Vehicle-mounted multi-unmanned-aerial-vehicle rapid power supply test and starting system

Abstract

The invention discloses a vehicle-mounted multi-unmanned-aerial-vehicle rapid power supply test and starting system. By using the system, automation degrees of multi-unmanned-aerial-vehicle power supply tests and starting engines are increased. The system comprises a vehicle-mounted direct-current power supply, an electrical control apparatus, a ground detection computer, a power supply interface device, a vehicle-mounted distribution network, a plurality of emission box power supply test and starting devices and a plurality of unmanned aerial vehicles. The structure is characterized in that the vehicle-mounted direct-current power supply is connected to the electrical control apparatus and the vehicle-mounted distribution network; the electrical control apparatus is connected to the ground detection computer; the electrical control apparatus is connected to the power supply interface device; the power supply interface device is connected to the vehicle-mounted distribution network; the vehicle-mounted distribution network is connected to the plurality of emission box power supply test and starting devices; and the plurality of emission box power supply test and starting devices are connected to the plurality of unmanned aerial vehicles respectively.

Description

technical field [0001] The invention belongs to the technical field of industrial pressure transmitters, and in particular relates to a rapid power supply test and start-up system for vehicle-mounted multiple drones. Background technique [0002] Domestic and foreign UAVs need power supply tests at the take-off point before performing tasks in the field, including static tests and dynamic tests for starting the engine. This test requires the cooperation of the ground power supply test and the starting system. The purpose of the power supply test is to detect the main performance and functions of the electrical equipment on board, and to conduct a compatibility test. Most domestic drones are equipped with corresponding ground detection equipment and start-up equipment, but these devices are generally only designed for a single drone. [0003] The traditional manned machine adopts the centralized power distribution in the cockpit, and the power supply control of the electrica...

AI Technical Summary

Problems solved by technology

In response to these requirements, generally UAVs are powered by a ground power supply test system, and a power supply test interface is set on the UAV. This method uses manual control to detect a single UAV, which is effective and simple and intuitive. The power supply test system corresponds to one drone. When testing the power supply of multiple drones, multiple sets of power supply test systems are required, which requires manual control, which is prone to errors and low in efficiency.

Images