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ELECTRODE FOR FUNCTIONAL MAPPING OF HIDDEN CORTICAL FORMATIONS (OPTIONS)

机译:隐藏性皮层结构的功能映射电极(选项)

摘要

FIELD: medicine.SUBSTANCE: group of inventions refers to medical equipment, namely to electrodes for functional mapping of hidden cortical formations. Electrode comprises current conducting elements and non-conducting housing. Current-conducting elements include working contact, wire and connector contact. Housing comprises working and non-working parts. Working part has two sides, is made flexible, includes reinforcing component and measuring scale. Beginning of the measurement scale is located at the distal end of the housing. Nonworking part comprises cable and/or handle. Active surface of each working contact is located on one side of working part of housing. Shape and sizes of working contacts and inter-contact distances provide coverage of the structures to be marked with the required number of working contacts. Gaps between outer edges of working contacts and body edges are minimum or absent. In another version of the electrode design, the beginning of the measurement scale is located on the proximal or distal end of the housing. Active surface of each working and connector contact is located on one side of the working part of the housing. Working and connector contacts correspond to each other in shape, dimensions and intercontact distance. Intercontact distance provides coverage of the structures to be marked with a required number of working or connector contacts. In another version of the electrode design, the measuring scale has a reference point on the distal end of the housing and is bent along the rib. Active surface of working contacts is located on one side of working part of housing.EFFECT: higher efficiency of functional mapping of hidden cortical formations and other hard-to-access areas of the cerebral cortex.22 cl, 7 dwg
机译:技术领域:一组发明涉及医疗设备,即用于对隐藏的皮层结构进行功能映射的电极。电极包括导电元件和不导电的壳体。导电元件包括​​工作触点,电线和连接器触点。外壳包括工作和非工作部分。工作部分有两个侧面,做成柔性的,包括加强部件和测量尺。测量刻度的起点位于外壳的远端。非工作部分包括电缆和/或手柄。每个工作触点的有效表面位于外壳工作部分的一侧。工作触点的形状和大小以及触点间的距离可覆盖要标记的结构,并标出所需数量的工作触点。工作触点的外边缘与主体边缘之间的间隙最小或不存在。在电极设计的另一种形式中,测量刻度的起点位于外壳的近端或远端。每个工作触点和连接器触点的有效表面位于外壳工作部分的一侧。工作触点和连接器触点的形状,尺寸和相互接触距离相互对应。接触距离可覆盖需要标记的结构,并带有所需数量的工作或连接器触点。在电极设计的另一种形式中,测量尺在壳体的远端上具有参考点,并且沿着肋弯曲。工作触点的活动表面位于外壳的工作部分的一侧,效果:隐藏的皮层结构和大脑皮层其他难以接近的区域的功能图绘制效率更高22 cl,7 dwg

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