TWM660646U - Ankle support socks - Google Patents

Abstract

The ankle support functional socks of the present invention are mainly woven from a surface yarn, a bottom yarn and a natural rubber yarn or a synthetic rubber yarn, and include a sock opening, a sock body, a rear sock sole, a front sock sole, a front sock heel, a rear sock heel and a terry-like structure. The sock body is connected to the sock opening, and the bottom yarn of the sock body is woven from nylon yarn or a mixture of nylon yarn and elastic fiber wrapping yarn. The rear sock sole is connected to the sock body, and the base yarn of the rear sock sole is woven with nylon yarn or a mixture of nylon yarn and elastic fiber wrap yarn. The front sock sole is connected to the rear sock sole, and the front sock heel is connected to the front sock sole. The rear sock heel is connected to the sock body and the rear sock sole. The terry tissue covers part of the sock body and part of the rear sock sole. The sock body and the rear sock sole are both heat-treated to make the base yarns of the sock body and the rear sock sole more tightly connected.

Description

Ankle support socks

The invention relates to a functional ankle support sock, and in particular to a functional ankle support sock which can protect the ankle of the user and has good cushioning force.

The socks are mainly woven from the top yarn, the bottom yarn and the rubber yarn, and can be divided into two categories, as shown in FIG1 and FIG2 respectively. In FIG1, the socks 10 can be mainly divided into five parts: the sock opening 11, the sock body 12, the sock heel 13, the front sock palm 14 and the rear sock palm 15. Among them, each part of the socks 10 is woven from the top yarn and the bottom yarn. In addition, except for the sock heel 13, other parts are woven with rubber yarn. Please refer to FIG2, which shows another common socks 20. The sock 20 is also divided into five parts: a sock opening 21, a sock body 22, a sock heel 23, a front sock sole 24 and a rear sock sole 25. Each part of the sock 20 is woven from a top yarn and a bottom yarn, and the sock opening 21 and the rear sock sole 25 are woven from rubber yarn. In addition, users usually wear thicker socks when exercising because thicker socks can provide better coverage. However, if the socks are too thick and the weather is hot, the user's feet are prone to feel stuffy, resulting in discomfort. Moreover, the thickness of the socks only provides coverage and cannot protect against injuries caused by excessive twisting of the ankle during exercise. In addition, during high-intensity exercise, if the socks you wear do not have the cushioning power to swing up and down, the stability and flexibility of the movement will inevitably be affected, thereby reducing the overall athletic performance. In addition, the risk of injury to the ankles and knees will also increase. Therefore, how to design a sock with excellent ankle protection and good cushioning power is something that people with general knowledge in this field should consider.

The purpose of the present invention is to provide a functional ankle support sock with segmented pressure wrapping, two-stage density weaving method at the sock opening, and terry-like tissue. The functional ankle support sock of the present invention can effectively stabilize the ankle joint, and the sole of the foot will not move up and down too much, and protect the user's foot joint and good cushioning force, and will not make the user feel stuffy and uncomfortable. The functional ankle support sock of the present invention is mainly woven from a surface yarn, a bottom yarn, and natural rubber yarn or synthetic rubber yarn. The functional ankle support sock includes a sock opening, a sock body, a rear sock sole, a front sock sole, a front sock heel, a rear sock heel, and a terry-like tissue. The sock body is connected to the sock opening, and the base yarn of the sock body is woven from nylon yarn or a mixture of nylon yarn and elastic fiber covering yarn. In addition, the rear sock palm is connected to the sock body, and the base yarn of the rear sock palm is woven from nylon yarn or a mixture of nylon yarn and elastic fiber covering yarn. In addition, the front sock palm is connected to the rear sock palm, and the front sock heel is connected to the front sock palm. In addition, the rear sock heel is connected to the sock body and the rear sock palm. The terry tissue covers part of the sock body and part of the rear sock palm. The sock body and the rear sock sole are both heat-treated to make the base yarn of the sock body and the rear sock sole more compact to form segmented pressure, and the ankle part has a stronger pressure stabilizing effect. In the above-mentioned ankle support functional socks, the temperature of the heat treatment is 45℃~150℃. In the above-mentioned ankle support functional socks, the front sock heel and the rear sock heel do not contain the natural rubber yarn or synthetic rubber yarn. In the above-mentioned ankle support functional socks, the base yarn of the sock opening, the front sock heel and the rear sock heel is woven with elastic fiber wrapped yarn. Another embodiment of the present invention is a functional ankle support socks mainly woven from a surface yarn, a bottom yarn and a natural rubber yarn or a synthetic rubber yarn, and the functional ankle support socks include a sock opening, a sock body, a rear sock sole, a front sock sole, a front sock heel, a rear sock heel and a terry tissue. The sock body is connected to the sock opening, and the bottom yarn of the sock body is woven from polyester yarn or a mixture of polyester yarn and elastic fiber covering yarn. In addition, the rear sock part is connected to the sock body, and the base yarn of the rear sock part is woven with polyester yarn or a mixture of polyester yarn and elastic fiber yarn. In addition, the front sock part is connected to the rear sock part, the front sock heel part is connected to the front sock part, and the rear sock heel part is connected to the sock body and the rear sock part. In addition, the terry tissue covers part of the sock body and part of the rear sock. Among them, the sock body and the sock body are both heat-treated to make the base yarn of the sock body and the sock body more compact. In the above-mentioned ankle support functional socks, the temperature of the heat treatment is 45℃~150℃. In the above-mentioned functional ankle support socks, the front sock heel and the rear sock heel do not contain the natural rubber yarn or synthetic rubber yarn. In the above-mentioned functional ankle support socks, the bottom yarn of the sock opening, the front sock heel and the rear sock heel is woven with elastic fiber wrapping yarn. The new model has the following advantages: providing excellent stable covering and good cushioning force for the ankle. In order to make the above-mentioned features and advantages of the new model more obvious and easy to understand, the following is a preferred embodiment, and is described in detail with the attached drawings as follows.

Please refer to FIG. 3 and FIG. 4. FIG. 3 shows the ankle support functional sock 100 of the present invention, and FIG. 4 shows an application example of the ankle support functional sock 100 of the present invention. The ankle support functional sock 100 of the present invention is mainly woven from a top yarn, a bottom yarn, and a natural rubber yarn or a synthetic rubber yarn. The ankle support functional sock 100 includes a sock opening 110, a sock body 120, a front sock heel 131, a rear sock heel 132, a front sock palm 140, a rear sock palm 150, and a terry tissue 160. Each part of the ankle support functional sock 100 is woven from a top yarn and a bottom yarn. In this embodiment, the surface yarn of the ankle support functional socks 100 is woven from, for example, cotton yarn. In addition, in addition to the front sock heel 131 and the rear sock heel 132, other parts of the ankle support functional socks 100 are woven with natural rubber yarn or synthetic rubber yarn. More specifically, the sock opening 110, the sock body 120, the front sock sole 140 and the rear sock sole 150 of the ankle support functional socks 100 are woven with surface yarn, bottom yarn and natural rubber yarn or synthetic rubber yarn, and the front sock heel 131 and the rear sock heel 132 do not contain natural rubber yarn or synthetic rubber yarn. In addition, the sock body 120 is connected to the sock opening 110, and the base yarn of the sock body 120 is woven from nylon yarn, or mixed with nylon yarn and elastic fiber yarn. Please refer to FIG. 3, the front sock palm 140 is connected to the rear sock palm 150 and the front sock heel 131. More specifically, the front sock palm 140 is located between the rear sock palm 150 and the front sock heel 131. In addition, the base yarns of the sock opening 110, the front sock heel 131 and the rear sock heel 132 are woven from elastic fiber yarn. Therefore, the sock opening 110, the front sock heel 131 and the rear sock heel 132 can provide better elasticity and fit, increase the comfort and stability of the socks, help maintain the position of the socks during exercise and reduce slippage, thereby providing additional support and protection. Please refer to Figure 3, the rear sock palm 150 is connected to the sock body 120, and the rear sock heel 132 is connected to the sock body 120 and the rear sock palm 150 at the same time. The base yarn of the rear sock palm 150 is woven from nylon yarn, or woven from a mixture of nylon yarn and elastic fiber wrap yarn. It should be noted that the position covered by the rear sock portion 150 and the sock body portion 120 covers the joint of the user's heel. In this embodiment, the rear sock portion 150 and the sock body portion 120 are also subjected to a heat treatment, and the temperature range of the heat treatment is 45°C to 150°C, and the preferred temperature range is 45°C to 95°C. Since the base yarn of the sock body portion 120 and the rear sock portion 150 is woven from nylon yarn, or woven from a mixture of nylon yarn and elastic fiber yarn, the base yarn of the sock body portion 120 and the rear sock portion 150 will become tighter after the heat treatment. In this way, when the user wears the ankle support functional socks 100, the joint of the rear heel will be tightly covered and restrained by the sock body 120 and the rear sock sole 150. Therefore, when the user is exercising, the ankle joint is less likely to be injured. In this embodiment, the base yarn of the sock body 120 and the rear sock sole 150 is woven with nylon yarn or a mixture of nylon yarn and elastic fiber wrapping yarn. However, in other embodiments, those with ordinary knowledge in the art may also use polyester yarn, or a blended yarn of polyester yarn and elastic fiber wrapping yarn to weave the base yarn of the sock body 120 and the rear sock sole 150. Since polyester yarn also has a shrinking effect after being heated and cooled, it can also protect the user's heel joint. In addition, the terry tissue 160 covers part of the sock body 120 and part of the rear sock sole 150. In this embodiment, the terry tissue 160 is almost integrated with the sock body 120 and the rear sock sole 150. Therefore, when the user wears the ankle support functional socks 100, the terry tissue 160 helps to provide a cushioning force for up and down swinging, thereby improving the stability and flexibility of movement during exercise and improving the overall sports performance. In addition, the risk of injury to the ankle and knee will also be reduced. In this embodiment, the ankle support functional socks 100 are short socks, for example, but those with ordinary knowledge in the art can also design the ankle support functional socks 100 into long socks. Moreover, the ankle support functional socks 100 are mainly woven from a top yarn, a bottom yarn, and a natural rubber yarn or a synthetic rubber yarn. However, in other embodiments, those with ordinary knowledge in the art can also choose not to use natural rubber yarn or synthetic rubber yarn, but only use the top yarn and the bottom yarn to weave the ankle support functional socks 100. In summary, the ankle support functional socks 100 of this embodiment have excellent ankle protection function and good cushioning force, which helps reduce the risk of injury to the ankles and knees of the user. Although the present invention has been disclosed as above with the preferred embodiment, it is not used to limit the present invention. Any person with common knowledge in the relevant technical field can make some changes and modifications within the spirit and scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the scope defined by the attached patent application.

10, 20: woven socks 11, 21: sock opening 12, 22: sock body 13, 23: sock heel 14, 24: front sock sole 100: ankle support socks 110: sock opening 120: sock body 131: front sock heel 132: back sock heel 140: front sock sole 150: back sock sole 160: terry tissue

FIG. 1 shows a known sock 10. FIG. 2 shows another known sock 20. FIG. 3 shows an embodiment of the present invention's functional ankle support sock 100. FIG. 4 shows an application embodiment of the present invention's functional ankle support sock 100.

100: Ankle support functional socks

110: Sock opening

120: Socks

131: Front sock heel

132: Heel of the back sock

140: Front sock sole

150: Sole of the back sock

160: Terry tissue

Claims (8)

A functional ankle support sock is mainly woven from a surface yarn, a bottom yarn and a natural rubber yarn or a synthetic rubber yarn. The functional ankle support sock includes: a sock opening; a sock body connected to the sock opening, the bottom yarn of the sock body is woven from nylon yarn or a mixture of nylon yarn and elastic fiber wrapping yarn; a rear sock palm connected to the sock body, the bottom yarn of the rear sock palm is woven from nylon yarn or a mixture of nylon yarn and elastic fiber wrapping yarn; a front sock palm; connected to the rear sock palm; A front sock heel portion connected to the front sock sole portion; A rear sock heel portion connected to the sock body portion and the rear sock sole portion; and A terry-like tissue covering part of the sock body portion and part of the rear sock sole portion; Wherein, the sock body portion and the rear sock sole portion are both heat-treated to make the base yarn of the sock body portion and the rear sock sole portion more compact. The ankle support functional socks as described in claim 1, wherein the temperature of the heating treatment is 45°C~150°C. The ankle supporting functional socks as described in claim 1, wherein the front sock heel portion and the rear sock heel portion do not contain the natural rubber yarn or the synthetic rubber yarn. The ankle supporting functional socks as described in claim 1, wherein the base yarns of the sock opening, the front sock heel and the rear sock heel are woven with elastic fiber covering yarn. A functional ankle support sock is mainly woven from a surface yarn, a bottom yarn and a natural rubber yarn or a synthetic rubber yarn. The functional ankle support sock includes: a sock opening; a sock body connected to the sock opening, the bottom yarn of the sock body is woven from polyester yarn or a mixture of polyester yarn and elastic fiber covering yarn; a rear sock palm connected to the sock body, the bottom yarn of the rear sock palm is woven from polyester yarn or a mixture of polyester yarn and elastic fiber covering yarn; a front sock palm; connected to the rear sock palm; A front sock heel portion connected to the front sock sole portion; A rear sock heel portion connected to the sock body portion and the rear sock sole portion; and A terry-like tissue covering part of the sock body portion and part of the rear sock sole portion; Wherein, the sock body portion and the sock sole portion are both heat-treated to make the base yarn of the sock body portion and the sock sole portion more compact. The ankle support functional socks as described in claim 5, wherein the temperature of the heating treatment is 45°C~150°C. The ankle supporting functional socks as described in claim 5, wherein the front sock heel portion and the rear sock heel portion do not contain the natural rubber yarn or the synthetic rubber yarn. The ankle supporting functional socks as described in claim 5, wherein the base yarns of the sock opening, the front sock heel and the rear sock heel are woven with elastic fiber covering yarn.

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