KR101154045B1 - Fur-knit material - Google Patents

Abstract

The present invention relates to a fur knit fabric produced by weaving a fur strap on a mesh, and an object of the present invention is a plurality of first yarns having elasticity, a plurality of second yarns having elasticity intersecting with the first yarns, and the first A mesh that is thinner than one yarn and a second yarn, and is woven by weaving a plurality of third yarns having elasticity to weave the first yarn and the second yarn; Hair-formed binding yarn for weaving the gap portion of the mesh; A plurality of fur straps in which fur fur extends in one direction of a strip-shaped leather with a constant width; Each of the plurality of fur straps is woven in at least one of the first yarn, the second yarn, the third yarn, or the binding yarn along the length direction of each of the plurality of first yarns.

Description

Fur Knit Fabric {FUR-KNIT MATERIAL}

The present invention relates to a fur knit fabric produced by weaving a fur strap on a mesh.

In general, fur has a good thermal insulation and beautiful appearance, and is frequently used as a high-quality clothing material. These furs are mainly obtained from foxes, minks, beavers, etc., and are manufactured by using leather and leather stitched laterally and connected to each other as a material.

Fur fabrics used in the production of fur garments are mainly produced in a small amount depending on manual labor, and have a disadvantage in that a large amount of fur is required when manufacturing fur garments and production efficiency is low due to low production efficiency and high weight.

Therefore, in recent years, as a method for making light fur garments with a low weight and low manufacturing cost, a method of making a fur string by cutting the raw material thin and long has been introduced, and a method of manufacturing the fur knit fabric by weaving the fur string on a mesh. .

On the other hand, such a conventional fur knit fabric, as described above, is using a general nylon as a mesh for weaving a fur strap. However, generally used nylon has a low elastic force, and furthermore, a fur-knit fabric is produced by weaving a fur strap on the nylon, and thus, the elastic force of the fur-knit fabric itself is deteriorated. Therefore, users wearing fur garments made using such fur knit fabrics have to take the inconvenience.

In other words, among the fur garments using fur knit fabrics, there are products that show excellent thermal effect and high-quality appearance when they are used in close contact with the body such as shawls and vests worn on the shoulders, but fur garments made of conventional fur knit fabrics Since there is no elastic force as described above, not only is uncomfortable when worn, but once it has a problem that it does not recover to its original state again.

An object of the present invention for solving the above problems is to provide a fur knit fabric woven by weaving a fur strap on a mesh formed of elastic stretch yarn.

The present invention for achieving the above object is a plurality of first yarns having elasticity, a plurality of second yarns having elasticity to intersect the first yarns, thinner than the first yarns and the second yarns, the first yarns And a mesh that is woven by weaving a plurality of third yarns having elasticity to weave the second yarns. Hair-formed binding yarn for weaving the gap portion of the mesh; A plurality of fur straps in which fur fur extends in one direction of a strip-shaped leather with a constant width; Each of the plurality of fur straps is woven in at least one of the first yarn, the second yarn, the third yarn, or the binding yarn along the length direction of each of the plurality of first yarns.

The present invention has an excellent effect that the fur garments fabricated using the same by weaving the fur strap to the mesh formed of elastic stretch yarn, it has an elastic force.
In addition, the present invention has an excellent effect that the fur can look abundant by weaving the crevices of the mesh with a hairy binding yarn.

Therefore, the present invention has an excellent effect of providing fur garments that are comfortable and free in size, and which have good thermal insulation and air permeability.

1 is an illustration of a mesh used for the weaving of a fur knit fabric according to the present invention.
Figure 2 is an exemplary view showing a state of manufacturing the mink knit fabric according to the present invention.
Figure 3 is an exemplary view showing a neck warmer manufactured using a fur knit fabric according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary view of a mesh used for weaving a fur knit fabric according to the present invention.

That is, the fur knit fabric according to the present invention is woven by weaving a fur strap on the mesh, the mesh applied to the present invention is woven from a material having a strong elastic force, as shown in Figure 1, freely stretched in the vertical direction Has the feature of recovering to its original state.

The mesh having such a feature may be formed of various materials, and in particular, may be formed using a stretch yarn (also called a span yarn).

Here, stretch yarn refers to the yarn which is excellent in elastic recovery. In other words, forming a coil on the filament yarn and heat-setting it to obtain a large stretchy and swollen yarn, which is called stretch yarn, and is mainly made by the combustible method, and has more than twice the elasticity of ordinary yarn. Nylon stretch yarns are widely used as such stretch yarns.

The mesh applied to the present invention has a plurality of second yarns 120 formed of stretch yarns in a state in which a plurality of first yarns 110 formed of stretch yarns as described above are horizontally arranged in one direction. It is woven by cross weaving. That is, the mesh may be woven by interlacing the first yarn and the second yarn in the horizontal and vertical directions.

Here, the second yarn 120 may be interwoven vertically with the first yarn, but as shown in FIG. 1, the second yarn 120 may be woven in a zigzag form with a plurality of first yarns arranged horizontally. In addition, the first company and the second company may be woven in various forms.

In addition, the mesh applied to the present invention may further include a plurality of third yarns 130 formed of stretch yarns in addition to the first yarns and the second yarns. Here, the third yarn may be formed thinner than the first yarn and the second yarn to perform a function of weaving between the first yarn and the second yarn, as shown in FIG. 1.

The mesh composed of the stretch yarn as described above is excellent in elasticity, as shown in FIG. 1, as well as the case in which the yarn is stretched in a direction perpendicular to the first yarn (A direction), as well as in a direction horizontal to the first yarn (B). Direction), it can be stretched to a sufficient length until the threshold of elasticity of the stretch yarn is reached.

That is, in the case of a mesh composed of a conventional general yarn, when stretched in the direction A perpendicular to the longitudinal direction of the first yarn 110, the second yarn or third yarn is formed in a zigzag form as shown in FIG. If the elastic force is applied to some extent to increase, but the second yarn is not zigzag form, if the first yarn is woven perpendicular to the first yarn in the same straight line as the first yarn does not stretch easily because there is no elasticity of the thread itself. However, the mesh applied to the present invention, since the second yarn 120 is composed of stretch yarns having elasticity, is perpendicular to the longitudinal direction of the first yarn regardless of how the second yarn is woven with the first yarn. It can easily stretch in one direction.

In addition, in the case of a mesh composed of a conventional general yarn, when stretched in the direction B horizontal to the longitudinal direction of the first yarn 110, since the first yarn does not have an elastic force, it is difficult to stretch, moreover, in the following In the state where the torches to be described are woven along the longitudinal direction of the first yarn, they can no longer be stretched by the tension of the torches. However, since the first yarn of the mesh to be applied to the present invention is composed of a stretch yarn having a high elasticity and a smooth surface as described above, the first yarn in the state where the fur strap is woven, as well as in the state in which the fur ties are woven. It has a characteristic that it can be easily stretched in the length direction of the yarn.

Figure 2 is an exemplary view showing a state of manufacturing the mink knit fabric according to the present invention.

The mink knit fabric according to the present invention is produced by the method as shown in Figure 2 by weaving the mink string 200 to the mesh 100 as shown in FIG.

Here, the fur strap 200 applied to the present invention is cut out in the form of a long strip (Strip) from the raw skin spread the beast's leather, the fur strap is cut in a predetermined direction, thereby having a predetermined width The fur fur 220 may extend in one direction of the belt-shaped leather 210.

The mesh 100 used in the production of the fur knit fabric 300 is appropriately cut out from the mesh fabric (fabric produced by the description of FIG. 1) according to the area of the fur knit fabric to be woven. In other words, when weaving a large area of fur knit fabric 300, the mesh is greatly cut from the mesh fabric, and in the small area, the mesh is cut from the mesh fabric and used.

On the other hand, the method of weaving the mink string on the mesh 100 may be applied in various ways.

The first method is simply weaving the mink straps into the mesh. That is, the mesh 100 as described above is woven by interweaving the first yarn 110 and the second yarn 120 cross each other, the various types of holes are formed between the first yarn and the second yarn In this way, the fur thread 200 with hairs attached to the mesh of this type is sequentially inserted into the first yarn and the second yarn (between the third yarn in the case of the third yarn) and weave along the arrow direction (C direction). By repeating the process for a plurality of fur straps 200, a plurality of fur straps are woven into the mesh 100, and finally the fur knit fabric 300 as shown in Figure 2 can be woven. For example, a plurality of fur strap leather 210 is woven to the first yarn or the second yarn along the longitudinal direction of the first yarn, so that one fur knit fabric is made, wherein the fur fur 220 is As the leather extends in one direction, as the leather is twisted and woven into the first yarn or the second yarn, the fur can be evenly distributed on both the front and the back of the fur knit fabric.

The second method is a method of weaving the mink string along the first yarn of the mesh by various methods including the first method, or with the process, and weaving the crevices of the mesh with a hairy fibrous binder. That is, by passing the fur strap along the longitudinal direction of the first yarn of the mesh, that is, the direction of the arrow (C direction), the fur string can be woven integrally with the front surface of the mesh so that the fur knit fabric can be woven. It can be woven into the mesh by the first yarn, the second yarn, and the bristles of hairy fibrous material. Here, as the binding yarns, yarns suitably formed on the surface of the yarns, preferably woolen yarns and the like are suitable, and in addition to the woolen yarns, any yarn can be applied if the yarns are rich in hairs. Thus, when the binding yarn is woven into the mesh, the voids between the meshes may be obscured from the outside due to the hair of the binding yarn. That is, the fur strap 200 is tied to the first yarn, the second yarn, the third yarn and the binding yarn along the first yarn to be integrally bound with the mesh. At this time, the fur strap may be woven sequentially to the first company, the second company, the third company, the binding yarn, or skipped by one space, and may be woven one by one, only the first company, the second company or the third company, the binding yarn. It may be intertwined. On the other hand, as described above, the fur strap is attached to the fur fur 220 on one side, and the front or back of the mesh is covered with fur fur by being woven in the mesh. Therefore, the fur knit fabric is woven by repeating this process and weaving a plurality of fur straps integrally with the mesh. As a result, the fur knit fabric 300 woven by the second method is not covered with the voids between the mesh forming the fur knit fabric by covering the form of the mesh due to the rich hair member of the binding yarn.

Figure 3 is an exemplary view showing a neck warmer fabricated using a fur knit fabric according to the present invention.

That is, the fur knit fabric 300 according to the present invention is produced by various types of fur clothing, such as a vest, a shawl, a neck warmer (Neckwarmer), a coat, etc., by a variety of altar methods, the net material of the fur knit fabric Is made of elastic stretch yarns, fur garments made using such stretch yarns also have a stronger elasticity than ordinary yarns.

Therefore, as shown in FIG. 3, when the neck warmer or vest, which is closed, is inserted into the neck, shoulder or torso, etc., the diameter of the inlet is increased by elasticity, so that the user simply wears fur clothing. can do.

In addition, a user who wears fur garments may feel that the fur garments are more closely adhered to the body by the elastic force of the stretch yarn, and thus, the warming effect may be increased.

In addition, when the user takes off the fur garments after wearing them, the fur garments are contracted back to their original state by the elastic force of the stretch yarn, so that even when the user wears the fur garments, the same feeling of wearing as the first use may be felt.

That is, the present invention as described above relates to a fur knit fabric produced by weaving the fur strap 200 on the mesh 100 having elasticity, the fur garment produced using the fur knit fabric according to the present invention is also elastic It has the feature that the user's wearing comfort and ease of storage is improved.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

100: mesh 200: fur strap
300: fur knit fabric

Claims (3)

A plurality of first yarns having elasticity, a plurality of second yarns having elasticity intersecting with the first yarns, and thinner than the first and second yarns, the elastic yarns weaving between the first and second yarns Mesh woven by weaving a plurality of third yarns; Binding yarns weaving the gap portions of the mesh and having hairs formed thereon; A plurality of fur straps in which fur fur extends in one direction of a strip-shaped leather with a constant width; Each of the plurality of fur straps along the length of each of the plurality of first yarns, characterized in that weaved to any one or more of the first yarn, second yarn, third yarn or binding yarn. The method of claim 1,
The mesh,
Each of the plurality of second yarn, the fur knit fabric, characterized in that weave in a zigzag form with the plurality of first yarn. delete

Images