Patent Summary

Application No.: 202441007228 |  Type: Ordinary Application
Field of Invention: Biomedical/Mechatronics
Date of Filing: 2 February 2024
Application Status: Filed and Examination Requested; Not yet published under Section 11A
Applicants: Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST),
Biomedical Technology Wing, Poojappura, Trivandrum – 695012, Kerala, India, Government Engineering College, Thiruvananthapuram, Barton Hill, Kunnukuzhy, Trivandrum – 695035, Kerala, India
Inventors: Dhanya S, Dr. Shani S. D., Krishna Sarma S, Damodara Sarma E & Archana S, Sreelal S (SCTIMST), Dr. Anish Karimpannur John, Aloysious Benoy, Adith V. S., Aiswarya Mohan, Akshay Mahadevan, Sreedarsh V, Nithin Krishnan S. S., Ankitha V. N., Sangeeth Sankar, Arjun B. Gopan, Athira L, Lekshmi S (GECBH)

The invention proposes a rotary dispensing device designed for controlled distribution of medical consumables. It consists of a central rotating storage chamber with multiple units, aligned to a dispensing opening via a hybrid motion system combining rotary and linear actuators. The mechanism enables accurate, user-friendly retrieval of consumables in clinical settings, minimizing handling errors and improving workflow efficiency.

Application No.: 202341055260  |  Type: Ordinary Application
Field of Invention: Biomedical Engineering
Date of Filing: 17 August 2023 |  Publication Date (U/S 11A): 21 February 2025
Request for Examination: 27 June 2025
Application Status: Awaiting Examination

• Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST)
• Government Engineering College Barton Hill, Thiruvananthapuram

Inventors: Dr. Keshavadas C, Dr. Smita V, Dr. Subin Sukesan, Dr. Sunil Kumar, Dr. Krishna Sarma S, Dr. Venkata Subbaiah A, Renjima G, Jithin S. S., Arun Anirudhan V, Sheeba Kumari R, and Adarsh Anil Kumar (SCTIMST), Dr. Smitha S. L, Dr. Jeena R. S, Dr. Anish Karimpannur John, Aloysious Benoy, Sandhra Prathap P, Assay M. Kallian, Akhil Ajith, (GECBH)

This invention describes a method and system for creating 3D virtual reconstructions of patient anatomy using virtual reality (VR) technology to aid in surgical planning. It processes patient medical and imaging data, filters voxels based on predefined parameters, and highlights anatomical structures for immersive visualization. The VR output offers precise anatomical orientation, improving pre-surgical assessment and decision-making.

Application No.: 202341062105  |  Type: Ordinary Application
Field of Invention: Biomedical Engineering
Date of Filing: 15 September 2023 |  Publication Date (U/S 11A): 21 March 2025
Request for Examination: 16 September 2024
Application Status: Awaiting Examination

• Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST) Biomedical Technology Wing, Poojappura, Trivandrum – 695012
• Government Engineering College Barton Hill, Thiruvananthapuram – 695035

Inventors: Dr. Subin Sukesan, Dr. Shaiju S. Nazeer, Dr. Smita V, Krishna Sarma S, Arun Anirudhan V, Dr. Saravana Babu M. S (SCTIMST), Dr. Anish Karimpannur John, Dr. Nelsa Abraham, Sooraj A. R, Govind U, S. Karthikeyan, Saikrishnan R, Ayush Arun (GECBH)

This invention describes an endoscopic camera system that calculates the distance between two points in high-resolution medical images. It captures detailed views of anatomical cavities and processes the images using an integrated algorithm to identify and measure spatial dimensions. The system enhances surgical precision and diagnostic accuracy by enabling real-time, in-situ measurements during minimally invasive procedures.

Application No.: 202341052311  |  Type: Ordinary Application
Field of Invention: Biomedical Engineering
Date of Filing: 03 August 2023 |  Publication Date (U/S 11A): 07 February 2025
Request for Examination: 02 August 2024
Application Status: Awaiting Examination

• Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST)
• Government Engineering College Barton Hill, Thiruvananthapuram – 695035

Inventors: Dr. Smita V, Dr. Shrinivas V. G, Dr. P. K. Dash, Sreekanth P, Manju R. S, Krishna Sarma, Arun Anirudhan V (SCTIMST), Dr. Anish Karimpannur John, Dr. Rajeev Rajan, Megha S, Aiswarya Lakshmi, Parvathy S Vinod, Bhagyanath S, Sreelakshmi S, Varsha R Ajith, Tiny Babu, Pradeep S. L, Amrita Jiju

This invention describes an automated ultrasound-guided system designed for accurate and minimally invasive cannulation of major blood vessels. The system comprises a robotic needle introducer integrated with a flexible probe holder, syringe holder, and actuator modules that work in coordination under the control of an intelligent unit. It enhances precision, reduces human error, and is intended for safe use in clinical and emergency care scenarios involving vascular access.

Application No.: 202341003363  |  Type: Ordinary Application
Field of Invention: Mechanical Engineering
Date of Filing: 17 January 2023 |  Publication Date (U/S 11A): 19 July 2024
Request for Examination: 9 February 2023
Application Status: Awaiting Examination

• Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST)
• Government Engineering College Barton Hill, Kunnukuzhy, Thiruvananthapuram

Inventors: Dr. Smita V., Dr. Subin Sukesan, Dr. Shrinivas V. G., Dr. Prasanta Kumar Dash, Mr. Arun Anirudhan V. and Mr. Sreelal S. (SCTIMST) Dr. Anish Karimpannur John, Dr. Rajeev Rajan, and Dr. Dinesh Gopinath, Mr. Jayakrishnan C., Mr. Goutham Sai Krishna, Mr. A Arjun, Ms. Aparna Govind, and Mr. Ayush Arun. (GECBH)

The invention presents a motorized automated e-drive system designed to enhance the mobility and control of manual mechanical apparatuses like hospital trolleys. It comprises a system body, driving unit, coupler system, and multiple accessories. Structural supports ensure stability, while an arresting mechanism allows controlled halting of the system's motion. Integrated with a wireless IoT-enabled display unit, the system offers real-time operational feedback and remote control capabilities. The base serves as the foundational support for the entire assembly. This smart, ergonomic solution significantly improves transport safety, efficiency, and operability in clinical environments.