1. Granted Patent
- Status: Granted
This patent discloses a novel fabrication method for a flexible strain sensor intended for respiration rate detection and physiological monitoring. The invention focuses on a polymer-based flexible sensor architecture, enabling high sensitivity, mechanica
- Status: Published
The technology is suitable for wearable healthcare devices, biomedical monitoring systems, and real-time physiological sensing, with strong potential for translational and first-aid diagnostic applications.
- Status: Published
2. Granted Patent
- Status: Granted
This patent presents a transparent and flexible sensor device based on a PDMS-supported graphene/PANI/graphene sandwich structure. The proposed architecture offers enhanced electrical conductivity, optical transparency, and mechanical flexibility, making
- Status: Published
The fabrication method is optimized for reliability, scalability, and compatibility with flexible substrates, supporting applications in smart wearables and flexible electronic systems.
- Status: Published
Method for Fabricating Flexible Strain-Sensor for Respiration Rate Detection and a Flexible Strain-Sensor Device Thereof
- Status: Published
Dr. Puneet Sharma, Dr. Atul Kumar Sharma, Dr. Ritu Sharma, Prof. Vijay Janyani, Jyoti Sharma
- Status: Published
Flexible Sensors / Wearable Sensors
- Status: Granted
A PDMS-Based Graphene/PANI/Graphene (G–P–G) Sandwich Transparent Conducting Flexible Sensor Device and Its Fabrication Method Thereof
- Status: Published