KR102482052B1 - Compression footwear - Google Patents

Abstract

The present invention relates to compression footwear. The compression footwear, according to the present invention, comprises a silicon yarn (3) composed in a mixing ratio of 40 to 70 weight% of silicon (Si) and 30 to 60 weight% of polyamide (PA). According to the present invention, blood circulation in the lower body or leg area can be improved.

Description

Compression footwear {Compression footwear}

The present invention relates to compression footwear, and more particularly, stockings for improving blood circulation in the legs by varying the degree of compression for each part while increasing aesthetic value by using pattern designs for thighs, calves, ankles and soles. , bands, or footwear such as socks.

Footwear refers to shoes, socks, stockings or bands worn on the lower body or legs.

Stockings are a kind of thin and long socks mainly worn by women, and it was common to wear them for an aesthetic effect or a warming effect.

However, in recent years, not only women's stockings, but also men's stockings, general stockings, and various sports stockings have been provided. In particular, many technologies and products related to compression stockings as functional stockings to improve blood circulation through compression on the legs for leg health. are being provided.

Standing for a long time or sitting for a long time while working can cause problems such as varicose veins or leg edema due to poor blood circulation in the legs. In fact, when there is no exercise while on an airplane for a long time, economy class syndrome, in which legs swell and numb due to poor blood circulation and then die due to blood clots, is well known. Likewise, blood circulation is not smooth, and death due to blood clots may occur.

Compression stockings are worn for the purpose of improving blood circulation by compressing stagnant blood in lower extremity veins in order to prevent or alleviate these problems.

In relation to compression stockings, bands, or leggings worn to improve blood circulation, as a prior art of the Korean Intellectual Property Office, Utility Model Registration No. 20-0487233 “Functional Lace (Patent Document 1)” easily opens and closes the zipper of the leggings. Main outer fabrics (10a, 10b) equipped with zippers, support lining (20) for pressure, in order to firmly hold the upper abdomen, waist and pelvis to correct posture; A compression band 40 that corrects the lower body; a pelvic band 50 in which ventilation holes are formed; support member 60; Functional leggings including a plurality of acupressure means 70 and a guide means 30 for guiding opening and closing of zippers are disclosed, but Patent Document 1 strongly compresses the lower body through the leggings to improve blood circulation and at the same time It is intended to firmly hold the upper abdomen, waist, and pelvis to correct posture, and the present invention provides compression stockings, bands, or socks with pressure differences through patterns for each part of the lower body through silicon yarn, while providing a situation for each user. In order to maximize the wearing effect of compression stockings, bands or socks in consideration of the difference according to, it is intended to provide compression stockings, bands or socks that can provide various choices.

In addition, in Patent Registration No. 10-1949287 “Partial pressure band set of the body (Patent Document 2)”, the pressure band can be attached to clothing, so that the band is bound without being aware of the people around you, and partial pressure is applied to each body part A plurality of bands 20 that surround and partially compress each part of the body surrounded by the clothing 10 to provide a set of partial compression bands of the body that enable exercise in one state, and a fixed belt in the clothing 10 (30) is installed in the vertical direction, and the band (20) is detachable from the fixing strap (30). Although a compression band is disclosed, the present invention provides different compression parts as stockings, bands, or socks. On the other hand, Patent Document 2 has a difference in adopting a method of coupling the compression band to clothing.

In addition, in Patent Registration No. 10-2166181 “Compression Leggings (Patent Document 3)”, it is classified into 8 groups by age and the compression part into 9 parts, and the pressure strength of each part is gradually increased according to the standard body size of Korean women by age. It includes a compression part 1, a lower band 2, an upper band 3, and a vein band to manufacture compression leggings by applying differently, and the compression part 1 includes 9 compression parts. It is subdivided into 8 groups by age and discloses compression leggings that can be provided with different dimensions, but Patent Document 3 provides various dimensions by age and region to enhance the compression effect, but this is It is similar to the present invention that provides diversity such as compression strength in order to increase the effect, but a problem of too much subdivision may occur, but the present invention provides differentiated compression stockings, bands or socks according to the user's situation. There is a difference that can be solved relatively easily with the thickness of the yarn.

In addition, in Registered Patent No. 10-2402222 "Compression Stockings (Patent Document 4)", the pressure is gradually reduced from the sole to the instep, ankle, and calf to provide compression and support to help blood circulation. A weak pressure unit 10 for compressing along the longitudinal direction of the rear part of the calf with a straight knitting method; A middle pressure unit 20 that compresses the ankle and instep with a double knitting method; and a pressure unit 30 that compresses the sole of the foot by a cross-knitting method, wherein the middle pressure unit 20 includes an instep compression unit 21 that compresses the entire area of the instep and the Achilles tendon, including the ankle. While disclosing a compression stocking composed of an ankle compression portion 23 that compresses the entire area of the body, Patent Document 4 is similar to the present invention in that the pressure strength for each part is different, but the present invention is a yarn weaving step. It was diversified so that the compression strength could be varied by varying the thickness of the yarn, and the present invention tried to eliminate the concern about skin trouble while efficiently maintaining the compression strength by using silicon yarn.

Patent Document 1. Registered Utility Model Publication No. 20-0487233 (Announcement Date 2018.08.27) Patent Document 2. Registered Patent Publication No. 10-1949287 (Announcement Date 2019.02.18) Patent Document 3. Registered Patent Publication No. 10-2166181 (Announcement Date 2020.10.15) Patent Document 4. Registered Patent Publication No. 10-2402222 (Announcement Date 2022.05.27)

The present invention was created to solve the above problems of the prior art, and silicone, which was conventionally used to press the lower body or leg by wearing compression stockings, bands, or socks to facilitate blood circulation or prevent dripping, provides a sense of pressure. is good, but there is a problem that skin trouble may occur when it comes into direct contact with the skin, so in the present invention, when wearing compression stockings, bands, or socks through silicone yarn, while maintaining a feeling of pressure, it was intended to eliminate skin trouble concerns.

In addition, when a band made of silicone is used for compression, ventilation problems may occur, but ventilation is facilitated through silicon yarn.

In addition, since the present invention can adjust the compression strength for each part according to the thickness of the yarn in the yarn stage, it is possible to simplify the knitting step without complicating it in order to vary the compression strength for each part, compared to the existing technology, compression stockings, Compared to the existing method in the manufacturing process of bands or socks, it is easier and simpler to manufacture different compression strengths for each part.

In addition, since it is necessary to differentiate the compression strength according to the condition of each user, such as general users, patients, pregnant women, or athletes, the compression strength can be varied according to the thickness of the yarn in the weaving stage, maximizing the compression effect. And it is possible to eliminate concerns about side effects due to excessive pressure.

In addition, by adopting a pattern design to apply pressure to each part of the silicone yarn, an aesthetic design effect of compression stockings, bands, or socks can be given as a side effect.

In the compression footwear (1) having a function of compressing by varying the pressure for each part,

The compression footwear 1 may include a regular yarn 2 and a silicon yarn 3 .

The plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blended yarn.

The silicon yarn 3 may be composed of a mixing ratio of 40 to 70% by weight of silicon (Si) and 30 to 60% by weight of polyamide (PA).

In addition, the thickness of the silicon yarn 3 may be woven in various thicknesses ranging from 20 denier to 1,200 denier.

Different pressures can be applied to any one of the soles 10, ankles 20, calves 30, and thighs 40 through the silicon yarns 3.

Through the silicon yarn 3, pressure for each part may be varied, including any one or more patterns of the sole pattern 11, the ankle pattern 21, the calf pattern 21, and the thigh pattern 41.

It is possible to press the sole 10 through the sole pattern 11 composed of the silicon yarn 3 .

The sole pattern 11 may be characterized in that it is composed of 60 to 70 denier silicon yarn 3 mixed with 40% polyamide (PA) and 60% silicon.

In addition, the sole pattern 11 may be configured in an 'I shape' or a thick 'I shape' or a 'T shape'.

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 may apply a pressure of 30 to 40 mmHg.

It is possible to press the ankle 20 through the ankle pattern 21 composed of the silicon yarn 3.

The ankle pattern 21 may be composed of 40 to 45 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

모양’ 또는 슬림한‘

모양’으로 구성될 수 있다.In addition, the ankle pattern 21 '

'shape' or 'slim'

can be made up of shapes.

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 may apply a pressure of 20 to 30 mmHg.

It is possible to press the calf 30 through the calf pattern 31 composed of the silicon yarn 3.

The calf pattern 31 may be composed of 30 to 35 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

In addition, the calf pattern 31 may be configured in a 'Y shape'.

The calf 30 to which the calf pattern 31 through the silicon yarn 3 is applied can apply a pressure of 10 to 20 mmHg.

The thigh 40 may be pressed through the thigh pattern 41 made of the silicon yarn 3 .

The thigh pattern 41 may be composed of 20 to 25 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

In addition, the thigh pattern 41 may be characterized in that it is composed of a 'C shape' and pressurizes the entire thigh.

The thigh 40 to which the thigh pattern 41 through the silicon yarn 3 is applied can apply a pressure of 5 to 10 mmHg.

In addition, a band part 50 may be added to the upper end of the thigh 40 region.

The silicon yarn 3 may be characterized in that the silicon yarn 3 is composed of different thicknesses (denier) according to general people, patients, pregnant women, and exercise.

The present invention can wear footwear such as compression stockings, bands, or socks without flowing down, and improves blood circulation by compressing the lower body or leg, reducing the risk of varicose veins or edema of the lower extremities for people who do not move for a long time can make it

In addition, in the present invention, when wearing compression stockings, bands, or socks through silicone yarn, there is an effect of removing skin trouble concerns compared to the case of using silicone itself while maintaining a feeling of pressure.

In addition, the present invention has the effect of improving air permeability while improving blood circulation.

In addition, the present invention has the effect of simplifying the manufacturing step compared to stockings, bands or socks that provide different compression for each part.

In addition, since different compression strengths can be used according to the user's health condition, there is an effect of maximizing the compression effect and eliminating concerns about side effects due to excessive pressure.

In addition, the present invention has the effect of enhancing the aesthetics of the product by adding a pattern design to simple stockings, bands or socks.

1 shows an embodiment of the prior art.
Figure 2 is a change picture after 6 hours after wearing a general silicone band (a) and silicone yarn (b).
3 is a view showing the compression area for each area when applied to stockings, which is an embodiment of the present invention.
4 is a view showing an embodiment in which a pattern design for each part is applied when applied to stockings, which is an embodiment of the present invention.

Hereinafter, if it is determined that a detailed description of a related known technology may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, the numbers used in the description process of this specification are only identifiers for distinguishing one component from another component.

In addition, the terms used in this specification and claims should not be construed as limited in a dictionary sense, and based on the principle that the inventor can properly define the concept of terms in order to best explain his/her invention, It should be interpreted as meaning and concept consistent with the technical spirit of the present invention.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, so various equivalents that can replace them at the time of this application It should be understood that water and variations may exist.

A preferred embodiment of the present invention will be described in more detail, but technical parts that have already been well-known will be omitted or condensed for conciseness of description.

For those who sit or stand without movement for a long time, abnormalities such as varicose veins or edema may suddenly occur due to poor blood circulation.

To prevent this, if pressure is applied to the lower body or leg from the outside, blood circulation can be improved by the pressure difference. A lot has been revealed.

However, if the silicone band is used as it is in some parts such as stockings, bands, or socks, it helps to improve blood circulation and solves dripping, but when silicone is in contact with the skin for a long time, skin trouble occurs or ventilation is poor. there is

Furthermore, in the known art of FIG. 1, in the method of manufacturing stockings, a method of improving blood circulation by varying the pressure applied by different knitting methods for each part of the leg is disclosed, but the calf, ankle, and sole of the leg are pressured There is a problem in that the manufacturing process is complicated because the knitting method for making the difference is different.

In the present invention, it is possible to manufacture stockings, bands or socks through knitting by making a thread using a silicone material.

That is, the compression footwear 1 such as compression stockings, bands, or socks is completed by weaving with a silicon yarn 3 using silicon and knitting using the silicon yarn 3.

The silicon yarn 3 is prepared by mixing silicon (Si) and polyamide (PA).

Preferably, it may be mixed in a mixing ratio of 40 to 70% by weight of silicon (Si) and 30 to 60% by weight of polyamide (PA).

In addition, the thickness of the silicon yarn 3 may be woven in various thicknesses ranging from 20 denier to 1,200 denier.

Therefore, the mixing ratio of silicon (Si) and polyamide (PA) may vary according to the thickness (denier) of the silicon yarn (3).

Meanwhile, with respect to the footwear 1, the ratio of silicon (Si) and polyamide (PA) or the thickness of the silicon yarn 3 may vary depending on when stockings, bands, or socks are manufactured.

Silicone yarns can be woven in various thicknesses, show various colors without color resistance, and have excellent elasticity.

In addition, although the weaving process of the silicon yarn 3 is relatively simple, the anti-slip effect is excellent, and there is an effect of holding the muscles or blood vessels of each body part more reliably, so that the pressure effect is excellent compared to other fabrics. .

In addition, although the yarn is made of silicon material, it has excellent flexibility, deformability, and air permeability as in the case of yarn made of fabric, and is particularly advantageous when knitting by specifying a part to show functionality.

In addition, there is an advantage in that irritation to the skin is less than when the silicone itself comes into contact with the skin, so skin troubles are significantly reduced, and problems such as dyeing or bleaching do not occur even after washing.

As shown in FIG. 2, the skin condition (a) after 6 hours after wearing the silicone itself and the skin condition (b) after 6 hours after wearing the silicone yarn can be checked. Arrow part) It can be seen that the stockings woven through the silicon yarn (3) have much less effect on the skin.

below for pressure footwear (1 day As an example A method for manufacturing compression stockings is described.

As shown in FIG. 3, the compression stocking as the compression footwear 1 of the present invention largely includes a normal yarn 2 and a silicone yarn 3.

The plain yarn 2 constitutes the overall frame of the compression stocking as the compression footwear 1.

As a compression footwear (1) according to an embodiment of the present invention, the compression stockings are from the toe through the general yarn (2), the sole (10), the ankle (20), the calf (30) and / or the thigh (40) It is knitted to wrap the whole up to and compress the whole.

The plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blended yarn.

Nylon is a light, soft and elastic material, polyurethane has excellent elasticity and elasticity, and polyester can be used in various blends and has excellent durability.

On the other hand, in the present invention, the lower body or leg is largely divided into four parts: the sole 10, the ankle 20, the calf 30, and the thigh 40, and the pressure applied through the silicon yarn 3 is different. configure it to

Since blood circulation is weakened as far from the heart in the lower body or leg, the higher the pressure applied from the stockings in the order of the sole (10) > ankle (20) > calf (30) > thigh (40), the more efficient it is.

More specifically, the soles of the feet (30 mmHg or more) > ankles (20 to 30 mmHg) > calves (10 to 20 mmHg) > thighs (10 mmHg or less) are preferable.

The silicon yarn 3 can vary the thickness (denier) of the yarn while varying the mixing ratio of silicon (Si) and polyamide (PA) in the weaving process. In the present invention, the silicon yarn 3 is 60 to 70 denier, respectively. , 40 to 45 denier, 30 to 35 denier, 20 to 25 denier, respectively, such as weave.

As shown in FIG. 3, in the compression stockings as the compression footwear (1), the general yarn (2) compresses the entire lower body or leg portion, and the sole (10) is formed through a 35 denier silicon yarn (3). A pressure of 30 to 40 mmHg may be applied through the sole pattern 11 .

In addition, the ankle 20 may apply a pressure of 20 to 30 mmHg through the ankle pattern 21 through the silicon yarn 3 of 30 denier.

In addition, the calf 30 may apply a pressure of 10 to 20 mmHg through the calf pattern 31 through the silicon yarn 3 of 20 denier.

In addition, the thigh 40 may apply a pressure of 5 to 10 mmHg through the thigh pattern 41 through the 15 denier silicon yarn 3 .

As in FIG. 4 , each part will be described in detail below.

1. Sole Pattern (11)

As a compression footwear (1) including a sole pattern (11) that intensively presses the sole (10), the compression stocking may have a stocking structure that entirely covers the lower body or leg, and the lower body or leg as a whole The wrapping function may be performed through the plain yarn (2).

Plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blend yarn.

As the compression footwear 1 including the plain yarn 2, the compression stocking may be configured as one including the sole 10, the ankle 20, and the calf 30.

On the other hand, as the compression footwear 1 including the plain yarn 2, the compression stockings may be configured as one including the sole 10, the ankle 20, the calf 30, and the thigh 40. .

The sole pattern 11 formed on the sole 10 by combining with the general yarn 2 is formed through the silicon yarn 3.

In addition, the sole pattern 11 may be configured in an 'I shape'.

This is because the important blood flow in the soles of the feet extends around the central arch of the soles of the feet.

Therefore, it can be formed extending toward both sides around the arch part located in the center of the sole, and preferably can be configured in a thick 'I shape'.

By means of the sole pattern 11, the sole 10 is pressurized, and the blood does not stagnate and can be pulled up to the ankle.

The sole pattern 11 of the sole 10 may also be applied to the instep.

At this time, the pattern applied to the instep area may consist of a 'T shape'.

For the part of the sole pattern 11 for intensively pressing the sole 10, a silicone yarn 3 containing 40% polyamide (PA) and 60% silicone may be used.

In addition, the sole pattern 11 may use a silicon yarn 3 woven to a thickness of 60 to 70 denier.

In addition, it goes without saying that the sole pattern 11 can be applied to the sole 10 or the instep, and the pressure applied in detail can be varied by varying the thickness according to the arch portion, the edge of the sole, the edge of the instep, and the like.

In addition, the 'I shape' or the thick 'I shape' or the 'T shape' is for explaining an example of expressing the sole pattern 11, and may be designed for aesthetics of stockings.

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 can apply a pressure of 30 to 40 mmHg.

2. Ankle Pattern (21)

As a compression footwear (1) including an ankle pattern (21) that intensively compresses the ankle (20), the compression stockings may have a stocking structure that entirely surrounds the lower body or leg, and the lower body or leg as a whole The function of wrapping around can be achieved through the plain yarn (2).

Plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blend yarn.

The ankle pattern 21 configured at the ankle 20 by combining with the normal yarn 2 is configured through the silicon yarn 3.

모양’으로 구성될 수 있다.In addition, the ankle pattern 21 '

can be made up of shapes.

This is because important parts of the ankle may include the heel of the ankle, the side of the ankle, and the Achilles tendon.

모양’ 모양으로 구성될 수도 있다.The ankle pattern 21 of the ankle 20 may also be applied to the Achilles tendon. At this time, the pattern of the Achilles tendon is slimmer than the ankle pattern (21).

It can also be made up of shapes.

The ankle pattern 21 may press from the heel to the lower part of the calf 30 to press the heel of the ankle 20, and wrap and press the side of the ankle.

In addition, the need to protect and intensively compress the Achilles tendon of the ankle 20 may include a region surrounding the lower part of the calf 30 from the Achilles tendon.

The ankle pattern 21 may be connected as one to pressurize the heel of the ankle, the side of the ankle, and the Achilles tendon to apply pressure differently, and may be configured to pressurize each part separately.

Therefore, it is possible to pressurize the ankle 20 with different pressures in detail, and it is possible to efficiently obtain a pressurizing effect on the heel of the ankle, the side of the ankle, and the Achilles tendon, respectively.

The ankle pattern 21 for intensively compressing the ankle 20 may use a silicone yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

In addition, the ankle pattern 21 may use a silicon yarn 3 woven to a thickness of 40 to 45 denier.

In addition, the ankle pattern 21 can vary the pressure applied in detail by varying the thickness according to the region such as the back of the ankle, the side of the ankle, and the Achilles tendon in detail of the ankle 20 .

모양’ 또는 슬림한‘

모양’은 발목 패턴(21)을 표현하는 일례를 설명하기 위한 것으로서 스타킹의 심미감을 위해 디자인적으로 구성될 수도 있다.Also, the above

'shape' or 'slim'

The 'shape' is for explaining an example of expressing the ankle pattern 21 and may be designed for aesthetics of stockings.

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 can apply a pressure of 20 to 30 mmHg.

3. Calf Pattern (31)

As a compression footwear (1) including a calf pattern (31) that intensively compresses the calf (30), the compression stockings may have a stocking structure that covers the lower body or leg as a whole, and the lower body or leg as a whole The function of wrapping around can be achieved through the plain yarn (2).

Plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blend yarn.

The calf pattern 31 configured in the calf 30 region by combining with the normal yarn 2 is configured through the silicon yarn 3.

In addition, the calf pattern 31 may be configured in a 'Y shape'.

This is because, in particular, blood circulation is important enough to be called the second heart of the calf, and the important thigh artery that goes up to the lower part of the thigh and many blood vessels next to it are located with a lot of blood vessels.

The calf pattern 31 of the calf 30 may be connected from the upper part of the ankle to the lower part of the thigh.

In addition, the calf pattern 31 may include a configuration that presses only the front surface of the calf, the back surface of the calf, or a side surface of the calf, and may be configured such that the front and rear surfaces of the calf are connected as one.

The calf pattern 31 for intensively compressing the calf 30 may use silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

In addition, the calf pattern 31 may use silicon yarn 3 woven to a thickness of 30 to 35 denier.

In addition, it goes without saying that the calf pattern 31 may have different thicknesses depending on the front, rear, or side portions of the calf 30 or vary the pressure applied in detail according to the height of the calf.

In addition, the 'Y shape' is for explaining an example of expressing the calf pattern 31, and may be designed for aesthetics of stockings.

The calf 30 to which the calf pattern 31 through the silicon yarn 3 is applied can apply a pressure of 10 to 20 mmHg.

4. Thigh Pattern (41)

As a compression footwear (1) including a thigh pattern (41) that intensively compresses the thigh (40), the compression stocking may have a stocking structure that entirely surrounds the lower body or leg, and the lower body or leg as a whole The function of wrapping around can be achieved through the plain yarn (2).

Plain yarn 2 may include nylon, polyurethane, polyester or nylon/polyurethane/polyester blend yarn.

The thigh pattern 41 formed on the thigh 40 by combining with the regular yarn 2 is configured through the silicon yarn 3.

In addition, the thigh pattern 41 may extend from the upper part of the calf to the lower part of the 'Y zone', and may be configured in a 'C shape' as a whole to pressurize the entire thigh.

In addition, the 'C shape' is for explaining an example of expressing the thigh pattern 41, and may be designed for aesthetics of stockings.

For the region of the thigh pattern 41 for intensively compressing the thigh 40, silicon yarn 3 containing 45% polyamide (PA) and 55% silicon may be used.

In addition, the thigh pattern 41 may use silicon yarn 3 woven to a thickness of 20 to 25 denier.

In addition, it is preferable not to press too strongly on the thigh 40 to facilitate blood circulation, and since it is sometimes used for the purpose of diet as well as blood circulation, the upper part of the thigh of the thigh pattern 41 can apply weak pressure. It is desirable to configure it so that

Therefore, the thigh 40 applied with the thigh pattern 41 through the silicon yarn 3 can apply a pressure of 5 to 10 mmHg.

In addition, a band part 50 may be added to the upper end of the thigh 40 region.

The band portion 50 is to prevent the end of the compression stocking 1 from being rolled down when in use.

The configuration of each part according to the detailed description of the present invention is shown in Table 1 below.

part pattern name Silicone Yarn(3)
Thickness (denier) Silicone Yarn(3)
mixing ratio Pressure by part
(mm Hg) soles(10) Sole Pattern(11) 60-70 PA 40% : Si 60% 30 to 40 Ankle(20) Ankle Pattern(21) 40-45 PA 45% : Si 55% 20 to 30 Calf (30) Calf Pattern(31) 30 to 35 PA 45% : Si 55% 10 to 20 Thighs (40) Thigh Pattern(41) 20 to 25 PA 45% : Si 55% 5 to 10

Hereinafter, a method for manufacturing compression socks as another embodiment of the compression footwear 1 will be described.

As the compression footwear 1 of the present invention, the compression socks largely include a normal yarn 2 and a silicone yarn 3.

The plain yarn 2 constitutes the overall frame of the compression sock as the compression footwear 1.

As the compression footwear 1 according to another embodiment of the present invention, the compression socks are knitted so as to wrap the entire sole 10 and ankle 20 from the toe through the general yarn 2 so as to compress the whole.

As a compression footwear (1) including a sole pattern (11) and an ankle pattern (21) that intensively press the sole (10) and the ankle (20), the compression sock is a sole (1) and an ankle (2) It may have a structure that wraps the entire area, and the function of covering the entire area may be performed through the general yarn (2).

For the part of the sole pattern 11 for intensively pressing the sole 10, a silicone yarn 3 containing 40% polyamide (PA) and 60% silicone may be used.

In addition, the sole pattern 11 may use a silicon yarn 3 woven to a thickness of 60 to 70 denier.

In addition, it goes without saying that the sole pattern 11 can be applied to the sole 10 or the instep, and the pressure applied in detail can be varied by varying the thickness according to the arch portion, the edge of the sole, the edge of the instep, and the like.

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 can apply a pressure of 30 to 40 mmHg.

The ankle pattern 21 may be connected as one to pressurize the heel of the ankle, the side of the ankle, and the Achilles tendon to apply pressure differently, and may be configured to pressurize each part separately.

Therefore, it is possible to pressurize the ankle 20 with different pressures in detail, and it is possible to efficiently obtain a pressurizing effect on the heel of the ankle, the side of the ankle, and the Achilles tendon, respectively.

The ankle pattern 21 for intensively compressing the ankle 20 may use a silicone yarn 3 mixed with 45% polyamide (PA) and 55% silicon.

In addition, the ankle pattern 21 may use a silicon yarn 3 woven to a thickness of 40 to 45 denier.

In addition, the ankle pattern 21 can vary the pressure applied in detail by varying the thickness according to the region such as the back of the ankle, the side of the ankle, and the Achilles tendon in detail of the ankle 20 .

The sole 10 applied with the sole pattern 11 through the silicon yarn 3 can apply a pressure of 20 to 30 mmHg.

below for pressure of footwear (1) Other As an example A method for manufacturing a pressure band will be described.

As the compression footwear 1 of the present invention, the compression band largely includes a normal yarn 2 and a silicon yarn 3.

The plain yarn 2 constitutes the overall frame of the compression band as the compression footwear 1 .

As a compression footwear (1) according to an embodiment of the present invention, the compression band wraps the entire ankle (20), the entire calf (30), or the entire thigh (40) through a general yarn (2), and It is knitted so that it can compress.

In addition, the ankle pattern 21 is the compression part of the ankle 20, the calf pattern 31 is the compression part of the calf 30, and the thigh pattern 41 is the compression part of the thigh 40. It is constructed through yarn (3).

At this time, the silicone yarn 3 constituting the compression band is composed of 40 to 70% by weight of silicon (Si) and A silicone yarn 3 mixed with polyamide (PA) at a mixing ratio of 30 to 60% by weight may be used.

In addition, the ankle pattern 21, the calf pattern 31, or the thigh pattern 41 may use a silicon yarn 3 woven to a thickness of 20 to 100 denier.

On the other hand, the present invention can present a variety of selection possibilities relatively easily in the manufacturing process for various purposes such as general people, patients, pregnant women, and exercise.

That is, unlike the general public, in the case of patients with low blood pressure or high blood pressure, it is necessary to apply differently from the general public according to the high or low blood pressure, and it is necessary to use it separately for severe patients who already have poor blood circulation.

In addition, since the soles and ankles of pregnant women are well swollen, it is necessary to apply more pressure to that part than the general public, but the calves and thighs need to be pressed similarly or relatively weakly to the general public.

In addition, in the case of exercise, it is necessary to use a different degree of pressurization for each part according to the beginning of exercise or the end of exercise, and there is a need to use a different degree of pressurization according to the type of exercise.

In this case, if it is easily manufactured in various ways through the thickness of the yarn, it can be used more effectively according to the user's purpose.

Therefore, according to the present invention, the thickness of the silicone yarn 3 is specifically varied according to the user's difference or purpose of use, thereby maximizing the blood circulation effect without side effects caused by the use of the compression stocking 10.

In addition, depending on the user's difference or purpose of use, the sole pattern 11, the ankle pattern 21, the calf pattern 31, and the thigh pattern 41 may be configured or arbitrarily selected to intensively configure according to the desired part. there is.

According to the present invention, it is not cumbersome to manufacture by changing the knitting process in order to apply pressure to the lower body or leg to facilitate blood circulation. As a pattern for each part composed of silicon yarn (3) for each part of the entire compression stocking (1), the sole The sole 10 through the pattern 11, the ankle 20 through the ankle pattern 21, the calf 30 through the calf pattern 31, and the thigh 40 through the thigh pattern 41 are pressed for each part. It can be manufactured simply in the manufacturing process so that it can be done.

In addition, by inserting a pattern rather than a knitting process, it can be easily transformed according to each purpose when used for patients, pregnant women, or exercise as well as the general public, so that it can be used for various purposes to provide practical help in improving blood circulation. .

In addition, it is possible to pressurize not only the soles 10, ankles 20, calves 30, and thighs 40, but also detailed parts of the lower body or legs differently, so that the pressurization effect is easier than in the knitting process. can be different.

As described above, the detailed description of the present invention has been made by way of examples, but since the above-described embodiments have only been described with a preferred example of the present invention, it is understood that the present invention is limited only to the above embodiments. It should not be lost, and the scope of the present invention should be understood as the following claims and equivalent concepts.

1 : Compression Footwear
2 : plain yarn
3: Silicon Yarn
10: Sole
11 : sole pattern
20 : Ankle
21 : Ankle Pattern
30: Calf
31 : calf pattern
40 : Thigh
41 : Thigh Pattern
50: band part

Claims (6)

It includes a silicone yarn (3) composed of a mixing ratio of 40 to 70% by weight of silicon (Si) and 30 to 60% by weight of polyamide (PA),
Through the silicon yarn 3, the sole pattern 11, the ankle pattern ( 21), including any one or more patterns of the calf pattern 31 and the thigh pattern 41,
The sole pattern 11 is composed of either a capital 'I shape' or a 'T shape' with left and right branches formed on the upper and lower parts of the bar,
The ankle pattern 21 is '

It consists of 'shape',
The calf pattern 31 is composed of a 'Y shape',
The thigh pattern 41 is composed of a 'C shape',
Consisting of the silicon yarn (3)
Pressing the sole 10 through the sole pattern 11,
Pressing the ankle 20 through the ankle pattern 21,
Pressing the calf 30 through the calf pattern 31,
The thigh 40 is compressed through the thigh pattern 41,
The sole pattern 11 is composed of 60 to 70 denier silicon yarn 3 mixed with 40% polyamide (PA) and 60% silicon,
The ankle pattern 21 is composed of 40 to 45 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon,
The calf pattern 31 is composed of 30 to 35 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon,
The thigh pattern 41 is characterized in that it is composed of 20 to 25 denier silicon yarn 3 mixed with 45% polyamide (PA) and 55% silicon,
Compression stockings that have the function of compressing by varying the pressure for each part
It includes a sole pattern 11, an ankle pattern 21 and a calf pattern 31, or
Characterized in that it includes a sole pattern 11, an ankle pattern 21, a calf pattern 31 and a thigh pattern 41,
Compression socks, which have the function of compressing by varying the pressure for each part,
Characterized in that it includes a sole pattern 11 and an ankle pattern 21,
Compression bands that have the function of compressing by varying the pressure for each part
Characterized in that it comprises an ankle pattern (21), a calf pattern (31) and a thigh pattern (41)
Footwear for compression with the function of compressing by varying the pressure for each part (1) delete delete delete delete According to claim 1,
The silicon yarn (3) is characterized in that the silicon yarn (3) is composed of different thicknesses (denier) according to general people, patients, pregnant women, and exercise
Compression footwear (1) that has the function of compressing by varying the pressure for each part

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