초록 ▼

A knock-down type support stand especially suited for aquariums or other heavy objects employs double walled support legs that are each formed of inner and outer sleeves of tubing. Upper and a lower horizontal frames act as supports for the objects. Attached to each outside corner of both of the fra

A knock-down type support stand especially suited for aquariums or other heavy objects employs double walled support legs that are each formed of inner and outer sleeves of tubing. Upper and a lower horizontal frames act as supports for the objects. Attached to each outside corner of both of the frames is a corresponding one of a plurality of vertical hollow sleeves, each of which is of the same cross sectional dimension as the outer hollow sleeves in the support legs. The inner sleeves for each of the support legs are inserted into the vertical hollow sleeves in the frames, while the outer hollow sleeves for the support legs engage the top ends of the vertical hollow sleeves on the lower frame and the bottom ends of the vertical hollow sleeves on the upper frame. The stand preferably uses tight, friction fit tolerances.

대표청구항 ▼

1. A support stand comprising:a) an upper and a lower support frame; b) a first plurality of hollow sleeves attached at spaced locations to said lower frame for supporting said lower frame; c) a second plurality of hollow sleeves attached at spaced locations to said upper frame; and, d) a plurality

1. A support stand comprising:a) an upper and a lower support frame; b) a first plurality of hollow sleeves attached at spaced locations to said lower frame for supporting said lower frame; c) a second plurality of hollow sleeves attached at spaced locations to said upper frame; and, d) a plurality of support legs for supporting said upper frame at a position spaced above said lower frame, each of said legs including: 1) an outer sleeve having a bottom end, a top end and a length; and 2) an inner sleeve having a bottom end, a top end and a length that is longer than said length of said outer sleeve, said inner sleeve being frictionally fit within said outer sleeve and being slidable relative to said outer sleeve; wherein, said inner sleeve has a cross sectional diameter that facilitates insertion of said inner sleeve at said bottom end into a corresponding one of said plurality of hollow sleeves attached to said lower frame and at said top end into a corresponding one of said plurality of hollow sleeves attached to said upper frame; and, said outer sleeve has a diameter that facilitates engagement at said bottom end with a corresponding one of said plurality of hollow sleeves attached to said lower frame and supporting engagement at said top end with a corresponding one of said plurality of hollow sleeves attached to said upper frame. 2. The support stand of claim 1, wherein said upper and lower frames are placed in a horizontal position for supporting one or more objects, and said hollow sleeves and said support legs are placed in a vertical position for supporting said upper and lower frames.3. The support stand of claim 2, wherein said each of said hollow sleeves in said first and second pluralities of hollow sleeves is disposed outside a corresponding one of a plurality of corners in said frames.4. The support stand of claim 3, wherein each of said frames is rectangular and there are four each of said hollow sleeves and said support legs.5. The support stand of claim 1, wherein each of said frames, hollow sleeves and support legs is made from a material selected from the group comprising metal, plastic or synthetic material.6. The support stand of claim 1, wherein each of said sleeves has a rectangular shaped cross section.7. The support stand of claim 1, wherein each of said inner sleeves of said legs is formed from multiple sections.8. A support stand comprising:a) an upper and a lower horizontal support frame, each of said frames including a plurality of outside corners; b) a first plurality of hollow sleeves formed of rectangular cross section tubing attached one each to a corresponding one of said corners of said lower frame for supporting said lower frame; c) a second plurality of hollow sleeves formed of rectangular cross section tubing attached one each to a corresponding one of said corners of said upper frame; and, d) a plurality of support legs for supporting said upper frame at a position spaced above said lower frame, each of said legs including: 1) an outer sleeve formed of rectangular cross section tubing and having a bottom end, a top end and a length; and 2) an inner sleeve formed of rectangular cross section tubing and having a bottom end, a top end and a length that is longer than said length of said outer sleeve, said inner sleeve being frictionally fit within said outer sleeve and being slidable relative to said outer sleeve; wherein, said inner sleeve has a cross sectional diameter that facilitates insertion of said inner sleeve at said bottom end into a corresponding one of said plurality of hollow sleeves attached to said lower frame and at said top end into a corresponding one of said plurality of hollow sleeves attached to said upper frame; and, said outer sleeve has a diameter that facilitates engagement at said bottom end with a corresponding one of said plurality of hollow sleeves attached to said lower frame and supporting engagement at said top end with a corresponding one of said plurality of hollow sleeves attached to said upper frame. 9. The support stand of claim 8, wherein each of said frames is rectangular and there are four each of said hollow sleeves and said support legs.10. The support stand of claim 8, wherein each of said frames, hollow sleeves and support legs is made from a material selected from the group comprising metal, plastic or synthetic material.11. The support stand of claim 8, wherein each of said inner sleeves of said legs is formed from multiple sections.