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f+h Intralogistics 5/2015

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f+h Intralogistics 5/2015

MARKET AND TECHNOLOGY

MARKET AND TECHNOLOGY China provides answers to global challenges: automation and digitization of industrial processes Li Li, Lothar Schulze To be able to survive in global competition, production and logistics costs must be lowered and process reliability increased in China also. At the same time there must be a change in global products offered, away from cheap mass produced products to high-quality goods. These challenges result in a substantial need for action and pressure for modernization. Prof. Dr.-Ing. Li Li, PhD, specialized in technical logistics, Ostwestfalen-Lippe University of Applied Sciences/Germany Prof. Dr.-Ing. Lothar Schulze is head of the specialist department responsible for planning and controlling warehousing as well as transport systems (PSLT) at the Leibniz University of Hanover/Germany Industrial robots are inevitable in China. More frequent use is driven by dramatically rising wage costs in the industrial regions of China. Thus China had a significant lead in global rankings of industrial robot sales in 2013, ahead of Japan, North America, South Korea and Germany. Japan leads the world in the number of industrial robots in use. Forecasts show Japan losing that position to China by 2017. This is based on the statistics of the International Federation of Robotics (IFR). Based on the usage level of industrial robots in China, we can also draw conclusions about the trend for using Automated Guided Vehicles (AGVs) in China. Accordingly we can expect further massive growth in sales of AGVs in China and Asia in the coming years. Automated Guided Vehicle Systems AGVs are by definition automated, in other words driverless vehicles (Image 01) which are floor-based rather than rail-guided. A master control unit is responsible for coordinating vehicles. Based on defined strategies, it assigns a vehicle to perform every transport task containing data related to source, sink and transport material. Vehicle orders are generated. AGVs together with the infrastructure of the specific application and the master control unit make up the AGV system. In nearly all conceivable applications, potential can be leveraged through automation with AGVs. The focus concerns not only transport tasks from a source to a sink, but increasingly also integrated system solutions with additional value-added tasks. AGVs not only perform transport tasks, but can also work in cooperation with employees. Vehicles in assembly are also referred to as a mobile workbench. Other examples of cooperative AGV applications can be found in picking and material supply. The focus in this context is on voice and gesture-controlled vehicles. Together with integration of modules, for example pickby-voice software, they represent the state of the art. Because applications and requirements vary so widely, vehicles and systems must be specifically engineered and designed. Every effort is made to use as many standard components and modules as possible. For example, manufacturers also offer subsequent automation of standard series lift trucks. The range of AGVs extends from lowcost carts to complex and sophisticated AGVs and their systems. Automated Guided Vehicles and their systems incorporate all the elements needed to make networking on the shop floor level a reality. So it should be no surprise 16 f+h Intralogistics 5/2015

MARKET AND TECHNOLOGY that in a comparison of industries, the frontrunner of industrial innovation in Europe, the automotive industry, led the way placing the most AGVs and AGV systems in operation in 2014. AGV manufacturers offer smart control systems with defined interfaces to the IT level. Data exchange can be implemented in real time, generally with wireless LAN. The elements needed for real-time optimi- zation and networking of vehicle and truck movements are all in place. Modern navigation systems ensure flexibility and changeability in terms of routes and routing (Image 02). Laser navigation with reflectors as artificial field markers and scan matching with supporting coupling navigation provide ideal options for this purpose. The scan matching process, in which a current scan is compared with a reference model, does not require any of these artificial field markers. AGV and Industry 4.0 Some current European position papers offer the assessment that Industry 4.0 plays a minor role in China. But our experience points to exactly the opposite conclusion. The approaches of Industry 4.0 are part of the modernization agenda of the Chinese government. Numerous groups of Chinese engineers and managers are currently visiting German universities to learn more about this new approach to industry. Seminars on Industry 4.0 are being organized for these groups, for example by the Chinese Center of Hannover and university lecturers at Leibniz University. Industry 4.0 and the idea of the Smart Factory are also hot topics in China. Concepts and approaches will be localized as they have been for other industrial products by adapting them intelligently to Chinese conditions. Automation and digitization in factories offers a wealth of opportunities to respond to the requirements of the global marketplace in terms of changeability, individualization and flexibilization. Implementation of Industry 4.0 entails complete networking of information. On the ERP level this concerns different companies, for example the networking between the producing company and its suppliers. On the shop floor level, machines, 01 AGV networks production Dynamic performance on two rails. The inductive floor conveyor: innovative and efficient. Visit us at CeMAT Asia 27 to 30 Oct. 2015, in Shanghai, Hall W2, Booth C2 www.eisenmann.com

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