Elastic sock

Abstract

The utility model discloses an elastic sock, which relates to the technical field of socks and comprises a first pressure area, a second pressure area and a third pressure area. The second pressure area annularly wraps the middle part of the sock leg and has pressure; the third pressure area wraps the heel in a three-dimensional right-angle shape and has pressure; the fourth pressure area annularly wraps the instep and the planta pedis and has pressure; the fifth pressure area annularly wraps the proximal phalanx and has pressure; according to the X-shaped reinforcing pressure area, the cross point of the X shape is located at the position of the scaphoid bone, the cross point extends to form two sections of annular areas to wrap the upper portion of the heel and the arch, and pressure is achieved. According to the utility model, the ankle sprain can be effectively prevented, the arch settlement is prevented, the exercise fatigue is relieved, the force application area is large, the force application modes are diversified, and the arch shape of the arch is effectively kept.

Description

Technical Field

[0001] The utility model relates to the technical field of socks, in particular to elastic socks. Background Art

[0002] With the continuous development of my country's economy, people's living standards are getting higher and higher, and people's requirements for textiles in daily life are also getting higher and higher. Socks have become a must-have textile for people, especially in outdoor sports activities. For example, playing ball, running, mountain climbing, etc., when the foot is active for a long time and the movements are large or fast, it is usually easy to cause ankle sprains. In order to protect the ankle from sprains, or to protect the sprained ankle from further injury, there are currently some ankle sleeves (commonly known as ankle guards) with cushioning functions. They can be used to tighten the ankle to reduce the vibration of the ankle. However, since the ankle sleeve is tightly tied to the ankle, wearing it for a long time can easily cause the skin to become stuffy and even cause skin allergies. They have poor air permeability and poor comfort. In addition, the toe and heel of traditional socks are the places where the greatest force is applied when people walk, so they start to thin or even break at these two places. At this time, the sock body and the sock tube are often intact, but they have to be unable to be worn again due to the damage of the toe and heel, which causes waste. Some socks will fall off to the heel during walking or exercise, making them uncomfortable to wear. Traditional socks only have the function of traditional socks, and do not have the function of protecting ankles and soles. In order to protect ankles and prevent sprains, existing socks often set a pressure zone at the junction of the upper tube and the lower tube of the socks. In order to protect the arch of the foot, an annular pressure zone or an irregular pressure zone is often used.

[0003] For example, the patent with publication number CN206371531U discloses a protective nano-silver antibacterial sports socks, including sock fabric. The characteristics are as follows: the sports socks are composed of an elastic sock opening (1), a sock tube (2), an ankle tightening band (3), a sock heel (4), a foot tightening band (5), a sock body (6), and a sock toe (7). The elastic sock opening (1) is composed of an elastic band and a cotton fabric layer, and the elastic sock opening (1) is composed of an inner and outer layer. The sock heel is embedded in the ankle tightening band (3), the elastic sock opening (1) is connected to the sock tube (2), and the ankle tightening band (3), the foot tightening band (5) and the sock body (6) are connected by sewing. The existing ankle pressure zone has a relatively small area applied to the joint and cannot fully protect the ankle joint group; the existing pressure zone applies a single pressure and does not distribute different pressures according to the thickness of the leg and the direction of the muscles; the existing arch annular pressure fiber zone can only fix part of the arch bone muscle group and cannot maintain the arch shape; the existing irregular arch pressure zone cannot work together with the ankle pressure zone. It can protect the ankle joint and prevent the arch from settling. Utility Model Content

[0004] Technical problems to be solved by utility models

[0005] In view of the technical problems that existing socks have a small force application area, a single force application method, and cannot maintain the arch shape of the foot, the utility model provides an elastic sock that can effectively prevent ankle sprains, prevent the arch of the foot from settling, relieve sports fatigue, have a large force application area, and a variety of force application methods, and effectively maintain the arch shape of the foot.

[0006] Technical Solution

[0007] In order to solve the above problems, the technical solution provided by the utility model is:

[0008] An elastic sock comprises a first pressure zone, which is annularly wrapped around the upper part of the sock tube and has pressure; a second pressure zone, which is annularly wrapped around the middle part of the sock tube and has pressure; a third pressure zone, which is three-dimensionally wrapped around the heel at a right angle and has pressure; a fourth pressure zone, which is annularly wrapped around the instep and the sole and has pressure; a fifth pressure zone, which is annularly wrapped around the proximal phalanx and has pressure; and an X-shaped reinforced pressure zone, wherein the intersection of the X is located at the navicular bone, and two annular areas extend from the intersection and wrap around the upper part of the heel and the arch of the foot and have pressure.

[0009] By setting the pressure in 5 pressure zones, it can protect the ankle joint and effectively prevent ankle sprains. It has a large force application area and various force application methods. The X-shaped reinforced pressure zone allows the arch of the foot to maintain an upward pulling force, relieve the collapse and flattening of the arch caused by exercise, prevent the arch from settling, and relieve sports fatigue.

[0010] Optionally, the first pressure zone has the tightest weaving density and the greatest pressure.

[0011] The pressure in the first pressure zone acts on the calf muscles, which can promote blood circulation and have the effect of a leg wrap.

[0012] Optionally, the weaving density and pressure of the second pressure zone and the fourth pressure zone are second only to those of the first pressure zone.

[0013] The pressure and wrapping force in the second and fourth pressure zones are one level lower than those in the first pressure zone, so as to stabilize the Achilles tendon and the plantar arch fascia without being too tightly wrapped to prevent free movement.

[0014] Optionally, the weaving density and the pressure of the third pressure zone are smaller than those of the second pressure zone and the fourth pressure zone.

[0015] The knitting density and pressure seal of the third pressure zone are smaller, which facilitates the movement of the ankle joint.

[0016] Optionally, the weaving density and pressure of the second pressure zone and the fourth pressure zone are the largest.

[0017] This is a parallel solution. The second pressure zone and the fourth pressure zone of the sock body have greater wrapping pressure and tightness, and the sock body feels tight when worn.

[0018] Optionally, the weaving density and pressure of the first pressure zone are second only to those of the second pressure zone and the fourth pressure zone.

[0019] As an option, the thickness of the X-shaped reinforced pressure zone is thicker than other areas of the sock body.

[0020] Optionally, the pressure in the X-shaped reinforced pressure zone is greater than that in other areas of the sock body.

[0021] The X-shaped reinforced pressure zone provides better pressure, allowing the arch of the foot to maintain an upward pulling force, alleviating the collapse and flattening of the arch caused by exercise.

[0022] Optionally, the annular area of ​​the X-shaped reinforced pressure zone surrounding the upper part of the heel is located at the junction of the second pressure zone and the third pressure zone.

[0023] On the basis of the second pressure zone and the third pressure zone, the upper part of the X-shaped reinforced pressure zone is fixed more firmly, further increasing the lifting force on the arch of the foot.

[0024] Beneficial Effects

[0025] Compared with the prior art, the technical solution provided by the utility model has the following beneficial effects:

[0026] The technical solution provided by the utility model sets a stepped pressure system from the first pressure zone to the fifth pressure zone, which can not only play a role in protecting the ankle joint, but also does not affect the joint activity and the exercise efficiency. On the basis of the five pressure zones, an X-shaped reinforced pressure zone is set on the upper tube, lower tube and ankle of the socks. The thickness of the reinforced pressure zone is thicker than other parts of the sock surface. In addition, it is woven with fiber materials with good resilience, so that the pressure of the X-shaped reinforced pressure zone is better. One section of the X-shaped reinforced pressure zone acts on the Achilles tendon and the upper end of the heel bone, and the other section acts on the arch of the foot. At the navicular bone, the two sections are connected at the ankle to form an X-shaped cylindrical closed loop, so that the arch of the foot can maintain an upward pulling force, relieving the collapse and flattening of the arch of the foot caused during exercise. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 A schematic diagram of the outer structure of an elastic sock proposed in an embodiment of the utility model;

[0028] Figure 2 A schematic diagram of the front structure of an elastic sock proposed in an embodiment of the utility model;

[0029] Figure 3A schematic diagram of the inner structure of an elastic sock proposed in an embodiment of the utility model;

[0030] Figure 4 A rear view structural schematic diagram of an elastic sock proposed in an embodiment of the utility model;

[0031] Figure 5 A schematic diagram of the corresponding position of the foot of an elastic sock proposed in an embodiment of the utility model;

[0032] Figure 6 A comparison diagram of collapsed arches of elastic socks proposed in an embodiment of the utility model;

[0033] 1. Sock opening; 2. Sock shaft; 201. First pressure zone; 202. Second pressure zone; 203. Third pressure zone; 221. X-shaped zone 1; 222. X-shaped zone 2; 3. Heel; 4. Sole; 401. Fourth pressure zone; 402. Fifth pressure zone; 422. X-shaped zone 3; 5. Toes. DETAILED DESCRIPTION

[0034] In order to further understand the content of the utility model, the utility model is described in detail in conjunction with the accompanying drawings and embodiments.

[0035] Example 1

[0036] Combined with Figure 1-5 , an elastic sock, including a first pressure zone 201, which is annularly wrapped around the upper part of the sock tube 2, has pressure characteristics, and is constructed by weaving spandex coated yarn and elastic band, with the densest weaving density and the strongest pressure performance. The pressure in this area acts on the calf muscles, aiming to effectively promote blood return and achieve the effect similar to leggings. The first pressure zone 201 is below the sock opening 1.

[0037] The second pressure zone 202 is annularly wrapped around the lower part of the sock tube 2 and has pressure. It is annularly wrapped around the lower part of the sock tube 2 and also uses spandex coated yarn and elastic band weaving technology. Its weaving density and pressure level are slightly inferior to the first pressure zone 201, but still maintain a relatively high level.

[0038] The third pressure zone 203 is wrapped around the heel 3 in a three-dimensional right-angle shape and has pressure. It is wrapped around the heel 3 in a three-dimensional right-angle shape and has pressure. It is woven from spandex covered yarn and elastic band, and its weaving density and pressure are reduced compared to the second pressure zone 202.

[0039] The fourth pressure zone 401 is annularly wrapped around the instep and sole 4 and has pressure. It is annularly wrapped around the instep and sole 4 and has pressure. It is also formed by weaving spandex covered yarn and elastic band. Its weaving density and pressure are equivalent to those of the second pressure zone 202, but slightly lower than those of the first pressure zone 201.

[0040] The fifth pressure zone 402 is annularly wrapped around the proximal phalanx and has pressure. It is annularly wrapped around the proximal phalanx and has pressure. It is still constructed by weaving spandex coated yarn and elastic band. Its weaving density and pressure are the weakest among all pressure zones.

[0041] X-shaped reinforced pressure zone, the intersection of the X is located at the navicular bone, and the intersection extends into two annular areas that wrap around the top of the heel 3 and the arch of the foot, with pressure. Its intersection is located at the navicular bone, and the intersection extends into two annular areas that wrap around the top of the heel 3 and the arch of the foot, respectively, with pressure, and its thickness and pressure are greater than other areas of the sock body. Among them, the annular area wrapped around the top of the heel 3 is located at the junction of the second pressure zone 202 and the third pressure zone 203. The X-shaped reinforced pressure zone is woven with fiber materials with excellent resilience, aiming to enhance the support effect on the Achilles tendon, the upper end of the heel 3 calcaneus and the arch of the foot, especially helping to prevent the arch of the foot from collapsing and flattening during exercise.

[0042] The first pressure zone 201 to the fifth pressure zone 402 are all woven with spandex coated yarn and elastic band as pressure zones. On the existing sock machine equipment, different weaving organization designs are used to match raw materials with different pressures, and socks are set with different weaving densities. It is not only convenient for mass production, but also widely used. It can be realized in various sports such as running, basketball, football, badminton, etc. The weaving density of the first pressure zone 201 is the tightest and the pressure is the greatest. The weaving density and pressure of the second pressure zone 202 and the fourth pressure zone 401 are second only to the first pressure zone 201. The weaving density and pressure of the third pressure zone 203 are less than those of the second pressure zone 202 and the fourth pressure zone 401. The weaving density and pressure of the fifth pressure zone 402 are equal to those of the third pressure zone 203. The utility model sets up a first pressure zone 201, a second pressure zone 202, a third pressure zone 203, a fourth pressure zone 401, and a fifth pressure zone 402, wherein the pressure in the first pressure zone 201 is the tightest, the weaving density is the tightest, and the pressure acts on the calf muscles, which can promote blood reflux and play the effect of leggings. The second pressure zone 202 and the fourth pressure zone 401 have a weaving density that is loosened by one level, and the wrapping force is reduced by one level to stabilize the Achilles tendon and the arch fascia of the sole of the foot. The third pressure zone 203 corresponds to the ankle joint, and the pressure is loosened by one level in turn to facilitate the movement of the ankle joint. The stepped pressure of the five pressure zones can not only protect the ankle joint from fixing, but also does not affect the movement of the joint part and the exercise efficiency. The pressure zones use different weaving tissues and raw materials, and use gradient pressure levels to fix the ankle joints, muscles, and tendons.

[0043] The thickness of the X-shaped reinforced pressure zone is thicker than other areas of the sock body. The pressure of the X-shaped reinforced pressure zone is greater than other areas of the sock body. The annular area of ​​the X-shaped reinforced pressure zone wrapped around the heel 3 is located at the junction of the second pressure zone 202 and the third pressure zone 203. On the basis of the five pressure zones, X-shaped reinforced pressure zones are set on the upper tube, lower tube and ankle parts of the socks. The thickness of the reinforced pressure zone is thicker than other parts of the sock surface. In addition, it is woven with fiber materials with good resilience, so that the pressure of the reinforced pressure zone is better. One section of the reinforced pressure zone acts on the Achilles tendon, the upper end of the heel 3 calcaneus, and the other section acts on the arch of the foot, at the navicular bone. The two sections are connected at the ankle to form an X-shaped cylindrical closed loop. This allows the arch of the foot to maintain an upward pulling force, alleviating the collapse and flattening of the arch caused during exercise (combined with the attached Figure 6 ).

[0044] Example 2

[0045] Compared with the technical solution of Example 1, the elastic socks of this embodiment can be improved as follows:

[0046] The knitting density and pressure of the second pressure zone 202 and the fourth pressure zone 401 are the largest. This is a parallel solution, the wrapping pressure and tightness of the second pressure zone 202 and the fourth pressure zone 401 of the sock body are greater, and the sock body feels tight when worn. The knitting density and pressure of the first pressure zone 201 are second only to those of the second pressure zone 202 and the fourth pressure zone 401.

[0047] The above schematically describes the present invention and its implementation methods, which are not restrictive. The drawings show only one implementation method of the present invention, and the actual structure is not limited thereto. Therefore, if ordinary technicians in this field are inspired by it and design structural methods and embodiments similar to the technical solution without creativity without departing from the purpose of the present invention, they should all fall within the protection scope of the present invention.

Claims

1. An elastic sock, characterized in that: include The first pressure zone is annularly wrapped around the upper part of the sock and exerts pressure; The second pressure zone is annularly wrapped around the middle of the sock tube and has pressure; The third pressure zone is wrapped around the heel in a three-dimensional right-angle shape and has pressure; The fourth pressure zone is a ring-shaped area surrounding the instep and sole of the foot and exerts pressure; The fifth pressure zone is annularly wrapped around the proximal phalanx and has pressure; The X-shaped reinforced pressure zone has an X-shaped intersection located at the navicular bone, and two annular areas extending from the intersection wrap around the upper heel and the arch of the foot to provide pressure.

2. The elastic stocking according to claim 1, characterized in that: The first pressure zone has the tightest weaving density and the greatest pressure.

3. The elastic stocking according to claim 2, characterized in that: The weaving density and pressure of the second pressure zone and the fourth pressure zone are second only to those of the first pressure zone.

4. The elastic stocking according to claim 3, characterized in that: The weaving density and the pressure of the third pressure zone are smaller than those of the second pressure zone and the fourth pressure zone.

5. The elastic stocking according to claim 1, characterized in that: The weaving density and pressure of the second pressure zone and the fourth pressure zone are the largest.

6. The elastic stocking according to claim 5, characterized in that: The weaving density and the pressure of the first pressure zone are second only to those of the second pressure zone and the fourth pressure zone.

7. The elastic stocking according to claim 1, characterized in that: The thickness of the X-shaped reinforced pressure area is thicker than other areas of the sock body.

8. The elastic stockings according to claim 1, characterized in that: The pressure in the X-shaped reinforced pressure area is greater than that in other areas of the sock body.

9. The elastic stocking according to claim 1, characterized in that: The annular area of ​​the X-shaped reinforced pressure zone surrounding the upper part of the heel is located at the junction of the second pressure zone and the third pressure zone.

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