Electric skateboard

Abstract

An electric skateboard (100), belonging to the field of transportation means, comprises a remote control (101), a board body (102), a front wheel (103), a rear wheel (104), and a battery built in the board body (102), wherein the front wheel (103) and the rear wheel (104) are respectively rotationally provided at two ends of the board body (102), a hub motor for driving the rear wheel (104) is provided inside the rear wheel (104), the hub motor is connected with the battery, and the hub motor is further wirelessly connected with the remote control (101). The electric skateboard (100) controls the operation of the skateboard by a wireless remote control (101), omitting a pressure sensor and a mounting groove, and it has a simple structure, a low manufacturing cost, strong reliability, and strong integrity, and can resist water.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS[0001]This application claims priority to International Patent Application No. PCT / CN2016 / 085892 filed on Jun. 15, 2016, and Chinese Patent Application No. 201610136623.0 filed on Mar. 10, 2016, the entire contents of which are incorporated herein by reference.TECHNICAL FIELD[0002]In one aspect the present disclosure relates to the field of transportation means, and particularly to an electric skateboard.[0003]A skateboard is a type of sports equipment, and an electric skateboard, being an electrically powered skateboard, is a travel tool. For existing electric skateboards, control over the skateboard is usually realized by installing a handlebar, and such electric skateboard require users to operate the handlebar and control balance with both hands, then the users will be deprived of fun of controlling the skateboard purely with feet. Moreover, a circuit is connected between the handlebar and the skateboard of such electric skateboard, and a w...

AI Technical Summary

Benefits of technology

The patent describes an electric skateboard that is controlled by a wireless remote control and does not have a pressure sensor or mounting groove. The structure is simple, low cost, reliable, and resistant to water. The front and rear wheels are rotating at both ends of the board body, and a hub motor is connected with the battery and wireless remote control. This integration simplifies the structure of the skateboard and reduces manufacturing costs. The board body is built in one piece with the battery, and it has strong integrity, resistance to water, and improved strength. The board body also has hand-lifting holes for easy portability, anti-skid patterns for safety, and light reflective or emitting members for riding safety.

Problems solved by technology

For existing electric skateboards, control over the skateboard is usually realized by installing a handlebar, and such electric skateboard require users to operate the handlebar and control balance with both hands, then the users will be deprived of fun of controlling the skateboard purely with feet.

Moreover, a circuit is connected between the handlebar and the skateboard of such electric skateboard, and a wire is prone to affecting normal operation during the process of using this electric skateboard; and an exposed wire is easy to be damaged, shortening the service life of the skateboard.

In order to realize control over the speed of the sliding plate, such sliding plate has to be provided with a mounting groove and a pressure sensor, resulting in a complex structure and numerous parts of the sliding plate, therefore, the manufacturing cost is high, and the reliability is poor; besides, since the overall structure of the sliding plate is not strong, the interior of the sliding plate cannot resist water and sturdiness is poor.

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