Automatically controlled shuttlecock serving motor machine

Abstract

The invention relates to an automatically controlled shuttlecock serving motor machine which is composed of a motor, a snail type shell, a funnel, a supporting frame, scored pulleys and rails, wherein the snail type shell is connected with the motor and the funnel through bolts; the supporting frame is connected with the motor and the funnel through a supporting shaft; the motor is connected with the supporting frame through bolts; the scored pulleys are connected with the supporting frame through bearings; the scored pulleys roll on the rails. The automatically controlled shuttlecock serving motor machine is simple, reasonable and novel in structure, is convenient in operation, is used for performing partner training by replacing a shuttlecock training partner, is capable of increasing the training effect and is high in practicability.

Description

technical field [0001] The invention belongs to the technical field of robots, in particular to an automatically controlled shuttlecock serving electric machine. Background technique [0002] Keyball is my country's traditional body-building exercise, and there are few training equipment for keyball. At present, there are: a robot keyball training equipment and a semicircle-arc robot serving electromechanical training equipment along the diameter. A robot key ball training equipment, which is easy to operate, can simulate the moving action of the training partner, improves the training efficiency, and can improve the training effect, but the control of the ball path and the landing point cannot be realized. It is difficult to serve the ball near the ball. Although the ball can be moved along the parallel track and the angle of the ball can be adjusted, the ball cannot cover the entire receiving area of ​​the trainer. The difficulty is small, the actual combat effect is poor...

AI Technical Summary

Problems solved by technology

A robot key ball training equipment, which is easy to operate, can simulate the moving action of the training partner, improves the training efficiency, and can improve the training effect, but the control of the ball path and the landing point cannot be realized. It is difficult to serve the ball near the ball. Although the ball can be moved along the parallel track and the angle of the ball can be adjusted, the ball cannot cover the entire receiving area of ​​the trainer. The difficulty is small, the actual combat effect is poor, and the improvement of the high skills of the trainers is limited; the semi-circular arc robot serves along the diameter of the electric mechanical training equipment, the structure is simple and reasonable, and the operation is simple. It can simulate the movement of the training partner to improve the training efficiency and effect , but it is difficult to control the ball path and landing point. The force of the serve cannot be adjusted. The ball sent cannot cover the opponent's entire receiving area, so the trainer cannot receive ball training in many dead corners in the field area, the training difficulty is small, and the difficult skills of the trainer cannot be improved

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