Independently working photoelectric pod device carrying helicopter

Abstract

The invention relates to an independently working photoelectric pod device carrying a helicopter, which is mainly used for overcoming the defects of low cruise precision, poor safety, difficulty in information storage and difficulty in aiming of the existing helicopter. The device comprises an electronic cabin power supply component and a photoelectric pod component, the photoelectric pod component comprises a sensor bin and a horizontal rotating mechanism, and a pitching motor connects a fork arm with the sensor bin to guide the pitching motion of the sensor bin; the pitching action range space of the sensor bin is from -90 degrees to +90 degrees; a 30-time 2 million camera, a 25 mm infrared camera, a laser range finder and a servo motor are arranged in the sensor bin; data in the sensor bin is transmitted to a computer after being coded, fused and compressed; the sensor bin comprises a plurality of sensors which can be used simultaneously, and the plurality of sensors are used for carrying out dual identification on the contour and temperature of a target, obtaining the characteristics of the target, and carrying out measurement and positioning.

Description

technical field [0001] The invention relates to the field of helicopter flight, in particular to a helicopter pod. Background technique [0002] In the production and life of the new era, helicopters are more and more widely used, such as: terrain survey, anti-smuggling search and rescue, sea rescue, road maintenance, personnel search and rescue, power maintenance, public security border defense, forest fire fighting and other tasks. In recent decades, in the process of inspection and search and rescue of helicopters, the most commonly used method is to use telescopes for aiming and positioning. The disadvantages of using this method are: limited range of observation angles, poor safety, and low accuracy; it is impossible to accurately determine the geographical location of the target and the distance between the two; during the flight, the vibration and turbulence of the aircraft will affect the measurement accuracy; it is not easy to aim for a long time, and the informatio...

AI Technical Summary

Problems solved by technology

In recent decades, in the process of inspection and search and rescue of helicopters, the most commonly used method is to use telescopes for aiming and positioning. The disadvantages of using this method are: limited range of observation angles, poor safety, and low accuracy; it is impossible to accurately determine the geographical location of the target and the distance between the two; during the flight, the vibration and turbulence of the aircraft will affect the measurement accuracy; it is not easy to aim for a long time, and the information is not easy to store, and it is impossible to analyze afterwards

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