JP2008508978A - Gym flexita training equipment - Google Patents

Abstract

The present invention relates to gymnastics and exercise equipment, and can be used for physical exercise to train and strengthen body muscles.
According to the present invention, the training device includes a torus-type sealed reinforcement chamber, which can improve the durability and surface elasticity of the training device and, as a result of its construction, is provided with means for deforming the implantable valve and the chamber. The possibility of deforming can be expanded. The reinforcement chamber is a hermetic inner chamber and a multi-layered textile reinforcement, which is arranged on a spiral wire around the hermetic inner chamber, and the windings of the textile reinforcement in adjacent layers have an angle between the windings of 30 ° to It consists of a multi-layered textile reinforcement wound in the opposite direction between 150 ° and an outer sheath formed of an elastic cloth.

Description

Detailed Description of the Invention

  The present invention relates to a sports training apparatus and gymnastics and exercise equipment, and can be used for physical training for strengthening and strengthening muscles while performing massage at the same time for performing sports competitions and for entertainment.

  The expandable hoop is a torus type sealed chamber having a pressure drop control valve, which is made of an elastically reinforced material and can withstand 3 atmospheres, and a means capable of changing the shape of the training apparatus. And is known (international application PCT / KZ023 / 00006, cl. A61B 19/00, WO 02/102468).

  Known devices formed of reinforced materials are not strong enough, which is related to insufficient adhesion between the elastic material and the armature, depending on the difference in the physical and mechanical properties of the material . Under the influence of the pressure in the range of 8 to 10 atm and the alternately applied load inside the chamber, a defect occurs in the inner wall surface of the chamber, air enters the reinforcing layer, and external parts of the apparatus are accompanied by noise. It can be damaged and can lead to injury. One of the drawbacks of this device is inadequate elasticity, which is related to reinforced reinforcements, high surface stiffness, and possible shape limitations of the product that reduce functional ability. .

  The main objective of the present invention is to extend the functional characteristics of the device, increase operational safety and improve ease of use.

  The technical results of the present invention result in improved training device durability, surface elasticity, and improved shape change.

  This technical result is achieved with a structural design proposal for a multi-purpose GYMFLEXTOR training device, which includes a pressurized torus-type hermetic reinforcement chamber and includes an implantable valve and means for deforming the chamber. The torus-type hermetic reinforcement chamber is a hermetic inner chamber formed of an elastic hermetic material and a multi-layered textile reinforcement material arranged along a spiral line around the hermetic inner chamber to enhance the textile reinforcement of adjacent layers The material windings consist of a multi-layer textile reinforcement and an outer sheath formed of an elastic textile material or an elastic porous material, with the angle between the windings being wound in opposite directions between 30 ° and 150 °. Become. An additional ring-shaped textile gasket is located between the airtight inner chamber and the textile reinforcement inside the torus surface, and the means for deforming the chamber consists of a belt with a belt ring and an adjustable buckle.

  Textile reinforcement is defined as being formed of textile yarn, fabric ribbon, tape or cloth. The belt ring has a circumferential length in the range of 6-15 times the diameter of the torus chamber cross section, and the belt with adjustable buckle has a length at least the outer diameter of the torus chamber. The maximum tensile strength of the belt ring and belt should be at least 50 kg. The training apparatus further includes an elastic rectangular pad that is equal to or shorter than the circumferential length of the torus-shaped chamber cross section and includes a fastener on the end surface.

  Operational safety is increased by the structure of the training device formed by an airtight inner chamber, a non-hermetic layer of textile reinforcement and a non-hermetic outer sheath. This is because if the inner shell is defective, the air will pass through the reinforcement layer and outer sheath without damaging the user. Furthermore, if air leakage is not noticeable, the training device can be used provided that it is inflated periodically through the implantable valve.

  When using the training device, it is exposed to bending many times. Arrangement of the winding reinforcements wound in the opposite direction to the other layers helps to reduce the residual memory when the device is deformed and to restore the initial state. The number of reinforcement layers is at least two and the upper limit of the number of layers is determined by the durability, thickness and density of the material from which the reinforcement is formed. The angle between the windings is in the range of 30 ° to 150 ° and is determined experimentally to minimize deformation of the device. The outer sheath, formed of an elastic textile material or elastic porous material, softens the mechanical impact of the device on the user's body, covers the armature layer and can be decorated during manufacture, creating a bright atmosphere during exercise It is important to bring on.

  A device designed to deform a training device may leave the device bent for a long time, but may facilitate deformation due to uneven stretching of the textile armature and deform the torus shape of the device. In order to avoid such deformations, when designing the device, a ring-shaped rugged textile lining that is placed between the airtight inner chamber and the textile armature inside the torus surface In this form, further reinforcement is defined.

  The means by which the chamber can be deformed is a belt with a belt ring and an adjustable buckle, which can be formed of sturdy textile tape or leather. Utilizing these devices, the initial torus shape of this device is like an eight-shape, an ellipse, a bowl, a short bowl, a half bowl, a pear, a bow, a crescent, a semicircle or glasses. Can be transformed into The use of the device that can take such a shape can diversify the exercises that can be performed utilizing the device and thus train different muscle groups. Because the significant forces affecting the belt ring and belt induce their damage, the tensile strength of the belt should be at least 50 kg. With the limited ring size declared, you can wear the ring into the torus-shaped hermetic reinforcement chamber with considerable force and easily change its position so that the ring will fly out of the chamber spontaneously during training Will not go. In order to complicate the apparatus for training, a belt with at least two belt rings and at least one adjustable buckle is required.

  The training apparatus further includes a pad, and the pad is formed of an elastic material, for example, a foamed rubber on an elastic cover. Due to the rectangular shape of the pad and the fasteners, the pad can be placed on the surface of the torus chamber for contact between the training device and the user's body part, thereby preventing the formation of hematomas and scratches and training. Create a more comfortable situation for you. The length of the pad is provided to fit snugly on the torus-shaped chamber surface.

The declared device is shown in the figure.
Shown in the submitted figure is a torus-shaped hermetic reinforcement chamber 1, a belt ring 2, a belt 3 with an adjustable buckle 10, and a pad 4 comprising an elastic gasket 11, an elastic cover 12 and a fastener 13. The pad 4 is provided. The torus-shaped sealed chamber 1 is a textile armature comprising an airtight inner chamber 5, a textile lining 6 formed in an annular shape and two or more layers 7, 8, located on a spiral line, Includes textile armatures that are opposite to each other and an outer sheath 9. In some cases, the implantable valve is not shown.

  Utilizing a belt with a belt ring and an adjustable buckle, the torus shape of the hermetic enhancement chamber 1 is semicircular (Fig. 5), pear (Fig. 6), short bowl (Fig. 7), oval ( FIG. 8), sickle shape (FIG. 9), saddle shape (FIG. 10), eyeglass shape (FIG. 11), 8-character shape (FIG. 12), semi-cylindrical shape (FIG. 13) and bow shape (FIG. 14).

  For example, FIG. 15 shows the use of the device in an exercise to train the muscles outside the thigh. The user uses the ring 2 to place the arcuate chamber 1 on the bent legs and opens the legs to the left and right to withstand the resistance of the training apparatus. The pad 4 is placed at a point where the training device and the user's legs are in contact.

  FIG. 16 shows the use of the device in exercises to train the triceps and back muscles, for which purpose the device is given a saddle shape.

  Using the proposed form of the device, over 200 exercises have been developed that can substantially train all muscles of the human body.

2 shows a cross section of the torus chamber of the apparatus. A belt ring is shown. 1 shows a belt with an adjustable buckle. Indicates pad. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. The form of this apparatus which can be made by utilizing a belt ring and a belt is shown. Shows exercises that can be performed using training equipment. Shows exercises that can be performed using training equipment.

Claims (4)

In a gym flexita training device having a torus-type hermetic enhancement chamber under pressure, provided with an implantable valve and a device that allows for deformation of the chamber,
The torus-shaped hermetic reinforcement chamber is composed of a hermetically sealed inner chamber formed of a gas-impermeable elastic material, and a multi-layered textile reinforcement positioned on a spiral line around the hermetically sealed inner chamber,
The adjacent layer textile reinforcement windings are wound in opposite directions with an angle between the windings of 30 ° and 150 °, the outer shell is formed of an elastic fabric or porous material, and an additional ring-shaped textile A gym flexita training device, wherein the gasket is installed between a sealed internal chamber and a textile reinforcement inside the torus, and the device capable of deforming the chamber comprises a belt with a belt ring and an adjustable buckle.   The training apparatus according to claim 1, further comprising a set of elastic rectangular pads each having a length equal to or less than a circumferential length of a cross-section of the torus-shaped chamber and having a set of pads having fasteners on end faces. .   The training device according to claim 1, wherein the belt ring has a circumferential length within a range of 6 to 15 times the diameter of a torus-shaped chamber cross section and a maximum tensile strength of at least 50 kg.   The training device of claim 1, wherein the belt with adjustable fasteners has at least the length of the outer diameter of the torus chamber and a maximum tensile strength of at least 50 kg.

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