A transformable toy for figure play includes a first member and a second member. The first member includes a main body member and an opening and closing member connected to the main body member through a hinge portion. The second member includes a plurality of regulation members configured to be disposed on an outer peripheral surface of the first member. The second member is provided to be attachable to and detachable from the first member in a rotating shaft direction of the hinge portion.

An assembly-toy chassis building element for a toy vehicle is configured for being non-rotatably connected to another chassis element of the toy vehicle. The chassis element has a top side, two side walls, two end walls and compatible coupling components disposed at opposite ends of the chassis element for enabling the chassis element to be rotatably coupled to another such chassis element. The top side and/or at least one end wall of each chassis element is disposed and configured for connection to an intermediate building element that is adapted, either alone or in combination with at least one other intermediate building element, to effect a non-rotatable end-to-end connection with another such chassis element.

The purpose of the present invention is to provide a driving toy and a playing device using same, the driving toy being provided with auxiliary wheels for guiding the driving toy to travel along a track, and capable of travelling on various tracks by allowing the auxiliary wheels to be installed by changing the positions thereof according to the type of tracks.

The present disclosure discloses a toy orbital vehicle, including an orbit and a flying vehicle, wherein the vehicle has a first flight attitude of flying along the orbit and a second flight attitude of flying out of the orbit; Sliding cooperation of the taxiing connector on the orbit guide a flight direction of the flying vehicle, so that the flying vehicle can fly along the orbit. Thus, different flight trajectories can be simulated based on various structures of the orbit. The toy orbital vehicle has more playing methods, for example, flying across an obstacle or passing through a complicated orbit. Meanwhile, the flying vehicle can be separated relative to the taxiing connector and can directly take off after flying along the orbit and reaching a certain speed, thus really simulating land and air flights.

A toy holding adapter for removably attaching a fidget spinner to an article. The article may include an airplane; a helicopter, or a cycle, such as a motorcycle or a bicycle. The fidget spinner is mounted to the article to provide the article with a visual appearance of a rotating body associated with the article to which it is applied. The holding adapter has a stem extending from a back face that is operatively coupled to a receiver in the article. A central cavity in the front face receives a cylindrical adapter cup that is dimensioned to receive a holding disk of the fidget spinner.

Provided is a transformable toy including a vehicle body having a lower surface provided with wheels and an upper surface opposite to the lower surface, and a straight-running driving assembly disposed in the vehicle body. The vehicle body includes at least two sections, a rotation driving assembly is disposed between two adjacent sections of the vehicle body and configured to drive the at least two sections of the vehicle body to rotate relative to each other to transform the vehicle body; when the at least two sections of the vehicle body rotate relative to each other into a transformed state, the vehicle body is in a rollable shape; when the at least two sections of the vehicle body rotate relative to each other into an unfolded state, the vehicle body runs under the action of the straight-running driving assembly.

A chassis structure of a remote control crawler vehicle includes front and rear swing arm assemblies mounted symmetrically on a frame at two sides of a central separation driving box and respectively connected to front and rear bridges of the frame. The front and rear swing arm assemblies are each pivotally connected to the frame by means of a swing arm seat. The swing arm seat is formed with an axle hole extending in a vehicle body direction and having two ends each combined with a bearing for rotatably receiving and supporting a bridge swing arm. An opposite end of each bridge swing arm is mounted to the front and rear bridges so as to form a novel chassis structure of a remote control crawler vehicle. In this way, the front and rear bridges are allows to take up and down swings in a one-axis manner of movement.

Provided is an assembly connection member including a body, and a cylindrical rotary insertion member inserted in the body. The cylindrical rotary insertion member includes a first cylindrical rotary insertion member inserted to an opening of a circular shape formed in a center of an upper body, a second cylindrical rotary insertion member inserted to an opening of a circular shape formed in a center of a side surface of the upper body, and a third cylindrical rotary insertion member inserted to an opening of a circular shape formed in a center of an opposite side surface of the upper body.

An improved traction wheel structure for a motorized toy vehicle adapted to travel along tracks, rails, wires, strings or the like having vertical top edges or diameters, the wheels being provided with a V-shaped annular traction channel defined by laterally extending traction members extending from the sides of a primary annular channel.

As an embodiment of the present disclosure, a connection member of an assembly toy includes: a body formed as a solid figure similar to a rectangular parallelepiped, the body including a circular opening in a center of an upper surface and openings of oval shapes in a left side surface and a right side surface; a leg protruding out of the body through the openings of the oval shapes in the left and right side surfaces of the body; and foot models respectively connected to left and right end portions of the leg.