JP3185734U - 5-finger pressure socks - Google Patents

Abstract

Provided is a five-finger pressure sock that enhances blood circulation to each toe of a wearer during walking and supports the wearer's body balance.
In a five-finger socks, a highly elastic elastic thread is inserted in a ring shape between the rear side of each toe part and the front side of the touch ball part of the sole, When worn on the foot, the stem of each toe is tightened appropriately to increase blood circulation to each toe. The five-finger pressur socks have a toe portion that covers the thumb, second finger, third finger, fourth finger, and little finger, and a heel portion that covers the wearer's heel. It may be exposed.
[Selection] Figure 1

Description

  The present invention, when worn on both feet, increases the blood circulation to the toes of the wearer, especially during walking, by knitting a highly elastic elastic thread in the stem of each toe, The present invention relates to a five-finger pressure sock that supports the balance of the wearer's body.

  Socks to be worn on the foot are usually knitted in a cylindrical shape from the sock body to the toe portion, and mainly for the purpose of protecting the foot and keeping warm. As a special example, in order to prevent foot injury and reduce fatigue, the entire body is straightened by elastic yarn with high stretchability without bulging the buttocks as in JP-A-10-46404. There are socks that are circularly knitted and partially arranged with non-stretchable parts. In addition, a five-finger sock that puts each toe separately on the toe portion of the sock is also commercially available in order to prevent contact with each toe and keep clean when worn.

  The existing five-finger socks were knitted with flat knitting, which is the same knitting structure as gloves, so the finger bag part where each toe fits has little elasticity, and the finger bag is the size and shape of the toe. It was cramped and hard to wear. In order to avoid this problem, JP-A-2006-274459, JP-A-2007-39814, JP-A-2009-120982, and the like have been proposed.

  Regarding the five-finger socks, Japanese Patent Application Laid-Open No. 2006-274459 discloses that a toe portion of a sock and a sock body are knitted separately, and the toe portion of a flat knitting has a back tissue on the outside. In Japanese Patent Application Laid-Open No. 2007-39814, the entire high sock is knitted with a flat knitting of elastic yarn, and each part is pressurized with a predetermined pressure, and the pressure is gradually reduced from the lower part to the upper part of the shin part. Japanese Patent Application Laid-Open No. 2009-120982 discloses that the entire sock is knitted by weft knitting, the sock body is composed of a front thread and an elastic thread that is inserted into the front thread and becomes a back thread, and the toe part is more fabric than the sock body The stitches become coarser than the knitted fabric of the sock body. In Japanese Patent Application Laid-Open No. 2009-191419, the finger pouch portion of each toe has a knitted structure in which one or two flat knitting and one or two tuck knitting are alternately knitted in the course direction.

Japanese Patent Laid-Open No. 10-46404 JP 2006-274459 A JP 2007-39814 A JP 2009-120982 A JP 2009-191419 A

  The sports socks disclosed in Japanese Patent Laid-Open No. 10-46404 have no particular effect of increasing blood circulation to each toe of the wearer even if there is some taping effect due to the elastic yarn having high elasticity. Further, the five-finger socks disclosed in Japanese Patent Application Laid-Open No. 2006-274459 is easy to insert a toe and has a good feel on the wearer's toe. Japanese Patent Application Laid-Open Nos. 2007-39814, 2009-120982, and 2009-191419 propose five-finger socks that are easy to wear and less fatigued. There is no function that can be lifted up to hold the ground with five fingers.

  Unlike the conventional five-finger socks, the present invention has been proposed to obtain a comfortable wearing feeling and a correct posture, and provides a five-finger pressure sock that increases blood circulation to each toe by wearing. The purpose is that. Another object of the present invention is to provide a five-finger pressurization sock that can hold the foot firmly and stabilizes the balance of the body when standing upright.

  In the five-finger pressure socks according to the present invention, the toe portion is separated into the thumb, the second finger, the third finger, the fourth finger, and the little finger, and the elastic yarn is knitted as a whole. The sock according to the present invention, in each toe, by inserting a highly elastic elastic thread in an annular shape between the rear side of the wearer's finger head and the front side of the touch ball part of the sole, When worn on the foot, the stem of each toe is properly tightened, and blood circulation to each toe is increased, so that it can be strung to grab the ground with five fingers. The five-finger pressur socks have a toe portion that covers the thumb, second finger, third finger, fourth finger, and little finger, and a heel portion that covers the wearer's heel. It may be exposed.

  The other five-finger pressure socks according to the present invention have a highly elastic elastic band between each rear toe part of the toe part and the front part of the touch ball part of the sole. Insert the ring in a ring, and insert a highly elastic elastic thread around the wearer's arch in a ring shape. Increases blood circulation to the body and supports the vertical arch on the sole of the wearer, making it less likely to get tired when walking. The five-finger pressure socks have a toe portion that covers the thumb, second finger, third finger, fourth finger, and little finger, and a cylindrical portion that covers the wearer's arch, and the wearer's heel is exposed. May be.

  Another five-finger pressurization sock according to the present invention has a highly elastic elastic band between each toe part between the rear side of the wearer's finger head and the front side of the touch ball part of the sole. Insert the ring in a ring, and insert a highly elastic elastic thread around the wearer's arch and lower shin. In addition, it increases blood circulation to each toe and further supports the wearer's arch, Achilles tendon, and ankle ligaments to reduce fatigue during walking.

  In the five-finger pressure socks according to the present invention, it is preferable that the tip of the toe portion covering the thumb, the second finger, the third finger, the fourth finger, and the little finger is opened and the wearer's toes are exposed.

  The five-finger pressure socks according to the present invention have a toe portion separated for each thumb, second finger, third finger, fourth finger, and little finger, and when worn on the foot, the stem of each toe is tightened appropriately. This increases blood circulation to each toe during walking, improves the circulation of peripheral blood vessels, makes the toes feel delicate, and can be stepped firmly to grab the ground with five fingers. The five-finger pressure socks of the present invention can provide a comfortable wearing feeling by improving blood circulation to each toe. Wearing the five-finger pressure socks of the present invention stabilizes the balance of the upper and lower sides of the foot and stabilizes the balance of the upper body. As a result, fatigue of the neck and shoulders of the body can be reduced, and the internal organs of the wearer Function is also activated.

  In the five-finger pressurization socks of the present invention, when a highly elastic elastic thread is inserted into the belt on the wearer's arch, the vertical arch on the sole is supported and the vertical arch on the sole is stabilized. Your feet are less likely to get tired and you can step on your feet more firmly. Wearing this five-finger pressur sock achieves a neat and beautiful upright posture and enables more stable walking.

  In the five-finger pressure socks of the present invention, when a highly elastic elastic thread is inserted into the wearer's arch and lower shin part in a ring shape, the lower shin part of the wearer is supported and the stability of the ankle part is supported. To increase. Wearing these five-finger pressur socks can achieve the right balance for the body in walking in daily life and in sports of interest such as golf and jogging.

It is a top view which shows the folded state of an example of the five-finger pressurization socks which concern on this invention. It is a top view which illustrates the knitting | organization organization chart of the high expansion-contraction part of a five-finger pressurization sock. It is a perspective view which shows the high sock which has three high expansion-contraction parts. It is a perspective view which shows the perforated socks which have three high expansion-contraction parts. It is a perspective view which shows the anklet which has two high expansion-contraction parts. It is a perspective view which shows the front part socks which have two high expansion-contraction parts. It is a perspective view which shows the foot cover which has one high expansion-contraction part. It is a perspective view which shows the perforated foot cover which has one high expansion-contraction part.

  FIG. 1 illustrates a plane of a five-finger pressure sock 1 according to the present invention, which includes a stocking, a high sock 2 (FIG. 3), a crew sock, a sock and an anklet 3 (FIG. 5). , Short socks, front socks, foot cover 4 (FIG. 7) and the like. If the toe portion 5 is separated for each of the thumb portion 6, the second finger portion 7, the third finger portion 8, the fourth finger portion 9, and the little finger portion 10, the five-finger pressure socks 1 The finger pouch portion may be sealed as shown in FIGS. 3, 5, and 6, or may be opened as shown in FIGS. 4 and 8, and one of the five toes as required. Only the part may be opened.

  The five-finger pressure socks 1 are usually knitted as a whole by a flat knitting machine. Alternatively, only the toe portion 5 may be knitted with a flat knitting machine, the sock body portion 12 may be individually knitted with a circular knitting machine, and integrated by linking after knitting both. The five-finger pressure socks 1 are knitted with nylon yarn, polyester yarn, cotton yarn, acrylic yarn, polyurethane yarn, rubber yarn, etc., preferably nylon yarn, polyester yarn, cotton yarn to give elasticity to the whole. Alternatively, a surface yarn that is a blended yarn of cotton and polyester fibers or acrylic fibers, and a back yarn that is a covering yarn in which the periphery of a polyurethane yarn or a rubber yarn is covered with a polyester yarn as a supplementary yarn may be knitted. As desired, the five-finger pressure socks 1 can be formed in two stages in order to partially change the hardness, or the surface of the collar 14 or the like can be cured by post-processing.

  FIG. 2 illustrates a knitting structure diagram of the toe elastic part 16, the intermediate elastic part 18, and the lower shin elastic part 20 which are high elastic parts in the five-finger pressure socks 1. In these parts, the high stretch yarn 22 is actively fed with the high stretch yarn 22 and the high stretch yarn 22 is inserted and knitted into a flat knitted fabric in an annular shape, and the insert knitting is about 1.3 to 1.8 times the original length. Is appropriate. The high stretchable yarn 22 may be a polyurethane yarn, a rubber yarn, a polyurethane yarn or a double covering yarn in which the periphery of the rubber yarn is covered with a nylon yarn. In the toe elastic part 16, the intermediate elastic part 18, and the lower shin elastic part 20, the cloth becomes relatively thick due to the presence of the belt-shaped high elastic thread 22, and the high elastic thread 22 is arranged on the back side of the sock so that the wearer The legs can be tightened effectively and strongly.

  In the five-finger pressurization socks 1, as shown in FIGS. 3 to 7, at least the toe extension / contraction part 16 needs to be a high extension / contraction part. The highly elastic toe extension / contraction part 16 is arranged from the rear side of the wearer's finger head to the front side of the touch ball part of the sole in each of the toe parts 6 to 10, and the wearer's finger head and sole Does not reach on the ball. For this reason, the toe extension / contraction part 16 does not extend from the joint part to the base end of each toe part 6 to 10 as shown in FIG. May be inserted. The highly elastic toe elastic part 16 has a predetermined lateral width between the rear side of the wearer's finger head and the front side of the touch ball part of the sole. By tightening appropriately, blood circulation to each toe can be enhanced during walking, and a feeling of grabbing the ground with five fingers can be obtained.

  As illustrated in FIGS. 3 to 6, the five-finger pressure socks 1 can also make the intermediate stretchable portion 18 corresponding to the wearer's arch a highly stretchable portion. It is preferable that the highly stretchable intermediate stretchable portion 18 is disposed from the rear side of the touch ball portion on the sole of the wearer to the front side of the buttocks. The highly elastic intermediate expansion / contraction part 18 supports the vertical arch on the sole of the wearer, and the vertical arch on the sole stabilizes so that the foot is less likely to get tired.

  As illustrated in FIGS. 3 and 4, the five-finger pressure socks 1 can further make the lower shin expansion / contraction part 20 a high expansion / contraction part. The highly elastic lower shin extension part 20 supports the wearer's lower shin part and increases the stability of the ankle part. The presence of the highly elastic lower shin expansion / contraction part 20 makes it easy to achieve a proper balance for the body even in walking in daily life and in sports of interest such as golf and jogging.

  For the five-finger pressur socks 1, a material excellent in moisture absorption and quick drying functions can be used, and a material having a deodorizing function can be selected. The five-finger pressurization socks 1 may be a yarn having hygroscopicity or air permeability, or may be impregnated with an antibacterial agent after knitting.

  When the five-finger pressur socks 1 are worn, a feeling of wearing is good by separating the toes, and when an antibacterial agent or the like is added, the growth of athlete's foot, that is, ringworm fungus can be prevented. In Japan, it is estimated that there are millions of athlete's foot patients, and when these people wear the five-finger pressurized socks 1, the balance of the body is stabilized and it is useful for preventing athlete's foot or preventing breeding.

  Next, this invention is demonstrated based on an Example. FIG. 3 shows a high sock 2 which is an example of a five-finger pressure sock 1, and the whole is knitted by a flat knitting machine, and the toe part is a thumb part, a second finger part, a third finger part, a fourth finger part, Separated by little finger. The high socks 2 are knitted with a front yarn, which is a blended yarn of cotton and polyester fibers, and a back yarn, which is a covering yarn in which the periphery of a polyurethane yarn is covered with a polyester yarn as a splicing yarn, and the entire sock has elasticity. The high socks have a color pattern of colored yarns at the toe portion 24 and the heel portion 26, and the rib top 28 is set up with a flat knitted fabric by inserting and knitting rubber yarn.

  In the high socks 2, the toe elastic part 16, the intermediate elastic part 18 and the lower shin elastic part 20 are inserted into the flat knitted fabric in a ring shape by the active supply of the high elastic thread 22 (FIG. 2). Knitting. The high stretch yarn 22 is a double covering yarn in which a polyurethane yarn is covered with a nylon yarn. In the toe elastic part 16, the intermediate elastic part 18 and the lower shin elastic part 20, the cloth becomes relatively thick due to the presence of the belt-shaped high elastic thread 22, and the high elastic thread 22 is arranged on the back side of the sock so that it can be worn. A person's foot can be tightened partially and effectively.

  FIG. 4 shows a perforated sock 30 that is an example of a five-finger pressure sock 1 and its toe portion is separated into a thumb portion, a second finger portion, a third finger portion, a fourth finger portion, and a little finger portion. ing. In the perforated socks 30, the finger pouches of each toe are cut at the position of the first joint, all of the five finger pouches are opened, and the wearer's toes are exposed. The perforated socks 30 are knitted with nylon yarn, rubber yarn, polyurethane yarn, cotton yarn or the like.

  In the perforated socks 30, the toe elastic part 16, the intermediate elastic part 18, and the lower shin elastic part 20 are inserted and knitted into the flat knitted fabric by the positive supply of the high elastic thread 22 (FIG. 2). . The toe extension / contraction part 16 may coincide with the peripheral end of the open finger pouch, or may be slightly spaced from the peripheral end. The high stretchable yarn 22 is a highly stretchable rubber yarn or polyurethane yarn. In the toe elastic part 16, the intermediate elastic part 18 and the lower shin elastic part 20, the cloth becomes relatively thick due to the presence of the belt-shaped high elastic thread 22, and the high elastic thread 22 is arranged on the back side of the sock so that it can be worn. Tighten the person's feet effectively.

  FIG. 5 shows an anklet 3 which is an example of a five-finger pressurizing sock 1, and its toe portion is separated into a thumb portion, a second finger portion, a third finger portion, a fourth finger portion, and a little finger portion. . The anklet 3 has a colored pattern of colored yarns at the toe portion 24 and the heel portion 26, and the rib top 28 is set up by a flat knitted fabric by inserting and knitting rubber yarn.

  In the anklet 3, the toe elastic part 16 and the intermediate elastic part 18 are knitted by inserting the high elastic yarn 22 into the flat knitted fabric in an annular shape by positive feeding of the high elastic yarn 22 (FIG. 2). In the toe elastic part 16 and the intermediate elastic part 18, the cloth becomes relatively thick due to the presence of the belt-shaped high elastic thread 22, and the high elastic thread 22 is arranged on the back side of the sock, so that the wearer's foot is partially Tighten effectively and strongly.

  FIG. 6 shows a front partial sock 32 that is an example of a five-finger pressure sock 1, and its toe portion is separated into a thumb portion, a second finger portion, a third finger portion, a fourth finger portion, and a little finger portion. ing. The front sock 32 has a toe portion covering each toe and a tube portion covering the wearer's arch, and the wearer's heel is exposed. The front socks may have a highly stretchable intermediate stretchable portion 18 as shown, but may be so short that the intermediate stretchable portion cannot be formed.

  In the front part socks 32, the toe elastic part 16 and the intermediate elastic part 18 are knitted by inserting the high elastic yarn 22 into the flat knitted fabric in an annular shape by positively feeding the high elastic yarn 22 (FIG. 2). In the toe elastic part 16 and the intermediate elastic part 18, the cloth becomes relatively thick due to the presence of the belt-like high elastic thread 22, and the high elastic thread 22 is arranged on the back side of the sock so that the wearer's foot is effectively removed. tighten.

  FIG. 7 shows a foot cover 4 that is an example of a five-finger pressure sock 1 and its toe portion is separated into a thumb portion, a second finger portion, a third finger portion, a fourth finger portion, and a little finger portion. Yes. The foot cover 4 has a toe portion that covers each toe and a heel portion that covers the wearer's heel, and the instep of the wearer's foot is exposed. When the foot cover 4 is knitted with relatively thin knitting yarn and elastic yarn, it is also possible to wear stockings on the foot cover.

  In the foot cover 4, the toe elastic part 16 is knitted by inserting the high elastic yarn 22 into the flat knitted fabric in an annular shape by positively feeding the high elastic yarn 22 (FIG. 2). In the toe extension / contraction part 16, the cloth becomes relatively thick due to the presence of the belt-like high stretch yarn 22, and the high stretch yarn 22 is arranged on the back side of the sock to effectively tighten the foot of the wearer.

  FIG. 8 shows a perforated foot cover 34 that is an example of a five-finger pressure sock 1 and its toe portion is separated into a thumb portion, a second finger portion, a third finger portion, a fourth finger portion, and a little finger portion. doing. When the perforated foot cover 34 is knitted with a relatively thin knitting yarn and elastic yarn, it is also possible to wear stockings on the foot cover.

  In the perforated foot cover 34, the toe elastic part 16 is knitted by inserting the high elastic thread 22 into the flat knitted fabric in an annular shape by positively supplying the high elastic thread 22 (FIG. 2). The toe extension / contraction part 16 becomes relatively thick due to the presence of the band-shaped high elastic yarn 22, and the high elastic yarn 22 is arranged on the back side of the sock to effectively tighten the wearer's foot.

DESCRIPTION OF SYMBOLS 1 Five-finger pressurization socks 5 Toe part 6 Thumb part 7 Second finger part 8 Third finger part 9 Fourth finger part 10 Little finger part 12 Socks body part 14 Grow part 16 Toe extension part 18 Intermediate extension part 20 Lower shin extension part Part

Claims (6)

  A five-finger pressure sock in which the toe part is separated into the thumb, the second finger, the third finger, the fourth finger, and the little finger, and the elastic yarn is knitted entirely, and each of the toes has a wearer's sock By inserting a highly elastic elastic thread in a ring shape between the rear side of the finger head and the front side of the touch ball part of the sole, when worn on the foot, each stem is properly tightened, A five-finger pressure sock that can be stretched to grab the ground with five fingers by increasing blood circulation to the toes.   The sock according to claim 1, further comprising a toe portion covering the thumb, the second finger, the third finger, the fourth finger, and the little finger, and a heel portion covering the wearer's heel, wherein the instep of the wearer is exposed.   A five-finger pressure sock in which the toe part is separated into the thumb, the second finger, the third finger, the fourth finger, and the little finger, and the elastic yarn is knitted entirely, and each of the toes has a wearer's sock A highly elastic elastic thread is inserted into the belt ring from the rear side of the finger head to the front side of the touch ball part of the sole, and the high elastic elastic thread is formed in the band of the wearer. When worn on the foot, the stem of each toe is tightened appropriately to increase blood circulation to each toe during walking, and further to support the vertical arch on the sole of the wearer, and fatigue when walking 5-finger pressure socks that become difficult.   The sock according to claim 3, further comprising a toe portion covering the thumb, the second finger, the third finger, the fourth finger, and the little finger, and a tube portion covering the arch of the wearer, wherein the wearer's heel is exposed.   A five-finger pressure sock in which the toe part is separated into the thumb, the second finger, the third finger, the fourth finger, and the little finger, and the elastic yarn is knitted entirely, and each of the toes has a wearer's sock A highly elastic elastic thread is inserted in a loop from the back of the finger head to the front of the tactile ball on the sole, and the elastic thread is highly elastic on the arch and lower shin of the wearer. When worn on the foot, the stem of each toe is properly tightened to increase blood circulation to each toe during walking, and the wearer's arch, Achilles tendon and ankle ligament 5-finger pressurization socks that help to reduce fatigue when walking.   The sock according to claim 1, 3 or 5, wherein the tip of the toe portion covering the thumb, the second finger, the third finger, the fourth finger and the little finger is opened and the toes of the wearer are exposed.

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