Drifting electric scooter

Abstract

The present invention relates to a drifting electric scooter and, more specifically, to a drifting electric scooter, wherein: a sensor unit is installed at a controller and the movement of a scooter is controlled according to the moving direction and angle of the controller, and thus a short control section for acceleration and stopping of a conventional electric scooter is widened, so that the problems, such as abrupt start and abrupt stop, of the conventional electric scooter can be solved; the drifting electric scooter allows riders to more precisely control the speed and enjoy riding such that the riders can easily and safely control acceleration and stopping by simple upward / downward movement of the controller; a human body detection sensor is attached to a handle portion of the controller, and thus the scooter stops to prevent malfunction of the scooter when the controller is separated from a user's hand, so that safety is ensured and thus safe riding is possible; and multiple switches for selecting various riding modes are installed at the controller, so that more pleasant and interesting riding than in conventional scooter riding is possible.

Description

TECHNICAL FIELD[0001]The present invention relates to a drifting electric scooter and, more specifically, to a drifting electric scooter, wherein a sensor unit is installed at a controller and the movement of a scooter is controlled according to the moving direction and angle of the controller, and thus a short control section for acceleration and stopping of a conventional electric scooter is widened, so that the problems, such as abrupt start and abrupt stop, of the conventional electric scooter can be solved, and wherein the drifting electric scooter allows riders to more precisely control the speed and enjoy riding such that the riders can easily and safely control acceleration and stopping by simple upward / downward movement of the controller.BACKGROUND ART[0002]In case of a conventional skateboard, in a state in which one foot is placed on a skateboard and the other foot is placed on the ground, the skateboard moves forward by stepping the foot against the ground, and then the ...

AI Technical Summary

Benefits of technology

The drifting electric scooter is a new invention that solves problems with conventional electric scooters. It has a sensor unit that controls the scooter's movement based on its speed and angle. This allows riders to have more precise control over acceleration and stopping, making the ride safer and more enjoyable. The scooter also has a human body detection sensor that stops it to prevent malfunctions when the controller is separated from the rider's hand, ensuring safety while riding. Additionally, the scooter has multiple switches for selecting different riding modes, making it even more enjoyable and interesting than conventional scooter riding.

Problems solved by technology

For beginners, considerable practice is required and the amount of exercise is excessive, so the utilization of the skateboard has not been expanded.

In addition, it is difficult to climb the hill, the sense of speed and thrill is reduced due to the slow speed, and there is a large risk of accidents while driving on the downhill because there is no separate braking device.

However, according to the above conventional technologies, the starting operation is inconvenient because the starting operation is performed by pulling using a hand, it is not possible to enjoy the sense of speed and thrill during the starting operation and rotation because the rotation radius of the front wheel is not wide, and there is no function as an exercise at all.

Further, in case of general scooters, it is necessary to move the center of gravity to the left or right of the scooter and press the left or right side of the scooter in order to rotate the scooter to the left or right, so that a footboard of the scooter moves from side to side during the normal driving to continuously maintain the balance, in particular, it is difficult to maintain the balance because it is necessary to deeply press the footboard to the left and right when changing the direction.

In addition, since the change of direction is performed while drawing a large parabolic line, the fast change of direction is impossible, and the scooter bounces if the road condition is not uniform, so that it becomes more difficult to maintain the balance.

Accordingly, it is difficult to learn the conventional scooter, and the accident rate is also high.

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