Community security and protection unmanned plane

Abstract

The invention provides a community security and protection unmanned plane, and the security and protection unmanned plane is characterized in that the security and protection unmanned plane comprises an unmanned plane and an intelligent lifting platform for mounting the unmanned plane; the intelligent lifting platform mounts a brand-new proton exchange membrane fuel cell for charging the unmanned plane landing on the intelligent lifting platform; the unmanned plane employs a visual method for navigation in a flying process. The unmanned plane is good in practicality, and can carry out the modification of conventional equipment. The unmanned plane and an intelligent vehicle cooperate with each other for work. A vehicle-mounted large-capacity fuel cell is used for charging the unmanned plane landing on the vehicle-mounted large-capacity fuel cell, thereby ironing out the defect that a lithium battery of the unmanned plane is not sufficient in power. The endurance of the unmanned plane will be greatly improved through the moving lifting platform cooperating with the unmanned plane. The designed new-generation unmanned plane greatly improves the endurance and navigation performances for the security and protection of a community, and is remarkable in application prospect of security and protection of communities.

Description

technical field [0001] The invention relates to a drone used for community security. Background technique [0002] In today's society, residents have higher and higher requirements for community safety, and 24-hour uninterrupted patrol has become a new and indispensable requirement. The use of drones for community security is a very huge application prospect of drones. At present, the existing security monitoring system in the community is mainly based on fixed camera monitoring and random patrols by security personnel. The camera transmits video back to the monitoring room through wireless or wired methods. Community patrol officers choose routes to patrol based on the information collected by the cameras. At present, some scholars are studying the use of drones in the field of video surveillance. The basic principle is to install the camera on the aircraft and send back video information through radio frequency signals. The security personnel watch the video and use the ...

AI Technical Summary

Problems solved by technology

The basic principle is to install the camera on the aircraft and send back the video information through the radio frequency signal. The security personnel watch the video and use the remote control to control the trajectory of the aircraft. The biggest drawback is that the flight time is too short to realize real-time monitoring of the community

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