Air vehicle take-off and landing platform capable of automatically keeping horizontal and to be of adjusted height

Abstract

The invention discloses an air vehicle take-off and landing platform capable of automatically keeping horizontal and to be of the adjusted height. The air vehicle take-off and landing platform comprises a movable platform body, a take-off and landing platform body and a control system. A gyro automatic control module is arranged in the control system. The take-off and landing platform body is installed on a front-and-rear oblique adjusting motor which is installed on a left-and-right oblique adjusting motor. The left-and-right oblique adjusting motor is installed on a lifting platform body which is installed on the movable platform body through an air pressure lifting rod. A height inductive device and the gyro automatic control module are installed on the take-off and landing platform body. According to the air vehicle take-off and landing platform capable of automatically keeping horizontal and to be of the adjusted height, the take-off and landing platform body is installed on the two adjusting motors, postures in different directions are adjusted through the two motors or two or more motors, and the condition that the take-off and landing platform body keeps in a horizontal state all the time is achieved, the take-off and landing platform body can automatically keep in fixed altitude through the air pressure lifting rod, and thus it can be guaranteed that an air vehicle can normally take off or land even under a complex meteorological condition.

Description

technical field [0001] The invention relates to the technical field of vehicle equipment, in particular to a platform for taking off and landing of an aircraft (such as an airplane). Background technique [0002] With the development of science and technology, people's activities become wider and more frequent. Due to the rapidity of aircraft transportation, it is also more and more widely used in people's daily activities. At present, most aircraft take off and land through airstrips or takeoff and landing platforms. Due to the lower construction cost of takeoff and landing platforms, they are more and more widely used. The landing platform is generally installed on a larger movable platform (such as a vehicle-type or ship-type mobile platform), which can improve its adaptability. However, when the mobile platform is on land or sea, under conditions such as terrain, waves, tides, and winds, the platform will float up and down with the waves or the environment, or tilt left...

AI Technical Summary

Problems solved by technology

However, when the mobile platform is on land or sea, under conditions such as terrain, waves, tides, and winds, the platform will float up and down with the waves or the environment, or tilt left and right, causing great obstacles to the take-off and landing of the aircraft. Or cause the aircraft to fail to take off and land, or even cause a safety accident, so there are serious safety hazards

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