INDUSTRY
AI/Robot Industry
The booming development of artificial intelligence (AI) is redefining Industry 4.0, shifting from "automation" to "autonomy", and accelerating the development of autonomous mobile robots (AMRs) and automated guided vehicles (AGVs). Today, autonomous transport vehicles used in factories, mines, warehouses, construction sites and other industrial and commercial fields no longer need rails, but can move freely using GPS maps, advanced sensors and AI algorithms. Make decisions and learn from data to deliver goods to their destination safely and efficiently while avoiding collisions with people or other autonomous vehicles.
With the development of the new Industry 4.0, various automated sensing technologies and control systems are becoming increasingly popular. Compared with the factory logistics methods that relied on manual sorting and handling in the past, more and more smart factories are now appearing, introducing autonomous sensing and intelligent Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) with path planning capabilities. Artificial intelligence (AI) also plays an important role in the application of AGVs and AMRs. In addition to optimizing traditional path planning and task scheduling, it also improves the efficiency of conflict resolution, battery charging scheduling, and predictive maintenance. The application of artificial intelligence (AI) in AGVs and AMRs, focusing on heuristic algorithms, deep learning, and machine learning, analyzes the current status and future trends of these technologies in improving production efficiency, reducing costs, and enhancing production capacity flexibility.
The most common industrial robots used in today's automation industry are AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot). From the early days of simple manual handling, they are now becoming more and more intelligent, capable of autonomous navigation and AMR, which is highly flexible, is not only faster, but also has improved positioning accuracy and a wider range of applications. AMR needs to be flexible, light and precise in its movements, greatly improving production safety, reliability and accuracy. Therefore, HICKWALL's AGV/AMR wheel series can solve various problems faced by robots when moving, saving customers time for unnecessary test failures, reducing production costs, and providing the most suitable mobile mounting AGV/AMR wheels for various types of AGV/AMR. We provide quickly and high efficiency solutions for customers.
Precision reducers are key components used in the joints of industrial robots. A combination of motors and Mecanum wheels, they provide strong support while achieving precise movements. It is not only developing in the field of industrial robots, but also in the fields of machine tools, panel production equipment and semiconductor manufacturing equipment.
In fact, almost all motor-driven mechanical equipment is equipped with a reducer. Including welding process, logistics transportation, FPD, semiconductor production process and turning and milling machines, etc., and the combination of Mecanum wheel with reducer and motor can be applied to the field of logistics transportation.
We use a special structure in which the reducer motor is configured inside the Mecanum wheel. Different from the traditional style, the specially designed wheel frame and reducer motor combination can achieve the high load force and installation space required by AGV, achieving omnidirectional movement. , simple installation and reduced AGV installation space. Whether it is in autonomous mobile robots, assembly and maintenance of railway vehicles, omnidirectional mobile lift aerial work vehicles and mechanical assembly engineering handling, it can be perfectly used.
With the development of the new Industry 4.0, various automated sensing technologies and control systems are becoming increasingly popular. Compared with the factory logistics methods that relied on manual sorting and handling in the past, more and more smart factories are now appearing, introducing autonomous sensing and intelligent Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) with path planning capabilities. Artificial intelligence (AI) also plays an important role in the application of AGVs and AMRs. In addition to optimizing traditional path planning and task scheduling, it also improves the efficiency of conflict resolution, battery charging scheduling, and predictive maintenance. The application of artificial intelligence (AI) in AGVs and AMRs, focusing on heuristic algorithms, deep learning, and machine learning, analyzes the current status and future trends of these technologies in improving production efficiency, reducing costs, and enhancing production capacity flexibility.
The most common industrial robots used in today's automation industry are AGV (Automated Guided Vehicle) and AMR (Autonomous Mobile Robot). From the early days of simple manual handling, they are now becoming more and more intelligent, capable of autonomous navigation and AMR, which is highly flexible, is not only faster, but also has improved positioning accuracy and a wider range of applications. AMR needs to be flexible, light and precise in its movements, greatly improving production safety, reliability and accuracy. Therefore, HICKWALL's AGV/AMR wheel series can solve various problems faced by robots when moving, saving customers time for unnecessary test failures, reducing production costs, and providing the most suitable mobile mounting AGV/AMR wheels for various types of AGV/AMR. We provide quickly and high efficiency solutions for customers.
Precision reducers are key components used in the joints of industrial robots. A combination of motors and Mecanum wheels, they provide strong support while achieving precise movements. It is not only developing in the field of industrial robots, but also in the fields of machine tools, panel production equipment and semiconductor manufacturing equipment.
In fact, almost all motor-driven mechanical equipment is equipped with a reducer. Including welding process, logistics transportation, FPD, semiconductor production process and turning and milling machines, etc., and the combination of Mecanum wheel with reducer and motor can be applied to the field of logistics transportation.
We use a special structure in which the reducer motor is configured inside the Mecanum wheel. Different from the traditional style, the specially designed wheel frame and reducer motor combination can achieve the high load force and installation space required by AGV, achieving omnidirectional movement. , simple installation and reduced AGV installation space. Whether it is in autonomous mobile robots, assembly and maintenance of railway vehicles, omnidirectional mobile lift aerial work vehicles and mechanical assembly engineering handling, it can be perfectly used.
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