Irisierendes Farbiges Pressglas - Carnival Glass
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A Multi-Media Guide to Shopping, Dining, Lodging, Recreation, Entertainment, Art & Historic Points of Interest for The American Heritage Tourist EVENTS... 4 INDEX OF CITIES... 6-7 ON THE ROAD... 27 Establish Your Community as a GREAT AMERICAN DESTINATION FALL / WINTER 2017-2018 (for less than a dime a day per lister) www.AmericanAntiquities.com See inside front cover 2 / AMERICAN JOURNAL Volume 25, FALL/WINTER 2017-18 AMERICAN ANTIQUITIES JOURNAL Volume 25, FALL/WINTER 2017-18/ 3 Enjoy your next road trip to one of our 500+ client cities. Let this be your guide for AboutAbout thethe CoCovverer shopping, dining, lodging, recreation, entertainment & historic points of interest for the AMERICAN HERITAGE TOURIST www.AmericanAntiquities.com Depression glass is clear or a specified number of colored translucent magazine subscriptions, thus glassware. It was produced in making its way into almost a multitude of colors, ranging every American home. from the deep colors of purple, Depression glass started one black, cobalt, and red to the of the largest collecting trends pastels of pink, yellow, green, ever, from collectors to amber, and blue which nostalgia hunters. Over created to bring a bright note 100,000 eager collectors now into the otherwise drab times seek this prized glass, of the depression. Most of this whether to complete a glassware was made in the handed-down family set of Ohio River Valley of the United dishes, or to find the highly States, where access to raw sought and elusive rare materials and power made pieces. manufacturing inexpensive. Depression glass is More than twenty becoming more scarce on the manufacturers made more open market. -
Quarterly Journal of the All India Glass Manufacturers' Federation Inside
Vol. 4 | No. 1 | April - June 2016 www.aigmf.com Quarterly Journal of The All India Glass Manufacturers’ Federation Bi-lingual Inside Interview Special Feature Yoshihiko Sano • Sustainability in Glass President of Nipro Corporation • A Note on Closed Glass Companies in the USA • Nipro Injects Innovation into Pre- for Artistic Appreciation filled Syringes and Targets US Expansion • Efficient Workflow: Automation and Digitisation Reduce Production and Handling Costs Upcoming Events (Sept 2, 2016) • FEA Studies of Impact Loads on NNPB Refillable • Enhancing Profitability by Empowering Workforce Bottles • Business Opportunities for Indian Glass Companies at Port of Duqm, • Energy Efficient Renovation Boost for Added- Sultanate of Oman Value Glazing • AIGMF Executive Committee Meeting / AGM Main Story Glass Packaging Supporting Swachh Bharat Abhiyaan (Clean India Campaign) event at Central Glass and Ceramic Research Institute (CSIR-CGCRI), Kolkata Page No. 6 Technical Articles Prof. (Dr.) A. K. Bandyopadhyay Prof. (Dr.) A Sustainable 50 for postage postage for 50 ` ASS ASS www.aigmf.com Building and Packaging material - An Publication GlASS Gl Gl 500 (within India) + + India) (within 500 ` ` Overseas: US$ 60 (including postage and bank charges) bank and postage (including 60 US$ Overseas: Order Print Copies: Print Order Price: Price: PORT OF DUQM Duqm, 100% Foreign Ownership the preferred Tax -exemption for 30 years Free Repatriation of Capital Special Economic & profi ts No minimum capital requirement No currency restrictions Zone for your No personal income tax Exemption from import & overseas export duties Usufruct agreements up to 50 years renewable investment One-stop station service For more information, contact: Port of Duqm Company SAOC Tel: (+968) 24342800 | Fax: (+968) 24587343 | [email protected] | www.portduqm.com 2 Kanch | Vol. -
Arneson Auction Service EST 1937 " 78Th Year " Jim Arneson Registered Wisconsin Auctioneer #836 Neillsville ~ 715-819-2689 Sparta ~ 608-797-5086
Arneson Auction Service EST 1937 " 78th Year " Jim Arneson Registered Wisconsin Auctioneer #836 Neillsville ~ 715-819-2689 Sparta ~ 608-797-5086 Antique Glassware Auction Saturday April 18th ~~ Start 10:30 am ~~ DeForest, WI Held at: The Comfort Inn 5025 Cty Hwy V Large Collection of Carnival Glass in Many Patterns & Colors. Carnival Glass Convention Pieces. A Few Whimsy Items. Fenton, Fostoria, Northwood, Imperial, Dugan and Other Glass Companies. Crystal, Vases, Bowls, Compotes, Candy Dishes, Pitchers, Punch Bowls, Perfume Bottles, Dresser Sets, Miniature Children's Ceramic Tea/Coffee Sets. Ceramic and Pottery including: Royal Copley, Red Wing, Shawnee, Fire King, Japan. Depression Glass, Art Glass Vases, Glasses and lots more Great Miscellaneous Glass. If you Collect Carnival Glass Don't Miss This Auction.................... Terms: Cash, Check, MasterCard, Visa, Discover w/fee. Wis. Sales Tax No Onsite Buyers Fee!! No Onsite Buyers Fee!! No Onsite Buyers Fee!! Broadcast live online thru Proxibid. Use your computer to Participate from the comfort of your own home or office. Learn more at Proxibid.com # Description Sold Vintage German Marigold Carnival Glass Vase. Footed Prism Panels Pattern by The Brockwitz Glass Co. 1 in Brockwitz, Germany 1915-1940s. 9" Tall. 2 Vintage Marigold Carnival Glass vase, Octagon pattern by Imperial Glass Co. 7-3/4" Tall and 3-1/4" Base 3 Vintage Marigold Carnival Glass vase, Ripple pattern by Imperial Glass Co. 10-1/2" Tall and 3" Base 4 Vintage Marigold Carnival Glass vase, Rustic pattern by Fenton Glass Co. 9-1/2" Tall and 3-1/4" Base. 5 Vintage Marigold Carnival Glass vase, Lined Lattice Pattern by Dugan Glass Co. -
WCD-079.Pdf 5.43MB 2016-07-11 11:33:19
PLAINTlFPS EXHIBIT I CER-504 • eramlC~ ulletin October, 1954 OFFICERS Presidtn/ Ray W. Pafford Fort Worth, Texas Pr(Jiden/.Ele(/ Robert Twells CONTENTS Fostoria, Ohio riet.Presidents William O. Brandt Los Angeles, Calif. Papers John F. McMahon Alfred, N. Y. Gun-Placed Silica Cupola Linings 301 Rolland R. Roup T. E. Barlow and P. D. Humont Milwaukee, Wise. ~r Automatic Spraying of Glazes•.•.••••.................•.•.. 307 Dougherty R. J. Verba • burgh, Pa. General Sure/ary and Edi/or Pozzolans-Their Properties and Manufacture .•........••.•..•309 Charles S. Pearce Rudy L. Nordmeyer Columbus, Ohio Commil/ee on Publicalions Articles J. J. Canfield Eisenhower Letter•••.........•..•..•...........•.•.•..•..311 Chairman W.R.Kerr Wollastonite as a Ceramic Material ••••••.•..•..•.•.•....•••. 312 C. H. Hahner Karl Schwartzwalder. Pereny Kilns ..•..•.•.........•.••..•.........•.•..•...•••317 C. S. Pearce (ex officio) Nominations for Officers : 322 Milnaging Editor James S. Welch Rosters Editorial Assis/anls Membership Roster •.•.....•..•.•....••.•..•.•.••.....••••R·f Mary Ann Weigelt Emmoline R. Jamra Institute Roster .•.••••....•.•.••.•........•............• R.1 OS Eill/ern ReprestntatiDe WlIIiam T. Mohrman, Jr. 501 Fifth Ave., !'ew York 17, N. Y. Departments Phone: Oxford 7.2369 In Print for Ceramists 3 Sections 313 Mai Ibox for Readers 4 Schools 315 Offices Meetings Calendar 6 Institute Page 316 _ t'UliDt, tditorial, and adDer. Personal Notes 12 Authors 318 : 2525 North High St., mbus 2, Ohio. Phone LA. Out of the Kiln 13 Names 320 7012. A.T.&T. Teletype, CL593 '" Puhlication: 20th & North· Men & Positions 16, 17 BuildiRg Progress 321 I ampton Sts., Easton, Pa. Advertisers Index 18 I 6400 copies of this issue were printed i~ ....... )44 9CiIffil)INi"-.""'.!i*!f .."LA'~ Membership Roster 1 ....c. -
Ereemlc~ Ulletin October, 1956 OFFICERS Pr~Sidtnl Karl Schwartzwalder Flint, Mich
PLAINTIFF'S EXHIBIT I CER-510 • erEEmlC~ ulletin October, 1956 OFFICERS Pr~sidtnl Karl Schwartzwalder Flint, Mich. _......... Pr~sidtnl-Elul John F. McMahon Papers Alfred, N. Y. Yiu-Prnidtnl! Petrology of Fused Alumina Abrasives . 387 Oscar G. Burch H. N. Baumann, Jr. Toledo, Ohio Louis Navias InRuence of Selected Facton in Evaluating Dielectric Strength Schenectady, N. Y. of Porcelain . 391 C. W. Planje Lee A. Shearouse, D. L. Heath, and W. J. Smothers Los Angeles, Calif. Use of Wollastonite in Artware Bodies ....•.............•• Tr~asur~r 396 Thomas L. Stalter Andrew Pereny umbus. Ohio Development of Sewer Pipe Glazes from Volcanic Materials ... 399 al Sur~/arJ and Editor Ian O. Knizek ~ 4Irles S. Pearce !' Colum bus, Ohio A Recolding DiFFerential Thermal Expansion Apparatus . 402 I Stephan P. Mitoff and Joseph A. Pask Commillu on Publications Role of Patents in Development and Research ..............•. 405 C. H. Hahner O. E. Williams Chairman W. R. Kerr J. O. Everhart E. P. McNamara C. S. Pearce (~X officio) Articles Managing Edilor Hi gh-Temperature Electronicsat General Electric. •........... 407 James S. Welch Report of the Research Committee.. • •• .....•..........•••• 408 Edilorial A ssislanls Emmoline R. Jamra Nominations For OFFicen. ........•...................... 416 Mary Weigelt Rohr Charlotte B. Burge.. AdlNrlising Manag~r Arthur S. Koachny Rosters Easl"n R~pr~stnla/jo~ WiUiam T. Mohrman, Jr. Membenhip Roster..................................... 417 501 Fifth Ave., New York 17, N. Y. Institute Roster ....................................•...R.121 Phone: Oxford 7-2369 Midw~sl &prlSmlalio~ James K. Millhouse 5124 West Irving Park Rd. Departments Chicago 41, III. Phone: Mulberry 5-0070 In Print for Ceramists. 2 Advertisers'lndex. -
Conception and Fabrication of Reusable Microfluidic Tools to Study
Conception and fabrication of reusable microfluidic tools to study the dynamics of biological phenomena : application to antibiotic influx/efflux in bacteria andto cell migration during mouse development Xuan Zhao To cite this version: Xuan Zhao. Conception and fabrication of reusable microfluidic tools to study the dynamics of biolog- ical phenomena : application to antibiotic influx/efflux in bacteria and to cell migration during mouse development. Micro and nanotechnologies/Microelectronics. Université Paris Saclay (COmUE), 2017. English. NNT : 2017SACLS226. tel-01591980 HAL Id: tel-01591980 https://tel.archives-ouvertes.fr/tel-01591980 Submitted on 22 Sep 2017 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. NNT : 2017SACLS226 THESE DE DOCTORAT DE L’U NIVERSITE PARIS -SACLAY PREPAREE A L’UNIVERSITE PARIS -SUD ECOLE DOCTORALE N° 575 Electrical, o ptical, bio-physics and engineering Spécialité de doctorat : Electronique et Optoélectronique, Nano- et Microtechnologies Par Xuan ZHAO Conception and fabrication of reusable microfluidic tools to study the dynamics of biological phenomena: application to antibiotic influx/efflux in bacteria and to cell migration during mouse development Thèse présentée et soutenue au C2N Orsay, le 7 Septembre 2017 : Composition du Jury : M. -
CARNIVAL GLASS During the Early 1900'S, Glass Companies Such As
CARNIVAL GLASS During the early 1900’s, glass companies such as Tiffany and Stueben were producing iridescent glassware. Due to the high price of these pieces, they were often out of reach of the average household. Then, in late 1907, the Fenton Art Glass Company invented a process to produce iridescent wares inexpensively. This iridescent glass became a huge hit with the consumer of the day who used the decorative pieces to enlighten their dark Victorian décor. Soon other manufacturers began to produce similar iridescent wares under such names as Radiumware and Venetian Art Glass. Sold at Woolworths and “five and dimes”, this new glassware reached its zenith during the teens although production continued through to 1930. Many shapes and patterns were made. Shapes included vases, water sets, punch sets, table sets, all sizes of plates and bowls, compotes and nappies. Manufacturers designed new patterns and invested in expensive moulds. Patterns were often naturalistic and included peacocks and other birds, lions, panthers, elk, dragons, grapes, berries and all types of floral designs. Geometric designs were also made and included hob stars, flutes, diamonds and sunbursts. The process invented by Fenton started with molten glass gathered on a rod and dropped into a cast iron mould bottom. When enough glass was in the mould, the glass maker took a pair of shears and cut the glass allowing just the right amount of glass to fall into the mould. Where the cool shears touch the molten glass, the glass hardened resulting in “Shear marks” in the finished piece. The mould top was placed over the mould bottom and the two parts were pressed together distributing the glass throughout the mould. -
Download New Glass Review 18
The Corning Museum of Glass NewGlass Review 18 The Corning Museum of Glass Corning, New York 1997 Objects reproduced in this annual review Objekte, die in dieser jahrlich erscheinenden were chosen with the understanding Zeitschrift veroffentlicht werden, wurden unter that they were designed and made within der Voraussetzung ausgewahlt, dal3 sie inner- the 1996 calendar year. halb des Kalenderjahres 1996 entworfen und gefertigt wurden. For additional copies of New Glass Review, Zusatzliche Exemplare der New Glass Review please contact: konnen angefordert werden bei: The Corning Museum of Glass Sales Department One Museum Way Corning, New York 14830-2253 Telephone: (607) 937-5371 Fax: (607) 937-3352 All rights reserved, 1997 Alle Rechte vorbehalten, 1997 The Corning Museum of Glass The Corning Museum of Glass Corning, New York 14830-2253 Corning, New York 14830-2253 Printed in Frechen, Germany Gedruckt in Frechen, Bundesrepublik Deutschland Standard Book Number 0-87290-140-8 ISSN: 0275-469X Library of Congress Catalog Card Number Aufgefuhrt im Katalog der Library of Congress 81-641214 unter der Nummer 81-641214 Table of Contents/lnhalt Page/Seite Jury Statements/Statements der Jury 4 Artists and Objects/Kunstlerlnnen und Objekte 12 Some of the Best in Recent Glass 32 Bibliography/Bibliographie 40 A Selective Index of Proper Names and Places/ Ausgewahltes Register von Eigennamen und Orten 71 Jury Statements How little cutting and polishing! How much self-esteem! Wiewenig Schliff und Poliertes! Wieviel Eigendunkel! Fewer and fewer entries are about the traditionally admired aspects Weniger und weniger Einsendungen haben mit den traditionell be- of glass - transparency, reflection, refraction, and usefulness as a con wunderten Aspekten von Glas zu tun - Transparenz, Widerspiegelung tainer for weather and liquids - and more and more are about the Brechung und der Benutzbarkeit als Behaltnis fur Flussigkeiten - und makers themselves. -
Special Collections and University Archives Manuscript
Special Collections and University Archives Manuscript Group 173 Indiana Glass and the Glass Companies of Indiana, Pennsylvania Opalescent Glassware produced by the Dugan Glass Company in Indiana, Pennsylvania, circa 1904-1913 Postcard of the Dugan Glass Company, courtesy of the Indiana Gazette (July 28, 1984) For Scholarly Use Only Last Modified July 9, 2021 Indiana University of Pennsylvania 302 Stapleton Library Indiana, PA 15705-1096 Voice: (724) 357-3039 Fax: (724) 357-4891 Manuscript Group 173 Indiana Glass and the Glass Companies of Indiana, Pennsylvania 2 Indiana Glass and the Glass Companies of Indiana, Pennsylvania, Manuscript Collection 173 Indiana University of Pennsylvania, Special Collections and University Archives 2 boxes; 2 linear feet Historical Note Between 1892 and 1931, five different glass companies manufactured what has become known as Indiana Glass in the same factory building in Indiana, Indiana County, Pennsylvania. Not to be confused with Indiana Glass made in Dunkirk, Indiana, the glass companies based out of Indiana, Pennsylvania included the Indiana Glass Company, 1892-1896; Northwood Glass Company, 1896- 1899; the Northwood Works of the National Glass Company of Pittsburgh, 1899-1904; the Dugan Glass Company, 1904-1913; and the Diamond Glassware Company, 1913-1931. The Indiana glassworks factory was built along the railroad line at the location of the former State Experimental Farm near the present location of the Miller Stadium and the Eberly College of Business parking lot at Indiana University of Pennsylvania. It was at this factory in 1897 where Northwood Glass Company owner Harry Northwood first made opalescent or translucent pressed glassware in the United States, which originated in England in the 1870s. -
Selecting the Best Microfluidics Device Material for Your in Vitro Diagnostic
Selecting the Best Microfluidics Device Material for Your In Vitro Diagnostic Selecting the Best Microfluidics Device Material for Your In Vitro Diagnostic Balancing Performance and Cost with Glass “In vitro diagnostics” is a term for a broad industry encompassing everything from benchtop or larger bioanalytical instrumentation A Production applications such as protein analysis and next generation sequencing to Mindset point of care devices. As if in vitro diagnostic (IVD) development wasn’t difficult enough just from the biology itself, the instrumentation and When examining a platform development add layers of complexity. material for IVD Examined here are the advantages and challenges of using a products, one microfluidic flow cell approach for automating and miniaturizing IVDs should also from the standpoint of selecting the best material for the microfluidic consider the component. The materials' strengths and weaknesses are reviewed in production the context of general biological assay applications. In this context, recommendations for applications where glass can aid in achieving the manufacturing scale desired IVD performance while still maintaining a favorable production options for cost are made. General guidelines for choosing materials for fabrication that will microfluidics-based IVDs are also provided. ultimately influence design, cost, and quality. INTRODUCTION Microfluidics, or lab-on-a-chip technology, is a powerful tool that sits at the intersection of biotechnology, automation, and functional integration. By using photolithography -
Selecting the Best Microfluidics Device Material for Your in Vitro Diagnostic
Selecting the Best Microfluidics Device Material for Your In Vitro Diagnostic Selecting the Best Microfluidics Device Material for Your In Vitro Diagnostic Balancing Performance and Cost with Glass “In vitro diagnostics” is a term for a broad industry encompassing everything from benchtop or larger bioanalytical instrumentation A Production applications such as protein analysis and next generation sequencing to Mindset point of care devices. As if in vitro diagnostic (IVD) development wasn’t difficult enough just from the biology itself, the instrumentation and When examining a platform development add layers of complexity. material for IVD Examined here are the advantages and challenges of using a products, one microfluidic flow cell approach for automating and miniaturizing IVDs should also from the standpoint of selecting the best material for the microfluidic consider the component. The materials' strengths and weaknesses are reviewed in production the context of general biological assay applications. In this context, recommendations for applications where glass can aid in achieving the manufacturing scale desired IVD performance while still maintaining a favorable production options for cost are made. General guidelines for choosing materials for fabrication that will microfluidics-based IVDs are also provided. ultimately influence design, cost, and quality. INTRODUCTION Microfluidics, or lab-on-a-chip technology, is a powerful tool that sits at the intersection of biotechnology, automation, and functional integration. By using photolithography