KR20090080717A - Sinker of socks weaving machine and method of weaving socks using the same - Google Patents

Abstract

Provided are a sinker of a socks weaving machine, which is capable of freely expressing various pile patterns in which piles of socks are mixed together with other weaving structures on inner and outer surfaces of the socks, and a method of weaving the socks using the sinker of the socks weaving machine. In a sinker(10) of a socks weaving machine, having a sinker end(11) formed on a rear end thereof and a first guiding member(12) and a second guiding member(13) which are formed in a top part thereof, the sinker of the socks weaving machine is characterized in that a first end(12a) of the first guiding member is formed to be bent upward, and a second end(13a) of the second guiding member is formed to be bent upward such that the socks weaving machine can weave the socks without replacing the sinker.

Description

Sinker of socks weaving machine and method of weaving socks using the same}

The present invention relates to a sinker of a sock knitting machine and a method of knitting a sock using the same, and more specifically, variously shaped pile patterns in which the file of the socks is mixed with other knitting tissues can be freely expressed on the inner and outer surfaces of the socks. It relates to a sinker of a sock knitting machine and a sock knitting method using the same.

In general, unlike conventional monotonous socks that protect the feet and keep warm, consumers nowadays prefer socks that are versatile and have good appearance. In response to these trends, the function of socks has been diversified and advanced, and knitting has been made by pile stitching on the entire inner surface of the socks or on the soles or heels of the socks for more complete protection and warming. To improve the quality of the socks.

By using the sinker of the general sock knitting machine, it is possible to knit the socks as above, but one type of sinker cannot knit the functional socks such as pile socks, computer design socks, and so on. Even when knitting patterns, there was a problem in that the socks must be knitted while replacing the sinker.

The present invention was devised in view of the above problems, and an object thereof is to improve the sinker of a sock knitting machine so that piles of various shapes in which the file of the socks are mixed with other knitting tissues without replacing the sinker are formed on the inner and outer surfaces of the socks. The present invention provides a sinker for a sock knitting machine that can be freely displayed and a method for knitting a sock using the same.

A feature of the present invention for achieving the above object, the sinker end 11 is formed at the rear end and the sinker 10 of the sock knitting machine formed with the first guide member 12 and the second guide member 13 at the top. In the above, the first end 12a of the first guide member 12 is formed to be bent upwards, and the second end 13a of the second guide member 13 is formed to be bent upwards to form a sinker ( It can be achieved by the sinker of the sock knitting machine, characterized in that the sock can be knitted without replacing 10).

As described above, the present invention improves the sinker of the sock knitting machine, and allows the design of the inner and outer surfaces of the sock and the sock to have various shape pile patterns in which the file of the socks is mixed with other knitting tissues without replacing the sinker. There is an effect that can be expressed as a material.

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

As shown in Figures 1 to 5, the present invention is to improve the sinker 10 of the general sock knitting machine is configured to knit functional socks, such as pile socks, computer design socks, etc. without replacing the sinker 10 .

As shown in FIG. 1, the sinker 10 has a sinker end 11 for operating the sinker 10, and a first guide member 12 and a second guide member 13 formed thereon. It is the structure of the general sinker 10 that is provided.

According to the present invention, the first end 12a of the first guide member 12 of the sinker 10 is bent upwardly, and the second end 13a of the second guide member 13 is also bent upwardly. It is characterized in that to form a fork to knit socks without replacement of the sinker (10).

When the sock is knitted using the sinker 10 as follows.

Since the method of knitting socks is the same as the method of knitting by a general sock knitting machine, the specific knitting method is omitted, and the outer yarn (a) in which the outer surface of the sock is knitted, the elastic yarn giving elasticity to the socks (b), and the design part of the socks Various yarns, such as the design yarn (c) to be knitted and the pile yarn (d) forming the pile, are displayed by showing only the positions supplied to the points A, B and C of the sinker 10 through different yarns. Shall be.

First of all, the design socks in which various shapes or letters are knitted on the socks are knitted on the outer surface of the socks at the upper B point of the second guide member 13 and the second end 13a of the sinker 10 as shown in FIG. The outer yarn (a) and the elastic yarn giving elasticity to the socks (b) and the design yarn of the design portion of the socks are knitted so that the socks are knitted.

If the socks are knitted in this way, the outer surface of the socks can be knitted sock with a specific shape or letter design is expressed.

In addition, when knitting the socks in which the pile is formed on the inside of the socks, as shown in Figure 3 to form a pile inside the socks at the upper A point of the first guide member 12, the first end 12a of the sinker 10 as shown in FIG. The pile yarn (d) is supplied in position and gives elasticity to the outer yarn (a) and the sock on which the outer surface of the sock is knitted on the upper B point of the second end 13a of the second guide member 13 of the sinker 10. Stretch yarn (b) is supplied to position the knitting socks.

Socks knitted in this way is a pile is formed inside the sock, the outer yarn (a) and the pile yarn (d) using a different material yarn so that the outer surface of the socks and the pile of the inside of the socks are knitted in the same color will be.

On the other hand, when the color of the outer surface and the inner surface of the socks where the pile is not formed differently as shown in FIG. 4, the socks at the upper A point of the first end 12a of the first guide member 12 of the sinker 10 as shown in FIG. File yarns (d) for forming a pile into the inner side of the sinker 10 is supplied, the elastic yarn (b) to give elasticity to the socks at the upper B point of the second end 13a of the second guide member 13 of the sinker 10 Is supplied so as to be positioned, and the outer yarn (a) of which the outer surface of the sock is knitted is supplied to the lower C point of the second guide member (13) of the sinker (10) at the lower C point to knit the sock.

As such, the knitted socks have a pile formed inside the socks, and a portion where the pile is not formed can be knitted with different colors on the outside and inside of the socks.

Here, the outer thread (a) on which the outer surface of the socks is knitted is positioned at the upper A point of the first guide member (12) and the first end (12a) of the sinker (10), and the second guide member of the sinker (10) 13) The elastic yarn (b) giving elasticity to the socks is supplied to the upper B point of the second end 13a, and the lower C point of the second guide member 13 and the second end 13a of the sinker 10 is positioned. The pile yarn (d) is formed to form a pile into the inside of the socks can be knitted socks.

In addition, the socks, such as various shapes or letters are knitted on the socks and piles are formed inside the socks, as illustrated in FIG. 5, the first guide member 12 of the sinker 10, the first end 12a of the upper A point. The pile yarn (d) forming the pile in the socks and the elastic yarn (b) giving elasticity to the socks and the design yarn (c) forming the pile in the socks are supplied to be placed, the sinker 10 The second guide member 13, the outer yarn (a) where the outer surface of the sock is knitted at the upper B point of the second end 13a, and the stretch yarn (b) which gives elasticity to the sock and the design yarn where the design part of the sock is knitted ( c) so that the sock is knitted.

Such socks have a design such as a specific shape or letter on the outer surface of the socks, and the socks in which the pile is formed are knitted inside the socks.

Although the preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments without departing from the spirit of the present invention as claimed in the claims. Various modifications can be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

1 is a front view of a sinker illustrating one embodiment of the present invention;

2, 3, 4, and 5 are front views showing the positions of the yarns illustrating one embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: sinker

11: sinker

12: first guide member

12a: first end

13: second guide member

13a: second end

a: outward appearance

b: new construction

c: design company

d: file company

Claims (5)

In the sinker 10 of the sock knitting machine in which the sinker end 11 is formed at the rear end and the first guide member 12 and the second guide member 13 are formed at the top, The first end 12a of the first guide member 12 is formed to be bent upwards, and the second end 13a of the second guide member 13 is formed to be bent upwards to form a sinker 10. A sock knitting machine sinker characterized by the ability to knit socks without replacement. The outer yarn (a) of which the outer surface of the sock is knitted at the upper B point of the second guide member (13) of the second guide member (13) of the sinker (10) of claim 1, and the elastic yarn (b) of the sock and the sock elasticity of the sock Socks knitting method characterized in that the design yarn is knitted so that the design yarn (c) is located. The pile yarn d, which forms a pile into the inside of the socks, is supplied to the first guide member 12 of the sinker 10 of the first sink 12 of FIG. 2 Guide member (13) The outer end (a) of the outer surface of the sock is knitted at the point B of the second end (13a) and the elastic yarn (b) to give elasticity to the sock is located so that the sock is knitted. How to knit socks. The pile yarn d, which forms a pile into the inside of the socks, is supplied to the first guide member 12 of the sinker 10 of the first sink 12 of FIG. 2 Guide member 13 The second end 13a of the upper end B is supplied to the elastic yarn (b) to give elasticity to the position, the second guide member 13 of the sinker 10, the second end (13a) Socks knitting method characterized in that the outer surface (a) of the outer surface of the sock is supplied to the lower point C to knit the sock. A pile yarn (d) forming a pile in the sock of the first guide member 12, the first end 12a of the sinker 10 of claim 1, and an elastic yarn (b) that gives the socks elasticity; An outer yarn in which the design yarns (c) forming the pile inside the socks are supplied to be positioned, and the outer surface of the socks is knitted at the upper B point of the second guide member (13) of the sinker (10). A) and a sock knitting method characterized in that the sock is knitted so that the elastic yarn (b) giving elasticity to the sock and the design yarn (c) where the design portion of the sock is knitted are located.

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