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JR EAST GROUP CSR REPORT 2015 Safety
JR EAST GROUP CSR REPORT 2015 Safety Our measures against earthquakes Damage by the Great East Japan Earthquake (Tohoku-Pacific Ocean Earthquake) The magnitude 9.0 Tohoku-Pacific Ocean Earthquake occurred on March 11th, 2011, at 14:46, with the epicenter off the Sanriku coast. Zero customer fatalities at stations or on board trains due to the earthquake. Damage and restoration of railway related facilities following the disaster The Great East Japan Earthquake resulted in profound damage to our railway facilities, including the ground facilities for both the Shinkansen and conventional lines. The following chart outlines the damage incurred by our railway facilities due to the earthquake. <Major damage to ground facilities for Tohoku Shinkansen> 【Damage caused by the major tremor on Mar. 11th, 2011】 【Damage caused by the aftershock on April 7th, 2011】 【Breakage of electric poles】 【Damage to bridge supports and (Between Sendai and Shinkansen breakage of electric poles】 General Rolling Stock Center) (Between Ichinoseki and Mizusawa-Esashi) Shin-Aomori Shin-Aomori Hachinohe Hachinohe Iwate-Numakunai Iwate-Numakunai Morioka Morioka Kitakami Kitakami Ichinoseki 【Track irregularity】 (Sendai Station premises) Ichinoseki Shinkansen General Shinkansen General Rolling Stock Center Rolling Stock Center Sendai Sendai Fukushima Fukushima 【Damage to elevated bridge columns】 (Between Sendai and Furukawa) Kōriyama Kōriyama Nasushiobara Nasushiobara 【Fallen ceiling material】 Utsunomiya (Sendai Station platform) Utsunomiya Oyama Oyama 【Legend】 Ōmiya Ōmiya Civil engineering Tōkyō Tōkyō Electricity 50 locations 10 locations 1 location ■ Major damage to Tohoku Shinkansen ground facilities March 11 earthquake (main shock) Aftershocks (after April 7) Major damage Number of not restored places No. of damaged locations No. -
Wakayama and Sakurai Line
1 / 32 Contents 1. Route information.................................................................................................... 3 1.1 Background information .............................................................................................. 3 1.2 The Route map .............................................................................................................. 4 1.3 ATS Safety system ......................................................................................................... 5 1.4 Route signs and train stop position ........................................................................... 6 1.5 Kitauchi station operation ........................................................................................... 9 2. 103 series EMU ....................................................................................................... 10 2.1 Basic information ........................................................................................................ 10 2.2 External models ........................................................................................................... 11 2.3 The consist ................................................................................................................... 12 2.4 The cab ......................................................................................................................... 13 2.5 Cabin view .................................................................................................................... 16 -
Pdf/Rosen Eng.Pdf Rice fields) Connnecting Otsuki to Mt.Fuji and Kawaguchiko
Iizaka Onsen Yonesaka Line Yonesaka Yamagata Shinkansen TOKYO & AROUND TOKYO Ōu Line Iizakaonsen Local area sightseeing recommendations 1 Awashima Port Sado Gold Mine Iyoboya Salmon Fukushima Ryotsu Port Museum Transportation Welcome to Fukushima Niigata Tochigi Akadomari Port Abukuma Express ❶ ❷ ❸ Murakami Takayu Onsen JAPAN Tarai-bune (tub boat) Experience Fukushima Ogi Port Iwafune Port Mt.Azumakofuji Hanamiyama Sakamachi Tuchiyu Onsen Fukushima City Fruit picking Gran Deco Snow Resort Bandai-Azuma TTOOKKYYOO information Niigata Port Skyline Itoigawa UNESCO Global Geopark Oiran Dochu Courtesan Procession Urabandai Teradomari Port Goshiki-numa Ponds Dake Onsen Marine Dream Nou Yahiko Niigata & Kitakata ramen Kasumigajo & Furumachi Geigi Airport Urabandai Highland Ibaraki Gunma ❹ ❺ Airport Limousine Bus Kitakata Park Naoetsu Port Echigo Line Hakushin Line Bandai Bunsui Yoshida Shibata Aizu-Wakamatsu Inawashiro Yahiko Line Niigata Atami Ban-etsu- Onsen Nishi-Wakamatsu West Line Nagaoka Railway Aizu Nō Naoetsu Saigata Kashiwazaki Tsukioka Lake Itoigawa Sanjo Firework Show Uetsu Line Onsen Inawashiro AARROOUUNNDD Shoun Sanso Garden Tsubamesanjō Blacksmith Niitsu Takada Takada Park Nishikigoi no sato Jōetsu Higashiyama Kamou Terraced Rice Paddies Shinkansen Dojo Ashinomaki-Onsen Takashiba Ouchi-juku Onsen Tōhoku Line Myoko Kogen Hokuhoku Line Shin-etsu Line Nagaoka Higashi- Sanjō Ban-etsu-West Line Deko Residence Tsuruga-jo Jōetsumyōkō Onsen Village Shin-etsu Yunokami-Onsen Railway Echigo TOKImeki Line Hokkaid T Kōriyama Funehiki Hokuriku -
Annual Environmental Report 2000
Annual Environmental Report 2000 Committee on Ecology 2. Efforts regarding global environmental conservation Disruption of the global environment has global environmental issues lies in the fact that become an important concern for us all. Global we are assailants and victims at the same time. warming—believed to be caused by green- As the unit of CO2 emission from railways in house gases such as CO2—could have a seriously proportion to transportation volume is low in detrimental impact on our future, in terms of comparison to other means of transportation, both time and space. The effects of further notably the automobile (see page 34), railways global warming include a change in overall cli- are in relative terms an environment-friendly mate, which will in turn effect the worldwide means of getting from one point to the next. ecosystem and bring about a rise in sea levels. Moreover, electric trains do not emit any CO2 in The emission of large volumes of CO2 into operation, since their power source is electricity. the air—a result of the use of fossil fuels— The volume of energy consumption by JR places the blame for global warming on us, the East, however, has reached 58.7 billion MJ citizens of our environment. Therefore, while (worth 1.52 million kl of crude oil) in fiscal 1999. the products of industry and technology have This means that, however indirectly, we still produced real and lasting benefits, it is undeni- emit a large volume of CO2. JR East is striving to able that they have created problems that, prevent further global warming through reduc- unless they are resolved, will forever impact life tions in energy consumption and CO2 emission. -
What Is the JR East Group Doing to Prevent Global Warming?
Environmental Environmental Measures to Prevent Global Warming What is the JR East Group Doing to Prevent Global Warming? In an effort to reduce its CO2 emission levels, the JR East Group promotes greater energy efficiency and the use of renewable energy. It also is promoting intermodal transportation, aimed at reducing CO2 emissions of the country's entire transportation system. Transportation volume (billion car-km) Energy flows of JR East Reducing energy consumption in Trend in energy consumption for train Measures to Prevent operations versus transportation volume Energy consumption for train operations (billion MJ) Energy consumption per unit of transportation train operations volume (MJ/car-km) Global Warming (Billion car-km) (Billion MJ) (MJ/car-km) Inputs/Outputs Electricity sources Energy consumption By the end of fiscal 2004, JR East had 9,410 2.2 50 20.6 (4%reduction) 21 (10%reduction) 19.7 (9%reduction) (11%reduction) (13%reduction) Energy supply and consumption energy-saving railcars in operation. This 18.8 17.9 City gas, kerosene, 18.6 18.3 JR East thermal plant Conventional railway lines (15%reduction) The energy consumed by JR East consists of elec- class C heavy oil amounts to 76% of the entire railcar fleet. 17.5 2.44 billion kWh 39% 3.11 billion kWh 50% Electricity trical and non-electrical power. Electrical power Shinkansen lines We are steadily replacing railcars on conven- 1.29 million t-CO2 *2 2.1 25 15 6.19 44.0 comes from electrical utility companies and JR 1.10 billion kWh 8% tional lines with energy-saving railcars equipped 43.1 JR East hydropower plants billion kWh 41.0 40.6 40.5 39.3 Stations, offices, etc. -
Toshiba Review
Social Infrastructure Social Infrastructure Systems Mass Production of Electric Control Units for Electric Power Steering Systems Demand has risen for electric power steering (EPS) systems, which utilize an electric motor for their operation, accompanying improvements in fuel efficiency and the overall computerization of automotive vehicles. An EPS is Social Infrastructure equipped with an electric control unit (ECU) that calculates the appropriate assistance power for steering and supplies the required electric power to the motor. A line for the mass production of ECUs for EPS systems has been built at Toshiba Information Equipment (Hangzhou) Co., Ltd. (TIH), and production ECU for EPS systems and shipment commenced in January 2014. Because the ECU of an EPS system is classified as a critical safety part, which must have high safety and reliability, measures have been established to ensure high quality in the production line at TIH. These measures include thorough supplier management, prevention of the outflow of defective prod- Social Infrastructure Systems ucts, statistical process control to prevent defects in each process, a traceabil- ity system to record process information and verification results, and training in quality manufacturing. A key feature of the ECUs produced at TIH is the adoption of a bare chip surface packaging structure consisting of a field-effect transistor (FET) and copper connector, thereby achieving both miniaturization and cost reduction. Toshiba is the first in the industry to realize this technology(*). These units also provide a fail-safe mechanism without the need for a redundant proces- sor structure through the use of a microprocessor that provides enhanced Production line for ECUs for EPS systems functional safety. -
Unifying Rail Transportation and Disaster Resilience in Tokyo
University of Arkansas, Fayetteville ScholarWorks@UARK Architecture Undergraduate Honors Theses Architecture 5-2020 The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo Mackenzie Wade Follow this and additional works at: https://scholarworks.uark.edu/archuht Part of the Urban, Community and Regional Planning Commons Citation Wade, M. (2020). The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo. Architecture Undergraduate Honors Theses Retrieved from https://scholarworks.uark.edu/archuht/41 This Thesis is brought to you for free and open access by the Architecture at ScholarWorks@UARK. It has been accepted for inclusion in Architecture Undergraduate Honors Theses by an authorized administrator of ScholarWorks@UARK. For more information, please contact [email protected]. The Yamanote Loop: Unifying Rail Transportation and Disaster Resilience in Tokyo by Mackenzie T. Wade A capstone submitted to the University of Arkansas in partial fulfillment of the requirements of the Honors Program of the Department of Architecture in the Fay Jones School of Architecture + Design Department of Architecture Fay Jones School of Architecture + Design University of Arkansas May 2020 Capstone Committee: Dr. Noah Billig, Department of Landscape Architecture Dr. Kim Sexton, Department of Architecture Jim Coffman, Department of Landscape Architecture © 2020 by Mackenzie Wade All rights reserved. ACKNOWLEDGEMENTS I would like to acknowledge my honors committee, Dr. Noah Billig, Dr. Kim Sexton, and Professor Jim Coffman for both their interest and incredible guidance throughout this project. This capstone is dedicated to my family, Grammy, Mom, Dad, Kathy, Alyx, and Sam, for their unwavering love and support, and to my beloved grandfather, who is dearly missed. -
Tokyo's Academic and Industrial Strengths Your Next Dest Inat Ion for a Successful Meet
Tokyo’s Academic and Industrial Strengths Your Next Dest inat ion for a Successful Meeting TOKYO 2 TOKYO Leading the world in academia and business Tokyo offers value beyond the obvious. Why? The city’s sheer economic scale, the many outstanding universities and research institutions, the huge business community, and government initiatives represent limitless potential for synergy and networks ready to be harnessed. In terms of the economy, Tokyo has the world’s highest GDP, even higher than London and New York. As Japan’s center of academics and business, the city is ideal for meetings in any field. Academically, Tokyo has 140 universities, 13 of which are ranked in the Times Higher Education World University Ranking. The city is a true hub of academic excellence and state-of-the-art research. On the business side, the city’s private sector is enormous: 1,900 listed companies are headquartered there, amounting to the largest aggregate market capitalization in Asia. Many of these companies are eager to work with academia in pursuit of even greater value and innovation. In addition, strong local government initiatives further promote the city’s dynamic growth and progress toward the future. Holding your international conference in Tokyo lets you and your delegates tap into all of the resources the city has to offer. Selecting Tokyo for your next meeting will surely bring success beyond expectations. Business Events Team Tokyo Convention & Visitors Bureau (TCVB) 3 CONTENTS 〉〉〉 01 Overview of Tokyo 4 02 As an Academic Hub 8 03 As an Industrial Hub 14 04 Plans for the Future 20 4 01 Overview of Tokyo World’s Largest City in Population and Economic Scale No. -
Suica Pasmo Network
To Matō Kassemba Ienaka Tōbu-kanasaki Niregi Momiyama Kita-kanuma Itaga Shimo-goshiro Myōjin Imaichi Nikkō Line To Aizu-Wakamatsu To Sendai To Fukushima Jōban Line To Haranomachi Watarase Keikoku Railway Nikkō Ban-etsu-East Line Shin-kanuma Niigata Area Akagi Tanuma Tada Tōbu Nikkō Line Minami- Tōbu-nikkō Iwaki / Network Map To Chuo-Maebashi ※3 To Kōriyama Kuzū Kami- Uchigō To Murakami ★ Yashū-ōtsuka Kuniya Omochanomachi Nishikawada Esojima utsunomiya Tōhoku Line Tōbu Sano Line TsurutaKanumaFubasami Shin-fujiwara Jomo Electric Railway Yoshimizu Shin-tochigi Shimo- imaichi Shin-takatokuKosagoeTobu WorldKinugawa-onsen SquareKinugawa-kōen Yumoto ■Areas where Suica /PASMO can be used Yashū-hirakawa Mibu Tōbu Utsunomiya Line Yasuzuka Kuroiso Shibata Tōhoku Tōhoku Shinkansen imaichi Line Aizu Kinugawa Aioi Nishi-Kiryu Horigome Utsunomiya Line Shimotsuke-Ōsawa Tōbu Kinugawa Line Izumi Daiyamukō Ōkuwa Railway Yagantetsudo To Naoetsu To Niigata Omata YamamaeAshikagaAshikaga TomitaFlower Park Tōbu-utsunomiya Ueda Yaita Nozaki Nasushiobara Nishi-Shibata Nakaura Echigo TOKImeki Railway Ishibashi Suzumenomiya Nakoso Kunisada Iwajuku Shin-kiryū Kiryū Ryōmō Line Sano Iwafune Ōhirashita Tochigi Omoigawa To Naganoharakusatsuguchi ShikishimaTsukudaIwamotoNumataGokan KamimokuMinakami Shin-ōhirashita Jichi Medical Okamoto Hōshakuji Karasuyama Ujiie Utsunomiya Kamasusaka Kataoka Nishi-Nasuno Ōtsukō Sasaki To Echigo-Yuzawa Azami Sanoshi To Motegi Utsunomiya Line Line Uetsu LineTsukioka Jōmō-Kōgen ★ Shizuwa University Isohara Shibukawa Jōetsu Line Yabuzuka -
Railway Lines in Tokyo and Its Suburbs
Minami-Sakurai Hasuta Shin-Shiraoka Fujino-Ushijima Shimizu-Koen Railway Lines in Tokyo and its Suburbs Higashi-Omiya Shiraoka Kuki Kasukabe Kawama Nanakodai Yagisaki Obukuro Koshigaya Atago Noda-Shi Umesato Unga Edogawadai Hatsuisi Toyoshiki Fukiage Kita-Konosu JR Takasaki Line Okegawa Ageo Ichinowari Nanasato Iwatsuki Higashi-Iwatsuki Toyoharu Takesato Sengendai Kita-Koshigaya Minami-Koshigaya Owada Tobu-Noda Line Kita-Kogane Kashiwa Abiko Kumagaya Gyoda Konosu Kitamoto Kitaageo Tobu Nota Line Toro Omiya-Koen Tennodai Miyahara Higashi-Urawa Higashi-Kawaguchi JR Musashino Line Misato Minami-Nagareyama Urawa Shin-Koshigaya Minami- Kita- Saitama- JR Tohoku HonsenKita-Omiya Warabi Nishi-Kawaguchi Kawaguchi Kashiwa Kashiwa Hon-Kawagoe Matsudo Shin- Gamo Takenozuka Yoshikawa Shin-Misato Shintoshin Nishi-Arai Umejima Mabashi Minoridai Gotanno Yono Kita-Urawa Minami-Urawa Kita-Akabane Akabane Shinden Yatsuka Shin- Musashiranzan Higashi-Jujo Kita-Matsudo Shinrin-koenHigashi-MatsuyamaTakasaka Omiya Kashiwa Toride Yono Minami- Honmachi Yono- Matsubara-Danchi Shin-Itabashi Minami-FuruyaJR Kawagoe Line Musashishi-Urawa Kita-Toda Toda Toda-Koen Ukima-Funato Kosuge JR Saikyo Line Shimo Matsudo Kita-Sakado Kita- Shimura- Akabane-Iwabuchi Soka Masuo Ogawamachi Naka-Urawa Takashimadaira Shiden Matsudo- Yono Nishi-Takashimadaira Hasune Sanchome Itabashi-Honcho Oji Kita-senju Kami- Myogaku Sashiogi Nisshin Nishi-Urawa Daishimae Tobu Isesaki Line Kita-Ayase Kanamachi Hongo Shimura- Jujo Oji-Kamiya Oku Sakasai Yabashira Kawagoe Shingashi Fujimino Tsuruse -
JR East Technical Review No.35-2017
Special edition paper Detection of Increasingly Severe Natural Phenomena and Disaster Prevention for Railway Facilities Koichiro Mizuno* Akihiro Takizawa* Junji Oonuki* Hiroyuki Osawa* This paper describes detection of increasingly severe natural phenomena and disaster prevention for railway facilities operated by East Japan Railway Company (JR East). Recently, weather conditions have been changing quickly and drastically in Japan, and safe and punctual operation is greatly affected by disasters. Therefore, we have introduced systemized and sophisticated observation equipment to detect meteorological phenomena such as heavy rainfall, scouring by flood, heavy snow, and strong wind as well as to detect earthquakes. Also, we have been working to increase resilience of railway facilities against disasters and reduce forces acting on those caused by disasters. With these actions, we manage mass, rapid, and dense transportation safely and properly. •Keywords: Operation control, Natural disaster, Torrential rain, Rockfall, Strong wind, Earthquake This paper introduces continuing and recent efforts, and it 1 Introduction explains objectives and effects of those efforts and concepts of measures taken. Due to space limits, this paper does not cover Climate conditions have been changing recently, and incidents of aseismic reinforcement of facilities. localized torrential rain in a short period of time are increasing. Active faults all are said to have come into a period of increased activity. Efforts in safeguarding railways against natural disasters 2 Disaster Prevention by Reinforcing Facilities are regarded as important preparations to continue safe and stable transport into the future, and East Japan Railway Company In order to secure disaster resistance against natural phenomena, (JR East) is therefore taking measures against expected natural we need to reinforce structures as a whole so they have a certain disasters and hazards, aiming for building a railway capable of degree of required resilience against many natural phenomena withstanding natural disasters. -
![Transportation [PDF/1.29MB]](https://docslib.b-cdn.net/cover/9860/transportation-pdf-1-29mb-889860.webp)
Transportation [PDF/1.29MB]
REVIEW OF OPERATIONS Transportation > Tokyo Metropolitan Area Network, Intercity Network, and Shinkansen Creation of Attractive Trains Ridden for the Experience As one of our initiatives to open the way toward a new future for railways, stations and the GENBI SHINKANSEN, which began operating on April over the past several years we have been creating attractive trains that, 29, 2016, on the Joetsu Shinkansen Line between Echigo-Yuzawa and rather than simply being a means of transportation, cater to customers Niigata stations. who are focused on the ride experience itself and which offer a range of Further, in accordance with “JR East Group Management Vision V— novel travel experiences. For example, on conventional lines JR East Ever Onward,” which calls on the Group to promote Japan as a tourism- operates the Pokémon with YOU train, which began operating in oriented nation, JR East is preparing to begin operating the TRAIN SUITE December 2012 on the Ofunato Line; the Tohoku Emotion restaurant SHIKI-SHIMA cruise train. The cruise train will offer trips that give custom- train, which began operating in October 2013 on the Hachinohe Line; the ers a variety of options for enjoying the abundant, beautiful countryside SL Ginga steam locomotive train, which began operating in April 2014 on of Japan, its industries rooted in local communities, and its regional the Kamaishi Line; and the Koshino Shu*Kura service, which began cultures that are still part of day-to-day life. Our themed trains will carry operating in May 2014 from Takada Station*1 on the Shin-etsu Main Line customers through a rich series of experiences and places in a manner to Tokamachi Station on the Iiyama Line.