TWI817559B - Foot stabilizing functional socks and foot stabilizing functional socks set - Google Patents

Abstract

The invention provides a foot-stabilizing functional sock, which covers the foot. The foot-stabilizing functional sock includes a sock body, a pressing part and a stabilizing part. The sock body covers at least the sole of the foot. The pressing part corresponds to the position of the inner longitudinal arch region of the foot portion, the pressing part has a plurality of pressure bars parallel to each other, and is made of the first material. The stabilizing part corresponds to the position of the outer longitudinal arch region of the foot, and the stabilizing part is adjacent to the pressing part. The stabilizing part has a plurality of stabilizing bars parallel to each other and is made of the second material. Through the above, by using the different first material and the second material, when the sole of the foot exerts force on the sock body, there are different supporting forces in the inner longitudinal arch area and the outer longitudinal arch area, and by the sock body can fully cover the sole of the foot by the stabilizing part abutting the pressing part.

Description

Foot stabilizing functional socks and foot stabilizing functional socks sets

The present invention relates to a kind of socks, in particular to a kind of functional socks that improves foot stability and its socks set.

When ordinary people engage in sports such as playing ball, running, mountain climbing, etc., they will wear shoes suitable for the sports to protect the muscles, joints, and tendons of the legs and feet. However, when wearing these sports shoes, you also need to wear appropriate socks.

At present, the design of general sports socks or functional socks focuses on coverage, stability, cushioning, and pressure adjustment. Depending on the type of sports, various inventions have been proposed regarding socks used to improve sports performance.

A sock that can improve sports performance has been proposed, in which a tight-fitting portion made of stretchable material is formed on the entire foot from the heel to the base of the toe opposite thereto, spanning the entire circumference from the instep to the sole of the foot. , can promote the formation of the arch of the foot, that is to say, it can support the function of forming the arch of the foot, reduce fatigue and maintain a comfortable state.

However, after long-term exercise or walking, the foot will still be tired due to muscle fatigue, causing the contact position between the foot and the insole to shift, causing the foot to slide on the insole, which will instead make the foot unstable and cause This causes the foot to slide forward or side to side and destroys ideal foot stability.

In view of the above areas that need improvement, the purpose of the present invention is to produce the foot stabilizing functional socks according to the user's foot pressure trajectory map, which can be wrapped around the user's feet to form a stress-reducing structure, which can reduce The user's foot corresponds to reducing the contact force at the force-bearing structure and stabilizing the foot to prevent the foot from sliding forward or side to side.

The invention provides a foot-stabilizing functional sock that covers a foot. The two sides of the sole of the foot respectively have an inner longitudinal arch area and an outer longitudinal arch area. The foot-stabilizing functional sock includes: a sock body, a pressurizing part and a stabilizing part.

The sock body at least covers the sole of the foot. The pressurizing part corresponds to the position of the inner longitudinal arch area. The pressurizing part has a plurality of pressurizing bars parallel to each other. The long side of each pressurizing bar extends in the direction of the sole of the foot and is a first Made of material. The stabilizing part corresponds to the position of the outer longitudinal arch area, and the stabilizing part is adjacent to the pressurizing part. The stabilizing part has a plurality of mutually parallel stabilizing bars, and the long side of each stabilizing bar extends in the direction of the foot. The palm extends in the direction and is made of a second material.

Wherein, because the first material and the second material are different, when the sole of the foot exerts force on the sock body, it will have different supporting forces in the inner longitudinal arch area and the outer longitudinal arch area; and by The stabilizing part is adjacent to the pressurizing part, so that the sock body can fully cover the sole of the foot.

Further, in one embodiment, the first material is one of polyester fiber, acrylic fiber, Lycra, elastic covered yarn, air covered yarn and nylon.

Further, in one embodiment, the second material is one of polyester fiber, acrylic fiber, Lycra, elastic covered yarn, air covered yarn and nylon.

Further, in one embodiment, the length of the long side of the pressure strip on the outer edge of the sock is not less than the length of the long side of the pressure strip inside the sock body.

Further, in one embodiment, the length of the long side of the stabilizing strip on the outer edge of the sock is not greater than the length of the long side of the stabilizing strip inside the sock body.

Furthermore, in one embodiment, the pressurizing part or the stabilizing part is knitted and connected to the sock body using a knitting method.

Furthermore, the weaving method is double thread knotting, four-dimensional weaving, hexagonal weaving or octagonal weaving.

Further, in one embodiment, the linear density of the first material is greater than the linear density of the second material, and the linear density of the first material and the second material is between 0.91 tex and 1.38 tex. Weave yarn between tex.

In addition, the present invention also provides a set of foot stabilizing functional socks that cover two feet of the human body respectively. The two sides of the sole of each foot respectively have an inner longitudinal arch area and an outer longitudinal arch area. The foot The stable functional sock set includes: a first sock body and a second sock body.

The first sock body covers a sole of the foot and further includes: a first pressurizing part and a first stabilizing part. The first pressurizing part corresponds to the position of the inner longitudinal arch area. The first pressurizing part has a plurality of mutually parallel pressurizing strips, and the pressurizing strips are made of a first material. The first stabilizing part corresponds to the position of the outer longitudinal arch area, and the first stabilizing part is adjacent to the first pressurizing part. The first stabilizing part has a plurality of mutually parallel stabilizing bars, and the stabilizing bar is a Made of the second material.

The second sock body covers the other sole of the foot and further includes: a second pressurizing part and a second stabilizing part. The second pressurizing part corresponds to the position of the inner longitudinal arch area. The second pressurizing part has a plurality of mutually parallel pressurizing strips, and the pressurizing strips are made of a first material. The second stabilizing part 322 corresponds to the position of the outer longitudinal arch area 23, and is adjacent to the second pressurizing part 321. The second stabilizing part 322 has a plurality of mutually parallel stabilizing bars 3221. , the stabilizing strip 3221 is made of a second material.

Among them, the arrangement of several pressure bars in the first pressurizing part and the second pressurizing part and the length of the long sides of the pressurizing bars are adjusted by a pressure state, and the first stabilizing part and the length of the long sides of the pressurizing bars are adjusted by the pressure state. The arrangement of several stabilizing bars in the second stabilizing part and the length of the long sides of the stabilizing bars.

Further, the pressure state is defined by a pressure trajectory diagram generated after comparing the pressure on the two soles of the feet.

In order to achieve the above-mentioned purposes and effects, the technical means and structures adopted by this invention are hereby drawn to illustrate the preferred embodiments of this invention in detail. Its features and functions are as follows, so as to facilitate a complete understanding. However, it should be noted that the content described does not constitute a limitation of this creation.

Referring to Figures 1 to 4, the present invention provides a foot stabilizing functional sock 1 that covers one of the user's feet 2. The two sides of the sole 21 of the foot 2 respectively have an inner longitudinal arch area 22 and A lateral longitudinal arch area 23 (shown in Figure 4). The foot stabilizing functional socks 1 include: a sock body 11 , a compression part 12 and a stabilizing part 13 . In this embodiment, the medial longitudinal arch region 22 is a region composed of the calcaneus, talus, navicular bone, three cuneiform bones, and the first, second, and third metatarsals, and the lateral longitudinal arch region 23 is the calcaneus region. The area composed of the cuboid bone, the fourth and fifth metatarsal bones.

The sock body 11 at least covers the sole of the foot 21 .

The pressure portion 12 corresponds to the position of the inner longitudinal arch area 22. The pressure portion 12 has a plurality of pressure bars 121 that are parallel to each other. The long side of each pressure bar 121 extends in the direction in which the sole of the foot 21 extends. , and is made of a first material. In this embodiment, the first material is one of polyester fiber, acrylic fiber, Lycra, elastic covered yarn, air covered yarn and nylon, but is not limited thereto.

In addition, the first material is knitted using yarn with a linear density between 0.91 tex and 1.38 tex, and the linear density of the first material needs to be greater than the knitted material of the sock body. line density.

It should be further noted that the length of the long side of the pressure strip 121 located at the outer edge of the sock body 11 is not less than the length of the long side of the pressure strip 121 near the center of the sock body 11 . Through the arrangement and arrangement of the above-mentioned plurality of pressurizing strips 121, the pressurizing part 12 can enhance the pressurizing property of the inner longitudinal arch region 22 and the covering property of the inner side of the arch.

The stabilizing part 13 corresponds to the position of the outer longitudinal arch area 23, and the stabilizing part 13 is adjacent to the pressurizing part 12. The stabilizing part 13 has a plurality of mutually parallel stabilizing bars 131, and each stabilizing bar 131 has a The extending direction of the long side is the extending direction of the sole 21 and is made of a second material. In this embodiment, the second material is one of polyester fiber, acrylic fiber, Lycra, elastic covered yarn, air covered yarn and nylon, but is not limited thereto.

In addition, the second material is knitted using yarn with a linear density between 0.91 tex (tex) and 1.38 tex (tex), and the linear density of the first material needs to be greater than the knitted material of the sock body. , and the linear density of the first material is greater than the linear density of the second material.

It should be noted that the length of the long side of the stabilizing bar 131 located at the outer edge of the sock body 11 is not less than the length of the long side of the stabilizing bar 131 near the center of the sock body 11 . Through the arrangement and arrangement of the above-mentioned plurality of stabilizing bars 131, the stabilizing portion 13 can enhance the pressurizing ability of the lateral longitudinal arch region 23 and the covering ability of the outside of the arch.

In addition, it should be noted that the pressurizing part 12 and the stabilizing part 13 are knitted and connected to the sock body by a knitting method, and the knitting method is double knotting, Four-dimensional weaving method, hexagonal weaving or octagonal weaving method, but not limited to this.

To sum up, since the first material and the second material are different materials, when the sole of the foot 21 exerts force on the sock body 11, it will have different supporting forces on the inner longitudinal arch area 22 and the outer side. The longitudinal arch area 23 , and with the stabilizing part 13 abutting the pressurizing part 12 , allows the sock body 11 to fully cover the sole of the foot 21 .

That is to say, by covering a muscle group in the arch area of the user's foot by the pressurizing part 12 and the stabilizing part 13, the compression and covering properties of the sock 11 to the muscle group are strengthened, so as to reduce the The user's foot corresponds to reducing the contact force at the force-bearing structure and stabilizing the foot to prevent the foot from sliding forward or side to side.

Please refer to Figure 5. The present invention also provides a foot stabilizing functional socks set 3, which respectively covers two feet 2 of the human body. The two sides of the sole 21 of each foot 2 respectively have an inner longitudinal arch area 22. and a lateral longitudinal arch area 23. The foot stabilizing functional socks set 3 includes: a first sock body 31 and a second sock body 32.

The first sock body 31 covers a foot 21 and further includes: a first pressurizing part 311 and a first stabilizing part 312. The first pressurizing part 311 is positioned corresponding to the inner longitudinal arch area 22. The first pressurizing part 311 has a plurality of mutually parallel pressurizing strips 3111. The pressurizing strips 3111 are made of a first material. The first stabilizing part 312 corresponds to the position of the outer longitudinal arch area 23, and is adjacent to the first pressurizing part 311. The first stabilizing part 312 has a plurality of mutually parallel stabilizing bars 3121. , the stabilizing strip 3121 is made of a second material.

The second sock body 32 covers the other sole 21 and further includes: a second pressurizing part 321 and a second stabilizing part 322. The second pressurizing part 321 is positioned corresponding to the inner longitudinal arch area 22. The second pressurizing part 321 has a plurality of pressurizing strips 3211 that are parallel to each other. The second stabilizing part 322 corresponds to the position of the outer longitudinal arch area 23, and is adjacent to the second pressurizing part 321. The second stabilizing part 322 has a plurality of mutually parallel stabilizing bars 3221. , the stabilizing strip 3221 is made of a second material.

Among them, the arrangement of several pressurizing bars (3111, 3211) in the first pressurizing part 311 and the second pressurizing part 321 and the length of the long sides of the pressurizing bars (3111, 3211) are adjusted according to a pressure state, and The arrangement of several stabilizing bars (3121, 3221) in the first stabilizing part 312 and the second stabilizing part 322 and the length of the long sides of the stabilizing bars (3121, 3221) are adjusted according to the pressure state.

It should be noted that the above pressure state is defined by comparing the pressure on the two soles 21 to produce a pressure trajectory diagram (as shown in Figure 6).

That is to say, through the pressure trajectory diagram of the two soles of the feet 21 after being tested by a pressure testing machine, the several pressure strips (3111, 3211) of the first pressure part 311 and the second pressure part 321 are ), after designing, arranging and adjusting the length of the pressure offset shown in the pressure trajectory diagram, it covers the muscle group at position 22 of the medial longitudinal arch area to form a stress-reducing structure.

At the same time, several stabilizing bars (3121, 3221) of the first stabilizing part 312 and the second stabilizing part 322 are also designed, arranged and adjusted in length according to the pressure offset position shown in the pressure trajectory diagram, including Cover the muscle group at position 23 of the lateral longitudinal arch area to form a stress-reducing structure.

In addition, the first material and the second material can be different, so that when the sole of the foot 21 exerts force on the sock body 11, it will have different supporting forces on the inner longitudinal arch area 22 and the outer longitudinal arch. area 23, and with the first stabilizing part 312 abutting the first pressurizing part 311, and the second stabilizing part 322 abutting the second pressurizing part 321, the sock body 11 can fully cover the foot. The palm 21 improves the pressure distribution on the palm 21 and stabilizes the foot to prevent the foot from sliding forward or left and right.

Please refer to Figure 7 in addition. Taking the right foot as an example, comparing the pressure trajectory diagram without wearing the foot stabilizing functional socks 1 and the pressure trajectory diagram wearing the foot stabilizing functional socks 1, we can know that wearing the foot stabilizing functional socks 1 The pressure trajectory improves the path for the foot to slide forward and left and right. Compared with the pressure trajectory without wearing the foot stabilizing socks 1, the pressure trajectory is concentrated toward the center of the user's body, and the path is less extended to the front of the body.

In addition, in this embodiment, the first material and the second material are one of polyester fiber, acrylic fiber, Lycra, elastic covered yarn, air covered yarn and nylon, but this is not the case. limit. In addition, the first material and the second material are knitted using yarns with a linear density between 0.91 tex (tex) and 1.38 tex (tex), and the branch line density of the first material needs to be greater than that of the sock body. of woven material, and the density of the first material is greater than the density of the second material.

What is more worth mentioning among the above is that for the user, if the two pressure trajectories of the foot are not mirror images of each other, then the pressure strips 3111 of the first pressure part 311 and the second pressure trajectories The several pressurizing bars 3211 of the pressurizing part 321 are not mirror images of each other in arrangement and length; the several stabilizing bars 3121 of the first stabilizing part 312 and the several stabilizing bars 3221 of the second stabilizing part 322 are not mutually exclusive either. The arrangement and length of the mirror settings.

To sum up, the advantages of the foot-stabilizing functional socks and the foot-stabilizing functional socks set of the present invention are:

1. Covering the sole of the user's foot and providing the sole of the foot with force on the sock body, the pressurizing part and the stabilizing part are made of different materials and can be supported on the inner longitudinal arch area and the outer side respectively. The longitudinal arch area, and with the stabilizing part adjacent to the pressurizing part, the sock body can fully cover the sole of the foot to form a stress-reducing structure, which can reduce the stress-reducing structure on the user's foot. contact force and stabilize the foot to prevent it from sliding forward or side to side.

2. Further, based on the pressure trajectory diagram of the first sole and the second sole, the foot stabilizing functional socks set respectively provides the arrangement and length of several pressure strips and several stabilization strips to form a stress-reducing structure. , can respectively reduce the contact force of the two feet corresponding to the force-bearing structure, stabilize the foot to prevent the foot from sliding forward or left and right.

Through the above detailed description, it can be fully demonstrated that the purpose and effect of the present invention are progressive in implementation, have great industrial utilization value, fully meet the requirements for invention patents, and the application can be filed in accordance with the law. The above are only preferred embodiments of the present invention, and do not limit the implementation and protection scope of the present invention. Those skilled in the art should be able to realize that any modifications made using the description and drawings of the present invention Solutions resulting from equivalent substitutions and obvious changes shall be included in the protection scope of the present invention.

1: Foot stabilizing functional socks 11: Sock body 12: Pressurizing part 121, 3111, 3211: Pressurized strip 13: Stability Department 131, 3121, 3221: Stability bar 2:Foot 21: sole of foot 22: Medial longitudinal arch area 23: Lateral longitudinal arch area 3: Foot stabilizing functional socks set 31:The first sock body 311: First pressurizing part 312:First Stable Department 32: Second sock body 321: Second pressurizing part 322:Second Stable Department

Figure 1 is a simple schematic diagram of the foot stabilizing functional socks from the first perspective of the present invention. Figure 2 is a simple schematic diagram of the foot stabilizing functional socks from a second perspective. Figure 3 is a simple schematic diagram of the bottom of the foot stabilizing functional socks of the present invention. Figure 4 is a schematic diagram of the user's feet of the foot stabilizing functional socks of the present invention. Figure 5 is a simple structural diagram of the foot stabilizing functional socks set of the present invention. Figure 6 is a pressure trajectory diagram of the foot stabilizing functional socks set of the present invention. Figure 7 is a comparison chart of pressure trajectories with and without wearing the foot stabilizing functional socks of the present invention.

1: Foot stabilizing functional socks

11: Sock body

12: Pressurizing part

121: Pressurized strip

13: Stability Department

131: Stability bar

Claims (9)

A kind of foot-stabilizing functional socks covers a foot. The two sides of the sole of the foot respectively have an inner longitudinal arch area and an outer longitudinal arch area. The foot-stabilizing functional socks include: a sock body, which at least covers The sole of the foot; a pressurizing part corresponding to the position of the inner longitudinal arch area, the pressurizing part having a plurality of mutually parallel pressurizing bars, the long side extension direction of each of the pressurizing bars extending in the direction of the sole of the foot, And is made of a first material; and a stabilizing part corresponding to the position of the outer longitudinal arch area, and the stabilizing part is adjacent to the pressurizing part, the stabilizing part has several stabilizing bars parallel to each other, each The long side of the stabilizing bar extends in the direction of the sole of the foot and is made of a second material; where the first material and the second material are different, which will provide the force exerted on the sole of the foot. When the sock body is put on, it has different supporting forces in the inner longitudinal arch area and the outer longitudinal arch area; and with the stabilizing part abutting the pressurizing part, the sock body can fully cover the sole of the foot; wherein, The linear density of the first material is greater than the linear density of the second material, and the first material and the second material adopt yarns with a linear density between 0.91 tex (tex) and 1.38 tex (tex). The thread is braided. The foot stabilizing functional socks of claim 1, wherein the first material is one of polyester fiber, acrylic fiber, Lycra, elastic covering yarn, air covering yarn and nylon. The foot stabilizing functional socks of claim 1, wherein the second material is one of polyester fiber, acrylic fiber, Lycra, elastic covering yarn, air covering yarn and nylon. The foot stabilizing functional socks of claim 1, wherein the length of the long side of the pressure strip on the outer edge of the sock is not less than the length of the long side of the pressure strip inside the sock body. The foot stabilizing functional socks of claim 1, wherein the length of the long side of the stabilizing strip on the outer edge of the sock is not greater than the length of the long side of the stabilizing strip inside the sock body. The foot stabilizing functional socks according to claim 1, wherein the pressurizing part or the stabilizing part is knitted and connected to the sock body using a knitting method. The foot stabilizing functional socks of claim 6, wherein the knitting method is double thread knotting, four-dimensional knitting, hexagonal weaving or octagonal weaving. A foot-stabilizing functional socks set covers two feet of the human body respectively. The two sides of the sole of each foot respectively have an inner longitudinal arch area and an outer longitudinal arch area. The foot-stabilizing functional socks set includes : A first sock body covering a sole of the foot, further comprising: a first pressurizing part corresponding to the position of the inner longitudinal arch area, the first pressurizing part having a plurality of mutually parallel pressurizing strips; The first stabilizing part corresponds to the position of the outer longitudinal arch area and is adjacent to the first pressurizing part. The first stabilizing part has a plurality of mutually parallel stabilizing bars; a second sock body , covering the other sole of the foot, further comprising: a second pressurizing part corresponding to the position of the inner longitudinal arch area, the second pressurizing part having a plurality of mutually parallel pressurizing strips; a second stabilizing part, Corresponding to the position of the outer longitudinal arch area, and the second stabilizing part is adjacent to the second pressurizing part, the second stabilizing part has a plurality of mutually parallel stabilizing bars; wherein, the pressurizing bars are made of a first material Made of, and the stabilizing strip is made of a second material; wherein, the arrangement and length of a plurality of the pressurizing strips in the first pressurizing part and the second pressurizing part are adjusted according to a pressure state The length of the side, and the arrangement of several stabilizing bars in the first stabilizing part and the second stabilizing part and the length of the long side of the stabilizing bar are adjusted by the pressure state. The foot stabilizing functional socks set according to claim 8, wherein the pressure state is defined by a pressure trajectory diagram generated by comparing the pressure on the two soles of the foot.

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