FJ-H3050-10

Series:	*
Part Status:	Obsolete

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Machine Vision - Control/Processing

FJ-H3050-10 is a motion control and machine vision integrated system. It is widely used in industrial, agricultural, medical, household and other fields. With its powerful processing capability and reliable performance, FJ-H3050-10 is ideal for controlling mechatronics systems, industrial robots, and performing machine vision processing and image recognition tasks.

Application Fields

FJ-H3050-10 has powerful motion control capability, which makes it ideal in controlling industrial robots, mechatronics systems and motion driven applications. It is also used in production line automation, robot arm joint control, laser scanning, and 3D object recognition. For medical application, the system can be used to perform medical image analysis, motion control research, and medical instrument controls. In agriculture, it can be used for automated driving and crop recognition. In daily life, the system can be used in home automation, home robotics, and interactive 3D object recognition.

Working Principle

FJ-H3050-10 integrates motion and machine vision capabilities, which makes it easier for users to manage both motion control and image recognition tasks. The system consists of four layers: Sensor Layer, Processing Layer, Control Layer and Task Execution Layer. The Sensor Layer is responsible for sensing the environment and image data. Sensors such as cameras, 3D depth cameras, gyroscope, accelerometer, and temperature sensors are installed in this layer. The data from these sensors are captured and sent to the Processing Layer for further processing. The Processing Layer is responsible for image processing algorithms and object recognition. The data from the sensors is first analyzed and processed to identify the required objects. Algorithms such as template matching, color thresholding, corner detection, edge detection, and contour extraction are used to extract the necessary information from the image. The Control Layer is responsible for controlling the motors and controlling the motion of the robot. The system receives commands from the Processing Layer and executes them. It also sends feedback to the Processing Layer for feedback control. The Task Execution Layer is responsible for executing the tasks according to the commands received from the Processing Layer. It takes the commands from the Control Layer and sends them to the motors to control the motion of the robot. In summary, FJ-H3050-10 performs image processing and motion control tasks by integrating motion control and machine vision capabilities. It is widely used in industrial, agricultural, medical, household and other fields and provides a powerful, reliable and efficient system for controlling mechatronics systems, industrial robots, and performing image recognition tasks.

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