Remote Control Electric Powered Skateboard
First Claim
1. A remote control electric powered skateboard having a board with an upper rider-support surface and a lower surface supporting a plurality of wheels, characterized in that:
- a brushless motor installed on said lower surface of said skateboard connecting to a battery device that provides said brushless motor with a driving power through a controller;
a driving device being disposed between said brushless motor and at least one of said wheels;
said driving device being controlled by a remote control and being able to offer an automatic comparison function;
said remote control subjected to electrification allowing an automatic generation of an initial code for permitting a receiver in said controller to execute a spontaneous identification and automatically lock said initial code;
an automatic decoding being carried on after said remote control being shut off;
said receiver receiving control signals emitted from said remote control, said controller thence decoding said signals so as to dispatch distinct commands to said brushless motor, thereby allowing various actions pursuant to said signals emitted from said remote control to be implemented by said skateboard;
at least three touch switches disposed on said remote control respectively controlling an accelerating cruise, a decelerating cruise, and a brake of said brushless motor;
said brushless motor utilizing an instant obverse-reverse rotation characteristic to trigger said brake;
while a braking signal being emitted from said remote control, said controller would thence emit a counter current to said brushless motor, so that said brushless motor having a braking function equivalent to a reverse rotation.
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Accused Products
Abstract
A remote control electric powered skateboard has a brushless motor or a brushless hub motor installed on the lower surface of the skateboard for connecting to a battery device through a controller, so that the motors could be electrified. A driving device disposed between either afore motors and at least one wheel is controlled by the remote control, thereby permitting an automatic comparison. When the electrification of the remote control executes, the remote control spontaneously generates an initial code for a receiver in the controller to robotically distinguish and lock the code. Turning off the remote control provides an automatic decoding. A receiver receives control signals from the remote control for the controller to interpret, and accordingly the controller generates and sends distinct commands to either motor, which allows the skateboard to implement various actions correspondingly. An auxiliary remote device disposed on the joint between a front support and a plywood is foldable or could stand on the skateboard; the height of the auxiliary remote device is adjustable for meeting divergent demands from dissimilar riders. A remote handle further provides the same operating means as that of the remote control for offering a supplementary supporting function.
50 Citations
50 Claims
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1. A remote control electric powered skateboard having a board with an upper rider-support surface and a lower surface supporting a plurality of wheels, characterized in that:
a brushless motor installed on said lower surface of said skateboard connecting to a battery device that provides said brushless motor with a driving power through a controller;
a driving device being disposed between said brushless motor and at least one of said wheels;
said driving device being controlled by a remote control and being able to offer an automatic comparison function;
said remote control subjected to electrification allowing an automatic generation of an initial code for permitting a receiver in said controller to execute a spontaneous identification and automatically lock said initial code;
an automatic decoding being carried on after said remote control being shut off;
said receiver receiving control signals emitted from said remote control, said controller thence decoding said signals so as to dispatch distinct commands to said brushless motor, thereby allowing various actions pursuant to said signals emitted from said remote control to be implemented by said skateboard;
at least three touch switches disposed on said remote control respectively controlling an accelerating cruise, a decelerating cruise, and a brake of said brushless motor;
said brushless motor utilizing an instant obverse-reverse rotation characteristic to trigger said brake;
while a braking signal being emitted from said remote control, said controller would thence emit a counter current to said brushless motor, so that said brushless motor having a braking function equivalent to a reverse rotation.- View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 23, 24, 43)
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18. A remote control electric powered skateboard having a board with an upper rider-support surface and a lower surface supporting a plurality of wheels, characterized in that:
a brushless hub motor installed on said lower surface of said skateboard connecting to a battery device that provides said brushless hub motor with a driving power through a controller;
a driving device being disposed between said brushless hub motor and at least one of said wheels;
said driving device being controlled by a remote control and being able to offer an automatic comparison function;
said remote control subjected to an electrification allowing an automatic generation of an initial code for permitting a receiver in said controller to execute a spontaneous identification and automatically lock said initial code;
an automatic decoding being carried on after said remote control being shut off;
said receiver receiving control signals emitted from said remote control, and said controller thence decoding said signals so as to dispatch distinct commands to said brushless hub motor, thereby allowing various actions pursuant to said signals emitted from said remote control to be implemented by said skateboard;
at least three touch switches disposed on said remote control respectively controlling an accelerating cruise, a decelerating cruise, and a brake of said brushless hub motor;
said brushless hub motor utilizing an instant obverse-reverse rotation characteristic to trigger said brake;
while a braking signal being emitted from said remote control, said controller would thence emit a counter current to said brushless hub motor, so that said brushless hub motor having a braking function equivalent to a reverse rotation.- View Dependent Claims (19, 20, 21, 22, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34)
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35. A remote control electric powered skateboard having a board with an upper rider-support surface and a lower surface supporting a plurality of wheels, characterized in that:
a plywood combined with a front support defining an indentation whose center further provides with an opening;
a strengthening block being fitted in said indentation, and a through hole being defined on a front section of said upper rider-support surface for being engaged with a base on a bottom of an auxiliary remote device;
said auxiliary remote device having an outer pipe whose external surface further provides with a limiting seat and a join member located at an appropriate position thereof, from a bottom of which a limiting member being extendedly positioned to fitly superimpose on said base and pivotally engagement with an interior section thereof;
a limiting stem being pivotally disposed at an external section of said base to longitudinally assembly with said limiting seat and said join member or remove from said limiting seat and said join member for achieving a foldable effect;
a locating device being disposed on a top portion of said auxiliary remote device;
an inner pipe upwardly extending from an interior of said locating device, and a remote handle being further extensively connected to a top portion of said inner pipe;
said inner pipe being telescopically adjustable to any suitable length;
a brushless motor or a brushless hub motor installed on a lower surface of said skateboard connecting to a battery device that provides either said motor with a driving power through a controller;
a driving device being disposed between said brushless motor or said brushless hub motor and at least one of said wheels;
said driving device being controlled by a remote control and being able to offer an automatic comparison function;
said remote handle subjected to an electrification allowing an automatic generation of an initial code for permitting a receiver in said controller to execute a spontaneous identification and automatically lock said initial code;
an automatic decoding being carried on after said remote handle being shut off;
said receiver receiving control signals emitted from said remote handle, and said controller thence decoding said signal so as to dispatch distinct commands to said brushless motor, thereby allowing various actions pursuant to said signals emitted from said remote handle to be implemented by said skateboard;
at least three touch switches disposed on said remote handle respectively controlling an accelerating cruise, a decelerating cruise, and a brake of said brushless motor or said brushless hub motor;
said brushless motor or said brushless hub motor utilizing an instant obverse-reverse rotation characteristic to trigger said brake;
while a braking signal being emitted from said remote control, said controller would thence emit a counter current to said brushless motor, so that said brushless motor having a braking function equivalent to a reverse rotation.- View Dependent Claims (36, 37, 38, 39, 40, 41, 42, 44, 45, 46, 47, 48, 49, 50)
Specification