SK8087Y1 - Dynamic-balance aid - Google Patents

Abstract

The dynamic-balance aid comprises an inflatable pad (1) having at least one chamber. To the top side of the inflatable pad (1) is fastened the upper pad (3) having a non-inflatable portion (31) and an inflatable portion (32), whereby the non-inflatable portion (31) being the foot-part and its shape and size adapted to put the foot.

Description

Technical field

Technical solution of the dynamic directional device for exercise especially in standing and moving.

BACKGROUND OF THE INVENTION

Insufficient physical activity and the resulting increased static load on the musculoskeletal system of the human body leads to various health problems, such as e.g. muscle weakness, muscle pain and the like. The problem of insufficient physical activity and its consequences leads to the creation of various rehabilitation, relaxation and preventive aids to induce increased physical activity. It goes eg. o devices based on the principle of maintaining the balance of the human body on an unstable surface. Regular use of such a mat to maintain the balance of the human body leads to forced increased physical activity and thus to improved posture, strengthening of deep muscles.

Utility model CZ 29865 U1 discloses a pad for dynamic-directional seating, which achieves the desired positioning of the body while also directing the generated muscle activity to the relevant parts of the human body. The dynamic-directional seat pad according to CZ 29865 U1 comprises at least two inflatable chambers placed one above the other or side by side and connected by at least one discharge opening

Furthermore, e.g. known as "barefoot" according to US2008064579 with a dome-shaped inflatable flexible bellows and a solid base. There are a number of exercises on this and similar balancing aids for beginners and advanced, which strengthen the muscles of the entire human body. The basic exercises include getting in and out of the device, squats and lunges on a solid base. The disadvantage is that such aids are relatively large (with a base diameter of 50 to 80 cm) and difficult to carry (weight is from 5.3 to 8 kg).

The solution according to CZ 10502 U1 describes a two-chamber dynamically unstable pad, consisting of two cushions filled with a gas with a through hole, which is intended for both sitting and standing and for prevention and rehabilitation.

For some sports, balance is particularly important. These include skiing, skating, ball games, gymnastics. Efforts to create a tool for athletes to gain better coordination of movement by training balance, while strengthening muscle groups that are more heavily loaded in certain types of sport, in conjunction with active aerobic training, and are reflected in several patent publications.

The SK 5716 UV solution is a balancing exercise tool made by a roller with a convex surface and a flat first contact surface. The Balance Exercise Tool is equipped with at least one fastener for attachment to the practitioner's leg. The tool allows both rehabilitation exercises and fitness training, eg. aerobics. The disadvantage of such a solution is that it is full, entirely made of hardened rubber, which has a given elasticity that cannot be influenced, and thus it is practically impossible to change the intensity of the exercise or the direction of the load.

Similar solution is represented by CN205626918 (U), which is a training balancing device for taekwondo. Another publication CN202146543 (U) discloses a dual-chamber air cushion, a pedal intended for home rehabilitation and foot relaxation. In the example of this disclosure, the device is comprised of two horizontally arranged cushions interconnected by a single connecting element. The exercise on such a device consists of stepping in place.

US2012258841A1 discloses a booster device consisting of two separate air-filled, single-chamber cushions operating on the principle of equilibrium. Exercises consist mainly of performing squats with or without weights, at the same time it is possible to use pillows as a pad of armrests and to perform classical handles on them.

The purpose of this technical solution is to create a lightweight, storable and portable dynamic-directional exercise aid, which uses the principle of maintaining balance on an unstable surface during posture and walking to activate the muscles of the human body and thereby actively and energy-efficient strengthening muscles. load into the desired muscles of the human body.

The essence of the technical solution

The task is solved by a dynamic-directional aid for exercise, especially when standing and moving, in particular for strengthening the muscles and the internal stabilization system of the human body according to this technical solution, which consists in containing an inflatable mat whose ground shape contains the back concave side and front side. An upper pad having a non-inflatable portion and an inflatable portion is sealed to the inflatable pad. Non-blowing part is so-called. the foot part and its shape and size is adapted to accommodate the foot and is located in the middle upper part

S K 8087 Υί washers from the back of the top washer along the central axis to the front of the top washer.

Preferably, the inflatable pad comprises at least two chambers, one of which is a lower chamber and one is an upper chamber. The chambers are arranged one above the other, secured to each other and connected by at least one discharge opening

The shape of the dynamo-directional device, its dimensions, number of inflatable pad chambers and their shape, number and location of leakage holes, shape of the upper washer and also the intensity of inflation of individual parts of the dynamo-directional device influence muscular activity during exercise. into the desired muscles of the human body.

Advantageously, the front side of the top pad comprises a protrusion arranged in the center of the front side. It is also preferred that the front side of the upper chamber of the inflatable mat and / or the front side of the lower chamber of the inflatable mat also includes a protrusion arranged in the center of the front side. In a preferred embodiment, the protrusion on the upper pad and / or the protrusion on the upper and / or lower chamber of the inflatable pad may have a concave curvature.

In the event that any chamber of the inflatable pad has no protrusion on the front, the front wall may be concave.

Such a shape of the dynamic directional device is advantageous because it supports the necessary parts of the foot and thus causes the activity of the muscles of the human body and directed activity to the desired muscles.

Advantageously, the through holes connecting the lower chamber and the upper chamber of the inflatable pad are three, the first through hole being arranged on a central line extending between the concave side faces, at the front side of their plan shape and at a distance therefrom. The second orifice and the third orifice are arranged symmetrically in / h by ice to the central line at the back and at a distance from the central line and at a distance from the rear. By using three air vents, the air flows into the upper chamber better, which results in greater dynamics, and the welds also connect the two chambers to ensure the correct dynamics and the desired direction of muscle work under load.

The lower and upper chambers of the inflatable pad have at least one common air valve relative to the leak openings, but may also comprise separate inflatable valves. The upper washer has a separate air valve. This makes it possible to quickly and easily change the inflation rate of individual parts and make it easier to store the dynamic directional device.

The upper pad may be attached to the inflatable pad in the non-inflatable portion, the so-called inflatable pad. The non-inflatable part can be separated from the inflatable part in the upper pad by the weld as well as by the weld.

The dynamic-directional device is made of a flexible, rigid and airtight material that ensures a load-bearing capacity of at least 300 kg.

Two separate dynamic-directional aids are required for the exercise, with no difference between the right and left aids, both being identical to each other. A solution is also possible in which the shape of the right and left dynamic-directional devices is different. The difference is in the upper pad and can also be in the inflatable pad, which in the right version follows the shape of the right foot and in the left version follows the shape of the left foot.

Before the exercise, the practitioner inflates an inflatable portion of the dynamic directional device intended for the practitioner's leg by means of an air pump or mouth, both of which must be inflated approximately equally. The air pressure of the inflated parts of the dynamic directional device depends on the physical fitness of the trainee. Changing the body's center of gravity changes the load into selected muscle parts that are forced to subconsciously balance the body's stability. At the same time, the entire musculoskeletal system is activated. The more inflated the more inflated parts, the greater the distance between the trainer's foot and the ground and the greater the dynamic directional moment acting on the trainer's deep muscles, making exercise more demanding and efficient.

The force of inflating all inflatable parts of the dynamic directional device determines the intensity of the exercise using this device. For beginners it is advisable to inflate the dynamic directional device to a thickness of 5 cm and for advanced up to 20 cm

The front portion of the upper pad may include a fastener for attaching the exerciser's foot. The fastening element may be a resilient, elastic tape, predominantly of rubber, which may be welded to the edge of the foot portion of the upper pad.

The fastening element may also be textile tapes, elastic tapes, elastic cuffs, Velcro tapes, belt buckles or various combinations thereof.

For the beginner, only standing on an inflated dynamo-directional device is recommended as a first exercise.

Over time, it may start to trample and eventually make various movements, e.g. we transfer weights from one foot to the other and then walk. More advanced exercisers can perform a single-point exercise using a dynamic-directional device, e.g. squats, squats with weights, lunges, while it is possible to perform exercises

S K 8087 Υί in motion, eg. running, aerobics, dancing. After attaching dynamic-directional devices to the legs of the trainee, it is possible to perform walking, running, jumping, practicing aerobics, playing tennis and so on.

BRIEF DESCRIPTION OF THE DRAWINGS

The technical solution is explained in more detail with the help of Figures 1 to 3. The scale used and the size ratio of the parts used cannot be explained as a narrowing of the scope of protection.

Figure 1 shows an inflated-state dynamic-directional aid comprised of an inflatable pad and an upper pad, the inflatable pad having a lower and an upper chamber interconnected by a single orifice

Figure 2 shows the lower and upper chambers of the inflatable mat interconnected by three through holes.

Fig. 3 is a plan view of the upper washer of the dynamic directional device with the fastener

EXAMPLES

The technical solution is explained in more detail by means of non-limiting preferred embodiments.

Example 1

The dynamic-directional device for standing and moving exercises, in particular for strengthening the muscles and the internal stabilization system according to the present invention, comprises an inflatable pad j, divided into two chambers, one of which is the lower chamber 2a and one is the upper chamber 2b. The chambers are arranged one above the other, connected and interconnected by one through hole 4 of circular shape with a diameter of 3 cm, which is located in their center. The chambers are inflated with air through a common air valve 24 located at the edge of the upper portion of the lower chamber 2a of the inflatable pad 11. Both the lower chamber 2a and the upper chamber 2b of the inflatable mat 1 have a rear side 12 straight and side sides 13 concave. The lower chamber 2a of the inflatable pad 1 has a front wall 14 concave and the front side 14 of the upper chamber 2b of the inflatable pad 1 comprises a protrusion 23 arranged in the center of the front side 14, the protrusion 23 having a concave curvature.

Furthermore, the dynamic directional device has an upper washer 3, which is sealed to the inflatable washer 1 by welding. a foot portion for accommodating the foot from the inflatable portion 32 of the upper pad 3. i.e. the upper washer 3 is divided into a non-inflatable portion 31 and an inflatable portion 32. The foot portion is of a shape and size suitable to accommodate the human foot and is located in the central portion of the upper pad 3, from the rear side 12a towards the front side 14a of the upper pad 3 along the central axis.

The remaining second portion of the upper pad 3 is an inflatable portion 32, is positioned at the edges and at the front and is inflated through a separate air valve 34 located on the side of the upper pad 3.

The front side 14a of the upper washer 3 has a step 33 disposed in the center of the front side 14a.

The inflatable pad 1 and the upper pad 3 of the dynamic directional device are made of a resilient, rigid and airtight material.

Example 2

In this embodiment, the dynamic directional aid comprises two inflatable pad chambers 1, a lower chamber 2a and an upper chamber 2b, which are interconnected by three round holes of the same diameter 1 cm. The first round hole 41 is arranged on a central line passing between the concave lateral sides 13, at the front 14 of their plan shape and at a distance therefrom, and the second orifice 42 and the third orifice 43 are arranged symmetrically with respect to the central line at the rear 12 and at the same time as the central line spacing and the rear spacing

12. The upper pad 3 of the dynamic directional aid comprises a fastening element 5 in the form of a resilient rubber collar. The ends of the sleeve are rigidly welded to the non-inflatable portion 31 of the upper washer 3. The design of the other parts of the dynamic directional device is the same as in Example 1.

Example 3

In this embodiment of the dynamic-directional aid, the size and shape of the lower chamber 2a and the upper chamber 2b of the inflatable mat J are the same, with the front side 14 of the upper chamber 2b of the inflatable mat J and the front 14 of the lower chamber 2a of the inflatable mat J. arranged in the center of the front side 14. the foot part of the upper pad 3 dynamically4

With the K 8087 Y1 directional aid, it has a shape resembling the shape of a human foot. The dynamic-directional device intended for the right foot has the shape of a non-inflatable portion 31 of the upper pad 3 copying the shape of the right foot and the dynamic-directional device intended for the left foot has the shape of a non-inflatable portion 31 of the upper pad 3 copying the shape of the left foot. The upper layer of the upper backing 3 is coated with a textile material, in a distinctive color and with stitching indicating the toe and toes of the foot. The right-hand version of the dynamic-directional device is clearly marked at the top with the letter P and the left-hand version of the dynamic-directional device is clearly marked at the top with the letter L. The right and left versions of the dynamic-directional device also contain a fastening element 5 in the form of two strong textile straps Velcro The Velcro fastens the foot to the dynamic directional device.

Example 4

In this exemplary embodiment, the dynamic directional aid has an embodiment according to Example 1, except that the lower chamber 2a of the inflatable pad 1 has a front side provided with a protrusion 23 and the front side 14 of the upper chamber 2b of the inflatable pad X is without a protrusion 23.

Industrial usability

The use of a dynamic-directional device especially for standing and moving exercises is obvious. The dynamic directional device strengthens the most diverse muscular parts of the body, especially the legs. Allows you to perform balance, dexterity, muscle strengthening and internal stabilization systems, providing a simple, effective and fun exercise for all ages, from beginners to advanced exercisers. Also important are the orthopedic and rehabilitation effects of this device. The dynamic-directional device is simple, light and takes up little space, making it very suitable for home exercise and rehabilitation.

S K 8087 Υί

List of reference marks

- Inflatable pad

- the rear side of the inflatable mat

13 -the side of the inflatable pad

- the front side of the inflatable mat

12a - rear side of the upper pad 14a - front side of the upper pad

2a - the lower chamber of the inflatable pad

2b - upper chamber of the inflatable pad

- protrusion of the inflatable pad chambers

- Inflatable pad valve

- upper washer

- a non-inflatable part of the mat

32 - inflatable pads

- protrusion of the upper washer

- upper pad valve

-through opening

-the first discharge opening

42 - second discharge opening

- a third discharge opening

- fastening element

Claims (14)

PROTECTION REQUIREMENTS 1. A dynamic-directional aid for exercise, in particular when standing and moving, in particular for the purposes of strengthening the deep muscles and the internal stabilizing system, comprising an inflatable mat (1) having at least one chamber and a plan view of the inflatable mat (1). (12), concave side faces (13) and a front face (14), characterized in that a top washer (3) having an inflatable portion (31) and an inflatable portion (11) is sealed to the top of the inflatable pad (1). 32), wherein the non-inflatable portion (31) is a foot portion and is shaped and sized to accommodate the foot and is located in the central portion of the upper pad (3), from the rear side (12a) towards the front side (14a). A dynamic directional aid according to claim 1, characterized in that the inflatable pad (1) comprises at least two chambers, one of which is a lower chamber (2a) and one is an upper chamber (2b), the chambers being arranged one above the other and one another connected by at least one leakage opening (4). A dynamic directional aid according to any one of the preceding claims, characterized in that the front side (14a) of the upper washer (3) comprises a protrusion (33) arranged in the center of the front side (14a). Dynamic directional aid according to any one of claims 2 and 3, characterized in that the front side (14) of the upper chamber (2b) of the inflatable mat (1) and / or the front side (14) of the lower chamber (2a) of the inflatable mat (2). 1) comprises a projection (23) arranged in the center of the front side (14). A dynamic directional aid according to any one of claims 3 and 4, characterized in that the protrusion (23) of the front side (14) of the upper chamber (2b) of the inflatable mat (1) and / or the protrusion (23) of the front side (14). ) of the chamber (2a) of the inflatable mat (1) and / or the protrusion (33) of the front side (14a) of the upper mat (3) has a concave curvature. Dynamic directional aid according to any one of the preceding claims 2 to 5, characterized in that the leakage openings (4) connecting the time chamber (2a) and the upper chamber (2b) of the inflatable mat (1) are three, the first a discharge opening (41) is disposed on the center lbii extending between the concave lateral sides, at the front side of the ground plan and at a distance therefrom, the second discharge opening (42) and the third discharge opening (43) are arranged symmetrically with respect to the center lbi at at the same time as the distance from the centerline and the distance from the rear side (12). Dynamic directional aid according to any one of the preceding claims, characterized in that the inflatable pad (1) comprises at least one inflatable valve (24) and the upper washer (3) comprises at least one inflatable valve (34). Dynamic directional aid according to any one of the preceding claims, characterized in that the upper washer (3) is fixed to the inflatable washer (1) in the non-inflatable foot part (31). Dynamic directional aid according to any one of the preceding claims, characterized in that the inflatable washer (1) and the upper washer (3) are welded together A dynamic directional device according to any one of the preceding claims, characterized in that in the upper washer (3) the foot non-inflatable part (31) is separated from the inflatable part (32) by gluing, welding Dynamic directional aid according to any one of the preceding claims, characterized in that the inflatable pad (1) and the upper pad (3) are made of a resilient, rigid and airtight material. A dynamic directional device according to any one of the preceding claims, characterized in that it is provided with at least one fastener (5) for attachment to the human foot. Dynamic directional aid according to claim 12, characterized in that the fastening element (5) is formed by elastic bands and / or elastic cuff, and / or Velcro strips, and / or belt buckles. A dynamic directional aid according to any one of the preceding claims, characterized in that the shape of the foot non-inflatable portion (31) of the upper washer (3) is adapted to accommodate the left or right foot.