Training starting block structure

Abstract

The invention discloses a training starting block structure which comprises a device body. The device body comprises a bottom plate, lower plates, pedals and a photoelectric speed detector, the lowerplates are arranged on the lateral sides of the bottom plate, the pedals are arranged at tops of the lower plates, and the photoelectric speed detector is arranged on one side of one of the pedals. The top of the bottom plate is provided with clamping grooves which are penetratingly arranged in the bottom plate, tops of the clamping grooves are provided with connection plates which are embedded tothe clamping grooves, and springs enable the pedals to buffer downwards. By connection between the pedals and upper and lower sleeves through screw rods, inclination angles of the pedals can be fixedand adjusted. By ingenious combination of speed and strength, data result clearness, simple structure, easiness in modification and convenience in large-scale popularization are realized. The training starting block structure is widely applicable to sports stadiums, fitness centers, professional athlete training and the like.

Description

technical field [0001] The invention relates to the technical field of sports machinery equipment, in particular to a starting block structure for training. Background technique [0002] During the training process of track and field athletes, especially the sprint events, starting is particularly critical. Squat starting is an important part of the sports technique training process. In the usual training process, athletes can only compare their starting ability with each other , but during the training process, because it is difficult for the coach to control the strength of the athlete's legs and the instant reaction speed, the athlete repeatedly performs low-efficiency and high-load training, and repeated high-intensity competition will make the athlete prone to fatigue. It is difficult to get the best sports performance, and finally directly affects the training of the coaches to the athletes and the training quality of the athletes themselves. [0003] However, the exi...

AI Technical Summary

Problems solved by technology

[0002] During the training process of track and field athletes, especially the sprint events, starting is particularly critical. Squat starting is an important part of the sports technique training process. In the usual training process, athletes can only compare their starting ability with each other , but during the training process, because it is difficult for the coach to control the strength of the athlete's legs and the instant reaction speed, the athlete repeatedly performs low-efficiency and high-load training, and repeated high-intensity competition will make the athlete prone to fatigue. It is difficult to get the best sports performance, and finally directly affects the training of the coaches to the athletes and the quality of the athletes' own training

[0003] However, the existing starting blocks do not have the function of measuring and recording the strength of the legs and the instantaneous speed of the athletes when they start training. The coaches cannot accurately control the strength and reaction speed of the athletes, which affects the scientific nature of the training methods. high efficiency, and the training effect is poor, and the athlete consumes a lot of physical energy. Now it is necessary to design a functional starting block for auxiliary training of the athlete's starting ability.

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