TWM602354U - Body shaping slippers - Google Patents

Abstract

The present model proposes a body-sculpting slippers, which comprises an upper structure and a sole structure, and the upper structure is combined with the sole structure through two side flap fixing parts. The sole structure has a sole area, an arch area and a sole area. The sole area and the sole area are substantially at the same level, and the level of the arch area is higher than the sole area and the sole area. An arc is formed under the sole structure, so that when the body shaping slippers are placed on the ground without external force, the corresponding part under the arch area can be attached to the ground, and the corresponding part under the sole area and the sole area are off the ground. When wearing the body sculpting slippers of the present invention, the user must exert force on the calves and soles of the feet to let the center of gravity fall near the arch of the foot. In this way, because the muscles of the calf and sole are tense, the muscles of the upper body are successively driven to exert force to achieve the effect of body shaping. It also has the function of correcting bad posture.

Description

Sculpting slippers

The new model relates to a slippers, in particular to a body-sculpting slippers with a body-sculpting function and correcting human posture.

Slippers are an appliance that people often use to protect their feet when they are at home or when they go out. Most of them are used when they go out for shopping, recreation, travel and even sports. As life and work become inseparable, wearing slippers has gradually become popular in the office, which can free people from the oppression and discomfort caused by wearing formal shoes, such as leather shoes or high heels. In other words, slippers are now the most commonly used footwear.

Because the slippers are easy to put on and take off, users will not need to use a special standing or walking posture due to special restrictions. For example, because the heel part of high-heeled shoes is higher than the sole part of the foot, women wearing high-heeled shoes often need to exert extra force on their calves to maintain balance, that is, high-heeled shoes will impose specific usage restrictions on the wearer. However, wearing high heels will give people a sense of elegance and make shorter people feel confident. This kind of compensation for losing a certain sense of comfort in exchange for other feelings does not occur in slippers. What's more, due to the random posture of the feet, it is easy to cause the posture of the upper body to change. For example, it is easy to cause the upper body to hunch back or convex lower abdomen and other situations that affect the posture due to the random three-seven-step stance (shift of the center of gravity). If the existing slippers can be adjusted in its structure, so that users can change their wearing habits, so as to correct their posture, and even achieve the goal of slimming and shaping, it is what many people expect.

In view of this, the creator of the present invention, based on years of design and production experience, proposes a new type of body sculpting slippers, which can meet the aforementioned needs.

This paragraph of text extracts and compiles certain features of this new model. Other features will be revealed in subsequent paragraphs. Its purpose is to cover the spirit and scope of the additional patent application, various modifications and similar arrangements.

In order to meet the aforementioned needs, the present model proposes a body sculpting slippers. The body sculpting slippers include an upper structure and a sole structure. The upper structure is combined with the sole structure by two side wing fixing parts, and is characterized in that: A sole area, an arch area, and a sole area correspond to the sole, arch, and sole of a person's foot when worn; the sole area and the sole area are substantially at the same level, and the arch area is higher than the level The sole area and the sole area; the bottom of the sole structure forms a curved surface, so that when the body shaping slippers are placed on the ground without external force, the corresponding part under the arch area can be attached to the ground, and the sole area and the corresponding part under the sole area are Leave the ground.

Preferably, the sole structure and the upper structure are integrally formed. The sole structure and the upper structure are made of foamed ethylene-vinyl acetate copolymer (Ethylene Vinyl Acetate, EVA).

According to the present invention, the toe area, the sole area, the arch area and the sole area respectively form a three-dimensional anti-slip pattern. The arc surface under the sole structure forms a non-slip three-dimensional pattern. The height of the non-slip three-dimensional pattern is greater than the height of the non-slip three-dimensional pattern.

When wearing the body sculpting slippers of the present invention, the user must exert force on the calves and soles of the feet to let the center of gravity fall near the arch of the foot. In this way, because the muscles of the calf and sole are tense, the muscles of the upper body are successively driven to exert force to achieve the effect of body shaping. In other words, the curvature of the sole structure of the body sculpting slippers allows the user to swing back and forth when wearing it; the boat-like design can make the soles of the feet exert a little force to achieve the effect of body shaping. At the same time, body shaping slippers also have the function of correcting bad posture.

The present invention will be described in more detail by referring to the following embodiments.

Please refer to FIG. 1 to FIG. 3. These drawings are schematic diagrams of the appearance of a body shaping slippers 1 according to an embodiment of the present invention, and are respectively a top view, a side view, and a bottom view. According to the present invention, the body shaping slippers 1 include a shoe upper structure 10 and a sole structure 20. The upper structure 10 is combined with the sole structure 20 by two side wing fixing parts (a first side wing fixing part 12 and a second side wing fixing part 12). The upper structure 10 can be attached to the back of the user's instep, so as to partially enclose the user's foot with the sole structure 20. When the user lifts the foot, the upper structure 10 will be lifted, and then the whole body shaping slippers 1 will be lifted. The first side wing fixing portion 11 and the second side wing fixing portion 12 are respectively close to two sides of the foot.

The body sculpting slippers 1 have the following features: above the sole structure 20 there is a sole area 21, an arch area 22 and a sole area 23 (as indicated by the dashed boxes in FIG. 1, which overlap with the upper structure 10 due to the drawing. The parts are all located under the upper structure 10), which correspond to the soles (including toes), arches and soles of the feet of the person wearing them. The sole area 21 and the sole area 23 are substantially at the same level, and the level of the arch area 22 is higher than the sole area 21 and the sole area 23. In addition, an arc surface 24 is formed under the sole structure 20, so that when the body shaping slippers 1 are placed on the ground without external force, the corresponding part under the arch area 22 can be attached to the ground, and the corresponding part under the sole area 21 and the sole area 23 can leave the ground.

From the above description, it can be known that when the user puts on the body-sculpting slippers 1, if he does not exert any effort, it is likely that he will lean backwards or forwards because he places his weight on the heel or the sole of the foot. In order to maintain a stable state while wearing the body-sculpting slippers 1 and even to be able to walk, the user must apply force on the calf and sole of the foot to let the center of gravity fall near the arch of the foot. In this way, because the muscles of the calf and soles of the feet are tense, the muscles of the upper body are successively driven to exert force. Over time, the internal force of this muscle consumes energy and achieves a body shaping effect. At the same time, since this lower body posture that evenly distributes the center of gravity on the soles of the feet can make the body posture correct, the body-sculpting slippers 1 can also correct the user's long-term incorrect standing and/or walking styles.

In addition, the sole area 21, the arch area 22 and the sole area 23 respectively form a three-dimensional anti-slip pattern. These three-dimensional non-slip patterns are not high in height, but the friction between them and the soles of the feet is sufficient to prevent the body-shaping slippers 1 from being detached from the feet due to slippage or loose clamping. In addition, these three-dimensional anti-slip patterns can also slightly stimulate the sole nerves (acupoints) to achieve the effect of physical relaxation.

The arc surface 24 under the sole structure 20 forms a non-slip three-dimensional pattern. The purpose of the non-slip three-dimensional pattern is to strengthen the grip so that the user will not slip easily. Therefore, the height of the non-slip three-dimensional pattern is greater than the height of the non-slip three-dimensional pattern.

In practice, the sole structure 20 of the body shaping slippers 1 and the upper structure 10 are integrally formed. In terms of materials, the material of the sole structure 20 and the upper structure 10 is Ethylene Vinyl Acetate (EVA). The advantages of EVA are wear resistance, easy cleaning, and moderate elasticity.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, The scope of protection of this new model shall be subject to the scope of the attached patent application.

1: body shaping slippers 10: upper structure 11: The first side wing fixed part 12: Second side wing fixed part 20: Sole structure 21: Sole area 22: Arch area 23: sole area 24: curved surface

FIG. 1 is a schematic diagram of the appearance of a body-sculpting slippers according to an embodiment of the present invention, FIG. 2 is another schematic diagram of the appearance of the body-sculpting slippers, and FIG. 3 is another schematic diagram of the appearance of the body-sculpting slippers.

1: body shaping slippers

10: upper structure

11: The first side wing fixed part

12: Second side wing fixed part

20: Sole structure

21: Sole area

22: Arch area

23: sole area

Claims (6)

A body sculpting slippers, comprising an upper structure and a sole structure, the upper structure is combined with the sole structure by two side flap fixing parts, characterized in that: the sole structure has a sole area, an arch area and a sole area , Respectively correspond to the sole, arch and sole of the human foot when wearing; the sole area and the sole area are substantially at the same level, and the level of the arch area is higher than the sole area and the sole area; below the sole structure A curved surface is formed, so that when the body-sculpting slippers are placed on the ground without external force, the corresponding part under the arch area can be attached to the ground, and the corresponding part under the sole area and the sole area are off the ground. According to the body shaping slippers described in item 1 of the scope of patent application, the sole structure and the upper structure are integrally formed. According to the first item of the scope of the patent application, the body shaping slippers, wherein the sole structure and the upper structure are made of foamed ethylene-vinyl acetate copolymer (Ethylene Vinyl Acetate, EVA). According to the body shaping slippers described in item 1 of the scope of patent application, the toe area, the sole area, the arch area and the sole area respectively form a non-slip three-dimensional pattern. According to the body shaping slippers described in item 4 of the scope of patent application, the curved surface of the sole structure forms a non-slip three-dimensional pattern. According to item 5 of the patent application, the height of the non-slip three-dimensional pattern is greater than the height of the non-slip three-dimensional pattern.

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