Transparent non-slip

Abstract

A transparent non-slip mat is placed on the floor or the top of the base, and a sphere is placed on top of it. The soles of the feet and shoe soles are then placed on the sphere while wearing shoes, and the sphere is rotated to prevent them from coming off, allowing the soles of the feet and shoe soles to remain on the sphere for an extended period, enabling knee and leg rehabilitation exercises. [Solution] To prevent the sphere from lifting off the floor or the top surface of the base, a picture or similar image is placed on the floor or the top surface of the base, and a transparent non-slip mat is placed on top of it. The picture or image appears to float on the surface of the transparent non-slip mat, and the sphere is placed on top of it. With the sphere on top of the picture or image, and the sphere is placed on the sphere with the soles of the feet or shoes still on, the sphere does not lift off the soles of the feet or shoes, and rotates back and forth and left and right, improving blood flow to the knees and legs and promoting daily health. This is a spherical transparent non-slip health device.

Description

Technical Field

[0001] The present invention is a spherical anti-slip health device that can maintain daily health by placing the sole on the sphere on the floor surface or the upper surface of the pedestal, rotating the sphere by pressing the sole placed on the sphere, improving blood circulation in the sole, and improving the movement of the knees and legs.

Background Art

[0002] Conventionally, various spheres such as walnuts, golf balls, and wooden balls (Japanese cypress, beech) have been known. The spheres are directly placed on the floor surface, the upper surface of the pedestal, etc., and the sole is placed on the sphere on the placed floor surface or the upper surface of the pedestal. From the placed sole, the sphere immediately separates from the sole and cannot last long, and satisfactory health promotion cannot be obtained.

Prior Art Documents

[0003] Utility Model Document 1 Published Utility Model Sho 59-130729 Patent Document 2 JP-A-10-192361

Patent Document 3

Summary of the Invention

Problems to be Solved by the Invention

[0004] Conventionally, in order to improve blood flow in the sole, a sphere is placed on the floor surface while sitting on a chair, the sole is placed on the sphere, and it is difficult to directly rotate the sphere on the floor surface by pressing the sole. The floor surface is hard, and the surface of the sphere used is also hard. Because both sides are hard, the sphere is likely to slip when used on the floor surface or the upper surface of the pedestal, and the sphere immediately separates from the sole and cannot last long. Therefore, it is necessary to prevent the sphere from separating from the sole, make it last long, and improve blood circulation from the sole.

Means for Solving the Problems

[0005] This invention addresses the above problem by using a transparent vinyl resin with a thickness of approximately 1 mm on a flat surface. When placed on the floor, it adheres closely to the floor surface. The flat surface of the transparent vinyl resin is soft and elastic, so it does not slip and can be placed on the floor. The size is such that when sitting in a chair, the legs can move back and forth and side to side. This flat transparent vinyl resin is used as a spherical transparent anti-slip device. When sitting in a chair, the transparent anti-slip device is placed on the surface of the transparent anti-slip device, and the sphere is placed on the surface of the transparent anti-slip device. The soles of the feet and soles of shoes are placed on the sphere, and the pressure from the soles of the feet and shoes causes the sphere to rotate and move. The transparent anti-slip surface of the sphere is soft and elastic, so the sphere does not slip and does not come off the soles of the feet and shoes. The spherical transparent anti-slip device is light and easy to carry and can be used on the floors of offices, homes, etc. It can improve blood flow in the legs and stretch the soles of the feet by moving the knees and legs.

[0006] The spherical transparent anti-slip mat can be placed on any type of floor surface, regardless of the material. Place the sphere on the transparent anti-slip surface, sit on a chair, and place your feet or shoe soles on the sphere. The pressure from your feet or shoe soles on the sphere will cause it to rotate and move. The transparent anti-slip surface of the sphere is soft and elastic, so by placing the transparent anti-slip mat on the floor, you don't have to worry about scratching the floor with the hard surface of the sphere that is used in the past. The spherical transparent anti-slip mat is a spherical exercise device that can be easily placed on the floor under your feet while sitting on a chair and moved around.

[0007] Then, while sitting in a chair, place a picture, calligraphy, etc. on the floor where the transparent non-slip mat will be placed, and when you place the transparent non-slip mat on the floor, the picture, calligraphy, etc. placed on the floor will appear to float on the surface of the transparent non-slip mat. You place a sphere on the surface of the transparent non-slip mat on the floor, and with your feet or shoe soles on, you place the sphere on the sphere, and the pressure from your feet or shoe soles will move the sphere, but the sphere will not directly touch the picture, calligraphy, etc. placed on the floor that floats on the surface of the transparent non-slip mat on the floor, and with your feet or shoe soles on, you place the sphere on the surface of the transparent non-slip mat on which the picture, calligraphy, etc. will float, and you can do knee and leg rehabilitation while looking at the picture, calligraphy, etc. placed on the floor at your feet.

[0008] Furthermore, a base is provided so that it can be easily placed on the floor, it is lightweight and easy to move, the top surface of the base and the floor are flat, a convex spherical rotation stopper is provided around the sides of the top surface of the base, a transparent non-slip surface the same size as the top surface of the base is placed on the top surface of the base, a picture or the like is inserted between the top surface of the placed base and the transparent non-slip surface, the inserted picture or the like appears to float on the transparent non-slip surface of the top surface of the base, the base is placed on the floor, a chair is sat on, the sphere is placed on the transparent non-slip surface of the top surface of the base, the sole of the foot or the sole of the shoe is placed on the sphere and the pressure from the sole of the foot or the sole of the shoe rotates the sphere, the sphere does not detach from the sole of the foot or the sole of the shoe, the eye is naturally directed towards the floor with the picture visible on the top surface of the base and the sphere, and knee and leg rehabilitation can be performed with the sole of the foot or shoe on resting on the sphere, as described in Claim 1, wherein a transparent non-slip surface is used on the top surface of the base. [Effects of the Invention]

[0009] As described above, the present invention uses a spherical transparent non-slip surface. By placing a picture or the like on the floor or base where the non-slip surface will be placed, and then placing the spherical transparent non-slip surface on top of it, the picture or the like will appear to float on the surface of the spherical transparent non-slip surface. By placing the sphere on the surface of the transparent non-slip surface and placing the sole of the foot or shoe sole on the sphere, and rotating the sphere back and forth and side to side with the pressure of the sole of the foot or shoe sole, blood flow to the knees and legs is improved, contributing to health. [Brief explanation of the drawing]

[0010] [Figure 1] A plan view of a transparent, non-slip surface on a sphere. [Figure 2] The aforementioned front view. [Figure 3] The aforementioned front cross-sectional view 1a-1b. [Figure 4] Enlarged front cross-sectional view 1a-1b. [Figure 5] A perspective view showing a picture, a transparent non-slip mat, and a sphere placed on the aforementioned floor surface. [Figure 6] Base plan view. [Figure 7] The aforementioned front view. [Figure 8] The aforementioned front cross-sectional view 2a-2b. [Figure 9] Enlarged front cross-sectional view 2a-2b. [Figure 10] A perspective view showing a sphere placed on top of a base with a picture and a transparent non-slip surface. Modes for carrying out the invention

[0011] Hereinafter, embodiments of the present invention will be described with reference to Figures 1 to 10.

[0012] Figure 1 shows a plan view of the transparent anti-slip ball 1 of the present invention. The transparent anti-slip ball 2 is flat, with a thickness of approximately 1 mm, and has flexibility and adhesion to the floor surface. The size of the surface on which the transparent anti-slip ball 1 is placed on the floor surface is such that when sitting in a chair with the soles of your feet and shoes on, you can move back and forth and side to side. When the transparent anti-slip ball 1 is placed on the floor surface, the sphere 2 is placed on the surface of the transparent anti-slip ball 1, and the soles of your feet and shoes are placed on the sphere 2, the sphere 2 rotates and moves due to the pressure from the soles of your feet and shoes. The surface of the transparent anti-slip ball 1 is soft and elastic and adheres to the floor surface. When placed on a hard floor, the surface of the transparent anti-slip ball 1 is elastic and soft, and the sphere does not separate from the soles of your feet and shoes under pressure from the soles of your feet and shoes.

[0013] Figure 2 is a plan view of Figure 1, showing a transparent non-slip plate 1 with a thickness of approximately 1 mm, which is flexible and elastic, and is a front view of the transparent non-slip plate 1 on a spherical object 2 placed on the floor.

[0014] Figure 3 is the front cross-sectional view 1a - 1b of the plane in Figure 2.

[0015] Figure 4 is the enlarged front cross-sectional view obtained by enlarging the front cross-sectional view of Figure 3 by 1a - 1b.

[0016] Figure 5 is an inclined view of placing the sphere 2 on the surface of the transparent anti-slip 1, where the transparent anti-slip 1 is placed on the floor surface, picture 3 is inserted between the floor surface and the transparent anti-slip 1, and by placing the picture on the floor surface, picture 3 appears to float on the surface of the transparent anti-slip 1.

[0017] Figure 6 is a pedestal plan view. The upper surface 6 and the bottom surface 7 of the pedestal 4 are flat. A convex surface 5 is provided around the upper surface 6 of the pedestal 4. The transparent anti-slip 1 is placed on the upper surface 6, and the sphere 2 is placed on the surface of the placed transparent anti-slip 1. It is of a size that allows one to sit on a chair, place the sole of the foot on the sphere 2, and move it back and forth, left and right, and is light and easy to carry.

[0018] Figure 7 is a front view of the pedestal. The upper surface 6 and the bottom surface 7 of the pedestal 4 are flat. A convex surface 5 is provided around the flat surface. The bottom surface 7 of the pedestal 4 is flat and can be easily moved, and the pedestal 4 can be placed on the floor surface.

[0019] Figure 8 is a cross-section of the pedestal 4. The material of the pedestal 4 is plywood, resin board, etc., with a thickness of about 2 - 6 mm. The material of the convex surface 5 on the side is wood or resin, etc. A convex surface 5 is provided on the side around the flat surface of the upper surface 6 of the pedestal 4. Front cross-sectional view 2a - 2b.

[0020] Figure 9 is the enlarged cross-sectional view 2a - 2b of Figure 8.

[0021] Figure 10 is an inclined view of the pedestal showing the order of placing the sphere 2 on the surface of the transparent anti-slip. Picture 3 is placed on the flat surface of the upper surface 6 of the pedestal 4, and then the transparent anti-slip 1 with the same size as the flat surface of the pedestal 4 is placed on it, so that picture 3 appears to float on the surface of the flat transparent anti-slip.

Industrial Applicability

[0022] Maintaining daily health involves moving the soles of your feet and legs. This transparent, non-slip spherical health device allows you to place your feet or shoe soles on the sphere and rotate it back and forth and side to side using the pressure of your feet. This stimulates the soles of your feet, improves blood flow in your legs, relieves fatigue, and helps maintain overall health. [Explanation of Symbols]

[0023] 1. Transparent non-slip 2 spheres 3 Pictures 4 bases 5 Convex 6 Top surface 7. Bottom

Claims

1. The spherical transparent anti-slip surface uses a flat transparent vinyl resin as the anti-slip surface of the sphere. When placed on the floor, it adheres to the floor and is flexible. By placing the sphere on the transparent anti-slip surface and placing the sole of the foot on it, the sphere moves with the pressure of the sole of the foot, and the sphere does not leave the sole of the foot. To continue moving the sphere, one must stand and place the sole of the foot on the sphere, which would result in standing on one leg, losing balance and potentially causing injury. Therefore, it is recommended to place a chair on the floor, sit on the chair, and place the spherical transparent anti-slip surface at the feet of the person sitting. A spherical transparent non-slip health device is used, which involves inserting a picture or writing between a spherical transparent non-slip surface and the floor surface, so that the inserted picture or writing appears to float on the transparent non-slip surface of the sphere placed on the floor, placing the sole of the foot on the sphere, and while looking at the picture or writing, the pressure of the sole of the foot causes the sphere to stimulate the pressure points and foot muscles on the sole of the foot, causing the sphere to move, and moving the sole of the foot, ankle, and knee in response to the movement of the sphere has the effect of loosening the fascia of the muscles on the sole of the foot and improving blood flow to the lower limbs, and the transparent non-slip surface of the sphere can also be used for rehabilitation.

2. The base is provided so that the transparent non-slip sphere can be used on a floor surface where it cannot be placed directly on the floor surface. The top and bottom surfaces of the base are flat, and a convex-shaped anti-rotation surface for the sphere is provided on the side surface of the top surface of the base. When a picture or writing is placed on the top surface of the base, and the transparent non-slip sphere of the same size as the top surface of the base is placed on top of it, the picture or writing placed on the top surface of the base appears to float on the surface of the transparent non-slip sphere. When the base is placed on the floor, and the sphere is placed on the surface of the base, and the soles of the feet are placed on the sphere while standing, it is dangerous as it will be difficult to maintain balance and could result in injury. Furthermore, a chair is placed on the floor, the base is placed under the feet of the person sitting on the chair, the sphere is placed on the transparent non-slip surface of the sphere on the upper surface of the base on which the picture or writing appears to be raised, the soles of the feet, shoe soles, etc. are placed on the sphere, and the pressure of the soles of the feet, shoe soles, etc. placed on the sphere causes the sphere to move on the transparent non-slip surface of the sphere, and the movement of the sphere causes the soles of the feet, ankles, and knees to move, which has the effect of improving blood flow to the soles of the feet and lower limbs, the base placed on the floor is lightweight and easy to carry, and the transparent non-slip surface of the sphere is used on the upper surface of the base, the transparent non-slip health device of the sphere according to claim 1.

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