AGV is seen as a wheeled movement. Weighed against walking, crawling, or additional non-wheeled cellular robots, it gets the features of quick action, excessive work efficiency, simple composition, strong controllability, and great security. Weighed against other equipment commonly found in material transport, AGV’s active area doesn’t need to lay rails, support frames, and different fixed devices, and isn’t limited by the website, street, and space. Therefore, in the automated logistics program, it can reflect its automation and overall flexibility to achieve efficient, inexpensive, and flexible unmanned development.
Generally, the travel route and behavior of the AGV could be manipulated through a computer, or the electromagnetic path-following system can be utilized to create its travel route. The electromagnetic track is pasted on to the floor, and the unmanned car or truck moves and moves in line with the data brought by the electromagnetic track.
With the attractiveness of automation, AGV is well-liked by all walks of life. In the development ambiance of Industry 4.0, the web + big data + developing commenced to merge, smart production and smart factories sprung up found in large areas, and smart logistics appeared found in everyone’s eyes.
From the perspective of practical applications, AGV robots usually do not need manual participation during a procedure, which greatly reduces labor costs, and will also cooperate with different AGVs to boost work efficiency and development quality. But the interconnection between them needs the support of the network, and the emergence of 5G could be said to come to be perfect. Also, the assistance of other intelligent devices or intelligent devices is necessary, and the smart factory is the greatest implementation scenario.
AGV robots may rescue personnel from dangerous and tough working environments, and so are little by little replacing traditional manual making.