Toolless knob assembly for optical device
Various embodiments described herein may include a rotatable assembly including a rotatable knob, the rotatable assembly further including: a collet or other body having capturing member(s) to at least partially surround or flank a spindle; and a grippable device usable to move the collet relative to the spindle to disengage the capturing member(s) from the spindle; wherein the knob and the spindle rotate together as a unit when the capturing member(s) are engaged to the spindle, and wherein the knob rotates relative to the spindle when the capturing member(s) are disengaged from the spindle. Other embodiments may be disclosed and/or claimed.
1 . An apparatus, comprising:
a rotatable assembly including a rotatable knob or another first rotatable part, the rotatable assembly further including:
a collet or another body having one or more capturing members to at least partially surround or flank a spindle or another second rotatable part; and
a retaining cap or another grippable part usable to move the collet or the other body relative to the spindle or the other second rotatable part to disengage the one or more capturing members from the spindle or the other second rotatable part;
the rotatable assembly configured to bias the collet or the other body in a direction away from the spindle or the other second rotatable part;
wherein the knob or the other first rotatable part and the spindle or the other second rotatable part rotate together as a unit when the one or more capturing members are engaged to the spindle or the other second rotatable part, and
wherein the knob or the other first rotatable part rotates relative to the spindle or the other second rotatable part when the one or more capturing members are disengaged from the spindle or the other second rotatable part.
2 . The apparatus of claim 1 , wherein the one or more capturing members are located in one or more tapered cavities, and wherein:
the collet or the other body is engaged to the spindle when the one or more capturing members are located in a first section of the one or more tapered cavities; and
the collet or the other body is not engaged to the spindle when the one or more capturing members are located in second wider section of the one or more tapered cavities.
3 . The apparatus of claim 1 , wherein the one or more capturing members include:
a section to engage with a corresponding part of spindle or the other second rotatable part; and
a tapered surface to contact an interior of the rotatable knob or the other first rotatable part.
4 . The apparatus of claim 1 , wherein an outer surface of the one or more capturing members comprises a tapered surface.
5 . The apparatus of claim 1 , wherein the collet or the other body is biased using a spring part, the spring part to urge the collet or the other body away from the spindle or the other second rotatable part to engage the one or more capturing members to the spindle or the other second rotatable part.
6 . The apparatus of claim 1 , wherein movement of the collet or the other body towards the spindle or the other second rotatable part disengages the one or more capturing members from the spindle or the other second rotatable part.
7 . The apparatus of claim 1 , wherein the collet or the other body is biased using.
8 . The apparatus of claim 1 , the collet or the other body includes a section having a ring segment and an opening.
9 . The apparatus of claim 1 , wherein the one or more capturing members comprise a plurality of capturing members.
10 . An apparatus, comprising:
a rotatable assembly including a rotatable knob or another first rotatable part, the rotatable assembly further including:
a collet or another body having one or more capturing members to at least partially surround or flank a spindle or another second rotatable part; and
a retaining cap or another grippable part usable to move the collet or the other body relative to the spindle or the other second rotatable part to disengage the one or more capturing members from the spindle or the other second rotatable part; and
wherein the knob or the other first rotatable part and the spindle or the other second rotatable part rotate together as a unit when the one or more capturing members are engaged to the spindle or the other second rotatable part, and
wherein the knob or the other first rotatable part rotates relative to the spindle or the other second rotatable part when the one or more capturing members are disengaged from the spindle or the other second rotatable part;
the retaining cap or the other grippable part being rotatable and including:
a threaded section to mate with a threaded bore of the rotatable assembly; and
an additional section coupled to the collet or the other body.
11 . The apparatus of claim 10 , wherein the additional section is threadingly coupled to a threaded bore of the collet or the other body.
12 . The apparatus of claim 10 , wherein movement of the collet or the other body away from the spindle or the other second rotatable part disengages the one or more capturing members from the spindle or the other second rotatable part.
13 . The apparatus of claim 10 , wherein the spindle or the other second rotatable part is configured to actuate an optical or electrical element located in a main tube of a riflescope, a telescope, or another aimed optical device, when the spindle or the other second rotatable part is rotated together with the knob or the other first rotatable part.
14 . An optical device including an optical or electronic element adjustable based on a rotational position of a spindle, the optical device comprising:
a rotatable assembly including a rotatable knob, the rotatable assembly further including:
a body having one or more capturing members to at least partially surround or flank the spindle;
wherein the optical device further comprises:
a grippable part usable to move the body toward or away from the spindle to disengage the one or more capturing members from the spindle;
wherein the knob and the spindle rotate together as a unit when the one or more capturing members are engaged to the spindle, and wherein the knob rotates relative to the spindle when the one or more capturing members are disengaged from the spindle;
wherein:
1) the one or more capturing members comprise one or more tapered members, wherein the one or more tapered members widen a direction away from the body, or
2) the rotatable assembly is configured to bias the body in a direction away from the spindle.
15 . The optical device of claim 14 , further comprising a retaining cap or another grippable part usable to move the body relative to the spindle to disengage the one or more capturing members from the spindle.
16 . The optical device of claim 15 , the retaining cap or the other grippable part including a threaded section to mate with a threaded bore of the rotatable assembly.
17 . The optical device of claim 14 , wherein the rotatable assembly is configured to bias the body in the direction away from the spindle; and
wherein the one or more capturing members comprise one or more tapered members that narrow in a direction away from the body.
18 . The optical device of claim 14 , wherein the one or more tapered members are integrally formed on the body.
19 . The optical device of claim 14 , wherein:
the body has an open ring shape, or
the body comprises an elongated body having a depth, a width, and a length that is greater than the width.
20 . The optical device of claim 16 , the retaining cap or the other grippable part including an additional section coupled to the body.