RU1790960C - Device for training single-event competition sportsmen - Google Patents

Abstract

The invention allows training to be brought closer to real conditions. The mannequin is suspended from the support through stepwise arranged cantilever beams. The beam is rotatable by means of a shaft relative to the beam. The lower beam is rotatable relative to the beam and moves up and down. For this purpose, an abutment with a beveled lower surface is fixed on the articulating axis connecting them, and a sleeve in shape is mounted on the beam and axis. The beam is spring-loaded to the beam to return to its original position. 1 ill. .

Description

The invention relates to devices for practicing attacking and defensive actions of martial arts athletes and can be used for training in boxing, hand-to-hand combat, martial arts,

A device is known for training martial arts athletes comprising a rotary cantilever beam mounted on a vertical shaft and carrying a mannequin with a suspension.

Its disadvantage is the low training effect due to the limited possibilities of moving the dummy in space, the inability to move the suspension relative to the cantilever beam, which does not provide a simulation of the actual conditions of the bout (bo, fights, sparings).

The purpose of the invention is to increase the training effect by approximating the actual conditions.

The device is illustrated in the drawing.

The device comprises a rotary cantilever beam 2 mounted on a vertical shaft 1, bearing a mannequin 3 with a suspension 4. A vertical shaft 1 is mounted in bearings 5 of a support 6, which is attached to the base 8 via a beam 7 (for example, a gym wall). The vertical shaft 1 is equipped with a support head 9 and a lower shank 10, to which the rotary cantilever beam 2 is rigidly attached by a latch 11.

- The beam 2 is made stepwise with the lower cantilever beam 12 connected to the upper cantilever beam 2 by means of a vertical axis 13 parallel to the vertical shaft 1 and a return spring 14. A stop 15 is rigidly attached to the vertical axis 13, and to the upper cantilever 2 fixed sleeve 16. The beam 12 is rigidly attached to the vertical axis 13 with a transverse lock 17. The abutment surfaces 15 of the stop 15 and the sleeve 16 adjacent to each other are beveled. To vertically move the axis 13, the beam 12 is provided with a vertical guide sleeve 18.

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WITH

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The device is used as follows. ,; d y ...;: ...

The athlete, moving around the gym, strikes the mannequin 3, under the influence of which the mannequin 3, together with the upper cantilever beam 2, rotates relative to the vertical shaft 1. The athlete moves behind the mannequin 3 and practices attacking techniques on it. When side impacts on the mannequin 3, it rotates not only relative to the vertical shaft T, but about together with the lower beam 12, relative to the vertical axis 13. At the same time, the mannequin 3 imitates the circular movements of the opponent and his left-right movement. When the lower cantilever beam 12 is rotated, the vertical axis 13 with the stop 15 rotates, as a result of which the tapered surface of the stop moves along the beveled surface of the stationary sleeve 16, and the vertical axis 13 lifts upward, compressing the return spring Л4. Under the action of the elastic forces of the spring 14, the axis with emphasis 15 it returns to its initial position, providing rotation and returning to its initial position of the lower cantilever beam 12. together with the mannequin 3.

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In this way, complex movements are provided in the space of the mannequin 3, on which the athlete practices attacking and defensive actions. Such displacements complicate the process of practicing techniques, bring the training closer to the real conditions of the fight and increase the training effect.

Claims (1)

SUMMARY OF THE INVENTION A device for training martial athletes, comprising a rotary cantilever mounted on a vertical shaft, a beam with a suspended mannequin, characterized in that, in order to increase the training efficiency by approximating the actual conditions, the cantilever beam is made of two-part stepped one located underneath the other is parallel and offset between each other, the lower part of the beam is spring-loaded to the upper and pivotally connected to it through the axis with a stop at the upper end, on the upper part of the beam coax a sleeve is mounted with the axis with the possibility of contacting with the axis stop, while the ends of the sleeve and the stop facing one another are made beveled. 5 61