Novel multifunctional non-refrigeration type handheld infrared observation instrument and observation method

Abstract

The invention discloses a novel multifunctional non-refrigeration type handheld infrared observation instrument and an observation method. The novel multifunctional non-refrigeration type handheld infrared observation instrument comprises an infrared observation instrument body having an imaging device (1), and a target positioning device (4) which is connected with the imaging device (1) and usedfor picking up a geographic position of a target. The determination of the geographical position of the target is realized through adopting the target positioning device (4), and the observation of the target is realized by means of the infrared observation instrument body, so that the diversified observation of the target is realized.

Description

technical field [0001] The invention relates to an uncooled hand-held infrared observer and an observation method, in particular to a novel multifunctional uncooled hand-held infrared observer and an observation method related to the technical fields of visible light television imaging, infrared thermal imaging and laser ranging. Background technique [0002] The new multi-functional uncooled handheld observer is used to observe enemy situation, terrain, targets, shooting effects, etc. at night or in bad weather, and can also be used as general equipment for the whole army. This product integrates infrared reconnaissance instrument, visible light, laser range finder, Beidou positioning, electronic compass, and storage module. It has day and night long-distance reconnaissance, obtains the geographical coordinates of the operator's local location and target azimuth and distance information, and improves day and night observation capabilities. , grasp the combat position, striv...

AI Technical Summary

Problems solved by technology

[0005] 3. The infrared thermal imaging of the active infrared detector uses an area array of 384×288 and a pixel size of 17 microns. The uncooled polysilicon focal plane detector has weak detection capabilities and cannot meet the requirements for clear identification of targets within a small temperature range, which affects the actual combat of the troops. Effect

[0006] 4. Laser ranging adopts solid-state lasers, which are composed of laser emitting and laser receiving devices. The distance of the measured target is calculated through the phase difference of the emitted and received lasers. The laser ranging modules in active service have a large volume and power consumption, and the wavelength is Non-eye-safe band, poor security

[0007] 5. Although infrared thermal imaging can be used day and night, the daytime effect is not as good as that of visible light TV imaging. The main performance is that the observation image is black and white, with a single color tone, which does not conform to the observation habits of human eyes

[0008] 6. The product has a single function and does not meet the needs of modern reconnaissance equipment for informatization and intelligence

Images