Based on the combination of thermal imaging technology and stereoscopic vision principles, two thermal imaging sensors are used to collect thermal images of the same scene from different angles. The two thermal images are then fused and processed through computer algorithms to simulate the binocular vision system of the human eye, and the depth information of the target is calculated through the difference between the left and right perspectives, thereby generating a thermal image in three-dimensional space, which can accurately present the spatial position and depth information of the target object.
It supports multiple observation modes such as infrared, low light, fusion black and white, fusion color, etc. It can be used for day and night observation and target search, comfortable to use and easy to carry. It can be used for search and rescue, reconnaissance, surveillance, outdoor hunting and security protection, etc.
1. Product features:
Structural composition
Infrared thermal imaging component: It is a core component, usually composed of infrared detectors, optical lenses, etc. Infrared detectors are used to capture infrared radiation emitted by objects and convert them into electrical signals or digital signals. Common detector types include uncooled Vox detectors and cooled infrared detectors. Optical lenses are responsible for collecting and focusing infrared radiation to ensure that the detector can receive clear infrared images.
Visible light component: Generally includes visible light camera, which is used to obtain color visible light images of targets under sufficient light conditions, provide richer detail information, and assist thermal imaging for target identification and positioning. The visible light cameras of some high-end products also have low illumination functions and can work normally in darker environments.
Image fusion processing module: The main function is to fuse infrared thermal imaging images and visible light images, combine the advantages of the two images through specific algorithms, and generate fused images that are easier to observe and analyze, so as to more accurately identify targets, judge the state and position of targets, etc.
Display module: Usually uses a high-resolution OLED or LCD display to display the fused image and related information (such as distance, azimuth, etc.) for user observation and operation. Some devices also support external displays to meet different usage requirements.
Positioning and ranging module: In terms of positioning, it generally integrates GPS, Beidou and other satellite positioning systems and electronic compasses to achieve self-positioning and target positioning; in terms of ranging, it usually uses an eye-safe laser rangefinder, which can accurately measure the distance of the target and provide important data for target positioning and situation analysis.
Power module: Provides power support for the device, generally using rechargeable batteries to ensure the portability and endurance of the device. Some devices also have power management functions to optimize battery efficiency and extend the working time of the device.
Functional features
All-day working ability: Whether it is daytime, night, or in bad weather conditions such as fog, rain, snow, haze, etc., it can work normally, not affected by light and bad weather, and can effectively discover and track targets.
Target positioning and tracking: With the help of the positioning module and laser rangefinder, the location information of the target can be accurately determined, and the target can be accurately tracked through binocular fusion technology. Even if the target moves in a complex environment, it can keep locked and tracked.
Multiple working modes: usually have multiple working modes, such as thermal imaging mode, visible light mode, dual light fusion mode, etc. Users can flexibly switch modes according to actual needs to obtain the best observation effect.
Data storage and transmission: support functions such as taking pictures and recording, and can store images and video data during the reconnaissance process for subsequent analysis and processing. At the same time, some devices also have wireless transmission functions such as WiFi and Bluetooth, which can transmit data to other devices or command centers in real time.
Application areas
Military reconnaissance: It can help soldiers accurately determine the enemy's position and distance on the battlefield, analyze the behavior of enemy equipment or personnel through three-dimensional thermal imaging, provide support for combat decisions, and can also be used for border patrols, reconnaissance of enemy situations, target search and positioning and other tasks.
Security monitoring: In the security monitoring of important places such as airports, ports, prisons, banks, etc., it can monitor the surrounding environment in real time, timely detect potential security threats, such as intruders, abnormal objects, etc., and can maintain good monitoring effects at night or in bad weather conditions.
Outdoor adventure and rescue: In outdoor adventure, mountaineering, hiking and other activities, it can help explorers identify directions, find paths, and find dangers in complex terrain and bad weather. In rescue operations, it can quickly locate the position of trapped people and improve rescue efficiency.
Wildlife monitoring: It is used to observe and study the activity patterns and habitat conditions of wild animals, which will not interfere with wild animals and help protect wild animals and the ecological environment.
Product parameters:
Field of view: ≥12.5°×10°;
Infrared thermal imaging
Detector resolution: 640×512
Identification distance: ≥600m.
Focal length adaptation range: 10m~∞, manually adjustable
Contrast, brightness adjustment, image polarity conversion
Low-light imaging
Resolution: 800×600;
Identification distance: ≥700m.
It has contrast, brightness, and enhancement adjustment functions.
Fusion imaging
Resolution: 640×512;
Identification distance: ≥750m.
It has contrast, brightness, and enhancement adjustment functions.
Working time: ≥4h
Electromagnetic compass accuracy
Orientation accuracy: ≤1° (RMS, host tilt range -15°~15°)
Eyepiece display
Binocular observation;
Magnification ≥14 times;
Eyepiece diopter adjustment range: diopter ≥-4SD ~+4SD
Storage capacity: ≥32G
Dimensions and weight
Dimensions: ≤155mm*154mm*72mm
Weight: ≤1kg
External power supply
Average power consumption during operation: ≤5W
Working voltage: DC9-12V
Environmental adaptability
High temperature operation: +55℃
Low temperature operation: -20℃
Accessories: packaging box, shoulder strap, charger set, data cable, 4 18650 batteries, warranty card product manual, certificate of conformity, instruction manual, lens cloth