A system and method is provided for a toy race track. Preferred embodiments of the present invention operate in conjunction with a vehicle affixed to a track, wherein the track is supported in relation to at least one fixed surface via a plurality of support structures. In one embodiment, the track comprises a plurality of flexible sections, allowing a user to construct a track resembling a rollercoaster, having steep curves, upside-down portions, etc. In one embodiment, the vehicle includes a plurality rollers that can be used to both affix the vehicle to the track and propel the vehicle along the track. By affixing the vehicle to the track, the vehicle is prevented from leaving the track during extreme situations (e.g., steep curves, upside-down portions, etc.).

A freely assemblable toy track includes a plurality of guide rails and connecting pieces, each guide rail includes two independent strip rails (1) at the left and right, each connecting piece is configured as a frame piece (2) provided with a connecting part at a corresponding position of an inner frame edge for connecting with an end of each strip rail (1), ends of the two strip rails (1) are respectively connected to connecting parts of two frame pieces (2) to form a track body having a track surface with a middle portion hollowed, and a toy vehicle can locate left and right wheels on the left and right strip rails (1) exactly to run along the track. Based on a width of the toy vehicle, the frame pieces (2) with a corresponding width can be chosen to connect the strip rails (1), thus broadening the width of the tracks.

A freely assemblable toy track includes a plurality of guide rails and connecting pieces, each guide rail includes two independent strip rails (1) at the left and right, each connecting piece is configured as a frame piece (2) provided with a connecting part at a corresponding position of an inner frame edge for connecting with an end of each strip rail (1), ends of the two strip rails (1) are respectively connected to connecting parts of two frame pieces (2) to form a track body having a track surface with a middle portion hollowed, and a toy vehicle can locate left and right wheels on the left and right strip rails (1) exactly to run along the track. Based on a width of the toy vehicle, the frame pieces (2) with a corresponding width can be chosen to connect the strip rails (1), thus broadening the width of the tracks.

The present invention relates to a track riser for a toy vehicle track set. The track riser includes a pair of track depressions and a male and female connector that enable other track sections to be coupled to the track riser so that a toy vehicle can travel along the track sections and over the track riser. The track riser also includes a pair of openings. The male connectors of two equally sized track sections can be inserted through the openings of the track riser so that the track sections extend downwardly from the track riser. In this orientation, the two track sections act as supports to raise the track riser above the support surface.

The present invention relates to a track riser for a toy vehicle track set. The track riser includes a pair of track depressions and a male and female connector that enable other track sections to be coupled to the track riser so that a toy vehicle can travel along the track sections and over the track riser. The track riser also includes a pair of openings. The male connectors of two equally sized track sections can be inserted through the openings of the track riser so that the track sections extend downwardly from the track riser. In this orientation, the two track sections act as supports to raise the track riser above the support surface.

A jewelry display includes a ferromagnetic planar substrate and a bracket attached to a wall. The bracket has a wall engagement surface along an inner surface and a ferromagnetic planar substrate engagement surface along an outer surface. A non-slip covering attached to the ferromagnetic planar substrate engagement surface abuts the back surface of the ferromagnetic planar substrate. At least one bracket magnet is attached to the bracket. The back surface of the ferromagnetic planar substrate is configured to removably attach to the bracket due to the magnetic force of the at least one bracket magnet attracting the ferromagnetic planar substrate and a frictional force between the non-slip covering and the back surface of the ferromagnetic planar substrate. A plurality of jewelry fixtures are removably attached to the front surface of the ferromagnetic planar substrate, each jewelry fixture having at least one permanent fixture magnet and a jewelry holding structure.

A jewelry display includes a ferromagnetic planar substrate and a bracket attached to a wall. The bracket has a wall engagement surface along an inner surface and a ferromagnetic planar substrate engagement surface along an outer surface. A non-slip covering attached to the ferromagnetic planar substrate engagement surface abuts the back surface of the ferromagnetic planar substrate. At least one bracket magnet is attached to the bracket. The back surface of the ferromagnetic planar substrate is configured to removably attach to the bracket due to the magnetic force of the at least one bracket magnet attracting the ferromagnetic planar substrate and a frictional force between the non-slip covering and the back surface of the ferromagnetic planar substrate. A plurality of jewelry fixtures are removably attached to the front surface of the ferromagnetic planar substrate, each jewelry fixture having at least one permanent fixture magnet and a jewelry holding structure.

A track for a toy vehicle includes several track units. Each track unit has an upper layer and a spaced apart lower layer. Each of the adjacent units comprises two sections. A first section has an upper side for supporting the toy vehicle and a bottom side. A second section has an upper layer having a top side for supporting the toy vehicle and a lower base. The first section has a first connector, and the second section has a mating second connector. The first and second connectors are connectable so that first and second sections are connectable in an adjacent unit to form an adjacency relationship. Each unit includes a first section and two second sections. Two second sections are located at opposite longitudinal ends of the first section. The first section is bendable in a longitudinal sense substantially parallel to a plane on which a track is directed from one end to the other end in a track running direction. The second section is bendable in a transverse sense substantially transverse to a plane on which a track is directed from one end to the other end in a track running direction.

A track for a toy vehicle includes several track units. Each track unit has an upper layer and a spaced apart lower layer. Each of the adjacent units comprises two sections. A first section has an upper side for supporting the toy vehicle and a bottom side. A second section has an upper layer having a top side for supporting the toy vehicle and a lower base. The first section has a first connector, and the second section has a mating second connector. The first and second connectors are connectable so that first and second sections are connectable in an adjacent unit to form an adjacency relationship. Each unit includes a first section and two second sections. Two second sections are located at opposite longitudinal ends of the first section. The first section is bendable in a longitudinal sense substantially parallel to a plane on which a track is directed from one end to the other end in a track running direction. The second section is bendable in a transverse sense substantially transverse to a plane on which a track is directed from one end to the other end in a track running direction.

A 3-dimensional high-speed track car toy comprises a track body and a toy car. Straight tracks, curved tracks, centripetal tracks and centrifugal tracks are assembled to form a 3-dimensional closed track. The track body stands on the ground fixedly through support rods and support seats. The track body is paved with a track along which the toy car runs. Components of the track body have fastener-containing groove structures to fix an iron axis onto the track. The toy car is placed on the track body. The track is equipped with an iron axis. The bottom of the toy car is equipped with magnets. Thereby, a sufficient attractive force is generated to overcome gravity of the toy car. Therefore, the toy car can run on the track disposed on a ceiling or a vertical wall. Thus, the user can enjoy more amusement from playing the present invention.