阅读说明：本技术 红外图像处理方法、处理设备、无人飞行器和存储介质 (Infrared image processing method, processing device, unmanned aerial vehicle and storage medium ) 是由 张青涛 庹伟 王黎 于 2020-03-11 设计创作，主要内容包括：一种红外图像处理方法、处理设备、无人飞行器和存储介质。其中,红外图像处理方法,包括：在第一拍摄模式下采集待测对象的第一红外图像,以及在第二拍摄模式下采集待测对象的第二红外图像,其中第一拍摄模式的图像增益大于第二拍摄模式的图像增益(102)；将第一红外图像和第二红外图像进行图像融合,生成第三红外图像(104)。该方法将第一红外图像和第二红外图像融合,生成高动态范围的第三红外图像,能够同时满足图像高测温范围和高测温精度的需求,使得得到的高动态范围图像能够直接用于测温。(An infrared image processing method, a processing device, an unmanned aerial vehicle, and a storage medium. The infrared image processing method comprises the following steps: acquiring a first infrared image of an object to be detected in a first shooting mode and acquiring a second infrared image of the object to be detected in a second shooting mode, wherein the image gain of the first shooting mode is greater than that of the second shooting mode (102); and carrying out image fusion on the first infrared image and the second infrared image to generate a third infrared image (104). According to the method, the first infrared image and the second infrared image are fused to generate the third infrared image with a high dynamic range, the requirements of the high temperature measurement range and the high temperature measurement precision of the images can be met simultaneously, and the obtained high dynamic range image can be directly used for temperature measurement.)