Selectively sized artificial tree and wheel assembly

1. An artificial tree assembly for selectively sized trees comprising:

at least one frame assembly comprising an upper frame assembly and at least one lower frame assembly connected to one another wherein said upper and said at least one lower frame assemblies are configured for receipt of tree branches;

said upper frame assembly comprising a longitudinally extending pole having a proximal and distal end, said proximal end configured to mate with a treetop and said distal end configured to mate with said at least one lower frame assembly, said upper frame assembly comprising at least one retainer positioned along the length of said central pole, said retainer being configured for receipt of a tree branch;

said at least one lower frame assembly comprising an arcuate first body member comprising longitudinal supports defining opposing longitudinally extending side edges, said first body member comprising an arcuate upper rib having a first radius and an arcuate lower rib having a second radius wherein said second radius is greater than said first radius and said arcuate upper and lower ribs extending between said longitudinally extending side edges, said first body member further comprising at least one horizontal brace extending between said longitudinally extending side edges and extending perpendicular to said longitudinally extending side edges so as to intersect at least one of the arcs defined by said first radius and said second radius wherein said at least one lower frame assembly supports the artificial tree assembly and wherein said at least one lower frame assembly is self-standing; and

a securing member for connecting said upper frame assembly and said at least one lower frame assembly.

2. The artificial tree assembly according to claim 1 wherein said at least one lower body frame assembly comprises a second body member configured to be positioned above said first body member wherein said upper rib of said second body member has a third radius and said lower rib of said second body member has a fourth radius wherein said fourth radius is greater than said third radius and said fourth radius is no greater than said first member first radius of said first body member.

3. The artificial tree according to claim 2 further comprising a securing bracket for securing said first and second lower frame assembly body members.

4. The artificial tree according to claim 1 wherein said horizontal brace is non-linear and includes two braces which defines a right angle therebetween.

5. The artificial tree according to claim 1 wherein said horizontal brace is non-linear and includes two braces which defines an acute angle therebetween.

6. The artificial tree according to claim 1 further comprising two of said at least one horizontal braces, a first of said horizontal braces extending between opposing side edges of said upper ribs and a second of said horizontal braces extending between opposing side edges of said lower rib.

7. The artificial tree according to claim 1 wherein said retainer extends arcuately a predetermined distance around said pole.

8. The artificial tree according to claim 7 wherein said retainer extends circumferentially around said pole.

9. The artificial tree assembly according to claim 1 further comprising:

two of said at least one frame assembly; and

at least one securing bracket for securing the lower frame assemblies of said two frame assemblies wherein the frame assemblies are connected to form a larger artificial tree.

10. The artificial tree assembly according to claim 9 further comprising at least four of said at least one frame assembly and at least four of said securing members.

11. The artificial tree according to claim 1 further comprising at least one rolling chassis connected to said at least one lower body frame member adjacent said lower rib wherein said rolling chassis comprises a chassis frame and at least one wheel wherein said at least one wheel is biased in a raised position and wherein said rolling chassis extends radially inwardly from said lower rib.

12. An artificial tree assembly for selectively sized trees comprising:

at least two frame assemblies, each comprising an upper frame assembly and at least one lower body frame assembly connected to one another wherein said upper and said at least one lower body frame assemblies are configured for receipt of tree branches;

said upper frame assembly of each of said two frame assemblies comprises a longitudinally extending pole having a proximal and distal end, said proximal end configured to mate with a treetop and said distal end configured to mate with said at least one lower body frame assembly of each of said at least two frame assemblies;

said at least one lower body frame assembly comprising a first body member comprising an arcuate upper rib having a first radius and an arcuate lower rib having a second radius wherein said second radius is greater than said first radius and at least one longitudinal support extending between said upper and lower ribs, said first body member further comprising at least one horizontal brace wherein said at least one lower frame assembly supports the artificial tree assembly and wherein said at least one lower frame assembly is self-standing; and

wherein said at least two frame assemblies are positioned in a side-by-side position and said tree assembly further comprises a pole connecting assembly for connecting said proximal ends of said poles of each of said two frame assemblies.

13. The artificial tree assembly according to claim 12 wherein said at least one lower body frame assembly of each of said at least two frame assemblies comprises a second body member configured to be positioned above said first body member wherein said upper rib of said second body member has a third radius and said lower rib of said second body member has a fourth radius wherein said fourth radius is greater than said third radius and said fourth radius is no greater than said first member first radius of said first body member.

14. The artificial tree according to claim 13 wherein said at least one lower body frame comprises at least one support positioned along one of said upper and lower ribs, said support being configured for receipt of a tree branch.

15. The artificial tree according to claim 13 comprising a securing bracket for securing said first and second lower frame assembly body members.

16. The artificial tree according to claim 12 wherein said horizontal brace is non-linear and includes two braces which defines a right angle therebetween.

17. The artificial tree according to claim 12 wherein said horizontal brace is non-linear and includes two braces which defines an acute angle therebetween.

18. The artificial tree according to claim 12 further comprising at least one rolling chassis connected to said at least one lower body frame member adjacent said lower rib wherein said rolling chassis comprises a chassis frame and at least one wheel wherein said at least one wheel is biased in a raised position and wherein said rolling chassis extends radially inwardly from said lower rib.

19. The artificial tree according to claim 1 wherein said at least one horizontal brace extends across said lower rib of said arcuate first body member.

20. The artificial tree according to claim 19 wherein said at least one horizontal brace includes at least two of said horizontal braces including an upper and lower horizontal brace wherein said upper horizontal brace extends across said upper rib of said arcuate first body member and said lower horizontal brace extends across said lower rib.

21. The artificial tree according to claim 1 wherein said at least one horizontal brace extends across said upper rib of said arcuate first body member.

22. The artificial tree according to claim 12 wherein said securing member is a banding strap for securing said poles.