Collapsible adjustable height table
A telescoping leg assembly with a pivot apparatus having a first and second telescoping leg, each with an extension section and a sleeve component, the sleeve component divided longitudinally into a first space and second space. The leg extension sections are dimensioned to retract into and telescope from the first space in the first leg sleeve component. The telescoping legs are pivotally attached to one another by a pivot apparatus on the sleeve portions, wherein the pivot apparatus extends into the second spaces of the sleeve components.
1. A telescoping leg assembly with pivot apparatus comprising:
a first telescoping leg having a top end and a bottom end;
the first telescoping leg having a sleeve component and an extension section;
a second telescoping leg having a top end and a bottom end;
the second telescoping leg having a sleeve component and an extension section;
the first leg sleeve component divided longitudinally into a first space and second space;
the second leg sleeve component divided longitudinally into a first space and a second space;
the first leg extension section dimensioned to retract into and telescope from the first space in the first leg sleeve component;
the second leg extension section dimensioned to retract into and telescope from the first space in the second leg sleeve component; and
the first telescoping leg pivotally attached to the second telescoping leg by a pivot apparatus on the sleeve portions of the telescoping legs, wherein the pivot apparatus extends into the second space of the first leg sleeve component and into the second space of the second leg sleeve component.
2. The telescoping leg assembly of claim 1 wherein the pivot apparatus comprises:
a first leg mating component and a second leg mating component, the first leg mating component engageable with the second leg mating component, the first leg and second leg mating components rotatable with respect to one another when engaged; and
a nut positioned within each of the second spaces of the first leg sleeve component and the second leg sleeve component configured to secure the first leg mating component to the first leg sleeve and the second leg mating component to the second leg sleeve.
3. The telescoping leg assembly of claim 2 wherein the first leg and second leg mating components are engageable with their respective nuts through an exterior wall of the second spaces of the first leg sleeve component and the second leg sleeve component.
4. The telescoping leg assembly of claim 1 further comprising at least one of a first leg locking mechanism and a second leg locking mechanism.
5. The telescoping leg assembly of claim 4 wherein at least one of the first leg locking mechanism and the second leg locking mechanism comprises:
a connecting rod having a first end and a second end;
a lock housing disposed within the leg extension section;
the connecting rod engaged with a release lever at the connecting rod first end and engaged with the locking housing at the connecting rod second end;
a pair of opposing pins extending laterally from the lock housing; and
openings in the leg sleeve component configured to accommodate the pins, thereby fixing the legs in a desired extended or retracted position.
6. The telescoping leg assembly of claim 5 further comprising:
a pin guide extending from the connecting rod;
the pin guide having opposing slots angled with respect to the longitudinal side of the extension leg section;
a spring disposed around the connecting rod within the lock housing;
the spring configured to bias the pin guide thereby forcing the pins into the openings of the sleeve component;
wherein the release lever is configured to move the connecting rod to compress the spring against the lock housing, thereby withdrawing the pins from the openings.