Jumping enclosure for rabbit jumping sports model

Abstract

The invention relates to a jumping enclosure device for a rabbit jumping motion mode. The jumping enclosure device is of a frame structure, and a frame body is composed of an upper frame, a lower frame and multiple vertical rods used for connecting the upper frame and the lower frame. The upper frame and the lower frame are polygonal similarly, the upper frame is larger than the lower frame, and the upper ends and the lower ends of the vertical rods are connected to top points, corresponding mutually, of the upper frame and the lower frame, and multiple rollers are arranged between any two adjacent vertical rods and form an enclosure side face. The rollers are horizontal rollers, the rollers forming the same enclosure side face are in parallel mutually, a distance is reserved between every two adjacent rollers in the vertical direction, and a hanging rod is installed on the frame body and connected with a shoulder belt through a hanging rope. The jumping enclosure device helps to reduce or avoid damage caused by enclosure side face collision or slipping, and after a rabbit suffers an electric shock, the motion mode of combining running and jumping is changed to be an only-jumping motion mode.

Description

technical field [0001] The invention relates to a jumping protection device of a rabbit jumping sports model. Background technique [0002] The jumping exercise model is a good model for animal explosive power and stress training, which is in line with the reality of sports and has high practical value for animal experiments related to sports medicine. The exercise intensity can be determined by the jump height, the mechanical stress on the bone is proportional to the jump height, and the amount of exercise can be determined by the number of jumps. In the existing method, self-made electric shock modeling devices are mostly used. Although various electric shock modeling devices are different, their basic structure and working principle are the same. The top is not covered at all, and the surrounding enclosure sides are made of iron sheets with smooth inner walls. Or glass closed, the bottom is a row of copper rods, the copper rods at intervals are connected in series, and t...

AI Technical Summary

Problems solved by technology

Its main defects are as follows: the movement mode of the experimental animals after receiving the electric shock is a combination of running and jumping, and there is no targeted research on running or jumping, and it is even more impossible to qualitatively give which kind of movement leads to the experimental effect or The contribution of different sports to the experimental results cannot effectively provide the basis and guidance for injury or training. After the experimental animals jump up, their bodies collide with the iron sheet or glass plate used as the side of the enclosure, which is not only easy to cause injury during the collision, but also When sliding down after a collision, it is also prone to friction damage and the falling speed is slow, which affects work efficiency

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