What are the stopping methods for robots?
Robots can be stopped in various ways, such as:
Turn off the power: Turning off the robot's power can stop it from moving. Immediately cut off the power supply to the motor. Rely on the braking system to stop the robot. Uncontrolled stop, the robot deviates from the pre-defined running trajectory.
Brakes: Robots can use brakes to stop movement. The controller controls the motor to slow down to a stop before cutting off the power supply. Controlled stop mode, the robot will basically complete deceleration according to a pre-defined trajectory.
Program control: The robot can stop its movement through program control.
Sensors: Robots can use sensors to detect the surrounding environment, and when obstacles or other objects are detected, they can stop moving.
What are the two methods of robot trajectory control?
The two methods of robot trajectory control are teaching reproduction and offline programming.
Teaching reproduction refers to the preset, simulation, and optimization of a robot's trajectory on computer software, and then uploading the optimized trajectory to the robot's controller to achieve motion control of the robot. Offline programming control method refers to computer software modeling and simulation, optimizing the robot's motion trajectory, and accurately calculating parameters such as speed and angle of each joint of the robot, making the robot's motion more accurate and efficient.
What are the three basic characteristics of robots?
Robots have three basic characteristics: the body has a certain shape; There are programs for controlling robots; Having a certain level of movement and behavioral expression.
Robots need to have a perception system to obtain various external environmental information, such as sound, light, temperature, etc; Robots need to have a "brain" that controls their own actions, processing, and making decisions on various information; Robots need to have a specific mechanical structure and be able to complete certain actions.
The most important part of a robot is the controller.
The controller is the brain of a robot, which controls various actions of the robot, such as moving and grasping objects.
What is the definition and application field of mobile robots?
A mobile robot is a machine device that automatically executes work. It can accept human commands or run pre programmed programs to control actions through software.
Mobile robots have functions such as mobility, automatic navigation, multi-sensor control, and network interaction. They can be widely used in flexible handling and transmission in industries such as machinery, electronics, textiles, cigarettes, healthcare, food, and paper making. They are also used in automated three-dimensional warehouses, flexible processing systems, and flexible assembly systems (using AGVs as active assembly platforms); It can also be used as a transportation tool in the sorting of items at stations, airports, and post offices.