Compliant banding system
The present invention discloses a compliant banding system for use in a marine environment comprising a flexible compliant member and an abaxial relatively rigid strap, both constructed to extend circumferentially around an underlying structure such as a strake or fairing collar. The strap maintains a fixed circumference while the compliant member flexes intermediate the strap and an underlying.
1. A method for retaining a vortex-induced vibration inhibitor on a structure, comprising:
an encircling step comprising installing a compliant member around a vortex-induced vibration inhibitor, wherein said compliant member has a strap which contains a first end and a second end;
an attaching step comprising fixedly attaching said first end of said strap to said second end of said strap; and
inserting said strap in a channel of said compliant member prior to said encircling step.
2. The method of claim 1 , further comprising:
tightening said strap wherein a contact surface of said compliant member is compressed against the vortex-induced vibration inhibitor.
3. A method for retaining a vortex-induced vibration inhibitor on a structure, comprising:
an encircling step comprising installing a compliant member around a vortex-induced vibration inhibitor, wherein said compliant member has a strap which contains a first end and a second end;
an attaching step comprising fixedly attaching said first end of said strap to said second end of said strap; and
an aligning step intermediate said encircling step and said aligning step comprising aligning a first compliant member end and a second compliant member end with a spacer.
4. The method of claim 3 , wherein said aligning step further comprises inserting a spacer alignment peg in a compliant member interior cavity; and
a monitoring step comprising monitoring compression indicators on said compliant member.
5. A retainer for a vortex-induced vibration inhibitor, comprising:
a strap adjustable to a fixed circumference;
a radically compliant member positioned adaxially in relation to said strap;
an interior cavity provided within said compliant member;
said compliant member having an inner contact surface opposite said strap;
said compliant member having a first end and a second end;
a spacer intermediate said first end and said second end;
a strap fastening mechanism proximate said spacer;
a channel member attached to said compliant member;
at least one compression indicator disposed adaxially on said channel member;
an alignment peg extending from said spacer, and
said alignment peg receivable in said interior cavity.
6. The retainer of claim 5 , wherein:
said at least one compression indicator further comprises at least one opposed pair of compression indicators disposed adaxially on said channel member. said alignment peg receivable in said interior cavity.
7. A retainer for a vortex-induced vibration inhibitor, comprising:
a strap adjustable to a fixed circumference and having separable first and second ends;
a compliant member positioned adaxially in relation to said strap; wherein said compliant member has separable first and second ends, sidewalls, a contact surface intermediate said side walls, and a channel member distal said contact surface, wherein said channel member has a channel wherein said strap is receivable in said channel, wherein said channel member has at least one lip and wherein said compliant member has a decreasing cross-sectional area proximate said contact surface in relation to a cross-sectional area intermediate said sidewalls; and
at least one compression indicator disposed adaxially on said channel member.
8. A retainer for a vortex-induced vibration inhibitor, comprising:
a strap adjustable to a fixed circumference and having separable first and second ends;
a compliant member positioned adaxially in relation to the strap; wherein said compliant member has separable first and second ends, sidewalls, a contact surface intermediate said side walls, and a channel member distal said contact surface; and
at least one opposed pair of compression indicators disposed adaxially on said channel member.
9. The retainer of claim 8 , further comprising:
an interior cavity provided in said compliant member.
10. The retainer of claim 9 , wherein said interior cavity extends longitudinally along the length of said compliant member.
11. The retainer of claim 8 , further comprising:
said compliant member having a decreasing cross-sectional area proximate said contact surface in relation to the cross-sectional area intermediate said sidewalls.
12. The retainer of claim 8 , further comprising:
a spacer intermediate said separable first end and second end of said compliant member; and
a strap fastening mechanism proximate said spacer.
13. The retainer of claim 12 , further comprising:
an alignment peg extending from said spacer;
an interior cavity provided in said compliant member; and
said alignment peg receivable in said interior cavity.
14. A retainer for a vortex-induced vibration inhibitor, comprising:
a strap adjustable to a fixed circumference;
a compliant member:
said compliant member positioned adaxially in relation to said strap;
said compliant member having a separable first end and second end;
an interior cavity within said compliant member; and
at least one opposed pair of compression indicators disposed adaxially on said channel member.
15. The retainer of claim 14 , wherein said interior cavity extends longitudinally along the length of said compliant member.
16. The retainer of claim 14 , further comprising:
said compliant member having a channel member with at least one lip; and
a spacer intermediate said separable first end and second end of said compliant member.