Mini type photoelectric detecting ball and portable display controller thereof

Abstract

The invention discloses a mini type photoelectric detecting ball and a portable display controller thereof, which are particularly applied to detecting and scouting the sealed space or dangerous environment, wherein the detecting ball consists of a spherical buffer layer and a ball unit; the spherical buffer layer is tightly sleeved at the outer layer of the ball unit; the ball unit is composed of a ball shell, a driving component, an acousto-optic component and so on, wherein appliances including a mini type camera, an infrared radiating lamp, a wireless module, a sound sensor and a photosensitive sensor are mounted. The portable display controller of the invention comprises a sound video antenna and a control transmission antenna; a general switch, a louder speaker, a liquid crystal display screen, a group of press buttons and a group of external ports are mounted. The mini type photoelectric detecting ball of the invention has the following advantages of small in volume, convenient to bring, good in shockproof and anti-impact performance; after landing, the invention can automatically adjust the gesture to receive the remote distance order to perform the rotating scan at 360 degrees and transmit the video picture and the audio information in real time; moreover, the detecting ball can perform the man-machine remote linkage work under the different light intensity.

Description

technical field : [0001] The invention relates to a miniature photoelectric reconnaissance ball and a portable display controller thereof, which are particularly suitable for detection and reconnaissance in closed spaces or dangerous environments, and belong to the technical field of photoelectric reconnaissance. Background technique : [0002] When carrying out reconnaissance operations in a relatively closed or dangerous space environment, such as in disaster relief, or combat, or anti-terrorism and anti-riot operations, reconnaissance personnel often encounter a problem: how to understand buildings, basements, Reality in enclosed spaces such as caves. Although there are many modern reconnaissance methods, there are very few that can effectively reconnaissance closed spaces. In the prior art, the reconnaissance and collection of on-site intelligence are mainly long-distance telescope observation, or the infiltration of unmanned reconnaissance vehicles, or the infiltrati...

AI Technical Summary

Problems solved by technology

When observing with a long-distance telescope, the reconnaissance effect is basically not achieved when terrorists deliberately cover or hide; the unmanned reconnaissance vehicle performs well in actual use, but there are many shortcomings, such as the size is too large, which is not conducive to a single person It is not conducive to carrying and hiding because of its large size; the close-range penetration reconnaissance of scouts often causes casualties, or the terrorists lose control of their emotions and cause the scene to lose control

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