JP3233016U - socks - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sock which solves a problem such as slipping during use depending on a usage state and further coming off from a foot. SOLUTION: The ankle of the foot is located inside the sock 1 so that the lower part is located near the upper part of the growth cartilage of the heel of the foot and is hooked on the heel of the foot, and from the heel 2 of the foot toward the left and right side surfaces 7. A U-shaped band-shaped rubber or elastic rubber or a heel stop band 6 having elasticity similar to them is provided in a substantially horizontal direction passing under the foot, and the heel stop band is caught on the heel of the foot, and the heel stop band is provided. The tension generated from the upper part to the lower part of the heel due to the tension in the four directions of the toes of the socks when there is no heel is changed in the almost horizontal direction toward the toes to prevent the tension from coming off due to the tension in the conventional socks. Socks. [Selection diagram] Fig. 1

Description

The present invention relates to various socks.

With the aging of the population, many people go to bed with socks on, especially to prevent their feet from getting cold. At that time, in order to eliminate the feeling of pressure on the legs at bedtime, socks that are loose overall are often selected. However, in that case, there is a problem that the socks are displaced due to the frictional force between the socks and the bedding caused by moving the feet during sleep, and eventually the socks come off the feet. Baby socks also have similar problems due to strenuous foot movements.

In addition, some pumps socks (cover socks) have anti-slip on the heel. However, if the rubber of the sock is loose, the degree of contact with the skin of the foot will be weakened, and the weight of the anti-slip itself will be added, so it is sufficient to slip the sock off more than without the anti-slip. It is necessary to strengthen the mouth rubber because the anti-slip effect cannot be obtained. For this reason, it is often the case that the rubber of the mouth bites into the foot, causing a sense of discomfort. In addition, silicone-based resin materials are often used to prevent slipping, which can cause irritation to the skin of the feet.

Therefore, in order to solve these problems, cut out the heel part of the sock and make a hole so that the heel of the foot comes out from the hole and the cut end of the hole fits the heel of the foot and stops. A sock has been devised that prevents the sock from slipping out of the foot by making the sock with a hole in the heel stop on the heel of the foot. Reference 1). However, since the holes are provided directly in the socks, there is a problem that the appearance is particularly uncomfortable.

Utility model registration No. 3223629

Conventional socks have a problem that they may shift during use depending on the state of use and eventually come off from the foot. In addition, there is a problem that the mouth rubber bites into the ankle and the sock is provided with a hole, which causes a feeling of strangeness in appearance.

In order to solve the above problems, the present invention is based on the inside of the sock 1 so that the lower part is located near the upper part of the growth cartilage of the heel of the foot and is caught on the heel of the foot, and from the heel 2 of the foot. A U-shaped band-shaped rubber or elastic rubber or a heel stop band 6 having elasticity similar to them is provided in a substantially horizontal direction toward the left and right side surfaces 7 under the ankle of the foot, and the heel stop band 6 is provided. Change the tension generated from the upper part to the lower part of the heel 2 due to the tension in the toe 4 direction of the socks when the heel is caught in the heel of the foot and there is no heel stop band 6 in the almost horizontal direction in the toe 4 direction. , A sock that is prevented from coming off due to the tension in a conventional sock.

The heel stop band 6 may be made of rubber, elastic rubber, or an elastic rubber similar thereto, and the tip thereof is longer than the central portion of the left and right side surfaces 7 from the heel 2 of the sock 1, and the sock 1 It is desirable that the heel has the same elasticity and the same thickness, and the width of the heel stop band 6 is sufficient as long as it can be caught on the heel 2 to obtain a fit, and even if the left and right side surfaces 7 are the same. Alternatively, it may be tapered toward the tip, and is not limited thereto. Further, FIG. 1 is for pump socks (cover socks), and the heel stop band 6 is arranged at the upper end thereof along the bottom of the mouth rubber 5. Further, other socks in which the heel stop band 6 is arranged from the heel of the sock toward the left and right side surfaces may be used.

In the present invention, the inside of the sock 1 is located near the upper part of the growth cartilage of the heel of the foot and is hooked on the heel of the foot, and the ankle of the foot is directed from the heel 2 toward the left and right side surfaces 7. A U-shaped band-shaped rubber or elastic rubber or a heel stop band 6 having elasticity similar to them is provided in a substantially horizontal direction passing under the heel, and the heel stop band 6 is caught on the heel of the foot to stop the heel. The tension generated from the upper part to the lower part of the heel 2 due to the tension in the toe 4 direction of the socks when there is no band 6 is changed in the substantially horizontal direction in the toe 4 direction, and is released by the tension in the conventional socks. The heel stop band 6 gets caught near the upper part of the growth cartilage of the heel of the foot if the socks are loose as a whole and do not slip off naturally even if the socks have loose ankles. In the absence of the heel stop band 6, the tension generated from the upper part to the lower part of the heel 2 due to the tension in the toe 4 direction of the sock is changed in the substantially horizontal direction in the toe 4 direction, which is present in the conventional socks. The tension prevents the heel from slipping out of the heel.

Especially for pumps socks (cover socks), even if the mouth rubber is considerably loose, it will not come off, so the effect will be maintained even if the mouth rubber is loosened by repeated selection. In addition, there is no discomfort in the one with a strong mouth rubber so that it does not slip off the ordinary foot and does not come off, and of course, the mouth rubber does not bite into the ankle. In addition, the heel stop zone 6 having a thickness substantially the same as that of the sock covers the vicinity of the growing cartilage to prevent the skin in the vicinity from being accompanied by shoes. Further, since the portion of the heel stop band 6 in close contact with the skin may be rubber or elastic rubber or one having elasticity similar to those, there is no concern about rough skin in the resin-made non-slip material.

In addition, since the sock itself has no notches or holes, there is no sense of discomfort in terms of use or appearance.

It is external drawing of the pumps sock of one Example of the sock of this invention.

1 sock 2 sock heel 3 sock sole 4 sock toe 5 sock mouth rubber 6 heel stop band

In order to solve the above problems, the present invention is to solve the above-mentioned problems, at a position where the lower part is located near the upper part of the growth cartilage of the heel of the foot and is caught on the heel of the foot, on the inside of the sock 1 or between the outer material and the lining. , From the heel 2 of the sock to the left and right sides 7 passing under the ankle of the foot in a substantially horizontal direction, longer than the center of the left and right side 7s, U-shaped band-shaped rubber or elastic rubber or similar to them. An elastic heel band 6 is provided, and when the heel band 6 is caught on the heel of the foot and there is no heel band 6, the tension in the toe 4 direction of the socks causes the heel 2 to move from the upper part to the lower part. It is a sock that prevents the generated tension from coming off due to the tension in the conventional socks by changing the generated tension in the substantially horizontal direction in the four toe directions.

In the present invention, the inside of the sock 1 or between the outer material and the lining, the lower part is located near the upper part of the growth cartilage of the heel of the foot and is hooked on the heel of the foot, and the left and right side surfaces 7 from the heel 2 A U-shaped band-shaped rubber or elastic rubber or a heel stop band 6 having elasticity similar to them is provided in a U-shape longer than the center of the left and right side surfaces 7 in a substantially horizontal direction passing under the ankle of the foot. Then, when the heel stop band 6 is caught on the heel of the foot and there is no heel stop band 6, the tension generated from the upper part to the lower part of the heel 2 due to the tension in the toe 4 direction of the socks is applied to the toe 4 direction. The heel is changed almost horizontally to prevent it from coming off due to the tension found in conventional socks, so if the heel is loose overall and especially the socks with loose ankles do not slip off naturally. The tension generated from the upper part to the lower part of the heel 2 due to the tension in the four directions of the toe of the socks when the stop zone 6 is caught near the upper part of the growth cartilage of the heel of the foot, and the toe It is changed to a substantially horizontal direction in four directions to prevent it from slipping out of the heel of the foot due to the tension in the conventional socks.

Claims (1)

In the sock, inside the sock, the lower part is located near the upper part of the growth cartilage of the ankle of the foot and is hooked on the ankle of the foot, and the foot is directed from the ankle of the sock toward the left and right sides. Almost horizontally under the ankle, a U-shaped band of rubber or elastic rubber or a sock band having elasticity similar to them is provided, and the sock band is caught on the heel of the foot and the sock is caught. The tension generated from the top to the bottom of the sock due to the tension in the toe direction of the sock when there is no stop band is changed in the almost horizontal direction in the toe direction to prevent the sock from coming off due to the tension in the conventional sock. Socks.

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