Road for automatically driving electric vehicles

Abstract

The invention discloses a road for self-driving electric vehicles, which includes a pier column, a sightseeing window, a tram and a power supply device, the pier column includes a trolley bearing base located above the pier column, and the tram bearing base is composed of several A group of beams connected end to end in sequence, the piers are located below the junction of the two beams, the bottom of the piers is fixedly buried inside the soil foundation, and the piers are distributed along the terrain design, the sightseeing window includes protective columns and a ceiling , the protective pillars are fixedly arranged on both sides of the trolley bearing base, and the protective pillars are arranged parallel to each other. In the present invention, a radio frequency card is arranged above the sightseeing window, and a card reader can be used to read the preset information on the radio frequency card. The set data, so that the tram can analyze its location, and facilitate the control of speed, steering and other actions; there are distance sensors on both sides of the car, and by sensing the inner plates on the two inner sides of the road, the car can keep in touch with the set requirements of the program. The distance between the sides of the road.

Description

technical field [0001] The invention relates to the technical field of sightseeing cars, in particular to a road for self-driving electric cars. Background technique [0002] Most sightseeing cars are driven by batteries, which do not emit harmful gases that pollute the atmosphere. They can be used only by charging the batteries. Because most of the power plants are built far away from densely populated cities, they are less harmful to humans, and the power plants are fixed. , concentrated discharge, it is easier to remove various harmful discharges, and related technologies have also been available. Sightseeing vehicle battery power energy acquisition methods, such as coal, nuclear energy, hydraulic power, etc. Sightseeing cars can make full use of the surplus electricity when the electricity consumption is low at night, so that the power generation equipment can be fully utilized day and night, which greatly improves its economic benefits, and is conducive to saving energ...

AI Technical Summary

Problems solved by technology

[0004] 1. The traditional sightseeing car does not have the vehicle position determination technology, and cannot monitor the specific path of the sightseeing car in real time. As a result, the speed of the traditional sightseeing car does not change during the sightseeing process of tourists. Since the speed is the same when passing through scenic spots and non-sightseeing spots, it cannot Let tourists go sightseeing well

[0005] 2. Since the existing sightseeing car is a car driving on the ground, the driving route and trajectory are relatively random, and tourists cannot be allowed to go sightseeing according to the sightseeing design system of the scenic spot, so that tourists cannot fully appreciate the scenery of the scenic spot

[0006] 3. The existing sightseeing cars are similar to ordinary cars. The sightseeing cars drive on the roads of tourist attractions. Because the traditional sightseeing cars drive at a low position, tourists cannot observe the scenery well when they ride.

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