Ideal Toy Corporation

Neil Tilbor

Julius Cooper

William Rosenhagen

A slotless toy vehicle game in which controllable toy vehicles can change lanes in substantially any location along the track includes a track section defining a portion of the pair of the lanes and having an obstruction wall between the lanes preventing the controllable vehicles from switching lanes in that track section. Current is supplied to power the controllable toy vehicles through current supply strips in the lanes, but current flow in the strips of the track section can be selectively interrupted so that the vehicles must be steered into the powered lane in order to pass through the track section. Indicating lights or the like are provided to warn the player as to which lane has power supplied to it interrupted.

Toy vehicle game

A slotless toy vehicle game having a track including spaced sidewalls along which a controllable toy vehicle is guided, depending upon the polarity of current supplied to its motor, includes an interrupted wall track section having elongated openings therein through which the toy vehicle may pass. This track section may be in the form of a bridge and requires the player to control his toy vehicles to switch lanes and avoid falling from the track through the opening in the interrupted wall section.

Driver skill test for toy miniature vehicles

A slotless toy vehicle game in which controllable toy vehicles can change lanes in substantially any location along the track includes a drone vehicle operated on the track in a direction of travel opposite that of the controllable vehicles and a detour track section in which a portion of one of the lanes has guide walls on either side thereof for directing a controllable vehicle in that lane away from and then back towards the other lane so that a controllable vehicle steered into the detour lane will avoid collision with a drone vehicle approaching the detour track section in the other lane of the track.

Race set with detour

A toy vehicle game includes an endless track defining two generally parallel lanes along which toy vehicles including reversible rotary drive motors responsive to current polarity reversal are driven while being biased against one or the other of the side walls of the track depending upon the polarity of current supplied to the vehicle motor. Current is supplied to the track through contact strips and a control system which permits the operators to separately and independently control current to the contact strips. When the polarity of the current to one of the toy vehicles is reversed a boost in available average electrical power is made available to that toy vehicle for a first limited duration maximum period. After using the boosted average power the selected toy vehicle must return to its original lane to be operated there at a normal power level for a mimimum of a second limited fixed duration period before power boost is again available. A balancing control equalizes the maximum performance of the two vehicles.

Growing community of inventors

Fresh Meadows, NY, United States of America

Neil Tilbor