Ground-Air Joint Intelligent Transportation System

Abstract

The invention discloses a ground-air combined intelligent traffic system. The system comprises an intelligent automobile; The stereo garage is used for storing and releasing the intelligent automobile; The flying rotor wing is arranged to be detachably connected with the intelligent automobile, and after the flying rotor wing is released, the flying rotor wing arrives at a designated place to be connected with the intelligent automobile to form a flying automobile capable of flying in the air; And the rotor tower is used for accommodating and releasing the flying rotor. The invention disclosesa ground-air combined intelligent traffic system. A user can complete vehicle traveling and flight service reservation through the intelligent terminal, the intelligent vehicle can automatically pickup passengers, the flight rotor wings can be automatically combined with the intelligent vehicle, the user is sent to a destination in a shorter time through a more optimized path, the traveling commuting time of the user is shortened, and the traveling cost is saved.

Description

technical field [0001] The invention belongs to the technical field of intelligent transportation, in particular, the invention relates to a ground-air joint intelligent transportation system. Background technique [0002] Existing urban intelligent transportation systems such as Baidu Smart Car and EHang 8-rotor unmanned driving system can complete unmanned driving, but Baidu Smart Car can only complete road driving on the ground and cannot realize the function of air flight. A smart car without the ability to fly won't help when there's a traffic jam in a city, or when driving on an island without bridges. [0003] Although the EHang 8-rotor unmanned system can take off and land at any point between cities or islands, its payload and endurance are limited. Moreover, the rotor is non-ducted. Once the rotor falls off or breaks, it is easy to have a major impact on the safety of personnel. The safety of the product has yet to be tested in practice. Contents of the inventio...

AI Technical Summary

Problems solved by technology

[0003] Although EHang's eight-rotor unmanned driving system can take off and land at any point between cities or islands, its load and endurance are limited.

Moreover, the rotor is non-ducted. Once the rotor falls off or breaks, it is easy to have a major impact on the safety of personnel. The safety of the product has yet to be tested in practice.

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