Automation in production of yarns, woven, and knitted fabrics ∗

Saggiomo, Marco; Wischnowski, Marko; Simonis, Kristina; Gries, Thomas

doi:10.1016/b978-0-08-101211-6.00003-3

Cited by 3 publications

(3 citation statements)

References 15 publications

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“…Similarly, the use of automation in food processing, packaging and handling has (for the most part) reduced wastage and enabled products to be shipped to new markets more distant in both time and space: increased use of robots may realise further gains of this sort (Dai and Caldwell 2010). Improvements in textile manufacturing, including more sophisticated automation and the use of robots, have the potential to add value to wool and fibre production (Nayak and Padhye 2018;Saggiomo et al 2018). While outcomes vary widely internationally and between different scales of operation, automated milking systems (AMS) can add value to milk production by increasing milk yield and decreasing labour costs (Tse et al 2018).…”

Section: Economicmentioning

confidence: 99%

Robots in agriculture: prospects, impacts, ethics, and policy

2020

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Agriculture is both the site of development of important new technologies and a key area of application of technologies developed elsewhere. It is little wonder, then, that many thinkers believe that progress in the science and engineering of robotics may soon change the face of farming. This paper surveys the prospects for agricultural robotics, discusses its likely impacts, and examines the ethical and policy questions it may raise. Along with the environmental and economic impacts of robots, political, social, cultural, and security implications of the introduction of robots that have received little attention in the larger literature on agricultural robotics are considered. Key policy choices necessary to meet the ethical challenges likely to arise as agricultural robots start to become used more widely, and to maximise the social, environmental, and economic benefits of robots in agriculture, are highlighted.

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Section: Economicmentioning

confidence: 99%

Robots in agriculture: prospects, impacts, ethics, and policy

2020

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“…For the last 20 years, for any yarn testing it took some hours to conduct the tests, but nowadays it can be done within few seconds by the use of HVI instruments. The success behind such systems has been achieved by the continuous innovation and up gradation of automation in the plant activities (Saggiomo et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

Spinning Processing with Automation

Tarafder

2024

JoMAS

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Fibre and yarn processing and fabric manufacturing are the two division of textile industry. Electronic controls systems are functioning for optimal running with all machines under proper supervising in step wise improvement in each yarn manufacturing process. Modern automation techniques can manufacture in the textile processing to achieve greater number of smaller manufacturers, who can produce smaller organization to produce cost-effective and quick delivery products. Automation Solutions have their new generation of product lines for expert engineers to serve automation solutions for the whole of the value chain. With the installation of Rieter Automation Solutions from blow room to final packaged yarns, it reduces the number of personnel. Present day automation is used in yarn manufacturing from bale management to processing of cone winding. On one of the major key objectives in textile manufacturing is to improve quality and cost competitiveness. At present, spinning is one of the most applied areas where automation is successful in manufacturing processes. Voltas offers the wide range of machines in spinning processing for products as needed by the spinning industry.

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“…With the new design, the random data generated in the PLC is sent to the inverters controlling the asynchronous motors as frequency information.In this way, the motors are randomly accelerated and decelerated. It is ensured that an image that does not repeat each other is created in the pattern that emerges as a result of the study (Mahmudova, 2018;Patnaik, 2018;Saggiomo, 2018;İlhan, 2019;Ku et al, 2020).…”

Section: Introductionmentioning

confidence: 99%

Mekanik Tahrikli Rastgele Kısa Desen Yapan Makine Prototipi

YILMAZ,

KOÇ,

ŞENER

2023

Osmaniye Korkut Ata Üniversitesi Fen Bilimleri Enstitüsü Dergisi

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One of the important producers of the industrial industry in our country is the textile sector. The importance of the textile industry for our country is growing day by day with increasing production and employment. In order to keep up with this growth, manufacturers need to go beyond their existing systems, show their differences and make the right innovations in their production. Considering these values, changes to be made in the yarn structure or dyeing process come to the fore. In this study, the dyeing process is discussed. Weaving and home textiles, which are an important part of the textile industry, have a wide market. There are different dyeing systems that have an important market for the products made in these areas. Spaced and smart painting, which are among these painting systems, do not meet the needs in the desired direction. A new machine design is needed to provide the desired features. In the study conducted in this direction; A commercially unavailable machine has been implemented, designed and manufactured to generate random short patterns with mechanical drive. In project scope; First of all , the paint stand to be integrated into the system was designed . Different yarn lifters and godet systems have been designed. Paint container, drive system and electronic panel are also mounted on the system. In addition, new software has been developed within the scope of the project to provide automatic control of the system. Studies were carried out with PLC and Arduino electronic circuit board. In the first stage, motor driver circuits were designed with PLC and Arduino. Then, with the software loaded on the PLC and Arduino processor board, the frequency values to be given to the inverter were started by changing the threshold ranges we wanted. Lifters and painting cylinders are connected to each other so that the same sequence is not repeated. Thus, in this study carried out in line with the needs, both a new machine and a new textile product with different dye patterns emerged.

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Automation in production of yarns, woven, and knitted fabrics ∗

Cited by 3 publications

References 15 publications

Robots in agriculture: prospects, impacts, ethics, and policy

Robots in agriculture: prospects, impacts, ethics, and policy

Spinning Processing with Automation

Mekanik Tahrikli Rastgele Kısa Desen Yapan Makine Prototipi

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