1. A self-lubricating suspension comprising:
a first suspension member movably disposed at least partially within a second suspension member;
a fluid chamber at least partially bounded by said second suspension member;
a region of said self-lubricating suspension wherein relative movement between said first suspension member and said second suspension member results in a differential pressure between said fluid chamber and said region;
a first fluid flow path extending between said fluid chamber and said region, said first fluid flow path comprising:
a first flow check member substantially blocking fluid flow from said region to said fluid chamber; and
a second fluid flow path extending between said fluid chamber and said region, said second fluid flow path comprising:
a second flow check member substantially blocking fluid flow from said fluid chamber to said region.
2. The self-lubricating suspension of claim 1, wherein at least one of said first and second flow check members comprises:
a check valve.
3. The self-lubricating suspension of claim 1, wherein said first flow check member comprises a check valve having a biased cracking pressure in a free flow direction from said fluid chamber to the region.
4. The self-lubricating suspension of claim 3, further comprising:
a ball bearing bushing comprising an outer surface and an inner surface, said inner surface configured for movably receiving said first suspension member, said ball bearing bushing further comprising one or more fluid flow apertures communicating from said outer surface to said inner surface and configured for receiving fluid pumped from one of said first and second fluid flow paths in response to said relative movement between said first and second suspension members.
5. The self-lubricating suspension of claim 3, further comprising:
a fluid holding region configured for receiving a pumped fluid and holding said pumped fluid before said fluid is delivered to a predetermined lubrication location.
6. The self-lubricating suspension of claim 5, further comprising:
a fluid channel in fluid communication with one of said first and second fluid flow paths and with said region, said fluid channel configured for delivering said fluid from said one of said fluid flow paths to said region in response to said relative movement between said first and second suspensions members.
7. The self-lubricating suspension of claim 3, wherein the second flow check member comprises:
a one way seal allowing fluid flow from said region to said fluid chamber.
8. The self-lubricating suspension of claim 1 wherein said first flow check member is fixed to said first suspension member and movable therewith.
9. The self-lubricating suspension of claim 1 wherein an end of said first suspension member includes an obstruction limiting fluid flow to an interior of said first suspension member.
10. The self-lubricating suspension of claim 1, wherein said second flow check member comprises:
one or more bushings positioned along said second fluid flow path.
11. A self-lubricating suspension comprising:
a first suspension member movably disposed at least partially within a second suspension member;
a fluid chamber at least partially bounded by said second suspension member;
a region of said self-lubricating suspension wherein relative movement between said first suspension member and said second suspension member during at least one of a compression stroke and a rebound stroke of said self-lubricating suspension results in a differential pressure between said fluid chamber and said region,
wherein said region is proximate a seal of said second suspension member and said region and said seal are positioned on an outer surface of a leg tubing of said second suspension member, wherein during said compression a first pressure at said fluid chamber is greater than a second pressure at said region causing a flow of a fluid from said fluid chamber to said region via a first fluid flow path; and
a foam ring positioned at said region, said foam ring configured for retaining said fluid at said region until said foam ring becomes saturated and excess fluid of said fluid begins to flow away from said foam ring, wherein said excess fluid provides lubrication for said seal of said region at a relatively constant rate, and wherein said lubrication is not dependent on fluid surges that become available during said compression stroke.
12. The self-lubricating suspension of claim 11, wherein said first fluid flow path extends between said fluid chamber and said region and comprises:
a first flow check member configured for substantially blocking a flow of said fluid from said region to said fluid chamber.
13. The self-lubricating suspension of claim 11, further comprising:
a second fluid flow path extending between said fluid chamber and said region, said second fluid flow path comprising:
a second flow check member configured for substantially blocking a flow of said fluid from said fluid chamber to said region.
14. The self-lubricating suspension of claim 11, wherein during said rebound stroke, said second pressure at said region is greater than said first pressure at said fluid chamber, thereby causing a flow of said fluid from said region to said fluid chamber via a second fluid flow path extending between said fluid chamber and said region.
15. The self-lubricating suspension of claim 11, further comprises:
a second fluid flow path extending between said fluid chamber and said region, said second fluid flow path comprising:
a second flow check member configured for substantially blocking a flow of said fluid from said fluid chamber to said region, and wherein said first fluid flow path extends between said fluid chamber and said region and comprises a first flow check member configured for substantially blocking a flow of said fluid from said region to said fluid chamber, wherein.
16. The self-lubricating suspension of claim 11, further comprising:
an end cap coupled with said first suspension member, said end cap, upon manipulation, configured for adjusting said differential pressure between said fluid chamber and said region and thereby adjusting a flow of said fluid in a direction toward or away from said region, wherein said manipulation of said end cap causes a movement of said first suspension member relative to a compression chamber of said second suspension member.
17. A self-lubricating suspension comprising:
a first suspension member movably disposed at least partially within a second suspension member;
a fluid chamber at least partially bounded by said second suspension member;
a region of said self-lubricating suspension, wherein relative movement between said first suspension member and said second suspension member results in a differential pressure between said fluid chamber and said region;
a first fluid flow path extending between said fluid chamber and said region, said first fluid flow path comprising:
a first flow check member allowing fluid flow from said fluid chamber to said region, and substantially blocking fluid flow from said region to said fluid chamber; and
a second fluid flow path extending between said fluid chamber and said region, said second fluid flow path comprising:
a second flow check member allowing fluid flow from said region to said fluid chamber, and substantially blocking fluid flow from said fluid chamber to said region, wherein said first fluid flow path and said second fluid flow path are different.
18. The self-lubricating suspension of claim 17, further comprising:
a lubrication mechanism comprising:
a foam ring positioned at said region, said foam ring configured for retaining a portion of said fluid flowing from said fluid chamber to said region, until said foam ring becomes saturated and excess fluid of said fluid begins to flow away from said foam ring, along a second fluid flow path extending between said region and said fluid chamber, wherein said excess fluid provides lubrication for at least one component of said region at a relatively constant rate, and wherein said lubrication is not dependent on fluid surges that become available during said compression stroke.
19. The self-lubricating suspension of claim 18, wherein said at least one component comprises:
a seal positioned on an inner surface of said second suspension member.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. An electrical resistance element for heating purposes, comprising an element formed from a material that is substantially titanium silicon carbide (Ti3SiC2).
2. An electrical resistance element according to claim 1, wherein said material includes at least 85 weight % titanium silicon carbide.
3. An electrical resistance element according to claim 1, in which the material includes up to 15 weight % of a compound selected from the group consisting of TiC, TiSi2, Ti5Si3, and SiC.
4. An electrical resistance element for heating purposes consisting essentially of titanium silicon carbide (Ti3SiC2).