Motorized roller skate

1 . A motorized roller skate comprising two skate boards and a hand device, wherein each of the skate boards and the hand device respectively comprises a signal device and at least one sensor, and each of the skate boards and the hand device transmits a detection signal detected by the at least one sensor to a control center via the respective signal devices, wherein

the detection signal comprises: a foot signal from one of the sensors on one of the skate boards or

a hand signal from one of the sensors on the hand device; and

a balance signal from one of the sensors on one of the skate boards and/or the hand device; and

the control center is located on one of the skate boards or the hand device, and the control center stores one or more motion modes and one or more determination logics, each motion mode corresponding to one of the determination logics, wherein the control center receives the detection signals and, based on the current motion mode and determination logic, interprets the detection signals and generating a command to the signal device of at least one of the skate boards to accelerate, decelerate, maintain speed, or stop the skate boards according to the command; wherein, when the skate boards are in operation, the control center prioritizes execution of the determination logic associated with stopping operation of the skate boards.

2 . The motorized roller skate according to claim 1 , wherein the detection of the sensors on the two skate boards comprises positions of feet of a user on the skate boards, whether the two skate boards are off the ground, a time duration of each instance of the two skate boards being off the ground, an interval between the two skate boards alternately leaving the ground, and changes in the center of gravity of the feet of the user.

3 . The motorized roller skate according to claim 2 , wherein the sensors on the hand device detect whether the hand device is shaking, whether the shake arc of the hand device is erratic and irregular, and a continuous duration of the hand device receiving the shake.

4 . The motorized roller skate according to claim 3 , wherein the control center determines, based on one determination logic, whether the detection signal is a pre-stored foot gesture command or a hand gesture command, and generates a command corresponding to the foot gesture command or the hand gesture command.

5 . The motorized roller skate according to claim 4 , wherein the foot gesture command is performed by pressing down with toes, lifting the toes, or vertically pressing down on one of the skate boards.

6 . The motorized roller skate according to claim 4 , wherein one or more of the motion modes is turned on or off by the foot gesture command and/or the hand gesture command.

7 . The motorized roller skate according to claim 6 , wherein the motion modes comprise an assisting mode, when the assisting mode is turned on, the two skate boards receive a gliding force to initiate gliding, the sensors on the two skate boards individually detect whether the two skate boards are off the ground and the time duration of being off the ground to form the detection signal, the control center evaluates, based on the determination logic corresponding to the assisting mode, whether the interval between the two skate boards alternately leaving the ground is within a preset time, and if the interval is within the preset time, the control center gives the command to generate an auxiliary power for the two skate boards; if the interval is not within the preset time, the control center gives the command to stop.

8 . The motorized roller skate according to claim 7 , wherein the motion modes comprise an automatic mode, when the automatic mode is performed, the control center evaluates, based on the determination logic corresponding to the automatic mode, if the interval is within the preset time, the control center gives the command to generate an acceleration power for the two skate boards.

9 . The motorized roller skate according to claim 8 , wherein the control center gives the command to the two skate boards to provide the auxiliary power to maintain the current speed when the sensor detects that the gliding force received by one of the skate boards is smaller then the previous gliding force.

10 . The motorized roller skate according to claim 9 , wherein the two skate boards are respectively a main skate board and an auxiliary skate board, and the main skate board and the auxiliary skate board are signal-communicated via the signal device, and the main skate board receives the detection signal from the auxiliary skate board and transmits the detection signal from the main skate board and/or the auxiliary skate board to the control center, and the control center transmits the command to the main skate board.

11 . The motorized roller skate according to claim 10 , wherein the main skate board performs signal verification on the detection signal from the auxiliary skate board before transmitting the detection signal to the control center.

12 . The motorized roller skate according to claim 10 , wherein the main skate board is optionally set for the user's left foot or right foot.

13 . The motorized roller skate according to claim 10 , wherein the skate board comprises at least one roller, and the at least one roller is driven by at least one motor, wherein when the motor is turned on, the control center executes the assisting mode and/or the automatic mode.

14 . The motorized roller skate according to claim 10 , wherein each of the skate boards and the hand device respectively comprises a battery and a charging circuit to charge the battery.

15 . The motorized roller skate according to claim 14 , wherein a regenerative power circuit is connected to the skate board, and the regenerative power circuit charges the battery when the motorized roller skate decelerates.

16 . The motorized roller skate according to claim 10 , wherein an LED light or a display is installed on one of the skate boards and/or the hand device.