HORIBA Report 2020-2021 02
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Japanese Manufacturing Affiliates in Europe and Turkey
06-ORD 70H-002AA 7 Japanese Manufacturing Affiliates in Europe and Turkey - 2005 Survey - September 2006 Japan External Trade Organization (JETRO) Preface The survey on “Japanese manufacturing affiliates in Europe and Turkey” has been conducted 22 times since the first survey in 1983*. The latest survey, carried out from January 2006 to February 2006 targeting 16 countries in Western Europe, 8 countries in Central and Eastern Europe, and Turkey, focused on business trends and future prospects in each country, procurement of materials, production, sales, and management problems, effects of EU environmental regulations, etc. The survey revealed that as of the end of 2005 there were a total of 1,008 Japanese manufacturing affiliates operating in the surveyed region --- 818 in Western Europe, 174 in Central and Eastern Europe, and 16 in Turkey. Of this total, 291 affiliates --- 284 in Western Europe, 6 in Central and Eastern Europe, and 1 in Turkey --- also operate R & D or design centers. Also, the number of Japanese affiliates who operate only R & D or design centers in the surveyed region (no manufacturing operations) totaled 129 affiliates --- 125 in Western Europe and 4 in Central and Eastern Europe. In this survey we put emphasis on the effects of EU environmental regulations on Japanese manufacturing affiliates. We would like to express our great appreciation to the affiliates concerned for their kind cooperation, which have enabled us over the years to constantly improve the survey and report on the results. We hope that the affiliates and those who are interested in business development in Europe and/or Turkey will find this report useful. -
FTSE Japan ESG Low Carbon Select
2 FTSE Russell Publications 19 August 2021 FTSE Japan ESG Low Carbon Select Indicative Index Weight Data as at Closing on 30 June 2021 Constituent Index weight (%) Country Constituent Index weight (%) Country Constituent Index weight (%) Country ABC-Mart 0.01 JAPAN Ebara 0.17 JAPAN JFE Holdings 0.04 JAPAN Acom 0.02 JAPAN Eisai 1.03 JAPAN JGC Corp 0.02 JAPAN Activia Properties 0.01 JAPAN Eneos Holdings 0.05 JAPAN JSR Corp 0.11 JAPAN Advance Residence Investment 0.01 JAPAN Ezaki Glico 0.01 JAPAN JTEKT 0.07 JAPAN Advantest Corp 0.53 JAPAN Fancl Corp 0.03 JAPAN Justsystems 0.01 JAPAN Aeon 0.61 JAPAN Fanuc 0.87 JAPAN Kagome 0.02 JAPAN AEON Financial Service 0.01 JAPAN Fast Retailing 3.13 JAPAN Kajima Corp 0.1 JAPAN Aeon Mall 0.01 JAPAN FP Corporation 0.04 JAPAN Kakaku.com Inc. 0.05 JAPAN AGC 0.06 JAPAN Fuji Electric 0.18 JAPAN Kaken Pharmaceutical 0.01 JAPAN Aica Kogyo 0.07 JAPAN Fuji Oil Holdings 0.01 JAPAN Kamigumi 0.01 JAPAN Ain Pharmaciez <0.005 JAPAN FUJIFILM Holdings 1.05 JAPAN Kaneka Corp 0.01 JAPAN Air Water 0.01 JAPAN Fujitsu 2.04 JAPAN Kansai Paint 0.05 JAPAN Aisin Seiki Co 0.31 JAPAN Fujitsu General 0.01 JAPAN Kao 1.38 JAPAN Ajinomoto Co 0.27 JAPAN Fukuoka Financial Group 0.01 JAPAN KDDI Corp 2.22 JAPAN Alfresa Holdings 0.01 JAPAN Fukuyama Transporting 0.01 JAPAN Keihan Holdings 0.02 JAPAN Alps Alpine 0.04 JAPAN Furukawa Electric 0.03 JAPAN Keikyu Corporation 0.02 JAPAN Amada 0.01 JAPAN Fuyo General Lease 0.08 JAPAN Keio Corp 0.04 JAPAN Amano Corp 0.01 JAPAN GLP J-REIT 0.02 JAPAN Keisei Electric Railway 0.03 JAPAN ANA Holdings 0.02 JAPAN GMO Internet 0.01 JAPAN Kenedix Office Investment Corporation 0.01 JAPAN Anritsu 0.15 JAPAN GMO Payment Gateway 0.01 JAPAN KEWPIE Corporation 0.03 JAPAN Aozora Bank 0.02 JAPAN Goldwin 0.01 JAPAN Keyence Corp 0.42 JAPAN As One 0.01 JAPAN GS Yuasa Corp 0.03 JAPAN Kikkoman 0.25 JAPAN Asahi Group Holdings 0.5 JAPAN GungHo Online Entertainment 0.01 JAPAN Kinden <0.005 JAPAN Asahi Intecc 0.01 JAPAN Gunma Bank 0.01 JAPAN Kintetsu 0.03 JAPAN Asahi Kasei Corporation 0.26 JAPAN H.U. -
Mass Spectrometer Business Presentation Materials
Mass Spectrometer Business Presentation Materials Hiroto Itoi, Corporate Officer Deputy General Manager of the Analytical & Measuring Instruments Division Shimadzu Corporation Jul. 3, 2018 Contents I. Introduction • Expansion of Mass Spectrometry ………………………………………………………………… p.3 • History of Shimadzu's Growth in Mass Spectrometry …………………………………………… p.5 II. Overview of Mass Spectrometers • Operating Principle, Demand Trends, and Vendors ……………………………………………… p.9 • Mass Spectra ………………………………………………………………………………………… p.10 • Configuration of Mass Spectrometers …………………………………………………………… p.11 • Ionization …………………………………………………………………………………………… p.12 • Mass Separation …………………………………………………………………………………… p.14 III. Shimadzu's Mass Spectrometer Business • Product Type ………………………………………………………………………………………… p.17 • Application Software ………………………………………………………………………………… p.18 • Growth Strategy for Mass Spectrometer Business ……………………………………………… p.19 • Expand/Improve Product Lines …………………………………………………………………… p.20 • Measures to Expand Application Fields …………………………………………………………… p.24 • Measures to Automate Data Processing Using AI ……………………………………………… p.25 IV. Summary • Future Direction ……………………………………………………………………………………… p.26 July 2018 Mass Spectrometer Business Presentation Materials 2 I. Introduction Expansion of Mass Spectrometry (1) Why Mass Spectrometry? Mass spectrometry is able to analyze a wide variety of compounds with high accuracy and high efficiency (simultaneous multicomponent analysis). It offers superior characteristics that are especially beneficial in the following fields, -
Published on 7 October 2016 1. Constituents Change the Result Of
The result of periodic review and component stocks of TOPIX Composite 1500(effective 31 October 2016) Published on 7 October 2016 1. Constituents Change Addition( 70 ) Deletion( 60 ) Code Issue Code Issue 1810 MATSUI CONSTRUCTION CO.,LTD. 1868 Mitsui Home Co.,Ltd. 1972 SANKO METAL INDUSTRIAL CO.,LTD. 2196 ESCRIT INC. 2117 Nissin Sugar Co.,Ltd. 2198 IKK Inc. 2124 JAC Recruitment Co.,Ltd. 2418 TSUKADA GLOBAL HOLDINGS Inc. 2170 Link and Motivation Inc. 3079 DVx Inc. 2337 Ichigo Inc. 3093 Treasure Factory Co.,LTD. 2359 CORE CORPORATION 3194 KIRINDO HOLDINGS CO.,LTD. 2429 WORLD HOLDINGS CO.,LTD. 3205 DAIDOH LIMITED 2462 J-COM Holdings Co.,Ltd. 3667 enish,inc. 2485 TEAR Corporation 3834 ASAHI Net,Inc. 2492 Infomart Corporation 3946 TOMOKU CO.,LTD. 2915 KENKO Mayonnaise Co.,Ltd. 4221 Okura Industrial Co.,Ltd. 3179 Syuppin Co.,Ltd. 4238 Miraial Co.,Ltd. 3193 Torikizoku co.,ltd. 4331 TAKE AND GIVE. NEEDS Co.,Ltd. 3196 HOTLAND Co.,Ltd. 4406 New Japan Chemical Co.,Ltd. 3199 Watahan & Co.,Ltd. 4538 Fuso Pharmaceutical Industries,Ltd. 3244 Samty Co.,Ltd. 4550 Nissui Pharmaceutical Co.,Ltd. 3250 A.D.Works Co.,Ltd. 4636 T&K TOKA CO.,LTD. 3543 KOMEDA Holdings Co.,Ltd. 4651 SANIX INCORPORATED 3636 Mitsubishi Research Institute,Inc. 4809 Paraca Inc. 3654 HITO-Communications,Inc. 5204 ISHIZUKA GLASS CO.,LTD. 3666 TECNOS JAPAN INCORPORATED 5998 Advanex Inc. 3678 MEDIA DO Co.,Ltd. 6203 Howa Machinery,Ltd. 3688 VOYAGE GROUP,INC. 6319 SNT CORPORATION 3694 OPTiM CORPORATION 6362 Ishii Iron Works Co.,Ltd. 3724 VeriServe Corporation 6373 DAIDO KOGYO CO.,LTD. 3765 GungHo Online Entertainment,Inc. -
C054-E076 up Series
C054-E076 UniBloc Performance Balances UP Series 836HULHV 8QL%ORFū 3HUIRUPDQFH%DODQFHV Superior Response Signicantly Increases Weighing Efciency +LJK6SHHG The display response time for weighing minute quantities (from about ten times the minimum display value) is about one second. That signicantly improves weighing efciency. 7RXJKQHVV Using the highly impact-resistant UniBloc sensor minimizes downtime due to malfunctions. 6WUHVV)UHH The STABLO™-AP ionizer (optional) eliminates static electricity effects to provide highly reliable measurements without any time-consuming steps. Large Pan with 0.01 g Large Pan with 0.1 g Minimum Display Value Minimum Display Value • UP2202X • UP2202Y • UP4201X • UP4201Y • UP4202X • UP4202Y • UP8201X • UP8201Y • UP6202X • UP6202Y Movie that explains UP-series features in easy-to-understand terms. https://www.shimadzu.com/an/balance/analytical/up-6.html Small Pan with 0.001 g Small Pan with 0.01 g Minimum Display Value Minimum Display Value • UP223X • UP223Y • UP423X • UP423Y • UP422X • UP422Y • UP623X • UP623Y • UP823X • UP823Y • UP822X • UP822Y • UP1023X • UP1023Y +LJK6SHHG High-speed weighing signicantly improves efciency of weighing operations. Signicantly Improved Response Provides Fastest Response Performance in Its Class Advanced digital control technology shortens display response times to about one ninth of previous values when weighing minute quantities, which signicantly improves work efciency. Response for Weighing Minute Quantities Large pan model with 0.01 g minimum display value Small pan model with 0.001 g minimum display value Previous 9 model 9× UP 1 Speedy Faster Response (vs. previous Shimadzu model) 0246810 Time (sec.) Measurement Conditions: Large pan model with 0.01 g minimum display value and 0.1 g load Small pan model with 0.001 g minimum display value and 0.01 g load UP-Wind Break (large pan windbreak) (only for large pan models with 0.01 g minimum display value) Newly designed UP-Wind Break included standard. -
Proposal of a Data Processing Guideline for Realizing Automatic Measurement Process with General Geometrical Tolerances and Contactless Laser Scanning
Proposal of a data processing guideline for realizing automatic measurement process with general geometrical tolerances and contactless laser scanning 2018/4/4 Atsuto Soma Hiromasa Suzuki Toshiaki Takahashi Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 1 Contents • Introduction of the Project • Problem Statements • Proposed Solution – Proposal of New General Geometric Tolerance (GGT) – Data Processing Guidelines for point cloud • Next Steps Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 2 Contents • Introduction of the Project • Problem Statements • Proposed Solution – Proposal of New General Geometric Tolerance (GGT) – Data Processing Guidelines for Point Cloud • Next Steps Copyright (c)2014, Japan Electronics and Information Technology Industries Association, All rights reserved. 3 Introduction of JEITA What is JEITA? The objective of the Japan Electronics and Information Technology Industries Association (JEITA) is to promote healthy manufacturing, international trade and consumption of electronics products and components in order to contribute to the overall development of the electronics and information technology (IT) industries, and thereby to promote further Japan's economic development and cultural prosperity. JEITA’s Policy and Strategy Board > Number of full members: 279> Number of associate members: 117(as of May 13, 2014) - Director companies and chair/subchair companies - Policy director companies (alphabetical) Fujitsu Limited (chairman Masami Yamamoto) Asahi Glass Co., Ltd. Nichicon Corporation Sharp Corporation Azbil Corporation IBM Japan, Ltd. Hitachi, Ltd. Advantest Corporation Nippon Chemi-Con Corporation Panasonic Corporation Ikegami Tsushinki Co., Ltd. Japan Aviation Electronics Industry, Ltd. SMK Corporation Mitsubishi Electric Corporation Nihon Kohden Corporation Omron Corporation NEC Corporation JRC Nihon Musen Kyocera Corporation Sony Corporation Hitachi Metals, Ltd KOA Corporation Fuji Xerox Co., Ltd. -
Facilitation of Information Transfer on Chemicals in Products
Facilitation of Information Transfer on Chemicals in Products The Ministry of Economy, Trade and Industry (METI) developed ‘chemSHERPA’ [kémʃéərpə] as a new information transfer scheme for chemicals in products throughout their supply chains. METI hopes that the dissemination of chemSHERPA may contribute to reduce the workload of both providers and recipients of the information. From the beginning of the development of chemSHERPA, METI has been in communication with international bodies such as the IEC and the IPC, etc., with the aim of developing chemSHERPA into not only a Japanese standard but also an International standard. To make it a de-facto standard, METI has introduced this scheme to international organizations and governments of other countries for their active use. The Joint Article Management Promotion Consortium (JAMP) is a governing body for chemSHERPA from April 2016 and see a shift to chemSHERPA. We believe many companies are preparing towards implementing chemSHERPA. Based on the efforts mentioned above, the following companies and company groups have agreed with the dissemination of chemSHERPA, and METI will continue to work with JAMP and companies to spread the use of chemSHERPA to internal as well as external supply chains as needed.(Please contact us if any company or company group has interest in putting its name below.) It should be noted, the use of the provision of data entry support tools is free of charge in principle with the aim of promoting wider use of chemSHERPA. [Contact information] Chemical Management Policy Division Manufacturing Industries Bureau Ministry of Economy, Trade and Industry [email protected] 03-3501-0080 (direct) 03-3501-1511 (ex. -
Facilitation of Information Transfer on Chemicals in Products
Facilitation of Information Transfer on Chemicals in Products The Ministry of Economy, Trade and Industry (METI) has developed ‘chemSHERPA’ [kémʃéərpə] as a new information transfer scheme for chemicals in products throughout their supply chains. METI hopes that the dissemination of chemSHERPA may contribute to reduce the workload of both providers and recipients of the information. From the beginning of the development of chemSHERPA, METI has been in communication with international bodies such as the IEC and the IPC, etc., with the aim of developing chemSHERPA into not only a Japanese standard but also an International standard. To make it a de-facto standard, METI has introduced this scheme to international organizations and governments of other countries for their active use. The Joint Article Management Promotion Consortium (JAMP) will be a governing body for chemSHERPA from April 2016 and METI expects to see an orderly, step-by-step shift to chemSHERPA over the two years transition period. Accordingly JAMP has a plan to finish renewing the substances list in the existing JAMP scheme by the end of March of 2018. We believe many companies will begin advance preparations towards implementing chemSHERPA. Based on the efforts mentioned above, the following companies and company groups have agreed with the dissemination of chemSHERPA, and METI will continue to work with companies to spread the use of chemSHERPA to internal as well as external supply chains.(Please contact us if any company or company group has interest in putting its name below.) It should be noted, the use of the provision of data entry support tools is free of charge in principle with the aim of promoting wider use of chemSHERPA. -
Visible-Light-Induced Photocatalytic Benzene/Cyclohexane Cross
Electronic Supplementary Material (ESI) for Catalysis Science & Technology. This journal is © The Royal Society of Chemistry 2018 Supporting Information Visible-light-induced Photocatalytic Benzene/Cyclohexane Cross-coupling Utilizing a Ligand-to-metal Charge Transfer Benzene Complex Adsorbed on Titanium Oxides A. Yamamoto,*ab T. Ohara,a and H. Yoshida*ab a Graduate School of Human and Environmental Studies, Kyoto University, Kyoto, 606-8501, Japan. b Elements Strategy Initiative for Catalysts and Batteries (ESICB), Kyoto University, Kyoto 615-8520, Japan. E-mail: [email protected] [email protected] S1 2 –1 Material and Synthesis. An anatase TiO2 powder (JRC-TIO-8, 338 m g ) was donated from the Catalysis Society of Japan. PdCl2 (Kishida, 99%), H2PtCl6·6H2O (Wako, 99.9%), RhCl3·3H2O (Kishida, 99%), HAuCl4.4H2O (Kishida, 99.9%), Ag(NO3) (Kishida, 99%), Ni(NO3)2·6H2O (Wako, 98%) or Co(NO3)2·6H2O (Nacalai tesque, 98%) were used as a metal precursor of co-catalysts, and co-catalyst was loaded on the TiO2 powder by a photodeposition method. The TiO2 powder was dispersed in a methanol/water solution (25% v/v, 400 mL) containing the metal precursor (0.1 wt%), and irradiated using a xenon lamp (Perkin Elmer PE300BUV) with stirring for 30 min. The light intensity was 50 mW cm–2 when measured at 365 ± 20 nm wavelength using a UV radiometer (Topcon, UVR-2, UD-36). After the filtration, the sample was washed with ion-exchanged water, and then was dried at 323 K. The catalyst is referred to as M/TiO2 (M = Rh, Pt, Au, Pd, Ag, Ni, and Co). -
JASIS 2019 Exhibitors
JASIS 2019 Exhibitors Elemental Scientic, Inc. A Elementar Japan K.K. a priori Inc. ELGA LabWater A&D Company, Limited ELIONIX INC. ACTAC.CO.,LTD Emerging Technologies Corporation. Acumentech Co., Ltd. entex inc. AD Science Inc. Eppendorf Co., Ltd. Advanced Energy Japan K.K. ERECTA International Corporation Advantec Toyo Kaisha, Ltd. ESPEC CORP. ADVANTEST CORPORATION ESPEC MIC CORP. Agilent Technologies Japan,Ltd. ETRI AINEX CO., LTD. Excimer,inc AIRIX Corp. Airtech Corporation AIVS Corporation F Alpha M.O.S. Japan K.K. Filgen, Inc. AMETEK Co, Ltd FLON CHEMICAL INC. AMR, Inc. FLON INDUSTRY CO., LTD. analytica-Messe Muenchen ForDx, Inc. Analytik Jena Japan Co., Ltd. Forum for Innovative Regenerative Medicine(FIRM) ANRITSU METER CO., LTD. FUJIKIN Incorporated Anton Paar Japan K.K. Fujitsu Limited Aomori Prefecture Quantum Science Center FUKUSHIMA INDUSTRIES CORP. APRO Science Institute, Inc. FUSO Co., Ltd. ARAM CORPORATION FUTA-Q,Ltd. AS ONE CORPORATION ASAHI KOHSAN Co.,Ltd Asahi Lab Commerce, Inc. G ASAHI LIFE SCIENCE CO.,LTD GASTEC CORPORATION ASAHI RUBBER INC. GC INSTRUMENTS ASAHI TECHNEION CO., LTD. GE Healthcare Japan Corporation ASCH JAPAN CO.,LTD GERSTEL K.K. ASI-AURORA GL Sciences Inc. ASICON Tokyo Ltd. Glass Expansion Pty. Ltd. Association for structure characterization Global Facility Center,HOKKAIDO UNIVERSITY ASTECH CORPORATION GTR TEC CORPORATION ATAGO CO., LTD. GVS Japan K.K. B H BAS Inc. hagataya.co.ltd BD Consulting L.L.C. Hakuto Co., Ltd. BeatSensing co.,ltd. HAMAMATSU PHOTONICS K.K. Beckman Coulter K.K. Hamilton Company Japan K.K. BEIJING LINGGONG TECHNOLOGY CO.,LTD Hanaichi UltraStructure Research Institute BETHL Co.,Ltd. -
Schedule of Investments July 31, 2021 (Unaudited)
Elfun International Equity Fund Schedule of Investments July 31, 2021 (Unaudited) Number Fair Number Fair of Shares Value of Shares Value Common Stock - 96.1% Kao Corp. 36,700 $ 2,198,322 Australia - 2.0% Komatsu Ltd. 104,800 2,701,405 BHP Group PLC 129,626 $ 4,188,443 Mitsubishi UFJ Financial Group Inc. 773,626 4,077,837 Brazil - 0.5% Murata Manufacturing Itau Unibanco Holding S.A. Company Ltd. 48,091 3,961,208 ADR 183,361 1,057,993 Nidec Corp. 14,673 1,636,424 Recruit Holdings Company Canada - 1.2% Ltd. 100,100 5,134,058 Brookfield Asset Secom Company Ltd. 26,300 1,977,952 Management Inc., Class A 46,839 2,527,021 Shimadzu Corp. 78,657 3,153,447 Brookfield Asset Shiseido Company Ltd. 56,762 3,768,273 Management Reinsurance Partners Ltd., Class A 323 17,475 Tokio Marine Holdings Inc. 62,898 2,985,864 2,544,496 50,292,594 France - 16.9% Netherlands - 7.6% Air Liquide S.A. 32,280 5,610,731 ASML Holding N.V. 10,393 7,875,044 AXA S.A. 130,371 3,382,513 ING Groep N.V. 307,846 3,959,263 BNP Paribas S.A. 68,053 4,151,871 Koninklijke DSM N.V. 20,217 4,074,263 Dassault Systemes SE 55,675 3,071,221 15,908,570 LVMH Moet Hennessy Louis Vuitton SE 8,210 6,560,695 Norway - 1.3% Safran S.A. 32,196 4,211,033 Equinor ASA 145,138 2,832,826 Vivendi SE 109,924 3,714,913 Worldline S.A. -
Entrepreneurship
Pursuit of Opportunity and Business Incubation – A Case Study on Entrepreneurs at Kyoto Research Park Katsuyuki Kamei Kansai University, Faculty of Safety Science, Osaka, Japan Summary How can an accompanying structure support the pursuit of opportunity by entrepreneurs? Based on the research by Messeghem and Sammut (2007), we try to clarify the relationship between the entre- preneurial process and the role of the accompanying structure. To do so, we conducted an empirical study at the Kyoto Research Park (KRP), founded in 1989 as the first private incubation facility in Japan. The propositions formulated by Messeghem and Sammut are tested. The results show that KRP plays an important role in the creation of a network for entrepreneurs. At KRP, it is possible to observe a particular „Kyoto way‟ of entrepreneurship. Keywords: Entrepreneurial process, Opportunity, Legitimacy, Network, Accompanying structure, Incubation, Kyoto way, Kyoto Research Park (KRP) Introduction Entrepreneurs are affected by the nation in which they operate and also by the region in which they are situated. How do originators mobilize a structure such as an incubation centre within their entre- preneurial project? How effective is this? The objective of this research is to understand the relationship between the entrepreneurial process and its accompanying structure. Based on the research by Messeghem and Sammut (2007), we focus on the following points: (1) the relationship between entrepreneurial opportunity-seeking and the role of the accompanying structure; and (2) the relationship between entrepreneurial legitimacy-seeking and the role of the structure. In 1989, Kyoto Research Park (KRP) was established within the Kyoto High Tech Valley as the first private incubation facility in Japan.