Enhanced UV Emitter Module with Improved Cooling Efficiency and Flexibility

An advanced UV emitter module designed to provide enhanced cooling efficiency, reduced air resistance, and improved flexibility for various applications, building upon the original UV lamp module concept.

The original UV lamp module patent had limitations in terms of cooling efficiency, air resistance, and flexibility. The new inventive concept addresses these limitations by introducing curved side walls, vibration-damping platforms, temperature-sensing devices, anti-reflective coatings, and interchangeable UV lamps, ensuring improved performance and adaptability.

The enhanced UV emitter module comprises a lamp arrangement with multiple low-pressure mercury lamps, each having a longitudinal axis, surrounded by a waterproof housing with curved side walls to minimize air resistance and improve cooling efficiency. The lamp arrangement is mounted on a vibration-damping platform to reduce the impact of external vibrations. The housing features a temperature-sensing device to monitor internal temperature and adjust the cooling system accordingly. The beam exit window is coated with an anti-reflective material to minimize UV radiation loss. Furthermore, the lamp arrangement is designed to accommodate interchangeable UV lamps with different spectral characteristics, allowing for flexible adaptation to various applications.

The new inventive concept introduces novel features such as curved side walls, vibration-damping platforms, temperature-sensing devices, anti-reflective coatings, and interchangeable UV lamps, which provide a non-obvious improvement over the original patent. These features collectively enhance the UV emitter module's performance, efficiency, and adaptability, thereby providing a significant inventive step.

Alternative embodiments may include varying the curvature of the side walls, using different materials for the vibration-damping platform, or integrating additional temperature control mechanisms. The interchangeable UV lamps could be designed with different spectral characteristics, power levels, or geometries to cater to diverse applications.

The enhanced UV emitter module has significant commercial potential in industries such as semiconductor manufacturing, surface treatment, and medical device sterilization. The improved cooling efficiency, reduced air resistance, and increased flexibility make it an attractive solution for various applications, offering a competitive edge in the market.