MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202641114648 A) filed by Ballari Institute Of Technology & Management; Mrs. Anushya Vp; Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; V. Savitri; Vikas Hiremat; Priyanka A; and Venil Sarode on September 24, 2026, for Portable Context-Aware Voice Interaction Apparatus For Coordinated Hospital Patient Communication And Assistance.
Inventors include Mrs. Anushya Vp; Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; V. Savitri; Vikas Hiremat; Priyanka A; and Venil Sarode.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: ABSTRACT: Portable Context-Aware Voice Interaction Apparatus for Coordinated Hospital Patient Communication and Assistance This invention describes a portable context-aware hospital communication apparatus configured to facilitate coordinated interaction between patients, caregivers, healthcare personnel, and authorized hospital service departments. The apparatus receives spoken patient requests, processes voice information, evaluates contextual information, classifies requests according to type and urgency, and communicates corresponding assistance notifications to appropriate authorized personnel. Contextual evaluation may consider patient location, proximity, permitted patient information, repeated requests, vocal characteristics, environmental conditions, and detected activity. The apparatus supports multilingual interaction, directional voice acquisition, audible and visual acknowledgement, privacy-controlled operation, and dedicated emergency assistance initiation. Local processing permits selected essential functions to remain available during temporary communication-network interruption. Wired and wireless communication interfaces support integration with authorized hospital information and notification systems. Portable construction, rechargeable backup power, adaptable mounting, antimicrobial exterior surfaces, and orientation-responsive operation permit deployment across patient rooms, wards, treatment areas, recovery spaces, and temporary healthcare environments.
Disclaimer: Curated by HT Syndication.
