Mounting bracket apparatus

Claim 2

A mounting bracket apparatus adapted for externally mounting a preselected unit for enabling hand manipulation by a user to position the mounted unit in a desired direction, including: a ball support assembly formed of a first and a second hemisphere disposed on opposite sides of a mounting panel, each of said hemispheres having a spherical surface and an opening formed therethrough, said openings aligned with each other and with an aperture in the mounting panel and with said spherical surface of one of said hemispheres disposed away from the mounting panel; a first socket assembly having an arcuate surface in sliding contact with said spherical surface of said first hemisphere; a second socket assembly having an arcuate surface in sliding contact with said spherical surface of said second hemisphere; a connecting assembly extending through said aligned openings of said hemispheres for operably connecting said first socket assembly and said second socket assembly for effecting coordinated sliding movement of said first and second socket assemblies on said contacted spherical surfaces; said first socket assembly having a handle mounted thereon for grasping by a user to manipulate said first and second socket assemblies for effecting sliding movement of said socket assemblies on said contacted spherical surfaces as desired; said second socket assembly having a support member with the unit mounted thereon to be oriented in the desired direction; said connecting assembly having a threaded portion disposed adjacent said first socket assembly, said first socket assembly mounting an adjustable thread engaging member for controlling the tension force on said connecting assembly imparted to said arcuate surfaces of said first and second socket assembly with said spherical surfaces on said hemispheres of said ball support assembly; said first socket assembly having a pair of pivot support extensions disposed on opposite sides of said ball support assembly and located adjacent said spherical surface of said ball support assembly for limiting angular inclination of said first socket assembly on said ball support assembly; and said second socket assembly having a pair of pivot support extensions disposed on opposite sides of said ball support assembly and aligned with said pair of pivot support extensions of said first socket assembly for limiting angular inclination of said second socket assembly on said ball support assembly.

Claim 3

A mounting bracket apparatus adapted for externally mounting a preselected unit for enabling hand manipulation by a user to position the mounted unit in a desired direction, including: a ball support assembly formed of a first and a second hemisphere disposed on opposite sides of a mounting panel, each of said hemispheres having a spherical surface and an opening formed therethrough, said openings aligned with each other and with an aperture in the mounting panel and with said spherical surface of one of said hemispheres disposed away from the mounting panel; a first socket assembly having an arcuate surface in sliding contact with said spherical surface of said first hemisphere; a second socket assembly having an arcuate surface in sliding contact with said spherical surface of said second hemisphere; a connecting assembly extending through said aligned openings of said hemispheres for operably connecting said first socket assembly and said second socket assembly for effecting coordinated sliding movement of said first and second socket assemblies on said contacted spherical surfaces; said first socket assembly having a handle mounted thereon for grasping by a user to manipulate said first and second socket assemblies for effecting sliding movement of said socket assemblies on said contacted spherical surfaces as desired; said second socket assembly having a support member with the unit mounted thereon to be oriented in the desired direction; said connecting assembly having a threaded portion disposed adjacent said first socket assembly, said first socket assembly mounting an adjustable thread engaging member for controlling the tension force on said connecting assembly imparted to said arcuate surfaces of said first and second socket assembly with said spherical surfaces on said hemispheres of said ball support assembly; said first socket assembly having a pair of pivot support extensions disposed on opposite sides of said ball support assembly and located adjacent said spherical surface of said ball support assembly for limiting angular inclination of said first socket assembly on said ball support assembly; and a first electrical conductor ring concentrically mounted exteriorly of said first hemisphere; and a first electrical contact means mounted with said first socket assembly for movably engaging said first electrical conductor ring to form an electrical flow path, said first electrical contact means mounted on and movable with at least one of said extension supports of said first socket assembly for maintaining continuous electrical contact during manipulated rotational movement of said first and second socket assemblies on said ball assembly.

Claim 4

A mounting bracket apparatus adapted for externally mounting a preselected unit for enabling hand manipulation by a user to position the mounted unit in a desired direction, including: a ball support assembly formed of a first and a second hemisphere disposed on opposite sides of a mounting panel, each of said hemispheres having a spherical surface and an opening formed therethrough, said openings aligned with each other and with an aperture in the mounting panel and with said spherical surface of one of said hemispheres disposed away from the mounting panel; a first socket assembly having an arcuate surface in sliding contact with said spherical surface of said first hemisphere; a second socket assembly having an arcuate surface in sliding contact with said spherical surface of said second hemisphere; a connecting assembly extending through said aligned openings of said hemispheres for operably connecting said first socket assembly and said second socket assembly for effecting coordinated sliding movement of said first and second socket assemblies on said contacted spherical surfaces; said first socket assembly having a handle mounted thereon for grasping by a user to manipulate said first and second socket assemblies for effecting sliding movement of said socket assemblies on said contacted spherical surfaces as desired; said second socket assembly having a support member with the unit mounted thereon to be oriented in the desired direction; said connecting assembly having a threaded portion disposed adjacent said first socket assembly, said first socket assembly mounting an adjustable thread engaging member for controlling the tension force on said connecting assembly imparted to said arcuate surfaces of said first and second socket assembly with said spherical surfaces on said hemispheres of said ball support assembly; said first socket assembly having a pair of pivot support extensions disposed on opposite sides of said ball support assembly and located adjacent said spherical surface of said ball support assembly for limiting angular inclination of said first socket assembly on said ball support assembly; and a first electrical conductor ring concentrically mounted exteriorly of said first hemisphere; and a first electrical contact means mounted with said first socket assembly for movably engaging said first electrical conductor ring to form an electrical flow path, said first electrical contact means mounted on and movable with at least one of said extension supports of said first socket assembly for maintaining continuous electrical contact during manipulated rotational movement of said first and second socket assemblies on said ball assembly.

Claim 5

The apparatus as set forth in claim 2, including: a second conductor ring concentrically mounted exteriorly of and electrically insulated from said first conductor ring; and a second electrical contact means for movably engaging said second electrical conductor ring to form a second electrical flow path, said second electrical contact means mounted on and movable with at least one of said extension supports of said first socket assembly for maintaining continuous electrical contact during manipulative rotation movement of said first and second socket assemblies on said ball support assembly.