Magnetic support structure for stably retaining a print medium or similar object in a desired position

• US 6,866,237 B2
• Filed: 05/16/2003
• Issued: 03/15/2005
• Est. Priority Date: 07/30/2002
• Status: Expired due to Fees

• Current Assignee: Gideon Dagan
• Original Assignee: Gideon Dagan
• Inventors: Dagan, Gideon
• Primary Examiner(s): SZUMNY, JONATHON A
• Assistant Examiner(s): Weinhold, Ingrid
• Application Number:
  US10/439,582
• Publication Number:
  US 20040021052A1
• Time in Patent Office: 669 Days
• Field of Search: 248/206.5, 248/309.4, 248/441.1, 248/451, 248/467, 407/11, 406/00, 406/21, 406/610.1, 401/240.4, 335/207, 273/456, 473/594, 473/569, 403/345, 403/347, 403/353, 446/132
• US Class Current: 248/441.1
• CPC Class Codes: A47G 1/14 Photograph stands
• CPC Class Codes: A47G 1/17 using adhesives, suction or magnetism A47G1/168 takes precedence; suction cups for attaching purposes, equivalent means using adhesives F16B47/00
• CPC Class Codes: B42F 15/066 for hanging a single drawing, e.g. with self-locking means
• CPC Class Codes: G09F 1/10 Supports or holders for show-cards

Abstract

A plurality of individual magnetically-responsive leg-defining bodies are magnetically coupled together through a printed medium such as a photograph, note or other generally similarly shaped object to stably support the medium in a viewed position.

Claims

1. A support assembly for stably retaining a print medium in position on a generally horizontal surface, and comprising:

at least one pair of magnetically couplable support elements sized and shaped for magnetic coupling to each other through the print medium so that the elements are supported by the generally horizontal surface and provide a supportive base thereon for the print medium,

at least one of said support elements being formed from a pair of mating body portions of magnetically non-responsive material having respective interior and exterior wall surfaces and a respective mating face extending therebetween, said faces mating with each other along at least one seam to form a generally hollow shell defined by said interior and exterior wall surfaces.

each of the mating body portions having an open-ended, generally cylindrical wall extending inwardly from its interior wall towards and beyond its mating face, the respective sizes and positions of the generally cylindrical walls being such that the inwardly-extending cylindrical wall of one of the body portions forms a generally enclosed space within the support element in cooperation with the inwardly-extending generally cylindrical wall of the other body portion when the two body portions are mated to form the support element; and

a magnet having a north pole and a south pole and positioned within the generally enclosed space, said magnet being sized to move freely within the generally enclosed space so that either of said poles can generally abut an interior wall surface of either body portion.

2. The support element assembly of claim 1 wherein the support element is formed from two generally hemispheric bodies mated together.

3. The support element of claim 2 wherein the two generally hemispheric bodies are mated together along a generally equatorial seam.

4. The support element assembly of claim 3 wherein the generally cylindrical walls extend generally orthogonally to the generally equatorial seam.

5. A support assembly for stably retaining a print medium in position on a generally horizontal surface, and comprising at least one pair of magnetically couplable support elements sized and shaped for magnetic coupling to each other through the print medium so that the elements are supported by the generally horizontal surface and provide a supportive base thereon for the print medium,

at least one of said support elements being formed from a pair of mating body portions of magnetically non-responsive material that mate with each other along at least one seam to form a generally hollow shell having interior and exterior surfaces,

a wall structure extending across the interior of said at least one support element to enclose a generally cylindrical space that extends between generally diametrically opposite regions of the shell'"'"'s interior walls,

a magnet having a north pole and a south pole and positioned within the generally cylindrical space, said magnet being sized to move freely within the generally cylindrical space so that it can generally abut either of the diametrically opposite interior wall regions.

6. The support assembly of claim 5, wherein the magnet is sized to move freely within the generally cylindrical space so that its north pole can generally abut either of the diametrically opposite interior wall regions.

7. A support assembly for stably retaining a print medium in position on a generally horizontal surface, and comprising at least one pair of magnetically couplable support elements sized and shaped for magnetic coupling to each other through the print medium so that the elements are supported by the generally horizontal surface and provide a supportive base thereon for the print medium,

at least one of said support elements being formed from a pair of mating body portions of magnetically non-responsive material that mate with each other along at least one seam to form a generally hollow shell having interior and exterior surfaces,

a wall structure extending across the interior of said at least one support element to enclose a generally cylindrical space that extends between generally diametrically opposite regions of the shell'"'"'s interior walls, a respective portion of the wall structure being carried by each of the mating body portions so as to enclose said generally cylindrical space when the body portions are mated;

a magnet having a north pole and a south pole and captured within the generally cylindrical space, said magnet being sized to move freely within the generally cylindrical space so that it can generally abut either of the diametrically opposite interior wall regions.

8. The support assembly of claim 7 wherein the magnet is sized to move freely within the generally cylindrical space so that its north pole can generally abut either of the diametrically opposite interior wall regions.

9. A support assembly for stably retaining a print medium in position on a generally horizontal surface, and comprising:

at least one pair of magnetically couplable support elements sized and shaped for magnetic coupling to each other through the print medium so that the elements are supported by the generally horizontal surface and provide a supportive base thereon for the print medium,

at least one of said support elements being formed from a pair of mating body portions of magnetically non-responsive material that mate with each other along at least one seam to form a generally hollow shell having interior and exterior surfaces,

each one of the mating body portions having a respective internal wall structure that cooperates with the internal wall structure of the other one of the mating body portions to define a generally cylindrical, generally enclosed space extending across the interior of said at least one support element between generally diametrically opposite regions of the shell'"'"'s interior walls; and

a magnet having a north pole and a south pole and captured within the generally cylindrical space, said magnet being sized to move freely within the generally cylindrical space so that it can generally abut either of the diametrically opposite interior wall regions.

10. A support assembly for stably retaining a print medium in position on a generally horizontal surface, and comprising:

at least one pair of magnetically couplable support elements sized and shaped for magnetic coupling to each other through the print medium so that the elements are supported by the generally horizontal surface and provide a supportive base thereon for the print medium,

at least one of said support elements being formed from a body of magnetically non-responsive material having a magnet-receiving bore extending generally radially into said body,

a magnet having a north pole and a south pole positioned within said magnet-receiving bore and sized to freely move in said generally radial direction within the bore, and

means for retaining said magnet within the bore.

11. The support assembly of claim 10 wherein the bore and the magent are respectively sized to permit the magnet to rotate its poles about an axis generally orthogonal to said radial direction.