CN201551108U - Anti-skid device for foot - Google Patents

Abstract

The utility model relates to an anti-skid device for foot use, comprising a fairly flat flexible laminar element (1), made of anti-skid, anti-allergic and waterproof material, like a sheet or a pad, having on its rear surface means for fixing to the foot, and on its front surface anti-skid rough structures (11) or protrusions. In one embodiment, the means for securing the flexible laminar element (1) is formed by a layer of adhesive material (12a) covered by a protective sheet (2) which is disposable in use. In another embodiment, the means for securing the flexible laminar element (1) to the foot are formed by a covering (12b) attachable to the foot and co-formed with the flexible laminar element.

Description

Anti-slip device for foot use

technical field

The utility model relates to an anti-slip device for feet, which is used to prevent people who walk barefoot on smooth surfaces from slipping and falling, for example, in swimming pools, saunas, showers and other places.

Background technique

People who use swimming pools, saunas, showers, and other wet environments often slip because they often walk barefoot, and the water and moisture create small, dangerous slippery layers.

One solution that has been tried is to roughen the surfaces of the channels to make them non-slip, for example, using rubber blocks or forming a rough surface during their construction. However, water that can accumulate on said surfaces, such as the edge of a swimming pool, reduces this effect so that the perceived safety effect is indeed limited.

In other cases, the user may use light weight shoes, such as rubber sandals, etc., but they are not suitable for specific occasions, such as in a swimming pool, because the user must wear or wear them every time he or she enters or exits the pool. Take off his or her shoes, not practical.

Utility model content

The anti-slip device for feet of the present invention has the technical feature of preventing users from slipping and falling when walking in a wet environment by being incorporated on foot elements that are not shoes to prevent users from slipping and falling during exercise.

The device thus consists of a relatively flat flexible laminar element, such as a sheet or pad, made of non-slip, hypoallergenic and waterproof material, having on one surface a means for fastening to the foot and on the other surface a non-slip Roughnesses, or protrusions, for grip with the ground as the user shifts his or her weight onto the feet while walking.

The user then places the device on the sole of the foot and on the toes so that the flexible laminar element coincides with the contact area of the foot with the ground and the large support when walking, so that since the flexible laminar element of the device is non-slip The rough structure increases the grip with the ground, thus increasing the safety of anti-slip. These roughnesses can have various shapes, such as small bumps or protrusions distributed over the entire surface of the supporting ground.

This device has several advantages since it is practically as comfortable as walking barefoot, and the user does not have to take off the device as conventional sandals are removed for swimming, for example, in a swimming pool. Once the device is in place, it secures to the foot, maintaining its effectiveness during use.

In one embodiment, the means for securing the flexible laminar element to the foot is formed from a layer of adhesive waterproof material initially covered by a disposable protective sheet, which is removable when the device is in use. The primary locations for these adhesive, flexible laminar elements are the heel of the foot, the individual toes, and the front of the sole. This embodiment is primarily designed for one-time use, allowing the device to be disposed of once it has been used.

In another alternative embodiment, the device is designed to be reusable, the means for securing the flexible laminar element to the foot are formed by a flexible covering which can be attached to the foot for its fixation, Like socks. In this embodiment, the flexible laminar element and the covering are formed in a single integral piece of the same material so that the user can walk more safely after covering the foot with the device. The device is then arranged so that it can be reused several times, the covering having windows or holes for ventilation of the foot.

Description of drawings

In order to supplement the description made, and to aid in the understanding of the characteristics of the present invention, a set of drawings is attached to this description, which depicts the following drawings of an illustrative and non-limiting character:

Figure 1 shows a plan view of an embodiment of the device in adhesive form on a protective sheet.

Figure 2 shows a cross-sectional view of one of the flexible laminar elements of the device in the above figure.

Figure 3 shows a view of the device in the above figure in the use position, with the flexible laminar element adhered to the bottom of the foot.

Figure 4 shows a bottom perspective view of an embodiment variant of the device in which the flexible laminar element is defined in a covering for attachment to the foot.

Detailed ways

As can be seen from the figures, the device comprises a relatively flat flexible laminar element 1, like a sheet, made of a non-slip, hypoallergenic and waterproof material, such as silicone, for its placement on the bottom of the user's foot P on the surface. The mentioned flexible laminar elements 1 have means on their back surface for fastening to the foot, gripping non-slip roughnesses 11 or protrusions on the front surface, which are provided once the device is applied to the user. Foot P will touch the surface of the ground.

In the first embodiment depicted in Figures 1, 2 and 3, the means for fixation are formed by a layer of skin-adhesive and waterproof material 12a, which is covered by a protective sheet 2 which is removable in use. The device thus comprises several flexible laminar elements 1 , which are fixed by adhesion to the toe, bottom and heel of the foot P, as shown in FIG. 3 .

In a second embodiment, as shown in FIG. 4, the means for fixing the flexible laminar element 1 is formed by a covering 12b which can be attached to the foot P like a sock to fix it. In this particular embodiment, the covering 12b and the flexible laminar element 1 are formed in a single integral piece, made of the same material, for their repeated use. The cover 12b has windows 13 or holes in its surface to have air passages for the ventilation of the feet P. As shown in FIG.

Having fully described the features of the present invention, as well as a preferred embodiment, it is hereby stated for any relevant purpose that the material, shape, size and construction of the described elements may be modified so long as this does not include the essential features of the present invention as required below change.

Claims (5)

1. An anti-slip device for foot use, characterized in that it comprises a rather flat flexible laminar element (1) made of anti-slip, hypoallergenic and water-resistant material, having on its rear surface a The tool to the foot has non-slip roughness (11) or protrusions on its front surface for increasing the grip between the foot and the ground. 2. Device according to claim 1, characterized in that said means for fixing the flexible laminar element (1) to the foot are formed by a layer of skin-adhesive and waterproof material (12a) , which is covered by a disposable protective sheet (2) when in use. 3. Device according to claim 1, characterized in that said means for fixing the flexible laminar element (1) to the foot are formed by a covering (12b) which is attachable for its fixing to the feet. 4. Device according to claim 3, characterized in that the flexible laminar element (1) and the covering (12b) are formed in a single integral piece made of the same material. 5. Device according to claim 3, characterized in that said covering (12b) has windows (13) or holes for ventilation of the feet.

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