Articulated mount
View Patent ↗A mounting system for a display such as a flat panel computer monitor or television includes a linkage of individual elements which are pivotally connected together with adjustable drag tapered bearings. Each tapered bearing allows individual elements to pivot with respect to one another about an axis defined by the tapered bearing, so that the display can be moved to a variety of different positions. By tightening the adjustable drag, the tapered bearing can lock the elements together.
1. A mounting system comprising:
a wall plate for mounting to a support surface;
a mount plate for mounting to a display; and
an articulated linkage between the wall plate and the mount plate including an adjustable drag tapered bearing for providing selectable drag pivotal movement about a first pivot axis, wherein the adjustable drag tapered bearing comprises:
a tapered bore carried by a first support element of the articulated linkage; and
a tapered axle carried by a second support element, wherein the tapered axle includes a tapered spindle that is received within and contacts the tapered bore, the tapered axle further including a tapered mount clamped into a tapered bore of the second support element, wherein the tapered spindle includes a top having a squared neck and a threaded receiver; and
an adjustment mechanism that is adjustably secured to the tapered spindle of the tapered axle to adjust the compression between the tapered bore and the tapered spindle.
2. The system of claim 1 , wherein the articulated linkage further includes a second adjustable drag tapered bearing providing a selectable drag pivotal movement about a second pivot axis displaced from the first pivot axis.
3. The system of claim 1 , wherein the compression between the tapered bore and the tapered spindle as established by the adjustment mechanism is independent of rotation of the first and second support elements.
4. The system of claim 1 , wherein the tapered bore is part of a bushing carried by the first support element.
5. The system of claim 1 wherein;
the tapered spindle of the tapered axle further includes a threaded base;
the second support element of the articulated linkage carries a threaded bore; and
the threaded base of the tapered spindle is screwed into the threaded bore of the second support element.
6. The system of claim 1 , wherein the tapered bore is formed in the first support element.
7. The system of claim 1 , wherein the first support element comprises a first support arm and the tapered bore is carried by the first support arm.
8. The system of claim 1 , wherein the second support element comprises a second support arm and the tapered axle is carried by the second support arm.
9. The system of claim 1 , wherein the adjustment mechanism further comprises:
a tension cap having a top, a base, a through hole, and a squared counter bore that mates with the squared neck on the tapered spindle;
a washer having an aperture large enough to clear the squared neck on the tapered spindle such that the washer is captured between the base of the tension cap and the tapered bore; and
a drag adjustment screw having a head and a stem, wherein the head contacts the top of the tension cap and the stem extends through the through hole of the tension cap and the washer and is secured to the tapered spindle such that the drag adjustment screw provides adjustable compression between the tapered bore of the first support element and the tapered spindle of the second support element independent of rotation of the first and second support elements.
10. A mounting system comprising:
a wall plate for mounting to a support surface;
a mount plate for mounting to a display; and
an articulated linkage between the wall plate and the mount plate comprising an adjustable drag tapered bearing for providing a selectable drag pivotal movement about a first pivot axis and a support element, wherein the adjustable drag tapered bearing comprises:
a tapered bore formed in a first support element, the tapered bore presenting an inwardly facing tapered surface;
a tapered axle carried by a second support element, wherein the tapered axle includes a tapered spindle, the tapered spindle presenting an outwardly facing tapered surface, the tapered axle rotatably disposed in the tapered bore such that the outwardly facing tapered surface of the tapered spindle frictionally engages the inwardly facing tapered surface of the tapered bore; and
a friction adjustment mechanism operably coupled with the tapered spindle and arranged to selectively shift the tapered spindle axially within the tapered bore to enable selective adjustment of a magnitude of friction between the outwardly facing tapered surface of the tapered spindle and the inwardly facing tapered surface of the tapered bore.
11. The system of claim 10 , wherein the friction adjustment mechanism is independent of rotation of the first and second support elements.
12. The system of claim 10 , wherein the articulated linkage further includes a second adjustable drag tapered bearing providing selectable drag pivotal movement about a second pivot axis displaced from the first pivot axis.
13. The system of claim 10 , wherein the friction adjustment mechanism comprises:
a squared neck protruding from a top surface of the tapered spindle;
a tension cap having a top, a base, a through hole, and a squared counter bore for mating with the squared neck on the tapered spindle;
a washer having an aperture large enough to clear the squared neck on the tapered spindle and which is captured between the tension cap and the tapered bore carried by the first support element; and
a drag adjustment fastener having a head that contacts the top of the tension cap and a stem that extends through the tension cap and the washer and is received by the tapered spindle, wherein the drag adjustment fastener provides adjustable compression between the tapered bore of the first support element and the tapered spindle of the second support element independent of rotation of the first and second support elements.
14. The system of claim 13 , wherein the tapered spindle further includes a threaded receiver.
15. The system of claim 14 , wherein the drag adjustment fastener is a screw that threads into the threaded receiver of the tapered spindle to provide adjustable compression between the tapered bore and the tapered spindle.
16. The system of claim 10 , wherein the tapered spindle is secured to a threaded spindle that is carried by a threaded bore of the second support element.
17. The system of claim 10 , wherein the friction adjustment mechanism is a screw.
18. The system of claim 10 , wherein the first support element comprises a first support arm and the tapered bore is formed in the first support arm.
19. The system of claim 10 , wherein the second support element comprises a second support arm and the tapered spindle is carried by the second support arm.
20. A mounting system comprising:
a wall plate for mounting to a support surface;
a mount plate for mounting to a display; and
an articulated linkage between the wall plate and the mount plate including a first adjustable drag tapered bearing, for providing selectable drag pivotal movement about a first pivot axis, wherein the first adjustable drag tapered bearing comprises:
a tapered bore carried by a first support element of the articulated linkage;
a tapered axle carried by a second support element, wherein the tapered axle includes a tapered spindle;
a drag adjustment screw extending from the tapered spindle;
a tension cap having a through hole, wherein the drag adjustment screw extends through the first support element and the through hole;
a fastener for engaging the drag adjustment screw and adjustably compressing the tension cap and the first support element by adjusting the relative position of the fastener to the tapered spindle thereby providing adjustable compression between the tapered spindle and the tapered bore.
21. The mounting system of claim 20 wherein the fastener is secured to a top end of the drag adjustment screw and the drag adjustment screw is turned into a threaded receiver carried by the tapered spindle such that as the drag adjustment screw is turned into or out of the threaded receiver the tension cap either increases or releases pressure, respectively, between the tapered spindle and the tapered bore to vary and select the drag therebetween.