초록 ▼

Embodiments provide for an optical component mounting apparatus and method. One embodiment provides a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface. A lens retaining member includes a lens carrying tip defining a lens receiving opening

Embodiments provide for an optical component mounting apparatus and method. One embodiment provides a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface. A lens retaining member includes a lens carrying tip defining a lens receiving opening and is slidably disposed over at least the lens applicator tip. The lens carrying tip is slidably positionable between a lens carrying position in which the lens carrying tip extends past the lens applicator tip, and a lens release position in which the lens carrying tip is retracted with respect to the lens applicator tip.

대표청구항 ▼

1. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a lens retaining member comprising a lens carrying tip defining a lens receiving opening and slidably disposed over at least t

1. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a lens retaining member comprising a lens carrying tip defining a lens receiving opening and slidably disposed over at least the lens applicator tip; wherein the lens carrying tip is slidably positionable between a lens carrying position in which the lens carrying tip extends past the lens applicator tip, and a lens release position in which the lens carrying tip is retracted with respect to the lens applicator tip; and wherein the body comprises at least a magnetic portion. 2. The apparatus of claim 1, wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof.3. The apparatus of claim 1, wherein the lens contact surface is an annular surface disposed about a recess.4. The apparatus of claim 1, wherein the lens retaining member comprises a plurality of fingers having the lens carrying tip disposed at a distal end thereof.5. The apparatus of claim 1, further comprising an adjuster contacting at least the lens retaining member and adapted to set the lens carrying position.6. The apparatus of claim 1, further comprising at least one biasing member contacting the body and the lens retaining member.7. The apparatus of claim 1, further comprising at least one biasing member contacting the lens retaining member and biasing the lens retaining member in to the lens carrying position.8. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a slidably disposed lens retaining member comprising a plurality of flexible fingers which define a lens carrying tip slidably disposed over at least the lens applicator tip; wherein the lens carrying tip is slidably positionable between a lens carrying position and a lens release position; and wherein, in the lens carrying position, the lens carrying tip extends past the lens applicator tip, and wherein, in the lens release position, the lens carrying tip is retracted with respect to the lens applicator tip. 9. The apparatus of claim 8, wherein the lens contact surface is an annular surface disposed about a recess.10. The apparatus of claim 8, wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof.11. The apparatus of claim 8, further comprising at least one biasing member contacting the body and the lens retaining member.12. The apparatus of claim 11, wherein the at least one biasing member biases the lens carrying tip into the lens carrying position.13. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a slidably disposed lens retaining member comprising a plurality of flexible fingers which define a lens carrying tip slidably disposed over at least the lens applicator tip; wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof and is slidably positionable between a lens carrying position and a lens release position; at least one biasing member to bias the lens retaining member into the lens carrying position; and wherein the at least one biasing member comprises a plurality of springs. 14. The apparatus of claim 13, wherein the lens contact surface is an annular surface disposed about a recess.15. The apparatus of claim 13, wherein, in the lens carrying position, the lens carrying tip extends past the lens applicator tip, and wherein, in the lens release position, the lens carrying tip is retracted with respect to the lens applicator tip.16. The apparatus of claim 13, further comprising an adjuster contacting at least the lens retaining member and adapted to set the lens carrying position.17. The apparatus of claim 16, further comprising an adjuster housing disposed on the body and having at least a portion of the adjuster disposed therein.18. The apparatus of claim 17, wherein the at least one biasing member is at least partially disposed in the adjuster housing.19. A method of mounting a lens in a lens mount, comprising:disposing the lens against a lens contact surface of a lens applicator tip formed at a distal end of a body; retaining the lens against the lens contact surface with a slid able lens carrying member disposed about a perimeter of the lens; contacting a distal biasing surface of the slidable lens carrying member with an annular surface of the lens mount; slidably retracting the slidable lens carrying member over the lens applicator tip, whereby the lens is released from the slidable lens carrying member while remaining in contact with the lens contact surface of the lens applicator tip; and wherein the slidable lens carrying member comprises a plurality of flexible fingers and wherein the step of retaining comprises contacting the plurality of flexible fingers with the perimeter of the lens. 20. The method of claim 19, further comprising adjusting a distance a distal end of the slidable lens carrying member extends past the lens contact surface.21. The method of claim 19, further comprising providing at least one biasing member to bias the slidable lens carrying member into a lens retaining position.22. The method of claim 21, wherein slidably retracting the lens carrying member over the lens applicator tip comprises applying a sufficient force at an interface of the distal biasing surface and the annular surface to overcome a biasing force of the biasing member.23. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a lens retaining member comprising a lens carrying tip defining a lens receiving opening and slidably disposed over at least the lens applicator tip; wherein the lens carrying tip is slidably positionable between a lens carrying position in which the lens carrying tip extends past the lens applicator tip, and a lens release position in which the lens carrying tip is retracted with respect to the lens applicator tip; and wherein the lens retaining member comprises a plurality of fingers having the lens carrying tip disposed at a distal end thereof. 24. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a slidably disposed lens retaining member comprising a plurality of flexible fingers which define a lens carrying tip slidably disposed over at least the lens applicator tip; wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof and is slidably positionable between a lens carrying position and a lens release position; at least one biasing member to bias the lens retaining member into the lens carrying position; and wherein, in the lens carrying position, the lens carrying tip extends past the lens applicator tip, and wherein, in the lens release position, the lens carrying tip is retracted with respect to the lens applicator tip. 25. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a slidably disposed lens retaining member comprising a plurality of flexible fingers which define a lens carrying tip slidably disposed over at least the lens applicator tip; wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof and is slidably positionable between a lens carrying position and a lens release position; at least one biasing member to bias the lens retaining member into the lens carrying position; further comprising an adjuster contacting at least the lens retaining member and adapted to set the lens carrying position; and further comprising an adjuster housing disposed on the body and having at least a portion of the adjuster disposed therein. 26. An apparatus for mounting optical components, comprising:a body defining a lens applicator tip at one end, wherein the lens applicator tip defines a lens contact surface; a slid ably disposed lens retaining member comprising a plurality of flexible fingers which define a lens carrying tip slidably disposed over at least the lens applicator tip; wherein the lens carrying tip defines a lens mount contact surface at a distal end thereof and is slidably positionable between a lens carrying position and a lens release position; at least one biasing member to bias the lens retaining member into the lens carrying position; further comprising an adjuster contacting at least the lens retaining member and adapted to set the lens carrying position; further comprising an adjuster housing disposed on the body and having at least a portion of the adjuster disposed therein; and wherein the at least one biasing member is at least partially disposed in the adjuster housing.