A turret knob comprises first and second adjustment members that are both adjustably positionable about an axis of rotation, and a slip/engagement member positioned between the first and the second adjustment members along the axis of rotation. The slip-engagement member is movable between three pos
A turret knob comprises first and second adjustment members that are both adjustably positionable about an axis of rotation, and a slip/engagement member positioned between the first and the second adjustment members along the axis of rotation. The slip-engagement member is movable between three positions along the axis of rotation. In a first position, the slip-engagement member does not engage the first or the second adjustment members. In the second position, the slip/engagement member engages the first adjustment member to rotatably adjust only the first adjustable member about the axis of rotation as the slip/engagement member is rotated about the axis of rotation. In the third position, the slip/engagement member engages the second adjustable member to rotatably adjust only the second adjustable member about the axis of rotation.
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1. A turret knob for independently controlling two orthogonal optical adjustments of an optical scope, comprising: a first adjustment member adjustably positionable about an axis of rotation to adjust an optical adjustment of the optical scope in a first direction;a second adjustment member adjustab
1. A turret knob for independently controlling two orthogonal optical adjustments of an optical scope, comprising: a first adjustment member adjustably positionable about an axis of rotation to adjust an optical adjustment of the optical scope in a first direction;a second adjustment member adjustably positionable about the axis of rotation to adjust the optical adjustment of the optical scope in a second direction, the second direction being orthogonal to the first direction; anda slip/engagement member positioned between the first adjustment member and the second adjustment member along the axis of rotation, the slip/engagement member being movable between a first position and a second position and a third position along the axis of rotation, in the first position the slip/engagement member does not engage the first adjustment member or the second adjustment member, in the second position the slip/engagement member engages the first adjustment member to rotatably adjust the first adjustment member about the axis of rotation as the slip/engagement member is rotated about the axis of rotation and does not engage the second adjustment member, and in the third position the slip/engagement member engages the second adjustment member to rotatably adjust the second adjustment member about the axis of rotation as the slip/engagement member is rotated about the axis of rotation and does not engage the first adjustment member. 2. The turret knob according to claim 1, wherein the first adjustment member comprises a drum member that engages the slip/engagement member if the slip/engagement member is positioned in the second position of the slip/engagement member. 3. The turret knob according to claim 2, wherein the drum member of the first adjustment member and the slip/engagement member engage each with at least one spline, pin, or serration, or combinations thereof. 4. The turret knob according to claim 2, further comprising a sensor capable of sensing a rotary position of the first adjustment member, a sensor capable of sensing a rotary position of the second adjustment member, or a combination thereof; and a reticle comprising a display of the sensed rotary position of the first adjustment member, the sensed rotary position of the second adjustment member, or a combination thereof. 5. The turret knob according to claim 4, wherein the display comprises an adjustable numeric marker or a digital display of the sensed rotary position of the first adjustment member, the sensed rotary position of the second adjustment member, or a combination thereof. 6. The turret knob according to claim 1, wherein the second adjustment member comprises a drum member that engages the slip/engagement member if the slip/engagement member is positioned in the third position of the slip/engagement member. 7. The turret knob according to claim 6, wherein the drum member of the second adjustment member and the slip/engagement member engage each with at least one spline, pin, or serration, or combinations thereof. 8. The turret knob according to claim 1, further comprising a sensor capable of sensing a rotary position of the first adjustment member; and a reticle comprising a display of the sensed rotary position of the first adjustment member. 9. The turret knob according to claim 8, wherein the display comprises an adjustable numeric marker or a digital display of the sensed rotary position of the first adjustment member. 10. The turret knob according to claim 1, wherein the first optical adjustment adjusts the optical scope in a vertical direction; and wherein the second optical adjustment adjusts the optical scope in a horizontal direction. 11. The turret knob assembly according to claim 1 wherein the slip/engagement member is spring biased toward the first position. 12. The turret knob assembly according to claim 11 wherein the first position is located along the axis of rotation between the second and the third positions, and the slip/engagement member is manually slideable away from the first position in opposite directions along the axis of rotation to alternately engage with the respective first and second adjustment members. 13. An optical scope, comprising: an optical pathway of the optical scope capable of being optically adjusted in two dissimilar characteristics;a first adjustment member supported adjacent the optical pathway for controlling a first adjustment characteristic of the optical pathway in response to a rotational adjustment force; anda second adjustment member supported adjacent the optical pathway for controlling a second adjustment characteristic of the optical pathway in response to a rotational adjustment force; anda slip/engagement member positioned in a free-wheeling first position between the first adjustment member and the second adjustment member wherein the slip-engagement member does not impart a rotational adjustment force to either of the first adjustment member or the second adjustment member, the slip/engagement member being movable from the free-wheeling first position into alternating engagement with the first and second adjustment members to rotatably adjust the respective optical adjustment characteristics of the optical pathway through a common interface. 14. The optical scope according to claim 13, wherein the first and second adjustment members are adjustably positionable about an axis of rotation, wherein the slip/engagement member is movable from the disengaged first position to a second position along the axis of rotation, in the second position of the slip/engagement member the slip/engagement member engages the first adjustment member, and wherein the first adjustment member comprises a drum member that engages the slip/engagement member when the slip/engagement member is moved to the second position of the slip/engagement member. 15. The optical scope according to claim 13, wherein the first and second adjustment members are adjustably positionable about an axis of rotation, wherein the slip/engagement member is movable from the disengaged first position to a third position along the axis of rotation, in the third position of the slip/engagement member the slip/engagement member engages the second adjustment member, and wherein the second adjustment member comprises a drum member that engages the slip/engagement member when the slip/engagement member is moved to the third position of the slip/engagement member. 16. The turret know assembly according to claim 15 wherein the free-wheeling first position is located along the axis of rotation between the second and the third positions, and the slip/engagement member is manually slideable away from the free-wheeling first position in opposite directions along the axis of rotation to alternately engage with the respective first and second adjustment members. 17. The optical scope according to claim 13, wherein the first optical adjustment adjusts the optical scope in a vertical direction; and wherein the second optical adjustment adjusts the optical scope in a horizontal direction. 18. The turret knob assembly according to claim 13 wherein the slip/engagement member is spring biased toward the free-wheeling first position. 19. A turret knob for controlling two orthogonal optical adjustments of an optical scope, comprising: a first adjustment member adjustably positionable about an axis of rotation of the turret knob to adjust an optical adjustment of the optical scope in a first direction;a second adjustment member adjustably positionable about the axis of rotation of the turret knob to adjust the optical adjustment of the optical scope in a second direction, the second direction being orthogonal to the first direction,the first and second adjustment members being independently adjustable about the axis of rotation of the turret knob; anda slip/engagement member spring biased toward a free-wheeling home position between the first and second adjustment members, the slip/engagement member manually slideable in opposite directions along the axis of rotation into alternating operative engagement with the respective first and second adjustment members, the slip/engagement member configured to alternately impart rotational movement to the first and second adjustment members through a common interface. 20. The turret knob assembly according to claim 19, further comprising a sensor configured to sense a rotary position of the first adjustment member, a sensor configured to sense a rotary position of the second adjustment member, or a combination thereof; and a reticle within the optical scope comprising a display of the sensed rotary position of the first adjustment member, the sensed rotary position of the second adjustment member, or a combination thereof.
Wagner, Thomas; Theisinger, Hermann; Pfeiffer, Kathrin, Actuation device for adjusting or setting a parameter of an optical device including a telescopic sight.
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