Mounting system for flat panel electronic display
A flat panel electronic display mount includes a display mount assembly having a discontinuous bearing, the bearing being expandable radially responsive to an increased frictional biasing force, the biasing force being applied axially to the discontinuous bearing, the radial expandability assisting in maintaining a desired amount of frictional engagement afforded by the discontinuous bearing. A flat panel electronic display mount further includes a display mount assembly having a bearing, the bearing having a central axis, a biasing means being selectively engagable with the bearing. Additionally, in a flat panel electronic display mount, a method of maintaining a desired amount of frictional engagement.
1 . A flat panel electronic display mount, comprising:
a display mount assembly having a discontinuous bearing, the bearing being expandable radially responsive to an increased frictional biasing force, the biasing force being applied axially to the discontinuous bearing, the radial expandability assisting in maintaining a desired amount of frictional engagement afforded by the discontinuous bearing.
2 . The flat panel electronic display of claim 1 , the discontinuous bearing having an annular shape.
3 . The flat panel electronic display of claim 2 , the discontinuous bearing having a gap defined in the annulus.
4 . The flat panel electronic display of claim 3 , the display mount assembly having a set screw disposable in the gap defined in the annulus.
5 . The flat panel electronic display of claim 4 , the set screw for preventing rotation of the discontinuous bearing.
6 . The flat panel electronic display of claim 1 , the discontinuous bearing having a bearing surface, the bearing surface being conformingly shaped with a cup wall of a cup of the display mount assembly.
7 . The flat panel electronic display of claim 1 , the discontinuous bearing having an inner bearing surface, the inner bearing surface being conformingly shaped with an adjacent surface of the rear wall of a body portion of the display mount assembly.
8 . The flat panel electronic display of claim 1 , the discontinuous bearing having a beveled surface intersecting an inner bearing surface.
9 . The flat panel electronic display of claim 8 , having a biasing means selectively engagable with the beveled surface of the discontinuous bearing.
10 . The flat panel electronic display of claim 7 , having a biasing means selectively engagable with the inner bearing surface of the discontinuous bearing.
11 . A self-balancing adjustable flat panel electronic display system adapted for mounting on a non-horizontal fixed structure, the system comprising:
a support structure adapted to attach to the fixed structure;
a flat panel electronic display devices a device interface portion for receiving the flat panel electronic display device thereon, the device interface portion including a frusto-spherical portion having an outer surface;
a guide structure operably coupling the device interface portion and the support structure, the guide structure including body portion and a bearing structure received in the body portion, the bearing structure engaging and guiding the outer surface of the frusto-spherical portion; and
means for selectively biasing the bearing structure against the outer surface of the frusto-spherical portion.
12 . The flat panel electronic display system of claim 11 , the means for selectively biasing the bearing structure against the outer surface of the frusto-spherical portion being selectively engagable with the bearing structure on an axis, the axis being substantially parallel to the bearing structure central axis.
13 . The flat panel electronic display system of claim 12 , the means for selectively biasing the bearing structure against the outer surface of the frusto-spherical portion including a screw.
14 . The flat panel electronic display system of claim 11 , the means for selectively biasing the bearing structure against the outer surface of the frusto-spherical portion being selectively engagable with the bearing structure on an axis, the axis being substantially transverse to the bearing structure central axis.
15 . The flat panel electronic display system of claim 14 , the means for selectively biasing the bearing structure against the outer surface of the frusto-spherical portion including a screw.
16 . A flat panel electronic display mount, comprising:
a display mount assembly having a discontinuous bearing, the bearing having a central axis, a biasing means being selectively engagable with the bearing.
17 . The flat panel electronic display mount of claim 16 , the biasing means being selectively engagable with the bearing on an axis, the axis being substantially parallel to the bearing central axis.
18 . The flat panel electronic display mount of claim 16 , the biasing means being selectively engagable with the bearing on an axis, the axis being substantially transverse top the bearing central axis.
19 . In a flat panel electronic display mount, a method of maintaining a desired amount of frictional engagement, comprising:
forming a discontinuous bearing, radially expanding the bearing responsive to application of a frictional biasing force applied axially to the discontinuous bearing.
20 . The method of claim 19 including selectively engaging biasing means with the discontinuous bearing on an axis, the axis being selectively either substantially parallel to a discontinuous bearing central axis or substantially transverse to the discontinuous bearing central axis.