Ifm NEWSBOOK 2018
Total Page：16
File Type：pdf, Size：1020Kb
Load more
Recommended publications
-
Hygienic Fittings
INDUSTRIAL FITTINGS - couplings Stainless steel hygienic couplings Stainless steel hygienic couplings are intended for food, pharmaceutical, cosmetics and chemical industries as well as for biotechnology. At first the couplings were primarily used in dairy and brewing industry to connect pipe installations using an internal expansion method (a pipe is pressed from the inside out into a fitting). Nowadays they are welded using methods that ensure the highest quality of the weld adequate to the hygienic requirements. The hygienic couplings come in different standards that differ in terms of the type of connection and sealing that further determine different levels of hygiene of the couplings required by various applications. The hygienic design of a coupling is defined by accessible and easy cleaning and sterilization without dismantling (CIP, SIP) and use of adequate materials. The requirements for hygienic couplings are set in several regulations and standards e.g. 3-A (3-A Sanitary Standards Incorporated), EHEDG (European Hygienic Engineering & Design Group), ASME BPE-2009 (Bioprocessing Equipment). In general, the standards require to avoid all kinds of crevices or dead spaces that may cause particles accumulation and growth of microorganisms. Internal surfaces must be smooth and nonporous. The surface roughness must not exceed Ra = 0.8 µm and Ra = 0.4 µm when the requirements for the internal surface roughness are higher. Some surfaces may need electro-polishing. Welds are subject to separate requirements. The internal folds of the surface should be smoothened out by an angle that facilitates cleaning. Seals should be the closest possible to the transferred medium avoiding crevices and the risk of product getting under the seal. -
Deciphering the Dolphin Language Appendix U 1
Deciphering the Dolphin Language Appendix U 1 by James T. Fulton U.1 Introduction 1 The goal of this appendix is to report the evidence related to the eternal question of whether the dolphin, and 2 particularly the bottlenose dolphin, Tursiops truncatus, unless otherwise indicated, employs what is traditionally 3 described as language in English. If it logically does, the secondary goal is to define the next steps in deciphering 4 that language. 5 This appendix is subsidiary to “Hearing: A 21st Century Paradigm” and the website Processes in Biological Hearing. 6 There is a limitation in the vocabulary used in the linguistic community revolving around the multiple uses of the 7 word language. This work will separate the word language used as a noun and the word language used as an 8 adjective. As an adjective, it will be used to delineate a language protocol (neural software) that is coupled with a 9 vocalization capability (physiological hardware or plant) that together support language (used as a noun) to describe 10 both intraspecies communications and interspecies communications (under more complex conditions). 11 - - - - 12 Human academicians of one linguistic school have long argued that only humans employ language; all lower 13 animals only communicate. In a 1980 text2, Herman & Tavolga (Chap. 4) reviewed the literature of this linguistic 14 school from the communications perspective and Herman (Chap. 8) reviewed the similar literature related to the 15 cognitive capabilities of the dolphin. Herman noted (page 409), “The recent demonstration s of language-learning 16 capabilities in Pongidae (with a string of citations and using 1980 cladogram) reveal that most and possibly all of the 17 design features of human language are present in the learned linguistic transactions of the apes. -
Technologies for MT of Low Resource Languages (Loresmt 2018) Organizer: Chao-Hong Liu (ADAPT Centre, Dublin City University)
The 13th Conference of The Association for Machine Translation in the Americas www.conference.amtaweb.org WORKSHOP PROCEEDINGS March 21, 2018 Technologies for MT of Low Resource Languages (LoResMT 2018) Organizer: Chao-Hong Liu (ADAPT Centre, Dublin City University) ©2018 The Authors. These articles are licensed under a Creative Commons 3.0 license, no derivative works, attribution, CC-BY-ND. Contents I Introduction II Organizing Committee III Program Committee IV Program V Invited Talk 1: Research and Development of Information Processing Technologies for Chinese Minority/Cross-border Languages Bei Wang and Xiaobing Zhao VI Invited Talk 2: DeepHack.Babel: Translating Data You Cannot See Valentin Malykh and Varvara Logacheva 1 Using Morphemes from Agglutinative Languages like Quechua and Finnish to Aid in Low- Resource Translation John E. Ortega and Krishnan Pillaipakkamnatt 12 SMT versus NMT: Preliminary comparisons for Irish Meghan Dowling, Teresa Lynn, Alberto Poncelas and Andy Way 21 Tibetan-Chinese Neural Machine Translation based on Syllable Segmentation Wen Lai, Xiaobing Zhao and Wei Bao 30 A Survey of Machine Translation Work in the Philippines: From 1998 to 2018 Nathaniel Oco and Rachel Edita Roxas 37 Semi-Supervised Neural Machine Translation with Language Models Ivan Skorokhodov, Anton Rykachevskiy, Dmitry Emelyanenko, Sergey Slotin and Anton Ponkratov 81 System Description of Supervised and Unsupervised Neural Machine Translation Approaches from “NL Processing” Team at DeepHack.Babel Task Ilya Gusev and Artem Oboturov 53 Apertium’s Web Toolchain for Low-Resource Language Technology Sushain Cherivirala, Shardul Chiplunkar, Jonathan North Washington and Kevin Brubeck Unhammer Introduction AMTA 2018 Workshop on Technologies for MT of Low Resource Languages (LoResMT 2018) Recently we have observed the developments of cross-lingual NLP tools, e.g. -
ISO Update Supplement to Isofocus
ISO Update Supplement to ISOfocus August 2018 International Standards in process ISO/CD 17409 Electrically propelled road vehicles — Conduc- tive power transfer — Safety requirements An International Standard is the result of an agreement between ISO/DTS Road vehicles — Ergonomic aspects of trans- the member bodies of ISO. A first important step towards an Interna- 14198 port information and control systems — Cali- tional Standard takes the form of a committee draft (CD) - this is cir- bration tasks for methods which assess driver culated for study within an ISO technical committee. When consensus demand due to the use of in-vehicle systems has been reached within the technical committee, the document is TC 23 Tractors and machinery for agriculture sent to the Central Secretariat for processing as a draft International Standard (DIS). The DIS requires approval by at least 75 % of the and forestry member bodies casting a vote. A confirmation vote is subsequently ISO/CD Machinery for forestry — Portable chain-saw carried out on a final draft International Standard (FDIS), the approval 11681-1 safety requirements and testing — Part 1: criteria remaining the same. Chain-saws for forest service ISO/CD 23285 32-75 VDC Systems for Ag and EMM TC 24 Particle characterization including sieving ISO/CD Preparation of particulate reference materials 14411-2 — Part 2: Polydisperse spherical particles TC 28 Petroleum and related products, fuels and lubricants from natural or synthetic CD registered sources ISO/CD 6249 Petroleum products — Determination of ther- mal oxidation stability of gas turbine fuels — Period from 01 July to 31 July 2018 JFTOT method These documents are currently under consideration in the technical TC 34 Food products committee. -
Automation Technology for the Food Industry Catalogue 2018/2019
Automation Technology for the Food Industry Catalogue 2018/2019 www.ifm.com/gb/food Clean solutions for your applications With over 40 years of experience in sensors and control systems we know how to achieve maximum process reliability and plant uptime: our portfolio covers innovative, high-quality position sensors, level, temperature and pressure sensors as well as diagnostic systems with high temperature and cleaning resistance, which comply with the required standards and directives. In addition, connectors, also with the protection rating IP 68 / 69K. The world’s leading manufacturers in the food industry rely on solutions from ifm – in over 70 countries worldwide. ifm – close to you! ifm – the company 4 - 5 ifm – Webshop / IO-Link features 6 - 9 Standards and approvals 10 - 13 Milk processing 14 - 27 Beverages 28 - 41 Sweets 42 - 53 Meat processing 54 - 67 List of articles 68 - 78 ifm products 80 - 301 ifm – worldwide addresses 302 - 305 This industry-specific catalogue is available for download on our website at: www.ifm.com/gb/food-industry ifm – the company matching close to you: your requirements Our worldwide sales and service team is here to help you at any time. Engineering “Made in Germany”: German engineering available worldwide. Flexible: Not only our service but our broad product portfolio perfectly suit the most varying requirements. Innovative: More than 830 patents and in 2017 about 65 patent appli- cations. Reliable: 5-year warranty on ifm products. System instead of just components ifm provides you with a broad portfolio for flexible automation of your pro- duction. Our range of more than 7,800 articles guarantees flexibility and compatibility.