A gaming apparatus is disclosed comprising: a. a top that includes an axially aligned gripping member extending from the upper surface of the body of the top and dimensioned to be held between the thumb and forefinger of a player, the body terminating in a contact point that supports the spinning top, the portion of the body above the contact point in an embodiment being generally conical and having a circular cross-section that tapers outwardly at least a predetermined distance along the axis of the top; b. a planar inclined receiving surface having an upper or elevated end onto which the player releases the spinning top at the commencement of play; c. a generally horizontal scoring zone that is joined to, and is contiguous with the lower end of the inclined receiving surface, the surface of the scoring zone being provided with a plurality of spaced-apart generally circular recessed openings, the openings being of the same or of different diameters that correspond to cross-sectional diameters taken along the axis of the body of the top above the contact point; and d. a continuous enclosing frame that surrounds the inclined receiving surface and the horizontal scoring zone that is configured and dimensioned to retain the spinning top in play and prevent it from leaving the inclined surface and the scoring zone.

A gaming apparatus is disclosed comprising: a. a top that includes an axially aligned gripping member extending from the upper surface of the body of the top and dimensioned to be held between the thumb and forefinger of a player, the body terminating in a contact point that supports the spinning top, the portion of the body above the contact point in an embodiment being generally conical and having a circular cross-section that tapers outwardly at least a predetermined distance along the axis of the top; b. a planar inclined receiving surface having an upper or elevated end onto which the player releases the spinning top at the commencement of play; c. a generally horizontal scoring zone that is joined to, and is contiguous with the lower end of the inclined receiving surface, the surface of the scoring zone being provided with a plurality of spaced-apart generally circular recessed openings, the openings being of the same or of different diameters that correspond to cross-sectional diameters taken along the axis of the body of the top above the contact point; and d. a continuous enclosing frame that surrounds the inclined receiving surface and the horizontal scoring zone that is configured and dimensioned to retain the spinning top in play and prevent it from leaving the inclined surface and the scoring zone.

A spinner (100) adapted to spin on a surface comprising: a spinning mechanism (300) activated by a string (142); a structure encapsulating the spinning mechanism (300); a plurality of tentacles (110) having two ends, wherein each tentacle (110) is in connected to the structure on one end and terminated with a connector on the free end; a flywheel (122) having a tip (121), wherein the flywheel (122) is connected to the spinning mechanism (300) from the opposite side of the tip (121); and wherein upon pulling the string (142) the spinner (100) spins, wherein the tip (121) is in contact with the surface and the plurality of tentacles (110) are slightly elevated above the surface while the spinner (100) spins.

A spinner (100) adapted to spin on a surface comprising: a spinning mechanism (300) activated by a string (142); a structure encapsulating the spinning mechanism (300); a plurality of tentacles (110) having two ends, wherein each tentacle (110) is in connected to the structure on one end and terminated with a connector on the free end; a flywheel (122) having a tip (121), wherein the flywheel (122) is connected to the spinning mechanism (300) from the opposite side of the tip (121); and wherein upon pulling the string (142) the spinner (100) spins, wherein the tip (121) is in contact with the surface and the plurality of tentacles (110) are slightly elevated above the surface while the spinner (100) spins.

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 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.

A game table for a top being formed by a single sheet of synthetic resin and having upper and lower sides that are complementary to each other in depression and protrusion, and including a bowl-shaped field on which a rotating top moves. A plurality of recesses is formed at a predetermined distance on an upper surface of an inner portion of the field or a portion peripheral to the field, and walls defining the recesses protrude downward from a lower surface of the inner portion or the peripheral portion to form legs which can sit on a support.

A game table for a top being formed by a single sheet of synthetic resin and having upper and lower sides that are complementary to each other in depression and protrusion, and including a bowl-shaped field on which a rotating top moves. A plurality of recesses is formed at a predetermined distance on an upper surface of an inner portion of the field or a portion peripheral to the field, and walls defining the recesses protrude downward from a lower surface of the inner portion or the peripheral portion to form legs which can sit on a support.