Description: A thermal imaging wearable is a portable device designed to capture and analyze infrared radiation emitted by objects and living beings, converting it into visual images that represent surface temperature. These devices are typically equipped with advanced thermal sensors that allow for real-time detection of temperature differences, resulting in images that display thermal variations in a comprehensible visual format. The portability of these wearables facilitates their use in various situations, from industrial inspections to medical applications, where detecting thermal anomalies can be crucial. Additionally, many of these devices are integrated with connectivity technologies, allowing data transmission to mobile devices or computers for deeper analysis. The ability to capture thermal images in a portable format represents a significant advancement in monitoring and diagnostic technology, providing users with a powerful tool for informed decision-making in real-time.
History: Thermal imaging devices have their roots in military technology from the 1960s, when infrared cameras were developed to detect heat on the battlefield. Over time, this technology was adapted for civilian applications, and by the 1980s, portable thermal cameras began to emerge. However, thermal imaging wearables are a more recent innovation, driven by advancements in component miniaturization and sensors, as well as the growing demand for real-time monitoring solutions across various industries.
Uses: Thermal imaging wearables are used in various fields, including medicine to detect fever or inflammation, in construction to identify heat loss in buildings, and in security for nighttime surveillance. They are also useful in agriculture for monitoring crop health and in industry for predictive maintenance of machinery.
Examples: An example of a thermal imaging wearable is the ‘Seek Thermal’ device, which can be attached to smartphones and allows users to see thermal images in real-time. Another example is the ‘FLIR ONE’, which also connects to mobile phones and is used by electricians and technicians to detect electrical issues.
