Trademarks definition

Patent Classification Definitions, U.S. Department of Commerce, Patent and Trademark Office, Washington, D.C. revised regulady. 

The traditional definition of a barrier polymer requited an oxygen permeabihty less than 2 nmol /(m-s-GPa) (originally, less than (1 comil)/(100 in. datm)) at room temperature. This definition was based pardy on function and partiy on conforming to the old commercial unit of permeabihty. The old commercial unit of permeabihty was created so that the oxygen permeabihty of Saran Wrap brand plastic film, a trademark of The Dow Chemical Company, would have a numerical value of 1. 

Most of the equivalent patents are incorporated in the discussion, to give a sense of the international coverage to the reader. A summary of the main claim is included as a definition of the property subject matter. As could be seen the property subject matter of a World Intellectual Property Organization (WIPO) patent generally, is identical to one of the corresponding US patent (from the US Patent and Trademark Office, USPTO). However, in some instances a WIPO patent has more than one US equivalent patent. The equivalence between WIPO and US patents will be discussed for each particular case wherever relevant. 

So far, catalytic systems in which the mediator plays the role of both catalyst and electron carrier have been considered. Figure 4.21 shows an example where these two roles are dissociated.21 The catalyst, in the sense of a chemical catalyst, is the Co(II) porphyrin embedded in the Nafion (a trademark of Dupont) film, while the electron are shuttled by the ruthenium hexamine 3 + /2+ couple attached electrostatically to the Nafion backbone. The catalytic reaction now involves two successive steps, as expected for a chemical catalysis process (see Sections 4.2.1 and 4.3.1), calling for the definition of two characteristic currents. One has the same... 

Definitions (a)"Contributors" means the copyright and/or trademark owners who have contributed Open Game Content ... 

The complex composition of toxaphene also creates nomenclature problems. Initially, toxaphene was the trademark of the product manufactured by the Hercules Inc. However, due to the non-restricted use of the trademark, toxaphene has become a general term for this pesticide. Further frequently applied terms were camphechlor , polychlorinated bornanes , camphenes , and ter-penes , as well as chlorobornanes . The expression toxaphene is not the same as the trademark Toxaphene , since residues in the environment may also originate from other technical products (see Table 2). Toxaphene is the reaction product of the chlorination of technical camphene is a suitable definition of the expression used in the scientific language [27]. Owing to the problems with abbreviations as described below, toxaphene will be used in the following chapters as a synonym for the compounds of technical toxaphene. 

Three distinct types of information are presented (1) descriptions of chemicals, raw materials, processes, and equipment (2) expanded definitions of chemical entities, phenomena, and terminology and (3) descriptions or identifications of a wide range of trademarked products used in the chemical industries. Supplementing these are listings of accepted chemical abbreviations used in the literature, short biographies of chemists of historic importance, and winners of the Nobel prize in chemistry. Also included are descriptions or notations of the nature and location of many U.S. technical societies and trade associations. In special cases editorial notes have been supplied where it was felt necessary to clarify or amplify a definition or description. A few entries written by specialists are acknowledged by use of the author s name. 

The Eleventh Edition added new chemicals, revised the format for chemical entries, and added new trademarked products and definitions. Chemical Abstract Services (CAS) numbers were included for many chemical entries to facilitate recourse to computerized databases. 

In the Twelfth Edition all trademarked entries were revised. The method of referencing was changed from superscripted numbers to the company names, facilitating access to the addresses of the manufacturers of trademarked products. Many additional definitions and cross-references were added to make the work current with the constantly growing field of chemistry. 

This Fifteenth Edition contains over 4,200 new or updated entries. Special effort was directed to add definitions and terms of art for biochemistry. Over 700 entries reflecting the great interest in biochemistry are now included. Over 90 terms relating to nano technology were added. Almost 3,000 new chemicals were added, including trade named products. Links to worldwide web page addresses for manufacturers and associations in the appropriate entries and in Appendix III were verified or added. Trademarked entries and their associated manufacturers were updated to reflect the constant flux in the modem chemical industry. 

Brand - Term, design, or trademark used in connection w/ith one or several grades of fertilizer (AAPFCO), The Philippines uses the same definition. 

United States Patent and Trademark Office, www.uspto.gov (all accessed August 9, 2010). Official Web site of the U.S. Patent and Trademark Office. Recently redesigned to highlight patent and trademark searching along with services for inventors. Also available online is the U.S. Manual of Classification, www.uspto.gov/web/patents/classification/, listing class schedules and linked classification definitions. This is updated regularly. 

Chemical Resistance of Thermoplastics also includes introductory chapters which will enhance the usefiilness of the information to a broader audience. The first of these chapters introduces polymer chemistry, physics and engineering at a fairly elementary level that is easy to read and accessible to technically informed readers without a background in plastics. The chapter begins by providing definitions and a history of polymers. It continues with the classification of different types of polymers, including thermoplastics, thermosets and elastomers. Also covered are properties, stmctures, and examples of commercial polymers as well as processing and polymerization techniques. The chapter ends with a discussion of applications and common trademarks of plastics. 

In a wide definition, PBI refers to a large family of aromatic heterocyclic polymers containing benzimidazole units. PBI with different structures can be synthesized from hundreds of combinations of tetraamines and diacids. In a specific way, PBI refers to the commercial product under the trademark Celazole , poly(2,2 -m-(phenylene)-5,5 -bibenzimidazole) (Fig. 4.1). In the context of PBI with different structures, this specific PBI is also named as meia-PBI because phenylene ring is meto-coordinated. As an amorphous thermoplastic polymer, the aromatic nuclei of PBI provide the polymer high thermal stabihty (glass transition temperature, Fg = 425-436 °C), excellent chemical resistance, retention of stiffness and toughness, but poor process-abihty [56-58]. Primarily used in textile fibers, the selection of poly(2,2 -m-(phenyl-ene)-5,5 -bibenzimidazole) as the commercial product was made on the basis of its... 

DONT use any abbreviation, code name or number without giving its meaning or definition, or identifying the compound of the trademark and/or trade name and source. 

Brief definitions of starburst polymers, dendrimers, and dendrons are as follows, and the reader is referred for detailed descriptions to Tomalia s excellent reviews [1]. Starburst is a the trademark name of poly(amide-amine)s, as shown in Scheme 1, and was presented by Tomalia. Recently, dendrimers and dendrons have been defined in general terms for a class of hyperbranched polymers. Dendrimers are systematically constructed to form regularly branched treelike structures. Under ideal conditions, the molecular architecture is very uniform, as shown in Figure 1. A dendron is one of the major subdivisions of a dendrimer. For example. Figure 1 shows the division of a dendrimer into three separate dendrons, labeled A, B, and C. Further subdivisions are also possible, with each of the three dendrons dividing into two subdendrons, each of which then divides into two subdendrons, etc. Thus, one of the major differences between linear polymers and dendrimers is this branched architecture. 

---