JP2018150663A - Socks having slip-down prevention structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide socks having a slip-down prevention structure.SOLUTION: The invention provides socks 10 having: a better wearability preventing a slip-down or a curling of an upper end of the socks due to a skin adhesion force of a silicone by forming a slip-down prevention part 15 woven at an upper end of the socks so as to be coupled to an original yawn weaving using a silicone coating yawn having a silicone coating layer coated with a silicone outside of an original yawn of the socks; a better manufacturing productivity and manufacturing quality as it is woven and manufactured easily with a weaving machine easily without additional post-processing; and a better durability by a better blood circulation and a minimization of the peeling of a silicone as well as the prevention of a skin trouble as air passes smoothly compared to a conventional silicone layer for applying a silicone directly to the socks.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a sock having a slip-off prevention structure, and more specifically, using a silicone-coated yarn in which silicone is coated on the outside of a sock stock yarn, and the sock stock at the upper end of the sock. By weaving so as to be connected to the yarn weaving to form the slip-off prevention part, the silicone skin contact force prevents the upper end of the sock from slipping off and curls and is excellent in wearability, without additional post-processing It is easy to weave and manufacture with a weaving machine, so it is excellent in manufacturing productivity and quality, air communication is smoother and skin trouble can be prevented compared to the conventional silicone printing method where silicone is directly applied to socks. The present invention relates to a sock having a slip-preventing structure that improves blood circulation, minimizes peeling of silicone, and has excellent durability.

  In general, socks are worn for various purposes such as a function of protecting a foot, a cold protection function, and a function of absorbing sweat of the foot.

  Such socks are woven into various shapes and patterns using the socks' original yarns by a program set in the weaving machine, but they are general socks that are worn up to the top of the ankle, ankle socks that are worn up to the ankle, or Weaved in various forms, such as foot covers.

  Such conventional socks are not only inferior in comfort because they do not maintain a certain wearing state due to the upper end of the sock falling or drowning when worn, as well as the function of the socks (function to protect feet, cold protection) Function, function of absorbing foot sweat, etc.).

  For this reason, various methods have been disclosed in order to prevent conventional socks from slipping and curling.

  For example, after the socks are woven with the sock yarn, a silicone coating layer coated with silicone is formed on the inner side of the upper end of the socks in a separate process, and the socks are adhered to the skin while the silicone coating layer is in close contact with the skin. This prevents sliding and curling.

  However, the above-described silicone coating method requires a process of coating the socks with silicone separately from the process of weaving and manufacturing the socks, which makes the operation very complicated and cumbersome. In addition to a decrease in manufacturing productivity, there was a problem that manufacturing quality was greatly inferior.

  In addition, the silicone coating method requires skill in the work, but mainly because it is a manual or semi-automatic method, it is difficult to apply the silicone coating layer repeatedly and uniformly on the socks. In addition, the quality of the socks is not constant, and the merchantability of the socks is greatly inferior.

  In addition, the silicone coating method is formed by applying silicone to the upper end of the sock, so that a thick silicone coating layer is formed separately from the sock yarn, and the skin is in close contact with the skin when worn. Since no gap is formed between the silicone coating layer and the skin, air communication is not smooth, which causes skin troubles and blood circulation disturbance, as well as silicone peeling easily occurs. There was a problem that durability could not be maintained for a long time.

  On the other hand, instead of the silicone coating method described above, the sock yarn and rubber thread are woven in a combined form on the upper end of the sock so that it adheres to the skin by the tension of the rubber thread. Although a technique for preventing curling has been disclosed, this is not only different from the method of weaving socks yarn in general, but also the weaving method is complicated and difficult, so that weaving for general socks Since it is manufactured by providing a dedicated weaving machine separately instead of a machine, post-processing such as silicone coating is eliminated, so that the quality of socks can be manufactured uniformly and consistently, but due to the complexity of the manufacturing process There were problems such as an increase in the manufacturing cost of socks and a decrease in manufacturing productivity.

  In particular, the process of weaving by combining the sock yarn and rubber yarn is complicated and difficult, and the work defect rate is high, and it is worn for a long time as the skin is compressed by the tension force of the rubber yarn at the time of wearing In addition to causing skin irritation and skin troubles, the tension of the rubber thread has weakened further, and there has been a problem that the durability of use cannot be maintained for a long time.

Patent Literature 1: Korean Registered Utility Model No. 20-0079237 Patent Literature 2: Republic of Korea Published Patent No. 10-1991-0019549 Patent Literature 3: Republic of Korea Published Patent No. 10-2004-75918

  The present invention was invented in order to solve the above-mentioned various problems of the prior art, and uses a silicone-coated yarn in which silicone is coated on the outside of a sock yarn. In order to prevent slipping and curling of the upper end of the sock with the silicone skin adhesion, it is excellent in wearability by weaving so as to be connected to the sock yarn weaving on the Because weaving machine is easy to weave without post-processing, it is excellent in production productivity and quality, and air communication is smoother and skin troubles are easier than conventional silicone layers where silicone is applied directly to socks. Its purpose is not only to prevent, but also to improve blood circulation and to provide excellent durability by minimizing silicone peeling.

  The present invention uses a silicone-coated yarn having a silicone coating layer coated with silicone on the outside of the sock yarn so that the upper end of the sock is connected to the sock yarn weaving. By forming the slip-preventing portion, it is configured to prevent the top end of the sock from slipping or curling with the skin adhesion of silicone.

  According to the present invention, the slip-preventing portion is formed by weaving a plurality of ring shapes on the upper end of the sock.

  According to the present invention, the slip-off prevention part is formed by weaving so as to be divided into a plurality of parts on the circumference.

  According to the present invention, the sock comprises any one of general socks, ankle socks and foot covers.

  Such a present invention uses a silicone-coated yarn in which silicone is coated on the outside of the sock yarn, and weaves the slip-off prevention portion by woven so as to be connected to the sock yarn weaving at the upper end of the sock. By forming, it prevents the upper end of the sock from slipping or curling with the skin adhesion of silicone, and has an effect of excellent wearability.

  In particular, as with general socks weaving, weaving is performed by a program set in the weaving machine, but it is easily weaved and manufactured by the weaving machine without additional post-processing, so it has excellent manufacturing productivity and manufacturing quality. In addition, the manufacturing cost can be greatly reduced.

  In addition, weaving with silicone-coated yarn with silicone evenly applied compared to the conventional silicone layer, where silicone is applied directly to the socks, it is comfortable to wear, air communication is smooth and skin troubles are of course prevented. The blood circulation is improved, silicone peeling is minimized, and the durability is excellent.

The perspective view which showed the sock to which this invention was applied. The front view of FIG. The block diagram which showed the example of weaving of the slipping prevention part of this invention. The wearing condition figure of FIG. as well as The front view which showed the other Example of FIG. The front view which showed the other Example of the sock of this invention. The front view which showed the other Example of the sock of this invention.

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

  As shown in FIGS. 1 to 8, the sock having the slip prevention structure of the present invention is formed with a slip prevention part 15 at the upper end of the sock 10 so that the upper end of the sock falls when the sock is worn. And prevent curling.

  That is, the slip-preventing portion 15 forms the silicone-coated yarn 2 having the silicone coating layer 4 coated with silicone on the outside of the sock stock yarn 3, and uses this to form the sock stock on the upper end of the sock 10. Weaving is formed so as to be connected to the weaving of the yarn, and it is configured to prevent slipping or curling of the upper end of the sock with the skin adhesion due to the adhesiveness of the silicone so that it can be worn stably.

  Further, the slip-preventing portion 15 is woven in a ring shape with one line as shown in FIG. 2 or two lines or more as shown in FIG. 5 at the upper end of the sock to form a calf (upper part of an ankle) It is configured to prevent slipping or curling of the upper end of the sock by the skin adhesion of silicone while wrapping as a whole.

  At this time, the slip-off preventing portion 15 is formed in a ring shape as shown in FIG. That is, weaving so that the portions woven with the silicone-coated yarn 2 and the portions woven with the stock yarn 3 of the sock are alternately positioned at regular or irregular intervals, and calf (upper part of ankle), ankle It may be configured to prevent the upper end of the sock from slipping or curling by the skin adhesion of silicone while partially wrapping the part or the like.

  Further, the slip-preventing portion 15 of the present invention includes a general sock (see FIG. 7) worn so as to wrap up to a calf portion (upper portion of an ankle), an ankle sock worn so as to wrap up to an ankle (see FIG. 4), The present invention can be applied to socks 10 having various shapes and patterns such as a foot cover (see FIG. 8).

  And since the upper end part of the sock 10 is mainly formed in the neck part 12 of a double form, the slip-off prevention part 15 of the present invention is formed on the inner side of the neck part 12 so as not to be identified from the outside. It is preferable.

  Such an operation of the present invention will be further described.

  First of all, the sock 10 of the present invention is woven into various shapes and patterns by using a sock yarn and a program set by a weaving machine. Weave in the form of ankle socks or foot covers to wear up to.

  In particular, using a silicone-coated yarn 2 having a silicone coating layer 4 in which silicone is coated on the outer side of the sock yarn 3 at the upper end of the sock 10, the ring is woven so as to be connected to the sock yarn weaving. However, since weaving is performed by a set program of the weaving machine, it is manufactured so as to easily form the slip-off prevention portion 15 that is coated with silicone without additional post-processing to apply silicone after manufacturing socks as in the past. Will do.

  At this time, the slip-off prevention unit 15 is woven by a weaving machine using the silicone coating yarn 2 in a form connected to the sock yarn weaving, so that the skill of operation is higher than that of the conventional silicone coating method. Not only is this not required, but the silicone can be formed uniformly and evenly by the silicone coating yarn 2, so that the manufacturing quality is excellently improved.

  The sock 10 of the present invention manufactured as described above has a skin adhesion force due to the adhesiveness of the silicone coating layer 4 on the outer side of the silicone coating thread 2 that forms the slip-off prevention part 15 at the upper end of the sock 10 when worn. Stable wear is possible to prevent the upper end from slipping and curling.

  Further, since the slip-off preventing portion 15 is formed by weaving with the silicone-coated yarn 2 having the silicone coating layer 4 coated with silicone on the outside of the stock yarn 3 of the sock, the silicone layer is directly applied to the inside of the conventional sock. Compared to the above, the silicone coating layer 4 is evenly formed and formed, so that it is not only comfortable to wear on the skin but also smoothly communicated between the woven silicone coated yarns 2 as shown in FIG. As a result, prevention of skin trouble and blood circulation are improved, and peeling of the silicone layer is minimized.

  Therefore, the present invention uses the silicone-coated yarn 2 having the silicone coating layer 4 coated with silicone on the outside of the sock yarn 3 so that the upper end portion of the sock 10 is connected to the sock yarn weaving. By weaving to form the slip-off prevention part 15, the upper skin of the socks is prevented from slipping off and curling with the silicone skin adhesion, and it is easy to weave with a weaving machine without separate post-processing. Therefore, compared to the conventional silicone layer that directly applies silicone to socks, air communication is smooth and skin trouble prevention as well as blood circulation is improved. Silicone peeling is minimized and the service life is maintained for a long time.

2: Silicone coating yarn 3: Original yarn of socks 4: Coating layer 10: Socks 15: Slip-off prevention part

Claims (4)

In ordinary socks 10 woven with sock yarn,
Using the silicone-coated yarn 2 having the silicone coating layer 4 coated with silicone on the outside of the sock yarn 3, the upper end of the sock 10 is woven so as to be connected to the sock yarn weaving to prevent slip-off. A sock having a slip-off preventing structure configured to prevent the upper end of the sock from slipping or curling with the skin adhesion of silicone by forming the portion 15.   The sock having the slip-preventing structure according to claim 1, wherein the slip-preventing portion is formed by weaving a plurality of rings at the upper end of the sock.   The sock having the slip-preventing structure according to claim 2, wherein the slip-preventing portion 15 is formed by weaving so as to be divided into a plurality of parts on the circumference.   The slip-off prevention according to any one of claims 1, 2, and 3, wherein the sock 10 is configured as any one of general socks, ankle socks, and a foot cover. Socks with structure.

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