Long-distance displacement system of electrization towing type automobile

Abstract

The invention discloses a long-distance displacement system for an electrified towed motor vehicle, which comprises rails and a trailer which are laid on each lane of an expressway, wherein the trailer comprises a vehicle body, a machine case, wheels, a transmission shaft, a connector, a control system and so on. The long-distance displacement system for the electrified towed motor vehicle is characterized in that high voltage is electrified on two rails; two electric leads of a motor electrically contact the high voltage on the two rails through the wheels respectively; the connector consists of an upper bolt, a lower bolt, a connecting rod and an electromagnet; and a spherical lock which is clamped and enclasped by the connector is fixed on the front middle of a bumper of the motor vehicle. A motor on the trailer rotates at a high speed after being supplied with power, then the trailer drags the motor vehicle which is hung on the rear of the trailer and in the state of power cutoff to advance at a high speed along the rails to the destination; and an engine of the motor vehicle is not required to be started. The long-distance displacement system for the electrified towed motor vehicle has the advantages that the long-distance displacement system can reduce the fuel consumption and greatly save the oil, thereby saving the energy, reducing the air pollution and relieving the oil crisis.

Description

technical field [0001] The invention relates to a transportation system, in particular to an electrified towed vehicle long-distance displacement system capable of greatly saving oil consumption, thereby saving energy, reducing transportation costs and air pollution. Background technique [0002] At present, due to the development of industry, various means of transportation have been born. Although the birth of means of transportation has shortened the distance between people and various places and brought great convenience to people, it has also brought great inconvenience due to the use of a large amount of fuel. Then came the problem of air pollution. [0003] For this reason, countries have been devoting themselves to research, such as solar energy, electric motors, etc., in an attempt to replace or reduce people's dependence on and usage of oil. However, the current situation of various vehicles using fuel has not changed much. In addition to traditional large ships a...

AI Technical Summary

Problems solved by technology

In practical applications, the electromagnets used in some maglev trains need to be energized for a long time, which consumes a lot of power, resulting in excessive energy consumption

The applicant's invention patent "maglev track-type towing system for long-distance running of vehicles (patent number: ZL2005100303236)" uses electromagnets and permanent magnets to form a magnetic levitation track to achieve the purpose of long-distance towing vehicles, so that the entire fleet does not need to be restarted The engine does not consume any fuel on the highway section, so as to achieve the purpose of saving a lot of oil. Although the maglev towing device can move forward at a speed of nearly 500 kilometers per hour, the entire fleet behind the maglev towing device cannot reach this speed. The maglev towing device can only travel at a slow speed, and the waste is huge, and the cost of building the maglev track, the maglev towing device and the corresponding road surface is too high for practical application

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