RU187008U1 - Training equipment for football players - Google Patents

Abstract

The utility model relates to sports equipment, and in particular to devices for practicing kicks in sports halls, training and home premises. The training apparatus has a body with a filler and fasteners, while the body is cylindrical, and shock receivers rigidly attached to the body in the form of single volume hemispherical elements that are made of impact-resistant material are located along the height of the cylinder. The diameter of the volumetric hemispherical elements is from 14 to 20 cm, and the distance between two adjacent elements vertically and horizontally of the projectile is also from 14 to 20 cm, while the distance from the base of the projectile to each volumetric hemispherical element has a different, non-repeating for each element, value. Volumetric hemispherical elements are in the form of half a soccer ball. Fasteners are made with the possibility of hanging the projectile. The fasteners are configured to floor mount the projectile. The use of the utility model provides an increase in the accuracy of striking a child’s legs against a target located at different heights. 2 ill.

Description

The utility model relates to sports equipment, and in particular to devices for practicing kicks in sports halls, training and home premises.

A device for training soccer players is known, which has a base with a movable platform (platform), axially spring loaded with a barbell, a ball freely mounted in a hemispherical nest with balls, a position lock and an impact force indicator (SU1694171, IPC А63В 69/34, published from November 30, 91).

Known simulator for training boxers and other athletes, including a tool to support the anatomical sections, made in the form of the head and body of the enemy. These sections are made with the possibility of height adjustment on the support means - the rod (US 4491315, IPC А63В 69/00, publ. 01.01.1985).

Known devices are designed to work out the force of impact on the ball and do not solve the problem of accuracy of impact on the ball at different heights. In addition, they have a complex structure.

Famous sports equipment "Drop MK-4T Kharlamov Sport" (http://budomaster.ru/catalog/inventar/snaryady_podvesnye/meshki_bokserskie/sportivnyy_meshok_kaplya_mk_4t_kharlamov_sport).

The disadvantage is that the sports bag is the only goal, much larger than the size of the ball, the strike is practiced only at one certain height.

Known training apparatus, made in the form of a punching bag or bag, suspended on fixed supports, including pendant fasteners, a shell with a filling filler, consisting of various combinations of components of the filling, namely: granular polymer, and / or crumb rubber, and / or polyethylene foam, and / or foam rubber (patent RU62835, IPC А63В 69/22, publ. 19.04.2006).

Known training apparatus having a body with a filler and fasteners. The body is cylindrical, and shock receivers rigidly mounted on the body in the form of single volume hemispherical elements with a diameter of at least 20 cm and a distance between them of at least 20 cm are located along the height of the cylinder, while the volume elements are made of impact-resistant material (patent RU177449 , IPC A63B 69/34, publ. 02.21.2018). Taken as a prototype.

The disadvantage of the prototype is that the projectile is not suitable for training children because of the large size of volumetric hemispherical elements, the diameter of which is at least 20 cm, and the distance between them is at least 20 cm.

The objective of the utility model is to create an effective children's simulator for practicing kicks on a soccer ball.

EFFECT: effective testing of accuracy of strikes on a target for children 5-15 years old.

The problem is solved, and the technical result is achieved by a training apparatus having a body with a filler and fasteners, while the body is cylindrical, and shock receivers rigidly mounted on the body in the form of single volume hemispherical elements made of impact-resistant material are located along the height of the cylinder. Unlike the prototype, the diameter of the volumetric hemispherical elements is from 14 to 20 cm, and the distance between two adjacent elements vertically and horizontally of the projectile is also from 14 to 20 cm, while the distance from the base of the projectile to each volumetric hemispherical element has a different, non-repeating for each item, value.

According to the utility model:

- volumetric hemispherical elements are in the form of half a soccer ball;

- fasteners are made with the possibility of hanging the projectile;

- fasteners are made with the possibility of floor mounting shell.

The technical result is achieved as follows.

When hanging a projectile or floor mounting, all shock receivers in the form of volumetric single hemispherical elements, the diameter of which is from 14 to 20 cm, and the distance between two adjacent elements vertically and horizontally of the projectile is from 14 to 20 cm, are located on a different surface of the cylindrical body height from its base throughout the cylinder. The diameter of the shock receivers (targets) and the distance between the shock receivers are selected based on the authors' tests, which showed that the declared values are most convenient for a child of 5-15 years old. The indicated features of the utility model provide effective testing of kicks and increase the accuracy of kicks on a real ball located at different heights within the growth of a child-footballer, expanding the range of shock-training actions. The conditions are created for practicing blows to the ball at different points as many times as necessary.

The invention is illustrated by drawings, where:

in FIG. 1 shows a General view of the inventive training apparatus,

in FIG. 2 - shows the distance between the hemispherical elements.

The projectile has a cylindrical body 1 with filler and fasteners 2. Impact receivers 3 are located along the height of the cylinder in the form of single volume hemispherical elements. Position 4 shows the distance between the hemispherical elements vertically, 5 - the horizontal distance.

Training apparatus works as follows. Before training, the projectile is suspended or strengthened on the floor with the help of fasteners 2. The athlete conducts the training, practicing strikes on the hit receivers 3 (mainly having the shape and shape of soccer half-balls), all of which are at different heights. The athlete practices the punches at the same point or at different points as many times as necessary. This provides effective training of blows and increased accuracy of kicks to the real ball. The projectile and impact receivers can have various options.

The vertical and horizontal distance between the targets is not more than 20 cm, while the distance from the base of the projectile to each volumetric hemispherical element has a different meaning (all targets are at different heights). All striking targets can be at a fixed equal distance from each other. Depending on the weight of the filler, the projectile after impacts will be in a swinging motion or in a static position. The device allows you to independently adjust the shock loads in height. If desired, the height of the cylinder can be increased or decreased. The user independently determines the height of the projectile suspension and, consequently, the height of the shock receivers located on it.

An example of a specific implementation.

Projectile height - 139 cm,

Circumference (girth) - 152 cm,

The number of hemispherical elements (balls) - 12,

The distance between the balls vertically - 19 cm,

The horizontal distance between the balls is 19 cm,

The diameter of the balls is 19 cm.

Thus, the application of the utility model provides an increase in the accuracy of striking a child’s leg against a target located at different heights. The projectile is easy to manufacture, mobile and allows you to train the accuracy of hitting the ball at different heights as many times as necessary. You can also repeat hitting the ball with absolute accuracy at the same point as at previous points, and many times. The declared training apparatus helps to acquire skills of accurate blows without preliminary processing of a ball.

Claims (4)

1. A training apparatus having a body with a filler and fasteners, while the body is cylindrical, and shock receivers rigidly mounted on the body in the form of single volume hemispherical elements that are made of impact-resistant material, characterized in that the diameter of the volume hemispherical elements is from 14 to 20 cm, and the distance between two adjacent elements vertically and horizontally of the projectile is also from 14 to 20 cm, while the distance from the base of sleep venom to each volume of the hemispherical element has a different, not repeated for each element value. 2. A training apparatus according to claim 1, characterized in that the volumetric hemispherical elements are in the shape of half a soccer ball. 3. The training apparatus according to claim 1, characterized in that the fastening elements are arranged to suspend the apparatus. 4. Training apparatus according to claim 1, characterized in that the fastening elements are made with the possibility of floor mounting the projectile.

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