The toy car launcher may comprise a launcher housing, a pair of launcher magnets, and one or more toy vehicle magnets. The toy car launcher may be configured to propel a toy vehicle onto a toy vehicle track. The toy vehicle track may detachably 5 couple to the front of the launcher housing. A pusher block within the launcher housing may be retracted and the toy vehicle may be placed into a passage defined by the launcher housing. The pusher block may be moved forward to advance the toy vehicle. Repulsion between the pair of launcher magnets in the launcher housing and the one or more toy vehicle magnets within the toy vehicle may expel the toy vehicle from the launcher housing and onto the toy vehicle track.

A floating magnetic vehicle and track toy for education and entertainment of users includes an annular plate that has an inside edge and an outside edge. A first rim, positioned adjacent to the inside edge, and a second rim, positioned adjacent to the outside edge, are coupled to and extend perpendicularly from the annular plate. A plurality of first magnets is coupled to the annular plate. The toy comprises a car that comprises a plurality of second magnets. The second magnets are positioned on the car to repel the first magnets to suspend the car above the annular plate. The first rim and the second rim are positioned on the annular plate to retain the car between the first rim and the second rim. The car is configured to be motivated around the annular plate by a pushing action of a user.

A modular, connectable loop toy track set capable of being interconnected in a releasable engagement including different shapes and sizes and contains an amount of track sections to form a closed loop. All track sections are comprised of a plurality of square modules. Each square module has size A. A minimum size AA of modular toy track set comprises at least two curve sections that are mechanically connected and a moving body located on said track to form a closed loop track system.

The moving system manufactured as a linear induction motor including a stator made as PCB with printed coils on it and all moving objects having permanent magnets, as a rotor and in such case at any given time only 2 sections of the entire connectable loop track are under temporary power which rolls over to the next section as the moving objects pass through.

A toy racetrack having an obstacle that is moved into and out of the path of a toy vehicle travelling along the racetrack is provided. The racetrack includes a closed loop track and may include a booster mechanism for propelling a toy vehicle along the track. The obstacle may be formed by a movable web or net with an opening that can be used to catch a toy vehicle traveling along the track. A support tower is located adjacent the track, and an obstacle carrier, optionally including an action figure, is movably mounted to the support tower. The figure holds the net, and the figure and net are movable between a raised position and a lowered position. When the net is in its lowered position, a toy vehicle traveling along the track is captured by the net when the net is manually positioned in a capture position.

A toy racetrack having an obstacle that is moved into and out of the path of a toy vehicle travelling along the racetrack is provided. The racetrack includes a closed loop track and may include a booster mechanism for propelling a toy vehicle along the track. The obstacle may be formed by a movable web or net with an opening that can be used to catch a toy vehicle traveling along the track. A support tower is located adjacent the track, and an obstacle carrier, optionally including an action figure, is movably mounted to the support tower. The figure holds the net, and the figure and net are movable between a raised position and a lowered position. When the net is in its lowered position, a toy vehicle traveling along the track is captured by the net when the net is manually positioned in a capture position.

The toy vehicle track system includes a first track section, a second track section, a third track section, a trigger configured to initiate a launch of a first toy vehicle and a second toy vehicle, and a toy vehicle launcher operatively coupled to the trigger and configured to launch the first toy vehicle onto the first track section and configured to launch the second toy vehicle onto the second track section upon operation of the trigger. The third track section is configured to receive the first toy vehicle from the first track section and configured to receive the second toy vehicle from the second track section such that the first toy vehicle and the second toy vehicle simultaneously travel on the third track section.

The toy vehicle track system includes a first track section, a second track section, a third track section, a trigger configured to initiate a launch of a first toy vehicle and a second toy vehicle, and a toy vehicle launcher operatively coupled to the trigger and configured to launch the first toy vehicle onto the first track section and configured to launch the second toy vehicle onto the second track section upon operation of the trigger. The third track section is configured to receive the first toy vehicle from the first track section and configured to receive the second toy vehicle from the second track section such that the first toy vehicle and the second toy vehicle simultaneously travel on the third track section.

A system (1) for moving objects or elements (100) on a closed path, said system comprising a fixed annular body (2) on which a structure (3) carrying said elements (100) moves in a guided manner, said fixed body (2) and said movable structure (3) each comprising a plurality of portions (10, 25K, W) constrained to each other, said portions being modularly assemblable, the supported elements (100) of the movable structure being removably associated with said structure (3). The portions (25K,W) of the movable structure (3) comprise at least one side (29A, 29B) shaped like a rack and pinion and cooperating with at least one toothed gear (46, 47) associated with a fixed box-like body (4) and moved by a gearwheel (50) driven by a geared motor (51), the toothed gear (46, 47) having two toothed portions (55, 56) with different diameter and superimposed, the one (55) cooperating with said gearwheel (50) and the other (56) with said side shaped like a rack and pinion, said box-like body being integrally joined with the fixed body (2) of the system.

A system (1) for moving objects or elements (100) on a closed path, said system comprising a fixed annular body (2) on which a structure (3) carrying said elements (100) moves in a guided manner, said fixed body (2) and said movable structure (3) each comprising a plurality of portions (10, 25K, W) constrained to each other, said portions being modularly assemblable, the supported elements (100) of the movable structure being removably associated with said structure (3). The portions (25K,W) of the movable structure (3) comprise at least one side (29A, 29B) shaped like a rack and pinion and cooperating with at least one toothed gear (46, 47) associated with a fixed box-like body (4) and moved by a gearwheel (50) driven by a geared motor (51), the toothed gear (46, 47) having two toothed portions (55, 56) with different diameter and superimposed, the one (55) cooperating with said gearwheel (50) and the other (56) with said side shaped like a rack and pinion, said box-like body being integrally joined with the fixed body (2) of the system.

A toy vehicle track configuration includes a closed loop track extending from a first end to a second end, a booster, and a flexible diverter. The booster includes a booster wheel positioned to both: (i) propel a toy vehicle towards the second end as the toy vehicle moves from the first end towards the second end; and (ii) propel the toy vehicle towards the first end as the toy vehicle moves from the second end towards the first end. The flexible diverter is configured to guide the toy vehicle and an additional toy vehicle towards the booster in sequence as the toy vehicle and the additional toy vehicle move from the first end towards the second end. The flexible diverter is configured to pivot between gate positions and to move between a rest position and a compressed position.