Mounting system and method
A system directed to the art of mounting systems is provided. A mounting system capable of mounting a television/monitor or other object to a wall or various other structures in a manner that is secure, level, and versatile is disclosed. The mounting system has a pair of hooks and a support member. The support member is configured to be mounted on a wall or other upstanding surface and the hooks are attachable to the back surface of a monitor and configured to receive the support member or other rail-type member.
1. A mounting system comprising:
a first hook member comprising a first hook shank, a first hook bend, and a first hook free end, wherein the first hook shank has a plurality of first hook shank through-holes located along the first hook shank;
the first hook shank has a first shank surface and a second shank surface opposite the first shank surface, the first shank surface and the second shank surface are substantially planar;
the first hook free end has a free end surface, the free end surface is substantially planar and is substantially parallel to, and facing, the second shank surface of the first hook shank;
the plurality of first hook shank through-holes extend from the first shank surface through the second shank surface of the first hook shank;
a second hook member comprising a second hook shank, a second hook bend, and a second hook free end, wherein the second hook shank has a plurality of second hook shank through-holes located along the first hook shank;
the second hook shank has a first shank surface and a second shank surface opposite the first shank surface, the first shank surface and the second shank surface are substantially planar;
the second hook free end has a free end surface, the free end surface is substantially planar and is substantially parallel to, and facing, the second shank surface of the second hook shank;
a support member having a base and a beam, wherein the beam is removably attachable to the base;
whereby the beam has a beam length, a beam height, a beam width, and a beam rear surface; the beam width is configured to be received between the second shank surface and the free end surface of each of the first and second hook members, respectively;
the plurality of second hook shank through-holes extend from the first shank surface through the second shank surface of the second hook shank; and
the first hook member and the second hook member are configured to be affixed to a surface of a monitor by fasteners received through the plurality of first hook shank through-holes and the plurality of second hook shank through-holes whereby the first shank surfaces of the first and second hook members are in direct contact with the surface of the monitor.
2. The mounting apparatus of claim 1 , wherein the plurality of first hook shank through-holes and the plurality of second hook shank through-holes are slots.
3. The mounting apparatus of claim 1 , wherein the first hook shank and the second hook shank have offset sections.
4. The mounting apparatus of claim 1 , wherein the first and second hook members are configured to receive a support member between the second shank surface and the free end surface of the first and second hook members, respectively.
5. The mounting apparatus of claim 4 , wherein the first hook bend and the second hook bend have threaded holes configured to receive threaded inserts, whereby the threaded inserts are contactable with the support member and adjustable to level the monitor.
6. The mounting apparatus of claim 1 , wherein the first and second hook members have a gap distance defined as the distance from the second shank surface to the free end surface of the first and second hook members, respectively; and whereby the beam width is substantially similar to the gap distance for a majority of the beam height.
7. The mounting apparatus of claim 1 , wherein the beam has a rear surface from which two tabs project and between which the free end of the first and second hook members are located.
8. The mounting apparatus of claim 1 , wherein the beam comprises a first beam mating portion and a second beam mating portion and the base has a base mating portion and a base slot;
the first beam mating portion is configured to be secured to the base mating portion with at least one fastener; and
the base slot is configured to receive the second beam mating portion, wherein the second beam mating portion is secured to the base with at least one fastener.