For make the best of AGV(Automated Guided Vehicle) performance, we need to know the AGV basic knowledge, type and advantages. As bellow, AGV manufacturer will analyze one by one according to AGV types, related advantages and guidance methods.
Latent AGV mainly refers to lurking to the bottom of the truck, using automatic hook-up, and then realizing related operations such as material handling. The traction AGV(towing AGV) mainly realizes the traction of the feeder truck, mainly through the tail automatic connection. Automatic unloading AGV mainly refers to the backpack platform, which uses roller, belt or other ways to realize material docking. In addition, there are lifting AGV, forklift AGV and other related types. Different types, the corresponding application is different.
The main advantages of AGV robot are relatively high degree of automation. It is mainly controlled by computers, electronic control equipment, magnetic induction and laser reflector. In the daily use process, once auxiliary materials are needed in a part of the workshop, the staff only need to input corresponding information to the computer terminal, then the relevant information will be sent to the AGV central control system, and finally the AGV central control system will issue instructions to the AGV. Under the control of a series of equipment, AGV successfully delivered the auxiliary materials to the corresponding locations. The main advantage of AGV charging automation is that in the daily use process, once the power is about to run out, the system will be issued request instructions to request charging. More beautiful, more practical, help to improve the production capacity of enterprises, help the development of enterprises.
Btw, after defining the basic knowledge of AGV, we should also understand its guidance mode. Mainly includes magnetic strip guidance, mainly refers to the installation of AGV in a magnetic position sensor, on the ground along the running path, with magnetic strip. At this time, AGV relies on position sensors to sense the position of small magnets, and then uses gyroscope technology to continuously control Agv's operating direction, thus achieving the purpose of automatic handling.