Unmanned logistics transportation has spread all over the world, with mature technology and large scale. Manpower can no longer support it, and even the workload will often make mistakes, thus reducing transportation efficiency. With the improvement of automation, the production methods of traditional manufacturing have also undergone profound changes. The XD-TOF-05D automatic obstacle avoidance robot is a laser sensor with a detection distance of up to 5 meters, high accuracy, and a scanning angle of up to 270°.
In today's rapid development of the transportation and logistics industry, the application degree of robot technology has become an important factor in determining corporate competition and future development. As an intelligent robot, the automatic guided vehicle AGV has been successfully applied to the logistics industry, and its efficiency is self-evident. Especially in terms of cargo handling and turnover, AGV is fully capable. In order to ensure the safety of AGV during transportation, AGV needs to have an obstacle avoidance function XD-TOF-05D, which can avoid obstacles within a range of 05 meters.
However, with the advancement of technology, especially the origin of the intelligent era, the introduction of concepts such as intelligent manufacturing and Industry 4.0, a variety of technologies that can be autonomously moved by vehicles and robots (including path planning, precise positioning, precise docking, intelligent scheduling, Intelligent obstacle avoidance, etc.) Logistics AGV navigation laser scanner, the automation of warehousing logistics has become the general trend, and the production has shifted from a single fixed way to a flexible production line with strong adaptability. AGV Obstacle Avoidance Navigation 05D can effectively assist the logistics industry to enter autonomous, intelligent, three kinds of signals, multiple regional groups, can navigate the track and avoid obstacles.
AGV's main guidance and navigation methods, in order to save costs and improve economic efficiency, advanced production methods such as flexible manufacturing systems and automated storage systems are widely used. They use highly intelligent systems as the decision center, and use robots and automated three-dimensional warehouses. Unmanned vehicles and other main equipment. Among them, the unmanned handling equipment is marked by an automatic guided car. It integrates advanced technologies such as electronic computer science, image signal processing, and automatic control. It is a key equipment for modern logistics systems and flexible production organization systems. Our XD-TOF-10H can be an AGV Perform computational navigation and obstacle avoidance.
