工业4.0及智能制造
类型：咨询报告
标题：The Future of IIoT Predictive Maintenance
参考译名：工业物联网在可预测性维护中的未来应用
摘要：In April 2013, at the Hanover Messe conference in Germany, the guiding principles of Industrie 4.0 or Industry 4.0 were released. Over the past five years, Industry 4.0 has moved from German government policy to executive-level strategy across the globe. Today we are in the third wave: active implementation.Industry 4.0 is considered the fourth Industrial Revolution, and industry analysts have forecasted a significant and broad economic impact. The application of the Industrial Internet of Things (IIoT), Artificial Intelligence and Machine Learning to industrial maintenance or Predictive Maintenance 4.0 is a core element of Industry 4.0.
来源：Presenso . May 28, 2018
链接：https://www.presenso.com/blog/emory-research
标题：大数据安全白皮书
简介：本报告首先从大数据带来的变革出发，探讨了大数据安全区别于传统安全的特殊内涵；然后聚焦技术角度，给出大数据安全技术总体视图，分别从平台安全、数据安全和个人隐私安全三个方面梳理了大数据环境下面临的安全威胁以及相应的安全保障技术的发展情况；最后基于大数据安全技术发展情况，提出大数据安全技术未来发展方向与建议，为大数据产业和安全技术发展提供依据和参考。
来源：中国信息通信研究院
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=28920
类型：资讯
标题：5 Essential Steps on the Path to Smart Asset Management
参考译名：制造业通往智能资产管理的5个关键步骤
简介：Over the past decade, supply chain complexity has increased substantially with the rising pressure on retailers to offer unlimited, fast and free shipping. Frequent disruptions, like damaged or delayed goods, are the most common symptoms of this trend. In manufacturing, an asset-intensive sector, the cost of even small disruptions can add up quickly. Some manufacturers are already leveraging digital technologies like the Internet of Things (IoT), Big Data and advanced analytics to reduce the frequency of costly mistakes and streamline operations. Low-cost sensors and connected devices embedded into key areas in the supply chain are relaying critical real-time data on asset location, quality and status. For instance, smart sensors can detect an uncharacteristic temperature change to in-transit cargo the moment it happens, allowing for immediate corrective action and preventing a potentially catastrophic loss of goods.
来源：IndustryWeek 2018/10/31
链接：
https://www.industryweek.com/technology-and-iiot/5-essential-steps-path-smart-asset-management
标题：Why Cybersecurity Matters in the Age of the Internet of Things
参考译名：物联网时代，网络安全为什么如此重要？
简介：The Internet of Things (IoT) sounds like the goal of a mad scientist and, in some ways, it is. The goal of IoT is to create a physical and digital network of everyday devices, such as smartphones and automobiles, that are in constant communication. Persistent communication results in Internet-enabled devices interacting and determining what is wrong and what could be improved. It is also an incredible resource for data gathering and comprehension, and it would allow businesses to track their devices in real time and monitor their operational efficiency.
来源：美国制造业网 2018/10/13
https://www.manufacturing.net/blog/2018/10/why-cybersecurity-matters-age-internet-things
类型：期刊
标题：A BOUQUET OF DIGITALIZATION
参考译名：欧盟塑造数字化的系列举措
简介：The EU is shaping the framework for digitalization and Industrie 4.0 in Europe with a wealth of initiatives. An overview of the most important projects from Brussels. The aim is clear. As Günther Oettinger said back when he was EU Commissioner for the Digital Economy, "Europe will only be able to establish its leading position in the world if it succeeds in digitalizing its industry quickly." But it is not quite as clear how the European Unit will make its way into the digital age. Brussels has come up with a whole bouquet of initiatives in the hope of leading Europe to a digital future and Industrie 4.0. The major key word for the EU’s digital strategy is the digital common market. In 2015, the Commission presented a strategy of the same name as a continuation of its 2010 "Digital Agenda for Europe." In order to adapt the European market to the digital age, Brussels saw particular need for action in data traffic, IT security and the regulation of online platforms.
来源：VDMA impulse 2018 第4期
链接： http://pan.ckcest.cn/rcservice//doc?doc_id=29066
标题：Connected compressors and Industry 4.0: FROM THEN TO NOW
参考译名：压缩机与工业4.0 的相连
简介：The term Internet of Things (IoT) has become ubiquitous in recent years and is now seemingly being applied to any instance in which a device is connected. However, it is arguably the manufacturing sector that stands to benefit the most, with the Industrial Internet of Things (IIoT) and the introduction of sophisticated robotics in the workplace and smart components that communicate their own assembly instructions to the production line. Companies are now moving beyond talking about the theory behind Industry 4.0 and wanting to know how it can and will be applied in practice.
来源：【ISSN】：1472-1260 【期刊】：factory equipment 【年-卷-期】：2018年Jan.期
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=29076
汽车工程
标题：Diesel: new data proves that modern diesel cars emit low pollutant emissions on the road
参考译名：最新数据显示先进柴油汽车的污染物排放水平下降
简介：New data released today by the European Automobile Manufacturers’ Association (ACEA) provides evidence that latest-generation diesel cars emit low pollutant emissions on the road. This data was measured in real-driving conditions by the drivers of the various national type approval authorities. Some 270 new types of diesel cars type-approved against the latest Euro 6d-TEMP standard were introduced on the European market over the past year. The new data shows that all of these diesel cars performed well below the NOx threshold of the real driving emissions (RDE) test, which applies to all new car types since September 2017. What is more, already today most of these vehicles show results that are below the stricter NOx threshold that will be mandatory from January 2020.
来源：ACEA 2018.11.05
https://www.acea.be/press-releases/article/diesel-new-data-proves-that-modern-diesel-cars-emit-low-pollutant-emissions
标题：Ford details the graphene technology enhancing next-gen components
参考译名：福特：助力下一代汽车零部件发展的石墨烯技术
简介：In an automotive industry first, Ford has begun introducing two-dimensional nanomaterial graphene under the hood of its vehicles. Predicted to aid the development of next-gen batteries, graphene is now being used to increase component durability and reduce weight. Dubbed a miracle material by some engineers, graphene is 200 times stronger than steel and highly conductive materials in the world. It is a great sound barrier and is extremely thin and flexible. While graphene is currently not economically viable for all applications, Ford – in collaboration with Eagle Industries and XG Sciences – has found a way to use small amounts in fuel rail covers, pump covers and front engine covers.
来源：《国际引擎技术》 2018/10/17
https://www.enginetechnologyinternational.com/features/ford-details-the-graphene-technology-enhancing-next-gen-components.html
工业机器人
标题：4 Futuristic Attributes of Collaborative Robots
参考译名：协作机器人的4种未来属性
简介：Collaborative robots have become a regular part of applications with high part mixes at low volumes. These kinds of tasks require high degrees of flexibility and safety, as oftentimes collaborative robots must work alongside a human worker, and many industrial robots simply aren’t built with this level of finesse. When they were first introduced, collaborative robots were a major innovation in robotic technology. While they’ve become commonplace today, they aren’t done evolving. As OEMs and academic researchers constantly look for more productive systems, collaborative robots will acquire new capabilities and tackle new tasks.
来源：Robotic Industries Association（RIA） 2018.10.30
https://www.robotics.org/blog-article.cfm/4-Futuristic-Attributes-of-Collaborative-Robots/125
类型：会议
标题：Robot Assisted Machining of Thin-Walled Structures
参考译名：机器人辅助薄壁结构加工
简介：This paper proposes and studies the use of industrial robot manipulators to act as an active steady rest in machining thin-walled workpieces to prevent machining chatter instability. Feedback control is applied to the robotic steady rest in contrast to the other more popular active control method where the cutting tool is controlled. The entire dynamic system model is characterized by delay differential equations with time varying interactions between the tool side and work side dynamics. Semi-discretization, finite element modeling, and model reduction are applied to obtain a lower order plant model for the feedback control design. Control design and simulation results on turning of thin-walled tubes are presented to demonstrate the effectiveness of the proposed modeling and control approach for the robotic active steady rest.
来源：【机构】：Mechanical and Aerospace Engineering Department, University of California
【会议】：IFAC World Congress [日期]：2017-07-08 16:00:00 [届次]：20th
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=29067
3D打印、增材制造、生物制造
标题：Researchers Analyse Polymers Using Atomic Force Microscopy
参考译名：研究人员使用原子力显微镜分析聚合物
简介：Despite its increasing popularity, there are still many areas of 3D printing that raise quite a few queries. Most pertinent of these is how to precisely map the way in which photopolymers behave on a microscale while processing. For example, mechanical and flow properties during curing on the single voxel scale are still a mystery. So now, a National Institute of Standards and Technology (NIST) are leveraging atomic force microscopy to gain insight into the structure and properties of photopolymers during processing.
The team are particularly looking to the sample-coupled-resonance photorheology (SCRPR) technique to shed light on some important properties. With this they will measure the voxel-scale changes in real time and potentially improve DLP, SLA and other photosensitive processes. Due to how slicing software build parts as thin layers, reconstructing them in 3D before printing, the physical material’s bulk properties lose similarity to those of the printed parts. As a result, printing conditions, more than anything else, determine the abilities of the parts.
来源：October 23, 2018
https://3dprinting.com/news/researchers-analyse-polymers-using-atomic-force-microscopy/
标题：Orientation field guided line abstraction for 3D printing
参考译名：3D打印方向场导线定位
简介：This paper focuses on printing a 2D color image by using a desktop fused deposition modeling (FDM) 3D printer. A fully automatic framework is presented to convert a 2D image into a non-photorealistic line drawing which is suitable for 3D printing. Firstly, an image is partitioned into a moderate number of regions, and contours of these regions are extracted to deliver the high level abstraction of the image. The contour lines are further refined by taking into consideration the restrictions of 3D printing. Next, an orientation field based on the contours and feature lines at a finer level is computed to guide the placement of streamlines. The distances between streamlines are carefully controlled such that the density respects the pixel intensity values. Finally, the resulting streamlines are converted into printing paths and printed by using filaments with specified colors. Experimental results show the feasibility and efficacy of our method on portraying a given image by using a few of 3D printable non-intersecting lines while preserving features and tone variation in the image. (C) 2018 Elsevier B.V. All rights reserved.
来源：【刊名】：Computer Aided Geometric Design【ISSN】：0167-8396【出版年】：2018【卷】：62
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=28926
标题：Design and Manufacture A 3D Printed Artificial Hand
参考译名：设计制作3D打印人工手
摘要：In spite of the different types of upper limb prosthetics that are available in the market now days, the researches should carry out to present a various methods and development in order to reach the optimum level in this field. This paper presents a methodology to design and manufacture an artificial hand for prosthetic application. The proposed design is a five finger hand with the forearm actuated by under -actuated system composed of tendons and servomotors. The manufacture strategy started by design the model using the solidworks software and manufacture by 3d printing techniq ue. it possess 15 Dof, 3dof for each finger. Analyzing of the forward kinematics had also been carried out using the matlab robotic toolbox to present the workspace and fingertip coordinates. The hand was tested to perform gesture mo vements and some grasping movement by using a myoelectric control system, and it was able to approximates the manipulation abilities o f human hand very well.
来源：【刊名】：American Journal of Engineering Research【ISSN】：2320-0936【EISSN】：2320-0847【出版信息】：2018 Vol.7 No.2
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=28988
综合情报
标题：Game changing technologies---Exploring the impact on production processes and work
参考译名： 探讨产业变革新技术对生产过程和工作的影响
简介：This overview report summarises the findings of five case studies on the likely impact of game changing technologies on production and employment in the manufacturing sector in Europe up to 2025: advanced industrial robotics; industrial internet of things; additive manufacturing; electric vehicles; and industrial biotechnology. The adoption of these new technological possibilities will not only have consequences for the production process, but also for the working conditions of those employed on the process and on employment demands at company level. The report highlights the increase in digitisation, the greater demand for highly skilled workers, the expansion of value added to both ends of the product cycle, the even greater importance of data security, the possible reshoring of some production back to Europe, and the need to develop and observe industry standards and protocols.
来源：EU 2018/04/11
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=29075
类型：调查报告
标题：High Expectations Attend Transformative Technologies
参考译名：调查显示制造企业对变革性技术寄予厚望
摘要：The Manufacturing Leadership Council’s latest survey on Manufacturing 4.0-related technologies reveals that companies are expecting big things from the IIoT, analytics, 3D printing, and other new technologies. But few are approaching their adoption strategically. Over the next five years, manufacturers see a range of new technologies fundamentally changing they way they produce products. Whether it is the Internet of Things, 3D printing, or artificial intelligence, manufacturers expect these and other technologies to be potential game-changers in their operations.At the same time, though, the path to realizing these changes for many manufacturers is anything but well paved. Few manufacturers have formal technology roadmaps in place today. Responsibility for devising and implementing technology strategies and their roadmaps is often diffused and unclear. And, particularly for small and medium-size companies, the capacity to evaluate and understand the potential of a growing set of new technologies emerging on the industrial scene is often lacking.These are some of the key findings of the Manufacturing Leadership Council’s latest survey on Transformative Technologies in Manufacturing, one of the Council’s Critical Issues facing the industry. Survey respondents weighed in on the potential of new Manufacturing 4.0-related technologies, their investment plans, their challenges around adopting and using technologies, and where they think they stand in relation to competitors at this stage in the M4.0 journey.
来源：Manufacturing Leadership Council Oct 15, 2018
https://www.manufacturingleadershipcouncil.com/2018/10/15/high-expectations-attend-transformative-technologies-2/
标题：9 ways innovation will change resource-planning
参考译名：9种创新方式将改变企业资源规划
简介：The cloud, social technologies, big data and mobile have impacted how traditional ERP systems work. And new tech trends that shape the future of ERP systems are coming up every year. These disruptive technologies are continually changing how businesses implement and use ERP systems. As more technologies come up, businesses are either forced to conform or be shipped out by the gory winds of change. What are some of these innovations that could increase the efficiency of your traditional ERP system? Let's explore some...
来源：Smart Industry 2018.11.02
https://www.smartindustry.com/blog/smart-industry-connect/9-ways-innovation-will-change-resource-planning/
标题：LIFT Helps Deliver Lifesaving Technology to Firefighters
参考译名：美国制造协会LIFT为消防员提供最先进救生技术
摘要：Lightweight Innovations for Tomorrow, a Manufacturing USA institute, announced today it successfully aided Lifeline Firehose with the production of a state-of-the-art technology that makes it possible for a firehose to deliver both breathable air and water/foam simultaneously. The technology is being launched initially on a Grand Ledge Area Fire Department truck in Grand Ledge, Michigan, allowing firefighters to battle fires longer, as well as get critically needed air to downed personnel and victims.
来源：Manufacturing USA. October 18, 2018
https://www.manufacturingusa.com/news/lift-helps-deliver-lifesaving-technology-firefighters