A top toy includes a shaft part, a trunk part, and a top tip cover. The trunk part is detachably configured on the shaft part. The top tip cover is detachably configured on the shaft part at a longitudinal end. The shaft part includes a first engagement part being movably configured between a raised position and a lowered position in an axial direction and a second engagement part. The top tip includes a third engagement part being configured to be engaged by rotating in a first direction with the second engagement part to prevent the shaft part from separating from the trunk part in the axial direction. The top tip cover includes a fourth engagement part being configured to be engaged with the first engagement part to prevent the top tip cover from rotating in a second direction with respect to the shaft part.

A top toy includes a shaft part, a trunk part, and a top tip cover. The trunk part is detachably configured on the shaft part. The top tip cover is detachably configured on the shaft part at a longitudinal end. The shaft part includes a first engagement part being movably configured between a raised position and a lowered position in an axial direction and a second engagement part. The top tip includes a third engagement part being configured to be engaged by rotating in a first direction with the second engagement part to prevent the shaft part from separating from the trunk part in the axial direction. The top tip cover includes a fourth engagement part being configured to be engaged with the first engagement part to prevent the top tip cover from rotating in a second direction with respect to the shaft part.

A toy top includes a pinion gear and a locking portion. A launcher includes a rack belt and a holder. The rack belt includes an elastically deformable belt portion on which rack teeth capable of intermeshing with the pinion gear are formed. The toy top is set to the holder by intermeshing the rack teeth with the pinion gear. A rotational force is then applied to the toy top by pulling the rack belt to rotate the pinion gear. A space is formed in the holder, which is disposed in a vicinity of an intermeshing portion of the rack teeth and the pinion gear. The space allows deformation of the belt portion so that the belt portion previously attached to the holder does not interrupt setting the toy top to the holder.

A toy top includes a pinion gear and a locking portion. A launcher includes a rack belt and a holder. The rack belt includes an elastically deformable belt portion on which rack teeth capable of intermeshing with the pinion gear are formed. The toy top is set to the holder by intermeshing the rack teeth with the pinion gear. A rotational force is then applied to the toy top by pulling the rack belt to rotate the pinion gear. A space is formed in the holder, which is disposed in a vicinity of an intermeshing portion of the rack teeth and the pinion gear. The space allows deformation of the belt portion so that the belt portion previously attached to the holder does not interrupt setting the toy top to the holder.

A toy top includes the following. A shaft unit has a shaft center with an axis that matches a rotational center. A shaft tip unit is provided at a lower end section of the shaft unit. The shaft tip unit includes a ring member provided in a movable manner centering around the axis and a member that comes in contact with a ground which is disposed at a center of the ring member and which protrudes downward than the ring member. The shaft unit includes a lower case which supports the shaft tip unit from below in a moveable manner and from which a lower end section of the shaft tip unit is exposed and an abutting member which abuts an upper side of the shaft tip unit.

A toy top includes the following. A shaft unit has a shaft center with an axis that matches a rotational center. A shaft tip unit is provided at a lower end section of the shaft unit. The shaft tip unit includes a ring member provided in a movable manner centering around the axis and a member that comes in contact with a ground which is disposed at a center of the ring member and which protrudes downward than the ring member. The shaft unit includes a lower case which supports the shaft tip unit from below in a moveable manner and from which a lower end section of the shaft tip unit is exposed and an abutting member which abuts an upper side of the shaft tip unit.

A playing field for moving toy tops includes a playing board, a plurality of turntables, a motor and a power transmission mechanism. The turntables are disposed on the playing board. The power transmission mechanism transmits power of the motor to rotate the turntables. The playing board is formed in a shape of a mortar having a diameter which becomes smaller toward a lower end. The turntables are disposed at points other than a center of the playing board such that upper surfaces incline along the playing board. Rotary shafts of the turntables incline in a direction toward the center of the playing board according to the inclination of the upper surfaces.

A playing field for moving toy tops includes a playing board, a plurality of turntables, a motor and a power transmission mechanism. The turntables are disposed on the playing board. The power transmission mechanism transmits power of the motor to rotate the turntables. The playing board is formed in a shape of a mortar having a diameter which becomes smaller toward a lower end. The turntables are disposed at points other than a center of the playing board such that upper surfaces incline along the playing board. Rotary shafts of the turntables incline in a direction toward the center of the playing board according to the inclination of the upper surfaces.

An automatic detachable combined toy gyro is characterized in that: the gyro is formed by vertically jointing at least two gyros, and tips of the gyros are all elastic tips, so that an upper gyro in the gyros automatically releases the connection with a lower gyro when it is impacted or the rotation thereof is blocked during rotation, and the upper gyro is ejected under the action of the elastic tip to form two separately rotating gyros. During playing of the present invention, the gyro may be split into two or three gyros during a confrontational match, which greatly increases the aggressiveness of the gyro and obtain a higher win rate; moreover, because the tip of the gyro is an elastic tip, during splitting and separating when playing, the upper gyro is generally split by the elasticity of the tip thereof, and has little impact on the lower gyro.

An automatic detachable combined toy gyro is characterized in that: the gyro is formed by vertically jointing at least two gyros, and tips of the gyros are all elastic tips, so that an upper gyro in the gyros automatically releases the connection with a lower gyro when it is impacted or the rotation thereof is blocked during rotation, and the upper gyro is ejected under the action of the elastic tip to form two separately rotating gyros. During playing of the present invention, the gyro may be split into two or three gyros during a confrontational match, which greatly increases the aggressiveness of the gyro and obtain a higher win rate; moreover, because the tip of the gyro is an elastic tip, during splitting and separating when playing, the upper gyro is generally split by the elasticity of the tip thereof, and has little impact on the lower gyro.