential direction as the tape is wound on the hub, the guiding portion is spatially fixed with respect to at least one of the flanges, a minimum separation region between the opposing surfaces of the flanges corresponding to the guiding portion, the minimum separation region is less than the width of the tape without tension applied to the tape, and the guiding portion operable to guide the tape as it passes therebetween.
10. The tape drive of claim 9 , wherein the guiding portion is integral with the flange.
11. The tape drive of claim 9 , wherein the minimum separation between the surfaces of the flanges corresponding to the guiding portion is between 0.480 and 0.503 inches.
12. The tape drive of claim 9 , wherein the minimum separation between the surfaces of the flanges corresponding to the guiding portion is between 0.500 and 0.505 inches.
13. The tape drive of claim 9 , wherein flanges are not tapered such that the distance between the opposing surfaces remains constant with distance from the hub.
14. The tape drive of claim 9 , wherein the opposing surfaces of the flanges include a plurality of guiding portions on the opposing surfaces.
15. The tape drive of claim 14 , wherein the guiding portions are circumferentially spaced apart on the opposing surfaces uniformly.
16. The tape drive of claim 14 , wherein at least two of the guiding portions are positioned adjacent each other to form an undulating surface.
17. A method for guiding tape as it is spooled onto a reel, comprising:
receiving the tape to be wrapped around a hub between two flanges, the two flanges axially spaced apart on the hub and extending radially from the hub;
guiding the tape before contacting an underlying layer of tape on the hub, wherein
opposing surfaces of the flanges face each other at a distance such that the tape may pass therebetween and wrap around the hub,
at least one of the opposing surfaces includes a guiding portion, where a separation distance between the opposing surfaces of the flanges decreases in a circumferential direction as the tape is wound on the hub, the guiding portion is spatially fixed with respect to at least one of the flanges, a minimum separation region between the opposing surfaces of the flanges corresponding to the guiding portion, the minimum separation region is less than the width of the tape without tension applied to the tape, and the guiding portion guides the tape as it passes therebetween.
18. The method of claim 17 , wherein the tape is guided by a change in the separation distance between the opposing surfaces corresponding to the guiding portion.
19. The method of claim 17 , wherein the tape is guided by physical contact to the edge of the tape by the guiding portion.
20. The method of claim 17 , wherein the opposing surfaces of the flanges include a plurality of guiding portions on the opposing surfaces.
21. The method of claim 20 , wherein the guiding portions are spaced apart on the opposing surfaces uniformly.
22. The method of claim 20 , wherein at least two of the guiding portions are positioned adjacent each other to form an undulating surface.
23. The method of claim 17 , wherein the minimum separation between the flanges is between 0.480 and 0.503 inches.
24. The method of claim 17 , wherein the minimum separation between the flanges is between 0.500 and 0.505 inches.
25. The method of claim 17 , wherein the flanges are not tapered such that the minimum distance between the flanges remains constant with distance from the hub.