Ice and snow sports skill action and psychological quality training device

Abstract

The invention discloses an ice and snow sports skill action and psychological quality training device, and relates to an ice-snow exercise training device. A limiting clamping plate is arranged on theupper surface of any pedal in the preparation area; the limiting clamping plate is composed of a rotating plate and a fixing bottom plate. A rotating plate rotationally matched with the fixing bottomplate is embedded in the upper surface of the fixing bottom plate, an ice skate blade clamping groove is formed in the upper surface of the rotating plate, a deep pit corresponding to the take-off area is formed in the ground at the front end of the strip-shaped mounting groove, and a sponge pool composed of a plurality of sponge blocks is arranged in the deep pit. According to the invention, anathlete can carry out take-off swivel training in a simulated ice surface sliding state on the land; moreover, the situations that the athlete falls to the ground, falls down, is injured and collideswith others in the training process are completely avoided, the psychological burden of the athlete is greatly relieved, the athlete can carry out take-off and swivel training in a whole body and mindmode, and the training efficiency of the athlete is effectively improved.

Description

technical field [0001] The invention relates to an ice and snow sports training device, in particular to a snow and ice sports technical movement and psychological quality training device. Background technique [0002] As is known, in figure skating, athletes are required to perform a series of difficult movements such as jumping and turning at high speeds. This type of movement not only requires athletes to have excellent physical fitness, but also has a great impact on the psychological quality of athletes. The reason for the high requirements is that figure skating slides on the ice. When doing some technical movements of turning and jumping, the athletes need to turn in the air after taking off, which leads to the athletes needing to bear several times their own weight when they land. The strength of gravity, coupled with the fact that the athletes are wearing skates, can easily cause the athletes to stand unsteadily when they land, causing them to fall, get injured or e...

AI Technical Summary

Problems solved by technology

[0002] As is known, in figure skating, athletes are required to perform a series of difficult movements such as jumping and turning at high speeds. This type of movement not only requires athletes to have excellent physical fitness, but also has a great impact on the psychological quality of athletes. The reason for the high requirements is that figure skating slides on the ice. When doing some technical movements of turning and jumping, the athletes need to turn in the air after taking off, which leads to the athletes needing to bear several times their own weight when they land. The strength of gravity, coupled with the fact that the athletes are wearing skates, can easily cause the athletes to stand unsteadily when they land, causing them to fall, get injured or even fractured. Psychology, which in turn seriously affects the performance on the field, resulting in the problem of irregular technical movements

[0003] In order to help athletes, especially those new to figure skating, to overcome fear, the most effective way is to enable athletes to fully master technical movements through repeated training, and then overcome fear. However, in the daily figure skating training process, figure skating Ice skating needs to be carried out in professional skating venues, and the daily maintenance cost of skating venues is extremely high. Some figure skaters who are just getting started or in poor conditions often can only train in public skating venues, and sometimes they need to make an appointment before they can go to the ice skating venues. Ice training is carried out within the specified time, and most of the time is imitation training of turning and jumping on land. However, most of the training on land is to take off in situ. When taking off, there is no body inertia in the state of sliding on ice. The feeling when landing is also completely different from that on the ice. This land imitation training method cannot effectively overcome the fear of jumping on the ice. In addition, for some athletes who are new to figure skating, due to the limitation of the venue and conditions, They often train with multiple people on the ice. Due to the uneven level of athletes, they are prone to collisions and influences during the training process. When they accidentally collided, Hanyu's jaw was scratched profusely by the ice flakes on the ground, and there was a scar on his forehead. It can be seen that even professional athletes will collide when they train on the same field, which also makes athletes in the training process. Not only will you worry about falling and falling on the ground, but you will also be afraid of colliding with others, which makes the athletes have a great psychological burden during the training process. Negative emotions such as embarrassment and loss will appear after falling on the ground, which will also cause additional psychological burden on athletes

[0004] At present, there is no device that can effectively reduce the psychological burden of figure skaters so that they can fully and efficiently perform take-off, turn and landing training

Images