Abstract: A toy top includes a body and a shaft unit. The body includes rotating components which are attached to be rotatable relative to each other. At least two of the rotating components include respective contact portions which come in contact with each other to regulate a rotation range between the two rotating components. The contact portions are configured such that contact between the contact portions gradually become loose as the contact portions repeatedly come in contact with each other due to relative rotation of the two rotating components, and capability of regulating rotation is eventually lost so that the rotation range is expanded.
Abstract: A toy top includes a shaft portion, a body and an attacking member. The body is rotatable relative to the shaft portion in response to an impact applied to the body. The attacking member is movably connected to the body to move in a predetermined direction relative to the body between first and second positions. In the second position, the attacking member protrudes from the body a variable protruding distance which varies according to the rotating position of the body relative to the shaft portion.
Abstract: A spinning top includes a body, a shaft part, a first guide groove, and a weight member. The shaft part is arranged to be in contact with a floor when spinning, and is detachably attached to the body. The first guide groove is configured on the shaft part around a rotating shaft thereof and is extended from a first point to a second point, where a first distance between a center of the shaft part and the first point is larger than a second distance between the center and the second point. The weight member is configured inside the first guide groove and is configured to be moved in response to a rotation speed of the shaft part.
Abstract: A spinning top toy includes a shaft part including a rotating shaft arranged to be in contact with a floor when spinning and a body being configured on the shaft part. The body includes a guide groove extending in a direction from the rotating shaft to an outer periphery of the body, the guide groove including a step, and a first spherical-shaped weight member being stored and movable in the guide groove.
Abstract: A spinning top toy arranged to spin around an axis thereof includes a main part including a body main part, a shaft part detachably attached to the main part, where the shaft part being configured to be in contact with a floor when spinning, and first and second overhanging portions configured on the main part. The first overhanging portion is configured to be non-rotatable with respect to the body main part. The second overhanging portion is configured to be rotatable around the axis with respect to the body main part, and is configured to be engageable with the body main part at a first rotation position and a second rotation position being different from the first rotation position.
Abstract: A toy top includes a body and a bump for attack which is disposed on a circumference of the body. The bump moves up and down according to a force acting on the bump while the toy top spins.
Abstract: A toy top includes a body portion having a component movably connected to an outer peripheral portion thereof. The component is movable within a predetermined range along a circumferential direction of the body around a rotational center of the toy top.
Abstract: A toy top includes a shaft part having, as a shaft center, an axis that coincides with a center of rotation. A lower end portion of the shaft part includes a shaft tip part and an annular member. The shaft tip part includes a contact member. The annular member is movably disposed around the shaft tip part in an extending direction of the axis. In a normal state in which the axis is perpendicular to a contact surface, the contact member protrudes from the annular member downward, and only the contact member contacts the contact surface. When the axis of the shaft part inclines with respect to the contact surface, the contact member and the annular member contact the contact surface.