Detector De Vida De Imágenes Térmicas Infrarrojas, Detecta Y Localiza Supervivientes En Las Ruinas

Aug .01.2025
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El detector de vida de la cámara térmica de tres luces portátil RE650 utiliza las características de temperatura constante del cuerpo humano para capturar la radiación infrarroja a través de un detector de alta sensibilidad, convirtiéndolo en imagen térmica clara, que no se ve afectada por la luz ni el humo, y puede localizar rápidamente a los sobrevivientes en las ruinas.

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Onick RE650 es un instrumento de observación y reconocimiento de la cámara térmica de tres luces portátil equipado con con una cámara de TV, una cámara térmica infrarroja sin enfriar, un telémetro láser, GPS, una brújula electrónica y otras funciones. Se puede utilizar para reconocimiento diurno y nocturno en todo clima, posicionamiento de objetivos, etc. El producto tiene buenos efectos de imagen infrarroja, es pequeño y liviano, de bajo consumo de energía, control simple, apariencia liviana y portátil, y tiene un buen agarre. El producto utiliza un sensor infrarrojo de alta resolución, tiene buenos efectos de imagen infrarroja, consumo de energía ultra bajo, inicio rápido, control simple, estructura compacta y estable.

Funciones principales:

1. Imágenes de luz blanca e infrarroja, observación binocular, almacenamiento de imágenes y videos;

2. Zoom electrónico 1,0 ~ 8,0 zoom continuo, paso 0,1;

3. Rango láser, posicionamiento de Beidou, orientación de la brújula, posicionamiento del objetivo, función de cálculo de trayectoria;

4. Interfaz de expansión reservada, se puede conectar al sensor de humedad, anemómetro, etc.;

5. Con penetración de niebla, ángulo de balanceo, ángulo de inclinación, altitud, sensor de presión de aire, función de diagnóstico de fallas;

6. Función de reconocimiento de IA de objetivos humanos y de vehículos; bloquear e identificar drones;

Application field

Applicable a la economía de baja altitud, rescate de emergencia, antiterrorismo, reconocimiento, defensa fronteriza, visión nocturna de control de drogas, patrulla fronteriza, monitoreo de estación de inspección fronteriza, búsqueda y rescate de agua, monitoreo de prisiones, patrulla de visión nocturna, prevención de epidemias, etc.

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2The El principio de funcionamiento del detector de vida de tres imágenes térmicas de mano RE650 se basa en la propiedad física de que todos los objetos de la naturaleza irradian rayos infrarrojos. Como organismo de sangre caliente, el cuerpo humano irradiará continuamente rayos infrarrojos de una longitud de onda específica al entorno circundante, y la intensidad de la radiación es significativamente diferente a la de los objetos ambientales. El dispositivo recibe estas señales de radiación infrarroja a través de un detector infrarrojo de alta sensibilidad y, después de la conversión fotoeléctrica y el procesamiento digital, convierte la distribución de energía infrarroja invisible en una imagen térmica visible. En la imagen, el cuerpo humano presenta un área de alta temperatura que es completamente diferente del entorno circundante de baja temperatura debido a la generación continua de calor. Los rescatistas pueden encontrar rápidamente la ubicación de los sobrevivientes identificando esta diferencia de temperatura.

Las tecnologías centrales del dispositivo incluyen sistema óptico infrarrojo, ensamblaje de detector y módulo de procesamiento de imágenes. El sistema óptico infrarrojo es responsable de recolectar radiación infrarroja en el área objetivo para garantizar que las señales débiles se puedan enfocar de manera efectiva; el conjunto del detector convierte las señales infrarrojas en señales eléctricas, y la sensibilidad determina directamente la capacidad de detección de fuentes de calor débiles o de larga distancia; el módulo de procesamiento de imágenes realiza una reducción de ruido y mejora de la señal original para que la imagen de imagen térmica sea más clara, lo cual es conveniente para que los rescatistas hagan juicios precisos.

No está limitado por las condiciones de luz y puede funcionar normalmente durante el día o la noche. Tiene una gran capacidad de penetración de humo, polvo y otras obstrucciones, y puede detectar condiciones internas a través de los huecos de las ruinas. El equipo es fácil de operar y los rescatistas pueden escanear rápidamente el área objetivo sosteniéndolo o configurándolo, y generar imágenes térmicas en tiempo real. A través del escaneo continuo y el análisis de imágenes, se puede determinar la ubicación aproximada y el número de sobrevivientes.


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