Energy storage flywheel balance driving type scooter

Abstract

The invention discloses an energy storage flywheel balance driving type scooter. A flywheel of the energy storage flywheel balance driving type scooter is installed on a front fork of the scooter. A large inner gear ring is arranged on the rim. A pinion is fixed on the flywheel and is meshed with the two front wheel rims. When the scooter slides, the rim drives the flywheel to rotate at a high speed to store energy so as to prolong the running distance of the scooter, and the running distance is about 20-50m which is several times that of a traditional scooter. The inertia of high-speed rotation of the flywheel generates a gyroscopic effect, so that the direction of the scooter is stable. The flywheel is replaced by a rotor of the disc type permanent magnet coreless motor, and the armature stator is only provided with a coil, so that the flywheel has the characteristic of no resistance in rotation and is absolutely matched with the scooter. Due to the application of the disc type permanent magnet coreless motor, resistance-free sliding is achieved, power-assisted sliding is also achieved, the continuous sliding function of the scooter is achieved under the condition that a battery and a power source are not used, and short-distance riding instead of walking is achieved.

Description

technical field [0001] The invention relates to a scooter in which human pedaling is converted into driving force. Background technique [0002] At present, the scooter on the market relies on manpower to move forward, and uses the thrust sliding mode produced by pedaling. The sliding principle mainly relies on the speed of stepping and pedaling. [0003] Ordinary scooters can slide about 5-10 meters at a time, so they can only be used as toys, and it is difficult to use them as a means of transportation. The scooter that also has in the market is to add pedal chain drive mode, has complex structure, the disadvantages such as high cost. [0004] There are electric-driven scooters on the market, which install wheel hub motors on the wheels. The motors are wire-wound motors with silicon steel sheets. This kind of motor has a biting torque, the iron core has eddy current loss, and the rotation resistance is large, making the skateboard The car has lost its original sliding fu...

AI Technical Summary

Problems solved by technology

[0003] Ordinary scooters can slide about 5-10 meters at a time, and can only be used as toys, and it is difficult to use them as a means of transportation.

There are also scooters in the market that are driven by pedal chains, which have the disadvantages of complex structure and high cost.

[0004] There are electric-driven scooters on the market, which install hub motors on the wheels. The motors are wire-wound motors with silicon steel sheets. This kind of motor has a biting torque, the iron core has eddy current loss, and the rotation resistance is large, making the skateboard The car loses its original sliding function and cannot slide without resistance

[0005] Due to the characteristics of the product, scooters usually use very small wheels, only 6-8 inches. The disadvantages are that the driving balance is poor, the control is difficult, and it is not as stable as a big-wheeled bicycle.

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