RU145881U1 - SPORTS BOXING "FEET" "FIREWALL" - Google Patents

Abstract

Sports boxing “paws” consist of the front side intended for punches by a boxing glove and the back side with a glove fixed on it for the trainer, characterized in that a light alarm is installed on the upper edge of the front side, which is periodically turned on by the trainer for practicing strikes or a series of strokes boxer.

Description

The proposed sports boxing “paws” belong to the field of sports boxing trainers and can be used in training boxers to develop sports endurance and develop coordination in other non-specific sports.

Work in boxing “paws” is extremely convenient for individual improvement of the skill of boxers.

Exercises with paws helps to improve the boxer's technique, tactics and physical qualities.

Known sports boxing “paws” (patent for utility model No. 135932, IPC A63B 69/20, publ. 12/27/2003).

Training on standard “paws”, which is the closest analogue, is characterized by the fact that training instructions are carried out by voice commands. The athlete follows the trainer's instructions through the auditory analyzer. The auditory analyzer is not the dominant organ for leadership.

In the ring, the boxer perceives the situation through a visual analyzer. Therefore, the main drawback of sports boxing “paws” according to patent No. 135932 is that the boxer perceives the team during training through an auditory analyzer.

The purpose of the proposed utility model is to teach a boxer to instant action through a “saw-hit” visual analyzer.

The problem is solved as follows.

Sports boxing “paws” consist of the front side intended for punches by a boxing glove and the reverse side with a glove fixed on it for a trainer, characterized in that a light alarm is installed on the upper edge of the front side, which is periodically turned on by the trainer to practice kicks or a series of boxer punches .

The proposed utility model is illustrated by figures. Figure 1 shows a General view of a sports boxing "paws" with a light alarm.

Figure 2 shows the electrical circuit of the light alarm.

Figure 3 shows the indicators of the function of the central nervous system.

In figure 1, on a sports boxing paw 1 along the upper edge there is a light alarm 2 with a power source 5, which is turned on by the hand of a trainer wearing a glove 3. Figure 2 shows a light alarm 2, switch 4 and a power source 5.

Figure 3 shows the indicators of the function of the central nervous system in the experimental (training athletes on the "legs" with light bulbs) and the control group (training athletes on standard "legs")

Work on the proposed sports boxing “paws” is as follows.

Work on boxing paws 1, is extremely convenient for individual improvement of the skill of boxers. Exercises with paws 1 help to improve the technique, tactics and physical qualities of a boxer. Here, the coach carefully monitors the position of the arms, legs and body, the correct movement of body weight, protective techniques that insure against possible attacks by the enemy, a combination of strokes in various ways. In order for the boxer to be able to repeat the exercises repeatedly (blow, series of strokes, defense and counterattack, etc.) until he memorizes it, the trainer uses various “paw” positions 1. The authors proposed a light analyzer “to implement the trainer's intent in teaching combat” saw, hit. " Turning on and off the light signaling 2 located on the upper side of the boxing “paw” 1, the trainer thereby instructs the boxer to strike. This creates one technical result: a light signal is an action for an athlete.

Thus, the technical result is a characteristic of the technical effect, objectively manifested when using this device in training the central nervous system. The effectiveness of training a boxer on “paws” with a light alarm significantly increases compared to training on standard “paws” due to the active inclusion and training of the visual analyzer — the muscles that produce the blow. A criterion for the positive dynamics of training is the state of the central nervous system (figure 3).

The technical result of the application of “paws” of this design is realized by the technical effect - an increase in the effectiveness of the trainer’s work with students and acceleration of the achievements of their athletic growth (Fig. 3). Fashion is the most general characteristic of the reaction of the nervous system to irritation, measured in milliseconds, approximately the same in the experimental and control group (208.7 ± 0.02, 208.1 ± 0.2 d). However, the amplitude of the mode, which characterizes the faster and stronger reaction of the nervous system to irritation, varies significantly in the experimental and control group (42.6 ± 0.04 and 27.7 ± 0.07). The middle of the interval, characterizing the speed of passage of a nerve impulse and measured in milliseconds, is also reduced (207.0 ± 0.03, 217.5 ± 0.3). The functional level of the system shows how quickly and with what spread of time the nervous system reacts to external stimuli. It characterizes the current state of the nervous system and the degree of development of fatigue. These indicators 5.0 ± 0.001 and 4.3 ± 0.003 dynamically improved in the experimental group compared with the control group. The stability of the reaction shows how stable the maximum reaction rate is maintained over time. It characterizes the stability and stability of the current functional state of the central nervous system. Fatigue, violation of the regime causes a decrease in the stability of the reaction.

The level of functional stability (level Functional Opportunities) equal to 4.2 ± 0.002 in the experimental group is also higher than in the control group (3.0 ± 0.006). This indicator allows you to identify a certain level of reaction and hold the corresponding functional state for a long time.

The functional reserve, that is, the degree of depletion of the nervous system (functional reserve of the central nervous system) in the experimental group is also higher than in the control group (92.2 ± 0.06 and 58.9 ± 0.2, respectively).

Thus, the proposed utility model of “paws” with light signaling for boxers has several advantages:

When practicing combat operations on standard “paws” when performing a strike, the athlete is guided by the auditory commands of the trainer, or by setting the “paws” under attack. The athlete thinks in the standard way - to carry out one or several hits on the “paw”. Unreasonably spent time on the comprehension of hostilities. This slowdown becomes a stereotype of a boxer.

The proposed utility model eliminates the slowdown of the process. In the experimental model, the athlete reacts instantly along the chain “light - strike”. Moreover, the coach can light up the LED any number of times. The athlete must inflict the same number of hits on the “paw”.

The technical result of applying the “paws” of this design is realized by the technical effect - increasing the effectiveness of the trainer’s work with students and accelerating the achievements of their athletic growth.

Claims (1)

Sports boxing “paws” consist of the front side intended for punches by a boxing glove and the back side with a glove fixed on it for the trainer, characterized in that a light alarm is installed on the upper edge of the front side, which is periodically turned on by the trainer for practicing strikes or a series of strokes boxer.