Compound optical coupler and support mechanism
A support mechanism for protecting an object is described. The support system includes at least one support or friction ring for providing dynamic protection to the object. One embodiment includes a support ring having corrugated bumps. Another embodiment includes multiple support rings axially separated by spacers. In another embodiment a support mechanism is provided having at least one friction ring in combination with O-rings. A compound optical coupler is also described, which has a self-wetting clear optical coupling gel and an elastomeric load ring. In another aspect, a compound optical coupler assembly comprises a self-wetting optical coupling gel and also an amount of a stiffening agent.
1. A compound optical coupler assembly for use in a gamma detector, comprising:
a load ring having an opening therein; and
a compound optical pad inside said opening, wherein said compound optical pad comprises a self-wetting optical gel and a stiffening agent.
2. The compound optical coupler assembly of claim 1 , wherein said compound optical pad comprises one part of the stiffening agent to five parts of the self-wetting optical gel.
3. The compound optical coupler assembly of claim 1 , wherein said compound optical pad comprises one part of the stiffening agent to twenty five parts of the self-wetting optical gel.
4. The compound optical coupler assembly of claim 1 , wherein said compound optical pad comprises one part of the stiffening agent to one part of the self-wetting optical gel.
5. A method for forming a compound optical coupler assembly, comprising:
forming a load ring having an opening therein;
placing a load ring onto a processing surface;
delivering a mixture into said opening of said load ring, said mixture comprising a self-wetting coupler gel and a stiffening agent; and
allowing said mixture to cure inside said opening of said load ring.
6. The method of claim 5 , further comprising:
forming a sheet of said stiffening agent prior to said forming said load ring, and cutting said load ring from said sheet.
7. The method of claim 5 , wherein said placing said load ring onto said processing surface comprises placing said load ring onto a glass surface.
8. The method of claim 5 , wherein said delivering said mixture comprises delivering said mixture via a micro-dispenser.
9. The method of claim 5 , wherein said allowing said mixture to cure comprises adding heat.