A toy ring-launcher apparatus for wearing on a human finger as an item of play jewelry that's comprised of means for starting to rotate and then subsequently releasing other toy apparatuses or objects exhibiting gyroscopic tendencies, such as gyroscopic tops, flying propellers, or rolling wheels so they rotate very fast around a central axis and move independently of the toy ring-launcher apparatus on a flat surface, in the air, or on a toy racing track, respectively. Methods are also included for using the provided toy ring-launcher apparatus to have fun and enjoyment

A toy ring-launcher apparatus for wearing on a human finger as an item of play jewelry that's comprised of means for starting to rotate and then subsequently releasing other toy apparatuses or objects exhibiting gyroscopic tendencies, such as gyroscopic tops, flying propellers, or rolling wheels so they rotate very fast around a central axis and move independently of the toy ring-launcher apparatus on a flat surface, in the air, or on a toy racing track, respectively. Methods are also included for using the provided toy ring-launcher apparatus to have fun and enjoyment

A detachable structure includes a toy and a detaching tool. The toy comprises a first part and a second part engaged with the first part. The detaching tool comprises a presser and elastic holders with holding parts that are at any one of a holding position and a holding releasable position. The first part is elastic and comprises an elastic engaging hook that is at any one of an engaged position and an engagement releasing position. The second part engages with the first part when the second part is brought to the first part in a certain direction so that the second part slidably contacts the first part to move the elastic engaging hook to the engagement releasing position and then further to the engaged position.

A detachable structure includes a toy and a detaching tool. The toy comprises a first part and a second part engaged with the first part. The detaching tool comprises a presser and elastic holders with holding parts that are at any one of a holding position and a holding releasable position. The first part is elastic and comprises an elastic engaging hook that is at any one of an engaged position and an engagement releasing position. The second part engages with the first part when the second part is brought to the first part in a certain direction so that the second part slidably contacts the first part to move the elastic engaging hook to the engagement releasing position and then further to the engaged position.

A spinning top toy is configured to spin in a first direction, where the spinning top toy comprising includes a shaft part, a main body part, and a mounting member. The main body part is detachably configured to the shaft part. The main body is arranged to be detached from the shaft body when receiving a first amount of impact in a second direction opposite to the first direction. The mounting member is detachably configured on an outer periphery of the main body part. The mounting member is arranged to be detached from the main body when receiving an second amount of the impact in the second direction. The first amount being larger than the second amount.

A spinning top toy is configured to spin in a first direction, where the spinning top toy comprising includes a shaft part, a main body part, and a mounting member. The main body part is detachably configured to the shaft part. The main body is arranged to be detached from the shaft body when receiving a first amount of impact in a second direction opposite to the first direction. The mounting member is detachably configured on an outer periphery of the main body part. The mounting member is arranged to be detached from the main body when receiving an second amount of the impact in the second direction. The first amount being larger than the second amount.

Gaming systems and methods for a battling game which may use two or four physical toy tops and a stadium-shaped toy game board arena for physical game play interactions between game players. The battling 2-in-1 stadium battle dome allows a number of users to play on one side and then flip over to play on the other, encouraging 2 and 4 player battles. The stadium is shaped like a dome, enclosed on both sides, and there are two different sides to play on, overall creating four different play surfaces. The toy has double sided suspended play surfaces for corresponding game play with various surfaces of the different sides.

Gaming systems and methods for a battling game which may use two or four physical toy tops and a stadium-shaped toy game board arena for physical game play interactions between game players. The battling 2-in-1 stadium battle dome allows a number of users to play on one side and then flip over to play on the other, encouraging 2 and 4 player battles. The stadium is shaped like a dome, enclosed on both sides, and there are two different sides to play on, overall creating four different play surfaces. The toy has double sided suspended play surfaces for corresponding game play with various surfaces of the different sides.

There is provided a spinning top excellent in the dimensional accuracy and excellent in the rotation balance and a method for manufacturing the spinning top.

The spinning top 100 includes a rotating shaft 110 and a rotating outer circumference section 120 that is fitted to the outer circumference of the rotating shaft 110 so as to be coaxial with the rotating shaft 110, in which the rotating shaft 110 includes a parallel section 112 that has a circular cylindrical shape parallel to the rotation axis AX of the rotating shaft 110 and is fitted to the rotating outer circumference section 120, a tapered section 114 that continues to the parallel section 112, inclines by a predetermined angle with respect to the rotation axis AX of the rotating shaft 110, and is fitted to the rotating outer circumference section 120, and a tip section 116 that continues to the parallel section 112 or the tapered section 114. Generally perfect concentricity can be achieved by fitting the rotating shaft 110 and the rotating outer circumference section 120 to each other through a fitting surface including the parallel section 112 and the tapered section 114. Thus, a spinning top excellent in the dimensional accuracy and excellent in the rotation balance can be provided.

There is provided a spinning top excellent in the dimensional accuracy and excellent in the rotation balance and a method for manufacturing the spinning top.

The spinning top 100 includes a rotating shaft 110 and a rotating outer circumference section 120 that is fitted to the outer circumference of the rotating shaft 110 so as to be coaxial with the rotating shaft 110, in which the rotating shaft 110 includes a parallel section 112 that has a circular cylindrical shape parallel to the rotation axis AX of the rotating shaft 110 and is fitted to the rotating outer circumference section 120, a tapered section 114 that continues to the parallel section 112, inclines by a predetermined angle with respect to the rotation axis AX of the rotating shaft 110, and is fitted to the rotating outer circumference section 120, and a tip section 116 that continues to the parallel section 112 or the tapered section 114. Generally perfect concentricity can be achieved by fitting the rotating shaft 110 and the rotating outer circumference section 120 to each other through a fitting surface including the parallel section 112 and the tapered section 114. Thus, a spinning top excellent in the dimensional accuracy and excellent in the rotation balance can be provided.