Granted Patent B1

US 12,490,829 · App. 18/972,769 · Granted Dec 9, 2025

Inventor: Mark Phillip Stager (Sandy, OR)

A47B57/586A47B57/545A47B81/04

Abstract

Claims (49)

1 . A stop-snap-slide channel system comprising:

(a) at least one rail;

(b) at least one component; and

(c) each at least one component having at least one stop-snap-slide channel defined therein, each stop-snap-slide channel comprising:

(i) at least one stop sub-channel;

(ii) at least one slide sub-channel, wherein said at least one stop sub-channel partially overlaps said at least one slide sub-channel;

(iii) at least one snap ridge extending into each stop-snap-slide channel and partially dividing said at least one stop sub-channel from said at least one slide sub-channel; and

(iv) a passage from said at least one stop sub-channel to said at least one slide sub-channel, said passage allowing said at least one rail to pass between said at least one stop sub-channel and said at least one slide sub-channel.

2 . The system of claim 1 , each said at least one component being held in position in relation to said at least one rail when said at least one rail is positioned within said at least one stop sub-channel, each said at least one component being slidable in relation to said at least one rail when said at least one rail is positioned within said at least one slide sub-channel.

3 . The system of claim 1 , further comprising:

(a) each said at least one rail having an outer perimeter surface;

(b) each at least one stop sub-channel having an inner perimeter surface, said inner perimeter surface of said at least one stop sub-channel being partially nearly congruent with said outer perimeter surface of said at least one rail; and

(c) each at least one slide sub-channel having an inner perimeter surface, said inner perimeter surface of said at least one slide sub-channel being partially nearly incongruent with said outer perimeter surface of said at least one rail.

4 . The system of claim 1 , said passage being defined between two snap ridges.

5 . The system of claim 1 , said at least one rail being a plurality of rails.

6 . The system of claim 1 , said at least one component being a plurality of components.

7 . The system of claim 1 , said at least one component being a component selected from the group consisting of:

(a) at least one support;

(b) at least one plug;

(c) at least one dual-purpose support;

(d) at least one non-spanning support;

(e) at least one hook support; and

(f) at least one shelf support.

8 . The system of claim 1 , said at least one slide sub-channel having a rail access passageway.

9 . The system of claim 1 , wherein said at least one stop sub-channel and said at least one slide sub-channel have an angled relationship.

10 . The system of claim 1 , wherein said at least one stop sub-channel and said at least one slide sub-channel have a parallel relationship.

11 . An adjustable storage rack comprising:

(a) at least one rail;

(b) at least one support, each support having at least one stop-snap-slide channel;

(c) each stop-snap-slide channel having at least one stop sub-channel and at least one slide sub-channel, said at least one stop sub-channel partially overlapping said at least one slide sub-channel;

(d) at least one snap ridge extending into each stop-snap-slide channel and partially dividing said at least one stop sub-channel from said at least one slide sub-channel; and

(e) a passage from said at least one stop sub-channel to said at least one slide sub-channel, said passage allowing said at least one rail to pass between said at least one stop sub-channel and said at least one slide sub-channel.

12 . The adjustable storage rack of claim 11 , each said at least one support being held in position in relation to said at least one rail when said at least one rail is positioned within said at least one stop sub-channel, each said at least one support being slidable in relation to said at least one rail when said at least one rail is positioned within said at least one slide sub-channel.

13 . The adjustable storage rack of claim 11 , further comprising:

(a) each said at least one rail having an outer perimeter surface;

(b) each at least one stop sub-channel having an inner perimeter surface, said inner perimeter surface of said at least one stop sub-channel being partially nearly congruent with said outer perimeter surface of said at least one rail; and

(c) each at least one slide sub-channel having an inner perimeter surface, said inner perimeter surface of said at least one slide sub-channel being partially nearly incongruent with said outer perimeter surface of said at least one rail.

14 . The adjustable storage rack of claim 11 , said passage being defined between two snap ridges.

15 . The adjustable storage rack of claim 11 , said at least one rail being a plurality of rails.

16 . The adjustable storage rack of claim 11 , said at least one support being a plurality of supports.

17 . The adjustable storage rack of claim 11 , said at least one support being a support selected from the group consisting of:

(a) at least one plug;

(b) at least one dual-purpose support;

(c) at least one non-spanning support;

(d) at least one hook support; and

(e) at least one shelf support.

18 . The adjustable storage rack of claim 11 , said at least one slide sub-channel having a rail access passageway.

19 . The adjustable storage rack of claim 11 , wherein said at least one stop sub-channel and said at least one slide sub-channel have an angled relationship.

20 . The adjustable storage rack of claim 11 , wherein said at least one stop sub-channel and said at least one slide sub-channel have a parallel relationship.

References Cited (99)