Comprehensive shelter system of unmanned aerial vehicle

Abstract

The invention discloses a comprehensive shelter system of an unmanned aerial vehicle. The system comprises a truck, a subsection shelter, unmanned helicopters, a ground command measurement and control station, an automatic takeoff / landing lifting control system, a maintenance safeguard system and a power supply system, wherein the ground command measurement and control station is positioned at the front part of the subsection shelter for performing the flight control and the task deployment for the unmanned helicopters; the automatic takeoff / landing lifting control system is a launching platform of the unmanned helicopters; and the maintenance safeguard system comprises an automatic mixed refueling system and a storage and transportation locking system, and is used for replacing equipment of the unmanned helicopters and repairing, maintaining and fixing the unmanned helicopters in the shelter. All the systems are integrated in the comprehensive shelter, so that the comprehensive shelter system has such functions as maneuvering storage and transportation, takeoff and landing, task deployment, command control and on-site maintenance and safeguard of the unmanned helicopters, has the characteristics of high integration degree, quick response, strong maneuvering performance and convenience for transportation deployment, and can efficiently and quickly finish the task deployment of the unmanned helicopters.

Description

technical field [0001] The invention relates to an integrated shelter system for an unmanned aerial vehicle. Background technique [0002] Vehicle-mounted shelters for storage and transportation of unmanned helicopters and ground control stations have been applied due to their good maneuverability, easy rapid deployment, and quick access to mission areas. However, due to limitations in technology and vehicle space, current mobile shelters generally only Equipped with drones, ground control stations and some simple auxiliary equipment, and the degree of automation is low, and the response speed is slow, especially in the face of natural disasters, terrorist activities and other emergencies, which seriously affect the emergency response capabilities of drones. For example, the storage and transport lock of unmanned helicopters is close to mechanical and manual locking, which has low efficiency and poor reliability; when controlling the launch of unmanned helicopters to perform...

AI Technical Summary

Problems solved by technology

[0002] Vehicle-mounted shelters for storage and transportation of unmanned helicopters and ground control stations have been applied due to their good maneuverability, easy rapid deployment, and quick access to mission areas. However, due to limitations in technology and vehicle space, current mobile shelters generally only Equipped with drones, ground control stations and some simple auxiliary equipment, and the degree of automation is low, and the response speed is slow, especially in the face of natural disasters, terrorist activities and other emergencies, which seriously affect the emergency response capabilities of drones

For example, the storage and transport lock of unmanned helicopters is close to mechanical and manual locking, which has low efficiency and poor reliability; when controlling the launch of unmanned helicopters to perform tasks, it is necessary to move the unmanned helicopters to the site outside the vehicle for launch control and landing of the unmanned helicopters. Sometimes it is necessary to find a suitable open space to land, and then move it back into the car; the drone refueling equipment carried is only simple equipment such as gasoline tankers, oil barrels, and fuel tanks. When mixing the fuel and engine oil required by the drone engine When the ratio is mixed, it is generally operated manually, causing large errors, making the engine cylinder lubrication effect poor, and seriously affecting the life of the aircraft engine; in addition, it is also manually operated when refueling the aircraft, which is inefficient

These have seriously affected the efficiency of system deployment and recovery, and have become bottlenecks hindering the rapid deployment of drones, which need to be resolved urgently

Images