2 results about "Nerve function" patented technology

The application discloses a kind of based on multi-modal fingertip monitor's vascular pressure reflex sensitivity dynamic evaluation method, system and equipment, belong to the technical field of autonomous nerve function assessment of computational physiology.The method relies on monitoring equipment and its specific high-fidelity recording mode that can produce time strictly aligned multi-modal raw data stream in hardware level, relies on synchronous data packet with uniform timestamp that is composed of electrophysiological data sub-packet and optical data sub-packet in data level.The core of method includes: receiving and analyzing the time-aligned data packet, detecting the starting point of skin conductance response event from it, and calculating pulse wave conduction time sequence synchronously;With each skin conductance response event starting point as time reference, analyze the dynamic change characteristics of the pulse wave conduction time sequence in the preset time window after it, and quantify the change characteristics as the evaluation index of vascular pressure reflex sensitivity.The present application makes full use of the accurate timing relationship between skin electrical activity surge event and vascular dynamics instantaneous response provided by high-precision hardware synchronization, solves the problem that traditional pressure reflex sensitivity evaluation method is complex, cannot be continuously monitored, and is difficult to capture instantaneous reflex function.

This invention discloses a functional electrical stimulation rehabilitation aid for stroke, belonging to the field of medical rehabilitation aid technology. It includes an electrical stimulation component, a walking component, a height adjustment component, a body support adjustment component, and a rehabilitation component. This device integrates the electrical stimulation component, the body support adjustment component, and the lower limb rehabilitation training component into one unit, overcoming the limitations of traditional devices that separate head electrical stimulation from limb training. It transmits precise electrical signals to the head's nerve function areas through flexible electrode pads within the helmet, directly promoting the repair and regeneration of damaged nerves. Furthermore, the servo motor-driven linkage mechanism in the rehabilitation component simulates human gait, achieving passive training of lower limb joints and muscles. This eliminates the need for patients to transfer between multiple devices, reducing physical exertion and avoiding safety risks during transfers, making it particularly suitable for acute-phase patients with weak limb mobility.