CN217592049U - Wear-resistant and breathable sock - Google Patents

Abstract

The utility model relates to the technical field of socks, in particular to a wear-resistant and breathable sock, which comprises a sock head, a sock body, a sock heel, a sock leg and a sock opening, wherein the knitting yarn of the sock head comprises a first yarn, and the first yarn is a doubling yarn formed by twisting a nylon filament yarn and a hydrophilic yarn; the knitting yarns of the sock body comprise second yarns, and the second yarns are hydrophilic yarns; the knitting yarn of the heel comprises a third yarn, and the third yarn comprises an elastic core-spun yarn which takes spandex as a core yarn and nylon yarn as an outer layer yarn; the knitting yarn of the sock leg comprises a fourth yarn, and the fourth yarn comprises an elastic core-spun yarn taking spandex as a core yarn; the knitting yarn of the welt comprises a fifth yarn, and the fifth yarn comprises an elastic core-spun yarn taking spandex as a core yarn. The utility model discloses a reasonable collocation yarn specification, type and organizational structure for socks have wearability and moisture absorption gas permeability concurrently, and the comfort is good.

Description

Wear-resistant breathable sock

Technical Field

The utility model relates to a socks technical field specifically indicates a wear-resisting ventilative socks.

Background

The sock is rich in types and is mostly woven by cotton yarns, but the sock woven by single cotton yarns has good hygroscopicity and poor strength, is easy to wear out in the wearing process, and particularly has a sock head and a sock heel; in order to improve the wear resistance of the socks, nylon yarns are also adopted to weave the socks, but the nylon has poor moisture absorption, generates stuffy feeling when being worn and reduces the wearing experience, so that the development of the socks with wear resistance, moisture absorption and ventilation is necessary.

SUMMERY OF THE UTILITY MODEL

In order to solve at least one of the technical problems, the utility model provides a wear-resistant and breathable sock, which comprises a sock head, a sock body, a sock heel, a sock leg and a sock opening, wherein,

the knitting yarn of the sock head comprises a first yarn, and the first yarn is a doubling twisted yarn formed by twisting a nylon filament and a hydrophilic yarn;

the knitting yarns of the sock body comprise second yarns, and the second yarns are hydrophilic yarns;

the knitting yarn of the heel comprises a third yarn, and the third yarn comprises an elastic core-spun yarn which takes spandex as a core yarn and nylon yarn as an outer layer yarn;

the knitting yarn of the sock leg comprises a fourth yarn, and the fourth yarn comprises an elastic core-spun yarn taking spandex as a core yarn;

the knitting yarn of the welt comprises a fifth yarn, and the fifth yarn comprises an elastic core-spun yarn taking spandex as a core yarn.

Furthermore, the sock head, the sock body, the sock heel and the sock leg are made of plain stitch, wherein the sock body comprises a plurality of hollowed-out jacquard weave.

Further, the welt is rib stitch, and includes two weaving layers.

Furthermore, the sock body comprises a sock bottom and a sock back, the sock body is made of plain stitch tissue, and the sock back is made of single rib stitch tissue.

Furthermore, the hydrophilic yarn of the first yarn is cotton yarn or bamboo fiber yarn.

Further, the second yarn is cotton yarn.

Further, the nylon yarn of the third yarn has a specification of 30-40S and a yarn twist coefficient of 250-300.

Furthermore, the fourth yarn and the fifth yarn are elastic core-spun yarns which take spandex as core yarns and take cotton yarns or bamboo fiber yarns as outer layer yarns.

Further, the yarn sizes of the first yarn and the third yarn are 32S, and the yarn sizes of the second yarn, the fourth yarn and the fourth-fifth yarn are 40S.

Compared with the prior art, the beneficial effects of the utility model are embodied in:

1. the sock head is twisted by the hydrophilic yarn and the nylon filament yarn, the overall wear resistance of the first yarn for weaving the sock head is improved by the high wear resistance of the nylon filament yarn, and the hydrophilic yarn on the outer layer has good moisture absorption, so that the comfort of the sock head is ensured;

2. the fretwork jacquard structure that the sock body set up or the rib structure of the structure of drawing the needle or the instep all can improve the holistic gas permeability of socks, and the friction that the sock body especially the instep position received at the in-process of wearing is less, and is difficult for the damage, and this structure is improving the gas permeability and is hardly influenced the holistic wearability of socks simultaneously.

3. The nylon-spandex core-spun yarn adopted by the heel can improve the elasticity of the heel, and the friction degree of the heel part is larger, so that the elasticity of the heel is improved, on one hand, the inclusion and comfort of the heel can be improved, on the other hand, the increase of the elasticity can reduce the tension of the yarn in the wearing process, so that the yarn is in a loose state, the wear resistance of the heel can be improved, the wear resistance of the outer layer nylon yarn adopted by the heel is also better, and the increase of the whole wear resistance of the heel is facilitated. Considering that the heel generally has less perspiration, the knitting yarns of the heel may be selectively added or not added with hydrophilic yarns.

4. The structure is woven to the interlock line tissue and the double-deck of welt, and its spandex covering yarn of collocation all can improve the elasticity of welt from yarn and structural, and the double-braid layer also can increase the binding power, reduces or avoids when wearing to fall with.

5. The elasticity of the leg of a stocking can be improved to the elasticity covering yarn that the leg of a stocking adopted, improves the comfort level of dress.

Drawings

Fig. 1 is a schematic view of the overall structure of a sock according to an embodiment of the present invention;

fig. 2 is another overall structure diagram of the sock according to the embodiment of the present invention;

fig. 3 is a schematic structural view of a first yarn according to an embodiment of the present invention;

fig. 4 is a schematic structural view of a third yarn according to an embodiment of the present invention;

the sock comprises a sock head 1, a sock body 2, a sock back 20, a sock sole 21, a sock heel 3, a sock leg 4 and a sock opening 5.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

The utility model provides a wear-resistant and breathable sock, as shown in figure 1, which comprises a sock head 1, a sock body 2, a sock heel 3, a sock leg 4 and a sock opening 5, wherein,

the knitting yarn of the toe 1 includes a first yarn, which is a twisted yarn formed by twisting a nylon filament and a hydrophilic yarn, as shown in fig. 3; the sock head 1 is twisted by adopting hydrophilic yarns and nylon filaments, the overall wear resistance of the first yarns for weaving the sock head 1 is improved by utilizing the high wear resistance of the nylon filaments, and the hydrophilic yarns have good hygroscopicity, so that the comfort of the sock head 1 is ensured, and the stuffiness feeling is reduced; and the strength of the double-strand or multi-strand yarn can be further improved by twisting, which is beneficial to improving the wear resistance of the yarn;

the knitting yarns of the sock body 2 comprise second yarns, the second yarns are hydrophilic yarns, the sock body 2 mainly comprises a sock back 20 and a sock bottom 21, and particularly the moisture absorption requirement of the sock bottom 21 is high, so that the moisture absorption and the air permeability of the sock bottom 21 can be improved and the stuffiness feeling can be reduced by adopting the hydrophilic yarns;

the knitting yarn of heel 3 includes the third yarn, as shown in fig. 4, the third yarn includes and uses the spandex as the core yarn, use the nylon yarn as the elasticity covering yarn of outer yarn, the nylon-spandex covering yarn that heel 3 adopted can improve the elasticity of heel, because the degree of friction at the heel position is great, improve its elasticity, can increase the inclusion and the travelling comfort to the heel on the one hand, on the other hand, the increase of elasticity can reduce the yarn and be wearing the tension of in-process, make it be in more relaxed state, thereby be favorable to the improvement of its wearability, the wearability of the outer nylon yarn of its adoption is also better, do benefit to the increase of its whole wearability. Considering that the heel generally has less sweating, the knitting yarns of the heel 3 can be selectively added with or not added with hydrophilic yarns;

the knitting yarn of the leg 4 comprises a fourth yarn comprising an elastic core-spun yarn with spandex as a core yarn; the elasticity of the sock leg 4 can be improved, and the wearing comfort is improved;

the knitting yarn of the welt 5 includes a fifth yarn including an elastic core-spun yarn using spandex as a core yarn, so that the elasticity of the leg of a sock 4 can be improved, and the wearing comfort can be improved. The core-spun yarn structure of the fourth yarn and the fifth yarn can refer to the structure of the third core-spun yarn.

As the utility model discloses an optimal mode, undertoe 1, sock body 2, heel 3 and leg of a stocking 4 adopt the plain stitch tissue, wherein sock body 2 includes a plurality of fretwork jacquard weave organizational structures, and the plain stitch tissue is the conventional weave tissue of socks among the prior art, and its structure is fine and close relatively, and elasticity is better, and among this optimal mode, as shown in figure 2's picture A and picture B, set up a plurality of fretwork jacquard weave organizational structures at sock body 2 part, this fretwork jacquard weave organizational structure can set up instep 20 of sock body 2, also can set up the corresponding position of sole 21 with the arch of human foot simultaneously, these two positions are wearing the in-process, and the foot is less to its friction, and is difficult damaged, and this structure has almost no influence to holistic wearability socks when improving the gas permeability. In addition, sock body 2 can also set up the gill structure in order to improve the holistic gas permeability of socks.

As a preferred mode of the utility model, welt 5 is rib stitch, and includes two weaving layers, and the structure is woven to the two rib stitch and the bilayer of welt 5, its spandex covering yarn of collocation, from yarn and the structural elasticity that all can improve welt 5 that also can increase the constraint power of two weaving layers, reduces or falls with when avoiding wearing.

As the utility model discloses an optimal mode, sock body 2 includes sole of a sock 21 and instep 20, sock body 2 is the plain stitch tissue, instep 20 is single rib tissue, the relative plain weave of single rib tissue, and its elasticity is better, can be by the drawing of bigger degree when wearing, can reduce the oppression sense of instep 20 to the instep on the one hand, improves its travelling comfort, and on the other hand, the space between the single rib tissue after the drawing is great, and its gas permeability is better.

As a preferred mode of the utility model, the hydrophilic type yarn of first yarn is cotton yarn or bamboo fiber yarn, and cotton yarn is more commonly used yarn, and its cost is handed over the end, and is economical and practical, and bamboo fiber yarn then can bring bacterinertness and health care nature, can be used in the socks of higher grade product.

As a preferred mode of the utility model, the second yarn is cotton yarn to provide better moisture absorption gas permeability.

As an optimized mode of the present invention, the nylon yarn of the third yarn has a specification of 30-40S, the yarn twist coefficient is 250-300, the sock body 2 woven according to the specification is thin and thick, the twist is suitable, the yarn is harder when the twist is too large, the comfort is decreased, the twist is too small, the coating performance is poor, and spandex is easily leaked.

As a preferred mode of the utility model, fourth yarn and fifth yarn are for using the spandex as the core yarn to cotton yarn or bamboo fiber yarn are the elasticity covering yarn of outer yarn.

As a preferred mode of the utility model, the yarn specification of first yarn and third yarn is 32S, the yarn specification of second yarn, fourth yarn and four five yarns is 40S, the socks that the yarn of this specification was woven are comparatively frivolous, it is comparatively comfortable to wear, and can compromise the powerful of yarn simultaneously, the first yarn of weaving undertoe 1 in addition and the third yarn of weaving heel 3 compare in other parts weave the yarn thicker, then can further improve its yarn powerful, improve the wearability at this position, through the discrepancy of different position yarn specifications, also can guarantee the holistic frivolous gas permeability of socks.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (9)

1. A wear-resistant breathable sock is characterized in that: comprises a sock head, a sock body, a sock heel, a sock leg and a sock opening, wherein,

the knitting yarn of the sock head comprises a first yarn, and the first yarn is a doubling yarn formed by twisting nylon filaments and hydrophilic yarn;

the knitting yarns of the sock body comprise second yarns, and the second yarns are hydrophilic yarns;

the knitting yarn of the heel comprises a third yarn, and the third yarn comprises an elastic core-spun yarn which takes spandex as a core yarn and nylon yarn as an outer layer yarn;

the knitting yarn of the sock leg comprises a fourth yarn, and the fourth yarn comprises an elastic core-spun yarn taking spandex as a core yarn;

the knitting yarn of the welt comprises a fifth yarn, and the fifth yarn comprises an elastic core-spun yarn taking spandex as a core yarn.

2. A wear-resistant breathable sock according to claim 1, wherein: the sock head, the sock body, the sock heel and the sock leg are made of plain stitch tissue, wherein the sock body comprises a plurality of hollowed-out jacquard tissues.

3. A wear-resistant breathable sock according to claim 1, wherein: the welt is rib stitch, and includes two weaving layers.

4. A wear-resistant breathable sock according to claim 1, wherein: the sock body comprises a sock bottom and a sock back, the sock body is made of plain stitch tissue, and the sock back is made of single rib stitch tissue.

5. A wear-resistant breathable sock according to claim 1, wherein: the hydrophilic yarn of the first yarn is cotton yarn or bamboo fiber yarn.

6. A wear-resistant breathable sock according to claim 1, wherein: the second yarn is cotton yarn.

7. A wear-resistant breathable sock according to claim 1, wherein: the specification of the nylon yarn of the third yarn is 30-40S, and the yarn twist coefficient is 250-300.

8. A wear-resistant breathable sock according to claim 1, wherein: the fourth yarn and the fifth yarn are elastic core-spun yarns which take spandex as core yarns and take cotton yarns or bamboo fiber yarns as outer-layer yarns.

9. A wear-resistant breathable sock according to claim 1, wherein: the yarn sizes of the first yarn and the third yarn are 32S, and the yarn sizes of the second yarn, the fourth yarn and the fourth-fifth yarn are 40S.

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