工业机器人
类型： 咨询报告
标题：A New Era in Robotic Infrastructure Inspections
参考译名：基础设施检查进入机器人新时代
摘要：Critical energy infrastructure can stretch for miles along pipeline right of ways or reach hundreds of feet in the air on wind turbine towers. Inspecting the integrity of that infrastructure is a time consuming and dangerous job. Energy industry managers have begun to turn to unmanned vehicles to assist human workers, and the hope is to one day conduct all inspection via UAVs. In this Special Report, find out what managers need to be confident that robotic inspectors are doing the job as human technicians.
来源：ASME
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24862
类型：资讯
标题：Robotic Vision Inspection Keeps Automotive Production on Pace
参考译名：机器人视觉检测系统紧跟汽车生产步伐
简介：Due to the highly customized nature of automotive manufacturing, machine vision inspection systems must be built to detect defects on a number of variants of a single subassembly. To meet this requirement, integrators have developed sophisticated systems comprising numerous cameras mounted on a fixed frame, positioned to capture many images of the product for quality assurance purposes. The use of multiple cameras and lights in these systems produces images of the complex assemblies viewable from different angles and under different lighting conditions.
来源：Global Association for Vision Information 8.30
链接：
https://www.visiononline.org/vision-resources-details.cfm/vision-resources/Robotic-Vision-Inspection-Keeps-Automotive-Production-on-Pace/content_id/6956
标题：What’s New in Collaborative Robots?
参考译名：协作机器人的最新发展
简介：Collaborative robots were built as a safer alternative to heavy industrial robots that could work side by side with human workers without putting them in danger. All collaborative robots feature smooth designs, usually with few or no pinch points, and sophisticated motion control to avoid potentially harmful interactions with humans. Originally, collaborative robots were only for routine, highly structured applications with light parts. They weren’t skilled and were slow. However, this is quickly changing, and collaborative robots are now far more capable than they once were.
来源：Robotic Industries Association 8.28
链接：https://www.robotics.org/blog-article.cfm/What-s-New-in-Collaborative-Robots/112
类型：咨询报告
标题：2018中国机器人产业发展报告
简介：近日，《中国机器人产业发展报告（2018）》于2018世界机器人大会主论坛上正式发布，该报告为工信部2016-2018年专项《建立我国机器人团体标准体系与产业信息资源库》的阶段性研究成果，由中国电子学会组织相关专家及研究人员共同编制。《中国机器人产业发展报告（2018）》旨在综合分析全球和我国机器人产业发展趋势及特征，围绕产业的规模效益、结构水平、创新能力、集聚情况和发展环境等方面，综合分析评价长三角、珠三角、京津冀、东北、中部和西部全国六大区域的机器人产业发展现状及水平，并围绕区域特色竞争、产业集聚发展、应用场景延伸、多元细分市场、双创服务平台、资本收益风险、人才培养瓶颈、智能化新增长等方面归纳具备代表性和典型性的发展趋势特征与潜在问题。在此基础上，提出了加强顶层设计、拓宽投融资渠道、提升自主创新能力、搭建行业共享平台、有序推进应用示范、完善标准及检测认证体系和推进高技能人才队伍培养建设的措施建议。
来源：2018年8月22日 中国电子学会
链接：https://pan.baidu.com/s/1vYTABlddM2a5zXZbS96P8w
类型：会议
标题：TOLERANCES AND UNCERTAINTY IN ROBOTIC SYSTEMS
参考译名：机器人系统中的公差和不确定性
简介：The ability to be programmed for a wide range of tasks is what differentiates robots from dedicated automation. Consequently, robots can be faced with often-changing requirements and conditions. Conventional application development based on teach programming takes robots out of production and occupies personnel, limiting robots' effectiveness in these environments. Off-line programming solves these problems, but robot inaccuracy must be compensated by a combination of calibration, compliance, and sensing. This complicates up-front systems engineering and application development, but results in systems that can operate in a wider range of requirements and conditions. Performance can be optimized if application tolerances and process uncertainties are known. If they often change, optimization must be done dynamically. Automating this optimization is a goal of smart manufacturing. With its trend of increasing connectivity between the components of robotic systems both within workcells and to the enterprise, exchanging this information has become more important. This includes tolerance information from design through process planning to production and inspection, and measurement uncertainty from sensors into operations. Standards such as ISO 10303 (STEP), the Quality Information Framework (QIF), the Robot Operating System (ROS), and MT-Connect support this exchange to varying degrees. Examples include the assignment of assembly tasks based on part tolerances and robot capabilities; the automated generation of robot paths with tolerances arising from sensed obstacles; and the optimization of part placement to minimize the effects of position uncertainty. This paper examines requirements for exchanging tolerance and uncertainty in robotics applications, identifies how these requirements are being met by existing standards, and suggests improvements to enable more automated information exchange.
来源：【机构】：National Institute of Standards and Technology 【会议】：ASME International Mechanical Engineering Congress and Exposition [日期]：2017-11-02
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=15402
类型：期刊
标题：The Decision-Making System for a Multi-Channel Robotic Device Control
参考译名：多通道机器人控制设备的决策系统
简介：Nowadays, there is a trend of significant robotic devices functionality increase. Accordingly, the robotic devices can perform more operations and have more new ways to control them. Therefore, in some cases there is a situation when the robotic device receives control commands, i.e. instructions for performing different operations from different alternative control channels. It is a problem of a command selection for execution when different control channels have contradictory information. If there are multiple control channels, which have fundamentally different principle of operation, and multiple commands, which might require the same resources for execution, we need a system that will take into account the specifics of channels and commands, store information about incoming commands and decide which command to execute. In this paper, we will present decision-making system with an internal control conflict resolution mechanism for robotics and the implementation example.
来源：《Procedia Computer Science》；Volume 123, 2018, Pages 149-154
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24846
汽车工程
标题：Special report: The future of mobility in Helsinki--Automotive World presents a special report on the evolution of mobility services in the Finnish capital
参考译名： 赫尔辛基的移动未来---芬兰首都移动服务的演变
简介：This exclusive Automotive World special report provides exclusive insight from top business leaders in Helsinki, as well as city authorities and other stakeholders in the city that lays claim to creating the concept of Mobility as a Service (MaaS).
来源：AW 2018/8/13
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24859
工业4.0及智能制造
标题：A vision for 2020 : assuring the future of manufacturing in Europe
参考译名：欧洲制造业2020年愿景
简介：To survive as the mainstay of Europe’s economy and employment, its manufacturing sector must continually confront new challenges. In the face of global competition, standing still means moving backwards. The MANUFUTURE High Level Group has developed a powerful vision encompassing the complex network that links human and societal needs (demand) to industrial and educational systems (supply). It is intended as a tool to guide the development of foresight into the strategic future of European manufacturing.
来源：欧盟 2018/7
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24860
标题：A smarter, safer and bias-free digital world in the future
参考译名：更智能、更安全、无偏见的未来数字世界
简介：Three EU initiatives take on the challenge of creating secure and smart technology – the backbone of a more reliable and connected world. Artificial intelligence (AI), robotics and the Internet of Things (IoT) are transforming our world at a quick pace. Yet, there is still some way to go before we can take advantage of the full potential of these technologies. Complex challenges related to the performance and trustworthiness of digital systems still need to be resolved.
来源：European Commission 8.13
链接：https://cordis.europa.eu/news/rcn/129823_en.html
标题：Making Sense of Sensors--How to approach the challenges of high-volume data on the factory floor.
参考译名：传感器——如何应对工厂大规模数据的挑战
摘要：By equipping a smart, connected product with more sensors, a company can get a broader view of how a product functions (including real-time insights), open new ways to improve its performance (in real time as well) and more. However, it’s not enough just to add new sensors to the existing ones to improve visibility into the state and performance of these products. As the number of sensors increases, the volume of the data coming from these sensors will grow as well—and such a situation needs a specific approach to establishing all the big data-related processes: data ingesting, storing, processing and analyzing.
来源：IW，Aug 30, 2018
链接：https://www.industryweek.com/technology-and-iiot/making-sense-sensors
综合情报
标题：The 2018 Industry Week IW U.S. 500 List
参考译名：IndustryWeek发布2018年美国制造业500强名单
简介：The IW U.S. 500 includes:
1. Manufacturing companies with a majority of their business in a manufacturing industry.
2. Companies that generated less than 50% of revenues from manufacturing, but more revenue from manufacturing than the lowest-revenue-producing companies on this year’s list.
3. Oil and gas companies that derive at least 50% of their revenues from the refining of oil and gas products.
4. Companies that derive at least 50% of their revenues from the manufacture of mined materials.
来源：Aug 27, 2018 IndustryWeek
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24831
标题：GE Ventures To Sponsor Innovations Day At HANNOVER MESSE USA 2018
参考译名：在2018汉诺威工业博览会（美国）创新日上，GE风险公司的赞助情况
摘要：GE Ventures is a catalyst to GE’s goal of ma创新日king the world work better. An innovation engine within GE, our collective of innovators believes that unlike forces must converge to grow ideas into technologies that build, cure, move and power our world of tomorrow. GE Ventures has a breadth of avenues in which we drive innovation and our partnerships take many forms. We find the best ideas that emerge from the latest research, we invest in promising startups, we commercialize GE’s IP, we create our businesses and we advance initiatives that transform industries and communities.
来源：August 20, 2018 hannover messe usa
链接： http://pan.ckcest.cn/rcservice//doc?doc_id=24469
标题：AN OPTIMIZATION OF PRODUCT DESIGN AND MANUFACTURING BASED ON SUSTAINABILITY
参考译名： 基于可持续发展的制造业及产品优化设计
简介：In the 21st century, manufacturing companies are facing the challenge to remain competitive in global markets by finding a more sustainable approach to product design and manufacturing. This is associated with the main features of companies' competitive landscapes namely, simultaneous cost reduction and quality improvement of the product. It may appear that reaching both these goals together is prohibitively problematic as they are considered by "manufacturing leaders" as opposing objectives. However, much recent research has been done on introducing approaches to delivering low cost, high quality sustainable products based on finding a link between the design or the manufacturing processes and other key elements of sustainability; economic, environmental, and social. Indeed, these approaches often times include limitations such as the lack of integration between the design and manufacturing stages of the product and do not adequately address three key parts of sustainability; economic, environmental, and social. Consequently, these approaches, have a low applicability, and hence few opportunities for success. However, for delivering a sustainable product, the key parts of sustainability, as well as the integration of product design and manufacturing processes must be optimised in terms of one effective measure. This project aims to propose an approach for design and manufacturing sustainability. The combined sustainability index (CSI) is developed as a comprehensive evaluation metric for alternative scenarios of the process and also as a tool that enables decision makers to run optimal processes. The applicability of the CSI has to be tested and verified in a real industrial setting with the aim to improve the sustainability performance by designing a product and the corresponding manufacturing processes for that product. Process optimisation is carried out in terms of the highest CSI score achieved.
来源：【会议】：DAAAM International Symposium on Intelligent Manufacturing and Automation [届次]：28th【ISBN】：9781510853270 【会议录】：28th International DAAAM Symposium on Intelligent Manufacturing and Automation 2017: Zadar, Croatia, 8-11 November 2017, Volume 2 of 2 【年】：2018
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=24863
标题：The circular economy: implications for the steel industry
参考译名：循环经济对钢铁工业的影响
简介：Nowadays circular economy thinking is emerging as mainstream and is encompassing all aspects of the society. If earlier circular economy thinking focused primarily on waste management and recycling, the new generation circular economy ideas encompass all aspects of resource efficiency from production to consumption.
来源：国际钢铁协会（IISI） 2018/8/24
https://www.worldsteel.org/media-centre/blog/2018/circular-economy-implications-steel-industry.html
标题：How 'Speed Factories' Help Companies Adapt to Capricious Consumers
参考译名：“Speed Factories”如何帮助企业适应消费者多变的需求
摘要：When Adidas launched its Adidas Made for New York City shoe, or AM4NYC, it departed from its normal production process in a couple ways. Unlike most athletic shoes, which are designed to be worn anywhere, this model is optimized for runners in the Big Apple. And unlike the vast majority of Adidas footwear, AM4NYC is produced in the U.S., not overseas.
https://www.industryweek.com/leadership/how-speed-factories-help-companies-adapt-capricious-consumers
生物制造、3D打印
标题：德勤--2017年中国生命科学与医疗行业并购趋势分析
简介：德勤在2017年8月发布《2017年中国生命科学与医疗行业并购趋势分析》报告。报告预计，2017年中国生命科学与医疗行业并购将延续2015-2016年的趋势，交易数量与交易金额均有望保持平稳上升。海外并购虽然依旧拥有多重机会，但资本管控将给出境并购活动带来影响；境内制药和药品零售领域的并购整合将更为猛烈，公立医院并购将兴起。
目录：
1.全球生命科学与医疗行业并购概况
2.中国生命科学与医疗行业并购发展
3.海外并购风险与挑战
4.未来趋势
来源：360个人图书馆
链接：http://www.360doc.com/document/17/0819/18/22775656_680443559.shtml
标题：Studio 7.5 Prints 3D ‘Woven’ Concrete Benches in Berlin
参考译名：Studio 7.5在柏林3D打印编织混凝土长凳
简介：Berlin-based Studio 7.5 collaborated with Parisian 3D printing experts XtreeE to produce a series of concrete benches. The benches are the product of continuously printed concrete that display a woven pattern with significant complexity, which would have been impossible to replicate in a single mold. The method allows for a sturdy bench but is also far lighter than a full concrete bench. The continuously woven concrete benches present a texture that is not only visually reminiscent to woven textiles, it also follows the same production routine. It uses a continuous thread that runs along a path in order to create the construction’s outline and structure. While Studio 7.5 has a lot of experience with design, XtreeE were the ones with the know-how for concrete printing. Consequently, they provided the technology for this project, which they’ve used extensively before.
来源：August 27, 2018 3dprinting.com
链接：https://3dprinting.com/news/studio-7-5-prints-3d-woven-concrete-benches-berlin/