TWM647043U - Functional socks structure - Google Patents

Abstract

A kind of functional socks structure. The socks are mainly woven with composite functional yarn. The composite functional yarn is composed of PET bottle regenerated fiber, deodorizing fiber, silver ion fiber and top-grade modal wood pulp fiber. Based on the use of composite functional yarn, the socks have the effects of moisture absorption, breathability, quick drying, antibacterial, anti-mildew, deodorization, etc., and are soft to the skin. Multiple performance zones are formed on the sock body through different weaving technologies to enhance the physical performance of the functional sock.

Description

Functional socks structure

This creation is related to socks, more specifically, it is a sock structure with composite functions.

Commercially available socks are made of cotton fiber-based yarn and have a soft skin-touch effect. However, because the cotton fiber itself is easy to absorb water but difficult to drain away moisture, socks easily absorb foot sweat and become damp after being worn for a period of time, losing their dryness and comfort.

Wet socks can no longer absorb the sweat from the feet, so that the skin of the feet also becomes damp. The skin of socks and feet is stuffy in the shoe body. The temperature and humidity become a breeding ground for bacteria, causing severe sock odor, foot odor and shoe odor, and has a huge negative impact on the skin of the feet.

The technical features and functions of this creation are:

A kind of functional socks structure. The socks are mainly woven with composite functional yarn. The composite functional yarn is composed of PET bottle regenerated fiber, deodorizing fiber, silver ion fiber and top-grade modal wood pulp fiber. Based on the use of composite functional yarn, the socks have the effects of moisture absorption, breathability, quick drying, antibacterial, anti-mildew, deodorization, etc., and are soft to the skin.

Multiple performance zones are formed on the socks through different weaving technologies, including:

There are multiple constrictive strips of fabric in the instep area of the socks to constrain the socks when worn. The patient's feet can be improved to cover the feet with socks to prevent the socks from moving.

A thick woven structure is formed by short and long staggered terry loops in the sole area of the sock. The thick woven structure extends upward to the left and right sides of the sock body to increase the cushioning and support of the sock.

A compression structure with a denser knitting density is installed in the middle part of the sole area of the sock to increase the support of the arch of the foot.

A Y-shaped positioning support line is installed in the heel area of the sock to fully lock the wearer's heel.

There are a large number of longitudinal elastic shrinkage strips all over the sock tube to prevent the sock tube and sock opening from sliding down.

10: Composite functional yarn

11:Pote bottle recycled fiber

12: Deodorizing fiber

13:Silver ion fiber

14: Top modal wood pulp fiber

20: Sock toe

30: Sock body

31: Instep area

32: Striped fabric bundle

33: Plantar area

34: Arch area

35: Pressurized structure

36: Heel area

37: Y-shaped positioning support line

38: Achilles tendon area

40: Sock tube

41:Longitudinal elastic shrink fabric strip

42: socks

[Figure 1] Schematic diagram of the composite functional yarn of this invention.

[Figure 2] One of the schematic diagrams of the sock structure of this creation.

[Figure 3] The second schematic diagram of the sock structure of this creation.

In order to facilitate the explanation of the central idea expressed in the above novel content column of this invention, specific embodiments are hereby expressed. Various objects in the embodiments are drawn according to proportions, sizes, deformations or displacements suitable for illustration, rather than according to the proportions of actual components, and are explained first. In the following description, identical and symmetrically arranged components are represented by the same numbers. Directional terms are used in the following instructions to indicate the direction in which the socks are worn.

As shown in Figures 1 to 3, the structure of the functional socks is created. The functional socks are made of composite functional yarn 10 and interwoven with knitting threads using a special knitting machine to form an integrated knitted shape. The composite functional yarn 10 is composed of PET bottle regenerated fiber 11, deodorizing fiber 12, silver ion fiber 13, and top modal wood pulp fiber 14.

The functional socks include a sock toe 20 that covers the wearer's toes, a sock body 30 that covers the wearer's entire foot, and a sock tube 40 that covers part of the wearer's lower leg. The sock toe 20 is connected to the sock body 30 , and the sock body 30 is connected to the sock tube 40 . The opening of the sock tube 40 is defined as a sock opening 42 .

The sock toe 20 and the sock body 30 are connected with an Italian-style flat and seamless connection, and the sock tube 40 and the sock body 30 are integrally knitted and connected. The seamless connection prevents the sock toe 20 from compressing the seam line of the wearer's toes, thereby increasing wearing comfort, especially the toes.

The sock body 30 can be further divided into an instep area 31, a sole area 33, a heel area 36, and an Achilles tendon area 38 corresponding to the wearer's foot.

The front section of the instep area 31 and the rear section of the instep area 31 have a thin woven structure. The middle section of the instep area 31 is woven with a plurality of strip-shaped fabric bundles 32. The direction of the strip-shaped fabric bundles 32 is parallel to the sock body 30. front and back direction. The sock is restrained on the wearer's foot by the constricting property of the strip-shaped woven bundle 32, thereby improving the sock's coverage of the foot and preventing the sock from moving.

The sole area 33 is a thick woven structure made of short and long staggered terry loops. The thick woven structure can extend upward to the left and right sides of the sock body 30 . The thick woven structure can increase the cushioning and support of the socks, protect the wearer's feet and reduce the impact on the feet.

The middle section of the sole area 33 is defined as the arch area 34. A pressurizing structure 35 with a denser knitting density is provided in the arch area 34 to generate elastic compression force to tighten and support the wearer's soles and feet. Arch.

The heel area 36 is provided with a Y-shaped positioning support line 37 to fully lock the wearer's heel.

The sock tube 40 to the sock opening 42 are made of comprehensive longitudinal elastic shrinkable fabric strips 41 , and the longitudinal elastic shrinkable fabric strips 41 extend to the Achilles tendon area 38 . The Achilles tendon area 38 is located approximately 5 to 7 centimeters above the heel area 36 . The elastic shrinkable woven strip gathers the sock tube 40 on the wearer's calf and prevents the sock tube 40 and sock opening 42 from sliding down.

The sock opening 42 has a lightweight knitted wide-mouth structure, which puts zero pressure on the wearer's calf and will not cause any strangulation marks on the sock opening 42. It is suitable for the elderly, diabetics, people with poor blood circulation, and also for ordinary people.

20: Sock toe

30: Sock body

31: Instep area

32: Striped fabric bundle

33: Plantar area

36: Heel area

37: Y-shaped positioning support line

38: Achilles tendon area

40: Sock tube

41:Longitudinal elastic shrink fabric strip

42: socks

Claims (3)

A functional sock structure, the functional sock includes: a sock toe covering the wearer's toes, a sock body covering the wearer's entire foot, and a sock tube covering part of the wearer's calf; the sock toe is connected to the sock toe The sock body is connected to the sock tube; the functional sock is integrally knitted with composite functional yarn; the composite functional yarn is made of PET bottle regenerated fiber, deodorizing fiber, silver ion fiber, and top-grade modal wood Made of pulp fiber; the sock body is divided into an instep area, a sole area, and a heel area corresponding to the wearer's foot area; the middle section of the instep area is woven with a plurality of strip-like fabric bundles, and the strip-like fabric bundles are The direction is parallel to the front and back direction of the sock body; the sole area is a thick woven structure made of short and long staggered terry loops; the thick woven structure extends upward to the left and right sides of the sock body; the foot area The middle section of the bottom area is defined as an arch area, and a pressurizing structure with a denser knitting density is provided in the arch area; a Y-shaped positioning support line is provided in the heel area; and most longitudinal elastic contractions are provided throughout the sock tube. Weaving strips. The functional sock structure as claimed in claim 1, wherein the longitudinal elastic shrinkable woven strip extends to an Achilles tendon area of the sock body, and the Achilles tendon area is located 5 to 7 centimeters above the heel area. The functional sock structure as claimed in claim 1, wherein the sock toe and the sock body adopt a smooth, seamless seamless structure.

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