Abstract: A toy object and slot track system includes a plurality of track segments each having a retaining slot provided thereon and defining a slotted track surface. The track segments include straight, curved and twisted track segments connectable to form straight and curved tracks with slotted track surfaces facing upwards and/or downwards and twisted tracks, and concave/convex track segments connectable to form loop-shaped tracks with concave/convex slotted track surfaces facing inwards and/or outwards. The system includes at least one toy object having first and second protruding pins for slidable engagement along the retaining slot. At least one of the first and second protruding pins has a free end portion retainable within the retaining slot such that the toy object can move along the tracks without falling off under gravitational pulling force.

Abstract: A track section for a toy racing car track system including a loop of track sections connected end-to-end, the track section including two lanes for respective electric toy cars to race with each other. Each lane includes a groove for guiding movement of a respective toy car having a bottom guide pin received in the groove and a pair of conductive rails on opposite sides of the groove for supplying electrical power to the toy car. The track section includes a body with two lanes, a hindering device or spring-up ramp in each lane, and a trigger mechanism in each lane and including a movable component mechanically associated with the ramp of the opposite lane for movement by the respective toy car to trigger the ramp of the opposite lane for hindering the movement of the toy car traveling in the opposite lane.

Abstract: A track system for a toy racing car, including a loop of track sections connected end-to-end together to form a lane for an electric toy car to run along, includes a track section having a body with a groove for guiding the movement of the toy car, a pair of conductive rails on opposite sides of the groove for supplying electrical power to the toy car, and a substantially flat upper surface with recesses on opposite sides of the rails for positioning respective obstacles for riding over by the wheels of the toy car. Some of the obstacles are rotatable and some of the obstacles are fixed.

Abstract: A bridge for use in a toy racing car track system including a loop of track sections connected together, end-to-end to form at least one lane for an electric toy car, the track sections including a groove for guiding the movement of the toy car and a pair of conductive rails on opposite sides of the groove for supplying electrical power to the toy car. The bridge includes a flexible body having a series of interconnected links and a pair of supports at opposite ends of and supporting the body and connecting the body to other track sections. The body and supports have a guiding groove and pair of conductive rails.

Abstract: A toy racing car track system includes track sections with electrical power supply rails and connected end-to-end to form at least one lane for an electric toy car. The lane includes a gap having front and rear ends and a carriage supported for movement across the gap to convey the car across the gap under the momentum of the car and subsequently returning upon the car leaving the carriage. A retainer on the carriage retains the car in transit. A resetter resets the retainer. The gap is inclined at a small angle upwards in order for the carriage to return to by gravitational force.