Unmanned plane remote sensing emergency monitoring and command vehicle

Abstract

The invention discloses an unmanned plane remote sensing emergency monitoring and command vehicle, including a roof platform, a parking air-conditioner, a satellite antenna, a climbing ladder, a chassis support, an external power supply, a power distribution room, body lights, travelling crane air-conditioner, driver and second driver seats, individual seat x 3, IPAD x 4, a touch display screen, a32'' liquid crystal screen, an interphone, a workbench, a device bracket, a partition, tail lights, a computer operation board, an equipment compartment, damping gaskets, a swivel chair, a 5 KW powergenerator, a working group equipment cabinet, a pull-push damping structure, a storage cabinet, a small liquid crystal screen, a loudspeaker, an individual folding seat, an awning, a conference maincamera, an equipment cabinet underframe, emergency communication equipment, a remote sensing data acquisition facility, data processing and output equipment, high-resolution satellite data push equipment, commanding and dispatching and news releasing equipment, and expert long-distance consultation equipment. Beneficial effects of the vehicle are that monitoring equipment required by remote sensing emergency monitoring and command is integrated in a compartment, the vehicle can comprehensively acquire and process remote sensing information in fixed points at fixed time, and provides visual data products and emergency solutions, and satisfies mobility and real-time property of emergency disaster rescue.

Description

technical field [0001] The invention relates to the technical field of aviation remote sensing emergency monitoring, in particular to an unmanned aerial vehicle remote sensing emergency monitoring and command vehicle. Background technique [0002] At present, when natural disasters occur, most departments do not have the equipment and capabilities required for remote sensing emergency monitoring, and still rely on traditional monitoring methods, which cannot provide fast and accurate guidance data for emergency decision-making departments. With the comprehensive development of remote sensing technology, remote sensing emergency monitoring capabilities are also constantly improving, but data acquisition methods are still severely limited by factors such as weather, region, and traffic. Remote sensing data acquisition equipment is too large, inconvenient to load, and complicated to operate, which limits the effective role of the equipment. At the same time, the ability to pro...

AI Technical Summary

Problems solved by technology

[0002] At present, when natural disasters occur, most departments do not have the equipment and capabilities required for remote sensing emergency monitoring, and still rely on traditional monitoring methods, which cannot provide fast and accurate guidance data for emergency decision-making departments

With the comprehensive development of remote sensing technology, remote sensing emergency monitoring capabilities are also constantly improving, but the way of data acquisition is still limited by factors such as weather, region, and traffic.

Remote sensing data acquisition equipment is too large, inconvenient to load, and complicated to operate, which limits the effective role of the equipment

At the same time, the ability to process the acquired remote sensing data is not timely enough to provide monitoring and implementation personnel with first-hand remote sensing data to detect danger and take emergency measures in time, which delays the best time for emergency rescue. In addition, various Poor compatibility between acquisition equipment and application software is also a limitation of existing equipment

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