MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202641114653 A) filed by Ballari Institute Of Technology & Management; Ms. Varsha K; Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; Mr. K. Bharath Kumar; Mr. Sundeep Sindhanoor; M. Chaitanya; and Praveen on September 24, 2026, for Portable Adaptive Residential Monitoring And Automated Energy Conservation Management Apparatus.
Inventors include Ms. Varsha K; Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; Mr. K. Bharath Kumar; Mr. Sundeep Sindhanoor; M. Chaitanya; and Praveen.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: Portable Adaptive Residential Monitoring and Automated Energy Conservation Management Apparatus This invention describes a portable apparatus for integrated residential condition monitoring and automated energy conservation. The apparatus comprises a portable enclosure incorporating occupancy sensing, environmental sensing, electrical consumption monitoring, processing, memory, communication, user-interface, display, and independent power-support arrangements. Information representative of occupancy, temperature, humidity, ambient illumination, air quality, acoustic activity, proximity, appliance activity, and electrical consumption is collectively evaluated to determine household operating conditions and identify avoidable energy consumption. Adaptive control operations regulate compatible lighting, climate equipment, appliances, sockets, and household utility systems according to detected occupancy, environmental requirements, temporal conditions, user-defined preferences, and learned usage behaviour. Local processing and memory permit continued monitoring and selected automation during network interruption. A rechargeable power arrangement supports operation during supply failure, while modular communication and detachable mounting arrangements facilitate deployment at different residential locations without substantial structural modification.
Disclaimer: Curated by HT Syndication.
