Electrodes from Conductive Textile Materials

Citation Author(s):
Rene
Jaros
Technical University of Ostrava
Submitted by:
Rene Jaros
Last updated:
Tue, 02/11/2025 - 08:31
DOI:
10.21227/jmfx-zj09
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Abstract 

This dataset contains electrocardiography (ECG) data recorded under controlled laboratory conditions. The primary objective of the measurement was to evaluate and compare different types of electrodes made from conductive textile materials in terms of their signal quality and performance. The dataset includes recordings from both conventional adhesive electrodes and textile electrodes to assess their suitability for ECG monitoring. The study aims to explore the potential of textile-based electrodes as an alternative to traditional adhesive electrodes, particularly in applications requiring long-term monitoring, improved patient comfort, or flexible integration into wearable medical devices.

Instructions: 

This dataset contain five folders with five different types of conductive textile materials from Shieldex, which were used to create pads (electrodes) filled with memory foam. Each pad is equipped with a snap fastener to enable connection to a conductor. Each folder includes 20 records from 20 subjects, where each record consists of three signals from conventional adhesive electrodes placed at positions V4, V5, and V6 for ECG measurement, along with three textile electrodes secured with a strap and positioned near V4, V5, and V6 for comparison. The measurements were conducted using a BTL device.

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