Search
Search Results
-
开发过程是技术产品和工艺的创新过 程的重要组成部分
长期以来，德国技术公司在全球创新的产生中发挥了主导作用。
-
使工厂生产更灵活的创新
工业4.0 在现场级别最重要的元素是执行器和传感器。将传感器和执行器与现有基 础设施结合使用, 并以互联网技术为基础, 实现过程的自动化和监控。传感器作为 信息和数据的提供者, 执行器是操作硬件。工业4.0 的 "单件流" 目标要求在执行器 中最快地生成和实现数据。
-
工厂数字化的创新
本章将介绍工厂数字化的潜力，其重点在于网络的交互，即工厂对外与对内的联 网。不同层面之间的联网与IT安全的关系已经变得日益紧密，例如从物理的数据 传输到应用软件的网络连接。目前的发展趋势并不是为了相互联接成一个完整的 结构，而是为了网络的划分为目的的，从而能够在网络间的接口处实现更高效的...
-
创新成功因素及其影响
尽管企业创新活动的管理存在理论和实践上的差距这类问题，但许多创新还是取 得了成功。
-
德国**大的创新能力
多年来，德国公司的声誉一直与创新联系在一起。虽然他们在一些重要的经济部 门，特别是在消费品方面，失去了本来优势的地位。但是，产品和投资部门则一 如既往的处于良好水**。在技术层面上，德国的信息技术目前比较薄弱，而生产 技术仍然具有较高的水**。与生产技术紧密相关的"工业4.0"一词已经出现。"工业...
-
创新领域
德国的创新和创新管理不仅仅是工业4.0。 它们是其他新的技术发展，将完全改变重要经济部门的结构。 自2009年以来，德国的创新和创新管理这一主题在系列研讨会和项目中为中 国公司的经理和业务管理者以及来自**的市政、地区和国家机关的代表进行了 详细的准备和讨论。
-
创新发展结构条件的影响及其在企业的栓扣
前几节中所叙述的创新的发展过程及其准备情况令局外人震惊。显示的图片与德 国公司的评估不符。这不会改变公司的成功故事。虽然大多数公司的项目都是这 样的
-
The AI Policy Environment of Shanghai
This chapter discusses the AI policy environment of Shanghai, focusing on the entities entrusted with AI governance and the policy documents they...
-
Ambition, Capacity, Reality, Insights, and Prospects
Shanghai has solid capacities to implement its ambitious plans for AI in the public sector. These capacities are mobilized in a coordinated,...
-
Public Sector AI Applications in Shanghai
This chapter refines and validates the findings on Shanghai’s policy capacity that were derived from the analysis of the municipal AI policy...
-
New insights of inorganic phosphate inhibitors for flotation separation of calcium-bearing minerals
In this paper, the inhibition ability of tetrasodium pyrophosphate (TSPP), sodium tripolyphosphate (STPP) and sodium hexametaphosphate (SHMP) to...
-
Electrical properties of PVDF films fabricated by direct ink writing
In this study, direct ink writing (DIW) was applied to preparing polyvinylidene fluoride (PVDF) film. The rheological properties of inks were...
-
The AI Ecosystem of Shanghai
This chapter assesses the operational capacity of Shanghai to implement public sector AI applications in practice. To do so, it examines the status...
-
Energy harvesting and speed sensing with a hybrid rotary generator for self-powered wireless monitoring
Real-time onboard health monitoring systems are critical for the railway industry to maintain high service quality and operational safety. However,...
-
Mechanical behavior and strengthening mechanism of red clay solidified by xanthan gum biopolymer
To avoid engineering diseases induced by negative geotechnical properties of red clay and to positively reduce adverse impacts on ecological...
-
Comparative assessment of liver tissue: from microstructural and mesoscale vascular architecture to macroscopic mechanics
Accurately characterizing the liver’s mechanical properties is of paramount importance for disease diagnosis, treatment, surgical prosthetic...
-
Supervisory control of the hybrid off-highway vehicle for fuel economy improvement using predictive double Q-learning with backup models
This paper studied a supervisory control system for a hybrid off-highway electric vehicle under the charge-sustaining (CS) condition. A new...
-
Application of a novel detection approach based on non-dispersive infrared theory to the in-situ analysis on indicator gases from underground coal fire
Coal mine fires, which can cause heavy casualties, environmental damages and a waste of coal resources, have become a worldwide problem. Aiming at...
-
Band gap modulation of nanostructured WO3 nanoplate film by Ti do** for enhanced photoelectrochemical performance
Despite being a promising photoanode material for water splitting, WO 3 has low conductivity, high onset potential, and sluggish water oxidation...
-
Fatigue crack retardation by the application of hard dam** coating to blades under resonance
The hard dam** coating via atmospheric plasma spraying (APS) method was proposed to inhibit crack propagation of blade specimens in this paper. The...