JP3166103U - Warm socks - Google Patents

Abstract

The present invention provides a thick thermal sock that can be knitted using a thick knitting yarn. A sock comprising a main body portion and a mouth portion is knitted by a B type or K type sock knitting machine having a cylinder diameter of 5 inches or more. The slipper 22 is a second-fourth to fourth-fourth sinker 22 for each first or second pile knitting using 3 to 8 wool / acrylic yarn or 1 / 36th wool and a rubber thread. The knitting part is formed thick by knitting, and it has a double structure. The outer layer of the double structure pulls the sinker-knitting part with rubber thread and curves outward, the inner layer curves the sinker-knitting part inward, and the pile knitting parts of the inner and outer layers abut each other, The heat insulation space substantially closed by the sinker-knitting portion is repeatedly formed in the circumferential direction. [Selection diagram] FIG.

Description

  The present invention relates to a warm sock, and more particularly to a sock that can be thickly knitted using a thick yarn.

  Because the feet cool down severely in the severe winter season, we often wear socks with excellent heat retention. For example, knitted socks are known that are knitted by pile knitting using wool yarn or wool acrylic blended yarn, and heat retention is improved by pile (Patent Literature 1, Patent Literature 2).

  In addition, the sock body is knitted by pile knitting using two knitting yarns and elastic yarn, and the cuff is knitted by pile knitting with five knitting yarns and rubber yarns. A knitted sock is also proposed (Patent Document 3).

  The knitted socks described in Patent Document 3 have a large extension of the cuffs and an appropriate tightening force compared to other knitted socks, and are excellent in heat retention due to the characteristics of knitting on the sinker. As the best.

Registered Utility Model No. 302008 JP 09-217205 A Design Registration No. 1036073

  However, when manufacturing the knit socks described in Patent Document 3, if the yarn count of the knitting yarn is increased to make it thick, the number of knitting yarns is limited, and it may not be possible to manufacture it thickly. .

  This invention makes it a subject to provide the heat insulation sock which enabled it to knit thickly using a thick knitting yarn in view of this problem.

  Therefore, a warm sock according to the present invention is a thick sock composed of a body part and a mouth part, and knitted by a B-type or K-type sock knitting machine having a cylinder diameter of 5 inches or more. 1 / 16th to 1 / 36th wool acrylic blended yarn or 3-8 cotton yarns and rubber yarn are knitted by 2-4th sinker knitting every 1st or 2nd pile knitting In addition, the outer layer of the double structure is curved so that the sinker ride knitted portion is pulled by a rubber thread and swells outward, and the double structure inner layer has the sinker ride knitted portion made of rubber. The cuff portion is thickly formed by being pulled by a yarn and curved so as to swell inward, and the outer layer and the inner layer pile knitted portion are brought into contact with each other so that the outer layer Sinker placed part of the knitting of the inner layer, characterized in that the thermal insulation space substantially closed is repeatedly formed in the circumferential direction.

  One of the features of the present invention is that a B-type or K-type sock knitting machine having a cylinder diameter of 5 inches or more (60 to 120 needles) is used.

  As a result, the hook of the knitting needle (needle) is larger than in the case of a cylinder of less than 5 inches, and a sufficient number of large knitting yarns can be hooked, so that the socks can be manufactured thickly. .

  The second feature of the present invention is that the cuff portion is formed in a double structure, and the knitting structure is knitted with a second to fourth sinker on every 1 or 2 pile knitting.

  As a result, the outer layer of the double structure of the cuff portion is bent outward by the rubber knitted portion pulled by the rubber thread, and the inner layer of the double structure is bent inward by the knitted portion of the sinker and the inside of the cuff portion is a space. It becomes thick as a whole, and heat retention can be improved significantly.

  In addition, the outer layer and the inner layer of the pile knitting portion of the double structure abut each other, and the heat sinking space where the bulging sinker ride knitting portion is substantially closed is repeatedly formed in the circumferential direction. In combination with being, the heat retention can be further improved.

  The sock body, like the mouthpiece, is elastic with 1 / 16th to 1 / 36th wool acrylic blended yarn or 2 or 3 cotton yarns using a B or K sock knitting machine with a cylinder diameter of 5 inches or more. When yarn is used and knitted to form a back pile by pile knitting, the main body portion is also thick and has good heat retention, but other knitting structures can also be used.

  If the body portion of the sock is thick, the ankle portion is difficult to bend. Therefore, it is preferable to form a bending assist portion by pulling out the front yarn of the front portion of the ankle portion of the main body portion every two to three courses so that it can be easily bent into an L shape.

  Further, if the inside of the main body portion and the mouth portion is raised, the heat retention in the severe winter season can be further improved.

  In the present invention, hair acrylic blended yarn is used from the viewpoint of heat retention, but cotton yarn can also be used when heat retention and moisture absorption are required. Cotton acrylic blended yarn, wool yarn, silk yarn, silk acrylic blended yarn and the like can also be used, but in the present invention, it is preferable to use wool acrylic blended yarn or cotton yarn.

1 is a perspective view showing a preferred embodiment of a sock according to the present invention. It is a schematic perspective view which shows the cylinder used in the said embodiment. It is a figure for demonstrating the sinker riding knitting in the said embodiment. It is a figure which shows the structure | tissue of pile sinker riding in the said embodiment. It is a figure which shows the double structure of the cuff part in the said embodiment. It is a figure which shows the double structure of the cuff part in 2nd Embodiment.

  Hereinafter, the present invention will be described in detail based on specific examples shown in the drawings. 1 to 5 show a preferred embodiment of a sock according to the present invention. The socks are composed of a main body portion 10 and a cuff portion 11 and are knitted by a K-type (or B-type) sock knitting machine having a diameter L of the cylinder 20 of 5 inches or more and 60 to 120 needles.

  The cuff 11 is made of a pile knitting P using five pieces of wool acrylic blended yarn (hereinafter referred to as “hair blend yarn”) 30 and one rubber yarn 31 of number 90. Each stitch is knitted with a third sinker knitting S and has a double structure.

  On the other hand, the body portion 10 of the sock is composed of two covering yarns (elastic yarns) covered with 75 denier polyester with two (or three) yarn blends of 1/22 and 40 denier polyurethane as the core. Is used to form the back pile 11C by pile knitting.

  In addition, a thin line-shaped bending assisting portion 10B is formed on the ankle front side portion of the body portion 10 of the sock by pulling out the surface yarn every 2 to 3 courses, and the inside of the body portion 10 and the mouth portion 11 is raised. 12 is formed.

  Since the sock knitting machine is of the K type, the starting end of the mouth portion 11 is stitched to the outer layer of the mouth portion 11 by linking 11A. In the case of the B type sock knitting machine, the eye of the starting end of the mouth portion 11 is picked up. However, the main body portion 10 can be knitted.

  Here, the sinker riding knitting will be described. As shown in FIG. 3A, the method is a method in which five hair blend yarns 30 are placed on the head 22A of the sinker 22 in pile knitting as a front yarn. On the other hand, pile knitting is a method in which the hair blend yarn 30 is placed on the head 22A of the sinker 22 as a front yarn, and the rubber yarn 30A is knitted without being placed as a back yarn as shown in FIG.

  The height of the pile is determined by the height t in FIG. Accordingly, the stretcher elasticity is small in the sinker knitting, the elongation is two to three times larger than the pile knitting, and the tightening is small.

  When manufacturing the sock of this example, it begins to knit from the cuff part 11 using a K-type sock knitting machine. First, the cuff 11 uses five yarn blends 30 of 1/22 and one rubber yarn 31 of 90, and is based on pile knitting P, and each sinker P has a third sinker. Knit with knitting S.

  When the cuff portion 11 has been knitted, the sock body portion 10 is then knitted from the end of the cuff portion 11 toward the toe. The main body 11 is made of two covering yarns covering 75 denier polyester with two (or three) yarn blends of 1/22 and 40 denier polyurethane as the core. Knit to be pile 11C.

  When the main body portion 10 has been knitted to the toe, the opening edge of the toe is linked, and the cuff part 11 is folded back twice to link the end and the start of the cuff part 11 to form a double structure. Raise the inside of the sock.

  In addition, when linking the end and the start of the cuff part 11, it is preferable that the outer layer of the cuff part 10 and the pile knitting part of the inner layer are linked to each other so as to contact each other.

  The socks manufactured in this way have a double structure at the mouth 11, and the outer layer is bent so that the knitted portion S is pulled by the rubber thread 31 and bulges outward, and the inner layer of the double structure is the sinker. The cuff portion 11 is curved so that the knitted portion S swells greatly inward, and the cuff portion 11 has a sufficient thickness coupled with the knitting by the five thick wool blend yarns 30.

  Moreover, since the pile layer P of the outer layer and the inner layer abuts each other and the heat retaining space 40 in which the curved portion of the outer layer and the inner layer is substantially closed is repetitively configured in the circumferential direction, the cuff portion 11 is thick. In combination with this, heat retention can be greatly improved.

  FIG. 6 shows a second embodiment, and in this example, the cuff portion 11 is formed as a third sinker knitting S for every two stitches of the pile knitting P.

  In the above example, the cuff part 11 is made of five yarn blended yarns of 1/22 number, but it may be 3 or more and 8 or less, and 1 / 16th to 1 / 36th. What is necessary is just to select the conditions which can be hooked on the hook of a knitting needle, ensuring the thickness of a cuff part while ensuring thickness.

  In the above description, the wool blend yarn is used, but 1 / 16th to 1 / 36th cotton yarn can also be used.

DESCRIPTION OF SYMBOLS 10 Main body part 11 Mouth part 11 Leg part 30 Hair mixed yarn 31 Rubber thread 40 Heat insulation space

Claims (2)

A warm sock comprising a main body part and a mouth part and knitted by a B-type or K-type sock knitting machine having a cylinder diameter of 5 inches or more,
The above-mentioned cuff is made of 1 / 16th to 1 / 36th wool acrylic blended yarn or 3 to 8 cotton yarns and rubber yarns. Are organized in a double structure,
The outer layer of the double structure is curved so that the sinker ride knitted portion is pulled by the rubber thread and bulges outward, and the double layer inner layer is pulled by the rubber thread so that the knitted portion is bulged inside And the pile portion of the outer layer and the inner layer of the double structure are brought into contact with each other, so that the portion of the outer layer and the inner layer of the sinker riding is substantially Heat insulation socks characterized by repeatedly forming a closed heat insulation space in the circumferential direction. The main body part is knitted so that 1 / 16th to 1 / 36th wool acrylic blended yarn or two or three cotton yarns and an elastic yarn form a back pile by pile knitting, and the ankle front side portion of the main body portion The warming socks according to claim 1, wherein a bending auxiliary portion is formed by removing the front yarn every two to three courses, while the inside of the main body portion and the cuff portion is raised.

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