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Artificial instruments explore heart wave activity, tracking and real-time synchronization vectors.

机译:人造仪器探索心脏波活动,跟踪和实时同步向量。

摘要

2. the device used to draw cardiac electrical current maps only supports the top of the chest, without the use of limbs cable or conductive gel. The instrument shows that two orthogonal derivatives and their corresponding VCG (vector antennae) occur simultaneously in cardiac activity. It differs from 12 electrocardiogram (ECG) separators, which use bipolar electrodes for pre-ordering (ECG uses unipolar electrodes), and can detect invisible changes in traditional systems. Similarly,It can regenerate 12 separators from two registries, but its accuracy has not been clinically validated as an alternative to preliminary screening methods. In addition, through the study of different parts of the thoracic cavity, we can find the undetectable electrical interference of ECG. In some locations (Lewis derivation), P band can be well recorded, which is very useful for heart rate assessment of width. It can also detect Delta waves.D psillon (right ventricular arrhythmia) and Osborn wave (hypothermia).
机译:2.用于绘制心脏电流图的设备仅支撑胸部顶部,而不使用四肢电缆或导电胶。该仪器显示出两个正交导数及其对应的VCG(矢量触角)在心脏活动中同时出现。它与12个心电图(ECG)分离器不同,后者使用双极电极进行预订购(ECG使用单极电极),并且可以检测传统系统中的不可见变化。同样,它可以从两个注册表中再生12个分离器,但是其准确性尚未得到临床验证,可以替代初步筛选方法。此外,通过研究胸腔的不同部位,我们可以发现无法检测到的ECG电干扰。在某些位置(刘易斯推导),可以很好地记录P波段,这对于宽度的心率评估非常有用。它还可以检测Delta波,D psillon(右室心律不齐)和Osborn波(体温过低)。

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