Toy runaway device

Abstract

The invention relates to a toy flying car device, comprising a car body and a bar-shaped rail, wherein the car body is composed of a chassis, a car cover, a plurality of wheels, a driving motor and a transmission apparatus; a battery chamber and a motor chamber are arranged on the chassis; the wheels are composed of at least one guide wheel and a pair of enclasp wheel capable of clamping the rail and moving along the rail; at least one of the guide wheel and the enclasp wheels is arranged as the driving wheel; a support capable of three-dimentional deformation is arranged beneath the rail; the battery chambers are arranged at two sides of the motor chamber in the middle of the chassis to balance the toy car weight for the balance of the car body; a concave matched with the shape of the rail and capable of holding the rail is arranged at the bottom of the chassis. The flying toy car has the advantages that the car can be fast held to the rail without derailment when running along the rail at a high speed, which enhances the enjoyment and watchfulness; the chassis is composed of a plurality of separated sections crossingly connected with each other which provides convenience for the upgrading of the flying toy car and enhances the playfulness; the toy car is closely held to the rail due to the adoption of the concave at the bottom of the chassis, therefore, the air resistance is reduced.

Description

technical field [0001] The invention relates to the field of toy cars, in particular to a toy flying car device traveling on rails. Background technique [0002] Existing toy racing cars for children's games are generally four-wheel drive models. A pair of guide wheels are also fixedly installed on the front of the toy racing car. The wheel walks along the track. Since the guide wheel is only in contact with the track, it is only constrained by the left and right directions and not by the up and down directions. Therefore, the speed of the car is too fast or it is easy to get off the track or fly out of the track at the corner. It will cause the suspension of the car and affect the effect of the car. Simultaneously because toy car travels in track, makes track width wider, area is bigger, and track generally can only change height, and is difficult to make complex and changeable molding, and appreciation is relatively poor. Furthermore, due to the erected side panels on bo...

AI Technical Summary

Problems solved by technology

[0002] Existing toy racing cars for children's games are generally four-wheel drive models. A pair of guide wheels are fixedly installed on the front of the toy racing car. The wheel walks along the track. Since the guide wheel is only in contact with the track, it is only constrained by the left and right directions and not by the up and down directions. Therefore, the speed of the car is too fast or it is easy to detach from the track or fly out of the track at the corner. It will cause the car to stop and affect the effect of the car

At the same time, because the toy car runs in the track, the track width is wider and the area is larger. Generally, the track can only be changed in height, and it is difficult to make complex and changeable shapes, and the ornamental value is relatively poor.

Furthermore, due to the erected side panels on both sides of the track, the toy car is blocked, which affects the sight of the observer and reduces the fun of playing.

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