Workstation including simplified leg attachment

A workstation including a height-adjustable work surface, comprising:

• a frame configured to couple with the height adjustable work surface and including a frame coupling feature, wherein the frame coupling feature includes a frame feature profile having a first inclined surface;
• and
• a leg assembly configured to selectively attach to and detach from the frame, the leg assembly including:
• an adjustable-length leg configured to support the frame;
• a housing coupled to the leg;
• and
• a leg coupling feature defined by the housing, wherein:
• the leg coupling feature includes a leg feature profile having a second inclined surface;
• the leg feature profile is complementary to the frame feature profile, and
• the second inclined surface is configured to selectively engage with the first inclined surface to inhibit displacement of the leg relative to the frame;
• and
• wherein:
• the frame coupling feature comprises a boss having the first inclined surface and the leg coupling feature comprises a socket having the second inclined surface;
• or
• the frame coupling feature comprises a socket having the first inclined surface and the leg coupling feature comprises a boss having the second inclined surface.

A workstation including a height-adjustable work surface, comprising:

• a frame configured to couple with the height adjustable work surface and including a frame coupling feature, wherein the frame coupling feature comprises a boss having a first inclined surface;
• and
• a leg assembly configured to selectively attach to and detach from the frame, the leg assembly including:
• an adjustable-length leg configured to support the frame;
• a housing coupled to the leg;
• and
• a leg coupling feature defined by the housing, wherein:
• the leg coupling feature comprises a second boss having a second inclined surface;
• and
• the second inclined surface is configured to selectively engage with the first inclined surface to inhibit displacement of the leg relative to the frame.