RU2502540C1 - Simulator for boxer - Google Patents

Abstract

FIELD: sport.

SUBSTANCE: invention relates to the field of sport, production of equipment for sport and, in particular, can be used to train boxers, and also for psychological relaxation in manufacturing plants. The simulator comprises an electric drive adjustable in speed, in which the output shaft of the engine is connected with the flexible shaft fixed by the springs along the center of the frame. On the outer surface of the outer end of the flexible shaft there are two rings with the outer grooves. The curly edges of small and large flat ovals with the curly edges enter into each groove, respectively, which long axes are perpendicular to each other. The axes of rotation of the ovals are located, respectively, in the horizontal and vertical planes with the longitudinal axis of the flexible shaft, at the end of the flexible shaft the dummy of the head or body of the boxer-partner is secured, and the ovals are connected by the gears with their electric engines adjustable in speed.

EFFECT: providing the ability of movement along an arbitrary trajectory of the dummy of the head of the opponent.

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Description

The present invention relates to the field of sports, the production of equipment for sports and, in particular, can be used for training boxers, as well as for psychological discharge in industrial enterprises.

Known boxing simulator containing a support, a suspension connected to the support, and an object of impact connected to the suspension. The support is made in the form of a bent rod with a mounting unit to the boxer’s body, and the mounting unit is made with strips transverse to the support, the shape of which corresponds to the shape of the boxer's back, see RF patent for utility model No. 44525, A63B 69/20, A63B 69/26 from 08/22/2003.

A known simulator for training a boxer with the ability to determine the absolute strength of the blow, selected as a prototype, which is two parts that can move along predetermined trajectories and interconnected by a ratchet mechanism. A rod is attached to the movable part, on the other end of which a pneumatic casing is fixed. The inertial part is connected via a gear system to the dial indicator. After an impact, the leading part starts moving and through the ratchet mechanism sets inertial part in motion, the length of the trajectory of which is measured on a scale and calibrated for the force of the impact in units of work expended on the impact. The moving and inertial parts are located on the shaft, which is the dynamometer stand. The movable and inertial parts may have brake elements in the form of a brake pad, spring and screw. The dynamometer may have an element for accumulating mechanical energy during the impact and return of the pneumatic shell to its original position, see RF patent for invention 2160434, A63B 69/22, G01L 5/00 of 02/09/1998.

However, the known simulator has limited, only horizontal, trajectories, which does not fully simulate the movements of a real enemy.

The aim of the present invention is to achieve a technical result to expand the functionality of the simulator by performing real enemy trajectories.

The specified technical result is ensured by the fact that in a known simulator for a boxer containing an object for impact, it is proposed to introduce a speed-adjustable electric drive in which the output shaft of the engine is connected to a flexible shaft, fixed by springs in the center of the frame, two are placed on the outer surface of the outer end of the flexible shaft rings with external grooves, each of which includes curly edges, respectively, of large and small flat ovals with curly edges, the large axes of which are mutually perpendicular, their axis b The joints lie, respectively, in horizontal and vertical planes with the longitudinal axis of the flexible shaft, it is proposed to fix the dummy of the head or body of the opponent boxer on the end of the flexible shaft, and it is proposed to connect the ovals through the reducers to their speed-controlled electric motors.

The invention is illustrated by graphic materials.

Figure 1 shows the design of the simulator, figure 2 shows the figured ovals, figure 3 shows the frame centering the flexible shaft.

The simulator for a boxer includes:

1 - speed-adjustable electric drive;

2 - engine;

3 - flexible shaft;

4 - frame;

5 - springs;

6 - rings on a flexible shaft 3;

7 - recesses on the outer surfaces of the rings 6;

8 - a large oval;

9 - a small shaft;

10 - model of the head of a partner;

11 - adjustable electric drive of a large shaft;

12 - adjustable electric drive of a small shaft.

The simulator consists of an electric drive 1 with an engine 2, the output shaft of which is connected to a flexible shaft 3, which is held in the center of the frame 4 by means of springs 5. Two rings 6 are fixed on the flexible shaft 3 with recesses on the outer surfaces 7, each of which includes respectively curly edges, respectively, of large 8 and small 9 ovals, 13. At the end of the flexible shaft 3 there is a dummy of the head of the partner 10. Each oval 8 and 9 have their own, speed-adjustable, electric drives 19 and 20.

With the simulator work as follows.

Depending on the sporting qualification of the training boxer, an appropriate rotation speed of the output engine 2 is set on the electric drive 1. At this speed, the flexible shaft 3 attached to the engine 2 rotates. The last 3 is held in a central position by means of springs 5, in the frame 4. Next, on the flexible shaft 3 through mounted on the shaft 3, the rings 6 are affected by rotating large 5 and small 6 ovals, see Figure 1.

Ovals 5 and 6 have curly edges, see Figure 3, which, when rotated, act through the rings 6 on the flexible shaft 3 and give its end face random movement in the vertical plane. At the end of the shaft 3 there is a dummy 10 of the head of the sparring partner.

The rotation of each of the ovals 5, 6 is made from its autonomous, speed-adjustable electric drives.

Thus, the training boxer has a dummy 10 of the opponent’s head moving in an arbitrary trajectory, in which he seeks to get into.

When mastering a given speed of movement of the dummy head, when the boxer every time gets into dummy 10, the speed of movement is increased and thereby “tighten” the reaction speed of the boxer to a higher one.

The claimed invention is new, previously unknown, which indicates its compliance with the patentability criterion - novelty.

The claimed simulator can be manufactured at any machine-building enterprise, which indicates its compliance with the patentability criterion - industrial applicability.

Claims (1)

A trainer for a boxer containing an object of impact, characterized in that it contains a speed-adjustable electric drive in which the output shaft of the engine is connected to a flexible shaft fixed by springs in the center of the frame, two rings with external grooves are placed on the outer surface of the outer end of the flexible shaft, each of which there are curly edges, respectively, of large and small flat ovals with curly edges, the major axes of which are mutually perpendicular, their axis of rotation lie, respectively, in horizontal and vertical with glosses with the longitudinal axis of the flexible shaft, a dummy of the head or body of the partner boxer is fixed on the end of the flexible shaft, and the ovals through the gearboxes are connected to their speed-controlled electric motors.

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