13 Current Status and Problems Concerning Typeface Protection in Foreign Countries
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The Constitutionality of Design Patents
CLIFFORD & PELTZ-STEELE - DESIGN PATENTS FINAL - WEBSITE.DOCX (DO NOT DELETE) 11/27/15 12:54 PM THE CONSTITUTIONALITY OF DESIGN PATENTS RALPH D. CLIFFORD* & RICHARD J. PELTZ-STEELE** ABSTRACT Design patents have been part of American law since 1842. In that time, only just over 600,000 design patents have been issued, with more than half of these being granted in the last twenty years. This quantity is dramatically fewer than the number of utility patents issued which is rapidly approaching 9,000,000 issued patents. Possibly because of the low usage of design patents over time, no case law and little literature address the constitutional issues raised by them. This article intends to overcome that shortcoming. Two constitutional aspects of design patents will be examined. First, congressional authority to adopt the design patent laws will be examined. The Constitution in Article I, Section 8, Clause 8 grants Congress specific powers to adopt both patents and copyrights. When a design is examined, it is unclear that it is an invention making its patentability suspect. At the same time, establishing a design as a writing is not problematic, leading to its eligibility for copyright. In this case, the clause itself must be examined to determine if something that qualifies only for copyright protection can nevertheless be granted a patent. The words chosen in the clause, particularly based on the way some of them were used in the Eighteenth Century, suggest that the answer is “no.” Of course, any * Professor of Law at the University of Massachusetts School of Law. I wish to thank the participants at the 2013 Intellectual Property Academic Conference held at the Franklin Pierce Center for Intellectual Property at the University of New Hampshire School of Law and at PatCon4 held at University of San Diego who made many valuable suggestions regarding this article and its improvement. -
Intellectual Property Law in the Construction Industry — a Practical Guide
Chapter 28 INTELLECTUAL PROPERTY LAW IN THE CONSTRUCTION INDUSTRY — A PRACTICAL GUIDE Scott S. Havlick, Esq., Editor and Author (2005 & 2007 Supplements) Holland & Hart LLP Kenneth C. Winterton, Esq., Author (2005 Supplement) Holland & Hart LLP SYNOPSIS § 28.1 INTRODUCTION § 28.2 PATENT LAW § 28.2.1—Design Patents Related To Ornamental Buildings And Ornamental Building Features § 28.2.2—Patent Infringement § 28.3 TRADE SECRET LAW § 28.4 COPYRIGHT LAW § 28.4.1—Copyright Protection In Architectural Works § 28.4.2—Limitations To Copyright Protection § 28.4.3—Copyright Infringement § 28.4.4—Moral Rights In Visual Artworks — Building Murals And Sculptures § 28.5 TRADEMARK LAW § 28.5.1—Truth In Advertising § 28.5.2—Avoiding Consumer Confusion — Searching And Clearing § 28.5.3—Avoiding Consumer Confusion — Non-Traditional Trademarks § 28.5.4—Branding Large Developments — The Pitfall Of Geographic Descriptiveness (10/07) 28-1 § 28.1 The Practitioner’s Guide to Colorado Construction Law § 28.1 • INTRODUCTION Intellectual property law is comprised of several distinct legal schemes created under fed- eral law, state statutory law, and case law: patents, trade secrets, copyright, and trademark law. To exhaustively describe the contours of each of these large bodies of law is beyond the scope of this chapter, but a working understanding of each flavor of intellectual property right is useful for the construction law lawyer. This chapter broadly describes each body of law and focuses on selected issues that arise with more frequency in the construction industry: 1) Copyright protections that exist in architectural plans, drawings, and the constructed buildings themselves; 2) The rights of visual artists; 3) The potential for trademark protection in non-functional and distinctive design and décor features in buildings; and 4) The challenges of trademark protection for larger development projects. -
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 -
Innovation by Design: Differentiator in the Digital Age
INNOVATION BY DESIGN: DIFFERENTIATOR IN THE DIGITAL AGE Sara Diamond and Linda Lewis Canada’s poor innovation record has been exacerbated by a reluctance to acknowledge design as a key component of innovation. We have the key ingredients for design to make a difference to Canadian innovation — a strong and varied sector, a base of university and college programs, exemplary firms, and proof that design matters. By including design as part of the innovation paradigm (research and development and design), we could radically transform Canada’s lacklustre innovation record into a leadership position. Le design est un facteur clé d’innovation, et la réticence du Canada à reconnaître son importance ne fait qu’aggraver son maigre bilan en la matière. Nous avons pourtant tout ce qu’il faut pour faire du design un accélérateur d’innovation : un secteur dynamique et varié, des programmes universitaires et collégiaux, des entreprises modèles et des données confirmant son rayonnement. Il suffirait d’intégrer le design au paradigme d’innovation (et donc à la recherche-développement) pour redorer le terne bilan du Canada et en faire un pôle mondial d’innovation. With great power comes great design. Designers allow companies to stay ahead of where cus- Mercedes-Benz commercial for 2012 CLS 550, July 2011 tomers are by anticipating and addressing human needs and behaviours in the context of our complex and chang- anada’s poor innovation record has been exacerbat- ing world. “Hard problems” in research are called “wicked ed by a reluctance to acknowledge design as a key problems” by designers; these challenges require intensive C component of innovation. -
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]. -
Using Intellectual Property to Establish and Protect Your Firm's
Using Intellectual Property To Establish and Protect Your Firm’s Architectural, Interiors and Industrial Design Domain By: David R. Gerk, Esq.1 If you were to hear a story about a painter that hosted an exhibit in Manhattan early in the afternoon and then simply left the gallery for a celebratory dinner leaving the front door to the gallery wide open for any and for all to come through and take her works of art, wouldn’t you consider this painter to be somewhat foolish? Likewise, wouldn’t you be puzzled if you were told a story about a movie producer that knew bootleggers were likely to copy his newest blockbuster and sell it on the city streets in advance of the release date, but the producer refused do anything to stop these thieves even though he knew how to prevent the bootleg copies from coming into existence? Lastly, if you read in the morning paper that a company decided to let its main competitor sell duplicate copies of its best selling products, but did not receive any royalties whatsoever in exchange, wouldn’t you suspect there was a misprint in that paper? While each of these scenarios sounds outrageous, blatant misappropriations as severe as these are very real. Perhaps even scarier is the fact that equally substantial misappropriations may be happening to you or your company on a regular basis. Designers, architects and virtually any person or entity that makes a living based upon the creative products or services they provide may simply be giving their most valuable asset away and not even know it. -
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. -
Innovation and Imitation Artistic Advance and the Legal Protection of Architectural Works Elizabeth A
Cornell Law Review Volume 70 Article 4 Issue 1 November 1984 Innovation and Imitation Artistic Advance and the Legal Protection of Architectural Works Elizabeth A. Brainard Follow this and additional works at: http://scholarship.law.cornell.edu/clr Part of the Law Commons Recommended Citation Elizabeth A. Brainard, Innovation and Imitation Artistic Advance and the Legal Protection of Architectural Works , 70 Cornell L. Rev. 81 (1984) Available at: http://scholarship.law.cornell.edu/clr/vol70/iss1/4 This Article is brought to you for free and open access by the Journals at Scholarship@Cornell Law: A Digital Repository. It has been accepted for inclusion in Cornell Law Review by an authorized administrator of Scholarship@Cornell Law: A Digital Repository. For more information, please contact [email protected]. INNOVATION AND IMITATION: ARTISTIC ADVANCE AND THE LEGAL PROTECTION OF ARCHITECTURAL WORKS Architectural design represents a unique combination of innovation and imitation. One commentator has noted that "an uneasy balance between influence and originality" exists within the profession.1 Imita- tion may play a greater role in advancement in architecture than in other forms of intellectual property that the law protects against copy- ing. Nevertheless, architectural work must be protected to encourage original and creative design. Thus, proper protection of architectural works requires independent consideration and individualized legisla- tion. This Note evaluates the appropriate level of protection for archi- tectural works in light of the need to encourage progressive architectural creativity without precluding architectural imitation. Section I exam- ines the current protection afforded architectural works under the Copy- right Act of 1976, the Patent Act, and the common law of torts. -
Chapter 6: Design and Design Frameworks: Investing in KBC and Economic Performance
323 | DESIGN AND DESIGN FRAMEWORKS: INVESTMENT IN KBC AND ECONOMIC PERFORMANCE CHAPTER 6. DESIGN AND DESIGN FRAMEWORKS: INVESTMENT IN KBC AND ECONOMIC PERFORMANCE This chapter addresses the nature and the economic impact of design by looking at design-related intellectual property and how businesses protect their knowledge based capital. The chapter reviews the nature and various definitions of design and how design-related IP, specifically registered designs, relates to other formal IP mechanisms such as patents, trademarks, and copyright. It looks at the primary areas of design activity in a subset of OECD countries and investigates the similarities and differences of the constituent design IP regimes as well as the various treaties governing international design IP regulation. The review continues with an examination of how design-related IP functions in comparison to and in conjunction with other formal and informal IP protection mechanisms and what factors motivate firms to choose and appropriate combinations of protection mechanisms. By examining historical patterns of design registrations in a variety of ways, this chapter identifies trends, at the national level, of how firms perceive the importance of design-related IP. Analysis of national origins of registrations in both the European Community and the United States provides an indicator of the activity of those countries’ businesses relative to their proximities to the markets. It explores the existence of possible alternative indicators for design activity and of industry-specific variations across the sample set. The chapter concludes with a review of input and output measures as stated in the limited set of studies that have endeavoured to establish or quantify the value and/or benefit of design and design-related IP. -
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. -
The “Article of Manufacture” Today
Harvard Journal of Law & Technology Volume 31, Number 2 Spring 2018 THE “ARTICLE OF MANUFACTURE” TODAY Sarah Burstein* TABLE OF CONTENTS I. INTRODUCTION .............................................................................. 782 II. BACKGROUND .............................................................................. 785 A. Design Patentable Subject Matter ............................................ 785 B. Design Patent Claiming & Infringement ................................. 786 C. Remedies for Design Patent Infringement ............................... 788 III. WHAT IS THE “ARTICLE OF MANUFACTURE” IN § 289?.............. 789 A. The Apple/Nordock Rule .......................................................... 791 B. The Supreme Court Weighs In ................................................. 791 IV. WHY COURTS SHOULD NOT ADOPT THE GOVERNMENT’S APPROACH .................................................................................... 793 A. The Test .................................................................................... 794 1. The Underlying Premise ........................................................ 795 2. The Factors ............................................................................ 797 B. The Nature of the Inquiry ......................................................... 802 1. A Case-by-Case Inquiry? ...................................................... 802 2. Is it a Question of Fact or Law? ............................................ 807 C. The Burden of Proof................................................................