an electric skateboard

Abstract

The invention discloses an electric slide plate. The electric slide plate comprises a slide plate, a control plate, an electronic speed controller (ESC), a motor, a lithium battery set, which is embedded into the internal side of the slide plate, a front wheel and rear wheel, which are movably arranged on two ends of the slide plate respectively through mounting brackets, a transmission mechanism, which is assembled with the front wheel through a mounting bracket, and a controller, which communicates with the control plate through bluetooth; wherein the control plate, ESC, and motor are fixed on the bottom of the slide plate. The output terminal of the lithium battery set is electrically connected to the control plate and the ESC. The control plate is electrically connected to the motor through the ESC. The motor is connected to a mounting bracket through a fixing rack. A power supply management system is integrated with the lithium battery set. The power supply management system communicates with the control plate. The provided electric slide plate has the advantages of convenient operation, small volume, and simple structure, and thus is easy to carry. Moreover, the electric slide plate is provided with an ambient brightness detection circuit and a trumpet, so the electric slide plate can evaluate the current ambient brightness, when the ambient brightness is insufficient, the colored ribbons of the slide plate will automatically light, and thus application safety of the slide plate is improved.

Description

technical field [0001] The invention relates to a skateboard, in particular to an electric skateboard, which belongs to the technical field of electronic products. Background technique [0002] A traditional scooter is composed of a body, a wheel frame, bearings, wheels and other components. The user continuously pedals the ground with one foot and puts the center of gravity of the body forward to achieve the effect of sliding forward. However, when encountering an uphill section , in addition to slowing down the sliding speed of the scooter, it will also consume a lot of physical strength of the user to drive the scooter forward, which will greatly reduce the user's interest in the scooter. Influenced by cars, there are already so-called electric scooters on the market that can provide appropriate electric assistance on various road sections, allowing users to control them more conveniently and easily; but some existing electric scooters have relatively Complicated, not co...

AI Technical Summary

Problems solved by technology

[0002] A traditional scooter is composed of a body, a wheel frame, bearings, wheels and other components. The user continuously pedals the ground with one foot and puts the center of gravity of the body forward to achieve the effect of sliding forward. However, when encountering an uphill section , in addition to slowing down the sliding speed of the scooter, it will also consume a lot of physical strength of the user to drive the scooter forward, which will greatly reduce the user's interest in the scooter. Influenced by cars, there are already so-called electric scooters on the market that can provide appropriate electric assistance on various road sections, allowing users to control them more conveniently and easily; but some existing electric scooters have relatively Complicated, not convenient to carry, some electric scooters have low safety performance, and are not equipped with lighting devices, so they cannot see the road clearly when used at night; The average distance to the subway / bus station is 1km, and it takes another 1km from the platform near the unit to the unit. An electric skateboard is designed that is easy to carry and has high safety

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