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According to him, when the robot first appeared, it was to work with people, the main purpose is to replace people. However, with the development of information technology, especially the development of technologies such as big data and cloud computing, robots can expand their capabilities beyond what human beings have and can do some impossible work for human beings.
When human beings can control remote robots through the Internet, they can do some invisible things. The development of nanometer and micro-nanotechnology also provides robots with new application fields that allow robots to work in tiny environments. Biotechnology Development also gives robots new applications.
The most important application of robots is automation. In order to achieve this goal, sensors should be developed, and the information in the physical world should be turned into data by sensors, and the data should be analyzed for decision-making, which in turn will act on the physical world. As a result, robots and sensors became the hub of exchange between the physical and information worlds. Taking the hot IoT as an example, the Internet of Things formed through the work of robots and networks can monitor the environment and remotely process the equipment. Through the network and the combination of robots, remote sensing can be carried out; but also through the network for deep-level applications, such as telemedicine or defense applications.
The development of micro-nano technology is also due to the emergence of new materials, in order to turn these materials into useful devices, such as sensors, electronic components, we must micro-nano robots micro-nano materials processing and assembly. By using robots directly in the nano-environment, operators are able to perceive these nano-environments for better automation and assembly.
Although robots are the most widely used in industry today, Saining emphasizes that service robots are the broader field of development in the future, especially in the field of biomedicine. Because of the high output and the high cost of developing new drugs, the automation of the development process becomes Important. By using robotic technology for new drug development, it can bring $ 980 billion to the biomedical industry, while in the current automotive best-used automotive manufacturing industry, the related output is only $ 686 billion.
1). Heater: (controlled separately)
A. Heater separately set different temperature according material forming demand to insure product quality. Adjusted the voltage of heater by AC voltage meter which can insures the heater temperature steady and save power.
B. Change the heater units fleetly. And it is economical for maintain because it only need change part units.
2). Controlling
The heater unit separately can short the heating time and economize energy and improve product quality and reduce cost.
3). Adjustable frame
The side size clamping can be adjusted as the working required
Schneider: The development of the robot industry needs new technology and new applications
At the World Robot Conference today, distinguished professor of electrical and computational engineering at Michigan State University and John D. Ryder, a lecture professor at Stanford University, said: "The power of the robotics industry is driven by new technologies and new applications. On the driving force and driving force, Xi Ning elaborated.