The invention relates to a toy car, which comprises a car head and a car body, the car head being connected with the car body; the car head comprises a base, a first channel is arranged in the base, the base is further provided with a swallowing mechanism, the swallowing mechanism comprises two swallowing wheels arranged on the base, and the two swallowing wheels are rotatably connected to two sides of the first channel respectively; and an object to be swallowed is swallowed into the first channel through the swallowing wheels.

The invention relates to a toy car, which comprises a car head and a car body, the car head being connected with the car body; the car head comprises a base, a first channel is arranged in the base, the base is further provided with a swallowing mechanism, the swallowing mechanism comprises two swallowing wheels arranged on the base, and the two swallowing wheels are rotatably connected to two sides of the first channel respectively; and an object to be swallowed is swallowed into the first channel through the swallowing wheels.

A bubble blowing device includes a shell, an air guide disc, at least two solution-feeding tubes, a drive gear train, and a bubble solution bottle. The air guide disc is arranged in the shell. At least two solution supply nozzles are arranged on the air guide disc, and the solution-feeding tubes are connected to the corresponding solution supply nozzles respectively. A drive gear train is arranged in the shell, and is configured to drive the solution-feeding tubes to feed solution respectively. The bubble solution bottle is connected to the shell, and an end of each solution-feeding tube extends into the bubble solution bottle.

An interlocking toy is provided. A plurality of connection assemblies of a torque transferring device are arranged on the interlocking toy. Each connection assembly is provided with two connection ends, and a plurality of fitting ends are provided on a supporting seat. Each fitting end is configured for detachable insertion of the connection ends. Thus, transmission devices are allowed to be replaced or rearranged, which improves transformability of the toy and enhances transformation flexibility of a product. Second, when any connection assembly is in plug-in fit with the fitting ends of two supporting seats respectively through the two connection ends, a relative position between the two supporting seats is fixed, so that outer tooth rings of two rotating seats are engaged with each other, and then two transmission devices are in driving connection to each other.

An interlocking toy is provided. A plurality of connection assemblies of a torque transferring device are arranged on the interlocking toy. Each connection assembly is provided with two connection ends, and a plurality of fitting ends are provided on a supporting seat. Each fitting end is configured for detachable insertion of the connection ends. Thus, transmission devices are allowed to be replaced or rearranged, which improves transformability of the toy and enhances transformation flexibility of a product. Second, when any connection assembly is in plug-in fit with the fitting ends of two supporting seats respectively through the two connection ends, a relative position between the two supporting seats is fixed, so that outer tooth rings of two rotating seats are engaged with each other, and then two transmission devices are in driving connection to each other.

A driving device for a toy vehicle according to the present disclosure is a driving device for a toy vehicle, and includes: a first rotating body configured to be rotatable around a first rotation axis by a motor, the first rotating body having a wall portion formed to have a surface whose distance from the first rotation axis gradually decreases along a circumferential direction about the first rotation axis; a second rotating body configured to be rotatable around a second rotation axis by being pressed by the surface of the wall portion that rotates; and a third rotating body configured to be rotatable around a third rotation axis by the second rotating body.

A driving device for a toy vehicle according to the present disclosure is a driving device for a toy vehicle, and includes: a first rotating body configured to be rotatable around a first rotation axis by a motor, the first rotating body having a wall portion formed to have a surface whose distance from the first rotation axis gradually decreases along a circumferential direction about the first rotation axis; a second rotating body configured to be rotatable around a second rotation axis by being pressed by the surface of the wall portion that rotates; and a third rotating body configured to be rotatable around a third rotation axis by the second rotating body.

A ball pushing mechanism and a ball pushing toy include a housing, a pushing member and an electric drive assembly. The housing has a cavity and a communication port communicating with the cavity, the pushing member is slidably disposed in the cavity, an elastic member is provided between the pushing member and an interior of the housing, and the pushing member is capable of extending out of the communication port or retracting from the communication port into the cavity. The electric drive assembly is disposed in the cavity, the electric drive assembly and the pushing member are in transmission fit, and the electric drive assembly can drive the pushing member to slide.

A ball pushing mechanism and a ball pushing toy include a housing, a pushing member and an electric drive assembly. The housing has a cavity and a communication port communicating with the cavity, the pushing member is slidably disposed in the cavity, an elastic member is provided between the pushing member and an interior of the housing, and the pushing member is capable of extending out of the communication port or retracting from the communication port into the cavity. The electric drive assembly is disposed in the cavity, the electric drive assembly and the pushing member are in transmission fit, and the electric drive assembly can drive the pushing member to slide.

A top toy component of a top toy includes a first trunk part including first and second layers having first and second holes respectively, and a lock member. The lock member is inserted into the first and second holes, attaches the first and second layers to each other by rotating relatively with respect to the first and second layers. The lock member has a recess into which a portion of a different member of the top toy is arranged to be detachably inserted. The lock member is configured to lock the attaching the first and second layers, and to unlock the attaching by receiving rotational force of the different member via the recess to rotate relatively with respect to the first and second layers.