Three-dimensional space mobile monitoring system and installation, use and accurate landing methods

Abstract

The invention relates to a three-dimensional space mobile monitoring system. The system comprises a movable monitoring platform, a monitoring fixed base, a cloud server and a client, the movable monitoring platform is in signal connection with the monitoring fixed base when the movable monitoring platform is close to the monitoring fixed base, the movable monitoring platform is electrically connected when the movable monitoring platform is locked on the monitoring fixed base, the monitoring fixed base is in signal connection with the cloud server, and the cloud server is in signal connection with the client. The invention also relates to use, installation and landing methods of the three-dimensional space mobile monitoring system. The system disclosed by the invention has a conventional monitoring state and a mobile monitoring state; the problem of limitation of monitoring by using a fixed camera is solved, and meanwhile, remote and unmanned operation of mobile equipment is realized, so that monitoring has a wider three-dimensional monitoring coverage range, more outdoor monitoring scenes are met, and the method can be widely applied to the technical field of monitoring camera shooting.

Description

technical field [0001] The invention relates to the technical field of camera monitoring, in particular to a three-dimensional space mobile monitoring system and methods for installation, use and precise landing. Background technique [0002] Surveillance camera devices are often used as equipment for collecting information through video input, and have been widely used in security monitoring, traffic and other fields within and between cities in the past. The installation location also covers various infrastructures, such as streets, residential areas, hospitals, banks, public buildings, construction sites, intercity highways, transportation hubs, etc. In recent years, with the development of social urbanization, the number of high-rise buildings in the city has gradually increased. Traditional urban street cameras often cover the ground area, making it difficult to obtain complete urban monitoring information such as high-rise buildings and roofs. On the other hand, in the...

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Problems solved by technology

[0004] Therefore, the existing monitoring is often set at a fixed location in the urban area, and the information of the ground or surface area is collected through video, and the scope is relatively limited; while the existing drones that carry video collection functions and can fly into the air are often designed As an independent work unit, the drone operator needs to carry it to different workplaces for take-off, operation, landing and other flight operations. After the operation is over, the battery needs to be replaced or charged manually, which cannot achieve automation similar to monitoring.

[0005] Most of the mobile monitoring equipment designs are designed to place the monitoring on a platform such as a movable car, so that the monitoring can be moved on the ground, increasing the flexibility of the monitoring area, but still not solving the problem of monitoring high-level areas and not having Ability to collect urban data in different spatial locations

The design of the automatic airport landing equipment of the UAV system often uses a relatively complicated mechanical mechanism to perform home adjustment, upgrade storage, locking, and charging for most UAVs after landing. The consequences are Often have a relatively large volume and weight, and put forward relatively high requirements for equipment transportation, installation and site

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