Digital embroidery

Hoerr, Melanie; Zimmerman, Jan

doi:10.1016/b978-0-12-819526-0.00020-5

Cited by 3 publications

(1 citation statement)

References 14 publications

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“…Alternatively, conductive traces can be embroidered as filled areas, using the socalled fill stitch, with an underlayer angled to the primary stitch direction. This technique ensures a high material density and sufficient electrical contact between stitches [3].…”

Section: (B) Stitch Sequence Guidelinesmentioning

confidence: 99%

Mass Production of E-Textiles Using Embroidery Technology

Vasilev,

Hoerr,

Kasdorf

et al. 2024

E-Textiles 2023

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Section: (B) Stitch Sequence Guidelinesmentioning

confidence: 99%

Mass Production of E-Textiles Using Embroidery Technology

Vasilev,

Hoerr,

Kasdorf

et al. 2024

E-Textiles 2023

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Washability of E‐Textiles: Washing Behavior of Textile Integrated Circuits Depending on Textile Substrate, Circuit Material and Integration Method

Rotzler,

von Krshiwoblozki,

Kallmayer

et al. 2024

Adv Funct Materials

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Wearable electronic textiles (e‐textiles) can provide comfortable and unobtrusive solutions for a wide range of applications, yet insufficient reliability is preventing a wider market success. Washability is a critical reliability concern, especially for textile integrated circuits that are permanently attached to the textile substrate. A variety of textile circuits on different textile substrates were subjected to up to 100 wash cycles to understand washing damages and failure modes, setting the basis for subsequent improvements for reliably washable e‐textiles. The research reveals shortcomings and vulnerabilities for each type of track, as well as their current washability level—which differs considerable across the tested circuits. Substrate properties directly influence the washing results. The results do not only provide valuable insight into how and at which points textile integrated circuits need to be optimized to improve washability, but also reveal which pairings of textile properties and circuit types result in more robust and reliabl e‐textiles.

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A Study on Improving the Innovativeness and Practicality of Traditional Embroidery Techniques Using Topological Structure Analysis

2024

Applied Mathematics and Nonlinear Sciences

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Based on the continuous change of the market and the transformation of consumer demand, traditional embroidery technology is urgently in need of reform and innovation. This paper applies the topological structure to the computerized embroidery machine, which enables the mechanization and digitization of traditional embroidery. This paper employs the ICM method to concentrate on the topological level of the structure, utilizing the strategies of “material optimization,” “cross-section optimization,” and “shape optimization” to identify its continuity and microprocessibility and to incorporate the topological variables into the overall structure. We separate the low-level design variables from the topological variables, thereby creating more independent design variables. The structure of the presser foot and needle bar mechanism of the embroidery machine is optimized based on ICM topology. Researchers conduct simulation experiments on the optimized virtual prototype of the embroidery machine. A multidimensional analysis of embroidery products produced by the embroidery machine optimized based on ICM topology was conducted through a questionnaire survey. Consumers purchased 68.43% of the products in the category of “daily necessities,” 66.23% evaluated the practicality of the products, and 71.24% purchased the products because they “favor the traditional embroidery craftsmanship.” The above data shows that products made according to the method described in this paper are practical. The data mentioned above indicates that embroidery products created using the method outlined in this paper are useful in everyday life and do not damage traditional embroidery stitches.

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Digital embroidery

Cited by 3 publications

References 14 publications

Mass Production of E-Textiles Using Embroidery Technology

Mass Production of E-Textiles Using Embroidery Technology

Washability of E‐Textiles: Washing Behavior of Textile Integrated Circuits Depending on Textile Substrate, Circuit Material and Integration Method

A Study on Improving the Innovativeness and Practicality of Traditional Embroidery Techniques Using Topological Structure Analysis

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