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作者： Junichi, Kawataka Takayuki, Baba Koichi, Ishihara Ayako, Iwaki Kotaro, Saito Katsuhisa, Taguchi Access Network Service Systems Project NTT Access Network Service Systems Laboratories Japan Development Planning Department Research and Development Market Strategy Division NTT Corporation Japan Optical Access System Project NTT Access Network Service Systems Laboratories Japan NTT Access Network Service Systems Laboratories Japan

NTT Access Network Service systems Laboratories is conducting research and development to support access networks in the fields of optical fiber access, infrastructure, access system, wireless access, and operation technologies. To advance the Innovative Optical and Wireless Network (IOWN) from concept to implementation by 2030, we introduce our vision of a future access network and our efforts to implement it. © 2024 Nippon Telegraph and Telephone Corp.. All rights reserved.

关键词： Optical fibers

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Analysis of Kinematic Characteristics of Cable Ducting Robot 4

Analysis of Kinematic Characteristics of Cable Ducting Robot

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4th International Conference on Power and Energy Technology, ICPET 2022

作者： Chen, Yanbo Liu, Shuyu Hao, Lijin Chi, Fujian Xu, Hui Li, Cheng North China Electric Power University State Key Laboratory of Alternate Electrical Power System with Renewable Energy Sources Beijing China State Grid Tianjin Electric Power Company Binhai Power Supply Company Tianjin China State Grid Tianjin Electric Power Company Power Cable Company Tianjin China State Grid Tianjin Electric Power Company Development and Strategy Department Tianjin China

ISBN: (数字)9781665480796

ISBN: (纸本)9781665480796

In order to solve the problem of efficient dredging when the cable duct is blocked, the field application requirements of the cable duct are analyzed, an overall design scheme of the cable duct robot is proposed, and the specific work flow planning of the robot in the duct is designed. This paper carefully analyzes the mechanical problems involved in the movement of the pipeline inspection robot in the pipe from multiple angles, which provides a theoretical basis for the flexible and efficient operation of the pipeline robot, and uses the finite element analysis software to check the strength of the key parts of the pipeline robot equipment, so as to make it meet the performance requirements of the design. Finally, the prototype of the pipe laying robot is made and debugged. The experimental results show that it basically meets the design expectation. © 2022 IEEE.

关键词： Finite element method

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A Design of a Cable Arranging and Pipe Wrecking Machine Device 4

A Design of a Cable Arranging and Pipe Wrecking Machine Devi...

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4th International Conference on Power and Energy Technology, ICPET 2022

作者： Hao, Lijin Chen, Yanbo Liu, Shuyu Sun, Kuo Ge, Leijiao Xu, Hui State Grid Tianjin Electric Power Company Power Cable Company Tianjin China North China Electric Power University State Key Laboratory of Alternate Electrical Power System with Renewable Energy Sources Beijing China State Grid Tianjin Electric Power Company Binhai Power Supply Company Tianjin China State Grid Tianjin Electric Power Company Development and Strategy Department Tianjin China Tianjin University School of Electrical and Information Tianjin China

ISBN: (数字)9781665480796

ISBN: (纸本)9781665480796

In the actual power engineering, due to the existence of sediment, cement blocks, stones, broken pipe walls and waste cables in the cable pipe, the cable pipe is blocked and a large amount of resources are wasted in the underground cable pipe. In the process of new cable installation, cutting and modification projects and emergency repairs, due to the blockage of the cable pipes, the engineering cycle and failure repair time are extended to several months, which increases the engineering cycle and failure repair costs, and seriously affects the power supply reliability of urban construction.. In the prior art, however, the problem of internal blockage of the cable pipe can only be solved by excavating, repairing, and re-laying the pipe, which is time-consuming and labor-intensive. Therefore, it is of great significance to study the internal clearance technology of cable ducts. © 2022 IEEE.

关键词： Cost engineering

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Enabling conditions for the deployment of integrated local energy communities in Europe

TechRxiv

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TechRxiv 2023年

作者： Caliano, Martina Buonanno, Amedeo Di Somma, Marialaura Graditi, Giorgio Papadimitriou, Christina Charalambous, Chrysanthos Dopierala, Przemyslaw Bronk, Leszek Dept. of Energy Technologies and Renewable Energy Sources ENEA NA Portici Italy Dept. of Energy Technologies and Renewable Energy Sources ENEA Rome Italy Eindhoven Netherlands Department of Electrical and Computer Engineering University of Cyprus FOSS Research Centre for Sustainable Energy Nicosia Cyprus Department of Control Information and Communications Instytut Energetyki – Instytut Badawczy Gdansk Poland Department of Strategy and System Development Instytut Energetyki – Instytut Badawczy Gdansk Poland

The main goal of eNeuron H2020 project (Nov 2020-Oct. 2024, ID: 957779) is to develop innovative tools for the optimal design and operation of local energy communities, integrating distributed energy resources and multiple energy carriers at different scales. This paper presents a review study of the enabling conditions for the deployment of integrated local energy communities (ILECs) in Europe, performed within the project. The enabling conditions are addressed by defining the key actors and their interests in the implementation of an energy community at local level and through a detailed mapping of the enabling and emerging energy and information and communication technologies at both household and community levels. Special focus is also on mapping of the demand-side flexibility technologies to understand the benefits of local flexibility and impacts on the larger systems. In such analysis, the key issues for implementation and adaptation of this new energy paradigm are investigated through covering technological, socio-economic, environmental, and regulatory aspects. © 2023, CC BY.

关键词： Mapping

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Enabling Conditions for the Deployment of Integrated Local Energy Communities in Europe

Enabling Conditions for the Deployment of Integrated Local E...

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Blockchain for Renewables Integration (BLORIN), Workshop on

作者： Martina Caliano Amedeo Buonanno Marialaura Di Somma Giorgio Graditi Christina Papadimitriou Chrysanthos Charalambous Przemysław Dopierała Leszek Bronk Dept. of Energy Technologies and Renewable Energy Sources ENEA Portici NA Italy Electrical Engineering dpt. Eindhoven University of Technology (TU/e) Eindhoven The Netherlands Department of Electrical and Computer Engineering University of Cyprus FOSS Research Centre for Sustainable Energy Nicosia Cyprus Department of Control Information and Communications Instytut Energetyki - Instytut Badawczy Gdansk Poland Department of Strategy and System Development Instytut Energetyki - Instytut Badawczy Gdansk Poland

ISBN: (纸本)9781665472500

关键词： Renewable energy sources Conferences Europe Information and communication technology Distributed power generation Blockchains

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ASHP Executive Forums on Cold Chain Management of Pharmaceuticals in Health systems

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AMERICAN JOURNAL OF HEALTH-system PHARMACY 2023年第22期80卷 1677-1684页

作者： Chhay, Sophia Ochsner Health System United States Corewell Health United States Advent Health United States Cardinal Health United States United States Public Health Services IHS National Supply Service Center United States Customer Optimization & Implementation Services Cold Chain Technologies LLC United States Cold Chain Technologies LLC United States Global Quality Systems and Technical Support SCA Pharma United States Development Cold Chain Technologies LLC United States FMOLHS Health System United States Southcentral US & Canada B Medical Systems North America LLC United States Defense Logistics Agency United States Digital Solutions and Services Cold Chain Technologies LLC United States CMOP National Program Standardization Department of Veterans Affairs United States US Medical Affairs Pfizer Inc. United States Center for Pharmacy Practice Excellence Vizient United States Pharmaceutical Solutions and Services McKesson United States Pharmacy Shared Services Henry Ford Health System United States International Safe Transit Association United States Cleveland Clinic United States USP United States Business Development Inbound Technologies LLC United States Inbound Technologies LLC United States US Medical Affairs Genentech United States The University of Chicago Medicine United States Mike Ilitch School of Business Wayne State University United States Outpatient Pharmacy Services Yale New Haven Health United States MedStar Health Inc. United States UK Specialty Pharmacy and Infusion Services United States Planning Healthcare Distribution Alliance United States System VP UNC Health United States UNC Health United States Vizient Inc. United States Novant Health United States U.S. Navy Defense Logistics Agency (Troop Support) United States Ambulatory Pharmacy Operations University of Missouri Health Care United States Amazon United States Pharmacy Retail and Specialty Pharmacy Services Atrium Health Wake Forest Baptist United States University of Utah Hospitals and C

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PP01.08 Pilot Study to Evaluate the Potential of the Tumor-Educated Platelets (TEP) as the Tool to Detect Minimal Residual Disease and Drug Resistance

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Journal of Thoracic Oncology 2025年第4期20卷 S6-S6页

作者： Shuta Ohara Kenichi Suda Kazuko Sakai Junko Tanaka Takamichi Muramatsu Chihiro Uematsu Yasuhiro Tsutani Kazuto Nishio Tetsuya Mitsudomi Division of Thoracic Surgery Department of Surgery Kindai University Faculty of Medicine Osakasayama Japan Department of Genome Biology Kindai University Faculty of Medicine Osakasayama Japan Center for Digital Services - Healthcare Research & Development Group Hitachi Ltd. Tokyo Japan Diagnostic System Business Strategy Planning Division Healthcare Business Group Hitachi High- Tech Corporation Tokyo Japan Izumi City General Hospital Izumi Japan

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development of Dynamic Wireless Power Transfer system for Vehicle Logistics Robot

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IEEJ Transactions on Industry Applications 2022年第2期142卷 146-154页

作者： Shimizu, Osamu Hanabusa, Kazuyoshi Arasaki, Kota Gunji, Daisuke Sakai, Yuto Ikeda, Hiromori Matsuoka, Fuminori Graduate School of Frontier Science The University of Tokyo 5-1-5 Kashiwanoha Kashiwa Chiba277-8561 Japan Development Section 1 Energy Units Development Dept. Advanced Products Development Center Technology & Intellectual Property HQ TDK Corporation 2-15-7 Higashi-Ohwada Ichikawa Chiba272-8558 Japan R&D Division System Power Supply Department WPT Development Group TDK-Lambda Corporation 2-15-7 Higashi-Ohwada Ichikawa Chiba272-8558 Japan New Product Development Department Technical Research Office NSK Ltd. 1-5-50 Kugenumashimmei Fujisawa Kanagawa251-8501 Japan BR NEXT GENERATION LOGISTICS DIV. YUTO SAKAI SHINMEI INDUSTRY CO. Ltd. 3-20 Koromogahara Aichi Toyota471-0856 Japan Central Japan Business Dept. TOYOTA T&S CONSTRUCTION CO. LTD. 65 Kamekubi-cho Kamimukaida Aichi Toyota470-0375 Japan Strategy Planning & Administration Dept. Vehicle Logistics Div. TOYOTA MOTOR CORPORATION 1 Motomachi Aichi Toyotashi471-0854 Japan

Laborsaving is a major issue in production. In an automotive production line, a yard that is used as a temporary storage for vehicles before shipping. The vehicle-loading robot that operates autonomously has been proposed to automate the alignment of vehicles in the yard instead of human driving. In this study, the dynamic wireless power transfer system that includes the structure of the roadside for the vehicle-loaded robot is proposed. It is proven that the transmitter coil has enough durability for the load of the robot weight using simulation and actual measurement. It is also shown that the reinforcement bars of the road structure cause considerable eddy current loss even with stainless steel. This is similar to loss by coil resistance. This system achieves a 1.8 kW dynamic wireless power transfer with an automated coil detection system and a frequency control system, under factory conditions. 2022 The Institute of Electrical Engineers of Japan.

关键词： Robots

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Corrigendum: "Analysis of hot carrier instability in a floating body cell" [Jpn. J. Appl. Phys. 63, 094002 (2024)]

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Japanese Journal of Applied Physics 2024年第11期63卷 119301-119301页

作者： Hiroomi Nakajima Tomoaki Shino Hironobu Furuhashi Jun Nishimura Tomoki Higashi Katsuyuki Fujita Kosuke Hatsuda Ryo Fukuda Takeshi Kajiyama Memory Development Strategy Group2 Memory Development Strategy Division KIOXIA Corporation 2-5-1 Kasama Sakae-ku Yokohama Kanagawa-Pref. 247-8585 Japan File Memory Device Peripheral Element Development Group File Memory Device Engineering Department KIOXIA Corporation 2-5-1 Kasama Sakae-ku Yokohama Kanagawa Pref. 247-8585 Japan Advanced Memory Development Center KIOXIA Corporation 800 Yamanoissiki-Cho Yokkaichi Mie-Pref. 510-0906 Japan Memory Device Engineering Department KIOXIA Systems Corporation 2-5-1 Kasama Sakae-ku Yokohama Kanagawa-Pref. 247-8585 Japan Circuit Technology Research Department AI & System Research Center Frontier Technology R&D Institute KIOXIA Corporation 2-5-1 Kasama Sakae-ku Yokohama Kanagawa Pref. 247-8585 Japan Memory Design Group 4 Memory Design Department 2 Memory Design Managing Department KIOXIA Corporation 2-5-1 Kasama Sakae-ku Yokohama Kanagawa Pref. 247-8585 Japan

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Research on China’s technology lists for addressing climate change

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Chinese Journal of Population,Resources and Environment 2021年第2期19卷 151-161页

作者： Can Wang Jianhui Cong Ke Wang Yue Qi Wenjian Cai Yulong Li Sha Fu Wentao Wang Yuanyuan Wei Xinzhu Zheng Jiani Jiang Mingpeng Chen Wenling Liu Yongxiang Zhang Zhibing Tian Ji Chen Rui Li Haiqing Zuo School of Environment Tsinghua UniversityBeijing100084China School of Economics and Management Shanxi UniversityTaiyuan030006China School of Environment and Natural Resources Renmin University of ChinaBeijing100872China National Center for Climate Change Strategy and International Cooperation Beijing100038China Ministry of Education Key Laboratory for Earth System Modeling Department of Earth System ScienceTsinghua UniversityBeijing100084China School of Management Science and Engineering Central University of Finance and EconomicsBeijing100081China AdministrativeCenter for China’s Agenda 21 Beijing100038China Beijing Technology Innovation Service Center Beijing 101101China School of Economics and Management China University of PetroleumBeijing 102249China Law School Minzu University of ChinaBeijing 100081China School of Agriculture and Rural Development Renmin University of ChinaBeijing100872China School of Management and Economics Beijing Institute of TechnologyBeijing100081China National Climate Center China Meteorological AdministrationBeijing 100081China China Energy Saving Consulting Co. LtdBeijing100142China Rocky Mountain Institute Beijing100020China School of Foreign studies Guangxi University of Science and TechnologyLiuzhou545006China

The compilation of technology lists addressing climate change has a guiding effect on promoting technological research and development,demonstration,and *** is also crucial for China to strengthen ecological civilization construction,achieve the carbon emission peak and carbon neutrality target,and enhance global climate governance *** study first proposes the existing classification outline of the technology promotion lists,technology demand lists,and future technology ***,different methodologies are integrated on the basis of the existing outline of four technology lists:China’s existing technological promotion list for addressing climate change,China’s demand list for climate change mitigation technology,China’s key technology list for addressing climate change,and China’s future technology list for addressing climate ***’s more,core technologies are analyzed in the aspects of technology maturity,carbon reduction cost,carbon reduction potential,economic benefits,social influence,uncertainty,*** results show that:key industries and sectors in China already have relatively mature mitigation/adaptation technologies to support the achievement of climate change *** multi-sectoral system of promoting climate friendly technologies has been established,which has played an active role in tackling climate ***,climate technology needs are concentrated in the traditional technology and equipment upgrading,renewable energy technology,and management decision-making support *** key technologies are concentrated in 3 major areas and 12 technological directions that urgently need a *** carbon emmission peak and nentrality,carbon depth reduction and zero carbon emissions and geoengineering technology(CDR and SRM)have played an important role in forming the structure of global emissions and achieving carbon neutrality in the ***,the uncertainty assessment for the comprehensive techno

关键词： Technology for addressing climate change Technology list Carbon emission peak Carbon neutrality Key technology

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