Toy car suitable for running on twisted track

Abstract

The invention discloses a toy car suitable for running on a twisted track. The toy car comprises a car body, two front wheel sets and two rear wheel sets, wherein each front wheel set comprises two front wheel hubs and a front wheel shaft which penetrates through the car body and has two ends connected to the front wheel hubs; shaft holes for the penetration of the front wheel shafts are formed in the car body; gaps are formed in the two extending sides of each front wheel shaft of the car body; the two ends of the front wheel shaft freely swing up and down within the length range of the gaps, namely the two wheel hubs of the front wheel set can swing up and down, so that the front wheel contact surface of the toy car can rotate at an angle relative to the rear wheel contact surface of the toy car, and the toy car can be suitable for running on the twisted track. When the toy car runs on the twisted track, the front wheels tilt along with twisting of the twisted track, the front and rear wheels are guaranteed to always be in contact with the track surface to drive the toy car to smoothly run without jamming; the toy car is suitable for running not only on the twisted track but also the uneven road surface, is stable in running, high in speed and good in entertainment and interestingness, and can win the favor of children.

Description

technical field [0001] The invention relates to a toy car, in particular to a toy car suitable for traveling on a twisted track. Background technique [0002] Existing toy cars are mostly toy cars with wheels protruding downwards at the front and rear of the vehicle body. The four wheels of this type of toy car form a contact plane together, so they can run smoothly on conventional ground or on a plane, and In order to adapt to walking on rough ground, some toy cars design the front wheels to swing slightly up and down, but the swing range is very small. Each cross-section of the track has an angular twist relative to the previous cross-section, and the front and rear wheel cross-sections of the toy car are either parallel to each other, or the front wheels are inclined at an angle smaller than the twist angle of the twisted track , so this type of toy car will be stuck and unable to travel when it is applied to the twisted track, that is, the toy car cannot be applied to t...

AI Technical Summary

Problems solved by technology

[0002] Existing toy cars are mostly toy cars with wheels protruding downwards at the front and rear of the vehicle body. The four wheels of this type of toy car form a contact plane together, so they can run smoothly on conventional ground or on a plane, and In order to adapt to walking on rough ground, some toy cars design the front wheels to swing slightly up and down, but the swing range is very small. Each cross-section of the track has an angular twist relative to the previous cross-section, and the front and rear wheel cross-sections of the toy car are either parallel to each other, or the front wheels are inclined at an angle smaller than the twist angle of the twisted track , so this type of toy car will be stuck and unable to drive when it is applied to the twisted track, that is, the toy car cannot be applied to the twisted track

[0003] Existing toy cars also have wheels protruding up and down on the front and rear of the vehicle body, which are generally called double-sided cars. On the axles of the through holes, it can walk on both sides of the ground, and can also be used to walk in the closed track, but because the axles of these wheels cannot swing in the through holes of the car shell, when this kind of wheel When the toy car is placed on the twisted track, it is stuck because the wheels cannot adapt to the twisted track, that is, the double-sided toy car cannot be used on the twisted track

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