This article presents a novel approach for the electrical interconnection of embroidered
conductive yarns with each other at defined cross-points using ultrasonic spot welding. The …

For textile-based electronic systems with multiple contacts distributed over a large area, it is
very complex to create reliable electrical and mechanical interconnections. In this work, we …

A suitable connection method to automatically produce E-textiles does not exist. Ultrasonic
soldering could be a good solution for that since it works with flux-free solder, which avoids …

The connection between flexible textiles and stiff electronic components has always been
structurally weak and a limiting factor in the establishment of smart textiles in our everyday …

The compression properties of welded seams depending on welding parameters using the
hot wedge and hot air welding technique, ultrasonic welding technique, and high-frequency …

This article presents the results of tests on the resistance of new textile signal lines to
bending and abrasion. The textile signal lines are one of the most important parts of the …

Smart textiles, also known as electronic textiles or e-textiles, are advanced materials that
merge traditional textile structures with integrated electronic components and technologies …

The unique characteristic of the electroconductive fabric-based sensor is its ability to
generate an electric signal directly in response to external stimuli. A fabric-based layer can …

Electro-conductive paths that are mechanically resistant and stable during simulated aging
cycles are promising, in relation to the non-invasive application in e-textiles in our everyday …

The paper presents a new method for determining the machine-hand welding times of
synthetic polymer materials using ultrasonic welding machines with rotary sonotrode. The …