JP3109393U - socks - Google Patents

Abstract

[PROBLEMS] To prevent a slippage between a sock and a floor surface (the inner surface of a shoe) and between a foot and a sock, thereby obtaining a sufficient anti-slip effect during walking, and obtaining a feeling of close contact with the shoe to move the foot. Providing socks that can avoid instability and unnaturalness to the vehicle, and that can enable rapid acceleration and sudden stoppage in fast-moving sports.
When forming a sock 1 having a non-slip surface portion on a part of the sock body 2, an outer anti-slip surface portion 3o is provided on an outer surface 2o of the sock body 2 and an inner slip is prevented on an inner surface 2i of the sock body 2. While providing the surface part 3i, it has the antiskid part A which overlaps at least one part of the outer antiskid surface part 3o and the inner antiskid surface part 3i.
[Selection] Figure 1

Description

  The present invention relates to a sock in which a non-slip surface portion is provided on a part of a sock body.

  In general, when socks are worn, it becomes slippery when walking on the floor surface of flooring or tatami mats, and in particular, elderly people may slip and fall. For this reason, socks are conventionally known that are provided with a non-slip surface portion on the outer surface of the sole portion of the socks so as to make it difficult to slip.

For example, in the utility model registration No. 3078614, slipping that prevents a foot from slipping on a tatami mat or the like by attaching a non-slip portion that is solidified by applying a silicone rubber liquid to the outer surface of the bottom of a sock Stop socks are disclosed.
Utility model registration No. 3078614

  However, the above-described conventional socks (non-slip socks) have the following problems.

  First, although slipping between the socks and the floor surface or between the socks and the shoe inner surface is prevented, no slipping effect between the feet and the socks is taken into consideration, so that a sufficient antiskid effect cannot be obtained during walking.

  Secondly, since only the space between the socks and the floor or between the socks and the inner surface of the shoe is fixed, the sock is placed in a so-called state with respect to the movement of the foot in a severe movement such as sports. Returning to the movement of the movement, it gives a sense of instability and unnaturalness.

  An object of the present invention is to provide a sock that solves such problems in the background art.

  In order to solve the above-described problems, the present invention provides an outer non-slip surface portion 3o on the outer surface 2o of the sock body 2 and a sock body when the sock 1 is provided with a non-slip surface portion on a part of the sock body 2. The inner anti-slip surface portion 3i is provided on the inner surface 2i of the second anti-skid surface portion 3i, and at least a part of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i are overlapped.

  In this case, according to a preferred aspect of the invention, the anti-slip part A is provided at one or more selected positions between the heel part 2x including the heel part 2x and the toe part 2y of the sock body 2 and the toe part 2y. be able to. Further, it is desirable that the non-slip portion A overlap the areas of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i by 50% or more. On the other hand, in addition to the anti-skid part (first anti-slip part) A, the anti-slip agent 4 is applied to the inner surface 2ni of the sock mouth rubber part 2n in the sock body 2 to prevent the second slip. A stop B can be provided.

  According to the sock 1 according to the present invention having such a configuration, the following remarkable effects can be obtained.

  (1) Since it is possible to prevent slipping between the sock 1 and the floor surface (shoe inner surface) F and between the foot H and the sock 1, it is possible to obtain a sufficient anti-slip effect during walking, especially for elderly people. You can walk and go up and down with confidence on flooring, tatami floor F, and even stairs.

  (2) Since sliding between the sock 1 and the floor surface (shoe inner surface) F and between the foot H and the sock 1 can be prevented, a feeling of close contact with the shoe can be obtained when exercising such as walking and running, and energy. Can contribute to efficient operation of the system.

  (3) Slip between both the sock 1 and the floor surface (shoe inner surface) F and between the foot H and the sock 1 can be prevented, so it is possible to suddenly accelerate and stop suddenly in sporty sports such as soccer, volleyball and basketball. At the same time, it is possible to avoid inconveniences and unnatural feelings with respect to the movement of the foot H.

  (4) If the non-slip portion A is provided at one or more selected positions between the heel portion 2x including the heel portion 2x and the toe portion 2y of the sock body 2 and the toe portion 2y according to a preferred embodiment, The optimum position of the non-slip portion A can be selected according to the application, and the maximum effect can be obtained.

  (5) If the non-slip portion A overlaps the areas of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i by 50% or more according to a preferred embodiment, the anti-slip effect by the anti-slip portion A can be obtained. It can be surely secured.

  (6) According to a preferred embodiment, in addition to the anti-skid part (first anti-skid part) A, an anti-skid agent 4 that prevents scuffing is applied to the inner surface 2ni of the sock mouth rubber part 2n in the sock body 2 If the second anti-slip part B is provided, in addition to preventing the sole from slipping, the sock mouth rubber part 2n can be prevented from being scraped off.

  Next, the sock 1 according to the best embodiment of the present invention will be described in detail with reference to FIGS.

  As shown in FIGS. 1 and 2, the sock 1 according to the present embodiment has a sock body 2 that constitutes a general sock, and an antiskid part (first antiskid part) provided on the sock body 2. A. The anti-skid part A has an outer anti-slip surface part 3 o provided on the outer surface 2 o of the sock body 2 and an inner anti-slip surface part 3 i provided on the inner surface 2 i of the sock body 2. Moreover, the position which provides the antiskid part A (the outer antiskid surface part 3o and the inner antiskid surface part 3i) was selected to the heel part 2x of the sock main body 2 in the sock 1 illustrated in FIGS. Thus, if the non-slip portion A is provided on the heel portion 2x, a sufficient anti-slip effect can be obtained especially during walking, and in particular, elderly people can safely walk on the flooring F or flooring F of the tatami mat. be able to.

  In addition, in FIG. 5, the other example of the position which provides the antiskid part A (the outer antiskid surface part 3o and the inner antiskid surface part 3i) is shown. FIG. 5A shows an example in which the sock body 2 is provided at a position 2zf between the heel part 2x and the toe part 2y and in the vicinity of the toe part 2y. Even in this case, a sufficient anti-slip effect can be obtained during walking, and in particular, it is effective for preventing slip when climbing stairs, and a feeling of close contact with shoes is obtained when exercising such as walking and running. There is an advantage that it can contribute to the efficient operation of energy. FIG.5 (b) is the example provided in the toe part 2y of the sock main body 2, and the effect similar to Fig.5 (a) can be acquired. FIG.5 (c) shows the example provided in two positions 2zp and 2zq between the heel part 2x and the toe part 2y of the sock main body 2, and right and left sides. In this case, in particular, in a strong movement such as soccer, volleyball, basketball, etc., rapid acceleration and sudden stop are possible, and inconvenience that gives an unstable feeling or unnatural feeling to the movement of the foot H can be avoided. FIG. 5D shows an example in which the sock body 2 is provided on both the heel part 2x and the toe part 2y. As described above, the anti-slip portion A can be provided at one or more selected positions between the heel portion 2x including the heel portion 2x and the toe portion 2y of the sock body 2 and the toe portion 2y. The optimum position of the non-slip portion A can be selected according to various uses such as life scenes and sports, and the maximum effect can be obtained.

  Further, the overall shape of the outer non-slip surface portion 3o and the inner anti-slip surface portion 3i can be arbitrarily selected. The overall shape illustrated in FIGS. 1 to 4 is configured by a combination of a plurality of surface members 3op... And surface members 3ip. In this case, as shown in FIG. 3, the surface members 3op..., 3ip. Then, at least a part of the outer non-slip surface portion 3o and the inner anti-slip surface portion 3i are overlapped, preferably, the areas of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i are overlapped by 50% or more. Thus, if the areas of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i overlap each other by 50 [%] or more, the anti-slip effect by the anti-slip portion A can be reliably ensured. However, even if the overlap is less than 50%, a corresponding effect can be obtained, and the overlap of 50% or more is not an essential condition.

  The overlapping area is the entire area of each of the outer anti-slip surface portion 3o and the inner anti-slip surface portion 3i. Therefore, in the case of the illustration, since the two surface member 3op... And the two surface member 3ip... Are alternately arranged, the surface members 3op. Will overlap approximately 60%. Thus, if the surface members 3op..., 3ip... Are alternately arranged, the overall thickness becomes the same thickness as that of only one of the outer anti-slip surface portion 3o or the inner anti-slip surface portion 3i. There is an advantage that it is possible to avoid a problem that the entire thickness of the non-slip portion A becomes unnecessarily thick, and to contribute to improvement of wearing comfort.

  On the other hand, as means for providing the outer antiskid surface portion 3o and the inner antiskid surface portion 3i on the sock body 2, means such as application of a mucous antiskid 4 or sticking of an antiskid member formed in a sheet shape is used. Can do. The antiskid (slip member) 4 is a thermosetting rubber material or a thermosetting resin material, and has a certain degree of softness even in a normal curing state, such as a silicon rubber material or a latex rubber material. , Acrylic resin material, polyvinyl chloride resin material, polyurethane resin material, various rubber materials and synthetic resin materials can be used.

  In this case, the surface form of the outer non-slip surface part 3o and the inner anti-slip surface part 3i may be a flat surface, that is, a surface form without unevenness by solid coating, or various surface forms having unevenness as shown in FIG. It can also be adopted. FIG. 6 (a) is provided with many warts (spherical protrusions) 3b ... on the surface, which can further enhance the anti-slip effect. In addition, the same warp part 3b ... is provided also in the outer antiskid surface part 3o and the inner antiskid surface part 3i shown in FIG. FIG. 6B is provided with a lattice strip 3m having a large number of meshes, and the same effect as in FIG. 6A can be obtained. 6 (c) is provided with stripe portions 3sv ... in the front-rear direction, and FIG. 6 (d) is provided with stripe portions 3sh ... in the left-right direction. In this case, FIG. 6C is particularly effective for preventing slipping in the front-rear direction, and FIG. 6D is particularly effective for preventing slipping in the left-right direction.

  Therefore, by providing such a non-slip portion A with respect to the sock main body 2, as shown in FIG. 4, the anti-slip between the foot H and the sock 1 is achieved by the inner non-slip surface portion 3i, and the outer Since the non-slip surface portion 3o prevents slipping between the sock body 2 and the floor surface (shoe inner surface) F, as a result, a reliable anti-slip effect between the foot H and the floor surface (shoe inner surface) F is obtained. .

  On the other hand, in the sock 1 according to the present embodiment, in addition to the above-described anti-slip part (first anti-slip part) A, the anti-slip agent 4 that prevents the inner surface 2ni of the sock mouth rubber part 2n in the sock body 2 from being scraped off. The 2nd anti-skid part B which apply | coated this is provided. The inner surface 2ni of the sock mouth rubber portion 2n is flat in the natural state Mn as shown in FIG. 8 (a) and in the expanded state Me as shown in FIG. 8 (b). Since the ridges 11 are arranged in a bowl shape, the inner surface 2ni is in a widened state Me, and the anti-slip agent 4 is applied only to the tip surfaces of the ridges 11 ... to provide the second anti-slip portion B. It is. FIG. 8 shows a part of the manufacturing process. FIG. 8A shows that the jig 20 is accommodated in the sock body 2 turned upside down, and the narrow width portion 20s of the jig 20 is replaced with the sock mouth rubber portion. 2n shows the state in which the inner surface 2ni is brought into the natural state Mn and the antiskid 4 is applied to a part or all of the contact surface 2is with respect to the foot H by screen printing. FIG. 8B shows an inner surface portion 2i to which the antiskid agent 4 is applied by moving the jig 20 after the step of FIG. 8A and positioning the wide portion 20w on the sock mouth rubber portion 2n. The expanded state Me is shown. Thereby, if the antiskid agent 4 is dried until it normally cures, the second antiskid part B can be provided. In addition, the circle D in FIG.8 (b) has shown the partial enlarged view.

  Therefore, in addition to the first anti-skid part A described above, a second anti-slip part B formed by applying an anti-skid 4 that prevents scuffing off to the inner surface 2ni of the sock mouth rubber part 2n in the sock body 2 is provided. Accordingly, as shown in FIG. 4, in addition to preventing the slip of the sole by the first anti-slip portion A, it is possible to prevent the sock mouth rubber portion 2n from being scraped off. In particular, when configured as the second anti-slip part B, the anti-skid agent 4 can follow the expansion and contraction of the sock mouth rubber part 2 even when the anti-skid agent 4 is applied to the inner surface part 2i. Therefore, it is possible to avoid a problem that the original function of the sock 1 is lost, that is, a problem that the sock 1 cannot be smoothly put on and taken off, or a fit feeling to the foot when the sock 1 is worn is impaired. . Further, since the antiskid 4 is not exposed to the expansion and contraction of the sock 1, the antiskid 4 is not peeled off from the surface of the sock 1 even after repeated use, and practical durability is achieved. There are advantages that you can get.

  Although the best embodiment has been described in detail above, the present invention is not limited to such an embodiment, and deviates from the gist of the present invention in the configuration, shape, material, quantity, numerical value, etc. of the details. It can be changed, added, or deleted as long as it is not.

  For example, the shapes and sizes of the inner anti-slip surface portion 3i and the outer anti-slip surface portion 3o can be arbitrarily selected, and these may be different between the inner anti-slip surface portion 3i and the outer anti-slip surface portion 3o. In particular, in the embodiment shown in FIG. 1 to FIG. 4, each of the surface member 3 op... (3 ip...) Is a continuous integral inner non-slip surface portion. Of course, 3i (outer non-slip surface portion 3o) may be used. In this case, the continuous inner-slip surface portion 3i and the outer anti-slip surface portion 3o substantially overlap each other. The sock 1 in the present invention is a concept including various similar articles such as knitted indoor footwear and fabric-sewn indoor footwear. Moreover, although the case where the 2nd antiskid part B was provided was shown, it is arbitrary whether the 2nd antiskid part B is provided.

The appearance side view of the sock according to the best embodiment of the present invention, Appearance bottom view of the socks, A cross-sectional side view of the anti-skid part (first anti-skid part) in the sock, A cross-sectional side view showing a state in which the sock is worn on the foot, An external bottom view illustrating the position where the non-slip portion is provided in the sock, An external bottom view illustrating the surface form of the non-slip portion in the sock, Front view of the inner surface of the second antiskid part of the sock, Sectional plan view showing a part of the manufacturing process of the second anti-slip part in the sock,

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Socks 2 Socks main body 2o Outer surface of sock main body 2i Inner surface of sock main body 2x Rinse part 2y Toe part 2n Socks mouth rubber part 2ni Inner surface of sock mouth rubber part 3 Non-slip surface part 3i Inner non-slip surface part of sock main body 3o Outside of sock body Non-slip surface part 4 Anti-slip agent A Non-slip part (first anti-slip part)
B Second anti-slip part

Claims (4)

  In a sock having a non-slip surface part on a part of the sock body, an outer non-slip surface part is provided on the outer surface of the sock body, and an inner non-slip surface part is provided on the inner surface of the sock body. A sock comprising a non-slip portion formed by overlapping at least a part of an inner non-slip surface portion.   The sock part according to claim 1, wherein the non-slip part is provided at one or more selected positions between the heel part including the heel part and the toe part of the sock body and the toe part.   2. The sock according to claim 1, wherein the anti-skid part overlaps each area of the outer anti-skid surface part and the inner anti-skid surface part by 50% or more.   In addition to the anti-skid part (first anti-skid part), a second anti-skid part formed by applying an anti-slip agent to the inner surface of the sock mouth rubber part in the sock main body is provided. The sock according to claim 1.

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