A projectile throwing device includes a base having an elongated portion configured for insertion into a projectile cavity and a support structure extending laterally from the elongated portion. The device includes a coupling interface configured to detachably connect the base to a handle in an angled configuration for launching projectiles. The base includes interchangeable projectile retention and release elements for securing and propelling various types of projectiles including balls, toys, and training implements. The device enables controlled projectile launching through a curved extension region that limits insertion depth while providing structural support during throwing motion. The coupling interface includes interlocking components for tool-free attachment between the handle and base, allowing adaptation of throwing distance capabilities. The angled configuration and support structure facilitate controlled projectile release during throwing operations while maintaining secure retention prior to launch.

A projectile throwing device includes a base having an elongated portion configured for insertion into a projectile cavity and a support structure extending laterally from the elongated portion. The device includes a coupling interface configured to detachably connect the base to a handle in an angled configuration for launching projectiles. The base includes interchangeable projectile retention and release elements for securing and propelling various types of projectiles including balls, toys, and training implements. The device enables controlled projectile launching through a curved extension region that limits insertion depth while providing structural support during throwing motion. The coupling interface includes interlocking components for tool-free attachment between the handle and base, allowing adaptation of throwing distance capabilities. The angled configuration and support structure facilitate controlled projectile release during throwing operations while maintaining secure retention prior to launch.

Described herein is a method of using a game stick that involves positioning a golf ball within a channel in the game stick's head, which has sidewalls and a bottom wall. The player swings the stick to propel the ball toward a target, advancing and repeating until reaching a designated putting area. A striking surface is then attached to the sidewall using a magnet. The player aligns the striking surface with the ball and applies a putting stroke to direct the ball toward the hole.

Described herein is a method of using a game stick that involves positioning a golf ball within a channel in the game stick's head, which has sidewalls and a bottom wall. The player swings the stick to propel the ball toward a target, advancing and repeating until reaching a designated putting area. A striking surface is then attached to the sidewall using a magnet. The player aligns the striking surface with the ball and applies a putting stroke to direct the ball toward the hole.

A throwing club with a counterweight at a handle thereof includes a rod portion, the handle, and a ball holder. A first end of the rod portion is connected to the handle. The ball holder is arranged on a second end of the rod portion. An anti-releasing ring is arranged on the handle. A first slip-proof shell and a second slip-proof shell are arranged on an outer side of the handle. A streamlined casing for improving a comfort during gripping is arranged on an inner side of the handle. The counterweight is arranged inside an end of the handle away from the rod portion. The throwing club is of a simple structure and a skillful and reasonable design. The design of the anti-releasing ring on the handle can prevent the throwing club from being thrown out of the hand during the throwing process.

Embodiments of the present invention disclose apparatuses and a method for hitting a ball. According to an embodiment, the apparatus includes an elongated barrel having a longitudinal axis and opposite ends, as well as a pocket formed within a side of the elongated barrel at a first end of the opposite ends. According to another embodiment, the apparatus includes a fastener attached to a second end of the opposite ends. According to yet another embodiment, the method includes scooping a ball into the pocket while holding a second end of the elongated barrel and sufficiently swinging in an upward, circular path, thereby causing the ball to be released from the pocket and lobbed into the air. The method may further include swinging the elongated barrel in a horizontal, circular path while holding the second end, thereby causing the elongated barrel to hit the lobbed ball out of the air.

This application provides a throwing rod structure that includes a connector with an elastic portion. The throwing rod assembly comprises a throwing rod handle and a throwing rod head, where the throwing rod handle and the throwing rod head are detachably connected to the connector, and the elastic portion is located between the throwing rod handle and the throwing rod head. The throwing rod handle and the throwing rod head are detachably connected via the connector, enabling the replacement of the throwing rod head. The elastic portion of the connector is located between the throwing rod handle and the throwing rod head. At the moment of toy launching, the elastic effect of the elastic portion increases the work done on the toy's running thread, improving the launch speed and accelerating the toy's rotation.

A ball thrower includes: first and second arms and a sleeve. The first arm has a graspable handle at a first end, hinge knuckle(s) proximate to a second end; and a shaped prong. The second arm has a hinge knuckle(s) at its first end, a ball holder at its second end; and a shaped recess. The hinge knuckle(s) of the first arm pivotally couple to hinge knuckle(s) of the second arm, being pivotable between collapsed and extended positions. The shaped prong is complementary in shape to the shaped recess, and nest together with the second arm in the extended position. The sleeve slides on the second arm to overlay and frictionally engage the selectively shaped prong and an adjacent portion of the second arm, at a position proximate to, but displaced from the hinge knuckles. Light sources in the ball holder light charge a glow-in-the-dark ball.