Rail clip of toy galloping car

Abstract

The invention relates to a trapped track mechanism of a toy run away, which comprises a chassis and at least a pair of symmetrical enclasped wheels that are arranged at the bottom of the chassis of the toy run away, which can enclasp a track of the toy run away and drive along the track. The invention effectively ensures that the toy run away is closely combined with the track and drives at a high speed without digression. A wheel frame is rotatablely arranged on the chassis and a locking pin of the wheel frame can cause two guide wheels to unwrap a proper angle, thus being convenient for thetoy run away to enclasp the track and also preventing the guide wheels from deviating from the track. During racing processing, the trapped track mechanism of the invention can effectively ensure that the toy run away can stably enclasp the track and drive at a high speed without digression, thus, realizing the existing toy run away drives by enclasping the track in stead of drives in the track, the toy run away can completely expose outside the track, thus promoting racing speed and appreciation effect; a strip track is adopted, which not only reduces the volume of the track but also can be made into various forms so as to realize various style shuttling of the toy run away and promote the interest of playing.

Description

technical field [0001] The invention relates to the field of toy cars, in particular to a rail clamping mechanism for a toy car. Background technique [0002] Existing toy racing cars for children's games are generally four-wheel drive models. A pair of guide wheels are fixedly installed on both sides of the front part of the toy racing car. The track matching the toy car is semi-closed. The guide 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, when the car is too fast or it is prone to deviating from the track or flying out of the track at the corner, This will cause the car to stop 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 relative...

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 both sides of the front part of the toy racing car. The track matching the toy car is semi-closed. The guide 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, when the car is too fast or it is prone to deviating from the track or flying out of the track at the corner, This 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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