Three principles of robot design

Robot design is a complex technical field that involves numerous disciplines technologies, such as artificial intelligence, computer science, mechanical engineering, so on. When designing a robot, the following three principles are particularly important:

1. Safety principle

Safety principle is the first principle of robot design. The robot should have good safety performance to ensure that it will cause harm to human beings in case of malfunction misoperation. Specifically, the following measures can be taken:

(1) Designing safety mechanisms: In the design of the robot, possible malfunctions misoperations should be taken into account corresponding safety mechanisms should be designed, such as emergency stop, automatic obstacle avoidance so on.

(2) Use safe materials: The shell internal structure of the robot should use safe materials to prevent harm to the human body in case of collision other accidents.

(3) Conduct safety tests: Before the robot is officially put into use, adequate safety tests should be conducted to ensure that its safety performance meets the requirements.

2. Reliability principle

The principle of reliability is another important principle of robot design. The robot should have good reliability to ensure that it will fail during long time operation. Specifically, the following measures can be taken:

(1) high-quality parts: When selecting parts for the robot, high-quality products should be chosen to ensure its reliability.

(2) Conduct adequate testing verification: In the design manufacturing process of the robot, adequate testing verification should be conducted to ensure its reliability.

(3) Provide back-up solutions: In the design of the robot, possible failures should be taken into account back-up solutions should be provided to ensure that the robot can continue to operate in case of failure.

3. Maintainability principle

Maintainability principle is the last important principle of robot design. The robot should have good maintainability to ensure that it can be easily maintained repaired during use. Specifically, the following measures can be taken:

(1) Designing an easy-to-disassemble structure: In the design of the robot, the ease of disassembly maintenance should be taken into account an easy-to-disassemble structure should be designed.

(2) Provide detailed maintenance manuals: In the instruction manual of the robot, detailed maintenance manuals should be provided to guide users in maintenance repair.

(3) Provide spare parts maintenance services: in the sales after-sales service of the robot, spare parts maintenance services should be provided to ensure that the robot can be used in the process of timely maintenance repair.

In short, the three main principles of robot design are safety principle, reliability principle maintainability principle. When designing robots, these principles should be fully considered to ensure the safety, reliability maintainability of the robot, thus improving the service life of the robot user satisfaction.