CN209995385U

CN209995385U - biological base chinlon variable looped pile sport socks for protecting feet

Info

Publication number: CN209995385U
Application number: CN201920361508.2U
Authority: CN
Inventors: 黄少雄; 杜飞; 陈志鹏; 谢凯燕; 贾旺
Original assignee: ZHEJIANG MENGNA HOSIERY CO Ltd
Current assignee: ZHEJIANG MENGNA HOSIERY CO Ltd
Priority date: 2019-03-20
Filing date: 2019-03-20
Publication date: 2020-01-31
Anticipated expiration: 2029-03-20

Abstract

The utility model relates to an socks, to the problem that the protection function of sport socks is not enough to the foot, the utility model provides a kind of biological base polyamide fibre of banket change looped pile sport socks, including the leg of a stocking, socks instep and socks bottom surface, the inboard of socks bottom surface adopts the sectional type to change looped pile structure, the utility model has the advantages of (1) the inboard of socks bottom surface adopts the sectional type to change the looped pile structure and pertinence protects different positions of sole, (2) the leg of a stocking adopts the change density to weave in ankle department and can protect the ankle, (3) the mesh structure of socks instep can strengthen the air permeability of sport socks, (4) sport socks divide left foot socks and right foot socks to weave comfortable fit the foot, (5) the outside of socks bottom surface is equipped with protruding granule can increase friction, also can massage the sole, (6) the sport socks with biological base polyamide fibre preparation are all very good in the aspect of moisture absorption rate, compliance and elasticity.

Description

biological base chinlon variable looped pile sport socks for protecting feet

Technical Field

The utility model relates to socks, in particular to a foot-protecting biological-based chinlon variable terry sport sock.

Background

The socks have higher requirements on the aspects of strength, elasticity, air permeability, comfort and the like during sports, and ordinary socks cannot meet the requirements, so that ideal technical structures are needed to solve the problems.

Therefore, socks suitable for sports wear are invented, for example kinds of 'sports socks' disclosed in Chinese patent documents with the publication number CN201813855U, the utility model discloses kinds of sports socks, which comprises a sock body, and is characterized in that holes suitable for big toes to pass through are arranged on the front end side of the sock body, and the opening edge is a lock edge.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an overcome the not enough problem of protective function of sport socks to the foot, provide kinds of biological basic polyamide fibre change looped pile sport socks of banket.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

A sports sock with bio-based chinlon variable terry comprises a sock cylinder, a sock foot surface and a sock bottom surface, wherein the inner side of the sock bottom surface adopts a sectional type variable terry structure, the terry arranged on the inner side of the sock bottom surface can increase the elasticity between a shoe and a foot, and fully increases the contact area of sports sock materials and air, so that the sports sock has better moisture absorption and sweat releasing performance.

Preferably, the inner side of the bottom surface of the sock is sequentially provided with a toe part, a sole part, a arch part and a heel part from front to back corresponding to the sole part, the segmented change looped pile structure comprises toe part looped piles arranged on the toe part of the sock, sole part looped piles arranged on the sole part of the sock at intervals and heel part looped piles arranged on the heel part of the sock, the sole part of the foot tends to land first when the foot travels, the sole part looped piles are arranged at intervals for increasing friction force, the sports sock can be prevented from slipping, more preferably, the radian of the sole part looped piles is the largest, the height of the heel part looped piles is the largest, the wearing resistance of the foot part is enhanced due to the fact that the sole is stressed frequently and sweats easily, the looped piles with large radian have better moisture absorption performance, the front sole part lands first, the corresponding heel part of the foot is higher than point looped piles are arranged, particularly, the height of the looped piles is the largest when the foot runs, the human mechanics are adapted, the heel part of the heel part is stressed highly, the height of the looped piles can be large, the wear resistance can be enhanced, the foot part of the foot is stressed least, materials are not provided, and the breathable looped piles are.

Preferably, the sports sock is designed into a left sock and a right sock, and a buffer pad is arranged on the outer side of the sole part of the sock close to the thumb. The sport socks are knitted by the left foot and the right foot, so that the feet can be more comfortably fitted, the part of the sole part of each sock foot close to the thumb of the foot is stressed most, and the foot can be well protected by arranging the buffer gaskets at the position.

Preferably, the ankle of the sock is protruded when the force is applied during sports, the ankle of the sock is too tight to block the blood circulation of the calf and the foot, the longitudinal yarn loop knitting density of turns is larger and turns is smaller, the pressure of the sock on the ankle can be properly reduced, the flexibility of the ankle is better, and the yarn loop with smaller knitting density can also increase the air permeability of the sports sock.

Preferably, the left and right sides of the ankle are provided with a plurality of longitudinal reinforcing yarn belts. The ankle department atress is big, weaves vertical reinforcement yarn area and can increase the intensity of the leg of a stocking in ankle department, and reinforcement yarn area establishes in the ankle left and right sides, can guarantee that the sport socks do not shift.

Preferably, the instep of the sock is of a mesh construction. The sweat discharge amount is increased during sports, and the mesh structure of the foot surface of the sports sock can enhance the ventilation performance of the sports sock.

Preferably, the outer side of the bottom surface of the sock is provided with raised particles. The raised particles can increase friction and massage soles of feet, thereby playing a role in health care.

Therefore, the utility model discloses following beneficial effect has: (1) the inner side of the bottom surface of the sock adopts a sectional type variable terry structure to purposefully protect different parts of the sole of the foot; (2) the ankle part of the sock leg is knitted by adopting variable density to protect the ankle; (3) the mesh structure of the sock foot surface can enhance the air permeability of the sports sock; (4) the sport socks are divided into left foot socks and right foot socks to be knitted to comfortably fit feet; (5) the convex particles arranged on the outer side of the bottom surface of the sock can increase friction and massage the sole of the foot; (6) the sports socks prepared from the bio-based chinlon have excellent moisture absorption and sweat releasing rate, softness, elasticity and the like.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the inner side of the bottom surface of the sock of the present invention.

Fig. 3 is a schematic structural view of the outer side of the bottom surface of the left and right socks of the present invention.

In the figure: 1. sock bottom surface, 11, toe portion, 111, toe portion looped pile, 12, sole portion, 121, sole portion looped pile, 13, sock arch portion, 14, heel portion, 141, heel portion looped pile, 2, leg, 21, horizontal ankle guard looped pile, 211, dense looped pile, 212, sparse looped pile, 22, reinforcement yarn area, 3, sock foot surface, 4, buffer pad.

Detailed Description

The present invention will now be described in further detail with reference to the following figures and detailed description .

As shown in figure 1, the kinds of foot protection bio-based chinlon variable terry sports socks comprise leg parts 2, a foot surface 3 and a sole surface 1, wherein the inner side of the sole surface 1 adopts a sectional type variable terry structure.

As shown in fig. 2, the inner side of the sole surface 1 includes a toe portion 11, a ball portion 12, a foot arch portion 13 and a heel portion 14 in order from front to back corresponding to the sole portion, and the segmented varying loop structure includes a toe loop 111 disposed at the toe portion 11, a ball loop 121 disposed at the ball portion 12 and a heel loop 141 disposed at the heel portion 14. The terry 121 at the foot sole part is arranged at intervals, so that the friction force can be increased for skid prevention, the front sole of a foot is always firstly grounded when the foot moves, the stress is large and frequent, the sweatiness is easy, the radian of the terry 121 at the foot sole part is maximum, and the moisture absorption performance is better; the stress of the arch part 13 of the sock is the least, no looped pile is arranged for saving materials, and the arch part 13 of the sock is positioned between the sole part 12 and the heel part 14, which is beneficial to perspiration and ventilation of the looped pile 141 of the heel part and the looped pile 121 of the sole part; the height of the terry 141 of the heel part of the sock is the largest, which accords with human mechanics and is comfortable to wear, and the heel part 14 of the sock is stressed greatly, and the terry height can enhance the wear resistance of the sports sock.

In order to properly reduce the pressure of the leg portion 2 against the ankle and protect the ankle, as shown in fig. 1, two kinds of lateral ankle support loops 21 having different knitting densities are knitted in the leg portion 2 at longitudinally spaced intervals of the dense loops 211 and the sparse loops 212.

In order to increase the breathability of the sports sock, the instep 3 is of a mesh construction, as shown in figure 1.

In order to increase the strength of the shaft 2 at the ankle and to prevent the sports sock from becoming dislodged, as shown in figure 1, there are longitudinal reinforcing yarn bands 22 running through the lateral ankle support loops (21) on the left and right sides of the ankle.

As shown in FIG. 3, in order to make the sports sock more comfortable to fit, the sports sock is designed in a left foot sock and a right foot sock, and a buffer pad 4 is provided on the right side of the outer side of the ball portion 12 of the left foot sock and the left side of the outer side of the ball portion 12 of the right foot sock. The part of the sock sole part 12 close to the thumb of the foot is stressed the most, and the foot can be well protected by arranging the buffer pad at the part.

Claims

The utility model provides a biobased polyamide fibre of kind of banket changes looped pile sport socks, including leg of a stocking (2), ankle socks face (3) and sock bottom face (1), a serial communication port, the inboard of sock bottom face (1) corresponds sole position from front to back and is toe portion (11) in proper order, ankle socks portion (12), ankle socks portion (13) and heel portion (14), the inboard of sock bottom face (1) adopts sectional type change looped pile structure, sectional type change looped pile structure is including setting up toe portion looped pile (111) in ankle socks portion (11), interval setting is at ankle socks portion looped pile (121) of ankle socks portion (12) and setting is at heel portion looped pile (141) of heel portion (14), wherein the radian of ankle socks portion looped pile (121) is the biggest, heel portion looped pile (141) height is the biggest.
2. The kinds of foot-protecting bio-based nylon varying terry sports socks according to claim 1, wherein the socks are designed as left and right foot socks, and a cushion pad (4) is provided at a portion close to the thumb of the foot outside the sole portion (12).
3. The kinds of foot protection bio-based chinlon terry sports sock according to claim 1, wherein the lateral ankle support loops (21) of two knitting densities are spaced longitudinally at the ankle of the leg (2).
4. The kinds of foot-protecting bio-based nylon varying terry sports sock according to claim 3, wherein the leg of the sock (2) has longitudinal reinforcing tapes (22) on the left and right sides of the ankle.
5. The kinds of foot-protecting bio-based nylon varying-loop sport socks according to claim 1 or 2, characterized in that the sock instep (3) is of mesh structure.
6. The kinds of foot-protecting bio-based chinlon terry athletic sock of claim 1, wherein the outer side of the sock bottom surface (1) is provided with raised particles.