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Usability study of a device for compensation of foot drop based on FES and surface multi-field electrodes in a clinical environment

机译:在临床环境中基于FEs和表面多场电极补偿足下垂的装置的可用性研究

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摘要

Functional Electrical Stimulation (FES) has shown successful assistive and rehabilitation effects in people affected by foot drop dysfunction caused by neurological disorders [1]. Still, FES-based foot drop devices are not present in regular therapy programs of many countries due to barriers caused by technological, usability or reliability issues [2]. FES devices based on surface multi-field electrodes bring new broader stimulation possibilities and features like compensation of eversion/inversion and thus, potentially increase the configuration options. In this study, the satisfaction and usability aspects of a multi-field based FES device were analyzed in a clinical environment. Method The FES device used in this study was the Fesia Walk device for compensation of foot drop, which is based on a multi-field surface electrode and an inertial sensor for gait phase detection. 10 acquired brain injury subjects in chronic stage and 4 therapists participated in the study. The therapists received a two-hour training session prior to the therapy sessions. Every subject was assigned to one therapist and received 3 sessions of habituation and 6 sessions of over ground walking with the Fesia Walk during three weeks. Both therapists and users were evaluated with the Quebec User Evaluation of Satisfaction with Assistive Technology (QUEST). Additionally, the therapists were evaluated with the System Usability Scale (SUS). An individual interview was carried out with each of the participants. Results The device received good scores in both the QUEST and SUS scales, with mean scores of 4.14 out of 5 and 85.6 out of 100 respectively. Furthermore, most users and all therapists showed interest to continue using the device after the study. Discussion and conclusions This usability study indicated that it is possible to include surface multi-field based FES devices for the compensation of foot drop in practical therapeutic programs and that they can be used as regular tools by therapists in clinical environments.
机译:功能性电刺激(FES)已显示出成功的辅助和康复作用,可治疗因神经系统疾病引起的足部功能障碍的人[1]。尽管如此,由于技术,可用性或可靠性问题[2],在许多国家的常规治疗计划中仍不存在基于FES的脚踏装置。基于表面多场电极的FES装置带来了新的更广泛的刺激可能性和功能,例如外向/反向补偿,因此潜在地增加了配置选项。在这项研究中,在临床环境中分析了基于多字段的FES设备的满意度和可用性方面。方法:本研究中使用的FES设备是Fesia Walk设备,用于补偿脚的下落,该设备基于多场表面电极和用于步态相位检测的惯性传感器。慢性阶段的10名获得性脑损伤受试者和4名治疗师参加了研究。在治疗之前,治疗师接受了两个小时的培训。每位受试者被分配给一名治疗师,并在三周内接受了3次习惯性训练和6次Fesia Walk地面步行训练。治疗师和使用者均接受了魁北克使用者对辅助技术满意度的评估(QUEST)。此外,还使用系统可用性量表(SUS)对治疗师进行了评估。对每个参与者进行了一次个人访谈。结果该设备在QUEST和SUS量表中均获得了良好的评分,平均评分分别为5.14和4.5.6(满分为100)。此外,大多数用户和所有治疗师都表示有兴趣在研究后继续使用该设备。讨论与结论这项可用性研究表明,可以将基于表面多场的FES设备包括在实际的治疗程序中,以补偿足部跌落,并且它们可以在临床环境中用作治疗师的常规工具。

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