Scheduling systems are also critical for AGVs. The wood ants configure a set of distributed intelligent laser pointer scheduling systems for robots in the workshop, which can realize multi-party control on the PC, mobile phone, and tablet sides, and perform cluster control on multiple robots working in the workshop at the same time. The dispatching system can control the door, elevator and other equipment through communication, and can also communicate with the MES, receive task instructions, and return to the task status. The wood ant robot has also added human-machine voice interaction function to the product, which supports humans to issue work instructions to the machine.
The current main target of the wood ant robot is the 3C and logistics industries, and it will gradually expand to the clothing and pharmaceutical industries in the future. Qian Yongqiang said that although the industry is different, through contact with customers, they found that the customer’s application requirements for robots are similar, except that 10% of high-standard warehouses need automated sorting, and 90% of warehouses mainly need warehouses. Or point-to-point handling on the production line.
The reason why 3C industrial logistics is chosen, Qian Yongqiang said that the life cycle of the 3C industry production line is relatively short and changes rapidly, which is more suitable for the application of wood ant robots. For example, for mobile phone manufacturers, the products produced in the 3-5 week production line may change. Under this condition, if a fixed-type conveyor belt or a two-dimensional code or a magnetic AGV is used, modification and maintenance will be troublesome. The previous AGV schemes cannot meet the requirements. Therefore, most people still push the cart, which is more suitable for the wood ant robot Instead. At present, a robot can replace the work of one worker in the laser pointer manufacturing workshop. Through continuous work for 24 hours, it can achieve the effect of replacing two people.