DOCSLIB.ORG

Narrow Fabric Weaving Machine MULTICOLOR MVC2.8

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Narrow Fabric Weaving Machine MULTICOLOR MVC2.8 MVC2.8 Technical data – MVC2.8 Narrow fabric weaving machine Number of spaces 20 15 14 11 9 9 Nominal reed width in mm 24 30 36 50 57 66 min-1 mechanical speed 1400 1400 1400 1400 1400 1400 with compensating roller 700 700 700 700 700 700 Max. beam Ø in mm with DIGIKAST 800 800 800 800 800 800 standard 444444 No. of weft colors optional 556888 MULTICOLOR MVC2.8 Note: For each design, the pick density for ground wefts per cm can vary between a minimum of 10 and a maximum of 80. Weight and dimensions SPE 192 SPE 768 MVC2.8 2260 kg 2380 kg Maximum machine 2960 mm 3120 mm for labels and trimmings height with woven, soft selvedges Minimum room 3210 mm 3300 mm height Space requirements ABCD 1350 2400 1900 2500 Copyright © 2001 by Jakob Müller AG Frick 5070 Frick Switzerland Fascination of Ribbons and Narrow Fabrics Printed in Switzerland. All rights reserved. Innovation in Machinery No part of this publication may be reproduced by any means, nor translated, nor transmitted into a machine language without the written permission of the publisher. This leaflet contains photos and technical data for information only, without contractual engagement. Rep.: Jakob Müller AG Frick 5070 Frick Switzerland Tel +41 62 8655 111 Fax +41 62 8655 777 www.mueller-frick.com 905 61 125 en 08/15 MVC2.8 MVC2.8 Jacquard machines for multicolored labels with Build and technical properties woven selvedges The use of high-value materials and the simplicity of The Müller company’s experience, constant techno- the machine’s basic movements guarantee a high logical innovations, and a solid basis of testing and level of long-term reliability, requiring relatively little inspection in the weaving shed have resulted in the maintenance of the installation. development of this superb weaving machine, Technologically high-calibre components are pro- which justifiably enjoys a world-class reputation. duced entirely within the Müller Group, with the High demands in terms of productivity and quality utmost care and a first-class level of know-how. Our require outstanding technical perfection and extre- goal is to offer the customer a product of the highest mely high component reliability, without sacrificing possible quality: versatility or increasing maintenance requirements. – Patented multicolor weft insertion system The machine’s overall innovative aspects guarantee (8 colors maximum) first-class processing of yarn for superior labels – Weft transport with self-adjustment and tension which meet the market’s ever more demanding compensation to guarantee even fabric width requirements. – Machine speed set by the pattern program (set- The MVC2.8 is a further development of MVC2 ting by user surface possible) including VARIPIC and VARISPEED (frequency – Slow motion with separate motor as standard controlled systems for the monitoring of weft density – Meets safety standards under CE directives and machine speed). Furthermore the mechanical – Jacquard machine of SPE series, controlled by section was redesigned making the machine even MVC2.8 microprocessor Detail of harness, weft control, weaving heads more reliable and sturdy. – Microprocessor UNI-control with USB-interface (Option: integrated floppy disk drive) Fields of application and properties of labels –MÜDATA®4 dialogue system integrated in con- and trimmings trol system A high level of flexibility in terms of application and – Pattern creation with MÜCAD universal fabric processing is guaranteed by the – Warp from warp beams with elastic compensati- machine’s engineering properties. on, compensating roller system or DIGIKAST Depending on individual requirements, high-quality control system varicolored taffeta, satin or semi-satin labels can be – Selvedge threads and reps on separate warp produced from synthetic or natural yarns. bobbins The weft threads provide the colors, the needle con- – Warp density can be increased by adding mono- trol producing a double pick. Depending on the num- fil threads, making interlacing points invisible and ber of weaving heads in the installation, between 4 producing a homogenous sparkling effect and 8 colors may be used. – VARISPEED and VARIPIC for the optimal moni- The ribbon selvedges are interlaced by means of a toring of machine speed and weft density in ac- special needle, resulting in markedly higher proces- cordance with label quality requirements sing quality, reliability and comfort. MVC installations are an ideal product for manufac- Thermosetting – Coiling turing labels and trimmings with complex patterns The MVC2.8 weaving machine possesses a num- and high resolution. ber of perfectly integrated functions for post-wea- Pattern production is performed by the electronically Weft and warp feed ving processing: Automatic pick density regulator controlled Jacquard machine providing synchro- – In thermosetting, the tautened tape is flattened nized control of the selection of the weft and warp by means of a heated transport roller or a heated threads. The MVC’s mechanical design makes it rail which automatically lifts up when the machi- possible to switch from one article to the next wit- ne stops. hout any downtime, assuming the same yarn colors – Coiling is the last function performed by the MVC and label widths. An additional requirement is the weaving machine, preparing the tape for subse- loading of the new program while the machine is still quent processing. working on the previous article. As a result, the machine can also produce short runs or samples. Weft feed and compensation Electronic warp let-off (DIGIKAST) MVC2.8 MVC2.8 Jacquard machines for multicolored labels with Build and technical properties woven selvedges The use of high-value materials and the simplicity of The Müller company’s experience, constant techno- the machine’s basic movements guarantee a high logical innovations, and a solid basis of testing and level of long-term reliability, requiring relatively little inspection in the weaving shed have resulted in the maintenance of the installation. development of this superb weaving machine, Technologically high-calibre components are pro- which justifiably enjoys a world-class reputation. duced entirely within the Müller Group, with the High demands in terms of productivity and quality utmost care and a first-class level of know-how. Our require outstanding technical perfection and extre- goal is to offer the customer a product of the highest mely high component reliability, without sacrificing possible quality: versatility or increasing maintenance requirements. – Patented multicolor weft insertion system The machine’s overall innovative aspects guarantee (8 colors maximum) first-class processing of yarn for superior labels – Weft transport with self-adjustment and tension which meet the market’s ever more demanding compensation to guarantee even fabric width requirements. – Machine speed set by the pattern program (set- The MVC2.8 is a further development of MVC2 ting by user surface possible) including VARIPIC and VARISPEED (frequency – Slow motion with separate motor as standard controlled systems for the monitoring of weft density – Meets safety standards under CE directives and machine speed). Furthermore the mechanical – Jacquard machine of SPE series, controlled by section was redesigned making the machine even MVC2.8 microprocessor Detail of harness, weft control, weaving heads more reliable and sturdy. – Microprocessor UNI-control with USB-interface (Option: integrated floppy disk drive) Fields of application and properties of labels –MÜDATA®4 dialogue system integrated in con- and trimmings trol system A high level of flexibility in terms of application and – Pattern creation with MÜCAD universal fabric processing is guaranteed by the – Warp from warp beams with elastic compensati- machine’s engineering properties. on, compensating roller system or DIGIKAST Depending on individual requirements, high-quality control system varicolored taffeta, satin or semi-satin labels can be – Selvedge threads and reps on separate warp produced from synthetic or natural yarns. bobbins The weft threads provide the colors, the needle con- – Warp density can be increased by adding mono- trol producing a double pick. Depending on the num- fil threads, making interlacing points invisible and ber of weaving heads in the installation, between 4 producing a homogenous sparkling effect and 8 colors may be used. – VARISPEED and VARIPIC for the optimal moni- The ribbon selvedges are interlaced by means of a toring of machine speed and weft density in ac- special needle, resulting in markedly higher proces- cordance with label quality requirements sing quality, reliability and comfort. MVC installations are an ideal product for manufac- Thermosetting – Coiling turing labels and trimmings with complex patterns The MVC2.8 weaving machine possesses a num- and high resolution. ber of perfectly integrated functions for post-wea- Pattern production is performed by the electronically Weft and warp feed ving processing: Automatic pick density regulator controlled Jacquard machine providing synchro- – In thermosetting, the tautened tape is flattened nized control of the selection of the weft and warp by means of a heated transport roller or a heated threads. The MVC’s mechanical design makes it rail which automatically lifts up when the machi- possible to switch from one article to the next wit- ne stops. hout any downtime, assuming the same yarn colors – Coiling is the last function performed by the MVC and label widths. An additional requirement is the weaving machine,
Load more

Recommended publications
  • Silk-Weaving in Sweden During the 19Th Century. Textiles and Texts - an Evaluation of the Source Material
    Thesis for the degree of Licentiate of Philosophy SILK-WEAVING IN SWEDEN DURING THE 19TH CENTURY. Textiles and texts - An evaluation of the source material. Martin Ciszuk Translation Magnus Persson www.enodios.se Department of Product and Production Development Design & Human Factors CHALMERS UNIVERSITY OF TECHNOLOGY Gothenburg, Sweden 2012 Silk-weaving in Sweden during the 19th century. Textiles and texts - An evaluation of the source material. Martin Ciszuk © Martin Ciszuk, 2012 Technical report No. 71 ISSN 1652-9243 Department of Product and Production Development Chalmers University of Technology SE-412 96 Gothenburg SWEDEN Telephone: +46 (0)31- 772 10 00 Illustration: Brocatell, interior silk woven for Stockholm Royal pallace by Meyersson silk mill in Stock- holm 1849, woven from silk cultivated in Sweden, Eneberg collection 11.183-9:2 (Photo: Jan Berg Textilmuseet, Borås). Printed by Strokirk-Landströms AB Lidköping, Sweden, 2012 www.strokirk-landstroms.se Silk-weaving in Sweden during the 19th century. Textiles and texts - An evaluation of the source material. Martin Ciszuk Department of Product and Production Development Chalmers University of Technology Abstract Silk-weaving in Sweden during the 19th century. Textiles and texts - An evaluation of the source material. With the rich material available, 19th century silk-weaving invites to studies on industrialisation processes. The purpose of this licentiate thesis is to present and discuss an empirical material regarding silk production in Sweden in the 19th century, to examine the possibilities and problems of different kinds of materials when used as source materials, and to describe how this material can be systematized and analysed in relation to the perspective of a textile scientific interpretation.
    [Show full text]
  • Identifying Woven Textiles 1750-1950 Identification
    Identifying Woven Textiles 1750–1950 DATS in partnership with the V&A 1 Identifying Woven Textiles 1750–1950 This information pack has been produced to accompany two one-day workshops taught by Katy Wigley (Director, School of Textiles) and Mary Schoeser (Hon. V&A Senior Research Fellow), held at the V&A Clothworkers’ Centre on 19 April and 17 May 2018. The workshops are produced in collaboration between DATS and the V&A. The purpose of the workshops is to enable participants to improve the documentation and interpretation of collections and make them accessible to the widest audience. Participants will have the chance to study objects at first hand to help increase their confidence in identifying woven textile materials and techniques. This information pack is intended as a means of sharing the knowledge communicated in the workshops with colleagues and the wider public and is also intended as a stand-alone guide for basic weave identification. Other workshops / information packs in the series: Identifying Textile Types and Weaves Identifying Printed Textiles in Dress 1740–1890 Identifying Handmade and Machine Lace Identifying Fibres and Fabrics Identifying Handmade Lace Front Cover: Lamy et Giraud, Brocaded silk cannetille (detail), 1878. This Lyonnais firm won a silver gilt medal at the Paris Exposition Universelle with a silk of this design, probably by Eugene Prelle, their chief designer. Its impact partly derives from the textures within the many-coloured brocaded areas and the markedly twilled cannetille ground. Courtesy Francesca Galloway. 2 Identifying Woven Textiles 1750–1950 Table of Contents Page 1. Introduction 4 2. Tips for Dating 4 3.
    [Show full text]
  • The Jacquard Machine
    The Jacquard Machine By Yoshito Miura, Yoshinosuke Nakajyo and Kunio Suzuki, Members,TMSJ Kyoto Technological University, Kyoto Abstract This article looks into problems which would accompany an attempt to increase the speed of looms equipped with a jacquard machine. Each lingo vibrates violently with an increase in speed. The grade of its vibrations was judged by the distribution of points of the lingo's descents. As a way to judge that state, sparks were discharged from a lingo placed on special re- cording paper. A controlled plate for the harness was devised in order to narrow the range of distribution of points of the lingo's descent. A plate was also devised to control the vibrations of the harness. The defective parts resulting from a speed increase were improved, and the warp tension and the weight of the lingo were investigated. The results of these efforts suggest that the speed of a loom equipped with a jacquard machine, at present, 130 rpm, can be increased to a maximum of 180 rpm. 1. Introduction be Y=--:;:2(1) ..... The speed of a loom equipped with a jacquard where a is the distance between the cloth fell and the forward surface of the shuttle; b, the distance machine is usually 90 to 130 rpm., considerably lower than the speed of a loom without a jacquard machine. between the cloth fell and the counpling or the It is mainly because of the shedding equipment and heald : and c, the height of the shuttle. the shuttle change equipment, but the shuttle change Assuming that N rpm is the speed of the loom will not be discussed here.
    [Show full text]
  • Mügrip® Mbj8 1/1380
    TECHNICAL SPECIFICATION ® Reed width (max.) 1380 mm MÜGRIP MBJ8 1/1380 Nominal width (max.) 1346 mm Jacquard machine (sheeding device) SPE3 series Weave types Taff et Semi-Satin Satin Warp density (ends/cm) 54,6 88,82 109,2 Harness settings Label standards as per PZ 3003 Weft feeder Electronically controlled for up to 12 colours IRO Luna X3 Weft insert system Universal rapier for various yarn counts between 22 and 1400 dtex. Lightweight designed rapier head for outstanding long operational life Cross beam Rapier drive for smooth weft feeding with the unique vertical reed beat-up and for labels and high weft density fabrics optimised temple bar Machine control MLC machine control / network ready and MÜDATA® M series for the entire Label Weaving Machine machine monitoring and regulation Main drive VARISPEED – Energy-effi cient machine drive with programmable speed for labels and pictures with slit selvedges changes within the pattern design Fabric take-off drive VARIPICK – Energy-effi cient fabric take off drive for programmable weft density variations from 18 to 120 picks per cm within the pattern design Warp let-off drive Energy-effi cient and electronically controlled warp let-off drive with warp tension monitoring up to a warp beam diameter of 800 mm Selvedge formation TC2 cutting system for a good on loom selvedge quality starting from a minimum width of 6 mm. Due to the same electrical resistance an identical cutting temperature across the entire fabric width can be reached DIMENSIONS Width: 3940 mm (with thread feeder) 2955 mm (without thread feeder) Depth: 2030 mm Height: 3645 mm (machine) 3875 mm (room) Copyright @ 2019 by Jakob Müller AG Frick 5070 Frick Switzerland Fascination of Ribbons and Narrow Fabrics Printed in Italy.
    [Show full text]
  • GIPE-020070-Contents.Pdf
    SERVANTS Oll' INDIA SOCIETY'S LIBRARY, , POOHA ,. FOR INTERNAL CIRCULATION ITo be returned on or before the last date stamped below ~.5I1A y :g6 .... namtRJayaraG Gadgillibrary Ilm~ II11I a~ IUlium lUll mlill GIPE-PUN~-020070 X91(\'<\ 1 9. '2.. .N ,; \t i-{2--- ~co70 t Sf i ................... ~........... , .. REPORT OF TIlE. FACT .. FINDING COMMITTEE (HANDLOOM AND MILLS) PUBLISHEIl BY THE MANAGER OF PUBLICATIONS, DELHI PRINTED BY THE MANAGER, GOVERNMENT OF INDIA 'P'RESS, OALCUTTA 1942 List of Agents in India from whom Government of India Publications are available. AlIBOTTABAD-Bngllsh Book .Store. DHARWAB-Sbrl Sbankar Xarnataka Bbandara. AGRA- English Book Depot, Taj Road. PEROZEPORE-Bngllsh Book Depot. Indfan Army Book Depot, Dayalbagh. GW ALIOB-laln II; Bros., M....... lL 1I., Barala NatJooal Book H01Il!e, leomondl. HYDERABAD (DECCAN)- AHMEDABAD- Dom1n1on Book Conoeru, Hydergnda. Chandra Kant Cblman Lal Vom. Hyderabad Book Depot, Cbadergbat. H. L. College of Commerce C<H>perative Store, Ltd. lAIPUB-Garg Book Co., Trlpolla lIa&ar. AJ:MEBr-Bantblya &: Co., Ltd., Station Road. KARACIII- Aero Store&. AXOLA-BakshJ, K. G. xr. Standard BookataIL ALLAHABAD- • Ventral Book Depot, 44, lobDatongan\. KARACHI (SADAR)-Manager, SI.nd Governmm Depot and Record OlBce. X1tablstan. 17·A, City Road. Ram N araln Lal, I, Bank Road. LAHORE- Imperiall'1lblishlng Co., 99, RaIlway Road. Superintendent, Prlntlug and Statlouery, U. P. Kansll &; Co., K ....... N. C~ 9, Commerclal B. Wheeler &: Co., K ....... A. H. TbeMa1l. lIANGALORB CITY-Premier Book Co. llalhotra &: Co., ll....... U. P~ Poet Box No. II< lIARODA-East and West Book H01Il!e. )llnerva Book Shop, Auarllall Street. lIELGAUM-Model Book Depot, Xhade lIaaar.
    [Show full text]
  • Pavendar Bharathidasan College of Arts and Science Department of Aparel and Fashion Technology
    PAVENDAR BHARATHIDASAN COLLEGE OF ARTS AND SCIENCE DEPARTMENT OF APAREL AND FASHION TECHNOLOGY SUBJECT : INDIAN TEXTILE, EMBROIDERY AND COSTUMES ​ ​ SUB CODE: 16SCCAF4 CLASS: II AFT ​ ​ ​ UNIT-I ORIGIN OF COSTUMES ​ ​ PART-A 1. What is a human needs and development of clothing? Social scientists have been discussing for a long time as to what motivated human being to begin to wear clothes. The explanations most often by the experts are Protection, ​ Modestly, Self-adornment. Each of these theories based the development of clothing on ​ the desire to satisfy the human needs and wants. 2. What is a stronger than fashion? Modesty is based on tradition also because tradition is stronger than fashion and basic necessity. Traditional heavy garments of Arab women in extreme heat. The lack of clothing worn in extreme cold. These are classic examples of the importance of traditional values over desire for protective and modesty. 3. Define Beginning of costume. Since the first people put on the first pieces of clothing, what people wear has been in a constant change. Today changes are mostly related to style or fashion but for thousands of year’s change in clothes were made out of necessity. The first clues about clothes date back to around 75,000 to 100,000 years, No written records exist from those days. ​ ​ Painting , Cutting and Tattooing. 4. Draped garments of different civilization were called as follows: Draped fabric has another advantage of taking on a variety of shapes depending on how it is draped. Egyptians - Schenti Greeks - Chiton and himation Romans - Togas and stolas India - Saris and dhotis 5.
    [Show full text]
  • Cover MAR APR FINAL.Cdr
    SPINNING PEER REVIEWED The Process Dynamics of Egyptian Cotton G-86 with a Compact Spinning Machine Ibrahim A. Elhawary1* & Mohamed Y. Naeim2 1Alex Univercity, Egypt 2SETT-COR Spin Mill, Egypt Abstract In the present work, Giza 86 cotton (long staple cotton) was used to produce a different fine yarn with counts 14.7, 11.8, 10.5, 9.8, and 7.4tex on both of compact and ring spinning frames. The different yarn properties like, CVm%, tenacity, elongation, and hairiness were measured for both the two type of yarns. The relative yarn quality factor RYQF was calculated to detect the more suitable range of yarn counts for the compact spinning it was found that it ranges from 1.1 to 1.3 for range of yarn tex from 14.7 to 7.4 referring to the hairiness reduction it was found to be 31% for yam tex 9.8 the improvement in the yarn breaking elongation was 10%, the improvement in the yarn tenacity was 14%, while the reduction in the turns per meter in the compact spinning was 4%. And improvement in the yam mass variation was about 5%. On the other hand it was found that the improvement in the single compact yarn total imperfections was not statistically significant, But generally it was found that the yarn total imperfections of the single yarn were less for the compact spun yarns compared with the conventional ring spun yarns especially for the fine counts. 1. Introduction applied onto the yarn. Fibers are caught by the air Compact spinning is a new conversion for the ring current in the perforated drum soon after they leave spinning and it started to be applied in the Egyptian the nip point until they reach the nip point.
    [Show full text]
  • Revisiting the Jacquard Loom: Threads of History and Current Patterns in HCI Ylva Fernaeus Martin Jonsson Jakob Tholander School of Computer Science and Dept
    Session: Pasts + Futures CHI 2012, May 5–10, 2012, Austin, Texas, USA Revisiting the Jacquard Loom: Threads of History and Current Patterns in HCI Ylva Fernaeus Martin Jonsson Jakob Tholander School of Computer Science and Dept. Communication, Media Dept of Computer and Systems Communication, KTH and IT, Södertörn University Sciences, Stockholm University Stockholm, Sweden Huddinge, Sweden Kista, Sweden [email protected] [email protected] [email protected] ABSTRACT Over the last few decades, use cases and concrete benefits In the recent developments of human computer interaction, of interaction resources beyond desktop and laptop settings one central challenge has been to find and to explore have been increasingly analysed and illustrated in research alternatives to the legacy of the desktop computer paradigm in HCI, especially in the areas of tangible and physical for interaction design. To investigate this issue further we interaction design. Given the physical manifestation of the have conducted an analysis on a fascinating piece of Jacquard loom in relation to this focus on physicality, machinery often referred to as one of the predecessors of embodiment and alternative forms of interaction in our the modern day computer, the Jacquard loom. In analysing research community, we see its design as particularly the Jacquard loom we look at qualities in design and interesting to explore. interaction from some different perspectives: how historical tools, crafts, and practices can inform interaction design, This paper aims to provide insights in the mechanics of, the the role of physicality, materiality, and whole-body interaction with, and some of the processes around a interaction in order to rethink some current conceptions of Jacquard loom, in the light of the kind of technologies that interaction and design of computational devices.
    [Show full text]
  • Innovation in Weaving Napkin on the Kente Loom
    Arts and Design Studies www.iiste.org ISSN 2224-6061 (Paper) ISSN 2225-059X (Online) Vol.59, 2017 Innovation in Weaving Napkin on the Kente Loom *Gbadegbe Richard Selase¹ Vigbedor Divine¹ Agra Florence Emefa² Amankwa Joana² Gbetodeme Selorm ² 1.Department of Industrial Art, Ho Technical University, P. O. Box, 217, Ho, Volta Region, Ghana 2.Department of Fashion Design and Textiles, Ho Technical University, P.O. Box, 217 Ho, Volta Region, Ghana Abstract The Kente weaving industry in Ghana is a vibrant one. It is one of the foreign exchange earners of the country. Although meagre, the revenue generated by the Kente weaving industry in Ghana makes a significant impact on the citizenry. Apart from the economic value of Kente, the fabric plays a great role in the socio-cultural development of Ghana. Kente is worn during festive occasions such as durbars, outdooring of chiefs and newly born babies as well as marriage ceremonies. Kente is worn all-over the world to portray the Ghanaian culture. However, current developments where Kente fabrics are being pirated by the Chinese and other Nationals give a cause for concern. There is the need to move away from the usual blame games towards finding a lasting solution to this canker. One of the ways of addressing this issue is to pay much attention to quality and rebranding of the Kente weaving industry. It is for this and many other reasons that this topic which is aimed at modifying the Kente loom to weave napkin and other fabrics came to mind. Considering the technical nature of the topic, the descriptive (qualitative) method of research was adopted for the study.
    [Show full text]
  • A1 Air-Jet Weaving Machine Brochure
    A1 Flexible. Reliable. Efficient. Quality creates value WEAVING DORNIER A1 DORNIER A1: Productivity at maximum quality The DORNIER air-jet weaving machine A1 – a real all-round talent – offers innovative solutions for all challenges of weaving – today and tomorrow. Built on the proven technology of the DORNIER system family, the A1 convinces with a completely new electronic control system and an application-oriented main drive concept based on three different systems. Exceptionally wide range of application Whether operating with a simple cam motion, in combination with a Jacquard head of 12,000 hooks, a dobby with up to 16 heald frames or with the DORNIER EasyLeno® motion – the A1 is the perfect tool for the creative, economical and precise production of technical fabrics, home textiles and garment fabrics – in machine widths ranging from 150 up to 540 cm (59 inch up to 212 inch). A multitude of patented components, e. g. the DORNIER PIC® system with DORNIER ServoControl®-2 or the DORNIER PneumaTucker® guarantee a process security which is unparalleled in air-jet weaving. READY FOR THE The application spectrum of the A1 ranges from technical textiles such as lightest spinnaker silk, tightly woven airbags or conveyor belting to car- and airline seating Jacquard upholstery. Fabrics for garments of fine worsted or Jacquard damask fabric of Egyptian cotton, function and sportswear fabrics, home textiles for decoration and Jacquard table cloth with matching napkins in multiple widths, sheer window drapery – all these goods and many more can be reliably produced on the A1 with FUTURE excellent quality. “Quality creates value” - in the production of high value textiles for the automotive industry worldwide leading companies have relied on the DORNIER air-jet weaving machine for nearly 20 years because of its unparalleled flexibility and efficiency.
    [Show full text]
  • United States Patent (19) 11 Patent Number: 6,000,442 Busgen (45) Date of Patent: Dec
    US006000442A United States Patent (19) 11 Patent Number: 6,000,442 Busgen (45) Date of Patent: Dec. 14, 1999 54 WOVEN FABRIC HAVING A BULGING 5,336,538 8/1994 Kitamura ............................... 428/35.2 ZONE AND METHOD AND APPARATUS OF 5,441,798 8/1995 Nishimura et al. ..................... 428/229 5,477,890 12/1995 Krummheuer et al. 139/291 R FORMING SAME 5,651,395 7/1997 Graham et al. ......................... 139/390 5,685,347 11/1997 Graham et al. ......................... 139/390 76 Inventor: Alexander Busgen, Stahlstrasse 6, 5,707,711 1/1998 Kitamura ................................ 428/139 D-42281 Wuppertal, Germany 5,713,598 2/1998 Morita et al. ........................ 280/743.1 21 Appl. No.: 08/930,844 FOREIGN PATENT DOCUMENTS 22 PCT Filed: Mar. 29, 1996 O 302 012 2/1989 European Pat. Off.. O 687 596 12/1995 European Pat. Off.. 86 PCT No.: PCT/EP96/01397 814429 6/1937 France ................................... 139/416 2 213 363 8/1974 France. S371 Date: Dec. 15, 1997 2 307 O64. 11/1976 France. 39 15085 11/1990 Germany. S 102(e) Date: Dec. 15, 1997 41 37 082 5/1993 Germany. 63-182446 7/1988 Japan ..................................... 139/418 87 PCT Pub. No.: WO96/31643 2 272 869 6/1994 United Kingdom. PCT Pub. Date: Oct. 10, 1996 OTHER PUBLICATIONS 30 Foreign Application Priority Data International Trade Bulletin, Gewebemusterung mit Fach Apr. 6, 1995 IDE Germany ........................... 195 12554 erwebblattern-eine alte und wieder neu entdeckte Technik, Oct. 31, 1995 DEI Germany ........................... 1954.0628 Feb. 1993, pp. 61-66, untranslated. 51) Int. Cl.
    [Show full text]
  • Brandywine COTTON INDUSTRY", by Roy M. Boatman April, 1957
    BRANDyWInE COTTON INDUSTRY", 1795-1865 by Roy M. Boatman April, 1957 TABLE OF CONTENTS Chapter I THE ANTIQUITY OF COTTON MANUFACTURE Chapter II THE COTTON INDUSTRY ON THE BRANDYWINE BRECK'S MILL Chapter III HENRY CLAY MILL Chapter IV WALKER'S MILL Chapter V INDIVIDUAL COTTON MILLS ALONG THE BRANDY/TINE Chapter VI THE ROCKLAND MILLS Chapter VII THE KENTMERE AND ROCKFORD MILLS Chapter VIII THE BOROUGH MILL AND WOODEN KEG MILL Chapter IX POWER FOR THE BRANDYWINE COTTON MILLS Chapter X AUXILIARY INDUSTRIES Chapter XI COTTON MILLS ON NEIGHBORING STREAMS Chapter XII A SUMMARY OF THE COTTON INDUSTRY IN DELAWARE Chapter XIII CONCLUSIONS Appendixes A. Glossary of Terms B. List of Textile Patents in United States, 1791-180U C. "List of Mills on Brandywine and other creeks." "LIST OF DELAWARE MANUFACTORIES." D. Growth of Delaware and United States Cotton Mills, 1810-1880. E. Index The growth of the culture and manufacture of cotton in the United States constitutes the most striking feature of the industrial history of the last fifty years. Eighth Census—I860.1 The manufacture of cotton, on a home-industry basis, seems to have originated in Asia, probably in India, at a very early time. There are references in the law books of Manu as early as bOO B. C, but a much earlier date must be assumed since there are pictorial representations of Egyptian looms dating from 2,000 B. C. By the second century B. C. cotton culture had spread around the Mediterranean, from whence it slowly pene­ trated throughout Europe. The greatest impetus for its adoption by west­ erners came from the Crusaders.
    [Show full text]