Shelf structure for a display rack

• US 4,519,508 A
• Filed: 06/08/1983
• Issued: 05/28/1985
• Est. Priority Date: 06/08/1983
• Status: Expired due to Term

• Current Assignee: L&P Property Management Company (Leggett & Platt Incorporated)
• Original Assignee: Leggett & Platt Incorporated
• Inventors: Bustos, Rafael T., Gullett, Edwin P., Davis, Gerald B.
• Primary Examiner(s): GIBSON, ROBERT W
• Application Number:
  US06/502,294
• Time in Patent Office: 720 Days
• Field of Search: 211/49 D, 211/187, 211/175, 211/134, 211/135, 211/153, 108/106, 108/107, 108/111, 108/137, 248/239, 248/244, 248/243
• US Class Current: 211/59.2
• CPC Class Codes: A47B 57/04 with means for adjusting the inclination of the shelves
• CPC Class Codes: A47B 96/025 Shelves with moving elements, e.g. movable extensions or link elements cabinets, racks or shelf units enabling enlargement in height, length or depth A47B45/00
• CPC Class Codes: A47F 1/12 dispensing from the side of an approximately horizontal stack A47F1/087 takes precedence

Abstract

An improved shelf structure for use in a display rack having interconnected corner posts, comprising opposed, spaced shelf support arms connected by a plurality of telescoping cross members adapted to telescope between an extended and retracted position for varying the planar surface area of the shelf structure. An article support, carried by the cross members, includes top and bottom article engaging surfaces each having a different coefficient of friction and being adapted to contact articles placed on the shelf structure. Latch elements, releasably mounted to the shelf support arms, are adapted to mount the shelf structure to virtually all corner post designs of current display racks and to dispose the shelf structure in the desired angular attitude from front to rear.

Claims

1. A shelf structure for supporting articles in a display rack having corner posts, comprising:

opposed, spaced shelf support arms each formed with an outwardly facing channel;

cross members extending between said shelf support arms and connected thereto, said cross members being adapted to telescope between an extended and retracted position for varying the space between said shelf support arms;

an article support carried by said adjustable cross members and shelf support arms, said article support including a top surface and a bottom surface each having different coefficients of friction, said article support being adapted to be turned over so as to dispose either of said surfaces upwardly for contacting said articles; and

latch elements movable within said outwardly facing channels of said shelf support arms, said latch elements being adapted to releasably connect to said corner posts for connecting said shelf structure to said display rack.

2. A shelf structure as in claim 1 in which said latch elements comprise two front latch elements disposed at the front corners of said shelf structure, and two rear latch elements disposed at the rear corners of said shelf structure, said front and rear latch elements each including a bar section movable along said outwardly facing channels of said shelf support arms and being adapted to releasably mount thereto, and an offset hook element adapted to connect to said corner posts of said display rack.

3. A shelf structure as in claim 1 wherein each said cross member comprises a first telescoping section fixed at one end to one of said shelf support arms, a second telescoping section fixed at one end to the other of said shelf support arms, and a common support, said first and second telescoping sections slidably engaging said common support and being adapted to slide apart relative to one another along said common support for extending said space between said shelf support arms and to slide together along said common support for retracting said space between said shelf support arms.

4. A shelf structure as in claim 3 further including means for releasably securing said first and second telescoping sections to said common support.

5. A shelf structure as in claim 1 in which said article support is formed with one surface having a plurality of spaced, parallel triangular-shaped elements having an outwardly extending edge for engaging an article.

6. A shelf structure as in claim 5 in which the other surface of said article support is formed with a plurality of spaced, parallel support elements having a rounded outwardly extending end for engaging an article, said support elements with said rounded end having a lower coefficient of friction than said triangular-shaped elements.

7. A shelf structure as in claim 1 further including a front panel and a rear panel and wherein one of said cross members is mounted at each end of said spaced shelf support arm, said cross members at each end of said shelf support arms being adapted to mount to said front and rear panels for retaining articles on said shelf structure.

8. A shelf structure as in claim 7 in which said front and back panels are each adapted to support spaced divider elements for separating articles disposed on said article support into rows, said front and back panels each being formed with a flange extending inwardly toward said shelf, said flanges supporting locking elements adapted to receive and secure said divider elements in position along said shelf structure.

9. A display rack having shelf structures for supporting articles comprising:

opposed, spaced side frames, each of said side frames including a front post and a rear post;

said front and rear posts being formed with shelf engaging means for connection to said shelf structures;

side supports adapted to connect said front and rear posts of said side frames;

front supports extending between said front posts and rear supports extending between said rear posts for connecting said side frames together;

shelf structures each comprising;

opposed, spaced shelf support arms each formed with an outwardly facing channel;

cross members extending between said shelf support arms and connected thereto, said cross members being adapted to telescope between an extended and retracted position for varying the space between said shelf support arms;

an article support carried by said adjustable cross members and shelf support arms, said article support including a top surface and a bottom surface each having different coefficients of friction, said article support being adapted to be turned over so as to dispose either of said surfaces upwardly for contacting said articles; and

latch elements movable within said outwardly facing channels of said shelf support arms, said latch elements being adapted to releasably connect to said shelf engaging means for connecting said shelf structure to said front and rear corner posts.

10. A display rack as in claim 9 in which said opposed front posts each include a front surface and a rear surface formed with said shelf engaging means, said opposed rear posts each include a front surface formed with said shelf engaging means and a rear surface, each said latch elements being formed with an offset hook element extending outwardly from said shelf support arms and being adapted to mount to said shelf engaging means of said front and rear posts.

11. A display rack as in claim 10 in which said shelf engaging means of said front and rear posts are slots.

12. A display rack as in claim 10 in which said shelf engaging means of said front and rear posts are hooks.

13. A display rack as in claim 9 wherein said opposed front posts each include a front surface and a rear surface formed with said shelf engaging means, said opposed rear posts each include a front surface, and a rear surface formed with said shelf engaging means, each said latch elements being formed with an offset hook element extending outwardly from said shelf support arms and being adapted to mount to said shelf engaging means of said front and rear posts.

14. A display rack as in claim 13 wherein said shelf engaging means formed along said front and rear posts are slots.

15. A display rack as in claim 13 wherein said shelf engaging means formed along said front and rear posts are hooks.

16. A shelf structure for supporting articles in a display rack having corner posts, comprising:

opposed, spaced shelf support arms each formed with an outwardly facing channel;

cross members extending between said shelf support arms and connected thereto;

an article support carried by said cross members and shelf support arms; and

latch elements movable within said outwardly facing channels of said shelf support arms at each corner of said shelf structure and being formed with means for mounting said shelf structure to said display rack, said latch elements being adapted to telescope between a retracted and extended position so as to mount said shelf support to said display rack at different angular attitudes.

17. A shelf structure as in claim 16 in which said latch elements comprise two front latch elements disposed at the front corners of said shelf structure, and two rear latch elements disposed at the rear corners of said shelf structure, said front and rear latch elements each including a bar section movable along said outwardly facing channels of said shelf support arm including means for releasably mounting said latch elements to said shelf support arms.

18. A shelf structure as in claim 17 in which said means for releasably mounting said latch elements to said shelf support arms is a screw extending through a threaded bore formed in said bar section of said latch elements, said screw being adapted to engage said channels of said shelf support arms to secure said latch elements therealong.

19. A shelf structure for supporting articles in a display rack having corner posts, comprising:

opposed, spaced shelf support arms each formed with an outwardly facing channel;

cross members extending between said shelf support arms and connected thereto, said cross members being adapted to telescope between an extended and retracted position for varying the space between said shelf support arms;

an article support carried by said adjustable cross members and shelf support arms; and

latch elements movable within said outwardly facing channels of said shelf support arms at each corner of said shelf structure and being formed with means for mounting said shelf structure to said display rack, said latch elements being adapted to telescope between a retracted and extended position so as to mount said shelf support to said display rack at different angular attitudes.