CN219270187U

CN219270187U - Silver fiber functional sock

Info

Publication number: CN219270187U
Application number: CN202223321639.9U
Authority: CN
Inventors: 李文昌
Original assignee: Tay Hsin Nanhai Foshan Knitting Co ltd
Current assignee: Tay Hsin Nanhai Foshan Knitting Co ltd
Priority date: 2022-12-12
Filing date: 2022-12-12
Publication date: 2023-06-30
Anticipated expiration: 2032-12-12

Abstract

The utility model relates to the technical field of sock manufacturing, in particular to silver fiber functional socks, which comprise a sole area, an instep area, an ankle front area, an ankle rear area and a rib cuff area, wherein each area is formed by combining different yarns, the sole area is two layers of yarns, the two layers of yarns comprise silver fibers, the sole area is one layer of yarns and comprises silver fibers, the instep area comprises silver fibers and elastic fibers, the ankle front area, the ankle rear area and the rib cuff area do not comprise silver fibers, and the rib cuff area comprises elastic fibers. The utility model reasonably sets different areas of yarn components and knitting methods, not only plays the sterilization and deodorization functions of the silver fibers, but also ensures that the whole pair of socks cannot bring high cost due to the adoption of a large amount of silver fibers, and simultaneously overcomes the problem that the silver fibers slide easily, so that the socks are prevented from slipping off when being worn, and are more comfortable to wear.

Description

Silver fiber functional sock

Technical Field

The utility model relates to the technical field of sock manufacturing, in particular to a silver fiber functional sock.

Background

The silver fiber is manufactured by wrapping and fixing a pure silver layer on the surface of a nylon base material through a special process, and the silver layer cannot be lost due to washing. The silver fiber and the long-staple cotton yarn are mixed and twisted together to form the silver fiber yarn. The silver ion on the surface of the silver fiber can be quickly combined with the sulfhydryl group in protease in the bacteria body to deactivate the enzyme so as to cause bacterial death, and after the bacteria are killed, the silver ion is released again to continue to play a role, so that the clothing made of the silver fiber yarn has good antibacterial property. The sock is made of silver fiber, and under the condition of sweating of human feet, the environment is warm and moist, the activity of silver ions is stronger, bacteria are killed in time, and the functional effects of resisting bacteria, deodorizing and keeping the health of the feet are achieved.

Silver fiber functional socks in the prior art are often used for applying silver fiber threads to the whole sock, so that silver thread densely distributed, antibacterial and deodorant effects are realized. However, the cost of the functional socks distributed over the silver fiber is higher because the silver fiber is manufactured by pure silver raw materials; because the silver fiber is heavier and harder, the functional sock spread over the silver fiber is easy to slip, and the wearing comfort is not enough; meanwhile, the appearance of the functional sock spread over silver fibers is monotonous. Due to the above drawbacks, silver fiber socks are difficult to be widely used in the general public.

Disclosure of Invention

In order to overcome the defects of the prior art, the utility model provides the silver fiber functional sock, and the partition of the sock is reasonably arranged by matching the distribution rule of sweat glands of human feet, silver fibers with different proportions are applied to each area, and the design of slipping placement is carried out, so that the sock not only realizes the functions of antibiosis and deodorization, but also can avoid the problems of easy slipping, monotonous appearance and the like, and has lower cost and easy popularization.

In order to solve the technical problems, the utility model provides the following technical scheme:

the utility model provides a silver fiber function socks, is woven by the yarn and constitutes, including sole district, instep district, ankle front region, ankle back district, rib cage district, each district comprises different yarn combinations, sole district is two-layer yarn, and two-layer all contains silver fiber, sole district is one deck yarn, contains silver fiber, instep district contains silver fiber and elastic fiber, ankle front region, ankle back district, rib cage district do not contain silver fiber, rib cage district contains elastic fiber.

Further, the two layers of yarns in the sole region are composed of cotton fiber yarns, nylon yarns and silver fiber yarns. The weaving process of the double-layer sock can be automatically finished at one time by using an automatic sock knitting machine, namely, a layer of higher terry is knitted on the basis of the plane sock terry, and preferably, two layers of yarns in the sole area are composed of 70% cotton fiber yarns, 15% nylon yarns and 15% silver fiber yarns. The two layers of yarns provide enough silver fibers, so that bacteria can be killed in time in the region with more sweat glands of the front palm of the foot of a human body.

Further, one layer of yarns in the sole area is composed of cotton fiber yarns, nylon yarns and silver fiber yarns, the combination of the yarns is a plating knitting structure, the ground yarns of the plating knitting structure are composed of twisted cotton fiber yarns and nylon yarns, and the face yarns are composed of twisted silver fiber yarns and cotton fiber yarns. The structure provides a certain amount of silver fibers and kills bacteria appearing when the sole sweats in time.

Further, the elastic fiber in the instep area is spandex yarn, the instep area is formed by cotton fiber yarn, silver fiber yarn and spandex yarn, the combination of the yarns is an lining woven structure, the ground yarn of the lining woven structure is formed by twisting the cotton fiber yarn and the spandex yarn, and the lining yarn is formed by twisting the silver fiber yarn and the cotton fiber yarn. The silver fiber provided relatively less plays a role in sterilization. The sweat on the back of the foot is less, so that the requirements can be met. Meanwhile, the ground yarn of the lining woven structure comprises elastic fiber spandex yarns, the effect of tightening the instep is provided, the arch is effectively locked, the sock can be supported not to shift during movement, silver fibers in the lining yarn are transverse on the instep, and the lining yarn is different from the forward and backward stretching direction of the sock, so that discomfort in wearing of the sock due to insufficient elasticity of the silver fibers can be avoided.

Preferably, the rib cuff area is formed by cotton fiber yarns and nylon yarns, and is a double-layer rib cuff, and the rib cuff is woven into double-length welts and then folded in half. The density of the rib cuff yarns is twice that of the sock body, so that the rib cuff yarns have better elasticity and extensibility, and the sock can be tightly tied.

Further, the sole area is connected with the instep area and the sole area through boneless stitching. The mode of no bone suture has no suture head, the suture is firm and uniform, smooth and fine, no convex feeling exists, and the foot is not pressed.

The beneficial effects achieved by the utility model are as follows:

1. the silver fiber has the functions of resisting bacteria and deodorizing, and can kill bacteria in time to prevent bacteria from breeding and smelling in a wet environment where human feet sweat. The sweat glands of the foot of the human body are mainly concentrated on the sole, especially the front sole and the toe joints, and are particularly rich. According to the method, different subareas of yarn components and weaving methods are reasonably arranged according to the sweat gland distribution rule of the human foot, double-layer silver fibers are arranged in the sole area, single-layer silver fibers are arranged in the sole area, and silver fibers are not arranged in other subareas, so that the functions of sterilizing and deodorizing the silver fibers are exerted, and the whole double-layer sock is free from high cost caused by adoption of a large amount of silver fibers.

2. According to the utility model, the elastic fibers are arranged in the instep area, so that the elasticity of yarns in the area is improved, the effect of pulling in the instep area is achieved, the fixation of the socks can be helped, the problem that silver fibers in the sole area and the sole area are easy to slide is solved, slipping of the socks during wearing is avoided, and the socks are more comfortable to wear.

3. Each subregion of socks adopts different fibre to constitute, can rationally set up colour and line, avoids the monotonous of socks outward appearance.

4. The yarn selection and knitting process of each partition of the silver fiber functional sock can be automatically controlled by the automatic sock knitting machine, so that one-time knitting is realized, mass production can be realized, the production cost of the sock is further reduced, and the silver fiber functional sock can be popularized and popularized.

Drawings

FIG. 1 is a schematic diagram of a side structure of the present utility model;

FIG. 2 is a schematic diagram of the front face of the present utility model;

FIG. 3 is a plating weave;

fig. 4 shows a mat knitting method.

Wherein: 1. sole region; 2. a plantar region; 3. an instep area; 4. a rear ankle region; 5. a front ankle region; 6. a rib top area; 7. a common yarn; 8. silver fiber yarn.

Detailed Description

In order that the manner in which the above recited features, features and advantages of the present utility model are obtained, a more particular description of the utility model will be rendered by reference to specific embodiments thereof which are illustrated in the appended drawings. Based on the examples in the embodiments, those skilled in the art can obtain other examples without making any inventive effort, which fall within the scope of the utility model.

As shown in fig. 1 and 2, the utility model provides a silver fiber functional sock, which is formed by weaving yarns and comprises a sole area 1, a sole area 2, an instep area 3, an ankle front area 5, an ankle rear area 4 and a rib cuff area 6, wherein each area is formed by combining different yarns, the sole area 1 is two layers of yarns, the two layers of yarns contain silver fibers, the sole area 2 is one layer of yarns and contains silver fibers, the instep area 3 contains silver fibers and elastic fibers, the ankle front area 5, the ankle rear area 4 and the rib cuff area 6 do not contain silver fibers, and the rib cuff area 6 contains elastic fibers.

As shown in fig. 3, one layer of yarns in the sole area 2 is formed by cotton fiber yarns, nylon yarns and silver fiber yarns, the combination of the yarns is a plating knitting structure, the ground yarns of the plating knitting structure are formed by twisting cotton fiber yarns and nylon yarns, and the face yarns are formed by twisting silver fiber yarns and cotton fiber yarns.

As shown in fig. 4, the elastic fiber in the instep area 3 is a spandex yarn, the instep area is formed by a cotton fiber yarn, a silver fiber yarn and a spandex yarn, the combination of the yarns is a lining woven structure, the ground yarn of the lining woven structure is formed by twisting the cotton fiber yarn and the spandex yarn, and the lining yarn is formed by twisting the silver fiber yarn and the cotton fiber yarn.

Examples:

a silver fiber functional sock comprises a sole area, an instep area, an ankle front area, an ankle rear area and a rib cuff area; the sole area is formed by two layers of yarns, each layer of yarns consists of 70% cotton fiber yarns, 15% nylon yarns and 15% silver fiber yarns, a layer of higher terry is woven on the basis of the terry of the plane sock by using a knitting process through an automatic hosiery knitting machine, and the weaving of the double-layer sock is automatically completed at one time; the sole area is a layer of yarns, the yarns consist of 65 cotton fiber yarns, 20 nylon yarns and 15 silver fiber yarns, the combination of the yarns is a plating knitting structure, the ground yarns consist of twisted cotton fiber yarns and nylon yarns, and the face yarns consist of twisted silver fiber yarns and cotton fiber yarns; the instep area is formed by 87% of cotton fiber yarns, 10% of silver fiber yarns and 3% of spandex yarns, the combination of the yarns is an interlining knitting structure, the ground yarns are formed by twisting the cotton fiber yarns and the spandex yarns, and the interlining yarns are formed by twisting the silver fiber yarns and the cotton fiber yarns; the rib cuff area is formed by cotton fiber yarns and nylon yarns, and is a double-layer rib sock cuff.

The embodiments of the present utility model have been described in detail with reference to the drawings, but the present utility model is not limited thereto, and various changes can be made within the knowledge of those skilled in the art without departing from the spirit of the present utility model.

Claims

1. Silver fiber function socks, by yarn weaving constitution, its characterized in that: including sole district, instep district, ankle front region, ankle back district, rib cage district, each district comprises different yarn combinations, sole district is two-layer yarn, and two-layer all contains silver fiber, sole district is one deck yarn, contains silver fiber, instep district contains silver fiber and elastic fiber, ankle front region, ankle back district, rib cage district do not contain silver fiber, rib cage district contains elastic fiber.

2. The silver fiber functional sock of claim 1, wherein: the two layers of yarns in the sole area are composed of cotton fiber yarns, nylon yarns and silver fiber yarns.

3. The silver fiber functional sock of claim 1, wherein: one layer of yarns in the sole area consists of cotton fiber yarns, nylon yarns and silver fiber yarns, the combination of the yarns is a plating knitting structure, the ground yarns of the plating knitting structure are formed by twisting the cotton fiber yarns and the nylon yarns, and the face yarns are formed by twisting the silver fiber yarns and the cotton fiber yarns.

4. The silver fiber functional sock of claim 1, wherein: the elastic fiber of the instep area is spandex yarn, the instep area is composed of cotton fiber yarn, silver fiber yarn and spandex yarn, the combination of the yarns is an lining woven structure, the ground yarn of the lining woven structure is composed of twisted cotton fiber yarn and spandex yarn, and the lining yarn is composed of twisted silver fiber yarn and cotton fiber yarn.

5. The silver fiber functional sock of claim 1, wherein: the rib cuff area is formed by cotton fiber yarns and nylon yarns, and is a double-layer rib sock cuff.

6. The silver fiber functional sock of claim 1, wherein: the sole area is connected with the instep area and the sole area through boneless stitching.