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Image Carrier Poster
55899-11_MOP_nwsltr_poster_Winter11_v2_Layout 1 2/11/11 2:25 PM Page 1 The Museum of Printing, North Andover, MA and the Image Carrier www.museumofprinting.org Relief printing Wood cuts and wood engravings pre-dated moveable type. Called “xylographic printing,” it was used before Gutenberg for illustrations, playing cards, and small documents. Moveable type allowed corrections and editing. A wood engraving uses the end grain, where a wood cut uses the plank grain. Polymer plates are made from digital files which drive special engraving machines to produce relief plates. These plates are popular with many of today’s letterpress printers who produce invitations, and collectible prints. Metal relief cylinders were used to print repetitive designs, such as those on wrap - ping paper and wall paper. In the 1930s, the invention of cellophane led to the development of the anilox roller and flexographic printing. Today, flexography prints most of the flexible packaging film which accounts for about half of all packaged products. Hobbyists, artists, and printmakers cut away non-printing areas on sheets of linoleum to create relief surfaces. Wood cut Wood engraving and Metal plate Relief cylinder Flexographic plate Linoleum cut Foundry type began with Gutenberg and evolved through Jenson, Garamond, Moveable type Caslon and many others. Garamond was the first printer to cast type that was sold to other printers. By the 1880s there were almost 80 foundries in the U.S. One newspaper could keep one foundry in business. Machine typesetting changed the status quo and the Linotype had an almost immediate effect on type foundries. Twenty-three foundries formed American Type Founders in 1890. -
Introduction to Printing Technologies
Edited with the trial version of Foxit Advanced PDF Editor To remove this notice, visit: www.foxitsoftware.com/shopping Introduction to Printing Technologies Study Material for Students : Introduction to Printing Technologies CAREER OPPORTUNITIES IN MEDIA WORLD Mass communication and Journalism is institutionalized and source specific. Itfunctions through well-organized professionals and has an ever increasing interlace. Mass media has a global availability and it has converted the whole world in to a global village. A qualified journalism professional can take up a job of educating, entertaining, informing, persuading, interpreting, and guiding. Working in print media offers the opportunities to be a news reporter, news presenter, an editor, a feature writer, a photojournalist, etc. Electronic media offers great opportunities of being a news reporter, news editor, newsreader, programme host, interviewer, cameraman,Edited with theproducer, trial version of Foxit Advanced PDF Editor director, etc. To remove this notice, visit: www.foxitsoftware.com/shopping Other titles of Mass Communication and Journalism professionals are script writer, production assistant, technical director, floor manager, lighting director, scenic director, coordinator, creative director, advertiser, media planner, media consultant, public relation officer, counselor, front office executive, event manager and others. 2 : Introduction to Printing Technologies INTRODUCTION The book introduces the students to fundamentals of printing. Today printing technology is a part of our everyday life. It is all around us. T h e history and origin of printing technology are also discussed in the book. Students of mass communication will also learn about t h e different types of printing and typography in this book. The book will also make a comparison between Traditional Printing Vs Modern Typography. -
Graphics Design
Graphics Design - Typography Exercise 7 - ‘Arial’ ____________________________________________________________________________________________________________________________ Closest Fonts: {Arial, Helvetica, MS Gothic} Closer Fonts: {Newhouse DT Condensed, CG Triumvirate Condensed} Chosen Focus Font: {Arial Narrow Bold Italic} ____________________________________________________________________________________________________________________________ Font: Monotype Grotesque Birth-Date: 1926 Creator: Frank Hinman Pierpont Publisher: Monotype Foundry Based Off: Grotesque (by H. Berthold AG Foundry & William Thorowogood, 1832) Family: Largely-Extended: Multiple Widths (Condensed,...,Extended) Recognition: Easily Recognisable as san-serifs were few and unusual in England. Use: Early 20th Century Avant Garde Printing from Western & Central Europe ____________________________________________________________________________________________________________________________ Font: Arial Alias: (Original) Sonoran Sans Serif, (After Microsoft Acquisition) Arial MT Birth-Date: 1982 Self-Description: “Contemporary sans serif design, Arial contains more humanist characteristics than many of its predecessors and as such is more in tune with the mood of the last decades of the twentieth century. The overall treatment of curves is softer and fuller than in most industrial style sans serif faces. Terminal strokes are cut on the diagonal which helps to give the face a less mechanical appearance. Arial is an extremely versatile family of typefaces which can -
Printing Presses in the Graphic Arts Collection
Printing Presses in the Graphic Arts Collection THE NATIONAL MUSEUM OF AMERICAN HISTORY 1996 This page blank Printing Presses in the Graphic Arts Collection PRINTING, EMBOSSING, STAMPING AND DUPLICATING DEVICES Elizabeth M. Harris THE NATIONAL MUSEUM OF AMERICAN HISTORY, SMITHSONIAN INSTITUTION WASHINGTON D.C. 1996 Copies of this catalog may be obtained from the Graphic Arts Office, NMAH 5703, Smithsonian Institution, Washington D.C. 20560 Contents Type presses wooden hand presses 7 iron hand presses 18 platen jobbers 29 card and tabletop presses 37 galley proof and hand cylinder presses 47 printing machines 50 Lithographic presses 55 Copperplate presses 61 Braille printers 64 Copying devices, stamps 68 Index 75 This page blank Introduction This catalog covers printing apparatus from presses to rubber stamps, as well as some documentary material relating to presses, in the Graphic Arts Collection of the National Museum of American History. Not listed here are presses outside the accessioned collections, such as two Vandercook proof presses (a Model 4T and a Universal III) that are now earning an honest living in the office printing shop. At some future time, no doubt, they too will be retired into the collections. The Division of Graphic Arts was established in 1886 as a special kind of print collection with the purpose of representing “art as an industry.” For many years collecting was centered around prints, together with the plates and tools that made them. Not until the middle of the twentieth century did the Division begin to collect printing presses systematically. Even more recently, the scope of collecting has been broadened to include printing type and type-making apparatus. -
Teaching Digital Typography1
ELECTRONIC PUBLISHING, VOL. 5(2), 79±89 (JUNE 1992) Teaching digital typography1 JACQUES ANDRE ROGER D. HERSCH Didot Project Didot Project Irisa/Inria±Rennes, Campus de Beaulieu Laboratoire des SystÁemes PÂeriphÂeriques F-35042 Rennes cedex, France Ecole Polytechnique FÂedÂerale de Lausanne CH-1015 Lausanne, Switzerland SUMMARY Digital typography is a very specialized ®eld that offers two widely different yet complementary aspects:art and computer science.This paper presentsProject Didot, which is all aboutteaching digital typography. While taking into account recent experience, the authors explore some subjects that should be included in a digital typography course and describe the various trades it would be aimed at. This paper concentrates on the computer science aspect and gives a basic bibliography. KEY WORDS Digital typography Curriculum Tuition 1 PROJECT DIDOT In 1990, the EEC launched its Comett II project, with its main aims being to place greater emphasis on advanced technology training and to ensure that cooperation between univer- sities and the industrial world is carried out at a European level. Project Didot2 was set in motion in this context, with the help of seven other partners.3 The aim of this three-year project is mainly to draw up a European curriculum for teaching digital typography,4 to implement the required software tools and to try out this curriculum in a teaching environment [4]. Among the experimental workshops organized for this purpose [5] was a two-day seminar which took place in Reading (UK) in February 1991 [6] as well as a one-week seminar organized in Lausanne (Switzerland) in September 1991 [7,8]. -
Judging Permanence for Reformatting Projects: Paper and Inks
ConserveO Gram September 1995 Number 19/14 Judging Permanence For Reformatting Projects: Paper And Inks Many permanently valuable NPS documents fibered, high alpha-cellulose cotton and linen such as correspondence, drawings, maps, plans, rags. Early rag papers were strong, stable, and reports were not produced using permanent and durable with relatively few impurities. and durable recording media. When selecting In the mid-17th century, damaging alum paper items for preservation duplication, items sizing was added to control bacteria and marked on the list below with a " - " are at mold growth in paper. By 1680, shorter highest risk and should have special priority for fiber rag papers were being produced due to duplication. Document types marked with a the use of mechanical metal beaters to shred "+" are lower priorities for reformatting as they the rag fibers. By about 1775, damaging tend to be more stable and durable. See chlorine bleaches were added to rag papers Conserve O Gram 19/10, Reformatting for to control the paper color. Acidic alum Preservation and Access: Prioritizing Materials rosin sizing was introduced around 1840 to for Duplication, for a full discussion of how to speed the papermaking process thus leading select materials for duplication. NOTE: Avoid to even shorter-lived papers. Rag papers using materials and processes marked " - " when became less common after the introduction producing new documents. of wood pulp paper around 1850. Compared to rag paper, most wood pulp papers have Paper much poorer chemical chemical and mechanical strength, durability, and stability. All permanently valuable original paper - documents should be produced on lignin-free, Ground or mechanical wood pulp paper: high alpha-cellulose papers with a pH between After 1850, most paper produced was 7.5 and 8.0, specifically those papers meeting machine-made paper with a high proportion the American National Standards Institute of short-fibered and acidic wood pulp. -
The Impact of New Technologies of Print Media
This document is downloaded from DR‑NTU (https://dr.ntu.edu.sg) Nanyang Technological University, Singapore. The impact of new technologies of print media Chhabra, V. N. 1988 Chhabra, V. N. (1988). The impact of new technologies of print media. In Consultation on New Printing Technologies for Small Newspapers : Trivandrum, India, 14‑17 June 1988. Singapore: Asian Mass Communication Research and Information Centre. https://hdl.handle.net/10356/85984 Downloaded on 26 Sep 2021 23:04:21 SGT ATTENTION: The Singapore Copyright Act applies to the use of this document. Nanyang Technological University Library The Impact Of New Technologies Of Print Media By V N Chhabra Paper No.6 ••// ASIAN MASS COMMUNICATION RESEARCH AND INFORMATION CENTRE 39 NEWTON ROAD.SINGAPORE 1130. REPUBLIC OF SINGAPORE ATTENTION: The Singapore Copyright Act applies to the use of this document. Nanyang Technological University Library - V N Chhabra The Statesman Ltd New Delhi The Impact of New Technologies on Print Media "Freedom of the Press belongs to those who own one" — A J Liebling Not since Gutenberg's invention of the movable type in the 15th Century has there been an innovation with so great a potential to revolutionise communication as computerisation. The Information and communication technologies in which advances will dictate the pace of changes in print madia are : * Integrated circuits (ICs) or microprocessors, which are the operating controls for electronic devices of all types. * Software which is the 'brains' directing the operation of sophisticated systems for enhanced data based management, pagination, advanced colour separation. * Speech processing systems which would bypass (or substantially reduce) the need for keyboard based input of material. -
236 Tugboat, Volume 9 (1988), No. 3 Some Typesetting Conventions
236 TUGboat, Volume 9 (1988), No. 3 Some Typesetting Conventions suitability to contents Graeme McKinstry, Not all these factors are equal in their effect on readability University of Otago, nor are all the factors within your control but it is possible New Zealand. to use some of the above factors to make your documents more readable. One of the major advantages of T@ is that it makes it possible for authors to typeset their own work. However, Typeface and size of type this new found power has not been automatically asso- There are two broad classes of fonts: serif ("serifs" are ciated with a knowledge of typesetting and typographic the finishing strokes at the end of letters) and sans-serif design and so some very unreadable documents have en- (without serifs, e.g., fonts such as Helvetica). Of the sued. This is further exacerbated by authors believing two, serif fonts (such as Computer Modem, and Times- they do know something about typesetting ("Doesn't ev- Roman) are easier to read for large quantities of text, eryone?") and ignoring all attempts to lead them in the "because it has been shown that we read our own lan- right direction, e.g., LV@. guage not letter by letter but by recognizing the shapes Although TEX users are less prone to fall into this of words . " [31. The serifs tend to help in this "shape trap as compared to your average WYSIWYG user there are recognition". For example try to decipher the following still some fundamental typographic lessons to be learned. two lines (they don't form words): These principles are so fundamental that even a com- puting consultant, such as myself, is able to learn, and possibly even more importantly, understand why we have them. -
Jul 9 1975 -2
GENERATION OF ROMAN PRINTED FONTS by Philippe J.M. Coueignoux M.S., Massachusetts Institute of Technology (1973) SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY at the MASSACHUSETTS INSTITUTE OF TECHNOLOGY June 1975 Signature of Author........'... .ffV ... 4~...... ......v Department of Electrical Engineering, June Certi fied by.............................................0 a 0 a 00 0 0 Thesis Supervisor Accepted b0 ' Chairman, Departmental Committe&6n Graduate Students JUL 9 1975 -2- GENERATION OF ROMAN PRINTED FONTS by Philippe J.-M. Coueignoux Submitted to the Department of Electrical Engineering and Computer Science on May the 23rd, 1975, in partial fulfill- ment of the requirements for the Degree of Doctor of Philosophy. ABSTRACT Three contributions are made to the generation of Roman printed fonts: a descriptive model, a generating program, CSD, and a line setting program, FRANCE. The model is based on a linguistic study of the con- sistency of Roman printed characters. Characters are de- composed into primitives. To represent a letter by a char- acter, one uses a specific combination of primitives; a grammar is given, which governs these combinations within the Roman style. The repeated use of the same drawing to represent a primitive in more than one combination differ- entiates the characters of a font from other fonts; further- more, parameters are used to specify the drawings and there exist relationships among the parameters for the different drawings of a font. Related parameters are gathered into families; global transformations for each of the families well describe elementary operations on fonts like boldening, size variations, etc. -
Research and Development Washington, DC 20460 ABSTRACT
United Slates EPA- 600 R- 95-045 7 Enwronmental Protection ZL6ILI Agency March 1995 i= Research and Developmen t OFFICE EQUIPMENT: DESIGN, INDOOR AIR EMISSIONS, AND POLLUTION PREVENTION OPPORTUNITIES Prepared for Office of Radiation and Indoor Air Prepared by Air and Energy Engineering Research Laboratory Research Triangle Park NC 2771 1 EPA REVIEW NOTICE This report has been reviewed by the U.S. Environmental Protection Agency, and approved for publication. Approval does not signify that the contents necessarily reflect the views and policy of the Agency, nor does mention of trade names or commercial products constitute endorsement or recommendation for use. This document is available to the public through the National Technical Informa- tion Service. Springfield, Virginia 22161. EPA- 600 I R- 95-045 March 1995 Office Equipment: Design, Indoor Air Emissions, and Pollution Prevention Opportunities by: Robert Hetes Mary Moore (Now at Cadmus, Inc.) Coleen Northeim Research Triangle Institute Center for Environmental Analysis Research Triangle Park, NC 27709 EPA Cooperative Agreement CR822025-01 EPA Project Officer: Kelly W. Leovic Air and Energy Engineering Research Laboratory Research Triangle Park, NC 2771 1 Prepared for: U.S. Environmental Protection Agency Ofice of Research and Development Washington, DC 20460 ABSTRACT The objective of this initial report is to summarize available information on office ~ equipment design; indoor air emissions of organics, ozone, and particulates from office ~ equipment; and pollution prevention approaches for reducing these emissions. It should be noted that much of the existing emissions data from office equipment are proprietary and not available in the general literature and are therefore not included in this report. -
MTP-1530II Modular Thermal Printer User Manual
MTP-1530II Modular Thermal Printer User Manual Telpar 800-872-4886 Fax: 603-742-9938 Website: www.telpar.com E-mail: [email protected] © 2012 Telpar (Rev.20120510) Telpar MTP-1530II Receipt Thermal Printer User Manual Warranty Telpar — Printer Limited Warranty .WARRANTIES AND DISCLAIMERS. Products manufactured by Telpar are warranted against defects in workmanship and materials for a period of twelve (12) months from the date of shipment to the original user, provided the Product (a) remains unmodified, (b) is used only in the United States or Canada, (c) is operated under normal and proper conditions, as Telpar determines in its sole discretion, and (d) Customer provides prompt written notice Telpar of any defects as to parts and/or workmanship to. Telpar may provide an extended warranty on certain Products or components thereof for an additional price determined solely by Telpar and such extended warranty shall only be effective to the extent memorialized in writing by Telpar. Telpar’s sole obligation and Customer’s exclusive remedy for defective Telpar-manufactured Products is limited to repair or replacement, as Telpar determines in its sole discretion. The warranty described above does not include any labor or service costs for removing or replacing parts, or any shipping charges. Any repair performed by Telpar under this warranty does not extend the original warranty period of any Product. This warranty shall not apply to any Product which has: (i) been repaired or altered, except by Telpar; (ii) not been maintained in accordance with all of the operating or handling instructions supplied by Telpar, or (iii) been subjected to misuse, willful acts, abuse, tampering, negligence or accident, unusual physical or electrical stress, as Telpar determines in its sole discretion. -
Development of Computer Typesetting
Early steps in computer typesetting in the 1960s Jonathan Seybold, September 2018 1961–1964 Michael Barnett’s “Experiments in Typesetting” In 1961, Michael Barnett, an associate professor at MIT wrote a computer program that could produce punched paper tape output to drive a phototypesetting machine. He used this to produce the “Tail” from Alice in Wonderland, and a phototypeset press release. These were the first documents that were phototypeset from output generated by a computer. In 1962 Barnett received a research grant to continue this experiments. This lead to development of the PC6 system, which was used to produce a variety of reports, pamphlets and other publications in late 1963 and early 1964.1 Hardware: IBM 709/90 computer and a Photon 560 phototypesetter. Software: Written in Fortran, with a few routines written in FAP (Fortran Assembler). Written for a specific Photon 560 set-up. Typefonts were identified by disk position and row number. The TYPRINT program for text output composed text to fit a predefined page width and depth. Lines were broken after the last complete word that would fit on that line. There was no attempt at hyphenation. Pages were arbitrarily broken after the last line that would fit on the page. Special commands could be embedded in the text to tie text elements together. When it encountered these, the program would simply make the page as long as necessary to accommodate all of the text in the “no break” area. Given the scientific academic setting, the most notable feature of TYPRINT was a program written by J.M.