WEARABLE 3D MACHINE KNITTING 1 Wearable 3D Machine Knitting: Automatic Generation of Shaped Knit Sheets to Cover Real-World Objects
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Framework Knitting and the Hosiery Trade
BELPER TOWN CENTRE FRAMEWORK KNITTING AND THE HOSIERY TRADE DERWENT VALLEY VISITOR CENTRE The partnership between Brettle and Ward was dissolved and George Brettles built his own factory Framework Knitting in 1834. These two firms were of considerable size. They made silk stockings for George III, George IV and Queen Victoria. and the Ward’s ceased trading in the 1930’s and Brettles in 1987. Many smaller hosiery firms provided work for local people and these were scattered around the Hosiery trade town. All these factories have closed except for Aristoc which now operates across the road in the West Mill. Circular knitting slowly superseded flatbed knitting, as it was more efficient. Today all hosiery is made this way. For more information visit Strutt’s North Mill, The Derwent Valley Visitor Centre Bridgefoot, Belper, Derbyshire, DE56 1YD Tel: 01773 880474 / 0845 5214347 BELPER NORTH MILL Email: [email protected] www.belpernorthmill.org.uk Local Interest Leaflet The existing part of Brettles factory, now De Bradelei Stores Leaflet design by Mayers Design Ltd · www.mayers-design.co.uk Number 3 Framework knitters earned a poor living, usually their on by hand. After a brief partnership with two Derby frames were hired from the hosier who was supplying hosiers, Jedediah formed a successful partnership with the yarn and selling the stockings. The framework Samuel Need, an older, experienced hosier from knitter would have to pay the rent for the frame Nottingham who was able to finance the venture. This even when there was no work. The machines were made Jedediah Strutt’s first fortune. -
The Haskell Silk Company: Manufacturers of Staple Silks Recognized As a "Standard" in the Trade
University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Textile Society of America Symposium Proceedings Textile Society of America 2002 The Haskell Silk Company: Manufacturers of Staple Silks Recognized As a "Standard" in the Trade Jacqueline Field University of Southern Maine Follow this and additional works at: https://digitalcommons.unl.edu/tsaconf Part of the Art and Design Commons Field, Jacqueline, "The Haskell Silk Company: Manufacturers of Staple Silks Recognized As a "Standard" in the Trade" (2002). Textile Society of America Symposium Proceedings. 384. https://digitalcommons.unl.edu/tsaconf/384 This Article is brought to you for free and open access by the Textile Society of America at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Textile Society of America Symposium Proceedings by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. The Haskell Silk Company: Manufacturers of Staple Silks Recognized As a "Standard" in the Trade by Jacqueline Field Haskell Silk Company founder, James Haskell, was a native of the Cape Anne, area of Massachusetts.1 In this locale his early career included service in numerous public and business capacities, not least as agent for The Rockport Steam Cotton Company, and as a State Senator.2 He was a man experienced in politics, finance and textile production. He moved to Maine in 1858 when he acquired the cotton mill at Saccarappa Falls, Westbrook.3 Under his management the mill, renamed The Westbrook Manufacturing Company, flourished and expanded. In 1874, his elder son, Frank Haskell, assumed the role of agent. At the same time James took advantage of, by now, well developed machine twist-making technology and launched into the youngest branch of the textile industry--silk. -
Bale to Bolt
Activity Guide Bale to Bolt University of Massachusetts Lowell Graduate School of Education Lowell National Historical Park Connections to National Bale to Bolt is an interdisciplinary program designed to help students achieve Standards state and national standards in History/Social Science and Science and Technology. The working of standards varies from state to state, but there is and State substantial agreement on the knowledge and skill students should acquire. The Curriculum standards listed below, taken from either the national standards or Frameworks Massachusetts standards, illustrate the primary curriculum links made in Bale to Bolt. History/Social Science Students understand how the industrial revolution, the rapid expansion of slavery, and the westward movement changed the lives of Americans and led to regional tensions. (National Standards) Students will understand the effects of inventions and discoveries that have altered working and safety conditions in manufacturing and transformed daily life and free time. (Massachusetts) Students willl understand how physical characteristics influenced the growth of the textile industry in Massachusetts. (Massachusetts) Science and technology Students will understand how technology influences society through its products and processes. (National Standards) Students describe situations that illustrate how scientific and technological revolutions have changed society. (Massachusetts) 2 Bale to Bolt Activity Guide Bale to Bolt Program Description The Bale to Bolt program includes a 90-minute interpretive tour and a 90-minute hands-on workshop providing students with the opportunity to learn about the process of cloth-making both by hand and in a factory. On the tour, students discover firsthand the unique resources of Lowell and the Park. -
Textile Design: a Suggested Program Guide
DOCUMENT RESUME CI 003 141 ED 102 409 95 Program Guide.Fashion TITLE Textile Design: A Suggested Industry Series No. 3. Fashion Inst. of Tech.,New York, N.T. INSTITUTION Education SPONS AGENCY Bureau of Adult,Vocational, and Technictl (DREW /OE), Washington,D.C. PUB DATE 73 in Fashion Industry NOTE 121p.; For other documents Series, see CB 003139-142 and CB 003 621 Printing AVAILABLE FROM Superintendent of Documents,U.S. Government Office, Washington, D.C.20402 EDRS PRICE NP -$0.76 HC-$5.70 PLUS POSTAGE Behavioral Objectives; DESCRIPTORS Adult, Vocational Education; Career Ladders; *CurriculumGuides; *Design; Design Crafts; EducationalEquipment; Employment Opportunities; InstructionalMaterials; *Job Training; Needle Trades;*Occupational Rome Economics; OccupationalInformation; Program Development; ResourceGuides; Resource Units; Secondary Education;Skill Development;*Textiles Instruction IDENTIFIERS *Fashion Industry ABSTRACT The textile designguide is the third of aseries of resource guidesencompassing the various five interrelated program guide is disensions of the fashionindustry. The job-preparatory conceived to provide youthand adults withintensive preparation for and also with careeradvancement initial entry esploysent jobs within the textile opportunities withinspecific categories of provides an overviewof the textiledesign field, industry. The guide required of workers. It occupational opportunities,and cospetencies contains outlines of areasof instruction whichinclude objectives to suggestions for learning be achieved,teaching -
Diversity.Pdf
Diversity the company Groz-Beckert www.groz-beckert.com Contents The company 4 Traditional 6 Together 8 Responsible 10 Integrative 12 Sustainable 14 Products and services 16 Knitting 18 Weaving 19 Felting 20 Tufting 21 Carding 22 Sewing 23 Other products 24 Other services 25 Research and development 26 The Technology and Development Center (TEZ) 28 Facts and figures at a glance Groz-Beckert produces industrial machine needles, precision components, precision mechanical parts as well as tools and offers systems and services for the manufacture and joining of textile surfaces. Across the fields of knitting, weaving, felting, tufting, carding or sewing: The portfolio with over 70,000 precision components and industrial machine needles covers the central processes used for the manufacture and joining of textile surfaces. Type of enterprise: Knitting: Application: Limited Commercial Partnership Knitting machine needles, system components and Precision needles and components from Groz-Beckert (in German: KG), family firm cylinders, dials for circular knitting machines give rise to a wide range of applications for different Formation: 1852 Weaving: areas of life. Sectors: Healds, heald frames, warp stop motions, drop wires Textile industry, precision engineering, and machines for weaving preparation Alongside apparel textiles, home and furnishing texti- mechanical engineering Felting: les, technical textiles also play a key role, for instance Production companies: Products for the nonwovens industry, felting and in medical technology, architecture or mobility. Germany, Belgium, Czech Republic, Portugal, structuring needles, jet strips for hydroentanglement USA, India, China, Vietnam Tufting: Sales network: Tufting needles, loopers and tufting knives Worldwide in over 150 countries (individually or as modules), reed finger modules Employees (31.12.2019): Carding: 9,225 Card clothing and accessories for the spinning and Sales (2019): nonwovens industry, mounting service, roller repair, 670 mill. -
Industry Mapping File
Industry Definition Outline: Sector / Group / Industry / Subindustry Sector Ind. Group Industry Subindustry Commodities Agribusiness Animal Production Animal Aquaculture Cattle Ranching and Dairy Farming Hog and Pig Farming Other Animal Production Poultry and Egg Production Sheep and Goat Farming Crop Production Fruit and Tree Nut Farming Greenhouse, Nursery, and Floriculture Production Oilseed and Grain Farming Other Crop Farming Vegetable and Melon Farming Forestry and Logging Forest Nurseries and Gathering of Forest Products Logging Timber Tract Operations Miscellaneous Agribusiness Fishing Hunting and Trapping Support Activities for Animal Production Support Activities for Crop Production Support Activities for Forestry Materials and Commodities (except Energy) Chemical Manufacturing Basic Chemical Manufacturing Other Chemical Product and Preparation Manufacturing Paint, Coating, and Adhesive Manufacturing Pesticide, Fertilizer, and Other Agricultural Chemical Manufacturing Resin, Synthetic Rubber, and Artificial Synthetic Fibers and Filaments Manufacturing Soap, Cleaning Compound, and Toilet Preparation Manufacturing Mining (except Oil, Gas, and Coal) Metal Ore Mining Nonmetallic Mineral Mining and Quarrying Support Activities for Mining Nonmetallic Mineral Product Manufacturing Cement and Concrete Product Manufacturing Clay Product and Refractory Manufacturing Glass and Glass Product Manufacturing Lime and Gypsum Product Manufacturing Other Nonmetallic Mineral Product Manufacturing Paper Manufacturing Converted Paper Product Manufacturing -
If You Want to Knit a Snowman* Knit Using a 40 Pin Knitting Machine
If you want to Knit a Snowman* Knit using a 40 pin knitting machine A Pattern by Savlabot Handmade Crafts Written in US terms * Please note - You are free to create products to sell using this pattern, however, please give information that lists Savlabot Handmade Crafts as the author and include a link to my website www.savlabot.com. Your cooperation is appreciated, Savlabot Materials for Completion: 40 Pin Knitting Machine - I have the Loops and Threads Machine Worsted Weight Yarn: ● Suggested yarns ○ Yarn for Snowman's Body - I used Bernant Baby Velvet Yarn ○ Yarn for Scarf & Hat - I used Lion Brand Ferris Wheel ○ Yarn (or carrot button) for Carrot Nose - I used a leftover bit of orange yarn White Thread or String Darning Needle Beads or Buttons for Eyes Small Beads for Mouth Poly-Fil Stuffing Scissors Tension: Moderate (middle hole only) Optional supplies: Row Counter Felt for scarf Carrot Button for nose Tiny Top Hat Sizes: Small - Approximately 5” x 5.5” when finished Large - 7” x 7.5” Gauge: Not terribly important for this pattern Directions: Knitting Machine Using the White Velvet Yarn Cast on and crank out… ● Small - 50 Rounds or until work measures 5.5” unstretched. ● Large - 70 Rounds or until work measures 7” unstretched. I use a row counter but measured my work on the machine from the pins to the cast on edge. Find me on instagram @savlabot. Please use #savlabot for any images you share. 1 Cast off by using the darning needle and picking up all stitches from machine. Cinch both ends so that they are somewhat closed, then pull one end within itself and cinch tightly to close, tie off with a knot, and trim, the remaining tail will be left on the inside of the snowman’s body. -
Knitting Machine Manual
Knitting Machine Manual Video Tutorial: Hat: https://www.youtube.com/watch?v=GQKGkH4xWKA Flat: https://www.youtube.com/watch?v=_O2npMrNRbY Socks: https://www.youtube.com/watch?v=wISyV8YA1ZI Gloves: https://www.youtube.com/watch?v=WjlyMWpxn0k Sweater: https://www.youtube.com/watch?v=CWPCH75QT20 Drop Needle: https://www.youtube.com/watch?v=cgz758TeJh0 Please Note: 1. Video need internet, if there is no internet, please see the manual. 2. The last page has a method of using the Fluff Ball Weaver. Ring/Tubular Weave: (weaving hat, wallet, tubular scarf, etc.) 1. Change the gear to P gear and turn counterclockwise until the white crochet is just stuck at the yarn guide. 2. Then leave a 30cm long yarn in the middle of the machine and hang the yarn into the white crochet; rock the handle in a clockwise direction and hang the yarn across the yarn. Finally, come out from the yarn guide. 3. Put the yarn into the tension lever. 4. Change the gear to the T gear and then shake the handle clockwise. Note: In the first three to four laps of knitting, the handle should be shaken at a constant speed to ensure that no needle is dropped. 5. Looping Finishing ① When the knitting work reaches the desired length, stop moving the handle when the white crochet moves to the right of the yarn guide. ② After the 30 cm yarn is taken, it is cut off, the yarn is taken out from the thread hole of the tension lever, the sewing needle is passed, and then the yarn is pulled vertically, and the handle is shaken to make the machine idling without the yarn. -
Knitting Machine Abbreviations
A,B,C and D (usually) contrast colours or needle in = inch(es) positions inc = increas(e)(ing) 1/3,2/3}= denotes tensions represented by dots ISM = Incredible Sweater Machine (Bond) between whole numbers K = knit .1,.2 } on stitch/tension dial KCI } = dial positions on Brother machines alt = alternate(ly) KCII } altog = altogether K/K = knit/knit (ANR,DR,ENR,FNR) ANR = all needle rib (DR,ENR,FNR,K/K) kg = kilogram(s) (kilogrammes) beg = beginning L = lace BB = back bed L = left BO = bind off (cast off) lb = pound(s) (weight) BOLT = bind off (latch tool) LC = lace carriage CAL = carriage at left LH = left hand carr = carriage (cam box) (lock - Passap) LHS = left hand side CAR = carriage at right LOL = lock on left (Passap) CB = cam box (generic term for carriage/lock) LOR = lock on right (Passap) CC = clearing cams (generic term for M/c = machine part/slip/empty buttons) MB = main bed CC = contrast colour MC = main carriage ch = chain MC = main colour ch.co = chain cast-on (latch-tool/crochet cast-on) MC = multi-colour (on Brother machines) cm = centimetre(s) mm = millimetre(s) CO = cast on MT = main tension COBH = cast on by hand MT-1 = main tension minus one, one whole col = colour number less than main tension used in knitting the COL = carriage on left garment con = contrast MT+1 = main tension plus one, one whole number COR = carriage on right more than main tension used in knitting the garment cont = continu(e)(ing) MY = main yarn CR = carriage release N(s) = needle(s) CY = contrast yarn Nd(s) = needle(s) DB = double bed Ndl(s) = -
Visual Knitting Machine Programming
Visual Knitting Machine Programming VIDYA NARAYANAN∗, Carnegie Mellon University KUI WU∗, University of Utah CEM YUKSEL, University of Utah JAMES MCCANN, Carnegie Mellon University Augmented Stitch Mesh Yarn Geometry Knitting Program (a) Input Mesh (b) Time Function (c) Stitch Mesh (d) Edited Pattern (e) Machine Knit Bunny Fig. 1. Stages of our visual knit programming system: (a) Our system begins with an input mesh; (b) generates a knitting time function; (c) remeshes the surface to create an augmented stitch mesh; (d) allows the user to interactively edit and add patterns, textures, and colorwork; and (e) generates instructions for fabrication on an industrial knitting machine. At the core of our interface is the augmented stitch mesh, which associates yarn geometry, dependency information, and a knitting program with each face. Industrial knitting machines are commonly used to manufacture complicated transform between any two machine-knittable stitch patterns with the same shapes from yarns; however, designing patterns for these machines requires orientation on the same surface. We demonstrate the power and flexibility extensive training. We present the first general visual programming interface of our pipeline by using it to create and knit objects featuring a wide range for creating 3D objects with complex surface finishes on industrial knitting of patterns and textures, including intarsia and Fair Isle colorwork; knit and machines. At the core of our interface is a new, augmented, version of the purl textures; cable patterns; and laces. stitch mesh data structure. The augmented stitch mesh stores low-level CCS Concepts: • Computing methodologies → Mesh geometry mod- knitting operations per-face and encodes the dependencies between faces els; • Applied computing → Computer-aided manufacturing. -
Machine Knitting : Designing with Colour Pdf, Epub, Ebook
MACHINE KNITTING : DESIGNING WITH COLOUR PDF, EPUB, EBOOK Alison Dupernex | 272 pages | 01 Oct 2020 | The Crowood Press Ltd | 9781785006852 | English | Ramsbury, United Kingdom Machine Knitting : Designing with Colour PDF Book It's reversible, Just order the free pattern by email. Straight needles are best suited to working back and forth in rows to make a flat piece of knitting. Machine knitting has been a part of my life for over 40 years and I am totally self-taught. Here we will look at the different palettes available to us for designing in colors, stitches and crossed cables. Approximately one in 12 men and one in women are affected by colour blindness. If you knit both loops as single stitches, you'll increase the number of stitches on your needle. By playing with the CSS values of the homepage, we can make coral the primary background colour, creating a youthful and energetic-looking homepage. Multi-color pintucks, graduated pintucks, garter pintucks, eyelet pintucks. We already played tricks on DesignaKnit, fooling it into making a cute short sleeved top with crocheted edges. Hand manipulated or worked with automatic patterning, there are many, many uses You'll learn several things from this experiment: your gauge, if you like working with the yarn, if the yarn shrinks or stretches after cleaning, and, most important, if the dye runs. If using a tape measure, buy a new one. Step 1: Hold the needle with the cast-on stitches in your left hand. Many beginning machine knitters get overwhelmed with all the Clockwise, from upper left: cable needles, stitch markers, stitch hooks, crochet hooks, needle-size gauge, bobbins. -
Knitting Machine Instructions & Projects
Ages 14 and up No. 7590-08B Conforms to ASTM-D4236 This product contains small pieces not suitable for children under 3 years old. Plastic needle possesses Knitting Machine Instructions & Projects functional sharp point Visit our website: www.nsiinnovations.com Dear Customer, We hope you enjoy your Innovations™ Knitting Machine. If you find that we have made an error or if something is missing or damaged, let us know so that we can correct the problem for you. Please include the following information: *Name of Item *Date of Purchase *Purchase Price (please include the sales slip) *Model number *Place of Purchase *Brief Description of problem Do not return the kit to the store where you purchased it, they will not have the replacement parts! Send all correspondence to: NSI International, Inc. You can call us at 105 Price Parkway (888) 425-9113 Farmingdale, NY 11735-1318 Attn: Quality Control Department Your Set Includes: Knitting Machine Outer Shaft Handle Plastic Needle Inner Hook Legs Tension Mode Switch Piece Yarn Guide Tension Piece Assembling Your Knitting Machine How To Attach How To Attach How To Attach The Tension Piece The Handle The Legs A B © MMV NSI INTERNATIONAL, INC., FARMINGDALE, NY 11735-1318 Printed in CHINA Before You Begin Decide whether you want to knit tubes or flat panels. For tubes, slide the switch to the down position. For flat panels, slide the switch to the up position. The switch is marked with a (––) on the top and a (o) on the bottom to indicate which you can do. Note: The knitting machine comes pre-loaded with approx.