Ball pocket device and sports equipment

Abstract

This application discloses a ball storage device and a sports device. The ball storage device includes a storage body, a ball guide tube, and a ball feeding assembly. The storage body includes at least a bottom wall with at least one ball landing port, and a ball storage space is formed above the bottom wall. The ball guide tube has a ball feeding inlet, a ball feeding channel, and a ball feeding outlet. The ball feeding inlet is connected to the ball landing port, and the ball feeding outlet is connected to the ball feeding inlet through the ball feeding channel. The ball feeding outlet is positioned higher than the ball feeding inlet. The ball feeding assembly includes a disc motor and a friction wheel. The friction wheel is rotatably connected to the disc motor, and at least a portion of the friction wheel is located within the ball feeding channel. When the ball passes through the ball landing port and travels through the ball feeding channel, the friction wheel and the ball undergo frictional transmission, accelerating the ball and causing it to reach the ball feeding outlet. This ball storage device has advantages such as stability, reliability, high efficiency, and convenience. When applied to tennis machines, squash machines, and other equipment, it can lower the center of gravity, prevent impact tipping, and improve serving efficiency, giving the sports device advantages such as compact structure and stability.

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