MUMBAI, India, Sept. 22 -- Intellectual Property India has published a patent application (202641106128 A) filed by Saveetha Institute Of Medical And Technical Sciences on September 03, 2026, for Create A Bite Recording Device Similar To T Scan For Addressing Pediatric Tmd.
Inventors include Bhumarapu Hari Prasad; Dr. Arangasamy R; and Dr Ramya Mohan.
The application for the patent was published on September 18, 2026, under issue no. 38/2026.
Abstract: This invention presents a novel anesthesia delivery system designed for the safe and controlled administration of inhalation anesthesia in experimental animals, particularly within academic and research laboratory environments. The system utilizes a low-pressure air pump as the carrier gas source, which passes through an anesthetic vaporizer chamber to generate anesthetic vapor. The flow of anesthetic-mixed gas is regulated using a manual flow control valve and delivered to the animal through a face mask. The system also incorporates an activated charcoal scavenging unit to absorb exhaled anesthetic gases, ensuring operator safety and minimizing environmental contamination. Traditional anesthesia delivery systems used in veterinary and research applications are often expensive, bulky, and require complex infrastructure such as pressurized oxygen cylinders and precision vaporizers. These limitations make them less accessible for educational institutions and small-scale research setups. The proposed system addresses these challenges by offering a compact, portable, and cost-effective alternative while maintaining essential functionality for safe anesthesia delivery. The use of simple mechanical components ensures ease of operation, while the integrated design enhances reliability and usability. Furthermore, the proposed device supports controlled and consistent anesthesia delivery, which is essential for ethical animal handling and accurate experimental outcomes. By enabling manual regulation of airflow and anesthetic concentration, the system allows users to maintain appropriate anesthesia levels throughout procedures. The inclusion of a scavenging mechanism further enhances safety by preventing exposure to anesthetic gases. The system is also scalable, allowing future integration of digital flow monitoring, automated control systems, and safety sensors, making it a promising solution for advancing accessible anesthesia delivery technology in biomedical and veterinary applications.
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