Heel stabilizer

a technology of heel stabilizer and heel, which is applied in the direction of fastenings, uppers, bootlegs, etc., can solve the problems of insufficiently addressing the need for rain-proof footwear, clumsy overshoes, and enormous economic and personal losses, and achieves significant greater stability and wearer confiden

Inactive Publication Date: 2009-04-16
WEATHER OR NOT
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

[0025]The present invention meets these needs; by utilizing heel stabilizing technology. Several varying embodiments are disclosed herein. In one exemplary embodiment, relatively stiff, flexing elements are used to both support the ankle and align it atop the heel of the shoe. These stays resist lateral ankle flex and heel toppling by transl

Problems solved by technology

However, when women dress in business attire or evening wear, accessorized with high heel shoes averaging well in excess of 1½″, the need for protective footwear for rain which provides both aesthetic satisfaction and physical functionality has yet to be adequately addressed.
In the past, overshoes have been regarded as a clumsy, low cost contrivance with little or no structure.
Further, falls among the elderly result in enormous economic and personal losses.
Often a fall for an older adult can result in a hip fracture or other serious injury, even death.
In addition, there are many whose mobility is threatened due either to advanced age, neurodegenerative disorder, or other disorder that effects coordination and/or balance.
Some may refuse to use walking aids such as a cane or a walker because the aid is seen as unsightly.
However, the overshoe of the '930 patent has a multitude of cumbersome fasteners, does not have a means for fastening the overshoe to the wearer's ankle or calf, and does not prevent or minimize teetering in high heel shoes.
U.S. Pat. No. 2,068,238 (the '238 patent) shows an overshoe that is waterproof, but that does not have the capability of protecting a shoe with a high heel.
However, the overshoe of the '422 patent does not have a slip-resistant sole, is devoid of any type of fastener, and does not minimize teetering in high heel shoes.
In addition, the disclosure of the '422 patent does not contemplate the flexibility/rigidity needs of the sole to provide shoe stability.
However, the overshoe of the '527 patent has a fastener only at the ankle of the boot which would not secure a high heel shoe inside the boot, and the overshoe does not have a means of minimizing teetering in high heel shoes.
However, it would be very difficult to insert a high heel shoe into the opening of the overshoe of the '336 patent and down the body of the boot.
Although the overshoe cover of the '336 patent can accommodate shoe

Method used

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Examples

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overshoe embodiments

[0101]FIG. 4 shows a first illustrative overshoe embodiment. As shown, upper 108 can be all neoprene. The overshoe has leg shaft 102 (top of leg shaft 102 ending at the ankle or at any point above on the leg) that is encircled with anchoring fastener 104 such as a hook-and-loop fastener. When secured closed, anchoring fastener 104 holds leg shaft 102 snugly to the wearer's leg. There can be a side opening means such as a zipper to make it easy to put the wearer's shoe inside the overshoe (not shown). The lower portion of heel tension fastener 106 is attached at the heel tension attachment point which is to the back and / or sides of the heel of upper 108. Preferably the heel of upper 108 is neoprene. In one embodiment heel tension fastener 106 can comprise a plastic ring and hook-and-loop and non-stretch webbing. Alternatively, heel tension attachment point can be attached to heel cup 404. The upper portion of heel tension fastener 106 is attached at the upper tension attachment point...

##hoe embodiments

Alternative Overshoe Embodiments

[0122]Alternatively the overshoe can encompass the following elements: a flexible, waterproof upper, reaching above the ankle bone and concealing the structural features of the overshoe; a flexible waterproof sole, in alternative embodiments; a component that centers and stabilizes the foot atop the shoe providing a means to resist lateral ankle flex and heel toppling; and a well in the sole's heel to receive the high heel and the bottom of the stay component. FIGS. 18 and 24 illustrate these elements; e.g. upper, sole, and stay.

[0123]As contemplated, the shoe upper comprises features such as a slippery stretch lining for ease of entry into the boot. In a preferred embodiment such lining is satin. Preferably the shoe upper further comprises an outer surface that will shed water, and be soil resistant. In one embodiment, the material is neoprene with bonded stretch fabric faces. Preferably, the upper is waterproof or water resistant and elastic to conf...

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Abstract

The present invention relates to heel stabilizing technology that can be used on many kinds of footwear. This heel stabilizing technology can be incorporated during manufacture of the footwear. This heel stabilizing technology can also be manufactured as a separate component, and then added to many kinds of footwear. The heel stabilizer of the present invention increases the stability of the wearer when walking by minimizing the side-to-side teetering a person experiences when wearing flat heels to any height heel shoe, sneakers, boot, overshoe, galoshes or any combination thereof. Implementation of the heel stabilizing technology results in the heel of the footwear being set to a raised position and then flexed downward at heel strike. The resulting vertical stretch at the heel helps lessen side-to-side teetering of the wearer and thereby increases stability. The disclosed heel stabilizer includes at least one anchoring means, at least one heel lift means, a stretch segment, and a sole. An alternative embodiment includes an upper that conceals the structural features of the overshoe; a sole; a stay to center and stabilize the foot atop the shoe; and a well in the sole's heel to receive the high heel and the bottom of the stay component or, in an alternative embodiment, a hole in the sole so that the high heel and the bottom of the stay component penetrates the hole to form a watertight joint, the protruding heel cup then forms the visible sole of the overshoe.

Description

[0001]This application claims the benefit of 61 / 136,231 filed Aug. 20, 2008, 12 / 136,806 filed Jun. 11, 2008, 60 / 943,170 filed Jun. 11, 2007, and 10 / 982,923 filed Nov. 8, 2004, each hereby incorporated by reference in its respective entirety.FIELD OF THE INVENTION[0002]The present invention relates to heel stabilizing technology that can be used alone, or incorporated within footwear including, but not limited to shoes, sneakers, boots, overshoes, galoshes or any combination thereof with flat to any heel height.BACKGROUND OF THE INVENTION[0003]Women's rain gear has come into its own. Gone are the days when a raincoat, umbrella and rain boots are nothing more than a utilitarian way to keep dry. The contemporary equivalent of the British-inspired Wellington boot hit the U.S. market in Fall 2000. These “pattern wellies” or printed novelty rain boots were sellouts with their floral print designs. Now, other designers and boot manufacturers have followed suit by creating tall and short ra...

Claims

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Application Information

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IPC IPC(8): A43B7/16A43B3/16A43B23/08A43C15/00
CPCA43B3/163A43B7/16A43C11/1493A43B21/42A43B7/20
Inventor KRAUSS, BETSY M.
Owner WEATHER OR NOT
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