Toy Top With Movable Component For Two-Step Impact Attack

The patent applies the dynamics principle by introducing a moving component that can change position relative to the body during rotation. The moving component is movable within a predetermined range along the circumferential direction, allowing it to shift from a first position to a second position. This dynamic movement creates multiple attacking modes: a first attacking mode when the moving component is at the first position, and a second attacking mode when it is at the second position, thereby increasing attacking mode variety without significantly complicating the overall device structure.

The patent applies segmentation by dividing the attacking function into two distinct phases: a first impact force generated by the body collision, and a second impact force generated by the moving component's direct contact with the opponent toy top. The moving component is attached to the body via a projection, allowing it to move independently within a predetermined circumferential range. This segmentation of the attacking function enables a two-step attack mechanism that increases impact force and amusement value while keeping each component relatively simple.

The patent applies preliminary action by pre-positioning the moving component at a first position during the rotation phase, where it does not interfere with the rotational movement. When the body collides with the opponent toy top, the moving component is designed to move to a second position where it can directly contact the opponent, generating enhanced impact force. This preliminary positioning and subsequent movement is achieved through a simple attachment mechanism involving a projection, which allows the moving component to shift position without requiring complex actuators or mechanisms.