The working principle of the Epson robot end gripper

Create Date: 2024-8-30 12:03:23|Source: Epson/Epson

The application of the robot end gripper is inseparable from some principles, and the following are several common principles:

1. Azimuth servo principle

The error between the orientation information announced by the robot controller and the orientation information of the gripper location is detected with a sensor, and the gripper position is adjusted again to adhere to the gripper's orientation. This principle is usually used in applications where there is a high demand for the accuracy of the orientation of the object.

                               The working principle of the Epson robot end gripper

2. Kinetic principles

The principle of dynamics refers to the use of common sense of object dynamics to calculate the basic parameters such as the mass, inertia, and center of gravity of the object, and then complete the grasping, handling, and placement of the object by the end of the robot.

3. Principles of visual recognition

The development of video recognition technology has had a wide impact on the application of the end gripper. The camera number device is used to capture the image of the object, and the image recognition algorithm judges the parameters such as the outline of the object, color information, as well as the orientation, direction, posture and other data of the object, and then instructs the robot to grasp the operation.

All in all, the robot end gripper plays an important role in the application field of robots. Through the grasping hand structure adapted to different objects and the accounting models such as servo, dynamics and visual recognition according to the orientation, the rapid and accurate processing of objects can be completed, and the function of the robot can be finally completed. In the future, with the continuous development of robot technology, the performance and function of the end gripper will be further improved and improved.

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