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A leg connector for securing legs that support a load includes a core and at least three coupling portions extending away from the core and arranged equidistantly around the core. Each coupling portion includes fins that bend inwardly when the coupling portion is inserted into an exposed end of a co

A leg connector for securing legs that support a load includes a core and at least three coupling portions extending away from the core and arranged equidistantly around the core. Each coupling portion includes fins that bend inwardly when the coupling portion is inserted into an exposed end of a corresponding one of the legs. Each of the coupling portions includes a hole that receives a fastener to secure the respective coupling portion with a corresponding one of the legs.

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1. A leg connector for rigidly coupling a plurality of table legs together, thereby forming a leg subassembly for coupling with a table top, thereby forming a table assembly, the leg connector comprising: a core portion; anda plurality of coupling portions extending from the core portion, each of th

1. A leg connector for rigidly coupling a plurality of table legs together, thereby forming a leg subassembly for coupling with a table top, thereby forming a table assembly, the leg connector comprising: a core portion; anda plurality of coupling portions extending from the core portion, each of the plurality of coupling portions including: a plurality of generally vertical spaced apart fins, each of the vertical fins being coupled to the core portion and extending away therefrom, each of an outer pair of the vertical fins at least partially tapers in a direction away from the core portion such that a thickness and a height of each of the outer pair of vertical fins decrease along a length of the outer pair of vertical fins;a plurality of generally horizontal fins, each of the horizontal fins being positioned between two of the vertical fins and coupled thereto; anda fastener receiving element positioned between an inner pair of the vertical fins and having a throughbore for receiving a fastener therein to aid in coupling one of the plurality of table legs to the leg connector. 2. The leg connector of claim 1, wherein a maximum height of each of the outer pair of vertical fins is greater than a maximum inner height of each of the table legs such that when the coupling portions are inserted into the table legs, the outer pair of vertical fins of each of the coupling portions bends. 3. The leg connector of claim 1, wherein the at least partial tapering in the direction away from the core portion of the outer pair of the vertical fins aids in the coupling of the leg connector with the plurality of table legs. 4. The leg connector of claim 1, wherein at least portion of each of the plurality of coupling portions is sized and shaped to be press fit into corresponding ones of the plurality of table legs to create a rigid and secure connection therebetween. 5. The leg connector of claim 1, wherein the fastener receiving element passes through one of the horizontal fins. 6. The leg connector of claim 1 in combination with the plurality of table legs and the table top, wherein each table leg includes a base beam and an elongated angled column that join together at an elbow such that the elongated angled column is at an angle with respect to vertical, the elbow of each table leg being spaced from the core portion a distance substantially equal to a length of the base beam of each table leg. 7. The combination of claim 6, wherein the elongated angled columns of each of the table legs extends away from the table top adjacent to a perimeter edge of the table top. 8. A leg connector for securing legs that support a load, comprising: a core;at least three coupling portions extending away from the core and arranged equidistantly around the core, each coupling portion including fins that bend inwardly when the coupling portion is inserted into an exposed end of a corresponding one of the legs, each of an outer pair of the fins at least partially tapers along a direction away from the core such that a thickness and a height of each of the outer pair of fins tapers to a smaller thickness and a smaller height, and each of the coupling portions including a hole that receives a fastener to secure the respective coupling portion with a corresponding one of the legs. 9. The leg connector of claim 8, wherein the fins bend inwardly when the coupling portion is inserted into an exposed end of the corresponding one of the legs due to a maximum height of each of the fins being greater than a maximum inner height of each of the legs. 10. The leg connector of claim 8, wherein the fins further comprise an inner pair of fins positioned between the outer pair of fins, each of the inner pair of fins having a generally constant thickness and a generally constant height along a direction away from the core. 11. The leg connector of claim 8 in combination with at least three legs and a load, wherein each leg includes a base beam and an elongated angled column that join together at an elbow such that the elongated angled column is at an angle with respect to vertical, the elbow of each leg being spaced from the core a distance substantially equal to a length of the base beam of each leg. 12. The combination of claim 11, wherein the elongated angled columns of each of the legs extends away from the load adjacent to a perimeter edge of the load. 13. The combination of claim 12, wherein the load is a table top. 14. The leg connector of claim 8, wherein the leg connector is made of aluminum, steel, any metal, any plastic, or a combination thereof. 15. The leg connector of claim 8, wherein the leg connector is milled from an aluminum blank or from a plastic blank. 16. The leg connector of claim 8, wherein the leg connector is made using an injection molding process.