KR102762311B1 - Knitted structure and compression band using it - Google Patents

Abstract

The present invention provides a knitted structure including a synthetic yarn (100), a gorispan yarn (200), and a natural yarn (300); a through yarn (400) arranged across the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300); wherein the synthetic yarn (100), the gorispan yarn (200), the natural yarn (300), the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) are repeatedly arranged in that order in a vertical direction, and the through yarn (400) is woven with the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) in a vertical direction.
Since the present invention can provide elasticity in all directions, up and down, left and right, and front and back, by arranging spandex in both the weft and warp directions, it has the advantage of being able to provide a strong compressive force to the user.

Description

{Knitted structure and compression band using it}

The present invention relates to a knitted structure and a compression band using the same.

In general, compression stockings are used for the purpose of improving leg beauty or leg fatigue. The following related prior literatures are introduced. The identification codes in the following prior literatures are unrelated to the present invention.

Korean Patent Publication No. 10-2020-0078338, 'Compression stockings for hemiplegic patients', is a compression stocking worn on an arm or leg of a hemiplegic patient, comprising: a main body having an observation section capable of observing a corresponding body part so as to identify a vascular lesion in the patient; wherein the main body provides compression stockings for a hemiplegic patient having different degrees of compression depending on the part of the arm or leg. According to the above configuration, the compression stockings can be worn on an arm or leg of a hemiplegic patient in need of treatment to correct and treat acute unilateral limb problems, and can prevent thrombosis by compressing each part with different pressures while worn on the arm or leg of a hemiplegic patient, and can identify a vascular lesion in the patient through an observation section formed at the end while worn on the arm or leg of a hemiplegic patient.

Korean Patent No. 10-0567038, "A wearing device for wearing a compression brace made of a knitted elastic fabric material such as stockings, tights or socks over a joint" relates to a method comprising the steps of: a) wrapping a joint with a flexible sleeve made of a material having a low coefficient of friction and high tensile strength and burst strength, at least over a length corresponding to the length of the compression brace, wherein the joint may be provided with a dressing or bandage if necessary; b) wearing the orthosis device over the portion of the joint wrapped by the sleeve and positioning it in place, which is performed manually by sliding the orthosis device over the full length of the orthosis device in a sleeve inserted between the orthosis device and the joint; c) after the orthosis is worn and positioned in place, pulling the inserted sleeve out by sliding it between the orthosis device and the joint, such that the orthosis device and the joint come into contact when the sleeve is removed.

Since the compression band according to the conventional technology is formed with a multilayer structure, there were problems in that it had poor ventilation and was difficult to discharge moisture.

Republic of Korea Publication Patent No. 10-2020-0078338 Republic of Korea Patent No. 10-0567038 Republic of Korea Publication Patent No. 10-2023-0041888

The purpose of the present invention is to provide a compression band with excellent compression force by arranging highly elastic spandex yarns in both the weft and warp directions.

The purpose of the present invention is to provide a compression band having excellent breathability and sweat absorption by configuring a single-layer structure including cotton yarn for knitting.

The present invention provides a knitted structure including a synthetic yarn (100), a gorispan yarn (200), and a natural yarn (300); a through yarn (400) arranged across the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300); wherein the synthetic yarn (100), the gorispan yarn (200), the natural yarn (300), the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) are repeatedly arranged in that order in a vertical direction, and the through yarn (400) is woven with the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) in a vertical direction.

The above-described synthetic ring (100) may include a first upper synthetic ring portion (110) formed convexly in an upward direction, a first lower synthetic ring portion (120) connected to the first upper synthetic ring portion (110) and formed convexly in a downward direction, a second upper synthetic ring portion (130) connected to the first lower synthetic ring portion (120) and formed convexly in an upward direction, and a second lower synthetic ring portion (140) connected to the second upper synthetic ring portion (130) and formed convexly in a downward direction.

The above-described gorispansa (200) may include a first upper span ring part (210) formed convexly in an upward direction, a first lower span ring part (220) connected to the first upper span ring part (210) and formed convexly in a downward direction, a second upper span ring part (230) connected to the first lower span ring part (220) and formed convexly in an upward direction, and a second lower span ring part (240) connected to the second upper span ring part (230) and formed convexly in a downward direction.

The above natural ring (300) may include a first upper natural ring portion (310) formed convexly in an upward direction, a first lower natural ring portion (320) connected to the first upper natural ring portion (310) and formed convexly in a downward direction, a second upper natural ring portion (330) connected to the first lower natural ring portion (320) and formed convexly in an upward direction, and a second lower natural ring portion (340) connected to the second upper natural ring portion (330) and formed convexly in a downward direction.

The above penetrating thread (400) may include a first penetrating thread (410) arranged in a vertical direction and passing through the first upper synthetic ring part (110), the first upper spandex ring part (210), and the first upper natural ring part (310); a second penetrating thread (420) arranged in a vertical direction and passing through the second upper synthetic ring part (130), the second upper spandex ring part (230), and the second upper natural ring part (330).

First, since the present invention can provide elasticity in all directions, up and down, left and right, and front and back, by arranging spandex in both the weft and warp directions, it has the advantage of being able to provide a strong compressive force to the user.

Second, since the present invention can form a single-layer structure by weaving two fibers in an interlocking manner, it has the characteristic of being able to form a large number of pores when stretched, thereby providing strong compression force while maximizing breathability.

Third, since the present invention has the Gorispan yarn placed on the upper side of the natural yarn and the synthetic yarn placed on the lower side of the natural yarn, it is possible to form a gap through elastic deformation on the upper and lower sides of the natural yarn, which has a low elongation, and through this, there is an advantage in that ventilation and sweat absorption can be easily achieved around the natural yarn.

FIG. 1 is a plan view illustrating a knitting structure according to a first embodiment of the present invention.
FIG. 2 is a perspective view of a compression band manufactured through a knitting structure according to the first embodiment of the present invention.
Figure 3 is a development diagram of Figure 2.
FIG. 4 is a plan view illustrating a knitting structure according to a second embodiment of the present invention.

The present invention can have various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention. In describing each drawing, similar reference numerals are used for similar components.

Although the terms first, second, A, B, etc. may be used to describe various components, the components should not be limited by the terms. The terms are only used to distinguish one component from another. For example, without departing from the scope of the present invention, the first component could be referred to as the second component, and similarly, the second component could also be referred to as the first component. The term "and/or" includes any combination of a plurality of related listed items or any item among a plurality of related listed items.

When it is said that a component is "connected" or "connected" to another component, it should be understood that it may be directly connected or connected to that other component, but that there may be other components in between. On the other hand, when it is said that a component is "directly connected" or "directly connected" to another component, it should be understood that there are no other components in between.

The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. In this application, it should be understood that the terms "comprises" or "has" and the like are intended to specify the presence of a feature, number, step, operation, component, part or combination thereof described in the specification, but do not exclude in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms defined in commonly used dictionaries, such as those defined in common dictionaries, should be interpreted as having a meaning consistent with the meaning they have in the context of the relevant art, and will not be interpreted in an idealized or overly formal sense unless expressly defined in this application.

In this document, "configured to" can be used interchangeably with, for example, hardware-wise or software-wise, "suitable for," "capable of," "modified to," "made to," "capable of," or "designed to." In some contexts, the expression "a device configured to" can mean that the device is "capable of" doing so together with other devices or components.

Hereinafter, with reference to the attached drawings, a preferred embodiment of the present invention will be described in more detail. In order to facilitate an overall understanding in describing the present invention, the same reference numerals are used for the same components in the drawings, and redundant descriptions of the same components are omitted.

FIG. 1 is a plan view illustrating a knitting structure according to a first embodiment of the present invention.

The knitted structure according to the present embodiment includes synthetic yarn (100), gorispan yarn (200), and natural yarn (300), and a penetrating yarn (400) arranged across the synthetic yarn (100), gorispan yarn (200), and natural yarn (300).

The knitting structure according to the present embodiment is arranged in a repeating manner in the order of synthetic yarn (100), gorispan yarn (200), natural yarn (300), synthetic yarn (100), gorispan yarn (200), and natural yarn (300) in the vertical direction.

The knitted structure according to the present embodiment comprises a synthetic yarn (100) including a first upper synthetic ring part (110) formed convexly in an upward direction, a first lower synthetic ring part (120) connected to the first upper synthetic ring part (110) and formed convexly in a downward direction, a second upper synthetic ring part (130) connected to the first lower synthetic ring part (120) and formed convexly in an upward direction, and a second lower synthetic ring part (140) connected to the second upper synthetic ring part (130) and formed convexly in a downward direction, a first upper spandex ring part (210) formed convexly in an upward direction, a first lower spandex ring part (220) connected to the first upper spandex ring part (210) and formed convexly in a downward direction, and a first A gorispansa (200) including a second upper span ring part (230) connected to the lower span ring part (220) and formed convexly in the upward direction, a second lower span ring part (240) connected to the second upper span ring part (230) and formed convexly in the downward direction, a first upper natural ring part (310) formed convexly in the upward direction, a first lower natural ring part (320) connected to the first upper natural ring part (310) and formed convexly in the downward direction, a second upper natural ring part (330) connected to the first lower natural ring part (320) and formed convexly in the upward direction, and a second upper natural ring part (330) connected to the second upper natural ring part (330) and formed convexly in the downward direction It includes a natural yarn (300) including a lower natural ring portion (340), and a penetrating yarn (400) that alternately passes through the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300).

The above penetrating thread (400) includes a first penetrating thread (410) arranged in a vertical direction and passing through the first upper synthetic ring part (110), the first upper spandex ring part (210), and the first upper natural ring part (310), and a second penetrating thread (420) arranged in a vertical direction and passing through the second upper synthetic ring part (130), the second upper spandex ring part (230), and the second upper natural ring part (330).

The above synthetic fiber (100) is made of nylon.

The above-mentioned Gorispansa (200) is a highly elastic spandex material, and spandex (polyurethane) fibers are used.

The above natural fiber (300) is at least one of cotton, linen, wool, and silk, and in this embodiment, cotton is used.

The above penetrating thread (400) is made of a highly elastic spandex material, and spandex (polyurethane) fiber is used.

The arrangement of the above synthetic yarn (100), Gorispan yarn (200) and natural yarn (300) is the same.

In this embodiment, the up-down direction is called the warp direction, and the left-right direction is called the weft direction. Unlike this embodiment, the up-down direction may be called the weft direction, and the left-right direction may be set as the warp direction. This is because the knitted structure according to this embodiment provides elasticity in both the warp direction and the weft direction.

The above synthetic ring (100) is alternately arranged with a first upper synthetic ring part (110), a first lower synthetic ring part (120), a second upper synthetic ring part (130), and a fourth lower synthetic ring part (140) in the left-right direction. For convenience of explanation, it will be explained that the fourth lower synthetic ring part (1142) is connected to the left side of the first upper synthetic ring part (110).

The first upper synthetic ring part (110), the first lower synthetic ring part (120), the second upper synthetic ring part (130), and the fourth lower synthetic ring part (140) are distinctions for explanation only, and are actually formed continuously and numbered from left to right.

The first lower synthetic ring part (120) is connected to the lower right of the first upper synthetic ring part (110), the second upper synthetic ring part (130) is connected to the upper right of the first lower synthetic ring part (120), and the fourth lower synthetic ring part (140) is continuously connected to the lower right of the second upper synthetic ring part (130).

Based on the first penetration hole (410), the left side of the first upper synthetic ring part (110) is referred to as the 1-1 upper synthetic ring part (111), and the right side is referred to as the 1-2 upper synthetic ring part (112).

Based on the second penetration hole (420), the left side of the second upper synthetic ring part (130) is referred to as the 2-1 upper synthetic ring part (131), and the right side is referred to as the 2-2 upper synthetic ring part (132).

The above first lower synthetic ring part (120) includes a 1-1 lower synthetic ring part (121) whose left side is connected to the 1-2 upper synthetic ring part (112), and a 1-2 lower synthetic ring part (122) whose left side is connected to the 1-1 lower synthetic ring part (121) and whose right side is connected to the 2-1 upper synthetic ring part (131).

The above second lower synthetic ring part (140) includes a 2-1 lower synthetic ring part (141) whose left side is connected to the 2-2 upper synthetic ring part (132), and a 2-2 lower synthetic ring part (142) whose left side is connected to the 2-1 lower synthetic ring part (141).

The above-mentioned gorispansa (200) has a first upper span ring part (210), a first lower span ring part (220), a second upper span ring part (230), and a fourth lower span ring part (240) alternately arranged in the left-right direction. For convenience of explanation, it will be explained that the fourth lower span ring part (1242) is connected to the left side of the first upper span ring part (210).

The first upper span ring portion (210), the first lower span ring portion (220), the second upper span ring portion (230), and the fourth lower span ring portion (240) are distinctions for explanation only, and are actually formed continuously and numbered from left to right.

The first lower span ring part (220) is connected to the lower right of the first upper span ring part (210), the second upper span ring part (230) is connected to the upper right of the first lower span ring part (220), and the fourth lower span ring part (240) is continuously connected to the lower right of the second upper span ring part (230).

Based on the first penetration hole (410), the left side of the first upper span ring part (210) is referred to as the 1-1 upper span ring part (211), and the right side is referred to as the 1-2 upper span ring part (212).

Based on the second penetration (420) above, the left side of the second upper span ring part (230) is referred to as the 2-1 upper span ring part (231), and the right side is referred to as the 2-2 upper span ring part (232).

The above first lower span ring part (220) includes a 1-1 lower span ring part (221) whose left side is connected to the 1-2 upper span ring part (212), and a 2-2 lower span ring part (222) whose left side is connected to the 1-1 lower span ring part (221) and whose right side is connected to the 2-1 upper span ring part (231).

The above second lower span ring part (240) includes a 2-1 lower span ring part (241) whose left side is connected to the 2-2 upper span ring part (232), and a 2-2 lower span ring part (242) whose left side is connected to the 2-1 lower span ring part (241).

The above natural ring (300) is alternately arranged with a first upper natural ring part (310), a first lower natural ring part (320), a second upper natural ring part (330), and a fourth lower natural ring part (340) in the left-right direction. For convenience of explanation, it will be explained that the fourth lower natural ring part (1342) is connected to the left side of the first upper natural ring part (310).

The first upper natural ring portion (310), the first lower natural ring portion (320), the second upper natural ring portion (330), and the fourth lower natural ring portion (340) are divisions for explanation only, and are actually formed continuously and numbered from left to right.

The first lower natural ring part (320) is connected to the lower right of the first upper natural ring part (310), the second upper natural ring part (330) is connected to the upper right of the first lower natural ring part (320), and the fourth lower natural ring part (340) is continuously connected to the lower right of the second upper natural ring part (330).

Based on the first penetration hole (410), the left side of the first upper natural ring part (310) is referred to as the 1-1 upper natural ring part (311), and the right side is referred to as the 1-2 upper natural ring part (312).

Based on the second penetration hole (420), the left side of the second upper natural ring part (330) is referred to as the 2-1 upper natural ring part (331), and the right side is referred to as the 2-2 upper natural ring part (332).

The above first lower natural ring part (320) includes a 1-1 lower natural ring part (321) whose left side is connected to the 1-2 upper natural ring part (312), and a 2-2 lower natural ring part (322) whose left side is connected to the 1-1 lower natural ring part (321) and whose right side is connected to the 2-1 upper natural ring part (331).

The above second lower natural ring part (340) includes a 2-1 lower natural ring part (341) whose left side is connected to the 2-2 upper natural ring part (332), and a 2-2 lower natural ring part (342) whose left side is connected to the 2-1 lower natural ring part (341).

The first penetrating yarn (410) and the second penetrating yarn (420) are arranged to intersect the extension directions of the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300). In this embodiment, the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300) extend while forming ring portions in the left-right direction, and the first penetrating yarn (410) and the second penetrating yarn (420) are arranged in the up-down direction.

As the first penetrating yarn (410) is bent in the vertical direction, the first upper synthetic ring part (110), the first upper spandex ring part (210), and the first upper natural ring part (310) are woven.

Specifically, the first penetrating yarn (410) is inserted into the lower side of the first upper synthetic ring part (110), folded upwards to pass through the upper side of the first upper spandex ring part (210), and then folded downwards to pass through the lower side of the first upper natural ring part (310), thereby weaving the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) in the upper and lower directions.

In contrast to the first penetrating yarn (410), the second penetrating yarn (420) is inserted into the upper side of the second upper synthetic ring part (130), folded downwards, passes through the lower side of the second upper spandex ring part (230), and then folded upwards to pass through the upper side of the second upper natural ring part (330), thereby weaving the synthetic yarn (100), the gorispan yarn (200), and the natural yarn (300) in the vertical direction.

The knitting structure according to the present embodiment has a characteristic in that the first penetrating yarn (410) and the second penetrating yarn (420) are alternately arranged in the left and right directions.

The first upper span ring part (210) is arranged so that the first upper synthetic ring part (110) is pulled out from the inside in an upper forward direction, and the first upper span ring part (210) is arranged so that it wraps around the fourth lower synthetic ring part (1142) and the first-first lower synthetic ring part (121) upwardly and hangs downwardly.

The first upper natural ring part (310) is arranged so that the first upper span ring part (210) is pulled out from the inside in an upper forward direction, and the first upper natural ring part (310) is arranged so that it wraps around the fourth lower span ring part (1242) and the first-first lower span ring part (221) upwardly and hangs downwardly.

The first lower synthetic ring part (120) is arranged so that the first lower span ring part (220) is pulled out from the inside in a downward forward direction, and the first lower synthetic ring part (120) is arranged so that it wraps around the first-second upper span ring part (212) and the second-first upper span ring part (231) downward and hangs upward.

The first lower span ring part (220) is arranged so that the first lower natural ring part (320) is pulled out from the inside in a downward forward direction, and the first lower span ring part (220) is arranged so that it wraps around the first-second upper natural ring part (312) and the second-first upper natural ring part (331) downward and hangs upward.

The second upper span ring part (230) is arranged so that the second upper synthetic ring part (130) is pulled out from the inside in an upper forward direction, and the second upper span ring part (230) is arranged so that it wraps around the first-second lower synthetic ring part (122) and the second-first lower synthetic ring part (141) upwardly and hangs downwardly.

The second upper natural ring part (330) is arranged so that the second upper span ring part (230) is pulled out from the inside in an upper forward direction, and the second upper natural ring part (330) is arranged so that it wraps around the 2-2 lower span ring part (222) and the 2-1 lower span ring part (241) upwardly and hangs downwardly.

The second lower synthetic ring part (140) and the second lower span ring part (240) are also woven in the same manner.

The above synthetic fiber (100) provides less elasticity than the above gorispan fiber (200).

Since the Gorispan yarn (200) is placed on the upper side of the natural yarn (300) and the synthetic yarn (100) is placed on the lower side of the natural yarn (300), a gap can be formed through elastic deformation on the upper and lower sides of the natural yarn (300) having low elongation, and through this, ventilation and sweat absorption can be easily achieved around the natural yarn (300).

Since the knitted structure according to the present embodiment can provide elasticity in all directions, up and down, left and right, and front and back, it has the characteristic of being able to provide a strong compressive force to the user.

In the knitted structure according to the present embodiment, when an external force is applied in the up-down direction, the penetrating yarn (400) provides elasticity by elastically deforming, and when an external force is applied in the left-right direction, the gorispan yarn (200) provides elasticity by elastically deforming.

The knitted structure according to the present embodiment can form a strong woven state because the first penetrating yarn (410) and the second penetrating yarn (420) are interwoven with the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300) in a vertically staggered manner with respect to the left and right directions, and when an external force is applied, it can provide a strong compressive force together with the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300).

In particular, since the first penetrating yarn (410) and the second penetrating yarn (420) are woven with the upper ring part (upper synthetic ring part, upper spandex ring part, upper natural ring part) and are not arranged in the lower ring part (upper synthetic ring part, upper spandex ring part, upper natural ring part), when elongated in the left-right direction, the lower ring part (upper synthetic ring part, upper spandex ring part, upper natural ring part) can be elongated more easily than the upper ring part, so that a larger gap can be formed, and thus, breathability can be more effectively implemented.

Since the first penetrating yarn (410) and the second penetrating yarn (420) are woven in an alternating manner in the front-back direction with the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300), there is a characteristic that a strong compressive force can be provided when an external force is applied in the front-back direction.

In addition, since the knitted structure according to the present embodiment can form a single-layer structure by weaving two fibers in an interlaced manner, it can form a large number of gaps when stretched, and thus has the characteristic of maximizing breathability despite providing strong compressive force.

FIG. 2 is a perspective view of a compression band manufactured through a knitting structure according to the first embodiment of the present invention, and FIG. 3 is a development view of FIG. 2.

The compression band (1000) according to the present embodiment is formed in a trapezoidal shape when unfolded, and has the characteristic that the first knitting pattern (1100) and the second knitting pattern (1200) are repeatedly arranged.

The above first knitting pattern (1100) and second knitting pattern (1200) are fabrics produced through the above knitting structure, but have the characteristic of the warp yarn direction (W) and the weft yarn direction being orthogonal to each other.

The above first knitting pattern (1100) has the characteristic that the left-right direction is arranged in an oblique direction, and the above second knitting pattern (1200) has the characteristic that the up-down direction is arranged in an oblique direction.

The above first knitting pattern (1100) is formed in a trapezoidal shape with a long upper side and a narrow lower side.

The above first knitting pattern (1100) includes a first long width (1110) arranged on the upper side, a first short width (1120) formed parallel to the first long width (1110) and spaced apart from the lower side of the first long width (1110), a first left side (1130) forming a left edge of the first long width (1110) and the first short width (1120), and a first right side (1140) forming a right edge of the first long width (1110) and the first short width (1120).

The above second knitting pattern (1200) includes a second lower width (1210) arranged on the lower side, a second upper width (1220) formed parallel to the second lower width (1210) and arranged spaced apart from the upper side of the second lower width (1210), a second left side (1230) forming a left edge of the second lower width (1210) and the second upper width (1220), and a second right side (1240) forming a right edge of the second lower width (1210) and the second upper width (1220).

The above second knitting pattern (1200) can be formed in a rectangular or parallelogram shape.

The first upper width (1110) and the second upper width (1220) are arranged in a row on the upper side, and the first lower width (1120) and the second lower width (1210) are arranged in a row on the lower side.

The first right side (1140) and the second left side (1230) are connected to each other.

The compression band (1000) according to the present embodiment is arranged in the following order from left to right: the first knitting pattern (1100), the second knitting pattern (1200), the first knitting pattern (1100), the second knitting pattern (1200), the first knitting pattern (1100), the second knitting pattern (1200), and the first knitting pattern (1100).

The above compression band (1000) is arranged so that the first knitting pattern (1100) is at least one more than the second knitting pattern (1200).

The above first knitting pattern (1100) is arranged with the oblique direction (W) in the left-right direction, and the above second knitting pattern (1200) is arranged with the oblique direction (W) in the up-down direction.

Due to the nature of the compression band that is to be worn on the user's calf or arm, it is desirable for the compression force in the circumferential direction to be stronger.

Since the knitted structure according to this embodiment has the side loops and the lower loops arranged to be bent in the left-right direction, the elasticity in the oblique direction (left-right direction) is formed to be greater than that in the weft direction.

Therefore, the above-mentioned compression band (1000) is arranged with one more first knitting pattern (1100) in which the oblique direction (W) is arranged in the left-right direction.

Since the second knitting pattern (1200) is arranged in an inclined direction (W) in the up-down direction, the compression force of the compression band (1000) can be prevented from being excessively formed in one direction (left-right direction) by the first knitting pattern (1100).

Figure 4 is a plan view illustrating a knitting structure according to a second embodiment of the present invention.

The penetrating yarn (400) according to the present embodiment is characterized by further including a third penetrating yarn (450) woven in a zigzag shape with the first penetrating yarn (410) and the second penetrating yarn (420).

The third penetration thread (450) comprises a first inclined penetration thread (451) that is arranged obliquely behind the first penetration thread (410) and the second penetration thread (420), a second inclined penetration thread (452) that is connected to the lower end of the first inclined penetration thread (451) and is arranged obliquely in front of the first penetration thread (410) and the second penetration thread (420), a first inclined bend portion (453) that connects the first inclined penetration thread (451) and the second inclined penetration thread (452) and is supported by the first penetration thread (410) and is bent toward the second penetration thread (420), and a first inclined bend portion (453) that connects the first inclined penetration thread (451) and the second inclined penetration thread (452) and is supported by the second penetration thread (420) and is bent toward the first It includes a second inclined bend portion (454) that is bent toward the penetration hole (410).

The third penetration thread (450) above is arranged such that the first inclined penetration thread (451), the first inclined bend portion (453), the second inclined penetration thread (452), and the second inclined bend portion (454) are repeatedly arranged.

The first inclined penetration (451), the first inclined bend (453), the second inclined penetration (452), and the second inclined bend (454) are arranged in a zigzag shape.

In this embodiment, the first inclined bend portion (453) is supported on the left edge of the first penetrating thread (410) and bent in the opposite direction, and the second inclined bend portion (454) is supported on the right edge of the second penetrating thread (420) and bent in the opposite direction.

The separation between the first penetrating thread (410) and the second penetrating thread (420) can be suppressed through the third penetrating thread (450), and through this, additional elasticity in the oblique direction can be secured when the compression band is worn.

The above first inclined bend portion (453) and the second inclined bend portion (454) are located on the upper side of the upper ring portion (upper synthetic ring portion, upper spandex ring portion, upper natural ring portion).

Therefore, even if the first inclined bend portion (453) and the second inclined bend portion (454) slip downward, they can be supported by the upper side of the upper ring portion (upper synthetic ring portion, upper spandex ring portion, upper natural ring portion), so there is a characteristic that a firm weaving state can be maintained in the weft direction.

In this embodiment, since the first inclined penetrating yarn (451) and the second inclined penetrating yarn (452) are arranged obliquely with respect to both the warp direction and the weft direction, there is a characteristic that additional pressure can be provided with respect to both the warp direction and the weft direction.

Since the remaining configuration is similar to the first embodiment, a detailed description is omitted.

Although the detailed description of the present invention has described specific embodiments, it is obvious that various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined not only by the scope of the claims described below, but also by equivalents of the scope of the claims.

100 : Synthetic yarn
200: Judge Goris
300 : Natural History
400 : Penetrator
1000 : Compression Band

Claims (5)

It includes a synthetic yarn (100) made of nylon material; a spandex material gorispan yarn (200); a natural yarn (300); and a spandex material penetrating yarn (400) arranged across the synthetic yarn (100), gorispan yarn (200) and natural yarn (300).
Synthetic yarn (100), gorispan yarn (200), natural yarn (300), synthetic yarn (100), gorispan yarn (200) and natural yarn (300) are arranged in a repeating order in the vertical direction.
The above-mentioned penetrating yarn (400) is woven with the synthetic yarn (100), the gorispan yarn (200) and the natural yarn (300) in the vertical direction,
The above synthetic ring (100) includes a first upper synthetic ring portion (110) formed convexly in an upward direction, a first lower synthetic ring portion (120) connected to the first upper synthetic ring portion (110) and formed convexly in a downward direction, a second upper synthetic ring portion (130) connected to the first lower synthetic ring portion (120) and formed convexly in an upward direction, and a second lower synthetic ring portion (140) connected to the second upper synthetic ring portion (130) and formed convexly in a downward direction.
The above judge Goris (200)
It includes a first upper span ring part (210) formed convexly in an upward direction, a first lower span ring part (220) connected to the first upper span ring part (210) and formed convexly in a downward direction, a second upper span ring part (230) connected to the first lower span ring part (220) and formed convexly in an upward direction, and a second lower span ring part (240) connected to the second upper span ring part (230) and formed convexly in a downward direction.
The above natural history (300) is
It includes a first upper natural ring part (310) formed convexly in an upward direction, a first lower natural ring part (320) connected to the first upper natural ring part (310) and formed convexly in a downward direction, a second upper natural ring part (330) connected to the first lower natural ring part (320) and formed convexly in an upward direction, and a second lower natural ring part (340) connected to the second upper natural ring part (330) and formed convexly in a downward direction.
The above penetrating agent (400) is
A first through-hole yarn (410) arranged in a vertical direction and passing through the first upper synthetic ring portion (110), the first upper spandex ring portion (210), and the first upper natural ring portion (310); a second through-hole yarn (420) arranged in a vertical direction and passing through the second upper synthetic ring portion (130), the second upper spandex ring portion (230), and the second upper natural ring portion (330); and a third through-hole yarn (450) woven in a zigzag shape with the first through-hole yarn (410) and the second through-hole yarn (420).
The third penetration thread (450) comprises a first inclined penetration thread (451) that is arranged obliquely behind the first penetration thread (410) and the second penetration thread (420), a second inclined penetration thread (452) that is connected to the lower end of the first inclined penetration thread (451) and is arranged obliquely in front of the first penetration thread (410) and the second penetration thread (420), a first inclined bend portion (453) that connects the first inclined penetration thread (451) and the second inclined penetration thread (452) and is supported by the first penetration thread (410) and is bent toward the second penetration thread (420), and a first inclined bend portion (453) that connects the first inclined penetration thread (451) and the second inclined penetration thread (452) and is supported by the second penetration thread (420) and is bent toward the first It includes a second inclined bend portion (454) that is bent toward the penetration member (410),
The third penetration (450) above is arranged in a zigzag pattern with the first inclined penetration (451), the first inclined bend (453), the second inclined penetration (452) and the second inclined bend (454) being repeatedly arranged.
The first inclined bend (453) is supported on the left edge of the first penetrating thread (410) and bent in the opposite direction, and the second inclined bend (454) is supported on the right edge of the second penetrating thread (420) and bent in the opposite direction.
The first inclined bend part (453) and the second inclined bend part (454) are positioned on the upper side of the first upper synthetic ring part, the second upper synthetic ring part, the first upper span ring part, the second upper span ring part, the first upper natural ring part or the second upper natural ring part,
Even if the first inclined bend portion (453) and the second inclined bend portion (454) slip downward, they are supported on the upper side of the first upper synthetic ring portion, the second upper synthetic ring portion, the first upper spandex ring portion, the second upper spandex ring portion, the first upper natural ring portion or the second upper natural ring portion, and maintain a firm weaving state in the weft direction.
A knitted structure that provides additional elasticity in both the warp and weft directions because the first oblique penetration yarn (451) and the second oblique penetration yarn (452) are arranged obliquely in both the warp and weft directions. delete delete delete delete

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