An infrared thermal imager is a device capable of measuring the temperature distribution on the surface of objects by detecting the infrared radiation emitted from them to generate thermal images. When it comes to non-destructive testing of eggs, the infrared thermal imager can be used to detect changes in the surface temperature of the egg, thereby providing information about the internal condition of the egg. Here are some potential applications of using infrared thermal imagers for non-destructive testing of eggs:
During the egg incubation process, an infrared thermal imager can be used to monitor the temperature distribution of the eggs. Abnormal temperature distribution may indicate issues in the incubation process, such as uneven temperature or failures in the incubator.
The internal condition of an egg is related to its temperature distribution. An infrared thermal imager can help detect if there are cracks, spoilage, or other issues with the eggs. Anomalous temperature distribution may indicate abnormalities in the internal structure of the egg.
During the storage and transportation of eggs, an infrared thermal imager can be used to monitor temperature changes. Excessively high or low temperatures may lead to a decline in egg quality, so monitoring the temperature with an infrared thermal imager can help identify and resolve issues promptly.
Some diseases or issues may lead to abnormal temperature distribution in eggs. Infrared thermal imagers can be used to detect these anomalies, allowing for the early identification of problems that may affect egg yield and quality.
When using an infrared thermal imager for non-destructive testing of eggs, the following points need to be noted:
Calibration of the instrument: Ensuring the accuracy of the infrared thermal imager requires calibration of the instrument.
Suitable environmental conditions: Ensure that conditions such as temperature and humidity in the detection environment do not interfere with the test results.
Data interpretation: Experienced operators are needed to interpret and analyze the images generated by the infrared thermal imager to accurately assess the condition of the eggs.
Infrared thermal imagers can serve as an auxiliary tool in the egg industry, providing more information about the condition of the eggs. However, it is still necessary to combine other technologies and methods to conduct comprehensive testing and analysis.
