Kim Jeonghee, Park Hangue, Bruce Joy, Rowles Diane, Holbrook Jaimee, Nardone Beatrice, West Dennis P, Laumann Anne E, Roth Elliot, Veledar Emir, Ghovanloo Maysam
GT Bionics Laboratory, School of Electrical and Computer Engineering, Georgia Institute of Technology, Atlanta, GA.
J Rehabil Res Dev. 2014;51(3):451-65. doi: 10.1682/JRRD.2013.08.0178.
The Tongue Drive System (TDS) is a minimally invasive, wireless, and wearable assistive technology (AT) that enables people with severe disabilities to control their environments using tongue motion. TDS translates specific tongue gestures into commands by sensing the magnetic field created by a small magnetic tracer applied to the user's tongue. We have previously quantitatively evaluated the TDS for accessing computers and powered wheelchairs, demonstrating its usability. In this study, we focused on its qualitative evaluation by people with high-level spinal cord injury who each received a magnetic tongue piercing and used the TDS for 6 wk. We used two questionnaires, an after-scenario and a poststudy, designed to evaluate the tongue-piercing experience and the TDS usability compared with that of the sip-and-puff and the users' current ATs. After study completion, 73% of the participants were positive about keeping the magnetic tongue-barbell in order to use the TDS. All were satisfied with the TDS performance and most said that they were able to do more things using TDS than their current ATs (4.22/5).
舌驱动系统(TDS)是一种微创、无线且可穿戴的辅助技术,它能让严重残疾人士通过舌头运动来控制周围环境。TDS通过感应施加在使用者舌头上的小型磁性示踪器产生的磁场,将特定的舌头动作转化为指令。我们之前已对TDS用于操作电脑和电动轮椅进行了定量评估,证明了其可用性。在本研究中,我们着重对高位脊髓损伤患者进行了定性评估,这些患者每人都接受了磁性舌穿刺,并使用TDS达6周之久。我们使用了两份问卷,一份是情景后问卷,一份是研究后问卷,旨在评估舌穿刺体验以及与吸吮-吹气装置和使用者当前辅助技术相比TDS的可用性。研究结束后,73%的参与者对保留磁性舌环以使用TDS持积极态度。所有人都对TDS的性能感到满意,大多数人表示使用TDS比使用他们当前的辅助技术能做更多的事情(4.22/5)。