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Recent advances in high-precision infrared cameras have expanded their application range from traditional temperature measurement to stress measurement, fatigue limit measurement, and non-destructive inspection. The high-speed and high-precision capabilities of these cameras enable the measurement of minute temperature changes, allowing for the non-contact measurement of stress and fatigue limits. Additionally, infrared cameras can be used for non-destructive inspection by measuring the temperature differences within a material, enabling the detection of internal defects and structural anomalies.

In the field of materials technology, high-precision infrared cameras are used to measure the stress and fatigue limits of materials. The cameras can detect minute temperature changes, which are related to the stress and fatigue of materials. This technology has been applied to various fields, including the measurement of stress in complex-shaped components and the detection of fatigue cracks.

In the field of environmental technology, infrared cameras are used to measure the temperature of radiant tubes, which are used in continuous heating furnaces. The cameras can detect temperature differences within the tube, enabling the evaluation of the tube's safety and lifespan.

In the field of intellectual property, recent developments in patent law have led to changes in the way patent applications are evaluated. The use of high-precision infrared cameras has also led to the development of new technologies and products, which require protection through patents and other intellectual property rights.

In terms of energy conservation, buildings account for a significant portion of energy consumption, and reducing energy consumption in buildings is essential for mitigating climate change. Various measures can be taken to reduce energy consumption in buildings, including the use of high-efficiency lighting, insulation, and air conditioning systems.

Overall, high-precision infrared cameras have a wide range of applications across various fields, including materials technology, environmental technology, and intellectual property. Their high-speed and high-precision capabilities enable the measurement of minute temperature changes, allowing for the detection of stress, fatigue, and other phenomena that are critical in various industries.