In today's production and life, robots are "assistant". It is understood that the common types of robots are mainly industrial robots, service robots, and special robots, and the former two are more used today, and for the current manufacturing industry, they are more and more inclined to be flexible. Production mode. The robot that is more commonly used here is AGV robot. What is the future development of this robot for intelligent logistics?
In fact, it should be said that the AGV robot has been more popular in the past two years, because this industrial robot can be regarded as a star role in the logistics coordination industry, and with the number of applications in the logistics industry, factory production lines, and service areas Growth, leaving it in a vast blue ocean, is likely to become the next vent.
From the current point of view, most intelligent manufacturing industries will choose a flexible production mode to bring higher production efficiency with the least manpower. This requires the introduction and application of some advanced technical means, such as common materials. Networking technology, 5G communication network technology, etc. Taking these two technologies as an example, the Internet of Things technology realizes the interconnection between various devices, systems, and people in the production link, so that the entire production process can be monitored and managed in real time. 5G technology has greatly improved the original communication The chaotic application of the network has positive significance for promoting the implementation of the Industrial Internet and the deepening transformation of intelligent manufacturing.
Through the above, you will find that advanced technology is the key to achieving intelligent manufacturing, and these technologies are also complementary. Here, the AGV robot is the key in the production process. It is not just a process that can move goods. It can also be integrated with technologies such as big data and the Internet of Things, so that the AGV robot can be built into a new intelligent industrial equipment, which can perform functions such as real-time sensing, multiple obstacle avoidance, and intelligent decision-making. At present, AGV handling robots have been applied in various fields, and it is an inevitable trend to replace manual handling.
And from the perspective of practical application effects, the manual operation of the AGV robot does not require manual participation, so the labor cost is greatly reduced, and it can also cooperate with different AGVs to maximize their performance. Work efficiency and production quality. But the connection between them requires the support of the network, and we all know that there is a big gap between the industrial network and the ordinary network, so if it is based on 4G network communication technology, or it is difficult to really play the "connection" Role, then the emergence of 5G at this time can be said to be an appropriate benefit. Because it appears to connect processors and sensors in the production site, so that robots can communicate and communicate with each other, and no longer strictly distinguish between the work of machines and humans. In the future, human-machine collaborative production may become mainstream. A big trend.
Finally, due to the accelerated process of 5G commercial implementation, for the manufacturing industry, the construction of smart factories has also accelerated. Although AGV robots are an indispensable part of the production process, other intelligent machines or intelligent systems are needed to assist them. This is to achieve the establishment of a smart factory. 5G communication technology also relies on its own advantages to realize the interconnection between intelligent machines. In other words, it can also be understood that smart factories are important application implementation scenarios of 5G technology.
