Enhanced Autonomous Disinfectant System for Efficient and Safe Operations

An advanced autonomous disinfectant system that integrates UV-C light, sensing, and control modules to optimize disinfectant operations, ensuring efficient, safe, and effective cleaning of enclosed spaces.

The original patent for an autonomous disinfectant system had limitations in terms of sensing and control capabilities, which led to potential safety risks and inefficient operations. The new inventive concept addresses these limitations by incorporating advanced sensing technologies, adaptive scheduling, and real-time monitoring to provide a more efficient, safe, and effective disinfectant system.

The enhanced autonomous disinfectant system comprises a disinfectant module with a UV-C light source, a sensing module with a combination of energy emission, reflection, and chemical detection sensors, and a control module that adjusts disinfectant intensity based on room occupancy and environmental factors. The system also features machine learning algorithms for detecting human presence, adjusting disinfectant duration and intensity, and pausing operations upon human re-entry. Additionally, the system includes enhanced safety features, such as automatic shut-off upon human detection, physical disturbance sensors, and warning systems to alert humans of impending disinfectant operations.

The new inventive concept introduces novel combinations of sensing technologies, adaptive scheduling, and real-time monitoring, which provide a significant improvement over the original patent. The inventive step lies in the integration of these advanced features, which enable the system to optimize disinfectant operations, reduce safety risks, and provide more effective cleaning of enclosed spaces.

Alternative embodiments of the inventive concept could include the use of different types of disinfectant sources, such as ozone generators or hydrogen peroxide misters. The system could also be integrated with building management systems or IoT networks to enable remote monitoring and control. Furthermore, the sensing module could be modified to include additional sensors, such as air quality or humidity sensors, to provide more comprehensive environmental monitoring.

The enhanced autonomous disinfectant system has significant commercial potential in various industries, including healthcare, hospitality, education, and commercial real estate. The system's ability to optimize disinfectant operations, reduce safety risks, and provide more effective cleaning of enclosed spaces makes it an attractive solution for businesses and organizations seeking to improve their cleanliness and hygiene standards.