Wound healer

Abstract

The present invention discloses Wound Healer (9), a bioelectric bandage designed to accelerate wound healing, prevent infections, and provide real-time monitoring for better patient care. The device consists of a Silicon layer (1) and a Plastic outer layer (2) for durability and flexibility. It features an Electric pulse generator (3) that delivers controlled electrical stimulation to enhance cell regeneration and improve blood circulation. A Power source (4) ensures continuous operation, while embedded sensors, including a pH sensor (5), Temperature Sensor (6), and Moisture Sensor (7), monitor wound conditions and detect infections in real-time. Data from these sensors is processed by an Embedded Microchip (8), which wirelessly transmits alerts to healthcare providers. The self-sustaining power system harnesses energy from body movement, heat, or wound fluids, eliminating the need for external batteries. Designed with a biodegradable hydrogel structure, Wound Healer (9) conforms to various wound types and dissolves naturally after healing, ensuring pain-free removal. This innovative bandage enhances wound care by reducing recovery time, minimizing complications, and improving patient outcomes.