For industrial robots, sensors are one of the most crucial components. Understanding how to use intelligent industrial robots equipped with sensors is a key skill for anyone working in this industry. To understand the sensing system of an industrial robot, one must first understand how it works.
The operation of industrial robots mainly involves perception, judgment, and action. Sensors can detect the distance to objects, enabling the robot to perform various actions such as moving forward, backward, and rotating to a fixed point.
The three motion programs of an industrial robot are actually a decision-making cycle. However, this cycle is not complicated to operate, but it allows industrial robots to be perfectly adapted to work in many fields.
When industrial robots are working, they need to know if there are obstacles in front of them. Through a sensing system, the industrial robot can determine whether it should move forward, backward, or turn. This kind of motion programming allows various types of sensors to guide the industrial robot to complete any action.
Even the simplest industrial robots, by utilizing the three cycles of perception, judgment, and action, can be designed with excellent behavioral patterns. Through these behavioral patterns, by adding more sensors, or different types of sensors, industrial robots can become increasingly precise in their behavior. This allows flexible and precise industrial robots to truly shine in various industries.
The purpose of external sensors for industrial robots is to detect the working objects and environment or the relationship between the robot and them. Installing tactile sensors, vision sensors, force sensors, proximity sensors, ultrasonic sensors, and auditory sensors on robots can greatly improve the robot's working condition and enable it to complete complex tasks more effectively.
