Toy car control method and toy car

Abstract

A toy car (100) control method is disclosed. After the toy car (100) receives a car body overturning instruction, whether the rotating speed of a flywheel (30) reaches a first overturning speed or notis determined, and then an overturning rotating speed difference is formed between the rotating speeds of the first wheel (10) and the second wheel (20) by controlling the rotating speeds of a firstwheel (10) and a second wheel (20) which are symmetrically arranged on two sides of the car body. Finally, after the rotating speed of the flywheel (30) and the overturning rotating speed difference between the first wheel (10) and the second wheel (20) are formed, the flywheel (30) is braked so that the body (101) of the toy car (100) overturns. The toy car (100) control method can enable the body (101) of the toy car (100) to form an overturning trend under the action of inertia through the overturning speed difference between the first wheel (10) and the second wheel (20), and the overturning of the toy car (100) is formed by means of the overturning moment provided by the flywheel (30). The method can reduce the overturning moment of the flywheel (30) and reduce the power consumption and the cost of the toy car (100).

Description

technical field [0001] The present application relates to the field of toys, in particular to a control method for an automatically reversible toy car and a toy car controlled by the method. Background technique [0002] Toy car products currently on the market, for the purpose of increasing interest, some toy cars with built-in flywheels have appeared. As a kind of energy storage mechanism, the flywheel can provide turning moment to the toy car, so as to realize the turning action of the body of the toy car. However, based on the needs of its own basic functions, the body of the toy car needs to have a certain degree of stability in order to keep the body stable when traveling at high speed. Therefore, the flywheel mechanism arranged in the toy car needs to correspondingly increase its energy storage capacity in order to provide sufficient turning moment for the toy car when turning over is required. Improving the energy storage capacity of the flywheel mechanism can be a...

AI Technical Summary

Problems solved by technology

Improving the energy storage capacity of the flywheel mechanism can be achieved by increasing the speed of the flywheel or increasing the mass of the flywheel, which not only brings about the disadvantages of increased power of the flywheel drive motor, prolonged braking time of the flywheel, and high braking noise, but also Will reduce the life of the flywheel drive motor

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