TY - JOUR AU - Moon, Youngjin AU - Hyun, Jaeho AU - Oh, Jeongmin AU - Lee, Kwanhee AU - Lee, Yoon Se AU - Kim, Jun Ki PY - 2021 DA - 201/10/18 TI -一种用于COVID-19大流行期间远程诊断的基于wi - fi的面具型喉镜:仪器验证研究乔- J地中海互联网Res SP - e31224六世- 23 - 10 KW -分享服务内窥镜KW -移动健康KW - telediagnosis KW -连续段KW -可分音节的内窥镜千瓦COVID-19 KW -现场即时诊断KW -验证KW -医疗器械KW -内窥镜KW -传感器KW -创新KW -视频KW -传输AB -背景:由于COVID-19大流行,社会距离已经成为强制性的。非接触式检查中的无线内窥镜有望保护医护人员并减少病毒传播。目的:本研究旨在介绍一种采用无线内窥镜面具状的非接触式内窥镜诊断系统。方法:基于wi - fi的非接触式口罩内窥镜系统由一次性内窥镜和控制器组成。首先，在一个模拟口咽壁上的力传感器组成的简单的经口模型中评估插入期间由尖端施加的有效力。其次，通过在直接连接和Wi-Fi连接上比较运动和图像之间的帧速率和延迟来评估视频流中的延迟。第三，将该系统应用于详细的喉咽道假体。结果:成功评价了智能手机控制的无线内窥镜系统。对跨口模型壁的平均、最大和最小碰撞力分别为296 mN (30 gf)、363 mN (37 gf)和235 mN (24 gf)。 The delay resulting from the wireless connection was 0.72 seconds. Using the phantom, an inexperienced user took around 1 minute to orient the endoscope to a desired area via the app. Conclusions: Device articulation does not pose a significant risk of laryngopharyngeal wall penetration, and latency does not significantly impede its use. Contactless wireless video streaming was successful within the access point range regardless of the presence of walls. The mask endoscope can be controlled and articulated wirelessly, minimizing contact between patients and device operators. By minimizing contact, the device can protect health care workers from infectious viruses like the coronavirus. SN - 1438-8871 UR - //www.mybigtv.com/2021/10/e31224 UR - https://doi.org/10.2196/31224 UR - http://www.ncbi.nlm.nih.gov/pubmed/34518154 DO - 10.2196/31224 ID - info:doi/10.2196/31224 ER -