2024年8月9日 · This study aims to demonstrate the capability of a novel HD-EMG forearm sleeve equipped with up to 150 electrodes to capture high-resolution muscle activity, decode complex hand gestures, and...

Battelle’s NeuroLife® wearable sleeve showcases our unique background in developing life-enhancing products. For the first time ever, this technology allows us to measure the nerves and muscles of the forearm with high resolution and in real-time. The result is targeted stimulation interventions that recreate complex, dexterous hand movements.

This study aims to demonstrate the capability of a novel HD‐EMG forearm sleeve equipped with up to 150 electrodes to capture high‐resolution muscle activity, decode complex hand gestures, and...

To address these challenges, we developed an inexpensive, easy-to-don sleeve that can record robust and repeatable surface electromyography from 32 embedded monopolar electrodes. Embedded grommets are used to consistently align the sleeve with natural skin markings (e.g., moles, freckles, scars).

The biosleeve would have an integrated array of surface electromyogram (EMG) sensors to measure muscle activity in the forearm corresponding to finger movements and forces, and several inertial sensors to track larger movements of the operator's arm and hand.

2020年2月28日 · To address these challenges, we developed an inexpensive, easy-to-don sleeve that can record robust and repeatable surface electromyography from 32 embedded monopolar electrodes. Embedded grommets are used to consistently align the sleeve with natural skin markings (e.g., moles, freckles, scars).

高密度肌电图（HD-EMG）可以提供自然的界面来增强人机交互（HCI）。 本研究旨在展示配备多达 150 个电极的新型 HD-EMG 前臂套筒能够捕获高分辨率肌肉活动、解码复杂手势并通过关节角度预测估计连续手部位置。 10 名身体健全的参与者进行了 37 次手部动作和抓握，同时使用 HD-EMG 套筒记录 EMG。 同时，带有 18 个传感器的动作捕捉手套计算了所有动作中手和手指的 23 个关节角度，用于训练回归模型。 为了对 37 个手势进行分类，我们的解码算法能够以 100 毫 …

2025年4月1日 · Latent component weightings revealed interpretable measures of motor coordination and muscle coupling alterations. Conclusions: These results demonstrate the feasibility of predicting motor function through features decomposed from a wearable HD-EMG sleeve, which could be leveraged to improve stroke research and clinical care.

2024年8月5日 · Surface electromyography (EMG) provides a simple, non-invasive method to directly measure changes in muscle activation post-stroke. Simultaneous EMG recording from multiple muscles can reveal altered recruitment and …

In this study, the smart EMG sleeve is developed. Through integrating the wearable EMG device, the smart EMG sleeve become more comfortable, therefore the user will not feel the existence of electrodes. The proposed EMG sleeve can measure the EMG and movement of arm and the new kind of fabric electrode is also developed to reduce the