OPTICAL COMPONENT MOUNT SYSTEM FOR USE WITH AN OPTICAL RAIL SYSTEM
An optical component mount system which includes an optical mount having at least one mount body. At least one optical component receiver may be formed on the mount body. The optical component receiver may be configured to receive at least one optical component therein. In addition, at least one coupling extension extends from the optical mount body. The coupling extension includes at least one coupling receiver formed therein. The coupling receiver is configured to receive at least a portion of at least one optical rail body therein. In one embodiment, the coupling receiver and optical component receiver are co-aligned along a common longitudinal axis of the optical mount.
1 . An optical component mount system for use with an optical rail system, comprising:
an optical mount having at least one mount body, the optical mount body having at least one optical component receiver formed therein, the optical component receiver configured to receive at least one optical component therein;
at least one coupling extension extending from the optical mount body, the coupling extension having at least one coupling receiver formed therein, the coupling receiver configured to receive at least a portion of at least one optical rail body therein, wherein coupling receiver and optical component receiver are co-aligned along a common longitudinal axis of the optical mount.
2 . The optical component mount system of claim 1 wherein the optical component receiver formed in the optical mount body comprises an open aperture.
3 . The optical component mount system of claim 1 wherein the optical component receiver formed in the optical mount body comprises a non-open aperture configured to receive one or more non-transmissive optical components therein.
4 . The optical component mount system of claim 1 wherein the coupling extension is integral to the optical mount body thereby forming a monolithic body.
5 . The optical component mount system of claim 1 wherein the coupling extension is selectively detachable from the optical mount body.
6 . The optical component mount system of claim 5 further comprising:
at least one mount positioning fixture having at least one coupling receiver formed therein, the coupling receiver configured to selectively engage and be retained on an optical rail device; and
at least one component positioning fixture configured to be selectively coupled to and detachable from the mount positioning fixture, the component positioning fixture having at least one optical component receiver formed therein.
7 . An optical component mount system for use with an optical rail system, comprising:
an optical mount having at least one mount body, the mount body having at least one optical component receiver formed therein;
at least one component support body retaining at least one optical component therein, the component support body retained within the optical component receiver formed in the mount body;
at least one component positioning device positioned on the mount body, the component positioning device traversing through the optical mount body and engaging at least a portion of the component support body wherein actuation of the component positioning device results in a biasing force being applied to a component support body resulting in movement of the component support body relative to the optical component receiver; and
at least one coupling extension extending from the optical mount body, the coupling extension having at least one coupling receiver formed therein, the coupling receiver configured to receive at least a portion of at least one optical rail body therein, wherein coupling receiver and optical component receiver are co-aligned along a common longitudinal axis of the optical mount.
8 . The optical component mount system of claim 7 wherein the coupling extension is integral to the optical mount body thereby forming a monolithic body.
9 . The optical component mount system of claim 7 wherein the coupling extension is selectively detachable from the optical mount body.
10 . An optical component mount system for use with an optical rail system, comprising:
an optical mount having at least one mount positioning body, the mount positioning body having at least one coupling extension extending therefrom, the coupling extension having at least one coupling receiver formed therein, the coupling receiver configured to receive at least a portion of at least one optical rail body therein, wherein coupling receiver and optical component receiver are co-aligned along a common longitudinal axis of the optical mount.
at least one mounting plate body adjustably coupled to the mount positioning body and configured to selectively engage and support at least one optical component therein; and
at least one position adjustment system coupling the mounting plate body to the mount positioning body, the position adjustment system having at least one adjustment actuator configured to traverse through a portion of the mount positioning body and selectively engage at least a portion of mounting plate body, and at least one biasing member configured to provide at least one biasing force to the mounting plate body wherein the mounting plate body is biased towards the mount positioning body.
11 . The optical component mount system of claim 10 wherein the coupling extension is integral to the optical mount body thereby forming a monolithic body.
12 . The optical component mount system of claim 10 wherein the coupling extension is selectively detachable from the optical mount body.
13 . The optical component mount system of claim 10 wherein the position adjustment system comprises a kinematic coupling system configured to couple the mounting plate body to the mount positioning body.
14 . The optical component mount system of claim 10 further comprising at least one component retaining device positioned on the mounting plate body, the component retaining device configured to securely and selectively couple at least one optical component to the mounting plate body.