KR102248440B1 - Socks for preventing dry foot - Google Patents

Abstract

The present invention relates to socks for preventing dry foot, which comprise: inner socks; a first elastic adhesive member to which an adhesive is applied and bonded to both sides of the entire outer surface of the soles of the inner socks; a polyethylene member in the form of a film bonded to the entire outer surface of the first elastic adhesive member and having elasticity and through which air and moisture do not pass; a second elastic adhesive member to which an adhesive is applied to both sides of the polyethylene member to be bonded to the entire outer surface of the polyethylene member; and outer socks overlaid on the outside of the inner socks, having the same size and shape as the inner socks and integrated with the inner socks by bonding the entire inner surface of the soles to the second elastic adhesive member.

Description

Socks for preventing dry foot

The present invention relates to socks, and more particularly, to a socks for preventing dry feet that delay the discharge of moisture or oil on the bottom of the socks and activate the discharge of toxins in the body.

When the soles of the feet become very dry, the soles of the feet are like bark, hard, and cracked. Even the insteps become white or reddish and itchy. It is so-called'dry feet'. The more you scratch, the worse the symptoms. There are also concerns about complications from secondary bacterial infections if proper treatment is not performed.

Dry feet have similar symptoms to athlete's foot, but are completely different diseases. Athlete's foot is a fungal disease caused by dermatophytes, and dry feet is a skin disease that occurs for various reasons other than a fungal infection. Dry feet often occur on both sides and athlete's foot only on one foot.

There is a natural moisturizing factor in the keratinocytes of the skin, which draws water from the surroundings and keeps it. In addition, the epidermis fills the gaps between keratinocytes and prevents the evaporation of moisture in the cells. Dry skin means lack of natural moisturizing factors or abnormality in the epidermis.

Your feet are the dryest part of your body. The softness and elasticity of the skin tends to depend on the amount of sebum secreted, and the sebaceous glands produce sebum. The sebaceous glands are evenly distributed throughout our body, but the least is in the hands and feet. In particular, because there are no sebaceous glands on the soles of the feet, they are susceptible to dryness. As long as we walk, the sole of the foot is transmitted as it is, and it gets thicker as we get older. If the water balance in your feet is broken, the dryness worsens. In particular, as the skin gets older, the moisture content of the skin decreases and the skin becomes dry. Elderly people are particularly prone to dryness of the soles, so the soles of the feet become thick and the dead skin cells are often formed excessively.

Dry skin such as the soles of the feet is difficult to cure. There is no other choice but to pay attention so that the skin does not become dry anymore. Particularly,'Parillary plantar keratosis' is a genetic disease in which the skin of the palms and soles of the feet thickens from childhood. You can relieve symptoms to some extent by consistently applying an ointment that softens dead skin cells.

It is often thought that dry skin can be easily treated with moisturizers. However, if the skin's original moisture evaporation prevention function is lost, the moisturizing effect is inevitably temporary. After identifying the cause of the dryness, it is recommended to use a moisturizer at the same time as the treatment. There are two types of moisturizers: a product that prevents the evaporation of moisture from the skin by forming a sealing film, and a product that replenishes moisture by pulling the moisture from the deep layer of the skin to the top layer. When there is a lot of dead skin cells, it is preferable to use a moisturizer containing lactic acid or alpha hydroxy acid. Moisturizers should be used immediately after bathing. The bath water should not be too hot. It is important to maintain a humid environment around the patient with dry skin without severe temperature changes. Sauna, which causes skin moisture loss, is not good.

In this way, in order to solve dryness of the feet, moisturizers are applied, medications are applied, and environmental conditions for maintaining a humid environment are improved, but even if the above methods are used or practiced, dry feet are not improved as expected.

Republic of Korea Utility Model Registration No. 20-0199776 Korean Patent Registration No. 10-1357614 Republic of Korea Utility Model Registration No. 20-0186445 Republic of Korea Public Utility Model No. 20-1999-0041491

The present invention is to solve the above-described problems, and to prevent excessive discharge of moisture or oil from the sole of the foot to provide a socks for preventing dry feet that can improve dry feet.

The present invention in order to achieve the above object, sock socks; A first elastic adhesive member to which an adhesive is applied and bonded to both sides of the entire outer surface of the sole of the sole of the inner socks; A polyethylene member in the form of a film that is bonded to the entire outer surface of the first elastic adhesive member and has elasticity and does not allow air and moisture to pass through; A second elastic adhesive member to which an adhesive is applied and bonded to both sides of the entire outer surface of the polyethylene member; And an outer sock that is overlaid on the outside of the inner sock, and has the same size and shape as the inner sock, and the inner whole surface of the sole of the foot is bonded to the second elastic adhesive member to be integrated with the inner sock. It provides socks for preventing dry feet characterized by.

In addition, the inner socks, the first elastic adhesive member, the polyethylene member, the second elastic adhesive member, the outer socks are sequentially overlapped on a vertical stand of a fitting frame having a flat surface on one side to be bonded to each other, wherein the The fitting frame is made of a flat base fixed to the floor, a vertical base groove formed in the base, and a vertical bar that is fitted to and detachably coupled to the vertical base groove, and the vertical base has a number of different widths and lengths, and can be arbitrarily replaced. It is characterized by that.

When wearing the socks for preventing dry feet according to the present invention, excessive moisture does not escape through the soles of the feet, thereby preventing dry feet. In particular, with age, the moisture content of the skin decreases and the skin tends to become dry, especially in the elderly, the soles of the feet are thickened and dead skin cells are formed excessively due to severe dryness of the feet. Such senile dryness can also be greatly reduced. . In addition, toxins from the body are also excreted through the soles of the feet.

1 is a perspective view of a socks for preventing dry feet according to the present invention.
2 is an exploded view of a fitting frame according to the present invention.
Figure 3 conceptually shows that the socks for preventing dry feet according to the present invention are sequentially bonded to the inner socks, the first elastic adhesive member, the polyethylene member, the second elastic adhesive member, and the outer socks.
Figure 4 is a cross-sectional view showing that the socks for preventing dryness of the feet according to the present invention are manufactured while being sequentially overlaid on the vertical stand of the fitting frame.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figures 4 and 5, the socks for preventing dry feet according to the present invention are inner socks 110, a first elastic adhesive member 120, a film-type polyethylene member 130, a second elastic adhesive member (140), the outer socks 150 are sequentially bonded.

As shown in Fig. 1, the ankle part is short but open like a general sock, so when worn on the foot, the inner socks 110 are put into the open part from the toes and then pulled to cover the entire foot and part of the ankle.

The inner socks 110 are woven fabrics that have elasticity like normal socks, and when they are worn on the feet, they are stretched and contracted when they are released, so that they are in close contact with the feet while maintaining proper pressure.

When explaining the manufacturing process of the socks according to the present invention, as shown in Figs. 3 and 4, a fitting frame 200 made of a pedestal 210 and a vertical stand 220 is provided. The pedestal 210 is flat so that it can be stably placed on a flat floor, and the vertical stand 220 considers the length and width of an adult's feet, but is made a little larger than this. This is in consideration of the elasticity of the inner socks 110 and the outer socks 150.

The vertical stand 220 has a rectangular cross section, but has a rounded corner portion of the upper end thereof. That is, the top of the vertical stand 220 has a generally round shape.

A vertical stand groove 212 is formed in the pedestal 210, which is to enable replacement while inserting or removing the vertical stand 220 into the vertical stand groove 212. That is, a plurality of vertical stands 220 having different widths and lengths are provided, and when the width or length of socks is different, the vertical stand 220 can be replaced as necessary.

Soak socks 110 are overlaid on the vertical stand 220. The footdabak portion of the inner socks 110 is positioned in the center of the vertical stand 220. Since the vertical stand 220 is relatively larger than the width and length of the inner socks 110, when the inner socks 110 are overlaid, the difference between the width and the length is stretched tightly and unfolded in a tense state.

After the inner socks 110 are overlaid on the vertical stand 220, a thin film-type first stretchable adhesive member 120 with adhesive applied on both sides is bonded. The first stretchable adhesive member 120 is made of polyethylene or synthetic resin as thin as a film.

As shown in FIG. 1, the first elastic adhesive member 120 covers the entire foot portion of the inner socks 110 when worn, and covers a part of the toe and the back of the foot. The dotted line shown in FIG. 1 denotes a portion where the first elastic adhesive member 120 covers a part of the toe and the instep when the socks are worn.

Depending on the needs of the user, a wider or shorter width and length of the first elastic adhesive member 120 may be used to further expand or reduce a range surrounding a part of the toe or the instep. That is, the dotted line portion shown in FIG. 1 may be further raised or lowered above the instep.

After the first elastic adhesive member 120 is bonded to the inner socks 110, the film-type polyethylene member 130 is bonded. The first elastic adhesive member 130 and the width and length are the same. Since the polyethylene member 130 has the same size as the first elastic adhesive member 120, as shown in FIG. 1, the entire upper surface of the toe and the back of the toe including the sole of the inner socks as shown in FIG. 1 A part is wrapped along the outer periphery. Unlike a woven fabric, the polyethylene member 130 does not have ventilation holes so that air cannot pass.

The outer surface of the polyethylene member 130 is bonded to the film-type second stretchable adhesive member 140 on which an adhesive is applied on both sides. The second stretchable adhesive member 140 is made of the same material as the first stretchable adhesive member 120 and has the same width and length. Since the second elastic adhesive member 140 has the same size as the first elastic adhesive member 120, as shown in FIG. 1, it includes the sole of the inner socks 110 like the first elastic adhesive member like a dotted line. So that the entire upper toe and part of the instep are wrapped around the outer periphery.

After the first elastic adhesive member 120, the polyethylene member 130, and the second elastic adhesive member 140 are sequentially bonded to the inner socks 110, the outer socks 150 are overlaid. The outer socks 150 have the same shape and size as the inner socks 110. When the outer socks 150 are covered on the vertical stand 120 on which the inner socks 110 are covered, the second elastic adhesive member 140 and the outer socks 150 are in contact with each other.

In a state in which the inner socks 110, the first elastic adhesive member 120, the polyethylene member 130, the second elastic adhesive member 140, and the outer socks 150 are integrally bonded to each other. , By sewing the ends of the ankles of the inner socks 110 and the outer socks 150 to each other, the inner socks 110 and the outer socks 150 are integrated, thereby completing the socks.

In a state in which the inner socks 110 and the outer socks 150 are completed as one sock, when the socks are peeled off from the vertical stand 220, the inner socks 110 and the outer socks 150 that were stretched and taut are contracted. At this time, the first elastic adhesive member 120, the polyethylene member 130, and the second elastic adhesive member 140 are also reduced by the elastic restoring force of the inner socks 110 and the outer socks 150, so that they are not visible in appearance, but structurally As wrinkles form, they contract together.

When wearing the thus-completed socks for preventing dry feet, as shown in FIG. 1, the polyethylene member is wrapped around the sole of the foot, the toe, and the outer circumference of the instep only. Preventing Dry Feet If you live indoors with only socks on or wear shoes while wearing them, it prevents excessive release of moisture through the soles of the feet to prevent drying out of the feet, and moisture is released only toward the back of the feet, so the feet are not excessively dry. Without proper moisture can be maintained. In addition, toxins from the body are also excreted through the soles of the feet while preventing excessive release of moisture.

110: inner socks 120: first elastic adhesive member
130: polyethylene member 140: second elastic adhesive member
150: outer socks 200: fitting frame
210: base 212: vertical platform groove
220: vertical bar

Claims (3)

Socks 110 fitted in a stretched state on the vertical stand 220;
A first elastic adhesive member 120 to which an adhesive is applied and bonded to both sides of the entire outer surface of the sole of the sole of the inner socks;
A polyethylene member 130 in the form of a film which is bonded to the entire outer surface of the first elastic adhesive member and has elasticity and does not pass air and moisture;
A second elastic adhesive member 140 to which an adhesive is applied and bonded on both sides of the entire outer surface of the polyethylene member; And
An outer sock 150 that is overlaid on the outside of the inner sock, has the same size and shape as the inner sock, and the inner whole surface of the sole part is bonded to the second elastic adhesive member to be integrated with the inner sock;
When the socks made including the are removed from the vertical stand 220, the inner socks 110 and the outer socks 150 are contracted, and the polyethylene member 130 is also contracted to form a wrinkle part on the entire polyethylene member 130 Socks for preventing dryness of the feet, characterized in that it becomes. The method of claim 1,
The inner socks, the first elastic adhesive member, the polyethylene member, the second elastic adhesive member, and the outer socks are sequentially covered on a vertical stand of a fitting frame having a flat surface on one side and bonded to each other. . The method of claim 2,
The fitting frame is made of a flat base fixed to the floor, a vertical base groove formed in the base, and a vertical bar that is fitted to and detachably coupled to the vertical base groove, and the vertical base is provided with a number of different widths and lengths, and is optionally replaced. Socks for preventing dry feet, characterized in that possible.

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