The laser trackless navigation forklift is mainly used in handling operations, and the production process of handling is applicable, such as the automotive industry, warehousing and logistics, 3C industry, paper mills, battery factories, three-dimensional warehouses, etc. Most projects have different production processes, and the project model cannot be copied as a whole , Especially the information interaction with the automated production line, each project must be determined according to the specific situation, resulting in a long implementation cycle of the AGV project.
Shenzhen Yixing Robot Co., Ltd. (http://www.ego-robotics.com/) is an innovative technology company that mainly develops and sells laser trackless navigation AGV, mobile robots and supporting operating software and hardware. It is an automation industry, warehousing and logistics industry Provide AGV automatic handling solutions. In-depth understanding of customer needs, industry problems, application innovation, research and development of a complete set of laser trackless navigation AGV operating system, the system uses a distributed project layout, the central scheduling system summarizes the data of a large number of nodes, through artificial intelligence to achieve multi-machine collaboration, path planning and transportation Regulation, etc. The nodes include AGV vehicles and the IO interface box to be introduced today.
IO
The IO interface box is an embedded IO box developed with industrial-grade chips. The IO box serves as a data node or data transfer center in the AGV project system. It performs data interaction through wireless WIFI and has a wealth of external interfaces, such as Ethernet ports, 2 An RS232 interface, a CAN bus interface, 12 input and output, industrial-grade design to meet the signal interaction needs of most industrial automation. Script configuration, LCD display, easy to use, greatly shorten the AGV project implementation cycle. The entire AGV system adopts a distributed layout, and the IO box is used as a node of the entire AGV system to collect data or transfer data. Any node abnormality will not affect the operation of the entire system and ensure the stability of the system.
