Korea Hyundai Heavy Industries Robot - an important technical parameter of industrial robots

Create Date: 2024-8-30 12:03:23|Source: Korea Hyundai/HYUNDAI

1. Degrees of freedom

The degrees of freedom can be explained by the number of axes of the robot, the more axes of the robot, the more degrees of freedom, the greater the flexibility of the movement of the mechanical structure, and the more versatile. However, the increase in degrees of freedom makes the structure of the robotic arm complex, which will reduce the rigidity of the robot. When the degree of freedom on the robotic arm is more than the degree of freedom required to complete the work, the excess degree of freedom can provide the robot with a certain obstacle avoidance ability. At present, most robots have 3-6 degrees of freedom, which can be selected according to the complexity and obstacles of the actual work.

2. Drive mode

The driving mode mainly refers to the power source form of the joint actuator, generally there are hydraulic drive, pneumatic drive, electric drive, different drive modes have their own advantages and characteristics, according to their own actual work needs to choose, now more commonly used is the way of electrical drive.

3. Control mode

The control mode of the robot is also known as the way of controlling the axis, which is mainly used to control the movement trajectory of the robot, generally speaking, there are two control methods: one is servo control, and the other is non-servo control.

4. Working speed

The working speed refers to the angle or distance of the rotation of the center of the mechanical interface or the center point of the tool in the unit time in the process of uniform motion of the robot under a reasonable working load.

5. Workspace

The working space refers to the maximum range of spatial activity of the origin of the end-effector coordinate system when the robot manipulator is working normally, or the space volume occupied by the point that can reach all points.

6. Working load

The maximum amount of load that the robot's wrist can withstand when the robot is working within the specified performance range.

7. Working accuracy, repeatability and resolution

To put it simply, the working accuracy of the robot refers to the error generated by each robot positioning a position, the repeatability is the average value of the error generated by the robot repeatedly positioning a position, and the resolution refers to the minimum moving distance or the smallest rotation angle that each axis of the robot can achieve. These three parameters work together to determine the robot's working accuracy.
Korea Hyundai Heavy Industries Robot - an important technical parameter of industrial robots

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