Wired personal riding electric scooter and power supply system thereof

Abstract

The invention belongs to a personal riding electric tool and a power supply system thereof. Guardrails along the way are erected on two sides of a street, an insulated transverse railing is arranged on the top of each guardrail, and naked sectional contacts are embedded into two sides of the insulated transverse railing. When a card reader-writer in the insulated transverse railing senses a corresponding expense card and the expense card has money, the card reader-writer commands a power supply control switch to connect a power supply to the sectional contact naked outside the section, and the withholding speed is determined according to the output power. The movable part is an electric scooter, and wheels of the common scooter are driven by a motor. The current is input in such a path that the current passes through two movable sliding sheets on a hand through the sectional contacts, passes through the sleeves and the body and reaches the electric scooter under the feet. The invention has the advantages that: the insulated railing is used as a handrail and a power transmission line. When the sectional contacts do not have corresponding expense cards, the external naked sectional contacts do not have power. The safety of surrounding personnel is ensured, and unnecessary loss because the power is connected by others and even the system is short-circuited is avoided.

Description

technical field [0001] The invention belongs to a personal electric walking tool and a power supply system thereof. Background technique [0002] At present, my country's road construction is far from keeping up with the increasing number of cars, especially in cities, where a limited area has a very high density of vehicles, resulting in increasingly serious urban traffic congestion. The increasing number of cars has caused serious harm to the urban environment, especially the serious reduction of air quality and noise pollution, making human beings face an increasingly serious living environment. The high-voltage transmission line of the cable tram may bring hazards to the safety of pedestrians when natural disasters strike, and the vehicle may deviate from the transmission line too far in an unexpected emergency, causing unnecessary troubles. The battery car must be driven with a heavy battery, and the heavy weight of the whole vehicle will inevitably lead to an increase...

AI Technical Summary

Problems solved by technology

The high-voltage power lines of cable trams may pose a hazard to the safety of pedestrians when natural disasters strike, and the car may drive too far away from the power line in an emergency, causing unnecessary trouble

The battery car must be driven with a heavy battery, and the heavy weight of the vehicle will inevitably lead to an increase in driving costs

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