A novel thought balance drift vehicle

Abstract

The invention provides a novel thought balance drift vehicle comprising a base plate protecting cover, a left foot board, a right foot board, a state indicating lamp, a main driver, an adjusting device, a decoration lamp, a left tire protecting cover, a left tire, a left wheel driver, a right tire protecting cover, a right tire and a right wheel driver. The upper side of the base plate protecting cover is provided with the left food board and the right foot board; the main driver is installed in the base plate protecting cover; the front end of the state indicating lamp is provided with the adjusting device; the left side of the base plate protecting cover is connected with the left tire protecting cover in which the left tire is installed; the left wheel driver is installed on the left tire; the right side of the base plate protecting cover is connected with the right tire protecting cover in which the right tire is installed; the right wheel driver is installed on the right tire. The novel thought balance drift vehicle is firm in structure and high in safety and reliability; the novel thought balance drift vehicle wholly accords with man-machine engineering and is comfortable to use; the novel thought balance drift vehicle is delicate in overall form and facilitates out-going.

Description

technical field [0001] The invention relates to the technical field of a balance drift car, in particular to a novel thinking balance drift car. Background technique [0002] With the development of science and technology and the improvement of people's living standards, all kinds of cars are no longer just a means of transportation. In order to increase the fun, balance cars have appeared. Electric balance cars are also called somatosensory cars and thinking cars. Balance cars are divided into Unicycles and Bicycles. [0003] Today's unicycles are not easy to maintain a sense of balance, and are more difficult to learn. Compared with unicycles, two-wheeled vehicles are easier to control and easier to learn. However, today's balance vehicles have simple structures and are difficult to control during use. When the balance vehicle moves, the moving wheels will bring up mud, Mud will splash on the balance bike or the user. When the balance bike is driving in a dimly lit enviro...

AI Technical Summary

Problems solved by technology

[0003] Today's unicycles are not easy to maintain a sense of balance and are more difficult to learn. Compared with unicycles, two-wheeled vehicles are easier to control and easier to learn. However, today's self-balancing vehicles are simple in structure and difficult to control when using them. When the self-balancing vehicle moves, the moving wheels will pick up mud. Mud will splash on the self-balancing car or the user. When the self-balancing car is driving in a dark environment, accidents are prone to occur and there are potential safety hazards

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