Vertical take-off and landing aerocar

Abstract

The invention discloses a vertical take-off and landing aerocar and belongs to the field of aerocars. The aerocar is composed of a sports car type aerocar body (1), a lifting force generator (3) performing the vertical take-off and landing function, a front duck wing (6), a pair of three-level telescopic wings (5), a running tail wing (8) used for ground running, a gas compressor (12) of a gas source system, folding wing tails (23) and (24) used in flying in air, a suspension system (4) with three conversion modes, a tail plate (42) capable of being collected in an aerocar body, a flow guide plate (18) used for reducing resistance, a propelling fan (7) used for cruising and a whole aerocar parachute bin cover (13) used for improving safety. A power system of a car is adopted for pneumatic lifting force conversion to achieve vertical take-off and landing and aerial wing spreading, the requirements for the comfortableness and convenience of cars and the cruising speed and efficiency of flying are met, and especially, the aerocar can vertically take off and land in narrow urban areas.

Description

technical field [0001] The invention relates to the field of flying cars, in particular to the lift form and flight attitude control of the flying cars. technical background [0002] The ability of cars to fly into the sky is the next goal that people have pursued since the invention of cars. In the past few decades, researchers have been manufacturing or trying to manufacture a car that can be used both on land and in air. The American Transition, which has just entered mass production, is One of many efforts to "hybridize" cars and airplanes has often been unsuccessful. NASA researcher Mark Moore once said: "When you try to fuse them, what you get is the worst thing in the world, a very cumbersome , slow, expensive and difficult-to-use cars.” With the development of cities, the traffic pressure faced by major cities in the world, how to get rid of the annoying ground traffic jams is in front of people, forcing people to turn their eyes to the sky, to The height of a tree ...

AI Technical Summary

Problems solved by technology

According to the principle that the greater the air flow velocity, the smaller the air pressure, the related technology of using the power of the aircraft to generate the airfoil (lift surface) on the airflow path to generate lift has been explored so far, and there are many related reports. Many problems and disadvantages have caused it to fail to reach the practical stage so far

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