Unattended parking cabin

Abstract

The invention discloses an unattended parking cabin which comprises a cabin body, a lifting partition plate, a first cabin door, a second cabin door, a horizontal driving motor, a horizontal nut lead screw pair, a lifting driving motor, a lifting nut lead screw pair and a charging base. The cabin body is provided with a machine body accommodating cavity with an open upper end, the open end of the machine body accommodating cavity is slidably connected with a first cabin door and a second cabin door in the length direction, and the horizontal driving motor is in transmission connection with the first cabin door and the second cabin door through a horizontal nut lead screw pair; the lifting partition plate is connected to the vertical side wall of the machine body containing cavity in a sliding mode, and the lifting driving motor is in transmission connection with the lifting partition plate through a lifting nut lead screw pair. A charging base is arranged at the bottom of the vehicle body containing cavity and used for charging the unmanned aerial vehicle. The unmanned aerial vehicle has the technical effects of remote control, autonomous charging, autonomous take-off and landing, clustered autonomous operation and the like, and can be widely applied to industries such as environment monitoring, electric power inspection, pipeline inspection, forest fire prevention, emergency detection and the like.

Description

technical field [0001] The invention relates to the technical field of UAV auxiliary facilities, in particular to an unattended parking cabin, which can be remotely controlled, autonomously charged, autonomously taken off and landed, clustered autonomously, etc., and can be widely used in environmental monitoring, power inspection, pipeline Inspection, forest fire prevention, emergency detection and other industries. Background technique [0002] With the development of drone manufacturing technology and control technology, more and more fields have introduced the application of drones. The existing drones are equipped with pan-tilt cameras and need to fly to the target area when performing routine observation and surveillance. Control the position of the pan / tilt nearby to determine the approximate position of the target, then perform positioning, zoom in, and then continue to zoom in. There are many steps. The operation complexity is not large when monitoring a single poin...

AI Technical Summary

Problems solved by technology

[0002] With the development of drone manufacturing technology and control technology, more and more fields have introduced the application of drones. The existing drones are equipped with pan-tilt cameras and need to fly to the target area when performing routine observation and surveillance. Control the position of the pan / tilt nearby to determine the approximate position of the target, then perform positioning, zoom in, and then continue to zoom in. There are many steps. The operation complexity is not large when monitoring a single point, but it is lacking when multi-point positioning inspections are required. High-efficiency positioning method for patrol inspection. Repeated adjustments are required during multi-point positioning inspections and there is no memory function for the positions that have already been inspected. Secondary adjustments are required for inspections before inspections are performed again, which is inefficient.

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