Auxiliary device for ice and snow sports

Abstract

The invention discloses an auxiliary device for ice and snow sports. The device comprises a training table, an ice channel used for curling sliding is formed in the upper side of the training table, an ice layer sliding face is arranged on the bottom face in the ice channel, the ice layer sliding face comprises a starting area and a curling sliding area which are formed through separation by a starting line, a pedal starting device is arranged in the starting area, a score target area is arranged in the curling sliding area, a conveying channel located on one side of the ice channel is arranged on the training platform, the conveying channel is in an L shape, and a conveying belt used for conveying a curling stone to the starting area is arranged in the conveying channel. By changing the existing two-way use of the ice channel to one-way use, then the conveying belt and the cleaning assembly are added to clean and convey the curling stone, so that a thrower can complete throwing training without running back and forth, the physical strength of a thrower trainer is greatly saved, the training time of the trainer is prolonged, and for a trainer who thinks every second counts, the improvement aims at improving the strength of the trainer, and earth-shaking changes occur.

Description

technical field [0001] The invention relates to the technical field of ice and snow sports, in particular to an auxiliary device for ice and snow sports. Background technique [0002] Curling is played on the ice, using about 19kg of granite curling stones. The size of the curling court is about 42m long and 4.25m wide. The ultimate goal of the game is to throw all 16 curling stones (8 per team). ), get your team's stone closest to the base (scoring zone), and for your team to win, you need to: Throw your stone so that it stays in the scoring position ("closer"), place The opponent's stone knocks out of scoring position ("hit"), protects your own stone with other stones, and the team whose stone was thrown closest to the center of the camp scores points, which is awarded to the thrower. The strength and direction of curling have high requirements. In ordinary throwing training, there are the following problems: [0003] 1. During the training process, after throwing the cu...

AI Technical Summary

Problems solved by technology

[0003] 1. During the training process, after the curling is thrown, the thrower needs to move from one end of the ice track to the other. The length of the field is about 42m. Running back and forth will greatly consume the physical strength of the thrower, and the weight of the curling is about 19kg. The finishing process will consume the physical strength of the thrower again, which will affect the follow-up training;

[0004] 2. During the training process, the movement trajectory of the curling and the final landing position of the curling cannot be displayed intuitively to the thrower, and the thrower cannot effectively adjust the strength and direction of the next throw according to the result of the last throw , affecting the training effect;

[0005] 3. The ice track used for training cannot be cleaned automatically, which increases the labor intensity of the staff

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