Auxiliary sock device

Abstract

An auxiliary sock device includes a baseplate having first and second ends. Wherein the first end has one or more wings mounted at the side of the baseplate, curved outwardly, to retain the open end of a sock to receive the user's foot. The second end comprises of a handle to provide a grip for the user. The user may place a sock over the wings of the device, grip the handle, and use the device to aid in the application of the sock upon the user's foot. In an embodiment, the baseplate is adjustably attached to an extensible handset which contains the handle. In a preferred embodiment, the handle further comprises of a shoehorn and a protrusion to aid in the removal of a sock from the user's foot.

Description

CROSS-REFERENCE TO RELATED APPLICATION(S)[0001]The present application claims priority to Patent Cooperation Treaty Application No. PCT / US16 / 45060 filed on Aug. 1, 2016, entitled “AUXILIARY SOCK DEVICE” the entire disclosure of which is incorporated by reference herein.BACKGROUND OF THE INVENTION1. Field of Invention[0002]The present invention relates to the field of assisted living devices, particularly to handheld devices to assist with putting on socks.2. Description of Related Art[0003]Socks and shoes are an essential part to any wardrobe. Socks, as a general term, cover the feet and are available in many different styles and materials. Consumers are able to choose between shorter socks, which are hidden under the shoe, as well as long sock extending to the knee and anything in between. Materials range between cotton, wool, or chemical fibers. Combinations of colors are endless as in recent years, socks of gained traction as a means of expressing identity. Developments have been...

AI Technical Summary

Benefits of technology

The sock auxiliary device described in this patent has a distal baseplate that can be adjusted to fit different handsets, and it also has a handle with a shoehorn for easy fitting. The device can be adjusted to different angles using a friction hinge, and it can be locked in a fixed position. This makes it easier to use and more comfortable for users.

Problems solved by technology

Injuries inhibit even the simplest daily tasks.

As old age set in, often times the elderly begin suffering from loss of flexibility, joint pain, and arthritis that inhibit their everyday routine.

While younger generations may not be as pre-disposed to inhibiting injuries or conditions, there are still many people who under-go surgery or sustain injuries every year.

Common sports injuries such as ACL tears, Patellofemoral syndrome, hamstring strains, and groin pulls can severely limit the range of motion and flexibility in the affected persons.

Many of which affect the spine, neck, or back and can cause limitations to the range of motion and flexibility in the affected persons.

Athletic injuries, accidents, or genetic disorders may affect people of all ages, and can potentially make even simple tasks very difficult to accomplish.

While these are valuable to the inflexible, overweight, handicapped, pregnant and elderly communities, often the most mundane but necessary daily tasks, like putting on socks, are overlooked and frustration ensues.

These do not work well for putting on socks and shoes, as a circular opening is necessary in order to maneuver the sock over the foot.

Many of these devices, including sock helpers, have the inherent ability to be difficult to use while standing that present a problem for individuals with back injuries.

While this method of production does cut cost for the consumer, often the cost savings is not worth the inconvenience of cheaply made goods.

These versions are often non-adjustable, non-customizable, and difficult to use for the physically impaired.

For the disabled, this is a necessary task that is a source of daily frustration, for which there are no clear answers.

Grabbing devices exist, however these are not specifically designed to have the articulation necessary to accomplish this task.

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