Workbench with adjustable foot assembly

An adjustable workbench comprising:

• a bench top;
• a plurality of legs extending away from the bench top, each leg including an outer sidewall extending along a length of the leg, an inner wall, and a terminal, outer end;
• and
• a leveling assembly disposed at the terminal end of each leg;
• each leveling assembly including:
• a receiver mounted within the terminal end of one of the legs, the receiver being a tubular member including a threaded bore and an external, annular flange extending outwardly from the tubular member;
• a foot including a base and a stem extending from the base, the stem including threads engaged with the threaded bore of the receiver, the foot being moveable relative to the receiver;
• a bracket including a circular opening through which the receiver is inserted, the annular flange of the receiver engaging an inner wall of the bracket around a perimeter of the circular opening and the tubular member extending outwardly from the circular opening of the bracket;
• and
• an end cap formed of a monolithic body, the monolithic body including a bottom surface and an outer sidewall extending from the bottom surface to an opposite end, and a bore extending through the body from the bottom surface to the opposite end, the bore including a stem-receiving portion and an adjacent, tapered base-receiving portion that is wider than the stem-receiving portion, wherein the outer sidewall of the monolithic body includes a first outer sidewall portion and a second outer sidewall portion adjacent the first outer sidewall portion, the second outer sidewall portion having a smaller perimeter than the first outer sidewall portion, and the second outer sidewall portion being separated from the first outer sidewall portion by a shoulder, the foot being inserted through the stem-receiving portion of the bore of the end cap, wherein the base of the foot is receivable in the tapered base-receiving portion;
• wherein the end cap is mounted on the terminal end of said one of the legs via the bracket, the second outer sidewall portion is inserted between the bracket, the bracket is connected to the inner wall of the leg and the second outer sidewall portion is received in the terminal end of the said one of the legs, and the first outer sidewall portion of the end cap is flush with the outer sidewall of the said one of the legs.

An adjustable workbench comprising:

• a bench top including an upper working surface and an opposite lower surface;
• a frame;
• the lower surface of the bench top being mounted on the frame;
• a plurality of legs mounted on the frame and extending away from the lower surface of the bench top, each leg including an outer sidewall extending along a length of the leg, an inner wall, and a terminal, outer end opposite the lower surface of the bench top;
• the outer end of each leg including an opening;
• a receiver mounted within the outer end of each leg proximate the opening, the receiver being a tubular member including a threaded bore and an external, annular flange extending outwardly from the tubular member;
• a bracket connected to the inner wall of each leg and including a circular opening through which the receiver is inserted, the annular flange of the receiver engaging an inner wall of the bracket around a perimeter of the circular opening and the tubular member extending outwardly from the circular opening of the bracket;
• an end cap covering each opening of the legs, each end cap including a monolithic body, the monolithic body including a bottom surface, a through-bore formed in the bottom surface and extending through the body from the bottom surface to an opposite end of the body, and an outer sidewall extending from the bottom surface to the opposite end, the outer sidewall having a first sidewall portion and a second sidewall portion adjacent the first sidewall portion, the second outer sidewall portion having a smaller perimeter than the first outer sidewall portion, and the second outer sidewall portion being separated from the first outer sidewall portion by a shoulder, and the through-bore including a stem-receiving portion and an adjacent, tapered base-receiving portion that is wider than the stem-receiving portion;
• a foot including a base and a stem extending from the base, the stem including threads engaged with the threaded bore of a respective one of the receivers and being moveable relative to the receiver, the foot being inserted in the through-bore of each end cap, the foot extending through the stem-receiving portion of the through-bore, the base of the foot being receivable in the tapered base-receiving portion of the through-bore;
• wherein the second sidewall portion of the body of each end cap is received in the opening in a respective one of the legs, each end cap is mounted on the terminal end of the respective one of the legs via the bracket, the second outer sidewall portion is inserted between the bracket, and the first sidewall portion of the body of each end cap is flush with the outer sidewall of the respective one of the legs.