Across |
2. | applications designed to allow engineering of objects |
4. | maximum permissible force acting on a body region |
6. | outward radial force |
9. | specifies the location of a point in two dimensional space |
10. | manipulator-arm degrees of freedom |
11. | defines a common reference point for a cell or application |
12. | detects the presence of an object |
13. | initiated by the control system |
15. | raised or at ground level along the X, Y, Z axes |
16. | The position or location of the tool control point |
18. | A robot that performs tasks |
19. | does not include the end-effector |
20. | normally arranged to be perpendicular to each other |
23. | Not popular in industry |
25. | A power mechanism used to effect motion, or maintain position of the robot |
27. | enable the robot to perform its intended task |
28. | received by the robot's controller system and is interpreted |
30. | allows translation and rotary motion |
33. | endpoint position of a robot motion |
35. | serves as a pneumatic hand |
37. | modules that determines what the received command means |
38. | A correction factor for established data |
39. | a start button |
42. | The study of motion |
43. | Primarily used for grasping parts and mating or fitting them together |
44. | perform a variety of different tasks |
45. | how safety related parts of the control system |