MUMBAI, India, Feb. 13 -- Intellectual Property India has published a patent application (202641008754 A) filed by Srinivas Institute Of Technology, Mangaluru, Karnataka, on Jan. 28, for 'decoding energy patterns and predictions.'
Inventor(s) include Mr. Ganapathi Sharma K; Mr. Deepak K; Mr. Manvith So Gopalakrishna; Mr. Manvith So Krishnappa B Poojary; Mr. Shashank AV; Mr. Chethan P P; Mr. K N Kanva Patel; Mr. Nikhil R S; Mr. Gagan Deep; and Mr. Wesley Sam Thomas.
The application for the patent was published on Feb. 13, under issue no. 07/2026.
According to the abstract released by the Intellectual Property India: "This research delves into the pioneering domain of automated packaging, particularly tailored to the intricate needs of small-scale stores and local enterprises. The packaginglandscape is presently catered predominantly to large-scale manufacturing, with the tailored needs of smaller entities being neglected. The current packaging scenario consists of keeping edible goods in open storage, which raises concerns about hygiene. The compromise between hygiene and customer freedom in current retail practices is highlighted, emphasizing the necessity for controlled, automated packaging systems in small-scale environments. Departing from conventional methods prevalent in larger manufacturing, an innovativesystem centered around servo motors as primary actuators and an Arduino UNOmicrocontroller for precise control is introduced in this study. Contrary to traditional conveyor based systems, a stationary workflow is embraced, with human intervention seamlessly integrated into each packaging stage. A paradigm shift in industrial automation, extending its scope to smaller enterprises, is underscored by the literature review. Control systems are redefined and sensor-based feedback is integrated, harmonizing human ingenuity with automated precision. Crucially, hygiene concerns prevalent in supermarket practices are addressed, with standards elevated by minimizing direct human contact with unpackaged items, thus ensuring a more sanitized packaging environment. The weighing and packing mechanism are achieved using a series of servo motors anda load cell for the weighing process. The packing process is carried out using a heat sealer along with a solenoid actuator. The process is controlled by an Arduino UNO microcontroller. User interaction with the automatic weighing and packing device is provided by an LCD display and tactile push buttons."
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