CN220936836U - Socks with heel not easy to fall off - Google Patents

Abstract

The application relates to the technical field of clothing, in particular to a pair of socks which are not easy to fall off, and the socks comprise a sock middle area, a sock body area and a sock mouth rubber band area, wherein the sock body area wraps a sock head area and a sock foot area, the knitting density of the sock middle area is larger than that of the sock head area and that of the sock foot area, the knitting density of the sock mouth rubber band area is larger than that of the sock head area and that of the sock foot area, a first tightening part and a second tightening part are arranged at the position, close to the heel, of the sock foot area in a flat state of the socks, one end of the first tightening part and one end of the second tightening part form a V-shaped structure, and an opening of the V-shaped structure is arranged towards the heel. The heel of human body is a form that stands out relatively, and self has certain radian, and first tightening part can make socks paste in the junction of ankle bone and sole, and second tightening part can make socks paste in the junction of ankle bone and heel, and the unilateral has two tightening parts to paste the heel promptly, has reduced the emergence of falling the heel condition.

Description

Socks with heel not easy to fall off

Technical Field

The application relates to the technical field of clothing, in particular to a pair of socks with heel drop resistance.

Background

Socks are used as clothing articles worn on feet, the bare feet of people are easy to be damaged in long-term walking, shoes for protecting the feet are formed, the shoes are thick and hard, the hard shoes feel obvious foreign body sensation on the feet in the use process, even the hard shoes wear the feet, sweat can be secreted by the feet in daily activities, and after the shoes are worn for a long time, peculiar smell can be generated on the feet and the shoes, so that the shoes are inconvenient to clean; therefore, the sock has a certain effect of protecting feet and preventing foot odor, and becomes a daily clothing article for people.

Nowadays, socks are generally woven directly into the general form of feet, wherein the heel is only the radian of the heel; after people walk for a long time wearing the socks, the socks can slide forwards along the walking direction due to the fact that the fitting degree of the heel parts is low, the heel parts of the socks slide to the soles easily, the edge opening parts of the socks slide to the heels easily, the walking comfort level is low, and people need to stop walking temporarily and tidy the socks, so that the socks are inconvenient. For the current heel-drop prevention socks, a silica gel structure is generally arranged on the inner surface of the socks and is attached to the skin to ensure that the socks are worn stably, but the production process flow and the cost of the socks can be increased by adding the silica gel structure.

Disclosure of utility model

In order to improve inconvenience caused by heel drop of socks, the application provides the socks which are not easy to heel drop.

The sock with the heel not easy to fall provided by the application adopts the following technical scheme:

The utility model provides a socks of difficult heel that falls, includes socks district, socks body district and welt rubber band district, socks body district includes toe region and socks foot district, the density of weaving in socks district is greater than the density of weaving in toe region and the density of weaving in socks foot district, the density of weaving in welt rubber band district is greater than the density of weaving in toe region and the density of weaving in socks foot district, under the tiling state of this socks, socks foot district is close to heel department and is provided with first portion of tightening up and second portion of tightening up, the one end of first portion of tightening up with the one end of second portion of tightening up forms V type structure, just the opening of V type structure sets up towards heel department.

By adopting the technical scheme, the sock is propped up when the wearer wears the sock, the first tightening parts at the two sides correspond to each other, the second tightening parts at the two sides correspond to each other, and a three-dimensional space for accommodating heels is formed between the first tightening parts and the second tightening parts, so that the heels are more three-dimensional when the wearer wears the sock, specifically, as the heels of a human body are in a relatively protruding form and have a certain radian, the first tightening parts can enable the sock to be tightly attached to the joint of the ankle bones and the sole, the second tightening parts can enable the sock to be tightly attached to the joint of the ankle bones and the heels, namely, the two tightening parts are tightly attached to the heels at one side, so that the heel dropping situation is further reduced; the sock middle area and the sock opening rubber band area have higher knitting density, after a user wears the sock, the sock middle area can generate better tightening effect on the foot middle area, as the human body is mostly provided with a concave arch structure, the degree of fit between the arch position and the sock is lower after the traditional sock is worn, the knitting density of the sock middle area of the sock is higher, the degree of fit between the sock middle area and the human instep and the sole is higher after the sock is worn, the foot shape of the user is more tightly attached to the human foot when the sock is worn, and the sock is not easy to loose; the sock opening rubber band region can produce a good tightening effect on the sock edge opening, so that tightening force of the sock opening rubber band region and the calf/ankle is increased, and heel falling of the sock opening rubber band region falling below the ankle is reduced.

Optionally, the connection part of the first tightening part and the second tightening part extends towards the position far away from the heel to form an extension part, and the extension part, the first tightening part and the second tightening part are connected and form a Y-shaped structure.

Because the ankle bones of the human foot are relatively protruded, and the connecting part between the ankle bones and the heel is relatively concave, by adopting the technical scheme, the extending part enables the sock to be tightly attached to the connecting part of the heel and the ankle bones, and the sock is further enabled to be better attached to the foot line, so that the occurrence of the heel falling condition is further reduced.

Optionally, the length of the extension portion is longer than the length of the first tightening portion, and the length of the extension portion is longer than the length of the second tightening portion.

Through adopting above-mentioned technical scheme, the extension is used for tightening up the indent junction of heel to ankle bone, on human body structure, and the connection length of heel to instep department is longer in the connection length of heel and sole, and the connection length of heel to ankle bone department is higher in the connection length of heel and sole, and longer extension can make socks and heel more laminate better to reduce the heel condition.

Optionally, an included angle between the first tightening part and the second tightening part is 50-70 °.

By adopting the technical scheme, the proper included angle of the first tightening part and the second tightening part can be better adapted to the radian of heels of most people, and the excessive included angle of the first tightening part and the second tightening part can cause the formed heel placement space to be too large, so that the attaching effect on the heels is smaller, the heels still easily break away from the limiting space in the walking process, and the heel drop preventing effect is poor; the too little first portion of tightening up and the contained angle of second portion of tightening up can make the heel that forms place the space too little, and the comfort level is not high, falls the heel easily.

Optionally, the ratio of the area of the sock middle area to the sum of the areas of the sock head area and the sock foot area is 1 (4-7).

By adopting the technical scheme, the proper sock middle area can form a good tightening effect on the sock middle area (particularly the arch part), and meanwhile, discomfort caused by too high constraint degree when a user wears the sock is avoided; the area of the sock middle area is too large, so that the tightening area in the foot is too large, the constraint feeling brought to the foot is too heavy, and the comfort of a user is not high; the area in the middle of the socks is too little can make the area of pasting of middle of the socks and arch less, and the socks tighten up the effect weaker to the foot, can make the user walk simultaneously when moving, can take place to remove along with the user walks in the middle of the socks, pulls the heel part downwards easily and falls the heel condition.

Optionally, the longitudinal length of the sock opening elastic region is 1-2cm.

By adopting the technical scheme, the proper sock-mouth rubber band region height can form a good tightening effect on the lower leg/ankle, the heel falling condition caused by the sock edge sliding below the ankle is reduced, and meanwhile, the comfort level of wearing of a user is not influenced by excessive binding strength; the sock mouth rubber band area is too high, so that the tightening area is too large, and a strong constraint feeling is caused at the position of the lower leg/ankle, so that the wearing comfort of a user is affected; the height of the sock opening rubber band area is too large, so that the tightening area is too small, the contact surface between the sock opening rubber band area and the calf/ankle is too small, and the sock opening rubber band area easily slides below the ankle to cause heel drop.

Optionally, the sock with the heel uneasy to fall is formed by knitting cotton yarn, polyester yarn and spandex yarn after blending.

By adopting the technical scheme, the cotton yarn is used for weaving, so that the sock has good moisture absorption and ventilation effects, and when people walk for a long time, feet can have good ventilation, heat dissipation and sweat absorption effects when sweat is generated by the feet, so that a user still has comfortable experience for a long time; the polyester yarns are used, so that the sock has better strength and elastic recovery capability, and can still keep better original morphology and appearance under long-time use, so that the durability of the sock is increased; the spandex yarn is used, so that the sock has good elasticity, is convenient to attach to feet of users with different sizes and different heights, and improves the adaptation breadth of the sock.

Optionally, the fabric weave structures of the sock middle area and the sock opening rubber band area are rib weave structures, and the fabric weave structures of the sock head area and the sock foot area are plain weave structures.

Through adopting above-mentioned technical scheme, rib weave structure is more inseparable to make the tightening effect of socks better, make the socks district tighten up the arch of foot position in the foot better, when people walk, tighten up the arch of foot position in the socks district, the welt rubber band district tighten up in shank/ankle, make socks district, socks body district stably laminate in the foot, have better anti-drop heel effect.

Optionally, the sock opening rubber band area is of a double-layer structure.

Through adopting above-mentioned technical scheme, bilayer structure can further strengthen the effect of tightening up of socks to make the tight effect of welt rubber band district and shank better, thereby further reduced the possibility of falling the heel.

In summary, the present application includes at least one of the following beneficial technical effects:

1. The first tightening part and the second tightening part form a three-dimensional space for accommodating heels, and compared with the heels woven on a plane, the heels are more three-dimensional when the wearer wears the shoe; the heel of the human body is in a relatively protruding form and has a certain radian, the first tightening part can enable the sock to be tightly attached to the joint of the ankle bone and the sole, the second tightening part can enable the sock to be tightly attached to the joint of the ankle bone and the heel, namely, the two tightening parts are arranged on one side to be tightly attached to the heel, and therefore the occurrence of heel falling is further reduced;

2. The sock middle area and the sock opening rubber band area have higher knitting density, after a user wears the sock, the sock middle area can generate better tightening effect on the arch area in the foot, the sock opening rubber band area enables the sock edge opening to generate better tightening effect, the tightening effect on the lower leg/ankle is increased, the sock is better attached to the foot, and the heel dropping condition in the walking process is reduced;

3. The cotton yarn is used for knitting, so that the sock has good moisture absorption and ventilation effects, and when people walk for a long time, feet can have good ventilation, heat dissipation and sweat absorption effects, so that a user still has comfortable experience under long-time use; the polyester yarns are used, so that the sock has better strength and elastic recovery capability, and can still keep better original morphology and appearance under long-time use, so that the durability of the sock is increased; the spandex yarn is used, so that the sock has good elasticity, is convenient to attach to feet of users with different sizes and different heights, and improves the adaptation breadth of the sock.

Drawings

Fig. 1 is a schematic structural view of a sock with a flat state, wherein the sock is not easy to fall off.

Fig. 2 is a schematic perspective view of a sock with a certain angle, which is not easy to fall off.

Fig. 3 is a schematic view of another perspective view of the sock with a heel not easy to fall.

Reference numerals illustrate: 1. a sock middle region; 2. a sock body area; 21. a toe region; 211. a suture part; 212. a side tightening part; 22. a sock foot area; 221. a first tightening part; 222. a second tightening part; 223. an extension; 3. and a sock opening rubber band area.

Detailed Description

The application is described in further detail below with reference to fig. 1-3.

The embodiment of the application discloses a sock with a heel not easy to fall off. Referring to fig. 1, the sock with a small possibility of heel drop is formed by blending cotton yarn with a proportion of 60-70%, polyester yarn with a proportion of 33-38% and spandex yarn with a proportion of 2-3% and knitting, and integrally knitting to form a toe region 21, a sock middle region 1, a sock foot region 22 and a sock welt rubber zone 3, wherein the toe region 21, the sock foot region 22 and the sock welt rubber zone 3 are sequentially connected along the length direction of the sock. Preferably, the cotton yarn accounts for 63.1%, the polyester yarn accounts for 34.7% and the spandex yarn accounts for 2.2%. Specifically, the knitting density of the sock middle area 1 is greater than the knitting density of the sock head area 21 and the knitting density of the sock foot area 22, the knitting density of the sock opening rubber band area 3 is greater than the knitting density of the sock head area 21 and the knitting density of the sock foot area 22, the tightening effect is better due to the fact that the knitting density is great, the fabric weave structures of the sock middle area 1 and the sock opening rubber band area 3 are rib weave structures, and the fabric weave structures of the sock head area 21 and the fabric weave structure of the sock foot area 22 are plain weave structures; taking the length direction of the sock as the standard, the length of the sock middle area 1 is 3-4cm, the length of the sock opening rubber band area 3 is 1-2cm, and the ratio of the area of the sock middle area 1 to the total area of the sock head area 21 and the sock foot area 22 is 1 (4-7); specifically, the length of the sock middle zone 1 may be 3cm, 3.5cm or 4cm, preferably 3.5cm, the length of the sock top elastic zone 3 may be 1cm, 1.5cm or 2cm, preferably 1.5cm, and the ratio of the area of the sock middle zone 1 to the total area of the toe 21 and foot 22 zones may be 1:4, 1:5, 1:6 or 1:7, preferably 1:5; during the wearing process, the feet sequentially pass through the sock welt rubber zone 3, the sock foot zone 22, the sock middle zone 1 and the sock head zone 21.

Referring to fig. 2 to 3, in the laid state of the sock which is not easily fallen, the sock foot region 22 is provided with a first tightening part 221, a second tightening part 222 and an extension part 223 near the heel, the first tightening part 221 is provided near the sole, the first tightening part 221 is used for tightening the region between the ankle bone and the sole, the second tightening part 222 is provided near the welt elastic region 3, the second tightening part 222 is used for tightening the region between the ankle bone and the heel, one end of the first tightening part 221 far from the sole is connected with one end of the second tightening part 222 near the welt elastic region 3, the extension part 223 is connected with the intersection of the first tightening part 221 and the second tightening part 222, and the extension part 223 extends towards the instep, the extension part 223 is used for tightening the region between the heel and the instep, the end of the specific extension portion 223 far away from the instep is connected with the intersection of the first tightening portion 221 and the second tightening portion 222 to form a point a in fig. 1-2, where the first tightening portion 221 and the second tightening portion 222 are connected to form a V-shaped structure, the included angle of the V-shaped structure is 50-70 °, specifically may be 50 °, 52 °, 55 °, 58 °, 60 °, 62 °, 65 °, 68 ° or 70 °, preferably 60 °, and the opening direction of the Y-shaped structure is the opening direction of the V-shaped structure, specifically, the opening direction is set towards the heel, the length of the first tightening portion 221 is consistent with the length of the second tightening portion 222, and the length of the extension portion 223 is longer than the length of the first tightening portion 221, that is, the length of the extension portion 223 is also longer than the length of the second tightening portion 222.

The front end of the toe region 21 is provided with a stitching portion 211, and in the tiled state of the sock, the stitching portion 211 is folded in half (see fig. 1), further, two ends of the stitching portion 211 are symmetrically provided with side tightening portions 212, the stitching portion 211 completes stitching of the sock, meanwhile, the top of the sock is made to be clung to the instep, and the side tightening portions 212 can make the sock further tighten the toes at the two ends.

The implementation principle of the embodiment of the application is that the heel sock is not easy to fall off is as follows: weaving a sock head area 21 by using cotton yarn, polyester yarn and spandex yarn blended yarns in a flat knitting mode, weaving a sock foot area 22 by using a rib knitting mode, weaving a sock mouth rubber band area 3 by using a flat knitting mode, and inwards folding, overlapping and sewing the outer edge of the sock mouth rubber band area 3 to enable the sock mouth rubber band area 3 to form a double-layer structure; then, the sock head area 21 is stitched to form a stitched portion 211, and then stitching of the side tightening portion 212, the first tightening portion 221, the second tightening portion 222 and the extension portion 223 is performed, thereby completing the production of the sock which is not easy to fall off.

In the wearing process, a user sequentially passes through the sock opening rubber band region 3, the sock foot region 22, the sock middle region 1 and the sock head region 21 from the opening of the sock which is not easy to fall, so that toes are abutted to the tops of the sock head region 21, the side tightening parts 212 are located at the toes of two sides, the stitching parts 211 are located at the tops of the instep, the first tightening parts 221 are located at the joint of the ankle bones and the sole, the second tightening parts 222 are located at the joint of the ankle bones and the heel, the extension parts 223 are located at the joint of the heel and the instep, and the sock opening rubber band region 3 is located on the shank, so that wearing of the sock which is not easy to fall is completed.

The above embodiments are not intended to limit the scope of the present application, so: all equivalent changes in structure, shape and principle of the application should be covered in the scope of protection of the application.

Claims (9)

1. A sock with a heel not easy to fall, which is characterized in that: including socks district (1), socks body district (2) and welt rubber band district (3), socks body district (2) are including toe region (21) and socks foot district (22), the density of weaving in socks district (1) is greater than the density of weaving in toe region (21) with the density of weaving in socks foot district (22), the density of weaving in welt rubber band district (3) is greater than the density of weaving in toe region (21) with the density of weaving in socks foot district (22), under the tiling state of this socks, socks foot district (22) are provided with first portion of tightening up (221) and second portion of tightening up (222) near heel department, the one end of first portion of tightening up (221) with the one end of second portion of tightening up (222) forms V type structure, just the opening of V type structure sets up towards heel department.

2. A sock with low heel drop tendency according to claim 1, wherein: the connecting part of the first tightening part (221) and the second tightening part (222) extends towards the position far away from the heel to form an extension part (223), and the extension part (223), the first tightening part (221) and the second tightening part (222) are connected and form a Y-shaped structure.

3. A sock with low heel drop tendency according to claim 2, wherein: the length of the extension portion (223) is longer than the length of the first tightening portion (221), and the length of the extension portion (223) is longer than the length of the second tightening portion (222).

4. A sock with low heel drop tendency according to claim 1, wherein: the included angle between the first tightening part (221) and the second tightening part (222) is 50-70 degrees.

5. A sock with low heel drop tendency according to claim 1, wherein: the ratio of the area of the sock middle area (1) to the sum of the areas of the sock head area (21) and the sock foot area (22) is 1 (4-7).

6. A sock with low heel drop tendency according to claim 1, wherein: the longitudinal length of the sock opening rubber band region (3) is 1-2cm.

7. A sock with low heel drop tendency according to claim 1, wherein: the sock with the heel not easy to fall is formed by knitting cotton yarn, polyester yarn and spandex yarn after blending.

8. A sock with low heel drop tendency according to claim 1, wherein: the fabric weave structures of the sock middle area (1) and the sock opening rubber band area (3) are rib weave structures, and the fabric weave structures of the sock head area (21) and the sock foot area (22) are plain weave structures.

9. A sock with low heel drop tendency according to claim 1, wherein: the sock opening rubber band area (3) is of a double-layer structure.