Shoe holder

Abstract

The Shoes Stax Pro is an apparatus that allows you to store multiple pairs of shoes in a compact area. It utilizes a series of springs and tongs that allow you to hang shoes and other footwear both on the outside and the inside of the box shaped apparatus. It stores more shoes in the area that is usually taken by one or two pairs of shoes. It can be stacked one atop the other to increase the number of shoes that can be stored.

Claims

1. A shoe holder comprising: a first foldable box-shaped structure comprising four sides, each side hingedly attached to two neighboring sides, each side comprising a plurality of slats disposed vertically and joined by a cross-slat disposed horizontally at a top end of the plurality of slats, each slat having an outer surface disposed on an outside of the first foldable box-shaped structure and an inner surface disposed on an inside of the first foldable box-shaped structure; a first shoe-holding structure disposed on the outer surface of each slat, the first shoe-holding structure comprising a tong, the tong sized and shaped to fit inside a shoe, the tong hingedly attached to the cross-slat, a torsion spring disposed between the slat and the tong, the torsion spring comprising a coil portion, a first arm disposed at a first end of the coil portion and a second arm disposed at a second end of the coil portion, the first arm attached by a first spring support holder to the tong and the second arm attached by a second spring support holder to the slat, the tong and torsion spring connected to the cross-slat by a cross bar passing through the coil portion of the torsion spring and through a knuckle of the tong, the cross bar received in holes of the cross-slat, the tong having a first position for holding a shoe in which it is supported by the torsion spring at an angle away from the slat, and a second position in which it is folded against the slat and held in the second position by a holding clip pivotably attached to the slat.

2. The shoe holder of claim 1 wherein the first shoe-holding structure further comprises a cutout on each slat disposed below the tong and adapted to receive a toe of the shoe supported by the tong.

3. The shoe holder of claim 1 wherein the angle is 10 degrees.

4. The shoe holder of claim 1 further comprising a second shoe-holding structure disposed on the inner surface of each slat.

5. The shoe holder of claim 4 wherein the second shoe-holding structure has the same structure as the first shoe-holding structure.

6. The shoe holder of claim 1 wherein the cross-slat of each side has a first end and a second end, a single knuckle disposed on the first end of the cross-slat having a pair of knob holes formed therein, and a pair of knuckles disposed on the second end of the cross-slat, each of the pair of knuckles having a raised knob formed thereon, the pair of knuckles adapted to receive between them the single knuckle of the cross-slat of a neighboring side and the raised knobs adapted to be received in the knob holes of the single knuckle of the cross-slat of the neighboring side, thereby hingedly attaching each side to two neighboring sides.

7. The shoe holder of claim 1 wherein an outer surface of the tong has a curvature allowing the tong to fit comfortably inside the shoe.

8. The shoe holder of claim 1 wherein the first foldable box-shaped structure is disposed upon a Lazy Susan for rotation of the shoe holder so that all sides of the first foldable box-shaped structure are accessible to a user.

9. The shoe holder of claim 1 further comprising a second foldable box-shaped structure rotatably disposed on a top of the first foldable box-shaped structure and having the same structure as the first foldable box-shaped structure.

10. The shoe holder of claim 1 wherein each side comprises two slats.

11. The shoe holder of claim 1 wherein the four sides comprise a front side, a rear side, a left side and a right side; and wherein the front side and rear side each comprise six slats, and the left side and a right side each comprise two slats.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view of a standard sized Shoes Stax Pro apparatus.

(2) FIG. 2 is a detailed drawing of the apparatus.

(3) FIG. 2A is a detailed drawing of an extended sized apparatus.

(4) FIG. 3 is a close up view of a corner section of the apparatus.

(5) FIG. 4 is a close up view of a raised tong, torsion spring, and cross bar on a cross slat.

(6) FIG. 5 is a close up view of the spring support holder on the slat and holes on the cross slat.

(7) FIG. 6 is a close up view of a slat showing the holding clip used the hold the tong in place for shipping and when not in use. Visible also is the cut out used to assist in stopping the shoe from moving side to side.

(8) FIG. 7 is a close up of one of several folding hinges which allows the apparatus to be folded for storage and shipping.

(9) FIG. 8 is a side view of a tong on which shoe is hung. There is a slight curvature allowing the tong to fit comfortably inside any shoe.

(10) FIG. 9 is a rear view of tong showing spring support holders.

(11) FIG. 10 is a view of a torsion spring attached to a tong.

(12) FIG. 11 is a top view of the Shoes Stax Pro showing attachment holes for attaching a Lazy Susan.

(13) FIG. 12 is a bottom view of the apparatus showing suction cups that are placed on a Lazy Susan allowing the apparatus to rotate so that you can access all sides.

(14) FIG. 13 is a view of a Lazy Susan that is placed on bottom of apparatus and on top when adding another Shoe Stax Pro.

(15) FIG. 13A is a side view of a Lazy Susan.

(16) FIG. 14 is a side view of slat showing holding clips for holding tong in place.

DETAILED DESCRIPTION OF THE INVENTION

(17) The present invention as generally indicated in the Figures, is a footwear storage and display system. The apparatus when made from plastic, can be made by injection molding. It can also be made out of wood by carving and or molded. Placed on a shelf or free standing on the floor, the apparatus can be rotated so that shoes and other footwear are accessible from all sides. (Note that in the Figures, only certain repeated parts are numbered, for legibility of the Figures.)

(18) The apparatus is box-shaped with a series of tongs 7 placed on the inside and outside of the apparatus. As is observed in FIG. 4, the tongs 7 are raised and held in place by torsion springs 5. Tongs 7 are folded down except when raised for a shoe 100 to be hung. Tongs 7 may be formed with a convex curvature 14 on an outer surface thereof to allow tongs 7 to comfortably fit any shoe 100. The torsion spring 5 holds the tong 7 at a 10° angle which prevents the shoe from falling off. The cross bar 20 holds the torsion spring 5 through holes attached to the cross slat 12. The torsion springs 5 are attached to the tong 7 and cross slat 12 by spring support holders 4. More particularly, as shown in the Figures, most clearly shown in FIG. 10, a torsion spring 5 has a coil portion 15 with a first arm 16 disposed at one end of coil portion 15 and a second arm 17 disposed at a second end of coil portion 15. The respective first arm 15 is attached by spring support holders 4 to a tong 7 and the second arm 16 is attached by spring support holders 4 to a slat 11. Cross bar 20 passes through coil portion 15 and knuckles 21 of tong 7 to attach tong 7 and spring 5 to cross slat 12. In a standard sized apparatus, this allows for the hanging of one pair of shoes on each side. Additionally, two to four pairs of shoes are able to be stored on the inside of the apparatus.

(19) The extended model as seen in FIG. 2A is able to accommodate up to 16 pairs of shoes.

(20) The side section, and the corners of the apparatus, are hinged as seen in the top view in FIG. 11. The folding hinges consists of raised knobs and knob holes which fit inside each other. This allows for the apparatus to be folded for shipping and storage. The front and back of the apparatus stay in a fixed position.

(21) The apparatus is rotatable so that shoes are accessible on all sides. Rotation is accomplished by the utilization of a Lazy Susan like device 19. This device sits at the bottom of the apparatus. As best seen in FIG. 12 suction cups 18 may be disposed on the bottom of the shoe holder, which is then placed on the Lazy Susan 19 allowing the apparatus to rotate so that the user can access all sides. It is again utilized when stacking one Shoes Stax Pro atop another. When shipping or in storage, the tongs 7 are held in place by holding clips 1. Releasing the holding clip 1 by turning either left or right, releases the tong 7. The tong 7 is then extended to an upright position of a 10° angle as seen in FIG. 4. Shoes are the hung on the tong 7 as seen in FIG. 1. While the shoe is on the tong 7, further stabilization is provided by cutouts 6 on the slats 11.

(22) Tongs 7 are located back-to-back on cross slats 12 of the device. Beneath each tong 7 and connecting the tong 7 to the cross slat 12, are torsion springs 5 and metal bars 2. As shown in the Figures, metal bars 1 are disposed within the coil portions 15 of torsion springs 5 and have ends which are accommodated in holes 3 in cross slats 12. Springs 5 allow tongs 7 to hold a pair of shoes in an upright fashion, allowing for the increased storage space inherent in this device.

(23) While a shoe is hanging on a tong 7, cutouts 6, which are located on each slat 11, prevent a shoe 100 from possibly moving from side to side. The tip or front part of a shoe 100 would rest in this area of cutout 6 when hanging from the tong 7.