Isokinetic strength damping system for special simulative training on land of endurance event in winter

Abstract

The invention provides an isokinetic power damping system for special simulative training on land of an endurance event in winter. The system is used for training of skiers and skaters on land surfacewithout ice and snow, expansion of the special technology and the potency of nerve muscle group systems, and the improvement of the practical special function on the basis of training for competitions; an electromagnetic damper isokinetic power feedback output system is adopted, an isokinetic power endurance training mode is provided for athletes, numerical control isokinetic power training is applied, and the special muscle groups with the probability of 15% can be increased for work; a plurality of isokinetic power outputting damping units are arranged, one system for multiple events, multiple people training, the same system for different ages, the same speed with different strength types, synchronous clockwise and anticlockwise training and two-way pulling rotating training are achieved. The special training measure in summer can be closer to the special function training; after the isokinetic strength training, the skating effect and the skating strength curve are improved, the skating motion with the maximal strength at a high point is stopped, and the feature of outbreak of quick strength is achieved; the special muscle groups can receive holographic development training, and the training purpose of developing strength instead of putting on weight is achieved.

Description

technical field [0001] The invention provides an isokinetic energy damping system for land-specific simulation training of winter endurance events, which is used for training ice and snow athletes on non-ice and snow land, and belongs to the technical field of sports training equipment. technical background [0002] For the training of ice and snow athletes, on-the-spot training on ice and snow is generally used. However, when the weather conditions are limited and the training on ice and snow is insufficient, land training should be used to supplement training. The conventional method is to continue to use auxiliary sub-specific fuzzy skill training methods (see figure 1 ); the conventional land training mode is that the athletes wear flat-bottomed hiking shoes for dynamic balance training: the width of the sole is 70-100mm, and the blade thickness of the skate shoe is 1.1mm wide, so that the special muscle group system function and the competition function on ice and snow ...

AI Technical Summary

Problems solved by technology

[0002] For the training of ice and snow athletes, on-the-spot training on ice and snow is generally used. However, when the weather conditions are limited and the training on ice and snow is insufficient, land training should be used to supplement training. The conventional method is to continue to use auxiliary sub-specific fuzzy skill training methods (see figure 1 ); the conventional land training mode is that athletes wear flat-bottomed hiking shoes for dynamic balance training: the width of the sole is 70-100mm, and the thickness of the blade of the skate shoe is 1.1mm wide, so that the special muscle group system function and the competition function on ice and snow can be trained Inconsistent, can not achieve the athlete's competitive training purpose, affect the athlete's competition performance

[0003] At present, the routinely used self-weight and weight-bearing damping training devices form special technical functions that are slow-paced and stereotyped, and do not meet the needs of speed, strength and endurance in fast-paced competitions; after the competition, the speed drops greatly, muscles are stiff, lack explosive power and elasticity, and lack special training. Technical type, most of which are practiced but not used

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