A spinning top toy for spinning on a floor includes a body, an urging member, and a shaft mart. The body includes a first flange, a first sliding element, a main body forming an outer circumference of the body, and a chip being detachable attached to the many body, the first sliding element being configured in the chip. The shaft part is detachably attached to the body. The body includes a second flange and a second sliding element. The shaft extends in a vertical direction. The first flange and the second flange overlap in the vertical direction. The urging member urges the body away from the shaft part. The shaft part is configured to be detached from the body by relative rotation with respect to the shaft part. The first and second sliding elements abut each other in the vertical direction to provide friction against the relative rotation.

A spinning top toy includes a body and a shaft part. The body includes a first flange and a first sliding element. The shaft part is detachably attached to the body. The shaft part includes a second flange, a pressing member, a second sliding element, an urging member urging the pressing member upwardly towards the body, and a grounding part. The urging member urges the pressing member away from the grounding part. The first flange and the second flange overlap in the vertical direction. The shaft part is configured to be detached from the body by relative rotation with respect to the shaft part.

A spinning top toy includes a body and a shaft part. The body includes a first flange and a first sliding element. The shaft part is detachably attached to the body. The shaft part includes a second flange, a pressing member, a second sliding element, an urging member urging the pressing member upwardly towards the body, and a grounding part. The urging member urges the pressing member away from the grounding part. The first flange and the second flange overlap in the vertical direction. The shaft part is configured to be detached from the body by relative rotation with respect to the shaft part.

A projectile toy is provided, which includes a projected base, a driving mechanism arranged on said projected base, a rotating body, a triggering mechanism and a projected mechanism; wherein said driving mechanism drives said rotating body to rotate for energy storage, and said triggering mechanism triggers said projected mechanism to push said rotating body after energy storage out of said projected base. Said projectile toy is reasonable in structural design and has a function of projecting, and said projected rotating body can also perform rotational motions, thereby expanding interestingness and functionality of toys.

A projectile toy is provided, which includes a projected base, a driving mechanism arranged on said projected base, a rotating body, a triggering mechanism and a projected mechanism; wherein said driving mechanism drives said rotating body to rotate for energy storage, and said triggering mechanism triggers said projected mechanism to push said rotating body after energy storage out of said projected base. Said projectile toy is reasonable in structural design and has a function of projecting, and said projected rotating body can also perform rotational motions, thereby expanding interestingness and functionality of toys.

A toy top includes a shaft portion, a body, and a first attacking member and a second attacking member that are disposed at different circumferential direction positions of the body. The first attacking member is movable between an inner first position and an outer second position in a radial direction. The second attacking member is movable between an inner third position and an outer fourth position in the radial direction. The first attacking member is biased toward the first position and is movable to the second position by centrifugal force. The second attacking member is restrained at the third position when the first attacking member is at the first position and is released from restraint to be moved to the fourth position when the first attacking member is at the second position.

A toy top includes a shaft portion, a body, and a first attacking member and a second attacking member that are disposed at different circumferential direction positions of the body. The first attacking member is movable between an inner first position and an outer second position in a radial direction. The second attacking member is movable between an inner third position and an outer fourth position in the radial direction. The first attacking member is biased toward the first position and is movable to the second position by centrifugal force. The second attacking member is restrained at the third position when the first attacking member is at the first position and is released from restraint to be moved to the fourth position when the first attacking member is at the second position.

A spinning top toy includes a braking member, a shaft part which is configured to be rotated, and a body which is detachably attached to the shaft part. The body is configured to be detached from the shaft part by being rotated with respect to the shaft part. When an impact is applied to the body, the braking member is configured on one of the shaft part and the body and is movable by a centrifugal force. When urged by the centrifugal force, the braking member is configured to become in contact with the other of the shaft part and the body.

A spinning top toy includes a braking member, a shaft part which is configured to be rotated, and a body which is detachably attached to the shaft part. The body is configured to be detached from the shaft part by being rotated with respect to the shaft part. When an impact is applied to the body, the braking member is configured on one of the shaft part and the body and is movable by a centrifugal force. When urged by the centrifugal force, the braking member is configured to become in contact with the other of the shaft part and the body.

A spinning top toy includes a shaft part, a body being detachably attached to the shaft part, a locking part being configured on the body, a first locked part being configured on the shaft part, and a lock mechanism being configured either on the shaft part or the body. The body includes a movable locking part being movable between a first position and a second position. The locking part is configured to allow a relative rotation of the shaft part and the body when the movable locking part is at the first position and to block the relative rotation when the movable locking part is at the second position. The lock mechanism is configured to block a movement of the movable locking part when the movable locking part is at the first position.